February 2012 - cigpower.com.t manual/service111165.pdf · February 2012 S-80 • S-85 Part No....
Transcript of February 2012 - cigpower.com.t manual/service111165.pdf · February 2012 S-80 • S-85 Part No....
February 2012
S-80 • S-85 Part No. 111165
Introduction
Important
Read, understand and obey the safety rules andoperating instructions in the Genie S-80 andS-85 Operator's Manual before attempting anymaintenance or repair procedure.
This manual provides detailed scheduled maintenanceinformation for the machine owner and user. It alsoprovides troubleshooting fault codes and repairprocedures for qualified service professionals.
Basic mechanical, hydraulic and electrical skills arerequired to perform most procedures. However, severalprocedures require specialized skills, tools, liftingequipment and a suitable workshop. In these instances,we strongly recommend that maintenance and repair beperformed at an authorized Genie dealer service center.
Compliance
Machine ClassificationGroup B/Type 3 as defined by ISO 16368
Machine Design LifeUnrestricted with proper operation, inspection andscheduled maintenance.
Technical Publications
Genie has endeavored to deliver the highest degree ofaccuracy possible. However, continuous improvement ofour products is a Genie policy. Therefore, productspecifications are subject to change without notice.
Readers are encouraged to notify Genie of errors andsend in suggestions for improvement. Allcommunications will be carefully considered for futureprintings of this and all other manuals.
Contact Us:
http://www.genielift.come-mail: [email protected]
Serial Number Information
Genie offers the following ServiceManuals for these models:
Title Part No.
Genie S-80 and S-85 Service Manual(from serial number 101 to 785) ..........34032
Genie S-80 and S-85 Service Manual(from serial number 786 to 965) ..........52270
Genie S-80 and S-85 Service Manual(from serial number 966 to 3081) ........72062
Genie S-80 and S-85 Service Manual(from serial number 3082 to 3737) ......77832
Genie S-80 and S-85 Service Manual(from serial number 5381 to 7999) ... 122149
Genie S-80, S-85 and S-80X Service Manual(from serial number 8000)
Introduction
Copyright © 2011 by Terex Corporation
111165 Rev C February 2012Fifth Edition, Third Printing
"Genie" and "S" are registered trademarks ofTerex South Dakota, Inc. in the USA and manyother countries.
Printed on recycled paper
Printed in U.S.A.
ii
February 2012
Part No. 111165 S-80 • S-85
Revision History
Revision Date Section Procedure / Schematic Page / Description
C 2/2012 Introduction Revision History Added
3 - Maint. 3-1
REFERENCE EXAMPLES:
Kubota Engine_Section 2_Specifications.A-6,B-3,C-7_Section 3_Maintenance Procedure.3-2, 6-4, 9-1_Section 4_Repair Procedure.Fault Codes_Section 5.6-35, 6-56, 6-104_Section 6_Schematic Page #.
Electronic Version
Click on any procedure or page numberhighlighted in blue to view the update.
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S-80 • S-85 Part No. 111165iv
REVISION HISTORY, CONTINUED
Revision Date Section Procedure / Schematic Page / Description
REFERENCE EXAMPLES:
Kubota Engine_Section 2_Specifications.A-6,B-3,C-7_Section 3_Maintenance Procedure.3-2, 6-4, 9-1_Section 4_Repair Procedure.Fault Codes_Section 5.6-35, 6-56, 6-104_Section 6_Schematic Page #.
Electronic Version
Click on any procedure or page numberhighlighted in blue to view the update.
February 2012
Part No. 111165 S-80 • S-85 v
Serial Number Legend
Introduction
S80 06 - 12345
Model
Model year
Sequencenumber
PN - 77055
Country of manufacture: USA
This machine complies with:
ANSI A92.5CAN B.354.4
Model: S-80
Serial number: S8006-12345
Electrical schematic number: E0180
Machine unladen weight:
Rated work load (including occupants): 500 lb / 227 kg
Maximum allowable inclination of the chassis:
0 deg
Gradeability: N/A
Maximum allowable side force : 150 lb / 670 N
Maximum number of platfrm occupants: 2
Model year: Manufacture date: 01/05/062006
Maximum wind speed : 28 mph/ 12.5 m/s
Maximum platform height : 60 ft 6 in/ 18.3 m
Maximum platform reach : 34 ft 3 in/ 10.4 m
Sequence number(stamped on chassis)
Serial label(located under cover)
Terex South Dakota, Inc.500 Oak Wood RoadPO Box 1150Watertown, SD 57201USA
February 2012
S-80 • S-85 Part No. 111165
Personal SafetyAny person working on or around a machine mustbe aware of all known safety hazards. Personalsafety and the continued safe operation of themachine should be your top priority.
Read each procedure thoroughly. Thismanual and the decals on the machine usesignal words to identify the following:
Safety alert symbol—used to alertpersonnel to potential personalinjury hazards. Obey all safetymessages that follow this symbolto avoid possible injury or death.
Indicates an imminently hazardoussituation which, if not avoided, willresult in death or serious injury.
Indicates a potentially hazardoussituation which, if not avoided,could result in death or seriousinjury.
Indicates a potentially hazardoussituation which, if not avoided,may result in minor or moderateinjury.
Indicates a potentially hazardoussituation which, if not avoided,may result in property damage.
DangerFailure to obey the instructions and safety rules inthis manual, and the Genie S-80 and Genie S-85Operator's Manual will result in death or seriousinjury.
Many of the hazards identified in the operator'smanual are also safety hazards when maintenanceand repair procedures are performed.
Do Not Perform MaintenanceUnless:
You are trained and qualified to performmaintenance on this machine.
You read, understand and obey:- manufacturer’s instructions and safety rules- employer’s safety rules and worksite
regulations- applicable governmental regulations
You have the appropriate tools, liftingequipment and a suitable workshop.
Safety Rules
Section 1 • Safety Rules
vi
Be sure to wear protective eye wear andother protective clothing if the situationwarrants it.
Be aware of potential crushing hazardssuch as moving parts, free swinging orunsecured components when lifting or
placing loads. Always wear approved steel-toedshoes.
February 2012
Part No. 111165 S-80 • S-85
SAFETY RULES
Section 1 - Safety Rules
vii
Workplace SafetyBe sure to keep sparks, flames andlighted tobacco away from flammable andcombustible materials like battery gases
and engine fuels. Always have an approved fireextinguisher within easy reach.
Be sure that all tools and working areasare properly maintained and ready for use.Keep work surfaces clean and free of
debris that could get into machine components andcause damage.
Be sure any forklift, overhead crane orother lifting or supporting device is fullycapable of supporting and stabilizing the
weight to be lifted. Use only chains or straps thatare in good condition and of ample capacity.
Be sure that fasteners intended for onetime use (i.e., cotter pins and self-lockingnuts) are not reused. These components
may fail if they are used a second time.
Be sure to properly dispose of old oil orother fluids. Use an approved container.Please be environmentally safe.
Be sure that your workshop or work area isproperly ventilated and well lit.
February 2012
S-80 • S-85 Part No. 111165
Table of Contents
Introduction
Important Information ................................................................................................... ii
Serial Number Information............................................................................................ ii
Revision History.......................................................................................................... iii
Serial Number Legend ................................................................................................. v
Section 1 Safety Rules
General Safety Rules .................................................................................................. vi
Section 2 Specifications
Machine Specifications .......................................................................................... 2 - 1
Performance Specifications ................................................................................... 2 - 1
Hydraulic Specifications ........................................................................................ 2 - 2
Manifold Component Specifications ....................................................................... 2 - 3
GM 3.0L EFI Engine Specifications ....................................................................... 2 - 4
Ford LRG-425 EFI Engine Specifications ............................................................... 2 - 5
Deutz F4L-913 Engine Specifications .................................................................... 2 - 7
Deutz BF4L-2011 Engine Specifications ................................................................ 2 - 8
Perkins 804C-33 Engine Specifications ............................................................... 2 - 10
Machine Torque Specifications ............................................................................ 2 - 11
Hydraulic Hose and Fitting Torque Specifications ................................................ 2 - 12
SAE and Metric Torque Specifications ................................................................. 2 - 13
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TABLE OF CONTENTS
Section 3 Scheduled Maintenance Procedures
Introduction ............................................................................................................ 3 - 1
Pre-Delivery Preparation ........................................................................................ 3 - 3
Maintenance Inspection Report .............................................................................. 3 - 5
Checklist A Procedures
A-1 Inspect the Manuals and Decals .................................................................. 3 - 7
A-2 Perform Pre-operation Inspection ................................................................. 3 - 8
A-3 Perform Function Tests ................................................................................ 3 - 8
A-4 Perform Engine Maintenance ....................................................................... 3 - 9
A-5 Check the Hydraulic Filter Condition Indicators .......................................... 3 - 10
A-6 Grease the Extendable Axles ..................................................................... 3 - 11
A-7 Test the Oscillate Axle ............................................................................... 3 - 11
A-8 Test the Extendable Axles ......................................................................... 3 - 12
A-9 Perform 30 Day Service ............................................................................. 3 - 13
A-10 Perform Engine Maintenance - Deutz Models ............................................. 3 - 13
A-11 Inspect the Fuel Filter/Water Separator - Deutz and Perkins Models .......... 3 - 14
A-12 Grease the Turntable Rotation Bearing and Rotate Gear ............................ 3 - 15
A-13 Perform Engine Maintenance ..................................................................... 3 - 15
A-14 Perform Engine Maintenance- Deutz Models .............................................. 3 - 16
A-15 Replace the Drive Hub Oil .......................................................................... 3 - 17
A-16 Perform Engine Maintenance - GM, Ford and Perkins Models .................... 3 - 18
Checklist B Procedures
B-1 Inspect the Battery(s) ................................................................................. 3 - 19
B-2 Inspect the Electrical Wiring ....................................................................... 3 - 20
B-3 Test the Key Switch ................................................................................... 3 - 22
B-4 Check the Exhaust System ....................................................................... 3 - 22
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TABLE OF CONTENTS
Section 3 Scheduled Maintenance Procedures, continued
B-5 Inspect the Engine Air Filter ....................................................................... 3 - 23
B-6 Check the Oil Cooler and Cooling Fins - Deutz Models............................... 3 - 24
B-7 Confirm the Proper Brake Configuration...................................................... 3 - 25
B-8 Inspect the Tires, Wheels and Lug Nut Torque ........................................... 3 - 26
B-9 Check the Drive Hub Oil Level and Fastener Torque .................................. 3 - 27
B-10 Check and Adjust the Engine RPM ............................................................ 3 - 28
B-11 Perform Engine Maintenance ..................................................................... 3 - 30
B-12 Check the Oscillate Directional Valve Linkage ........................................... 3 - 31
B-13 Test the Ground Control Override ............................................................... 3 - 31
B-14 Test the Platform Self-leveling ................................................................... 3 - 32
B-15 Test the Engine Idle Select Operation ........................................................ 3 - 32
B-16 Test the Fuel Select Operation - GM and Ford Models ............................... 3 - 33
B-17 Test the Drive Enable System ................................................................... 3 - 34
B-18 Test the Drive Brakes ................................................................................ 3 - 35
B-19 Test the Drive Speed - Stowed Position ..................................................... 3 - 36
B-20 Test the Drive Speed - Raised or Extended Position .................................. 3 - 36
B-21 Test the Alarm Package (if equipped) ........................................................ 3 - 37
B-22 Inspect the Fuel and Hydraulic Tank Cap Venting Systems ....................... 3 - 38
B-23 Perform Hydraulic Oil Analysis ................................................................... 3 - 39
B-24 Perform Engine Maintenance - GM and Ford Models ................................. 3 - 40
Checklist C Procedures
C-1 Perform Engine Maintenance - Deutz and Perkins Models ......................... 3 - 41
C-2 Grease the Platform Overload Mechanism (if equipped) ............................. 3 - 42
C-3 Test the Platform Overload System (if equipped) ....................................... 3 - 42
C-4 Replace the Engine Air Filter Element - Deutz and Perkins Models ............ 3 - 45
C-5 Replace the Fuel Filter/ Water Separator Element -Deutz and Perkins Models ......................................................................... 3 - 45
C-6 Perform Engine Maintenance - GM and Ford Models ................................. 3 - 47
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Part No. 111165 S-80 • S-85
Section 3 Scheduled Maintenance Procedures, continued
Checklist D Procedures
D-1 Check the Boom Wear Pads ...................................................................... 3 - 48
D-2 Check the Extendable Axle Wear Pads ...................................................... 3 - 49
D-3 Check the Free-wheel Configuration ........................................................... 3 - 50
D-4 Check the Turntable Rotation Bearing Bolts ............................................... 3 - 51
D-5 Inspect the Turntable Bearing Wear ........................................................... 3 - 52
D-6 Perform Engine Maintenance - Deutz and Perkins Models ......................... 3 - 54
D-7 Replace the Hydraulic Filter Elements ........................................................ 3 - 55
D-8 Replace the Drive Hub Oil .......................................................................... 3 - 56
D-9 Perform Engine Maintenance - Deutz Models ............................................. 3 - 58
Checklist E Procedures
E-1 Test or Replace the Hydraulic Oil ............................................................... 3 - 59
E-2 Perform Engine Maintenance - Perkins Models .......................................... 3 - 61
E-3 Grease the Steer Axle Wheel Bearings, 2WD Models ................................ 3 - 61
E-4 Perform Engine Maintenance - Deutz and Perkins Models ......................... 3 - 63
Section 4 Repair Procedures
Introduction ............................................................................................................ 4 - 1
Platform Controls
1-1 ALC-500 Circuit Board .................................................................................. 4 - 2
1-2 Joysticks ..................................................................................................... 4 - 3
Platform Components
2-1 Platform ....................................................................................................... 4 - 8
2-2 Platform Leveling Slave Cylinder .................................................................. 4 - 9
TABLE OF CONTENTS
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TABLE OF CONTENTS
Section 4 Repair Procedures, continued
2-3 Platform Rotator ......................................................................................... 4 - 10
2-4 Calibrate the Platform Overload System .................................................... 4 - 12
Jib Boom Components, S-85
3-1 Jib Boom.................................................................................................... 4 - 15
3-3 Jib Boom Lift Cylinder ................................................................................ 4 - 16
Boom Components
4-1 Cable Track ................................................................................................ 4 - 17
4-2 Boom ......................................................................................................... 4 - 20
4-3 Boom Lift Cylinder ...................................................................................... 4 - 23
4-4 Boom Extension Cylinders ......................................................................... 4 - 25
4-5 Platform Leveling Master Cylinder .............................................................. 4 - 27
Engines
5-1 RPM Adjustment ........................................................................................ 4 - 28
5-2 Flex Plate................................................................................................... 4 - 28
Ground Controls
6-1 Control Relays ............................................................................................ 4 - 34
6-2 Power Relay ............................................................................................... 4 - 35
6-3 Terminal Strip ............................................................................................. 4 - 35
Hydraulic Pumps
7-1 Function Pump ........................................................................................... 4 - 36
7-2 Drive Pump ................................................................................................ 4 - 37
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Section 4 Repair Procedures, continued
Manifolds
8-1 Function Manifold Components - View 1 .................................................... 4 - 39
8-2 Function Manifold Components - View 2 .................................................... 4 - 40
8-3 Valve Adjustments - Function Manifold ...................................................... 4 - 45
8-4 Brake/Two-speed Manifold Components(before serial number 5002) ........................................................................ 4 - 47
8-5 Brake/Two-speed Manifold Components(after serial number 5001) ........................................................................... 4 - 48
8-6 Turntable Rotation Manifold Components ................................................... 4 - 49
8-7 Jib Boom Select Manifold Components, S-85 ............................................ 4 - 50
8-8 Axle Select Manifold Components .............................................................. 4 - 51
8-9 2WD Traction Manifold Components(before serial number 3853) ........................................................................ 4 - 53
8-10 2WD Traction Manifold Components(after serial number 3582) ........................................................................... 4 - 55
8-11 4WD Traction Manifold Components(before serial number 3835) ........................................................................ 4 - 57
8-12 4WD Traction Manifold Components(after serial number 3834) ........................................................................... 4 - 59
8-13 Drive Oil Diverter Manifold Components ..................................................... 4 - 61
8-14 Valve Adjustments - Drive Manifold ........................................................... 4 - 62
8-15 Valve Coils ................................................................................................. 4 - 63
Fuel and Hydraulic Tanks
9-1 Fuel Tank ................................................................................................... 4 - 66
9-2 Hydraulic Tank ........................................................................................... 4 - 67
TABLE OF CONTENTS
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S-80 • S-85 Part No. 111165
Section 4 Repair Procedures, continued
Turntable Rotation Components
10-1 Turntable Rotation Drive Hub Assembly ..................................................... 4 - 69
2WD Steer Axle Components
11-1 Yoke and Hub ............................................................................................ 4 - 72
11-2 Steer Cylinder ............................................................................................ 4 - 73
11-3 Tie Rod Cylinder ......................................................................................... 4 - 74
4WD Steer Axle Components
12-1 Yoke and Drive Hub ................................................................................... 4 - 75
12-2 Drive Motor ................................................................................................ 4 - 76
12-3 Drive Hub ................................................................................................... 4 - 77
12-4 Steer Cylinders........................................................................................... 4 - 77
12-5 Tie Rod Cylinder ......................................................................................... 4 - 78
Non-steer Axle Components
13-1 Drive Motor ................................................................................................ 4 - 79
13-2 Drive Hub ................................................................................................... 4 - 79
Oscillating Axle Components
14-1 Oscillate Axle Cylinders ............................................................................. 4 - 80
14-2 Valve Adjustments - Oscillate Directional Valve ......................................... 4 - 81
Extendable Axle Components
15-1 Extendable Axles ....................................................................................... 4 - 83
15-2 Axle Extension Cylinder ............................................................................. 4 - 85
TABLE OF CONTENTS
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Part No. 111165 S-80 • S-85
Section 5 Fault Codes
Introduction ............................................................................................................ 5 - 1
Fault Codes- Control System ................................................................................. 5 - 2
Engine Fault Codes- GM and Ford Models ............................................................. 5 - 6
Section 6 Schematics
Introduction ............................................................................................................ 6 - 1
Electrical Symbols Legend - Rev A ........................................................................ 6 - 2
Hydraulic Symbols Legend - Rev A ........................................................................ 6 - 3
Ford LRG-425 Engine Wiring Harness .................................................................... 6 - 6
GM 3.0L Engine Wiring Harness ............................................................................ 6 - 7
Electrical Schematic, S-80Deutz F4L 913 Models ......................................................................................... 6 - 10
Ground Control Box Wiring Diagram, S-80Deutz F4L 913 Models ......................................................................................... 6 - 14
Platform Control Box Wiring Diagram, S-80Deutz F4L 913 Models ......................................................................................... 6 - 15
Electrical Schematic, S-80Deutz BF4L2011 Models ...................................................................................... 6 - 18
Ground Control Box Wiring Diagram, S-80Deutz BF4L 2011 Models ..................................................................................... 6 - 22
Platform Control Box Wiring Diagram, S-80Deutz BF4L 2011 Models ..................................................................................... 6 - 23
TABLE OF CONTENTS
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S-80 • S-85 Part No. 111165
Section 6 Schematics, continued
Electrical Schematic, S-80GM 3.0L Models .................................................................................................. 6 - 26
Ground Control Box Wiring Diagram, S-80GM 3.0L Models .................................................................................................. 6 - 30
Platform Control Box Wiring Diagram, S-80GM 3.0L Models .................................................................................................. 6 - 31
Electrical Schematic, S-80Perkins 804-33 Models ........................................................................................ 6 - 34
Ground Control Box Wiring Diagram, S-80Perkins 804-33 Models ........................................................................................ 6 - 38
Platform Control Box Wiring Diagram, S-80Perkins 804-33 Models ........................................................................................ 6 - 39
Electrical Schematic, S-80Ford LRG-425 Models .......................................................................................... 6 - 42
Ground Control Box Wiring Diagram, S-80Ford LRG-425 Models .......................................................................................... 6 - 46
Platform Control Box Wiring Diagram, S-80Ford LRG-425 Models .......................................................................................... 6 - 47
Electrical Schematic, S-85Deutz F4L 913 Models ......................................................................................... 6 - 50
Ground Control Box Wiring Diagram, S-85Deutz F4L 913 Models ......................................................................................... 6 - 54
Platform Control Box Wiring Diagram, S-85Deutz F4L 913 Models ......................................................................................... 6 - 55
TABLE OF CONTENTS
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Part No. 111165 S-80 • S-85
TABLE OF CONTENTS
xvii
Section 6 Schematics, continued
Electrical Schematic, S-85Deutz BF4L2011 Models ...................................................................................... 6 - 58
Ground Control Box Wiring Diagram, S-85Deutz BF4L2011 Models ...................................................................................... 6 - 62
Platform Control Box Wiring Diagram, S-85Deutz BF4L2011 Models ...................................................................................... 6 - 62
Electrical Schematic, S-85GM 3.0L Models .................................................................................................. 6 - 66
Ground Control Box Wiring Diagram, S-85GM 3.0L Models .................................................................................................. 6 - 70
Platform Control Box Wiring Diagram, S-85GM 3.0L Models .................................................................................................. 6 - 71
Electrical Schematic, S-85Perkins 804-33 Models ........................................................................................ 6 - 74
Ground Control Box Wiring Diagram, S-85Perkins 804-33 Models ........................................................................................ 6 - 78
Platform Control Box Wiring Diagram, S-85Perkins 804-33 Models ........................................................................................ 6 - 79
February 2012
S-80 • S-85 Part No. 111165
TABLE OF CONTENTS
xviii
Section 6 Schematics, continued
Electrical Schematic, S-85Ford LRG-425 EFI Models ................................................................................... 6 - 82
Ground Control Box Wiring Diagram, S-85Ford LRG-425 EFI Models ................................................................................... 6 - 86
Platform Control Box Wiring Diagram, S-85Ford LRG-425 EFI Models ................................................................................... 6 - 87
Connector Pin Legend - View 1 ............................................................................ 6 - 90
Connector Pin Legend - View 2 ............................................................................ 6 - 91
Dual Battery Option ............................................................................................. 6 - 94
Belt Drive Generator Option ................................................................................. 6 - 95
CE Option ............................................................................................................ 6 - 98
Platform Level Cutout, CTE Option ...................................................................... 6 - 99
12 kW Hydraulic Generator Wiring Diagram.........................................................6 - 102
12 kW Hydraulic Welder Option...........................................................................6 - 103
Hydraulic Schematic, 2WD Models .....................................................................6 - 106
Hydraulic Schematic, 4WD Models .....................................................................6 - 107
Part No. 111165 S-80 • S-85 2 - 1
Section 2 • SpecificationsFebruary 2012
Specifications
Machine Specifications
Tires and wheels
Tire size 15-22.5 SAT385/65-22.5
Tire ply rating 16
Overall tire diameter 43.5 in110.5 cm
Tire pressure 100 psi6.9 bar
Wheel diameter 22.5 in57 cm
Wheel width 11.75 in29.8 cm
Wheel lugs 10 @ 3/4 -16
Lug nut torque, dry 420 ft-lbs569 Nm
Lug nut torque, lubricated 310 ft-lbs420 Nm
Fluid capacities
Fuel tank 30 gallons114 liters
LPG tank 33.5 pounds15.2 kg
Hydraulic tank 45 gallons170 liters
Hydraulic system 57 gallons(including tank) 215 liters
Turntable rotation drive hub 40 fl oz1.2 liters
Rexroth drive hubs 61 fl oz1.8 liters
Bonfiglioli drive hubs 51 fl oz1.5 liters
Drive hub oil type:SAE 90 multipurpose hypoid gear oilAPI service classification GL5
For operational specifications, refer to the
Performance Specifications
Drive speed, maximum
Stowed position 40 ft / 7.9-8.5 sec12.2 m / 7.9-8.5 sec
Raised or extended position 40 ft / 40-45 sec12.2 m / 40-45 sec
Braking distance, maximum
High range on paved surface 3 ft90 cm
Gradeability Refer to the Operator’s Manual
Boom function speeds, maximumfrom platform controls
Jib boom up (S-85) 60 to 70 seconds
Jib boom down (S-85) 40 to 50 seconds
Boom up 89 to 93 seconds
Boom down 90 to 94 seconds
Boom extend 73 to 79 seconds
Boom retract 79 to 84 seconds
Turntable rotate, 360° 95 to 103 secondsboom fully stowed
Turntable rotate, 360° 210 to 250 secondsboom raised or extended
Platform rotate, 160° 8 to 12 seconds
Platform level up 50 to 60 seconds
Platform level down 40 to 50 seconds
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
S-80 • S-85 Part No. 1111652 - 2
Section 2 • Specifications February 2012
Hydraulic ComponentSpecifications
Drive pump
Type: bi-directional variable displacement piston pump
Flow rate @ 2300 rpm 0 to 30.3 gpm0 to 114.7 L/min
Drive pressure, maximum 4200 psi290 bar
Charge pump
Type: gerotor
Displacement 0.85 cu in13.9 cc
Flow rate @ 2300 rpm 8 gpm30.3 L/min
Charge pressure @ 2300 rpm 320 psiNeutral position 22 bar
Function pump
Type: two-section tandem gear pump
Displacement - Pump 1 (inner) 1.4 cu in22.9 cc
Flow rate @ 2300 rpm 12.7 gpm48 L/min
Displacement - Pump 2 (outer) 0.24 cu in4 cc
Flow rate @ 2300 rpm 2.25 gpm8.5 L/min
Auxiliary pump
Type: fixed displacement gear pump
Displacement - static 0.151 cu in2.47 cc
SPECIFICATIONS
Hydraulic Oil Specifications
Hydraulic Oil Specifications
Hydraulic oil type Chevron Rykon MV equivalentViscosity grade Multi-viscosityViscosity index 200
Cleanliness level, minimum 15/13
Water content, maximum 200 ppm
Chevron Rykon MV oil is fully compatible andmixable with Shell Donax TG (Dexron III) oils.Genie specifications require hydraulic oils which aredesigned to give maximum protection to hydraulicsystems, have the ability to perform over a widetemperature range, and the viscosity index shouldexceed 140. They should provide excellent antiwear,oxidation, corrosion inhibition, seal conditioning, andfoam and aeration suppression properties.
Optional fluids
Biodegradable Petro Canada Environ MV46Statoil Hydra Way Bio Pa 32
BP Biohyd SE-S
Fire resistant UCON Hydrolube HP-5046Quintolubric 822
Mineral based Shell Tellus T32Shell Tellus T46
Chevron Aviation A
Continued use of Chevron AviationA hydraulic oil when ambienttemperatures are consistentlyabove 32°F / 0°C may result incomponent damage.
Note: Use Chevron Aviation A hydraulic oil whenambient temperatures are consistentlybelow 0°F / -18°C.
Note: Use Shell Tellus T46 hydraulic oil when oiltemperatures consistently exceed 205°F / 96°C.
Note: Genie specifications require additionalequipment and special installation instructions forthe approved optional fluids. Consult the GenieService Department before use.
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
Part No. 111165 S-80 • S-85 2 - 3
Section 2 • SpecificationsFebruary 2012
SPECIFICATIONS
Function manifold
System relief pressure 2900 psi(measured at PTEST port) 200 bar
Boom down relief pressure 2100 psi(measured at PTEST port) 145 bar
Boom extend 2500 psi(measured at PTEST port) 172 bar
Steer/axle extend 3.5 gpmflow regulator 13.2 L/min
Oscillate relief pressure 850 psi58.6 bar
Drive manifold
Hot oil relief pressure 280 psi19.3 bar
Brake release pressure
Rexroth hubs 217.5 psi15 bar
Bonfiglioli hubs 189 psi13 bar
Drive motors
Displacement per revolution, variable 0.9 to 2.7 cu in(2 speed motor) 14.7 to 45 cc
Hydraulic filters
High pressure filter Beta 3 ≥ 200
High pressure filter 102 psibypass pressure 7 bar
Medium pressure filter Beta 3 ≥ 200
Medium pressure filter 51 psibypass pressure 3.5 bar
Hydraulic tank 10 micron withreturn filter 25 psi / 1.7 bar bypass
Valve Coil ResistanceSpecificationsNote: The following coil resistance specificationsare at an ambient temperature of 68°F / 20°C. Asvalve coil resistance is sensitive to changes in airtemperature, the coil resistance will typicallyincrease or decrease by 4% for each 18°F / 20°Cthat your air temperature increases or decreasesfrom 68°F / 20°C.
Valve coil resistance specifications
Proportional solenoid valve 4.8 Ω(schematic items K and W)
2 position 3 way solenoid valve 6.3 Ω(schematic items D, R, X, TT and UU)
2 position 3 way solenoid valve 3.3 Ω(schematic items G)
3 position 4 way solenoid valve 6.3 Ω(schematic items A, E, N and S)
2 position 3 way solenoid valve 6.3 Ω(schematic items AK, AM, VV and WW)
2 position 3 way solenoid valve 3.3 Ω(schematic item G)
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
S-80 • S-85 Part No. 1111652 - 4
Section 2 • Specifications February 2012
GM 3.0L EFI Engine
Displacement 181 cu in3 liters
Number of cylinders 4
Bore & stroke 4 x 3.6 inches101.6 x 91.44 mm
HorsepowerIntermittent 67 @ 2300 rpmContinuous 60 @ 2300 rpmIntermittent 50 kW @ 2300 rpmContinuous 45 kW @ 2300 rpm
Firing order 1 - 3 - 4 - 2
Low idle 1650 rpmFrequency 386.1 Hz
High idle 2300 rpmFrequency 538.2 Hz
Compression ratio 9.25:1
Compression pressure - minimum 100 psiPressure (psi or bar) of lowest cylinder 6.9 barmust be at least 75% of highest cylinder
Valve clearances Zero lash + 1 full turn
Lubrication system
Oil pressure - minimum 18 psi(operating temp. @ 2000 rpm) 1.24 bar
Oil capacity 5 quarts(including filter) 4.7 liters
Oil viscosity requirements
Extreme operating temperatures may require the use ofalternative engine oil. For oil requirements, refer to theEngine Operator Handbook on your machine.
Fuel requirement
For fuel requirements, refer to the engine Operator'sManual on your machine.
Starter motor
Normal engine cranking speed 350 rpm
Current draw, normal load 400A
Current draw, maximum load 600A
Current draw, minimum 100A
Batteries
Type 12V DC
Group 31
Quantity 1
Cold cranking ampere 1000A
Reserve capacity @ 25A rate 200 minutes
Electronic fuel pump
Fuel pressure, static 9 to 11 psi0.6 to 0.76 bar
Fuel flow rate 0.3 gpm1.14 L/min
Ignition system
Spark plug type AC ACMR-43-LTS
Spark plug gap 0.040 in1.01 mm
Engine coolant
Capacity 12 quarts11.4 liters
Alternator
Output 66A, 12V DC
Fan belt deflection 1/2 inch12 mm
Continuous improvement of our products is aGenie policy. Product specifications aresubject to change without notice.
SPECIFICATIONS
Part No. 111165 S-80 • S-85 2 - 5
Section 2 • SpecificationsFebruary 2012
Oil pressure switch specifications
Torque 8-18 ft-lbs11-24 Nm
Oil pressure switch point 3-5 psi0.21-0.34 bar
Starter motor
Normal engine cranking speed 200 to 250 rpm
Current draw, normal load 140-200A
Current draw, maximum load 800A
Current draw, no load 70A
Maximum circuit voltage drop 0.5V DCwhile starting (normal temperature)
Batteries
Type 12V DC
Group 31
Quantity 1
Cold cranking ampere 1000A
Reserve capacity @ 25A rate 200 minutes
Electronic fuel pump
Fuel pressure, static 64 psi4.4 bar
Fuel flow rate 0.58 gpm2.18 L/min
Fuel requirement
For fuel requirements, refer to the engine Operator'sManual on your machine.
Ignition system
Spark plug type Motorcraft AWSF-52C
Spark plug gap 0.042 to 0.046 in1.07 to 1.18 mm
Spark plug torque 5 to 10 ft-lbs7 to 14 Nm
Ford LRG-425 EFI Engine
Displacement 153 cu in2.5 liters
Number of cylinders 4
Bore & stroke 3.78 x 3.4 in96.01 x 86.36 mm
Horsepower
Continuous 60 @ 2500 rpmIntermittent 70 @ 2500 rpmContinuous 44.7kW @ 2500 rpmIntermittent 52 kW @ 2500 rpm
Firing order 1 - 3 - 4 - 2
Low idle 1600 rpmFrequency 396.8 Hz
High idle 2500 rpmFrequency 620 Hz
Compression ratio 9.4:1
Compression pressure (approx.)Pressure (psi or bar) of lowest cylinder must beat least 75% of highest cylinder.
Valve clearances - 0.035 to 0.055 incollapsed tappet 0.889 to 1.397 mm
Lubrication system
Oil pressure 40 to 60 psi(operating temp. @ 2000 rpm) 2.75 to 4.1 bar
Oil capacity 5 quarts(including filter) 4.7 liters
Oil viscosity requirements
Unit ships with 5W-30.Extreme operating temperatures may require the use ofalternative engine oils. For oil requirements, refer to theEngine Operator Handbook on your machine.
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
SPECIFICATIONS
S-80 • S-85 Part No. 1111652 - 6
Section 2 • Specifications February 2012
Engine coolant
Capacity 11.5 quarts10.9 liters
Coolant temperature switch
Torque 8-18 ft-lbs11-24 Nm
Temperature switch point 230° F112° C
Alternator
Output 95A, 13.8V DC
SPECIFICATIONS
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
Part No. 111165 S-80 • S-85 2 - 7
Section 2 • SpecificationsFebruary 2012
Injection system
Injection pump make IMSA
Injection pump pressure 8702 psi600 bar
Injector opening pressure 3626 psi250 bar
Fuel requirement
For fuel requirements, refer to the engine Operator'sManual on your machine.
Batteries
Type 12V DC
Group 31
Quantity 1
Cold cranking ampere 1000A
Reserve capacity @ 25A rate 200 minutes
Alternator 55A, 12V DC
Fan belt deflection 3/8 to 1/2 inch9 to 12 mm
Continuous improvement of our products is aGenie policy. Product specifications aresubject to change without notice.
Deutz F4L-913 Engine
Displacement 249.3 cu in4.085 liters
Number of cylinders 4
Bore and stroke 4.02 x 4.92 inches102.1 x 125 mm
Horsepower 76 @ 2300 rpm57 kW @ 2300 rpm
Firing order 1 - 3 - 4 - 2
Compression ratio 18:1
Compression pressurePressure (psi or bar) of the lowest cylinder must be atleast 75% of the highest cylinder.
Low idle - no load 1300 rpmFrequency 385.7 Hz
High idle - no load 2300 rpmFrequency 570.4 Hz
Valve clearance, cold
Intake 0.006 in0.15 mm
Exhaust 0.006 in0.15 mm
Lubrication system
Oil pressure 40 to 60 psi2.75 to 4.14 bar
Oil capacity 14.3 quarts(including filter) 13.5 liters
Oil viscosity requirements
Units ship with 15W-40.Extreme operating temperatures may require the use ofalternative engine oil. For oil requirements, refer to theEngine Operator Handbook on your machine.
SPECIFICATIONS
S-80 • S-85 Part No. 1111652 - 8
Section 2 • Specifications February 2012
Lubrication system
Oil pressure, hot 40 to 60 psi(at 2000 rpm) 2.8 to 4.1 bar
Oil capacity 11 quarts(including filter) 10.4 liters
Oil viscosity requirements
Units ship with 15W-40.Extreme operating temperatures my require the use ofalternative engine oils. For oil requirements, refer to theEngine Operator Handbook on your machine.
Oil temperature switch
Torque 8-18 ft-lbs11-24 Nm
Oil temperature switch point 275°F135°C
Oil pressure switch
Torque 8-18 ft-lbs11-24 Nm
Oil pressure switch point 7 psi0.48 bar
Deutz BF4L-2011 Engine
Displacement 189.6 cu in3.1 liters
Number of cylinders 4
Bore and stroke 3.7 x 4.409 inches94 x 112 mm
Horsepower
Continuous 69.1 @ 2500 rpmNet intermittent 72.8 @ 2500 rpmContinuous 51.5 KW @ 2500 rpmNet intermittent 54.3 KW @ 2500 rpm
Firing order 1 - 3 - 4 - 2
Low idle 1500 rpmFrequency 382.5 Hz
High idle 2350 rpmFrequency 599.25 Hz
Compression ratio 17.5:1
Compression pressurePressure (psi or bar) of the lowest cylinder must be atleast 75% of the highest cylinder.
Governor centrifugal mechanical
Valve clearance, cold
Intake 0.012 in0.3 mm
Exhaust 0.020 in0.5 mm
SPECIFICATIONS
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
Part No. 111165 S-80 • S-85 2 - 9
Section 2 • SpecificationsFebruary 2012
SPECIFICATIONS
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
Fuel injection system
Injection pump make Bosch
Injection pump pressure, maximum15,000 psi/1034 bar
Injector opening pressure 3046 psi210 bar
Fuel Requirement
For fuel requirements, refer to the engine Operator'sManual on your machine.
Starter motor
Current draw, normal load 140-200A
Cranking speed 200-250 rpm
Batteries
Type 12V DC
Group 31
Quantity 1
Cold cranking ampere 1000A
Reserve capacity @ 25A rate 200 minutes
Alternator output 80A @ 14V DC
Fan belt deflection 3/8 to 1/2 inch9 to 12 mm
S-80 • S-85 Part No. 1111652 - 10
Section 2 • Specifications February 2012
Oil viscosity requirements
Units ship with 15W-40.Extreme operating temperatures my require the use ofalternative engine oils. For oil requirements, refer to theEngine Operator Handbook on your machine.
Injection system
Injection pump make Zexel
Injection pump pressure 1707 to 1849 psi117.7 to 127.5 bar
Injector opening pressure ~2000 psi~138 bar
Fuel Requirement
For fuel requirements, refer to the engine Operator'sManual on your machine.
Engine coolant
Capacity 12.5 quarts11.8 liters
Batteries
Type 12V DC
Group 31
Quantity 1
Cold cranking ampere 1000A
Reserve capacity @ 25A rate 200 minutes
Alternator output 90A, 12V DC
Fan belt deflection 3/8 to 1/2 in9 to 12 mm
Perkins 804C-33 Engine
Displacement 201 cu in3.3 liters
Number of cylinders 4
Bore and stroke 3.70 x 4.72 inches94 x 120 mm
Horsepower 63 @ 2600 rpm47 KW @ 2600 rpm
Firing order 1 - 3 - 4 - 2
Compression ratio 22:1
Compression pressure 300 to 500 psi20.7 to 34.5 bar
Pressure (psi or bar) of lowest cylinder must bewithin 50 psi / 3.45 bar of highest cylinder
Low idle 1650 rpmFrequency 335.5 Hz
High idle 2300 rpmFrequency 467.67 Hz
Governor mechanical all speed
Valve clearance, cold
Intake 0.0098 in0.25 mm
Exhaust 0.0098 in0.25 mm
Lubrication system
Oil pressure @ 2000 rpm 40-60 psi2.8-4.1 bar
Oil capacity 10.6 quarts(including filter) 10 liters
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
SPECIFICATIONS
Part No. 111165 S-80 • S-85 2 - 11
Section 2 • SpecificationsFebruary 2012
SPECIFICATIONS
Machine Torque Specifications
Platform rotator
1-8 center bolt, GR 5, lubricated 480 ft-lbs651 Nm
3/8 -16 bolts, GR 8 35 ft-lbs**(use blue thread locking compound) 47 Nm*
Turntable rotate assembly
Rotate bearing mounting bolts, lubricated 180 ft-lbs244 Nm
Rotate drive hub mounting bolts, lubricated 80 ft-lbs108 Nm
Backlash plate mounting bolts, lubricated 280 ft-lbs379 Nm
Drive motor and hubs
Drive hub mounting bolts, dry 210 ft-lbs284 Nm
Drive hub mounting bolts, lubricated 185 ft-lbs**(use blue thread locking compound) 247 Nm
Drive motor mounting bolts, dry 110 ft-lbs149 Nm
Drive motor mounting bolts, lubricated 80 ft-lbs**(use blue thread locking compound) 108 Nm
Drive hub oil plug, O-ring seal 13 ft-lbs18 Nm
Continuous improvement of our products is aGenie policy. Product specifications are subjectto change without notice.
Manifold ComponentSpecifications
Plug torque
SAE No. 2 50 in-lbs / 6 Nm
SAE No. 4 14 ft-lbs / 18.9 Nm
SAE No. 6 23 ft-lbs / 31.2 Nm
SAE No. 8 36 ft-lbs / 48.8 Nm
SAE No. 10 62 ft-lbs / 84.1 Nm
SAE No. 12 84 ft-lbs / 113.9 Nm
S-80 • S-85 Part No. 1111652 - 12
Section 2 • Specifications February 2012
SPECIFICATIONS
Hydraulic Hose and FittingTorque SpecificationsYour machine is equipped with Parker Seal-Lok®
fittings and hose ends. Genie specifications requirethat fittings and hose ends be torqued tospecification when they are removed and installedor when new hoses or fittings are installed.
SAE O-ring Boss Port(tube fitting - installed into Aluminum)
SAE Dash size Torque
-4 14 ft-lbs / 18.9 Nm
-6 23 ft-lbs / 31.2 Nm
-8 36 ft-lbs / 48.8 Nm
-10 62 ft-lbs / 84.1 Nm
-12 84 ft-lbs / 113.9 Nm
-16 125 ft-lbs / 169.5 Nm
-20 151 ft-lbs / 204.7 Nm
-24 184 ft-lbs / 250 Nm
SAE O-ring Boss Port(tube fitting - installed into Steel)
SAE Dash size Torque
-4 15 ft-lbs / 20.3 Nm
-6 35 ft-lbs / 47.5 Nm
-8 60 ft-lbs / 81.3 Nm
-10 100 ft-lbs / 135.6 Nm
-12 135 ft-lbs / 183 Nm
-16 200 ft-lbs / 271 Nm
-20 250 ft-lbs / 334 Nm
-24 305 ft-lbs / 414 Nm
Seal-Lok® fittings
1 Replace the O-ring. The O-ring must be replacedanytime the seal has been broken. The O-ringcannot be re-used if the fitting or hose end hasbeen tightened beyond finger tight.
Note: The O-rings used in the Parker Seal Lok®fittings and hose ends are custom-size O-rings.They are not standard SAE size O-rings. They areavailable in the O-ring field service kit (Genie partnumber 49612).
2 Lubricate the O-ring before installation.
3 Be sure that the face seal O-ring is seated andretained properly.
4 Position the tube and nut squarely on the faceseal end of the fitting and tighten the nut fingertight.
5 Tighten the nut or fitting to the appropriatetorque per given size as shown in the table.
6 Operate all machine functions and inspect thehoses and fittings and related components toconfirm that there are no leaks.
Seal-Lok® Fittings(hose end)
SAE Dash size Torque
-4 18 ft-lbs / 24.4 Nm
-6 30 ft-lbs / 40 Nm
-8 40 ft-lbs / 55 Nm
-10 60 ft-lbs / 80 Nm
-12 85 ft-lbs / 115 Nm
-16 110 ft-lbs / 150 Nm
-20 140 ft-lbs / 190 Nm
-24 180 ft-lbs / 245 Nm
Part No. 111165 S-80 • S-85 2 - 13
Section 2 • SpecificationsFebruary 2012
Size
(mm)in-lbs Nm in-lbs Nm in-lbs Nm in-lbs Nm in-lbs Nm in-lbs Nm in-lbs Nm in-lbs Nm
5 16 1.8 21 2.4 41 4.63 54 6.18 58 6.63 78 8.84 68 7.75 91 10.36 19 3.05 36 4.07 69 7.87 93 10.5 100 11.3 132 15 116 13.2 155 17.67 45 5.12 60 6.83 116 13.2 155 17.6 167 18.9 223 25.2 1.95 22.1 260 29.4
ft-lbs Nm ft-lbs Nm ft-lbs Nm ft-lbs Nm ft-lbs Nm ft-lbs Nm ft-lbs Nm ft-lbs Nm8 5.4 7.41 7.2 9.88 14 19.1 18.8 25.5 20.1 27.3 26.9 36.5 23.6 32 31.4 42.610 10.8 14.7 14.4 19.6 27.9 37.8 37.2 50.5 39.9 54.1 53.2 72.2 46.7 63.3 62.3 84.412 18.9 25.6 25.1 34.1 48.6 66 64.9 88 69.7 94.5 92.2 125 81 110 108 14714 30.1 40.8 40 54.3 77.4 105 103 140 110 150 147 200 129 175 172 23416 46.9 63.6 62.5 84.8 125 170 166 226 173 235 230 313 202 274 269 36518 64.5 87.5 86.2 117 171 233 229 311 238 323 317 430 278 377 371 50320 91 124 121 165 243 330 325 441 337 458 450 610 394 535 525 71322 124 169 166 225 331 450 442 600 458 622 612 830 536 727 715 97024 157 214 210 285 420 570 562 762 583 791 778 1055 682 925 909 1233
LUBED DRY LUBED DRYLUBED DRY LUBED DRY
LUBEDDRYLUBED
Class 12.9Class 4.6
DRYLUBED
METRIC FASTENER TORQUE CHART• This chart is to be used as a guide only unless noted elsewhere in this manual •
LUBED DRY
Class 10.9Class 8.8
DRY
SPECIFICATIONS
SIZE THREAD
in-lbs Nm in-lbs Nm in-lbs Nm in-lbs Nm in-lbs Nm20 80 9 100 11.3 110 12.4 140 15.8 130 14.728 90 10.1 120 13.5 120 13.5 160 18 140 15.8
ft-lbs Nm ft-lbs Nm ft-lbs Nm ft-lbs Nm ft-lbs Nm18 13 17.6 17 23 18 24 25 33.9 21 28.424 14 19 19 25.7 20 27.1 27 36.6 24 32.516 23 31.2 31 42 33 44.7 44 59.6 38 51.524 26 35.2 35 47.4 37 50.1 49 66.4 43 58.314 37 50.1 49 66.4 50 67.8 70 94.7 61 82.720 41 55.5 55 74.5 60 81.3 80 108.4 68 92.113 57 77.3 75 101.6 80 108.4 110 149 93 12620 64 86.7 85 115 90 122 120 162 105 14212 80 108.4 110 149 120 162 150 203 130 17618 90 122 120 162 130 176 170 230 140 18911 110 149 150 203 160 217 210 284 180 24418 130 176 170 230 180 244 240 325 200 27110 200 271 270 366 280 379 380 515 320 43316 220 298 300 406 310 420 420 569 350 4749 320 433 430 583 450 610 610 827 510 69114 350 474 470 637 500 678 670 908 560 7598 480 650 640 867 680 922 910 1233 770 104412 530 718 710 962 750 1016 990 1342 840 11397 590 800 790 1071 970 1315 1290 1749 1090 147712 670 908 890 1206 1080 1464 1440 1952 1220 16547 840 1138 1120 1518 1360 1844 1820 2467 1530 207412 930 1260 1240 1681 1510 2047 2010 2725 1700 23046 1460 1979 1950 2643 2370 3213 3160 4284 2670 362012 1640 2223 2190 2969 2670 3620 3560 4826 3000 4067
LUBEDDRYLUBED
SAE FASTENER TORQUE CHART
Grade 5DRYLUBED
• This chart is to be used as a guide only unless noted elsewhere in this manual •A574 High Strength Black Oxide BoltsGrade 8
LUBED
1/4
LUBED DRY LUBED DRY
1 1/2
9/16
5/8
3/4
7/8
1
1 1/8
1 1/4
5/16
3/8
7/16
1/2
10.9 12.98.84.6
S-80 • S-85 Part No. 1111652 - 14
Section 2 • Specifications February 2012
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Part No. 111165 S-80 • S-85 3 - 1
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
Scheduled Maintenance Procedures
Observe and Obey:
Maintenance inspections shall be completed bya person trained and qualified on themaintenance of this machine.
Scheduled maintenance inspections shall becompleted daily, quarterly, six months, annuallyand every two years as specified on theMaintenance Inspection Report. The frequencyand extent of periodic examinations and testsmay also depend on national regulations.
Failure to perform each procedureas presented and scheduled couldresult in death, serious injury orsubstantial machine damage.
Immediately tag and remove from service adamaged or malfunctioning machine.
Repair any machine damage or malfunctionbefore operating machine.
Use only Genie approved replacement parts.
Unless otherwise specified, perform eachprocedure with the machine in the followingconfiguration:
• Machine parked on a firm, level surface
• Boom in the stowed position
• Turntable rotated with the boom betweenthe non-steer (yellow arrow) wheels
• Turntable secured with the turntablerotation lock pin
• Key switch in the off position with thekey removed
• Wheels chocked
• All external AC power supply disconnectedfrom the machine
About This Section
This section contains detailed procedures for eachscheduled maintenance inspection.
Each procedure includes a description, safetywarnings and step-by-step instructions.
Symbols Legend
Safety alert symbol—used to alertpersonnel to potential personalinjury hazards. Obey all safetymessages that follow this symbolto avoid possible injury or death.
Used to indicate the presence ofan imminently hazardous situationwhich, if not avoided, will result indeath or serious injury.
Used to indicate the presence of apotentially hazardous situationwhich, if not avoided, could resultin death or serious injury.
With safety alert symbol—used toindicate the presence of apotentially hazardous situationwhich, if not avoided, may resultin minor or moderate injury.
Used to indicate the presence of apotentially hazardous situationwhich, if not avoided, may result inproperty damage.
Note: Used to indicate operation or maintenanceinformation.
Indicates that a specific result is expected afterperforming a series of steps.
Indicates that an incorrect result has occurredafter performing a series of steps.
3 - 2 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
Maintenance Symbols Legend
Note: The following symbols have been used in thismanual to help communicate the intent of theinstructions. When one or more of the symbolsappear at the beginning of a maintenanceprocedure, it conveys the meaning below.
Indicates that tools will be required toperform this procedure.
Indicates that new parts will be requiredto perform this procedure.
Indicates that a cold engine will berequired to perform this procedure.
Indicates that a warm engine will berequired to perform this procedure.
Indicates that dealer service is requiredto perform this procedure.
Pre-delivery Preparation Report
The pre-delivery preparation report containschecklists for each type of scheduled inspection.
Make copies of the Pre-delivery Preparation Reportto use for each inspection. Store completed formsas required.
Maintenance Schedule
There are five types of maintenance inspectionsthat must be performed according to a schedule—daily, quarterly, six months, annual, and two year.To account for repeated procedures, theScheduled Maintenance Procedures Section andthe Maintenance Inspection Report have beendivided into five subsections—A, B, C, D and E.Use the following chart to determine whichgroup(s) of procedures are required to perform ascheduled inspection.
Inspection Checklist
Daily or every 8 hours A
Quarterly or every 250 hours A + B
Six month or every 500 hours A + B + C
Annual or every 1000 hours A + B + C + D
Two year or every 2000 hours A + B + C + D + E
Maintenance Inspection Report
The maintenance inspection report containschecklists for each type of scheduled inspection.
Make copies of the Maintenance Inspection Reportto use for each inspection. Maintain completedforms for a minimum of 4 years or in compliancewith your employer, jobsite and governmentalregulations and requirements.
SCHEDULED MAINTENANCE PROCEDURES
Terex South Dakota, Inc USA500 Oak Wood RoadPO Box 1150Watertown, SD 57201-6150(605) 882-4000
Copyright © 2011 Terex Corporation. Genie® is a registered trademark of Terex SouthDakota, Inc. 133192 Rev D
Genie UKThe Maltings, Wharf Road
Grantham, LincolnshireNG31- 6BH England
(44) 1476-584333
Pre-Delivery Preparation
Pre-Delivery Preparation Y N R
Pre-operation inspectioncompleted
Maintenance items completed
Function tests completed
Model
Serial number
Date
Machine owner
Inspected by (print)
Inspector signature
Inspector title
Inspector company
Instructions
Make copies of this form to use for each Pre-DeliveryPreparation.
Use the operator’s manual on your machine.
The Pre-delivery Preparation consists of completingthe Pre-operation Inspection, the Maintenance itemsand the Function Tests.
Use this form to record the results. Place a check inthe appropriate box after each part is completed.Follow the instructions in the operator’s manual.
If any inspection receives an N, remove the machinefrom service, repair and re-inspect it. After repair, placea check in the R box.
LegendY = yes, completedN = no, unable to completeR = repaired
Comments
Fundamentals
It is the responsibility of the dealer to perform thePre-delivery Preparation.
The Pre-delivery Preparation is performed prior to eachdelivery. The inspection is designed to discover ifanything is apparently wrong with a machine before it isput into service.
A damaged or modified machine must never be used.If damage or any variation from factory deliveredcondition is discovered, the machine must be taggedand removed from service.
Repairs to the machine may only be made by aqualified service technician, according to themanufacturer's specifications.
Scheduled maintenance inspections shall be performedby qualified service technicians, according to themanufacturer's specifications and the requirementslisted in the responsibilities manual.
3 - 4 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
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Part No. 111165 S-80 • S-85 3 - 5
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
Instructions• Make copies of this report to use for
each inspection.
• Select the appropriate checklist(s) forthe type of inspection to beperformed.
Daily or 8 hourInspection: A
Quarterly or 250 hourInspection: A+B
Six Month or 500 hourInspection: A+B+C
Annual or 1000 hourInspection: A+B+C+D
2 Year or 2000 hourInspection: A+B+C+D+E
• Place a check in the appropriate boxafter each inspection procedure iscompleted.
• Use the step-by-step procedures inthis section to learn how to performthese inspections.
• If any inspection receives an “N”, tagand remove the machine fromservice, repair and re-inspect it. Afterrepair, place a check in the “R” box.
LegendY = yes, acceptableN = no, remove from serviceR = repaired
Model
Serial number
Date
Hour meter
Machine owner
Inspected by (print)
Inspector signature
Inspector title
Inspector company
Maintenance Inspection Report
Checklist B Y N R
B-1 Battery(s)
B-2 Electrical wiring
B-3 Key switch
B-4 Exhaust system
B-5 Engine air filter
B-6 Oil cooler and fins-Deutz models
B-7 Brake configuration
B-8 Tires, wheels andlug nut torque
B-9 Drive hub maintenance
B-10 Engine RPM
B-11 Engine maintenance
B-12 Oscillate directionalControl
B-13 Ground controloverride
B-14 Platform self-leveling
B-15 Engine idle select
B-16 Fuel select operation
B-17 Drive enable system
B-18 Drive brakes
B-19 Drive speed-stowed
B-20 Drive speed-raisedor extended
B-21 Alarm package
B-22 Fuel and hydraulic tankventing systems
B-23 Hydraulic oil analysis
Perform every 400 hours:
B-24 Engine maintenance -GM and Ford models
Checklist A Y N R
A-1 Inspect the manualsand decals
A-2 Pre-operationinspection
A-3 Function tests
A-4 Engine maintenance
A-5 Filter condition indicator
A-6 Grease Axles
A-7 Oscillate axle
A-8 Extendable axles
Perform after 40 hours:
A-9 30 day service
Perform after 50 hours:
A-10 Engine maintenance -Deutz models
Perform every 100 hours:
A-11 Inspect filter/separator -Diesel models
A-12 Grease rotationbearing
A-13 Engine maintenance
Perform after 125 hours:
A-14 Engine maintenance -Deutz models
Perform after 150 hours:
A-15 Replace Drive Hub oil
Perform every 200 hours:
A-16 Engine maintenance -GM, Ford and Perkinsmodels
Comments
3 - 6 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
Checklist C Y N R
C-1 Engine maintenance -Deutz and Perkinsmodels
C-2 Grease platformoverload (if equipped)
C-3 Test the platformoverload (if equipped)
C-4 Air filter element
C-5 Replace filter/separator -Deutz and Perkinsmodels
Perform every 800 hours:
C-6 Engine maintenance -GM and Ford models
Checklist D Y N R
D-1 Boom wear pads
D-2 Axle wear pads
D-3 Free-wheelconfiguration
D-4 Turntable rotationbearing bolts
D-5 Turntable bearing wear
D-6 Engine maintenance -Deutz and Perkinsmodels
D-7 Replace hydraulic filters
D-8 Drive hub oil
Perform every 1500 hours:
D-9 Engine maintenance -Deutz models
MAINTENANCE INSPECTION REPORT
Checklist E Y N R
E-1 Hydraulic oil
E-2 Engine maintenance - Perkins models
E-3 Grease axle bearings,2WD models
Perform every 3000 hours:
E-4 Engine maintenance -Deutz and Perkinsmodels
Instructions• Make copies of this report to use for
each inspection.
• Select the appropriate checklist(s) forthe type of inspection to beperformed.
Daily or 8 hourInspection: A
Quarterly or 250 hourInspection: A+B
Six Month or 500 hourInspection: A+B+C
Annual or 1000 hourInspection: A+B+C+D
2 Year or 2000 hourInspection: A+B+C+D+E
• Place a check in the appropriate boxafter each inspection procedure iscompleted.
• Use the step-by-step procedures inthis section to learn how to performthese inspections.
• If any inspection receives an “N”, tagand remove the machine fromservice, repair and re-inspect it. Afterrepair, place a check in the “R” box.
LegendY = yes, acceptableN = no, remove from serviceR = repaired
Comments
Model
Serial number
Date
Hour meter
Machine owner
Inspected by (print)
Inspector signature
Inspector title
Inspector company
Part No. 111165 S-80 • S-85 3 - 7
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
Checklist A Procedures
A-1Inspect the Manuals and DecalsGenie specifications require that this procedure beperformed daily or every 8 hours, whichever comesfirst.
Maintaining the operator’s and safety manuals ingood condition is essential to safe machineoperation. Manuals are included with each machineand should be stored in the container provided inthe platform. An illegible or missing manual will notprovide safety and operational informationnecessary for a safe operating condition.
In addition, maintaining all of the safety andinstructional decals in good condition is mandatoryfor safe machine operation. Decals alert operatorsand personnel to the many possible hazardsassociated with using this machine. They alsoprovide users with operation and maintenanceinformation. An illegible decal will fail to alertpersonnel of a procedure or hazard and could resultin unsafe operating conditions.
1 Check to make sure that the operator's andsafety manuals are present and complete in thestorage container on the platform.
2 Examine the pages of each manual to be surethat they are legible and in good condition.
Result: The operator's manual is appropriate forthe machine and all manuals are legible and ingood condition.
Result: The operator's manual is not appropriatefor the machine or all manuals are not in goodcondition or is illegible. Remove the machinefrom service until the manual is replaced.
3 Open the operator's manual to the decalsinspection section. Carefully and thoroughlyinspect all decals on the machine for legibilityand damage.
Result: The machine is equipped with allrequired decals, and all decals are legible and ingood condition.
Result: The machine is not equipped with allrequired decals, or one or more decals areillegible or in poor condition. Remove themachine from service until the decals arereplaced.
4 Always return the manuals to the storagecontainer after use.
Note: Contact your authorized Genie distributor orGenie if replacement manuals or decals areneeded.
3 - 8 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST A PROCEDURES
A-2Perform Pre-operationInspectionGenie specifications require that this procedure beperformed daily or every 8 hours, whichever comesfirst.
Completing a pre-operation inspection is essentialto safe machine operation. The pre-operationinspection is a visual inspection performed by theoperator prior to each work shift. The inspection isdesigned to discover if anything is apparently wrongwith a machine before the operator performs thefunction tests. The pre-operation inspection alsoserves to determine if routine maintenanceprocedures are required.
Complete information to perform this procedure isavailable in the appropriate operator's manual.Refer to the Operator's Manual on your machine.
A-3Perform Function TestsGenie specifications require that this procedure beperformed daily or every 8 hours, whichever comesfirst.
Completing the function tests is essential to safemachine operation. Function tests are designed todiscover any malfunctions before the machine isput into service. A malfunctioning machine mustnever be used. If malfunctions are discovered, themachine must be tagged and removed fromservice.
Complete information to perform this procedure isavailable in the appropriate operator's manual.Refer to the Operator's Manual on your machine.
Part No. 111165 S-80 • S-85 3 - 9
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
A-4Perform Engine Maintenance
Engine specifications require that this procedure beperformed daily or every 8 hours, whichever comesfirst.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in the:Deutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929) OR theGM 3.0L Operator Handbook(GM part number 36100007) OR theFord LRG-425 EFI Operator Handbook(Ford part number FPP 194-302) OR thePerkins 804C-33 Operation and MaintenanceManual (Perkins part number SEBU7853-00).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
GM 3.0L Operator HandbookGenie part number 101095
Ford LRG-425 EFI Operator HandbookGenie part number 84792
Perkins 804C-33 Operation and Maintenance ManualGenie part number 111332
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
CHECKLIST A PROCEDURES
3 - 10 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST A PROCEDURES
A-5Check the Hydraulic FilterCondition IndicatorsGenie specifications require that this procedure beperformed daily or every 8 hours, whichever comesfirst.
Maintaining the hydraulic filters in good condition isessential to good system performance and safemachine operation. The filter condition indicatorswill show when the hydraulic flow is bypassing aclogged filter. If the filters are not frequentlychecked and replaced, impurities will remain in thehydraulic system and cause component damage.
Note: There are three hydraulic filters located onthe machine: one tank return filter, one mediumpressure filter and one high pressure filter. The tankreturn and high pressure filter have a conditionindicator on them. The medium pressure filter doesnot have a filter condition indicator.
1 Start the engine from the platform controls.
2 Change the engine idle to high rpm (rabbitsymbol).
a filter condition indicator gauge
Tank return filter:
3 Open the ground control side turntable cover andinspect the filter condition indicator gauge.
Result: The needle on the gauge should beoperating in the green area.
Result: If the needle is in the red area, thisindicates that the hydraulic filter is beingbypassed and the filter should be replaced. SeeD-7, Replace the Hydraulic Filter Elements.
High pressure filter:
Note: The high pressure filter is located to the leftof the medium pressure filter below the hydraulicpumps. A filter condition indicator is located on thetop of the high pressure filter.
4 Open the engine side turntable cover andInspect the filter condition indicator.
Result: The filter condition indicators should beoperating with the plungers in the green area.
Result: If the indicator displays the plunger inthe red area, this indicates that the hydraulicfilter is being bypassed and the filter should bereplaced. See D-7, Replace the Hydraulic FilterElements.
a
Part No. 111165 S-80 • S-85 3 - 11
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
A-7Test the Oscillate Axle
Genie specifications require that this procedure beperformed daily or every 8 hours, whichever comesfirst.
Proper axle oscillation is essential to safe machineoperation. If the axle oscillation system is notoperating correctly, the stability of the machine iscompromised and it may tip over.
Tip-over hazard. Failure to performthis procedure on a firm, levelsurface will compromise thestability of the machine and couldresult in the machine tipping over.
1 Start the engine from the platform controls.
2 Drive the right steer tire up onto a6 inch / 15 cm block or curb.
Result: The three remaining tires should stay infirm contact with the ground and the chassisshould remain level at all times.
3 Drive the left steer tire up onto a 6 inch / 15 cmblock or curb.
Result: The three remaining tires should stay infirm contact with the ground and the chassisshould remain level at all times.
4 Drive both steer tires up onto a6 inch / 15 cm block or curb.
Result: The non-steer tires should stay in firmcontact with the ground.
Note: If the chassis does not remain level duringthe test, refer to Repair Procedure 14-2, How to SetUp the Directional Valve Linkage.
A-6Grease the Extendable Axles
Genie specifications require that this procedure beperformed daily or every 8 hours, whichever comesfirst.
Proper lubrication of the extendable axle wear padsis essential to smooth operation and minimum wearof the wear pads.
Tip-over hazard. Failure to performthis procedure on a firm, levelsurface will compromise thestability of the machine and couldresult in the machine tipping over.
Before serial number 4952:
1 Spread a liberal coating of grease on the top ofthe inner axle extension and bottom of the outeraxle.
2 Repeat for each axle.
After serial number 4951:
1 Locate the grease fitting on the platform side ofthe non-steer extendable axle and behind thedrive motor on the steer extendable axle.
2 Pump grease into each fitting until grease isvisible between the axle and wear pads.
3 Repeat for each axle.
Grease Specification
Chevron Ultra-duty grease, EP NLGI 2 (lithium based)or equivalent
CHECKLIST A PROCEDURES
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Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST A PROCEDURES
A-8Test the Extendable AxlesGenie specifications require that this procedure beperformed daily or every 8 hours, whichever comesfirst.
Tip-over hazard. Do not raise orextend the boom unless both axlesare fully extended. If the axleextension system is not operatingcorrectly, the stability of themachine is compromised and itmay tip over.
Note: Be sure the axles are retracted beforeperforming this procedure.
1 Turn the key switch to ground control and pullout the red Emergency Stop buttons to the onposition at both the ground and platformcontrols.
2 Start the engine from the ground controls.
3 Move and hold the function enable switch toeither side and activate the boom up function.
Result: The boom should raise to 5° abovehorizontal and then stop. The boom should notraise above the limit switch unless both axlesare extended.
4 Move and hold the function enable switch toeither side and activate the boom downfunction.
Result: The boom should lower and return to thestowed position.
5 Move and hold the function enable switch toeither side and activate the boom extendfunction.
Result: The boom will extend approximately1 foot / 30 cm and then stop. The boom shouldnot extend farther unless both axles areextended.
6 Move and hold the function enable switch toeither side and activate the boom retractfunction.
Result: The boom should retract.
7 Turn the key switch to platform controls.
8 Press down the foot switch and move the drivecontrol handle in the forward direction andactivate the axle extend function.
Result: The machine will drive forward and theaxles should extend.
Note: The axle extend function will only work whilethe machine is moving.
Note: The steer function will override the axleextend or the axle retract function.
9 Turn the key switch to ground controls.
10 At the ground controls, hold the function enableswitch to either side and activate the boom upand boom down function.
Result: The boom should raise and lowernormally.
11 At the ground controls, move and hold thefunction enable switch to either side andactivate the boom extend and boom retractfunction.
Result: The boom should extend and retractnormally.
Part No. 111165 S-80 • S-85 3 - 13
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
A-10Perform Engine Maintenance -Deutz Models
Engine specifications require that this one-timeprocedure be performed after 50 hours of operation.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures forcommissioning new and overhauled engines andadditional engine information are available in theDeutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
A-9Perform 30 Day Service
The 30 day maintenance procedure is a one timesequence of procedures to be performed after thefirst 30 days or 40 hours of usage, whichevercomes first. After this interval, refer to themaintenance tables for continued scheduledmaintenance.
1 Perform the following maintenance procedures:
• A-12 Grease the Turntable Rotation Bearingand Rotate Gear
• B-8 Inspect the Tires, Wheels andLug Nut Torque
• B-9 Check the Drive Hub Oil Level andFastener Torque
• D-4 Check the Turnable Rotation BearingBolts
• D-7 Replace the Hydraulic Filter Elements
CHECKLIST A PROCEDURES
3 - 14 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST A PROCEDURES
d
c
e
b
aA-11Inspect the Fuel Filter/WaterSeparator - Deutz and PerkinsModels
Genie specifications require that this procedure beperformed every 100 hours or monthly, whichevercomes first.
Proper maintenance of the fuel filter/water separatoris essential for good engine performance. Failure toperform this procedure can lead to poor engineperformance and/or hard starting, and continueduse may result in component damge. Extremelydirty conditions may require this procedure beperformed more often.
Explosion and fire hazard. Enginefuels are combustible. Perform thisprocedure in an open, well-ventilated area away from heaters,sparks, flames and lightedtobacco. Always have an approvedfire extinguisher within easy reach.
Note: Perform this procedure with the engine off.
1 Open the turntable cover at the engine side ofthe machine. Locate the fuel filter/waterseparator.
2 Inspect the filter bowl for water.
Result: Water is not visible in the filter bowl.
Result: There is water present. Proceedto step 3.
3 Loosen the vent plug located on the head of thefuel filter/water separator.
a head boltb vent plugc drain plugd filter bowle separator head
4 Loosen the drain plug located at the bottom ofthe bowl. Allow the water to drain into a suitablecontainer until fuel starts to come out.Immediately tighten the drain plug.
5 Clean up any fuel that may have spilled.
Note: If the fuel filter/water separator is completelydrained, you must prime the fuel filter/waterseparator before starting the engine.See C-5, Replace The Fuel Filter/Water SeparatorElement, for instructions on how to prime the fuelfilter/water separator.
6 Start the engine from the ground controls andcheck the fuel filter/water separator and ventplug for leaks.
Explosion and fire hazard. If a fuelleak is discovered, keep anyadditional personnel from enteringthe area and do not operate themachine. Repair the leakimmediately.
Part No. 111165 S-80 • S-85 3 - 15
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
A-13Perform Engine Maintenance
Engine specifications require that this procedure beperformed every 100 hours.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in the:Deutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929) OR theGM 3.0L Operator Handbook(GM part number 36100007) OR theFord LRG-425 EFI Operator Handbook(Ford part number FPP 194-302) OR thePerkins 804C-33 Operation and MaintenanceManual (Perkins part number SEBU7853-00).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
GM 3.0L Operator HandbookGenie part number 101095
Ford LRG-425 EFI Operator HandbookGenie part number 84792
Perkins 804C-33 Operation and Maintenance ManualGenie part number 111332
CHECKLIST A PROCEDURES
A-12Grease the Turntable RotationBearing and Rotate Gear
Genie specifications require that this procedure beperformed every 100 hours of operation. Performthis procedure more often if dusty conditions exist.
Frequent application of lubrication to the turntablebearing and rotate gear is essential to goodmachine performance and service life. Continueduse of an improperly greased bearing and gear willresult in component damage.
1 Locate the grease fitting on the platform end ofthe tank side bulkhead.
2 Pump grease into the turntable rotation bearing.Rotate the turntable in incrementsof 4 to 5 inches / 10 to 13 cm at a time andrepeat this step until the entire bearing has beengreased.
3 Apply grease to each tooth of the drive gear,located under the turntable.
Grease Specification
Chevron Ultra-duty grease, EP NLGI 2 (lithium based)or equivalent
3 - 16 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST A PROCEDURES
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
A-14Perform Engine Maintenance -Deutz Models
Engine specifications require that this procedure beperformed every 125 hours of operation.
Required maintenance procedures forcommissioning new and overhauled engines andadditional engine information are available in theDeutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
Part No. 111165 S-80 • S-85 3 - 17
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
6 Repeat steps 1 through 4 for the other drive hub.
7 Check the torque of the drive hub mountingbolts. Refer to Section 2, Specifications.
Turntable rotate drive hub:
Note: When removing a hose assembly or fitting,the O-ring on the fitting and/or hose end must bereplaced and then torqued to specification duringinstallation. Refer to Section 2, Hydraulic Hose andFitting Torque Specifications.
1 Secure the turntable from rotating with theturntable rotation lock pin.
Note: The turntable rotation lock pin is located nextto the boom rest pad.
2 Tag, disconnect and plug the hydraulic hosesfrom the turntable rotate drive motor. Cap thefittings on the drive motor.
3 Attach a suitable lifting device to the lifting eyeslocated near the drive motor.
4 Remove the drive hub mounting bolts. Carefullyremove the turntable rotate drive hub assemblyfrom the machine.
Crushing hazard. The turntablerotate drive hub assembly couldbecome unbalanced and fall if notproperly supported by the liftingdevice.
A-15Replace the Drive Hub Oil
Manufacture specifications require that this one-time procedure be performed after the first 150hours.
Replacing the drive hub oil is essential for goodmachine performance and service life. Failure toreplace the drive hub oil after the initial 150 hours ofuse may cause the machine to perform poorly andcontinued use may cause component damage.
Drive hubs:
1 Select the drive hub to be serviced. Drive themachine until one of the two plugs is at thelowest point.
2 Remove both plugs and drain the oil into asuitable container.
3 Drive the machine until one plug is at the topand the other is at 90 degrees.
a. models with pipe plugs b. models with o-ring plugs
4 Fill the hub with oil from the top hole until the oillevel is even with the bottom of the side plughole. Install the plugs.
5 Models with pipe plugs: Apply pipe threadsealant to the plugs and install the plugs.
Models with O-ring plugs: Install the plugs intothe drive hub. Torque to Specification. Refer toSection 2, Specifications.
a
a
b
CHECKLIST A PROCEDURES
3 - 18 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
5 Remove the plug from the side of the drive hub.Drain the oil from the hub into a suitablecontainer.
a motorb drive hubc drive hub mounting bolts
6 Install the drive hub assembly onto the machine.Torque the drive hub mounting bolts tospecification. Refer to Section 2, Specifications.
7 Fill the drive hub with oil from the side plug holeuntil the oil level is even with the bottom of thehole. Apply pipe thread sealant to the plug.Install the plug.
8 Adjust turntable rotation gear backlash. Refer toRepair Procedure 10-1, How to Adjust theTurntable Rotation Gear Backlash.
b
a
c
CHECKLIST A PROCEDURES
A-16Perform Engine Maintenance -GM, Ford and Perkins Models
Engine specifications require that this procedure beperformed every 200 hours.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in theGM 3.0L Operator Handbook(GM part number 36100007) OR theFord LRG-425 EFI Operator Handbook(Ford part number FPP 194-302) OR thePerkins 804C-33 Operation and MaintenanceManual (Perkins part number SEBU7853-00).
GM 3.0L Operator HandbookGenie part number 101095
Ford LRG-425 EFI Operator HandbookGenie part number 84792
Perkins 804C-33 Operation and Maintenance ManualGenie part number
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
Part No. 111165 S-80 • S-85 3 - 19
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
Checklist B Procedures
B-1Inspect the Battery(s)
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Proper battery condition is essential to good engineperformance and operational safety. Improper fluidlevels or damaged cables and connections canresult in engine component damage and hazardousconditions. A single battery configuraton isstandard. A dual battery option is available, whereone battery is used to start the engine and the otheris used to power the control system and auxiliarypower unit. The two batteries are charged by thealternator through a battery separator.
Electrocution/burn hazard. Contactwith hot or live circuits could resultin death or serious injury. Removeall rings, watches and otherjewelry.
Bodily injury hazard. Batteriescontain acid. Avoid spilling orcontacting battery acid. Neutralizebattery acid spills with baking sodaand water.
1 Put on protective clothing and eye wear.
2 Be sure that the battery cable connections arefree of corrosion.
Note: Adding terminal protectors and a corrosionpreventative sealant will help eliminate corrosion onthe battery terminals and cables.
3 Be sure that the battery hold downs and cableconnections are tight.
4 Be sure that the battery separator wireconnections are tight (if equipped).
5 Fully charge the battery(s) and allow thebattery(s) to rest at least 6 hours.
6 Remove the battery vent caps and check thespecific gravity of each battery cell with ahydrometer. Note the results.
7 Check the ambient air temperature and adjustthe specific gravity reading for each cell asfollows:
• Add 0.004 to the reading of each cell forevery 10° / 5.5° C above 80° F / 26.7° C.
• Subtract 0.004 from the reading of each cell forevery 10° / 5.5° C below 80° F / 26.7° C.
Result: All battery cells display an adjustedspecific gravity of 1.277 or higher. The batteryis fully charged. Proceed to step 11.
Result: One or more battery cells display aspecific gravity of 1.217 or below. Proceed tostep 8.
8 Perform an equalizing charge, OR fully chargethe battery(s) and allow the battery(s) to rest atleast 6 hours.
9 Remove the battery vent caps and check thespecific gravity of each battery cell with ahydrometer. Note the results.
3 - 20 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST B PROCEDURES
10 Check the ambient air temperature and adjustthe specific gravity reading for each cell asfollows:
• Add 0.004 to the reading of each cell forevery 10° / 5.5° C above 80° F / 26.7° C.
• Subtract 0.004 from the reading of each cell forevery 10° / 5.5° C below 80° F / 26.7° C.
Result: All battery cells display a specificgravity of 1.277 or greater. The battery is fullycharged. Proceed to step 11.
Result: The difference in specific gravityreadings between cells is greater than 0.1 ORthe specific gravity of one or more cells is lessthan 1.177. Replace the battery.
11 Check the battery acid level. If needed,replenish with distilled water to 1/8 inch / 3 mmbelow the bottom of the battery fill tube. Do notoverfill.
12 Install the vent caps and neutralize anyelectrolyte that may have spilled.
B-2Inspect the Electrical Wiring
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Maintaining electrical wiring in good condition isessential to safe operation and good machineperformance. Failure to find and replace burnt,chafed, corroded or pinched wires could result inunsafe operating conditions and may causecomponent damage.
Electrocution/burn hazard. Contactwith hot or live circuits could resultin death or serious injury. Removeall rings, watches and otherjewelry.
1 Open the turntable cover at the engine side ofthe machine.
2 Remove the engine tray retaining fastener.Swing the engine tray out away from themachine.
a engine tray anchor holeb engine tray retaining fastener
3 Locate the engine tray anchor hole on theturntable.
Part No. 111165 S-80 • S-85 3 - 21
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
13 Inspect for a liberal coating of dielectric greasein the following location:
• All wire harness connectors toplatform control box
14 Remove the engine tray retaining fastener fromthe engine tray anchor hole at the pivot end ofthe engine tray.
15 Swing the engine tray in towards the machine.
16 Install the engine tray retaining fasteners.
Crushing hazard. Failure to installthe bolt into the engine pivot plateto secure it from moving couldresult in death or serious injury.
4 Install the bolt that was just removed into theanchor hole to secure the engine tray frommoving.
Crushing hazard. Failure to installthe bolt into the engine pivot plateto secure it from moving couldresult in death or serious injury.
5 Inspect the following areas for burnt, chafed,corroded, pinched and loose wires:
• Engine wiring harness
• Battery area wiring
6 Open the turntable cover at the ground controlsside of the machine.
7 Inspect the following areas for burnt, chafed,corroded, pinched and loose wires:
• Inside the ground control box
• Hydraulic manifold wiring
• Hydraulic oil cooler wiring
8 Inspect for a liberal coating of dielectric greasein the following locations:
• All wire harness connectors toground control box
9 Start the engine from the ground controls andraise the secondary boom above the turntablecovers.
10 Inspect the turntable area for burnt, chafed andpinched cables.
11 Lower the secondary boom to the stowedposition and turn the engine off.
12 Inspect the following areas for burnt, chafed,corroded, pinched and loose wires:
• Cable track on the boom
• Cables on the boom and jib boom
• Jib boom/platform rotate manifold
• Inside of the platform control box
CHECKLIST B PROCEDURES
3 - 22 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST B PROCEDURES
B-3Test the Key SwitchGenie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Proper key switch action and response is essentialto safe machine operation. The machine can beoperated from the ground or platform controls andthe activation of one or the other is accomplishedwith the key switch. Failure of the key switch toactivate the appropriate control panel could cause ahazardous operating situation.
1 Pull out the red Emergency Stop button to theon position at both the ground and platformcontrols.
2 Turn the key switch to ground control, start theengine and then turn the key switch to platformcontrol.
3 Check all machine function from the groundcontrols.
Result: All machine functions should notoperate.
4 Turn the key switch to ground control.
5 Check all machine function from the platformcontrols.
Result: All machine functions should notoperate.
6 Turn the key switch to the off position.
Result: The engine should stop and no functionsshould operate.
B-4Check the Exhaust System
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Maintaining the exhaust system is essential togood engine performance and service life. Runningthe engine with a damaged or leaking exhaustsystem can cause component damage and unsafeoperating conditions.
Bodily injury hazard. Do notinspect while the engine is running.Remove the key to secure fromoperation.
Burn hazard. Beware of hot enginecomponents. Contact with hotengine components may result insevere burns.
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
2 Be sure that all nuts and bolts are tight.
3 Inspect all welds for cracks.
Part No. 111165 S-80 • S-85 3 - 23
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
B-5Inspect the Engine Air Filter
Genie requires that this procedure be performedevery 250 hours or quarterly, whichever comesfirst. Perform this procedure more often if dustyconditions exist.
Maintaining the engine air filter in good condition isessential to good engine performance and servicelife. Failure to perform this procedure can lead topoor engine performance and component damage.
Note: Perform this procedure with the engine off.
1 Open the engine side cover. Empty the dustdischarge valve by pressing together the sidesof the discharge slot. Clean the discharge slotas needed.
a clampb canister end capc dust discharge valve
a
b
c
4 Inspect for exhaust leaks; i.e., carbon builduparound seams and joints.
5 Swing the engine pivot plate in towards themachine.
6 Install the bolts that were just removed into theoriginal holes to secure the engine pivot plate.
Crushing hazard. Failure to installthe bolts into the engine pivot plateto secure it from moving couldresult in death or serious injury.
CHECKLIST B PROCEDURES
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Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST B PROCEDURES
2 Release the latches on the air cleaner cap.Remove the end cap from the air cleanercanister.
3 Remove the filter element.
4 Clean the inside of the canister and the end capwith a damp cloth.
5 Inspect the air filter element. If needed, blowfrom the inside out using low pressure drycompressed air, or carefully tap out dust.Replace the filter if needed.
6 Install the filter element.
7 Install the air filter canister end cap and securethe end cap latches.
Note: Be sure the discharge slot is pointing down.
B-6Check the Oil Cooler andCooling Fins - Deutz Models
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Maintaining the oil cooler in good condition isessential for good engine performance. Operating amachine with a damaged oil cooler may result inengine damage. Also, restricting air flow throughthe oil cooler will affect the performance of thecooling system.
Bodily injury hazard. Do notinspect while the engineis running. Remove the key tosecure from operation.
Burn hazard. Beware of hot enginecomponents. Contact with hotengine components may result insevere burns.
Oil cooler:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out and away from the machine.
2 Install the fastener that was just removedthrough the engine tray and into the engine trayanchor hole in the turntable.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
Part No. 111165 S-80 • S-85 3 - 25
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
disengaged position
engaged position
3 Remove the fasteners from the engine sidecover, then remove the cover.
4 Inspect the oil cooler for leaks and physicaldamage.
a oil coolerb cylinder head cooling finsc fan blower fins
5 Clean the oil cooler of debris and foreignmaterial.
Cooling and fan blower fins:
6 Inspect the fan blower fins for physical damage.
7 Clean the fan blower fins of debris and foreignmaterial.
8 Inspect the head cooling passages and fins forphysical damage or foreign material, using aflashlight.
9 Clean the cylinder head cooling passages ofdebris and foreign material.
10 Install the engine side cover.
11 Swing the engine back to its original positionand install the engine pivot plate retainingfastener.
cba
B-7Confirm the ProperBrake Configuration
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Proper brake configuration is essential to safeoperation and good machine performance.Hydrostatic brakes and hydraulically-released,spring-applied individual wheel brakes can appearto operate normally when they are actually not fullyoperational.
1 Check each drive hub disconnect cap to be sureit is in the engaged position.
CHECKLIST B PROCEDURES
3 - 26 S-80 • S-85 Part No. 111165
Section 3 • Scheduled Maintenance Procedures February 2012
B-8Inspect the Tires, Wheelsand Lug Nut Torque
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Maintaining the tires and wheels in goodcondition, including proper wheel fastener torque, isessential to safe operation and good performance.Tire and/or wheel failure could result in a machinetip-over. Component damage may also result ifproblems are not discovered and repaired in atimely fashion.
Bodily injury hazard. An over-inflated tire can explode and couldresult in death or serious injury.
Tip-over hazard. Do not usetemporary flat tire repair products.
Note: The tires on some machines are foam filledand do not need air added to them.
1 Check all tire treads and sidewalls for cuts,cracks, punctures and unusual wear.
2 Check each wheel for damage, bends andcracked welds.
3 Check each lug nut for proper torque. Refer toSection 2, Specifications.
4 Check the pressure in each air-filled tire. Add airas necessary. Refer to Section 2,Specifications.
2 Be sure the free-wheel valve on the drive pumpis closed (clockwise).
Note: The free-wheel valve is located on the bottomof the drive pump.
a drive pumpb screwdriverc lift pumpd free-wheel valve
Note: The free-wheel valve should always remainclosed.
a
d
c
b
CHECKLIST B PROCEDURES
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
4 Models with pipe plugs: Apply pipe threadsealant to the plugs and install the plugs.
Models with O-ring plugs: Install the plugs intothe drive hub. Torque to Specification. Refer toSection 2, Specifications.
5 Check the torque of the drive hub mountingfasteners. Refer to Section 2, Specifications.
6 Repeat steps 1 through 5 for the other drivehubs.
Turntable rotate drive hub:
1 Remove the plug located on the side of the huband check the oil level.
Result: The oil level should be even with thebottom of the plug hole.
a plugb drive hub
2 If necessary, add oil until the oil level is evenwith the bottom of the plug hole. Refer toSection 2, Specifications.
3 Apply pipe thread sealant to the plug, andinstall the plug in the drive hub.
b
a
B-9Check Drive Hub Oil Level andFastener Torque
Genie specifications require that this procedure beperformed every 250 hours.
Failure to maintain proper drive hub oil levels maycause the machine to perform poorly and continueduse may cause component damage.
Drive hubs:
1 Drive the machine to rotate the hub until one ofthe plugs is located on top and the other one isat 90 degrees.
a. models with pipe plugs b. models with o-ring plugs
2 Remove the plug located at 90 degrees andcheck the oil level.
Result: The oil level should be even with thebottom of the side plug hole.
3 If necessary, remove the top plug and add oiluntil the oil level is even with the bottom of theside plug hole.
a
a
b
CHECKLIST B PROCEDURES
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CHECKLIST B PROCEDURES
a primary idle adjustment screwb secondary idle adjustment screw
3 Turn the secondary adjustment screwcounterclockwise until the adjustment screw isloose. Tighten the locknut.
Note: Be sure the adjustment screw is looseneduntil there is no spring tension felt.
4 Remove the primary idle adjustment screw capfrom the primary idle adjustment screw on theinjection pump. Loosen the locknut.
5 Adjust the primary idle adjustment screw untillow idle is 1250 rpm. Tighten the locknut.
6 Install the primary idle adjustment screw capand tighten. Do not over tighten.
7 Loosen the secondary idle adjustment screwlocknut.
B-10Check and Adjust theEngine RPM
Maintaining the engine rpm at the proper setting forboth low and high idle is essential to good engineperformance and service life. The machine will notoperate properly if the rpm is incorrect andcontinued use may cause component damage.
GM models:
Note: The engine rpm is controlled by the ECM andcan only be adjusted by re-programming the ECM.If rpm adjustment or service is required, pleasecontact the Genie Service Department or your localGM dealer.
Ford models:
Note: The engine rpm is controlled by the ECM andcan only be adjusted by re-programming the ECM.If rpm adjustment or service is required, pleasecontact Genie Service Department or your localFord dealer.
Deutz F4L 913 models:
1 Connect a tachometer to the engine. Start theengine from the ground controls and check therpm. Refer to Section 2, Specifications.
Skip to step 10 if the low idle rpm is correct.
2 Remove the secondary idle adjustment screwcap from the secondary idle adjustment screwon the injection pump. Loosen the locknut.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
Perkins models:
1 Connect a tachometer to the engine. Start theengine from the ground controls and check therpm. Refer to Section 2, Specifications.
Skip to step 3 if the low idle rpm is correct.
2 Loosen the low idle lock nut. Turn the low idleadjustment screw clockwise to increase the rpmor counterclockwise to decrease the rpm.Tighten the low idle lock nut and confirm therpm.
Perkins modelsa solenoid bootb yoke lock nutc low idle adjustment screwd low idle lock nute yokef high idle adjustment nut
3 Move the function enable/rpm select toggleswitch to the high idle (rabbit symbol) position.Refer to Section 2, Specifications.
If high idle rpm is correct, disregard adjustmentstep 4.
4 Loosen the yoke lock nut. Turn the high idleadjustment nut and solenoid bootcounterclockwise to increase the rpm orclockwise to decrease the rpm. Tighten theyoke lock nut and recheck the rpm.
Note: Be sure the solenoid fully retracts whenactivating high idle.
8 Adjust the secondary adjustment screw until thelow idle meets specification. Tighten thelocknut.
9 Install the secondary idle adjustment screw capand tighten. Do not over tighten.
10 Push and hold the function enable/high speedbutton. Note the engine rpm on the display.Refer to Section 2, Specifications.
If the high idle is correct, disregard adjustmentstep 11.
11 Loosen the yoke lock nut. Turn the high idleadjustment nut and solenoid bootcounterclockwise to increase the rpm orclockwise to decrease the rpm. Tighten theyoke lock nut and recheck the rpm.
Note: Be sure the solenoid fully retracts whenactivating high idle.
Deutz BF4L 2011 models:
1 Connect a tachometer to the engine. Start theengine from the ground controls and check therpm. Refer to Section 2, Specifications.
Skip to step 4 if the low idle rpm is correct.
2 Loosen the locknut on the low idle adjustmentscrew.
3 Adjust the low idle adjustment screw until lowidle meets specification. Tighten the locknut.
4 Push and hold the function enable/high speedbutton. Note the engine rpm on the display.Refer to Section 2, Specifications.
If the high idle is correct, disregard adjustmentstep 5.
5 Loosen the yoke lock nut. Turn the high idleadjustment nut and solenoid bootcounterclockwise to increase the rpm orclockwise to decrease the rpm. Tighten theyoke lock nut and recheck the rpm.
Note: Be sure the solenoid fully retracts whenactivating high idle.
CHECKLIST B PROCEDURES
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CHECKLIST B PROCEDURES
B-11Perform Engine Maintenance
Engine specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in the:Deutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929) OR theGM 3.0L Operator Handbook(GM part number 36100007) OR theFord LRG-425 EFI Operator Handbook(Ford part number FPP 194-302) OR thePerkins 804C-33 Operation and MaintenanceManual (Perkins part number SEBU7853-00).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
GM 3.0L Operator HandbookGenie part number 101095
Ford LRG-425 EFI Operator HandbookGenie part number 84792
Perkins 804C-33 Operation and Maintenance ManualGenie part number 111332
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
B-13Test the Ground ControlOverrideGenie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
A properly functioning ground control override isessential to safe machine operation. The groundcontrol override function is intended to allow groundpersonnel to operate the machine from the groundcontrols whether or not the red Emergency Stopbutton at the platform controls is in the on or offposition. This function is particularly useful if theoperator at the platform controls cannot return theboom to the stowed position.
1 Push in the red Emergency Stop button at theplatform controls to the off position.
2 Start the engine from the ground controls.
3 At the ground controls, operate each boomfunction through a partial cycle.
Result: All boom functions should operate.
Note: The boom will not raise past horizontal andthe boom will not extend more than 12 inches /30.5 cm unless both axles are fully extended.
B-12Check the Oscillate DirectionalValve Linkage
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Note: Perform this test only on models equippedwith an oscillating axle.
Proper axle oscillation is essential to safe machineoperation. If the oscillate directional valve linkage isnot operating correctly, the stability of the machineis compromised and it may tip over.
1 Remove the drive chassis cover from thenon-steer end of the machine.
2 Locate the oscillate directional valve inside ofthe non-steer axle and inspect the linkage forthe following:
• Lock nut is tight against yoke
• Yoke clevis pins are installed
• Cotter pins are installed through clevis pins
• Linkage is properly attached todirectional valve
CHECKLIST B PROCEDURES
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CHECKLIST B PROCEDURES
B-15Test the Engine Idle SelectOperationGenie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
A properly operating engine idle select switchis essential to good engine performance and safemachine operation. There are three settings.
Low idle (turtle symbol) allows the operator tocontrol individual boom functions only.
High idle (rabbit symbol) allows the operatorto control multiple boom and/or drive functionssimultaneously. This setting maintains aconsistent high idle.
Foot switch activated high idle (rabbit and footswitch symbols) should be used for normalmachine operation. This setting activates high idleonly when the foot switch is pressed down.
1 Turn the key switch to ground control.
2 Pull out the red Emergency Stop button to theon position at both the ground and platformcontrols.
3 Start the engine from the ground controls.
4 Move and hold the function enable toggle switchin the high idle (rabbit symbol) position.
Result: The engine rpm should change to highidle.
B-14Test the Platform Self-levelingGenie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Automatic platform self-leveling throughoutthe full cycle of boom raising and lowering isessential for safe machine operation. Theplatform is maintained at level by the platformleveling slave cylinder which operates in a closedloop hydraulic circuit with the master cylinderlocated at the base of the boom.A platform self-leveling failure creates an unsafeworking condition for platform and groundpersonnel.
1 Start the engine from the ground controls.
2 Hold the function enable toggle switch to eitherside and adjust the platform to a level positionusing the platform level toggle switch.
3 Raise and lower the boom through a full cycle.
Result: The platform should remain level atall times to within ±5 degrees.
Note: The boom will not raise past horizontal andthe boom will not extend more than12 inches / 30.5 cm unless both axles are fullyextended.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
B-16Test the Fuel Select Operation -GM and Ford Models
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
The ability to select and switch betweengasoline and LPG fuels as needed is essential tosafe machine operation. A fuel selection can bemade whether the engine is running or not.Switching malfunctions and/or the failure of theengine to start and run properly in both fuelmodes and through all idle speeds can indicate fuelsystem problems that could develop into ahazardous situation.
Note: Perform this test after checking the gasolineand LPG fuel levels, and warming the engine tonormal operating temperature.
1 Move the fuel select toggle switch to gasolineand then move the engine idle select switch tofoot switch activated high idle (rabbit and footswitch symbol).
2 Start the engine from the platform controls andallow it to run at low idle.
3 Press down the foot switch to allow the engineto run at high idle.
Result: The engine should start promptly andoperate smoothly in low and high idle.
5 Release the function enable toggle switch.
Result: The engine rpm should change to lowidle.
6 Turn the key switch to platform controls.
7 At the platform controls, move the engine idleselect toggle switch to high idle (rabbit symbol).Do not press down the foot switch.
Result: The engine rpm should change to highidle.
8 Move the engine idle select toggle switch to lowidle (turtle symbol).
Result: The engine rpm should change to lowidle.
9 Move the engine idle select toggle switch to footswitch activated high idle (rabbit and foot switchsymbol).
Result: The engine rpm should not change tohigh idle.
10 Press down the foot switch.
Result: The engine rpm should change to highidle.
CHECKLIST B PROCEDURES
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CHECKLIST B PROCEDURES
4 Release the foot switch and shut the engine offby pushing the red Emergency Stop button in tothe off position.
5 Move the fuel select toggle switch to LPG.
6 Start the engine and allow it to run at low idle.
7 Press down the foot switch to allow the engineto run at high idle.
Result: The engine should start promptly andoperate smoothly in low and high idle.
Note: The engine may hesitate momentarily andthen continue to run on the selected fuel if the fuelsource is switched while the engine is running.
B-17Test the Drive Enable SystemGenie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Proper drive enable system operation isessential to safe machine operation. When theboom is past the non-steering wheels, drivemovement is stopped and theindicator light turns on. The driveenable switch must be held toeither side to reactivate the drivefunction and should alert theoperator that the machine maymove in the opposite direction that the drive andsteer controls are moved. An improperly functioningdrive enable system may allow the machine to bemoved into an unsafe position.
Note: Perform this procedure with the boom in thestowed position.
1 Start the engine from the platform controls.
2 Press down the foot switch.
3 Rotate the turntable until the boom moves pastone of the the non-steer wheels.
Result: The drive enable indicator light shouldturn on and remain on while theboom is anywhere in the rangeshown.
4 Slowly move the drive controlhandle off center.
Result: The drive function should not operate.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
Blue
Yellow
CHECKLIST B PROCEDURES
B-18Test the Drive Brakes
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Proper brake action is essential to safe machineoperation. The drive brake function should operatesmoothly, free of hesitation, jerking and unusualnoise. Hydraulically-released individual wheelbrakes can appear to operate normally when theyare actually not fully operational.
Collision hazard. Be sure that themachine is not in free-wheel orpartial free-wheel configuration.See B-7, Confirm the Proper BrakeConfiguration.
Note: Select a test area that is firm, level and freeof obstructions.
Note; Perform this procedure with the boom in thestowed position.
1 Mark a test line on the ground for reference.
2 Start the engine from the platform controls.
3 Choose a point on the machine (i.e., contactpatch of a tire) as a visual reference for usewhen crossing the test line.
4 Bring the machine to top drive speed beforereaching the test line. Release the drivecontroller when your reference point on themachine crosses the test line.
5 Measure the distance between the test line andyour machine reference point. Refer toSection 2, Specifications.
Note: The brakes must be able to hold the machineon any slope it is able to climb.
5 Rotate the turntable until the boom moves pastthe other non-steer wheel.
Result: The drive enableindicator light should come onand remain on while the boomis anywhere in the range shown.
6 Move and hold the drive enable toggle switch toeither side and slowly move the drive controlhandle off center.
Result: The drive function should operate.
Collision hazard. Always use thecolor-coded direction arrows on theplatform controls and the drivechassis to identify the direction oftravel.
Note: When the drive enable system is in use, themachine may drive in the opposite direction that thedrive and steer control handle is moved.
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Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST B PROCEDURES
B-20Test the Drive Speed -Raised or Extended Position
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Proper drive function movement is essential to safemachine operation. The drive function shouldrespond quickly and smoothly to operator control.Drive performance should also be free of hesitation,jerking and unusual noise over the entireproportionally controlled speed range.
Select a test area that is firm, level and free ofobstructions.
1 Create start and finish lines by marking two lineson the ground 40 feet / 12.2 m apart.
2 Start the engine from the platform controls.
3 Extend the axles.
4 Move the engine idle select toggle switch tofoot switch activated high idle (rabbit and footswitch symbol).
5 Press down the foot switch and raise the boom10° above horizontal.
6 Choose a point on the machine (i.e. contactpatch of a tire), as a visual reference for usewhen crossing the start and finish lines.
7 Bring the machine to top drive speed beforereaching the start line. Begin timing when yourreference point on the machine crosses thestart line.
B-19Test the Drive Speed -Stowed Position
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Proper drive function movement is essential to safemachine operation. The drive function shouldrespond quickly and smoothly to operator control.Drive performance should also be free of hesitation,jerking and unusual noise over the entireproportionally controlled speed range.
Note: Select a test area that is firm, level and freeof obstructions.
Note: Perform this procedure with the boom in thestowed position.
1 Create start and finish lines by marking two lineson the ground 40 feet / 12.2 m apart.
2 Start the engine from the platform controls.
3 Choose a point on the machine (i.e., contactpatch of a tire) as a visual reference for usewhen crossing the start and finish lines.
4 Bring the machine to top drive speed beforereaching the start line. Begin timing when yourreference point on the machine crosses thestart line.
5 Continue at full speed and note the time whenthe machine reference point crosses the finishline. Refer to Section 2, PerformanceSpecifications.
Note: To adjust the speed, refer to Repairprocedure 1-2, How to Adjust the Joystick Max-outSetting.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
CHECKLIST B PROCEDURES
8 Continue at full speed and note the time whenthe machine reference point crosses the finishline. Refer to Section 2, PerformanceSpecifications.
Note: To adjust the speed, refer to Repairprocedure 1-2, How to Adjust the Joystick Max-outSetting.
9 Press down the foot switch and lower the boomto the stowed position.
10 Extend the boom 3 feet / 90 cm.
11 Choose a point on the machine (i.e., contactpatch of a tire), as a visual reference for usewhen crossing the start and finish lines.
12 Bring the machine to top drive speed beforereaching the start line. Begin timing when yourreference point on the machine crosses thestart line.
13 Continue at top speed and note the time whenthe machine reference point crosses the finishline. Refer to Section 2, PerformanceSpecifications.
Note: To adjust the speed, refer to Repairprocedure 1-2, How to Adjust the Joystick Max-outSetting.
B-21Test the Alarm Package(if equipped) and the DescentAlarmGenie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
The alarm package includes:
• Travel alarm
• Flashing beacons
Alarms and beacons are installed to alert operatorsand ground personnel of machine proximity andmotion. The alarm package is installed on theturntable rear cover. Beacons are installed on bothturntable covers.
Note: The alarms and beacons will operate with theengine running or not running.
1 Turn the key switch to ground controls and pullout the red Emergency Stop button to the onposition at both the ground and platformcontrols.
Result: Both flashing beacons should be on andflashing.
2 Move and hold the function enable toggle switchto either side and activate the boom toggleswitch in the down position, hold for a momentand then release it.
Result: The descent alarm should sound whenthe toggle switch is held down.
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CHECKLIST B PROCEDURES
3 Turn the key switch to platform controls.
Result: The flashing beacons should be onand flashing.
4 Press down the foot switch. Move the boomcontroller to the down position, hold for amoment and then release it.
Result: The descent alarm should sound whenthe controller is held down.
5 Press down the foot switch. Move the drivecontroller off center, hold for a moment and thenrelease it. Move the drive controller off center inthe opposite direction, hold for a moment andthen release it.
Result: The travel alarm should sound when thedrive controller is moved off center in eitherdirection.
B-22Inspect the Fuel and HydraulicTank Cap Venting Systems
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first. Perform this procedure more often ifdusty conditions exist.
Free-breathing fuel and hydraulic tank caps areessential for good machine performance andservice life. A dirty or clogged tank cap may causethe machine to perform poorly and continued usemay cause component damage. Extremely dirtyconditions may require that the caps be inspectedmore often.
Explosion and fire hazard. Enginefuels are combustible. Perform thisprocedure in an open, well-ventilated area away from heaters,sparks, flames and lightedtobacco. Always have an approvedfire extinguisher within easy reach.
Note: Perform this procedure with the engine off.
1 Remove the cap from the fuel tank.
2 Check for proper venting.
Result: Air passes through the fuel tank cap.Procced to step 4.
Result: If air does not pass through the cap,clean or replace the cap. Proceed to step 3.
When checking for positive tank cap venting, airshould pass freely through the cap.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
CHECKLIST B PROCEDURES
3 Using a mild solvent, carefully wash the capventing system. Dry using low pressurecompressed air. Repeat this procedurebeginning with step 2.
4 Install the fuel tank cap onto the fuel tank.
5 Remove the breather cap from the hydraulictank.
6 Check for proper venting.
Result: Air passes through the hydraulic tankcap. Procced to step 8.
Result: If air does not pass through the cap,clean or replace the cap. Proceed to step 7.
Note: When checking for positive tank cap venting,air should pass freely through the cap.
7 Using a mild solvent, carefully wash the capventing system. Dry using low pressurecompressed air. Repeat this procedurebeginning with step 6.
8 Install the breather cap onto the hydraulic tank.
B-23Perform Hydraulic Oil Analysis
Genie specifications require that this procedure beperformed every 250 hours or quarterly, whichevercomes first.
Replacement or testing of the hydraulic oil isessential for good machine performance andservice life. Dirty oil and suction strainers maycause the machine to perform poorly and continueduse may cause component damage. Extremelydirty conditions may require oil changes to beperformed more frequently.
Note: Before replacing the hydraulic oil, the oil maybe tested by an oil distributor for specific levels ofcontamination to verify that changing the oil isnecessary. If the hydraulic oil is not replaced atthe two year inspection, test the oil quarterly.Replace the oil when it fails the test.
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Section 3 • Scheduled Maintenance Procedures February 2012
B-24Perform Engine Maintenance -GM and Ford Models
Engine specifications require that this procedure beperformed every 400 hours.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in theGM 3.0L Operator Handbook(GM part number 36100007) OR theFord LRG-425 EFI Operator Handbook(Ford part number FPP 194-302).
GM 3.0L Operator HandbookGenie part number 101095
Ford LRG-425 EFI Operator HandbookGenie part number 84792
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
CHECKLIST B PROCEDURES
Part No. 111165 S-80 • S-85 3 - 41
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
C-1Perform Engine Maintenance -Deutz and Perkins Models
Engine specifications require that this procedure beperformed every 500 hours.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in theDeutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929) OR thePerkins 804C-33 Operation and MaintenanceManual (Perkins part number SEBU7853-00).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
Perkins 804C-33 Operation and Maintenance ManualGenie part number 111332
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
Checklist C Procedures
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CHECKLIST C PROCEDURES
C-2Grease the Platform OverloadMechanism (if equipped)
Genie specifications require that this procedure beperformed every 500 hours or six months,whichever comes first. Perform this procedure moreoften if dusty conditions exist.
Application of lubrication to the platform overloadmechanism is essential to safe machine operation.Continued use of an improperly greased platformoverload mechanism could result in the system notsensing an overloaded platform condition and willresult in component damage.
1 Locate the grease fittings on each pivot pin ofthe platform overload assembly.
2 Thoroughly pump grease into each greasefitting.
Grease Specification
Chevron Ultra-duty grease, EP NLGI 2 (lithium based)or equivalent
C-3Test the Platform OverloadSystem (if equipped)
Genie specifications require that this procedure beperformed every 500 hours or six months,whichever comes first.
Testing the platform overload system regularly isessential to safe machine operation. Continued useof an improperly operating platform overloadsystem could result in the system not sensing anoverloaded platform condition. Machine stablitycould be compromised resulting in the machinetipping over.
Note: Perform this procedure with the machine on afirm, level surface.
1 Turn the key switch to platform control. Start theengine and level the platform.
2 Determine the maximum platform capacity.Refer to the machine serial plate.
3 Remove all weight, tools and accessories fromthe platform.
Note: Failure to remove all weight, tools andaccessories from the platform will result in aninaccurate test.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
Illustration 1
CHECKLIST C PROCEDURES
4 Using a suitable lifting device, place a testweight equal to that of the available capacityone of the locations shown.Refer to Illustration 1.
Result: The platform overload indicator lightsshould be off at both the ground and platformcontrols and the alarm should not sound.
Result: The platform overload indicator lights areon and the alarm is sounding. Calibrate theplatform overload system. Refer to RepairProcedure 2-4, How to Calibrate the PlatformOverload System (if equipped).
5 Carefully move the test weight to eachremaining location. Refer to Illustration 1.
Result: The platform overload indicator lightsshould be off at both the ground and platformcontrols and the alarm should not sound.
Result: The platform overload indicator lights areon and the alarm is sounding. Calibrate theplatform overload system. Refer to RepairProcedure 2-4, How to Calibrate the PlatformOverload System (if equipped).
6 Using a suitable lifting device, place anadditional 50 lbs / 23 kg of weight onto theplatform.
Result: The alarm should sound.The platform overload indicator lights should beflashing at both the ground and platformcontrols.
Result: The alarm does not sound and theplatform overload indicator lights are notflashing. Calibrate the platform overloadsystem. Refer to Repair Procedure 2-4, How toCalibrate the Platform Overload System (ifequipped).
Note: There may be a 2 second delay before theoverload indicator lights flash and the alarmsounds.
7 Carefully move the test weights to eachremaining location on the platform.Refer to Illustration 1.
Result: The alarm should sound.The platform overload indicator lights should beflashing at both the ground and platformcontrols.
Result: The alarm does not sound and theplatform overload indicator lights are notflashing. Calibrate the platform overloadsystem. Refer to Repair Procedure 2-4, How toCalibrate the Platform Overload System (ifequipped).
Note: There may be a 2 second delay before theoverload indicator lights flash and the alarmsounds.
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CHECKLIST C PROCEDURES
8 Test all machine functions from the platformcontrols.
Result: All platform control functions should notoperate.
9 Turn the key switch to ground control.
10 Test all machine functions from the groundcontrols.
Result: All ground control functions should notoperate.
11 Activate the auxiliary power toggle switch.
Note: The engine will turn off when the auxiliarypower is activated.
12 Using auxiliary power, test all machine functionsfrom the ground controls.
Result: All ground control functions shouldoperate.
13 Using a suitable lifting device, lift the additionaltest weight from the platform.
Result: The platform overload indicator lightsshould turn off at both the ground and platformcontrols and the alarm should not sound.
Note: There may be an 2 second delay before theoverload indicator lights and alarm turn off.
14 Start the engine and test all machine functionsfrom the ground controls.
Result: All ground control functions shouldoperate normally.
15 Turn the key switch to platform control.
16 Test all machine functions from the platformcontrols.
Result: All platform control functions shouldoperate.
Note: If the platform overload system is notoperating properly, Refer to Repair Procedure 2-4,How to Calibrate the Platform Overload System (ifequipped).
17 Using a suitable lifting device, remove theremaining test weights from the platform.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
CHECKLIST C PROCEDURES
C-4Replace the Engine Air FilterElement - Deutz and PerkinsModels
Engine specifications require that this procedure beperformed every 500 hours or six months,whichever comes first.
Maintaining the engine air filter in good condition isessential to good engine performance and servicelife. Failure to perform this procedure can lead topoor engine performance and component damage.
Note: Perform this procedure with the engine off.
1 Release the latches on the air cleaner cap.Remove the end cap from the air cleanercanister.
2 Remove the filter element.
3 Use a damp cloth to wipe the filter sealingsurface and the inside of the outlet tube. Makesure that all contaminant is removed before thefilter is inserted.
4 Check new filter element gasket for damagebefore installing.
5 Install the new filter element.
6 Install the end cap on the canister and secure.
Note: Be sure the discharge slot is pointing down.
C-5Replace the Fuel Filter/WaterSeparator Element -Deutz and Perkins Models
Genie specifications require that this procedure beperformed every 500 hours or six months,whichever comes first.
Regular replacement of the fuel filter/waterseparator is essential for good engine performance.Failure to perform this procedure can lead to poorengine performance and/or hard starting, andcontinued use may result in component damge.Extremely dirty conditions may require thisprocedure be performed more often.
Explosion and fire hazard. Enginefuels are combustible. Perform thisprocedure in an open, well-ventilated area away from heaters,sparks, flames and lightedtobacco. Always have an approvedfire extinguisher within easy reach.
Perform this procedure with the engine off.
1 Open the engine side turntable cover and locatethe fuel filter/water separator.
Note: The fuel filter/water separator is located nearthe hydraulic pump.
2 Disconnect and plug the fuel supply hose fromthe fuel tank to the fuel filter/water separatorhead.
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Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST C PROCEDURES
8 Apply a thin layer of oil onto the element gasket.Install the filter/bowl assembly onto the filterhead. Tighten the drain plug and vent plug.
Component damage hazard. Thedrain plug and vent plug can bedamaged if they are overtightened.
9 Install the fuel supply hose from the fuel tank tothe fuel filter/water separator. Tighten theclamp.
10 Clean up any diesel fuel that may have spilledduring the installation procedure.
11 Use a permanent ink marker to write the dateand number of hours from the hour meter on thefilter element.
Bleed the fuel system:
Note: Before bleeding the system, fill the fuel tank.
12 Loosen the vent plug located on thefuel filter/water separator head.
13 Operate the priming lever of the fuel lift pumpuntil fuel, free from air, comes from the ventplug. Tighten the vent plug.
14 Loosen the air vent screw, located on top of thefuel injection pump.
15 Tighten the air vent screw when air stopscoming through the air vent.
16 Clean up any diesel fuel that may have spilledduring the bleeding procedure and dispose ofproperly.
17 Start the engine from ground controls and checkfor leaks.
3 Loosen the vent plug located on the fuel filter/water separator head.
a vent plugb drain plugc filter bowld separator head
4 Place a suitable container under the filter bowl.Loosen the drain plug located at the bottom ofthe bowl. Completely drain the fuel.
5 Rotate the filter bowl counterclockwise andremove it from the element.
6 Rotate the filter element counterclockwise andremove it from the filter head.
7 Install the filter bowl onto the new filter element.
c
b
d
a
Part No. 111165 S-80 • S-85 3 - 47
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
C-6Perform Engine Maintenance -GM and Ford Models
Engine specifications require that this procedure beperformed every 800 hours.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in theGM 3.0L Operator Handbook(GM part number 36100007) OR theFord LRG-425 EFI Operator Handbook(Ford part number FPP 194-302).
GM 3.0L Operator HandbookGenie part number 101095
Ford LRG-425 EFI Operator HandbookGenie part number 84792
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
CHECKLIST C PROCEDURES
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Section 3 • Scheduled Maintenance Procedures February 2012
Checklist D Procedures
D-1Check the Boom Wear Pads
Genie specifications require that this procedure beperformed every 1000 hours or annually, whichevercomes first.
Maintaining the boom wear pads in good conditionis essential to safe machine operation. Wear padsare placed on boom tube surfaces to provide a lowfriction, replaceable wear pad between movingparts. Improperly shimmed wear pads or continueduse of extremely worn wear pads may result incomponent damage and unsafe operatingconditions.
Note: If the wear pads are still within specification,refer to Repair Procedure 4-2, How to Shim theBoom.
1 Start the engine from the ground controls.
2 Raise the end of the boom to a comfortableworking height (chest high), then extend theboom 1 foot / 30 cm.
3 Measure each wear pad. Replace the wear pad ifit is less than specification. If the wear pad isstill within specification, shim as necessary toobtain zero clearance and zero drag.
4 Extend and retract the boom through the entirerange of motion to check for tight spots thatmay cause binding or scraping of the boom.
Note: Always maintain squareness between theouter and innerboom tubes.
Boom wear pad specifications Minimum
Boom number one
Top and bottom wear pads 1/2 inch(extension end of boom) 12.7 mm
Side wear pads 5/8 inch(extension end of boom) 15.9 mm
Boom number two
Top and bottom wear pads 1/2 inch(extension end of boom) 12.7 mm
Side wear pads 5/8 inch(extension end of boom) 15.9 mm
Top, bottom and side wear pads 1/2 inch(pivot end of boom) 12.7 mm
Boom number three
Top and bottom wear pads 1/2 inch(pivot end of boom) 12.7 mm
a boom 1b boom 2c boom 3
b ca
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
CHECKLIST D PROCEDURES
3 Extend and retract the axles through the entirerange of motion to check for tight spots thatmay cause binding or scraping of the axletubes.
Note: Always maintain squareness between theouter and inner axle tubes.
Axle wear pad specifications Minimum
Outer axle
Top, bottom and side wear pads 1/2 inch(both ends of axle) 12.7 mm
Extendable inner axle
Top, bottom and side wear pads 1/2 inch(both ends of axle) 12.7 mm
D-2Check the Extendable AxleWear Pads
Genie specifications require that this procedure beperformed every 1000 hours or annually, whichevercomes first.
Maintaining the axle wear pads in good condition isessential to safe machine operation. Wear pads areplaced on axle tube surfaces to provice a lowfriction, replaceable wear pad between movingparts. Improperly shimmed wear pads or continueduse of worn out wear pads may result in componentdamage and unsafe operating conditions.
Note: If the wear pads are not worn belowspecification but are still within specification, referto Repair Procedure 15-1, How to Shim anExtendable Axle.
1 Start the engine from the platform controls andextend the axles.
2 Measure each wear pad.
If the wear pad is not less than specification,shim as necessary to obtain zero clearance andzero drag. Refer to Repair Procedure 15-1, Howto Shim an Extendable Axle.
Replace the wear pad if it is less thanspecification. It is recommended to replace bothinner and outer wear pads. Refer to RepairProcedure 15-1, How to Remove an Inner Axle.
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Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST D PROCEDURES
D-3Check the Free-wheelConfiguration
Genie specifications require that this procedure beperformed every 1000 hours or annually, whichevercomes first.
Proper use of the free-wheel configuration isessential to safe machine operation. The free-wheelconfiguration is used primarily for towing. Amachine configured to free-wheel without operatorknowledge could result in death or serious injuryand property damage.
Collision hazard. Select a work sitethat is firm and level.
Component damage hazard. If themachine must be towed, do notexceed 2 mph / 3.2 km/h.
Non-steer wheels: All models
1 Chock the steer wheels to prevent the machinefrom rolling.
2 Center a lifting jack of ample capacity(20,000 lbs / 10,000 kg) under the drive chassisbetween the non-steer wheels.
3 Lift the wheels off the ground and place blocksunder the drive chassis for support.
4 Disengage the drive hubs by turning over thedrive hub disconnect caps on eachnon-steer wheel hub.
5 Manually rotate each non-steer wheel.
Result: Each non-steer wheel should rotate withminimum effort.
6 Re-engage the drive hubs by turning overthe hub disconnect caps. Rotate each wheel tocheck for engagement. Lift the machine andremove the blocks.
Collision hazard. Failure tore-engage the drive hubs couldresult in death or serious injury andproperty damage.
Steer wheels: 4WD models
7 Chock the non-steer wheels to prevent themachine from rolling.
8 Center a lifting jack of ample capacity(20,000 lbs / 10,000 kg) under the drive chassisbetween the steer wheels.
9 Lift the wheels off the ground and then placeblocks under the drive chassis for support.
10 Disengage the drive hubs by turning over thedrive hub disconnect caps on each steer wheelhub.
disengaged position
engaged position
disengaged position
engaged position
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
11 Manually rotate each steer wheel.
Result: Each steer wheel should rotate withminimum effort.
12 Re-engage the drive hubs by turning overthe drive hub disconnect caps. Rotate eachwheel to check for engagement. Lift themachine and remove the blocks.
Collision hazard. Failure tore-engage the drive hubs couldresult in death or serious injury andproperty damage.
All models:
13 Turn the valve in a clockwise direction to besure it is fully closed.
Note: The free-wheel valve is located on the bottomof the drive pump, and should always remainclosed.
a drive pumpb screwdriverc lift pumpd free-wheel valve
a
d
c
b
D-4Check the Turntable RotationBearing Bolts
Genie specifications require that this procedure beperformed every 1000 hours or annually, whichevercomes first.
Maintaining proper torque on the turntable bearingbolts is essential to safe machine operation.Improper bolt torque could result in an unsafeoperating condition and component damage.
1 Start the engine from the platform controls andextend the axles.
2 Turn the key switch to ground controls.
3 Raise the boom and place a safety chock on thelift cylinder rod. Carefully lower the boom ontothe lift cylinder safety chock.
Crushing hazard. Keep handsaway from cylinder and all movingparts when lowering the boom.
Note: The lift cylinder safety chock is availablethrough Genie Service Parts.
CHECKLIST D PROCEDURES
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CHECKLIST D PROCEDURES
1
2
3
4
5
6
7
8
9
10
11
1213
14 15
1617
18
22
26
30
192327
2024 28
21
25
29
4 Remove the center turntable cover retainingfasteners. Remove the cover.
5 Confirm that each turntable mounting bolt istorqued in sequence to specification. Refer toSection 2, Specifications.
Bolt torque sequence
6 Install the center turntable cover and tighten theretaining fasteners.
7 Raise the boom and remove the safety chock.
8 Lower the boom to the stowed position.
9 Confirm that each bearing mounting bolt underthe drive chassis is torqued in sequence tospecification. Refer to Section 2, Specifications.
Bolt torque sequence
1 15
7
12
4
17
5
14
9216
8
11
3
18
6
13
10
D-5Inspect for Turntable BearingWear
Genie specifications require that this procedure beperformed every 1000 hours or annually, whichevercomes first.
Periodic inspection of turntable bearing wear isessential to safe machine operation, good machineperformance and service life. Continued use of aworn turntable bearing could create an unsafeoperating condition, resulting in death or seriousinjury and component damage.
Note: Perform this procedure with the machine on afirm, level surface and the boom in the stowedposition.
1 Grease the turntable bearing. See A-12, Greasethe Turntable Rotation Bearing and Rotate Gear.
2 Torque the turntable bearing bolts tospecification. See D-4, Check the TurntableRotation Bearing Bolts.
3 Start the machine from the ground controls andraise the boom to full height. Do not extend theboom.
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
7 Note the reading on the dial indicator.
Result: The measurement is less than0.063 inch / 1.6 mm. The bearing is good.
Result: The measurement is more than0.063 inch / 1.6 mm. The bearing is worn andneeds to be replaced.
8 Fully retract the boom and raise the boom to fullheight. Visually inspect the the dial indicator tobe sure the needle returns to the "zero" position.
9 Remove the dial indicator and rotate theturntable 90°.
10 Repeat steps 4 through 9 until the rotationbearing has been checked in at least fourequally spaced areas 90° apart.
11 Lower the boom to the stowed position and turnthe machine off.
12 Remove the dial indicator from the machine.
4 Place a dial indicator between the drive chassisand the turntable at a point that is directlyunder, or inline with, the boom and no more than1 inch / 2.5 cm from the bearing.
Note: To obtain an accurate measurement, placethe dial indicator no more than 1 inch / 2.5 cm fromthe turntable rotation bearing.
a turntableb dial indicatorc drive chassisd turntable rotation bearing
5 At the dial indicator, adjust it to "zero" theindicator.
6 Fully extend the boom and lower to a horizontalposition.
a
b
c
d
CHECKLIST D PROCEDURES
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Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST D PROCEDURES
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
D-6Perform Engine Maintenance -Deutz and Perkins Models
Engine specifications require that this procedure beperformed every 1000 hours.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in theDeutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929) OR thePerkins 804C-33 Operation and MaintenanceManual (Perkins part number SEBU7853-00).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
Perkins 804C-33 Operation and Maintenance ManualGenie part number 111332
Part No. 111165 S-80 • S-85 3 - 55
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
D-7Replace the Hydraulic FilterElements
Genie specifications requires that this procedure beperformed every 1000 hours or annually, whichevercome first. Perform this procedure more often ifdusty conditions exist.
Replacement of the hydraulic filters is essential forgood machine performance and service life. A dirtyor clogged filter may cause the machine to performpoorly and continued use may cause componentdamage. Extremely dirty conditions may requirethat the filter be replaced more often.
Bodily injury hazard. Beware of hotoil. Contact with hot oil may causesevere burns.
Note: Perform this procedure with the engine off.
Hydraulic return filter:
1 Open the ground controls side turntable coverand locate the hydraulic return filter mounted onthe hydraulic tank.
2 Place a suitable container under the hydraulictank return filter.
3 Remove the filter with an oil filter wrench.
4 Apply a thin layer of fresh oil to the gasket ofthe new oil filter.
5 Install the new filter and tighten it securely byhand. Clean up any oil that may have spilledduring the installation procedure.
6 Use a permanent ink marker to write the dateand number of hours from the hour meter on theoil filter.
Medium and high pressure filters:
Note: The medium pressure filter is for the chargepump and the high pressure filter is for all machinefunctions except the drive circuit and oscillatingaxle circuit.
7 Open the engine side turntable cover and locatethe two filters mounted below the hydraulicpumps.
Note: The medium pressure filter is located on theright. The high pressure filter is located on the leftwith the condition indicator.
8 Place a suitable container under the filters.
9 Remove the filter housing by using a wrench onthe nut provided on the bottom of the housings.
10 Remove the filter element from the housings.
11 Inspect the housing seals and replace them ifnecessary.
CHECKLIST D PROCEDURES
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CHECKLIST D PROCEDURES
D-8Replace the Drive Hub Oil
Genie specifications require that this procedure beperformed every 1000 hours or annually, whichevercomes first.
Replacing the drive hub oil is essential for goodmachine performance and service life. Failure toreplace the drive hub oil at yearly intervals maycause the machine to perform poorly and continueduse may cause component damage.
Drive hubs:
1 Select the drive hub to be serviced. Drive themachine until one of the two plugs is at thelowest point.
2 Remove both plugs and drain the oil into asuitable container.
3 Drive the machine until one plug is at the topand the other is at 90 degrees.
a. models with pipe plugs b. models with o-ring plugs
4 Fill the hub with oil from the top hole until the oillevel is even with the bottom of the side plughole. Install the plugs.
5 Models with pipe plugs: Apply pipe threadsealant to the plugs and install the plugs.
Models with O-ring plugs: Install the plugs intothe drive hub. Torque to Specification. Refer toSection 2, Specifications.
12 Install the new medium and high pressure filterelements into the housings and tighten themsecurely.
13 Clean up any oil that may have spilled during theinstallation procedure.
14 Use a permanent ink marker to write the dateand number of hours from the hour meter on theoil filter housings.
15 Start the engine from the ground controls.
16 Inspect the filter housings and relatedcomponents to be sure that there are no leaks.
a
a
b
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Section 3 • Scheduled Maintenance ProceduresFebruary 2012
6 Repeat steps 1 through 4 for the other drive hub.
7 Check the torque of the drive hub mountingbolts. Refer to Section 2, Specifications.
Turntable rotate drive hub:
Note: When removing a hose assembly or fitting,the O-ring on the fitting and/or hose end must bereplaced and then torqued to specification duringinstallation. Refer to Section 2, Hydraulic Hose andFitting Torque Specifications.
1 Secure the turntable from rotating with theturntable rotation lock pin.
Note: The turntable rotation lock pin is located nextto the boom rest pad.
2 Tag, disconnect and plug the hydraulic hosesfrom the turntable rotate drive motor. Cap thefittings on the drive motor.
3 Attach a suitable lifting device to the lifting eyeslocated near the drive motor.
4 Remove the drive hub mounting bolts. Carefullyremove the turntable rotate drive hub assemblyfrom the machine.
Crushing hazard. The turntablerotate drive hub assembly couldbecome unbalanced and fall if notproperly supported by the liftingdevice.
5 Remove the plug from the side of the drive hub.Drain the oil from the hub into a suitablecontainer.
a motorb drive hubc drive hub mounting bolts
6 Install the drive hub assembly onto the machine.Torque the drive hub mounting bolts tospecification. Refer to Section 2, Specifications.
7 Fill the drive hub with oil from the side hole untilthe oil level is even with the bottom of the hole.Apply pipe thread sealant to the plug. Install theplug.
8 Adjust turntable rotation gear backlash. Refer toRepair Procedure 10-1, How to Adjust theTurntable Rotation Gear Backlash.
b
a
c
CHECKLIST D PROCEDURES
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Section 3 • Scheduled Maintenance Procedures February 2012
D-9Perform Engine Maintenance -Deutz Models
Engine specifications require that this procedure beperformed every 1500 hours of operation.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in theDeutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
CHECKLIST D PROCEDURES
Part No. 111165 S-80 • S-85 3 - 59
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
open closed
Checklist E Procedures
E-1Test or Replace theHydraulic Oil
Genie specifications require that this procedure beperformed every 2000 hours or every two years,whichever comes first.
Replacement or testing of the hydraulic oil isessential for good machine performance andservice life. Dirty oil and suction strainers maycause the machine to perform poorly and continueduse may cause component damage. Extremelydirty conditions may require oil changes to beperformed more frequently.
Note: Before replacing the hydraulic oil, the oil maybe tested by an oil distributor for specific levels ofcontamination to verify that changing the oil isnecessary. If the hydraulic oil is not replaced atthe two year inspection, test the oil quarterly.Replace the oil when it fails the test.
Note: Perform this procedure with the boom in thestowed position.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Remove the fuel tank. Refer to Repair Procedure9-1, How to Remove the Fuel Tank.
2 Models without hydraulic tank shutoff valves:Remove the drain plug from the hydraulic tankand completely drain the tank into a suitablecontainer. Refer to Section 2, Specifications.
Models with hydraulic tank shutoff valves:Close the two hydraulic tank valves located atthe hydraulic tank.
Component damage hazard. Theengine must not be started with thehydraulic tank shutoff valves in theCLOSED position or component
damage will occur. If the tankvalves are closed, remove the keyfrom the key switch and tag themachine to inform personnel of thecondition.
3 Remove the drain plug from the hydraulic tankand completely drain the tank into a suitablecontainer. Refer to Section 2, Specifications.
4 Tag, disconnect and plug the two suction hosesthat are attached to the hydraulic tankshutoff valves.
5 Disconnect and plug the T-fitting located at thereturn filter with the two hoses connected to it.Cap the fitting on the return filter housing.
6 Disconnect and plug the supply hose for theauxiliary power unit. Cap the fitting on thehydraulic tank.
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Section 3 • Scheduled Maintenance Procedures February 2012
CHECKLIST E PROCEDURES
7 Remove the retaining fasteners from thehydraulic tank hold down straps. Remove thehold down straps from the hydraulic tank.
8 Support the hydraulic tank with 2 lifting straps.Place one lifting strap at each end of the tankand attach the lifting straps to an appropriatelifting device.
9 Remove the hydraulic tank from the machine.
Crushing hazard. The hydraulictank may become unbalanced andfall if it is not properly supportedand secured to the lifting device.
10 Remove the suction strainers from the tank andclean them using a mild solvent.
11 Rinse out the inside of the tank using a mildsolvent.
12 Install the suction strainers using pipe threadsealant on the threads.
13 Install the drain plug using pipe thread sealanton the threads.
14 Install the hydraulic tank onto the machine.
15 Install the two suction hoses and the supplyhose for the auxiliary power unit.
16 Fill the tank with hydraulic oil until the level iswithin the top 2 inches / 5 cm of the sightgauge. Do not overfill.
17 Clean up any oil that may have spilled.
18 Open the hydraulic tank shutoff valves (ifequipped).
Component damage hazard.Be sure to open the two hydraulictank shutoff valves and prime thepump after installing the hydraulictank. Refer to Repair Procedure7-2, How to Prime the Pump.
Note: Always use pipe thread sealant wheninstalling the drain plug and strainers.
19 Operate all machine functions through a fullcycle and check for leaks.
Note: Genie specifications require additionalequipment and special installation instructions forthe approved optional fluids. Consult the GenieService Department before use.
Part No. 111165 S-80 • S-85 3 - 61
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
E-2Perform Engine Maintenance -Perkins Models
Engine specifications require that this procedure beperformed every 2000 hours.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in thePerkins 804C-33 Operation and MaintenanceManual (Perkins part number SEBU7853-00).
Perkins 804C-33 Operation and Maintenance ManualGenie part number 111332
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
CHECKLIST E PROCEDURES
E-3Grease the Steer AxleWheel Bearings, 2WD Models
Genie specifications require that this procedure beperformed every 2000 hours or 2 years, whichevercomes first.
Maintaining the steer axle wheel bearings isessential for safe machine operation and servicelife. Operating the machine with loose or wornwheel bearings may cause an unsafe operatingcondition and continued use may result incomponent damage. Extremely wet or dirtyconditions or regular steam cleaning and pressurewashing of the machine may require that thisprocedure be performed more often.
1 Loosen the wheel lug nuts. Do not remove them.
2 Block the non-steering wheels. Center a liftingjack under the steer axle.
3 Raise the machine 6 inches / 15 cm Placeblocks under the drive chassis for support.
4 Remove the lug nuts. Remove the tire and wheelassembly.
5 Check for wheel bearing wear by attempting tomove the wheel hub side to side, then up anddown.
Result: There should be no side to side or upand down movement.
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CHECKLIST E PROCEDURES
14 Pack both bearings with clean, fresh grease.
15 Place the large inner bearing into the rear of thehub.
16 Install a new bearing grease seal into the hub bypressing it evenly into the hub until it is flush.
Note: Always replace the bearing grease seal whenremoving the hub.
17 Slide the hub onto the yoke spindle.
Component damage hazard. Donot apply excessive force ordamage to the lip of the seal mayoccur.
18 Place the outer bearing into the hub.
19 Install the washer and castle nut.
20 Tighten the castle nut to 158 ft-lbs / 214 Nm toseat the bearings.
Note: Rotate the hub by hand while torquing thecastle nut to make sure the bearings seat properly.
21 Loosen the castle nut one full turn and thentorque to 35 ft-lbs / 47 Nm.
22 Install a new cotter pin. Bend the cotter pinto lock it in.
23 Install the dust cap, then the tire and wheelassembly. Torque the wheel lug nuts tospecification. Refer to Section 2, Specifications.
24 Center a lifting jack under the steer axle.
25 Raise the machine approximately6 inches / 15 cm. Remove the blocks fromunder the drive chassis.
26 Lower the machine
Skip to step 10 if there is no movement.
6 Remove the dust cap from the hub. Remove thecotter pin from the castle nut.
7 Tighten the castle nut to 158 ft-lbs / 214 Nm toseat the bearings.
Note: Rotate the hub by hand while torquing thecastle nut to make sure the bearings seat properly.
8 Loosen the castle nut one full turn and thentorque to 35 ft-lbs / 47 Nm.
9 Check for wheel bearing wear by attempting tomove the wheel hub side to side, then up anddown.
Result: If there is no side to side or up anddown movement, continue to step 11 to greasethe wheel bearings.
Result: If there is side to side or up and downmovement, continue to step 11 and replace thewheel bearings with new ones.
Note: When replacing a wheel bearing, both theinner and outer bearings, including the pressed-inraces, must be replaced.
10 Remove the dust cap from the hub. Remove thecotter pin from the castle nut.
11 Remove the castle nut.
12 Pull the hub off of the spindle. The washer andouter bearing should fall loose from the hub.
13 Place the hub on a flat surface and gently prythe bearing seal out of the hub. Remove the rearbearing.
Part No. 111165 S-80 • S-85 3 - 63
Section 3 • Scheduled Maintenance ProceduresFebruary 2012
E-4Perform Engine Maintenance -Deutz and Perkins Models
Engine specifications require that this procedure beperformed every 3000 hours.
Proper engine maintenance, following the enginemanufacturer's maintenance schedule, is essentialto good engine performance and service life. Failureto perform the maintenance procedures can lead topoor engine performance and component damage.
Required maintenance procedures and additionalengine information are available in theDeutz 913 Operator Handbook(Deutz part number 0297 7341) OR theDeutz BF4L2011 Operation Manual(Deutz part number 0297 9929) OR thePerkins 804C-33 Operation and MaintenanceManual (Perkins part number SEBU7853-00).
Deutz 913 Operator HandbookGenie part number 62446
Deutz BF4L2011 Operation ManualGenie part number 84794
Perkins 804C-33 Operation and Maintenance ManualGenie part number 111332
CHECKLIST E PROCEDURES
To access the engine:
1 Remove the engine tray retaining fastenerlocated under the engine tray. Swing the enginetray out away from the machine and secure itfrom moving.
Crushing hazard. Failure to installthe fastener into the engine trayanchor hole to secure the enginetray from moving could result indeath or serious injury.
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Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 1
February 2012
Repair Procedures
About This SectionMost of the procedures in this section should onlybe performed by a trained service professionalin a suitably equipped workshop. Select theappropriate repair procedure after troubleshootingthe problem.
Perform disassembly procedures to the point whererepairs can be completed. Then to re-assemble,perform the disassembly steps in reverse order.
Symbols Legend
Safety alert symbol—used to alertpersonnel to potential personalinjury hazards. Obey all safetymessages that follow this symbolto avoid possible injury or death.
Used to indicate the presence ofan imminently hazardous situationwhich, if not avoided, will result indeath or serious injury.
Used to indicate the presence of apotentially hazardous situationwhich, if not avoided, could resultin death or serious injury.
With safety alert symbol—used toindicate the presence of apotentially hazardous situationwhich, if not avoided, may resultin minor or moderate injury.
Used to indicate the presence of apotentially hazardous situationwhich, if not avoided, may result inproperty damage.
Note: Used to indicate operation or maintenanceinformation.
Indicates that a specific result is expected afterperforming a series of steps.
Indicates that an incorrect result has occurredafter performing a series of steps.
Observe and Obey:Repair procedures shall be completed by aperson trained and qualified on the repair of thismachine.
Immediately tag and remove from service adamaged or malfunctioning machine.
Repair any machine damage or malfunctionbefore operating the machine.
Before Repairs Start:Read, understand and obey the safety rules andoperating instructions in the Genie S-80 andGenie S-85 Operator’s Manual on your machine.
Be sure that all necessary tools and parts areavailable and ready for use.
Use only Genie approved replacement parts.
Read each procedure completely and adhereto the instructions. Attempting shortcuts mayproduce hazardous conditions.
Unless otherwise specified, perform eachrepair procedure with the machine in thefollowing configuration:
• Machine parked on a firm, level surface
• Boom in the stowed position
• Turntable rotated with the boom betweenthe non-steering wheels
• Turntable secured with the turntablerotation lock pin
• Key switch in the off position with thekey removed
• Wheels chocked
• All external AC power supply disconnectedfrom the machine
Section 4 • Repair Procedures
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February 2012
The platform control box contains one printedcircuit board. The ALC-500 circuit board inside theplatform control box controls all proportionalmachine functions from the platform. The joystickcontrollers at the platform controls utilize HallEffect technology and require no adjustment. Theoperating parameters of the joysticks are stored inmemory at the ECM circuit board at the platformcontrols. If a joystick error occurs or if a joystick isreplaced, it will need to be calibrated before thatparticular machine function will operate. See 1-2,How to Calibrate a Joystick.
Each joystick controller should operate smoothlyand provide proportional speed control over itsentire range of motion.
a ALC-500 circuit boardb drive/steer joystick controllerc boom extend/retract
joystick controllerd boom up/down and turntable rotate
left/right joystick controller
1-1ALC-500 Circuit Board
Note: When the ALC-500 circuit board is replaced,the joystick controllers will need to be calibrated.See 1-2, How to Calibrate a Joystick.
How to Remove the ALC-500Circuit Board1 Push in the Emergency Stop button to the off
position at both the ground and platformcontrols.
2 Remove the platform control box lid retainingfasteners. Open the control box lid.
3 Locate the ALC-500 circuit board mounted tothe inside of the platform control box.
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
4 Attach a grounded wrist strap to the groundscrew inside the platform control box.
Component damage hazard.Electrostatic discharge (ESD) candamage printed circuit boardcomponents. Maintain firm contactwith a metal part of the machinethat is grounded at all times whenhandling printed circuit boards ORuse a grounded wrist strap.
Platform Controls
bcd
a
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 3
February 2012
5 Carefully disconnect the wire connectors fromthe circuit board.
6 Remove the ALC-500 circuit board mountingfasteners.
7 Carefully remove the ALC-500 circuit boardfrom the platform control box.
PLATFORM CONTROLS
1-2Joysticks
How to Calibrate a JoystickThe joysticks on this machine utilize digital HallEffect technology for proportional control. If ajoystick is disconnected or replaced, it must becalibrated before that particular machine functionwill operate.
Note: The joystick must be calibrated before thethreshold, max-out or ramping can be set.
Note: Perform this procedure with the engine off.
1 Pull out the red Emergency Stop button to theon position at both the ground and platformcontrols.
2 Turn the key switch to platform control. Do notstart the engine.
3 Press down the foot switch and select a joystickto calibrate.
4 Move the joystick full stroke in either directionand hold for 5 seconds.
5 Return the joystick to the neutral position, pausefor a moment, then move the joystick full strokein the opposite direction. Hold for 5 seconds andreturn the joystick to the neutral position.
Result: The alarm should sound indicatingsuccessful joystick calibration.
6 Repeat this procedure for each joystickcontrolled machine function including the thumbrocker steer switch.
Note: No machine fuction should operate whileperforming the joystick calibration procedure.
Section 4 • Repair Procedures
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February 2012
PLATFORM CONTROLS
7 Momentarily activate the drive enable toggleswitch in the right direction 4 times.
Result: There should be a pause and the alarmshould sound 4 times indicating that themachine is in max-out calibration mode.
8 Start the engine from the platform controls andpress down the foot switch.
9 Start a timer and activate the machine functionthat needs to be adjusted. Record the time ittakes for that function to complete a full cycle(ie; boom up).
10 Compare the machine function time with thetable below and determine whether the functiontime needs to increase or decrease.
11 While the joystick is activated, adjust the max-out setting to achieve the proper function cycletime. Momentarily move the drive enable toggleswitch in the right direction to increase the timeor momentarily move the drive enable toggleswitch in the left direction to decrease the time.
Note: Each time the drive enable toggle switch ismomentarily moved, the time will change in 2%increments.
12 Repeat steps 9 through 11 for each joystickcontrolled machine function.
13 Return the joystick to the neutral position andwait for approximately 10 seconds.
Result: The alarm should sound indicating thatthe settings have been saved in memory.
Note: Do not operate any machine function duringthe 10 second waiting time.
14 Cycle the red Emergency Stop button off, thenback on.
How to Adjust the JoystickMax-out SettingThe max-out setting of a joystick controls themaximum speed of a joystick-controlled machinefunction. Whenever a hydraulic cylinder, drivemotor or hydraulic pump is replaced, the max-outsetting should be adjusted to maintain optimumperformance. The max-out settings on the joystickcan be changed to compensate for hydraulic pumpwear to maintain peak performance from themachine.
Note: Perform this procedure with the boom in thestowed position.
Note: If a max-out adjustment has been made toany joystick function other than the limited drivespeed (raised or extended), the limited drive speedmust be checked. Refer to steps 14 thru 19.
1 Pull out the red Emergency Stop button to theon position at both the ground and platformcontrols.
2 Turn the key switch to platform control. Do notstart the engine.
3 Push in the platform controls red EmergencyStop button to the off position.
4 Do not press down the foot switch.
5 Move and hold the drive enable toggle switch inthe right position and pull out the redEmergency Stop button to the on position.
6 When the alarm sounds, release the driveenable toggle switch.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 5
February 2012
Function speeds (factory settings)
Boom up 89 to 93 seconds
Boom down 90 to 94 seconds
Boom extend 73 to 79 seconds
Boom retract 79 to 84 seconds
Turntable rotate, 360°boom fully stowed 78 to 86 seconds
Drive speeds (factory settings)
Stowed- high speed 7.9 to 8.5 seconds
Non-stowed 40 to 45 seconds
PLATFORM CONTROLS
How to Adjust the JoystickRamp Rate SettingThe ramp rate setting of a joystick controls the timeat which it takes for the joystick to reach maximumoutput, when moved out of the neutral position.The ramp rate settings of a joystick can bechanged to compensate for hydraulic pump wear tomaintain peak performance from the machine.
Note: Perform this procedure with the boom in thestowed position.
1 Pull out the red Emergency Stop button to theon position at both the ground and platformcontrols.
2 Turn the key switch to platform control. Do notstart the engine.
3 Push in the platform controls red EmergencyStop button to the off position.
4 Do not press down the foot switch.
5 Move and hold the drive enable toggle switch inthe right position and pull out the redEmergency Stop button to the on position.
6 When the alarm sounds, release the driveenable toggle switch.
7 Momentarily activate the drive enable toggleswitch in the right direction 6 times.
Result: There should be a pause and the alarmshould sound 6 times indicating that themachine is in ramp rate calibration mode.
Section 4 • Repair Procedures
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PLATFORM CONTROLS
Ramp rate (factory settings)
Boom up/down and turntable rotateaccelerate 3 secondsdecelerate 1 second
Boom extend/retractaccelerate 4 secondsdecelerate 1 second
Driveaccelerate 4 secondsdecelerate to neutral 0.5 seconddecelerate, change of direction 0.75 seconddecelerate, coasting 1 seconddecelerate, braking 1 seconddecelerate, shift from low to high speed 1 seconddecelerate, shift from high to low speed 4 seconds
8 Start the engine from the platform controls andpress down the foot switch.
9 Start a timer and simultaneously move thejoystick in either direction full stroke. Note howlong it takes the function to reach maximumspeed. This is the ramp rate.
10 Compare the function ramp rate time with thetable below and determine whether the ramprate time needs to increase or decrease.
11 While the joystick is activated, set the ramprate. Momentarily move the drive enable toggleswitch in the right direction to increase the timeor momentarily move the drive enable toggleswitch in the left direction to decrease the time.
Note: Each time the drive enable toggle switch ismomentarily moved, the time will change in 5%increments.
12 Repeat steps 9 through 11 for each joystickcontrolled machine function.
13 Return the joystick to the neutral position andwait for approximately 10 seconds.
Result: The alarm should sound indicating thatthe settings have been saved in memory.
Note: Do not operate any machine function duringthe 10 second waiting time.
14 Cycle the red Emergency Stop button off, thenback on.
Section 4 • Repair Procedures
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February 2012
How to Adjust the JoystickThreshold SettingThe threshold setting of a joystick is the minimumoutput at which a function proportional valve canopen and allow the function to operate.
Note: Perform this procedure with the boom in thestowed position.
1 Pull out the red Emergency Stop button to theon position at both the ground and platformcontrols.
2 Turn the key switch to platform control. Do notstart the engine.
3 Push in the platform controls red EmergencyStop button to the off position.
4 Do not press down the foot switch.
5 Move and hold the drive enable toggle switch inthe right position and pull out the redEmergency Stop button to the on position.
6 When the alarm sounds, release the driveenable toggle switch.
7 Momentarily activate the drive enable toggleswitch in the right direction 8 times.
Result: There should be a pause and the alarmshould sound 8 times indicating that themachine is in threshold calibration mode.
8 Start the engine from the platform controls andpress down the foot switch.
9 Select a boom function joystick to set thethreshold.
10 Slowly move the joystick off center in eitherdirection just until the function begins to move.
11 Slowly move the joystick back to the neutralposition. Just before the function stops moving,move the drive enable toggle switch to eitherside to set the threshold.
Result: The alarm should sound indicating asuccessful calibration.
12 Repeat steps 9 through 11 for each boomjoystick controlled machine function (boom up/down, boom extend/retract and turntable rotate).
13 Return the joystick to the neutral position andwait for approximately 10 seconds.
Result: The alarm should sound indicating thatthe settings have been saved in memory.
Note: Do not operate any machine function duringthe 10 second waiting time.
14 Cycle the red Emergency Stop button off, thenback on.
PLATFORM CONTROLS
Section 4 • Repair Procedures
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Platform Components
2-1Platform
How to Remove the Platform1 Remove the cable clamp from the top of the
platform mounting weldment.
2 Remove the mounting fasteners from the powerto platform outlet box bracket. Lay the outletbox and bracket assembly off to the side. Donot disconnect the wiring.
3 Remove the foot switch mounting fasteners.
4 Remove the cover plate from the bottom of thefoot switch to access the foot switch wireterminals.
5 Tag and disconnect the foot switch wiring fromthe foot switch. Remove the cable from theback of the platform.
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
6 Remove the platform control box mountingfasteners. Lower the control box and set itaside.
Component damage hazard.Cables can be damaged if they arekinked or pinched.
Note: If your machine is equipped with an airline toplatform option, the airline must be disconnectedfrom the platform before removal.
7 Support and secure the platform to anappropriate lifting device.
8 Remove the platform mounting fasteners andremove the platform from the machine.
Crushing hazard. The platformcould become unstable and fallwhen it is removed from themachine if not properly supported.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 9
February 2012
PLATFORM COMPONENTS
2-2Platform Leveling Slave Cylinder
The slave cylinder and the rotator pivot are thetwo primary supports for the platform. The slavecylinder keeps the platform level through theentire range of boom motion. It operates in aclosed-circuit hydraulic loop with the mastercylinder. The slave cylinder is equipped withcounterbalance valves to prevent movement inthe event of a hydraulic line failure.
How to Remove the PlatformLeveling Slave CylinderNote: Before cylinder removal is considered, bleedthe slave cylinder to be sure there is noair in the closed loop.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. RefertoSection 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Extend the primary boom until the slave cylinderbarrel-end pivot pin is accessible.
2 Raise the primary boom slightly and placeblocks under the platform for support.
3 Lower the primary boom until the platform isresting on the blocks just enough to support theplatform.
Note: Do not rest the entire weight of the boom onthe blocks.
4 Remove the pin retaining fastener from the slavecylinder rod-end pivot pin. Use a soft metal driftto drive the rod-end pivot pin out.
Crushing hazard. The jib boomcould fall when the slave cylinderrod-end pivot pin is removed if notproperly supported.
5 Remove the external snap rings from the barrel-end pivot pin.
6 Use a soft metal drift to drive the barrel-endpivot pin out.
7 Carefully pull the cylinder out of the primaryboom to access the hydraulic hoses.
8 Tag, disconnect and plug the hydraulic hosesfrom the slave cylinder. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
How to Bleed the Slave CylinderNote: Do not start the engine. Use auxiliary powerfor this procedure.
1 Raise the primary boom to a horizontal position.
2 Move the platform level toggle switch up anddown through two platform leveling cycles toremove any air that might be in the system.
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2-3Platform Rotator
The platform rotator is a hydraulically activatedhelical gear assembly used to rotate the platform160 degrees.
How to Remove thePlatform Rotator
Component damage hazard. Markthe platform mounting weldmentand the rotator flange beforeremoving the platform mountingweldment. The platform mountingweldment must be replaced in theexact same position on the rotatorflange as it was before removal. Ifa new rotator is installed or therotator is disassembled, properalignment can be achieved byrotating the rotator all the way tothe left and then installing theplatform mounting weldment allthe way in the left position.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. RefertoSection 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Remove the platform. See 2-1,How to Remove the Platform.
PLATFORM COMPONENTS
2 Tag, disconnect and plug the hydraulic hosesfrom the platform rotator manifold. Cap thefittings on the rotator.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
S-85:
3 Support the jib boom leveling arms and theplatform mounting weldment with an appropriatelifting device. Do not apply any lifting pressure.
4 Remove the mounting bolts from the platformmounting weldment. Remove the center boltand slide the platform mounting weldment off ofthe platform rotator.
Crushing hazard. The platformmounting weldment could becomeunbalanced and fall if not properlysupported when removed from themachine.
5 Support the platform rotator with an appropriatelifting device. Do not apply any lifting pressure.
S-80:
6 Support the rod end of the platform levelingslave cylinder. Protect the cylinder rod fromdamage.
7 Remove the pivot pin retaining fasteners fromboth the slave cylinder rod-end pivot pin andthe rotator pivot pin.
Section 4 • Repair Procedures
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February 2012
PLATFORM COMPONENTS
8 Use a soft metal drift to remove both pivot pins.Remove the platform rotator from the machine.
Crushing hazard. The platformrotator may become unbalancedand fall if not properly supported.
Note: When installing the platform rotator fasteners,torque the fasteners to specifications. Refer toSection 2, Specifications.
S-85:
6 Remove the pin retaining fasteners from the jibboom and jib boom leveling arms to platformrotator pivot pins. Do not remove the pins.
7 Support the jib boom leveling arms.
8 Use a soft metal drift to drive both pins out, thenremove the platform rotator from the machine.
Bodily injury hazard. The jib boomleveling arms may fall if notproperly supported.
9 Lower the jib boom leveling arms.
Crushing hazard. The platformrotator may become unbalancedand fall if not properly supported.
Note: When installing the platform rotator fasteners,torque the fasteners to specifications. Refer toSection 2, Specifications.
How to Bleed the PlatformRotatorNote: This procedure will require two people. Do notstart the engine. Use auxiliary power for thisprocedure.
1 Move the function enable toggle switch to eitherside and activate the platform rotate toggleswitch to the right then the left through twoplatform rotation cycles, then hold the switch tothe right position until the platform is fullyrotated to the right.
2 Place a suitable container underneath theplatform rotator.
3 Open the top bleed screw on the rotator, but donot remove it.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
Section 4 • Repair Procedures
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February 2012
PLATFORM COMPONENTS
4 Move the function enable toggle switch to eitherside and hold the platform rotate toggle switchto the left position until the platform is fullyrotated to the left. Continue holding the toggleswitch until air stops coming out of the bleedscrew. Close the bleed screw.
Crushing hazard. Keep clear of theplatform during rotation.
5 Open the bottom bleed screw on the rotator, butdo not remove it.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
6 Move the function enable toggle switch to eitherside and hold the platform rotate toggle switchto the right position until the platform is fullyrotated to the right. Continue holding the toggleswitch until air stops coming out of the bleedscrew. Close the bleed screw.
Crushing hazard. Keep clear of theplatform during rotation.
7 Clean up any hydraulic oil that may have spilled.
8 Rotate the platform fully in both directions andinspect the bleed screws for leaks.
2-4Platform Overload System
How to Calibrate the PlatformOverload System (if equipped)
Calibration of the platform overload system isessential to safe machine operation. Continued useof an improperly calibrated platform overloadsystem could result in the system failing to sensean overloaded platform. The stability of themachine is compromised and it could tip over.
Note: Perform this procedure with the machine on afirm, level surface.
1 Turn the key switch to platform control. Start theengine and level the platform.
2 Determine the maximum platform capacity.Refer to the machine serial plate.
3 Remove all weight, tools and accessories fromthe platform.
Note: Failure to remove all weight, tools andaccessories from the platform will result in anincorrect calibration.
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February 2012
PLATFORM COMPONENTS
5 Move the platform up and down by hand, so itbounces approximately 2.5 to 5 cm / 1 to 2inches. Allow the platform to settle.
Result: The overload indicator lights are off andthe alarm does not sound. Proceed to step 6.
Result: The overload indicator lights are flashingat the platform and ground controls, and thealarm is sounding. Slowly tighten the load springadjustment nut in a clockwise direction in 10°increments until the overload indicator lightturns off, and the alarm does not sound.Proceed to step 8.
Note: The platform will need to be moved up anddown and allowed to settle between eachadjustment.
Note: There may be a 2 second delay before theplatform overload indicator light and alarmresponds.
6 Move the platform up and down by hand, so itbounces approximately 2.5 to 5 cm / 1 to 2inches. Allow the platform to settle.
Result: The overload indicator lights are off atthe platform and ground controls, and the alarmdoes not sound. Slowly loosen the load springadjustment nut in a counterclockwise directionin 10° increments until the overload indicatorlight flashes at both the platform and groundcontrols, and the alarm sounds.Proceed to step 7.
Result: The overload indicator lights are flashingat the platform and ground controls, and thealarm is sounding. Repeat this procedurebeginning with step 5.
Note: The platform will need to be moved up anddown and allowed to settle between eachadjustment.
Note: There may be a 2 second delay before theplatform overload indicator lights and alarmresponds.
7 Move the platform up and down by hand, so itbounces approximately 2.5 to 5 cm / 1 to 2inches. Allow the platform to settle.
Result: The overload indicator lights are off andthe alarm does not sound. Proceed to step 8.
Result: The overload indicator lights are flashingat the platform and ground controls, and thealarm is sounding. Repeat this procedurebeginning with step 5.
Note: There may be a 2 second delay before theplatform overload indicator light and alarmresponds.
8 Add an additional 10 lb / 4.5 kg test weight tothe platform.
Result: The overload indicator light is flashing atboth the ground and platform controls, and thealarm is sounding. Proceed to step 9.
Result: The overload indicator light is off at boththe ground and platform controls, and the alarmdoes not sound. Remove the additional 10 lb /4.5 kg test weight. Repeat this procedurebeginning with step 6.
Note: There may be a 2 second delay before theplatform overload indicator light and alarmresponds.
9 Test all machine functions from the platformcontrols.
Result: All platform control functions should notoperate.
Section 4 • Repair Procedures
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February 2012
PLATFORM COMPONENTS
10 Turn the key switch to ground control.
11 Test all machine functions from the groundcontrols.
Result: All ground control functions should notoperate.
12 Using a suitable lifting device, lift the test weightoff the platform floor.
Result: The platform overload indicator lightshould be off at both the ground and platformcontrols and the alarm should not sound.
Note: There may be a 2 second delay before theoverload indicator lights and alarm turn off.
13 Test all machine functions from the groundcontrols.
Result: All ground control functions shouldoperate normally.
14 Turn the key switch to platform control.
15 Test all machine functions from the platformcontrols.
Result: All platform control functions shouldoperate normally.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 15
February 2012
Jib Boom Components, S-85
3-1Jib Boom
How to Remove the Jib BoomNote: Perform this procedure with the boom in thestowed position.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Remove the platform. See 2-1, How to Removethe Platform.
Note: Models equipped with platform overoadsystem: If the platform overload components aredisassembled and/or removed from the platformsupport, the platform overload system will need tobe calibrated. See 2-4, How to Calibrate thePlatform Overload System.
2 Models equipped with platform overloadsystem: Tag and disconnect the electricalconnector from the platform load sense module.
3 Remove the hose and cable cover from the sideof the jib boom.
4 Remove the hose and cable clamp from the jibboom pivot pin. Lay all hoses and cables to theside.
Component damage hazard. Hosesand cables can become damagedif they are kinked or pinched.
5 Tag, disconnect and plug the jib boom liftcylinder hydraulic hoses. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
6 Attach a lifting strap from an overhead crane tothe jib boom assembly.
7 Place blocks under the platform leveling cylinderfor support. Protect the cylinder rod fromdamage.
8 Remove the pin retaining fastener from the slavecylinder rod-end pivot pin. Use a soft metal driftto remove the pin.
Crushing hazard. The jib boomcould fall when the slave cylinderrod-end pivot pin is removed if notproperly attached to the overheadcrane.
9 Remove the pin retaining fastener from the jibboom bellcrank to primary boom pivot pin.
10 Use a soft metal drift to remove the pin andcarefully remove the jib boom assembly fromthe primary boom.
Crushing hazard. The jib boomcould become unbalanced and fallwhen removed from the machine ifnot properly attached to theoverhead crane.
Section 4 • Repair Procedures
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February 2012
JIB BOOM COMPONENTS, S-85
3-2Jib Boom Lift Cylinder
How to Remove the Jib BoomLift CylinderNote: Perform this procedure with the boom in thestowed position.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Raise the jib boom slightly and place blocksunder the platform mounting weldment. Thenlower the jib boom until the platform is restingon the blocks just enough to support theplatform.
Note: Do not rest the entire weight of the boom onthe blocks.
2 Tag, disconnect and plug the jib boom liftcylinder hydraulic hoses. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
3 Remove the pin retaining fasteners from the jibboom lift cylinder rod-end pivot pin. Do notremove the pin.
4 Use a soft metal drift to tap the jib boom liftcylinder rod-end pivot pin half way out. Thenlower one of the leveling arms to the ground.Tap the pin the other direction and lower theopposite leveling arm. Do not remove the pin.
5 Attach a lifting strap from an overhead crane tothe lug at the rod end of the jib boom liftcylinder.
6 Remove the pin retaining fastener from the jibboom lift cylinder barrel-end pivot pin. Use asoft metal drift to remove the pin.
7 Use a soft metal drift to remove the jib boom liftcylinder rod-end pin. Remove the cylinder fromthe machine.
Crushing hazard. The jib boom liftcylinder could become unbalancedand fall if not properly supportedwhen removed from the machine.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 17
February 2012
Boom Components
4-1Cable Track
The boom cable track guides cables and hosesrunning up the boom. It can be repaired link by linkwithout removing the cables and hoses that runthrough it. Removing the entire boom cable track isnecessary when performing major repairs thatinvolve removing the boom.
How to Remove the Cable TrackNote: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Open the platform control box.
2 Tag and disconnect the foot switch wiring fromthe terminal strip inside the platform control box.
3 Loosen the squeeze connector and remove thefoot switch cable from the control box.
4 Disconnect the wire connectors from the bottomof the platform control box.
Note: When installing the wire connectors to thebottom of the platform control box, match the colorof the connectors to those on the control box to besure they are installed in the correct location.
5 Remove the mounting fasteners from the powerto platform outlet box bracket. Lay the outletbox and bracket assembly off to the side.
S-80:
6 Tag, disconnect and plug the hydraulic hosesfrom the counterbalance valve manifold locatedon the platform rotator. Cap the fittings on themanifold.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
7 Tag, disconnect and plug the hydraulic hosesfrom the platform leveling slave cylinder at theunion and connect the hoses from the cylindertogether using a connector.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
S-85:
8 Remove the hose and cable cover from the sideof the jib boom.
9 Tag, disconnect and plug the hydraulic hosesfrom the jib boom/platform rotate selectmanifold. Cap the fittings on the manifold.
10 Tag, disconnect and plug the wiring from the jibboom/platform rotate select manifold.
Section 4 • Repair Procedures
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February 2012
BOOM COMPONENTS
11 Tag, disconnect and plug the hydraulic hosesfrom the jib boom lift cylinder. Cap the fittingson the cylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
All models:
12 From the ground controls, raise the boom to ahorizontal position.
13 Remove the fasteners from the drive speed limitswitch bracket (LS1RS) mounted on the side ofthe boom at the platform end of the boom. Donot remove the limit switch from the bracket.
14 Remove the cotter pin from the upper cabletrack at the platform end of the boom.
Note: Always replace the cotter pin with a new one.
15 Remove the cable track guide fasteners fromthe cable track guides at the platform end of theboom. Remove the cable track guides from theboom.
16 Remove the cable clamp from the pivot end ofthe boom.
17 Place blocks between the upper and lower cabletracks and secure the upper and lower trackstogether.
Crushing hazard. If the upper andlower cable tracks are not properlysecured together, the cable trackcould become unbalanced and fallwhen removed from the machine.
18 Attach a lifting strap from an overhead crane tothe cable track.
19 Remove the mounting fasteners that attach thelower cable track to the boom.
20 Remove the cable track from the machine andplace it on a structure capable of supporting it.
Crushing hazard. The cable trackcould become unbalanced and fallif not properly attached to theoverhead crane.
Component damage hazard.Cables and hoses can bedamaged if they are kinked orpinched.
Component damage hazard. Thecable track can be damaged if it istwisted.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 19
February 2012
BOOM COMPONENTS
How to Repair the Cable TrackComponent damage hazard.The boom cable track can bedamaged if it is twisted.
Note: A cable track repair kit is available throughthe Genie Industries Service Parts Department,part no. 77896. The kit includes a 4-link section ofcable track.
1 Visually inspect the cable track and determinewhich 4 link section needs to be replaced.
2 Carefully remove the snap rings from each endof the damaged section of cable track.
3 Remove the retaining fasteners from the upperblack rollers from the 4-link section of cabletrack to be replaced. Remove the rollers.
4 Lift up the hoses and cables and carefullyremove the damaged 4 link section of cabletrack.
Component damage hazard. Hosesand cables can be damaged if theyare kinked or pinched.
5 Remove the upper rollers from the replacementsection of cable track.
6 Lift up the hoses and cables and carefully insertthe new 4 link section of cable track.
Component damage hazard.Hoses and cables can be damagedif they are kinked or pinched.
7 Connect the ends of the replacement cable tracksection to the existing cable track using thesnap rings.
8 Install the rollers onto the new section of cabletrack.
9 Operate the boom extend/retract functionthrough a full cycle to ensure smooth operationof the new section of cable track.
Section 4 • Repair Procedures
4 - 20 S-80 • S-85 Part No. 111165
February 2012
BOOM COMPONENTS
4-2Boom
How to Shim the Boom1 Measure each wear pad.
Note: Replace the pad if thickness is less thanminimum specification. If thickness is more thanminimum specification, perform the followingprocedure. Refer to Section 3, D-1, Check theBoom Wear Pads.
2 Extend the boom until the wear pads areaccessible.
3 Loosen the wear pad mounting fasteners.
4 Install the new shims under the wear pad toobtain zero clearance and zero drag.
5 Tighten the mounting fasteners.
6 Extend and retract the boom through an entirecycle. Check for tight spots that could causebinding or scraping.
Note: Always maintain squareness between theouter and inner boom tubes.
How to Remove the BoomBodily injury hazard. Thisprocedure requires specific repairskills, lifting equipment and asuitable workshop. Attempting thisprocedure without these skills andtools could result in death orserious injury and significantcomponent damage. Dealerservice is strongly recommended.
Note: Perform this procedure with the boom in thestowed position.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Remove the platform. See 2-1, How to Removethe Platform.
2 Remove the platform rotator and leveling slavecylinder. See 2-3, How to Remove the PlatformRotator.
3 Remove the cable track. See 4-1, How toRemove the Cable Track.
4 S-85: Remove the jib boom. See 3-1,How to Remove the Jib Boom.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 21
February 2012
BOOM COMPONENTS
5 Raise the boom to a horizontal position highenough that the boom lift cylinder rod end canclear the boom lift cylinder mounting boss.
6 Remove the turntable end cover.
7 Remove the pin retaining fasteners from themaster cylinder rod-end pivot pin.
8 Place a rod through the pin and twist to removethe pin. Lower the rod end of the mastercylinder.
9 Remove the fasteners from the boom angle limitswitches (LS2RO and LS2RS) mounted to theinside of both turntable riser side plates at thepivot end of the boom. Do not disconnect thewiring.
10 Remove the fasteners from the boom extendlimit switch (LS1RO) mounted next to the boomextension cylinder at the pivot end of the boom.Do not disconnect the wiring.
11 Tag, disconnect and plug the extension cylinderhydraulic hoses. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
12 Attach an overhead 5 ton / 5000 kg crane to thecenter point of the boom.
13 Attach a similar lifting device to the boom liftcylinder for support.
14 Place support blocks under the boom liftcylinder, across the turntable.
15 Remove the pin retaining fastener from theboom lift cylinder rod-end pin. Use a soft metaldrift to remove the pin.
Crushing hazard. The boom liftcylinder could fall if not properlysupported.
16 Lower the rod end of the lift cylinder ontosupport blocks. Protect the cylinder rod fromdamage.
17 Remove the pin retaining fastener from theboom pivot pin.
18 Use a soft metal drift to remove the boom pivotpin. Carefully remove the boom from themachine.
Crushing hazard. The boom couldbecome unbalanced and fall if notproperly supported by the overheadcrane.
Section 4 • Repair Procedures
4 - 22 S-80 • S-85 Part No. 111165
February 2012
BOOM COMPONENTS
How to Disassemble the BoomNote: Complete disassembly of the boom is onlynecessary if the outer or inner boom tubes must bereplaced. The extension cylinder can be removedwithout completely disassembling the boom. See 4-4, How to Remove the Boom Extension Cylinders.
1 Remove the boom. See 4-2, How to Remove theBoom.
2 Remove the external snap rings from theextension cylinder pivot pin at the pivot end ofthe number 1 boom tube. Use a soft metal driftto remove the pin.
3 Remove and label the wear pads from the top,side, and bottom of the number 1 boom tube atthe platform end of the boom.
Note: Note the location and quantity of shims usedwith each wear pad.
4 Remove the two wear pad stop bolts from eachside of the number 1 boom tube (located on theoutside).
5 Attach a lifting strap from an overhead crane tothe number 2 and number 3 boom tubes at theplatform end of the boom for support.
6 Support and slide the number 2 and 3 boomtubes out of the number 1 boom tube. Place thenumber 2 and 3 boom tubes on blocks forsupport.
Crushing hazard. The number 2and 3 boom tubes could becomeunbalanced and fall when they areremoved from the number 1 boomtube if they are not properlysupported.
Note: During removal, the overhead crane strap willneed to be carefully adjusted for proper balancing.
7 Tag and remove the wear pads from the top,side, and bottom of the number 2 boom tube atthe platform end of the boom.
8 Remove the trunnion pin retaining fasteners atthe base end of the number 2 boom tube. Use aslide hammer to remove the trunnion pins.
9 Attach a lifting strap from an overhead crane tothe number 3 boom tube at the platform end ofthe boom for support.
10 Support and slide the number 3 boom tube outof the number 2 boom tube. Place the number 3boom tube on blocks for support.
Crushing hazard. The number 3boom tube could becomeunbalanced and fall when removedfrom the number 2 boom tube if notproperly supported.
Note: During removal, the overhead crane strap willneed to be carefully adjusted for proper balancing.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 23
February 2012
BOOM COMPONENTS
11 Remove the external snap rings from theextension cylinder pivot pin at the platform endof the number 3 boom tube. Use a soft metaldrift to remove the pin.
12 Support and slide the extension cylinder out ofthe pivot end of the number 3 boom tube. Placethe extension cylinder on blocks for support.
Crushing hazard. The extensioncylinder could become unbalancedand fall when it is removed fromthe number 3 boom tube if notproperly supported.
Note: During removal, the overhead crane strap willneed to be carefully adjusted for proper balancing.
4-3Boom Lift Cylinder
How to Remove the BoomLift Cylinder
Bodily injury hazard. Thisprocedure requires specific repairskills, lifting equipment and asuitable workshop. Attempting thisprocedure without these skills andtools could result in death orserious injury and significantcomponent damage. Dealerservice is strongly recommended.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Raise the boom to a horizontal position highenough that the boom lift cylinder rod end canclear the boom lift cylinder mounting boss.
2 Remove the center turntable cover fasteners.Remove the cover.
3 Place support blocks under the boom liftcylinder across the turntable side plates.
4 Attach an overhead 5 ton / 5000 kg crane to theboom for support. Do not lift the boom.
Section 4 • Repair Procedures
4 - 24 S-80 • S-85 Part No. 111165
February 2012
BOOM COMPONENTS
5 Support the rod end of the boom lift cylinder withan overhead crane or similar lifting device.
Crushing hazard. The boom liftcylinder could become unbalancedand fall when it is disconnectedfrom the machine if not properlysupported.
6 Tag, disconnect and plug the boom lift cylinderhydraulic hoses. Cap the fittings on the cylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
7 Remove the pin retaining fastener from theboom lift cylinder rod-end pivot pin. Use a softmetal drift to remove the pin, and lower the liftcylinder onto the blocks. Protect the cylinderrod from damage.
Crushing hazard. The boom liftcylinder could become unbalancedand fall when it is disconnectedfrom the machine if not properlysupported.
8 Remove the mounting fasteners from thebarrel-end cylinder pivot pin retaining plates.
9 With the lift cylinder being supported by theoverhead crane, pull the cylinder toward theplatform and remove it from the machine.
Crushing hazard. The lift cylindercould become unbalanced and fallif not properly supported.
Component damage hazard. Thecables and hydraulic hoses can bedamaged if the lift cylinder ispulled across them.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 25
February 2012
BOOM COMPONENTS
3 Place a 4 in x 4 in x 6 ft / 10 cm x 10 cm x1.8 m block on top of the number 3 boom tubeand place one end of the block against theweldment at the platform end of the boom.
4 Retract the boom until the number 2 boom tubeis fully retracted into the number 1 boom tube.
Note: The number 3 boom tube will remainextended approximately 6 feet / 1.8 m.
5 Remove the external snap rings from theextension cylinder pivot pin at the platform end.Use a soft metal drift to remove the pin.
6 Remove the turntable end cover.
7 Support the rod end of the master cylinder with alifting device.
8 Remove the pin retaining fastener from themaster cylinder rod-end pivot pin. Place a rodthrough the pin and twist to remove the pin.
Crushing hazard. The extensioncylinder could become unbalancedand fall when it is removed fromthe machine if not properlysupported.
Note: Use the platform level toggle switch withauxiliary power to relieve pressure on the mastercylinder barrel-end pivot pin.
4-4Boom Extension Cylinders
The extension cylinder consists of two cylindersthat are fastened together. The first cylinderextends and retracts the number 2 boom tube. Thesecond cylinder extends and retracts the number 3boom tube. The extension cylinders are equippedwith counterbalance valves to prevent movement inthe event of a hydraulic line failure.
How to Remove theBoom Extension Cylinders
This procedure requires specificrepair skills, lifting equipment anda suitable workshop. Attemptingthis procedure without these skillsand tools could result in death orserious injury and significantcomponent damage. Dealerservice is strongly recommended.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Raise the boom to a horizontal position, fullyextend the boom and fully lower the platform.
2 Remove the 2 bolts that are located on eachside of the number 3 boom tube near theplatform end of the number 2 boom tube.
Section 4 • Repair Procedures
4 - 26 S-80 • S-85 Part No. 111165
February 2012
BOOM COMPONENTS
9 Lay the master cylinder down. Protect thecylinder rod from damage.
10 Remove the external snap rings from theextension cylinder pivot pin at the pivot end ofthe boom. Use a soft metal drift to remove thepin through the access holes in the turntableriser.
11 Using auxiliary power, move the boomextend/retract toggle switch in the extenddirection and extend the extension cylinder outthe pivot end of the boom approximately1 foot / 30 cm.
12 Tag, disconnect and plug the extension cylinderhydraulic hoses. Cap the fittings on the cylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
13 Attach a lifting strap from an overhead crane tothe end of the extension cylinder and lift slightlyto relieve the pressure on the trunnion pins.
14 Remove the trunnion pin access covers fromboth sides of the number 1 boom tube at thepivot end of the boom.
15 Remove the trunnion pin retaining fastener anduse a slide hammer to remove the pins.
16 Slide the cylinder out to access the wear padson the bottom rod support bracket. Remove thewear pads.
17 Support and slide the extension cylinder out ofthe pivot end of the boom.
Crushing hazard. The extensioncylinder could become unbalancedand fall when it is removed fromthe machine if not properlysupported.
Note: Note the length of the cylinder after removal.The cylinder must be at the same length forinstallation.
Note: During re-assembly of the boom, fully retractthe boom after installing all pins. Install the two top¼-20 fasteners through the access holes locatedmid-section of the number 1 boom. Then extend theboom and install the two lower ¼-20 fasteners inthe number 3 boom tube.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 27
February 2012
BOOM COMPONENTS
4-5Platform LevelingMaster Cylinder
The master cylinder acts as a pump for the slavecylinder. It is part of the closed loop hydrauliccircuit that keeps the platform level through theentire range of boom motion. The master cylinderis located inside the pivot end of the boom.
How to Remove the PlatformLeveling Master CylinderNote: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Raise the boom until the master cylinderrod-end pivot pin is accessible.
2 Remove the turntable end cover to access themaster cylinder.
3 Tag, disconnect and plug the master cylinderhydraulic hoses. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
4 Remove the pin retaining fastener from themaster cylinder barrel-end pivot pin.
5 Place a rod through the barel-end pivot pin andtwist to remove the pin.
6 Attach a lifting strap from an overhead crane tothe lug on the rod end of the master cylinder.
7 Remove the pin retaining fastener from therod-end pivot pin.
8 Place a rod through the rod-end pivot pin andtwist to remove the pin.
9 Remove the master cylinder from the machine.
Crushing hazard. The mastercylinder could become unbalancedand fall if it is not properlysupported by the lifting devicewhen removed from the machine.
Section 4 • Repair Procedures
4 - 28 S-80 • S-85 Part No. 111165
February 2012
5-1RPM Adjustment
Refer to Maintenance Procedure B-10,Check and Adjust the Engine RPM.
Engines
a b c d e
f
5-2Flex Plate
The flex plate couples the engine to the pump. Theflex plate is bolted to the engine flywheel and has acut-out in the center for the pump coupler.
a pumpb pump shaftc pump couplerd flex plate with raised splinee engine flywheelf 0.185 inch / 4.7 mm gap - Deutz Engines
0.15 inch / 3.8 mm gap - GM Engines0.25 inch / 6.35 mm gap - Ford Engine0.25 inch / 6.35 mm gap - Perkins 804C-33 Engine0.3 inch / 7.6 mm gap - Perkins 704-30 Engine
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 29
February 2012
ENGINES
How to Remove the Flex PlateNote: Perform this procedure with the engine offand cool to the touch.
1 Open the engine side turntable cover.
2 Tag and disconnect the battery cables from thebattery(s).
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
3 Remove the engine tray retaining fastener.Swing the engine tray out away from themachine.
a engine tray anchor holeb engine tray retaining fastener
4 Tag and disconnect the wiring plug at theelectronic displacement controller (EDC),located on the drive pump.
GM models:
5 Remove the fasteners securing the muffler tothe exhaust manifold.
Burn hazard. Hot engine parts cancause severe burns.
6 Remove muffler mounting bracket fasteners.Remove the muffler and bracket assembly fromthe engine.
7 Remove the hose clamp securing the air filterassembly to the air inlet tube.
8 Remove the air cleaner bracket fasteners.Remove the air cleaner and bracket assemblyfrom the engine.
9 Support the drive pump with an appropriatelifting device. Do not apply any lifting pressure.
10 Remove all of the remaining bell housing toengine fasteners. Carefully pull the pump awayfrom the engine and secure it from moving.
Component damage hazard. Hosescan be damaged if they are kinkedor pinched
11 Remove the flex plate mounting fasteners,and remove the flex plate from the engineflywheel.
Ford models:
5 Tag and disconnect the wire harness from theoxygen sensor on the exhaust pipe.
6 Remove the exhaust pipe heat shield fastenersfrom the top of the muffler.
Burn hazard. Hot engine parts cancause severe burns.
7 Remove the muffler retainer bracket fasteners.
8 Remove the muffler fasteners securing themuffler to the exhaust manifold. Remove themuffler from the bracket.
9 Remove the muffler bracket retaining fasteners.Remove the muffler bracket from the engine.
10 Close the shutoff valve on the Liquid PetroleumGas (LPG) tank by turning it clockwise(if equipped).
11 Tag and disconnect the wiring from the LPGsolenoid.
12 Remove the engine starter retaining fastenersand remove the starter from the engine. Do notdisconnect the wiring.
13 Remove the dipstick tube bracket fasteners.
14 Attach a lifting strap from an overhead crane tothe lifting eyes on the engine.
15 Remove the bell housing to engine trayfasteners.
Section 4 • Repair Procedures
4 - 30 S-80 • S-85 Part No. 111165
February 2012
ENGINES
11 Remove the flex plate mounting fasteners,and remove the flex plate from the engineflywheel.
Deutz BF4L-2011 models:
5 Tag and disconnect the wiring from the bellhousing.
6 Remove the U-bolt from the exhaust flex pipe atthe muffler.
Burn hazard. Hot engine parts cancause severe burns.
7 Remove the muffler bracket retaining fastenersfrom bell housing. Remove the muffler andbracket assembly from the engine.
8 Support the drive pump with an appropriatelifting device. Remove all of the remaining bellhousing engine fasteners.
9 Carefully pull the pump and bell housingassembly away from the engine and secure itfrom moving.
Component damage hazard. Hosescan be damaged if they are kinkedor pinched
10 Remove the flex plate mounting fasteners,and remove the flex plate from the engineflywheel.
16 Raise the engine slightly using the overheadcrane. Do not apply any lifting pressure.
17 Support the drive pump with an appropriatelifting device. Remove all of the remaining bellhousing engine fasteners.
18 Carefully pull the pump and bell housingassembly away from the engine and secure itfrom moving.
Component damage hazard. Hosescan be damaged if they are kinkedor pinched
19 Remove the flex plate mounting fasteners.Remove the flex plate from the engine fly wheel.
Deutz F4L-913 models:
5 Tag and disconnect the wiring from the bellhousing.
6 Remove the exhaust tailpipe and air inlet tubeU-bolts from the air cleaner mounting bracket.
Burn hazard. Hot engine parts cancause severe burns.
7 Remove the fuel filter/water separator retainingfasteners. Remove the filter/separator from theengine. Do not disconnect the fuel hoses.
8 Remove the air cleaner mounting bracketfasteners. Remove the air cleaner and bracketassembly from the engine.
9 Support the drive pump with an appropriatelifting device. Remove all of the remaining bellhousing to engine fasteners.
10 Carefully pull the pump and bell housingassembly away from the engine and secure itfrom moving.
Component damage hazard. Hosescan be damaged if they are kinkedor pinched
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 31
February 2012
ENGINES
a b c d e
f
How to Install the Flex Plate1 Install the flex plate onto the engine flywheel
with the raised spline towards the pump.
2 Ford models: Torque the flex plate mountingbolts in sequence to 14 ft-lbs / 19 Nm. Thentorque the flex plate mounting bolts in sequenceto 20 ft-lbs / 27 Nm.GM models: Torque the flex plate mountingbolts in sequence to 22 ft-lbs / 30 Nm. Thentorque the flex plate mounting bolts in sequenceto 31 ft-lbs / 42 Nm.Deutz models: Torque the flex plate mountingbolts in sequence to 26 ft-lbs / 35 Nm. Thentorque the flex plate mounting bolts in sequenceto 37 ft-lbs / 51 Nm.Perkins models: Torque the flex platemounting bolts in sequence to 13 ft-lbs / 18 Nm.Then torque the flex plate mounting bolts insequence to 19 ft-lbs / 26 Nm.
3 Install the pump coupler onto the pump shaftwith the set screw toward the pump. Leave theappropriate gap between coupler and pump endplate for your engine.
4 Apply Loctite® removable thread sealant to thepump coupler set screw. Torque the set screwto 61 ft-lbs / 83 Nm.
5 Install the pump onto the bell housing/mountingplate. Torque the pump retaining fasteners to57 ft-lbs / 83 Nm.
Component damage hazard. Donot force the drive pump duringinstallation or the flex plate teethmay become damaged.
6 Install the pump coupler onto the pump shaftwith the set screw toward the pump. Leave theappropriate gap between coupler and pump endplate for your engine.
7 Install the pump and bellhousing assembly ontothe engine. Apply Loctite® removable threadsealant to the mounting screws.Perkins 704 modelsTorque the bellhousing mounting bolts insequence to 14 ft-lbs / 19.1 Nm.Deutz 913, Perkins 804 and GM modelsTorque the bellhousing mounting bolts insequence to 28 ft-lbs / 38 Nm.Deutz 2011 ModelsTorque the bellhousing mounting bolts insequence to 46.7 ft-lbs / 63.3 Nm.Ford ModelsTorque the bellhousing mounting bolts insequence to 37 ft-lbs / 50.1 Nm.
Component damage hazard. Wheninstalling the pump, do not forcethe pump coupler into the flexplateor damage to the pump shaft sealmay occur.
Component damage hazard. Donot force the drive pump duringinstallation or the flex plate teethmay become damaged.
a pumpb pump shaftc pump couplerd flex plate with raised splinee engine flywheelf 0.185 inch / 4.7 mm gap - Deutz Engines
0.15 inch / 3.8 mm gap - GM Engines0.25 inch / 6.35 mm gap - Ford Engine0.25 inch / 6.35 mm gap - Perkins 804C-33 Engine0.3 inch / 7.6 mm gap - Perkins 704-30 Engine
Section 4 • Repair Procedures
4 - 32 S-80 • S-85 Part No. 111165
February 2012
ENGINES
10
6 1
8
4
11
7 5
92
12
3
1
2
3
4 5
6 1
2
34
5
1
2
3
4 5
6
1
2
3
4
56
7
8
Ford, Perkins andDeutz BF4L-2011
Flex Plate
Deutz F4L-913Flex Plate
GM Flex Plate
10
6 1
8
4
11
7 5
92
12
3
C
C C
C
C
C
C
CC
C
C
C
10
6 1
8
4
11
7 5
92
12
3
Deutz BF4L-2011Pump Plate
Deutz F4L-913 and Perkins 704-30Pump Plate
Perkins 804C-33 and GMPump Plate
1 6
5 2
34
C C
CC
CC
CC
7 8
9
C
Ford Pump Plate
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 33
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Section 4 • Repair Procedures
4 - 34 S-80 • S-85 Part No. 111165
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Ground Controls
6-1Control Relays
Relays used for single function switching are singlepole double throw (SPDT) relays.
How to Test a Single Pole DoubleThrow Relay
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
1 Tag and disconnect all the wiring from the relayto be tested.
2 Connect the leads from an ohmmeter orcontinuity tester to each terminal combinationand check for continuity. Terminals 85 and 86represent the coil and should not be tested inany other combination.
Test Desired result
terminal 85 to 86 with resistor 75 to 85Ω
terminal 87 to 87a and 30 no continuity(infinite Ω)
terminal 87a to 30 continuity(zero Ω)
3 Connect 12V DC to terminal 85 and a groundwire to terminal 86, then test the followingterminal combinations.
Test Desired result
terminal 87 to 87a and 30 no continuity(infinite Ω)
terminal 87 to 30 continuity(zero Ω)
terminal no. 87a - N.C.terminal no. 85 - coil negative (-)terminal no. 30 - commonterminal no. 86 - coil positive (+)terminal no. 87 - N.O.
Control Relay Schematic
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 35
February 2012
GROUND CONTROLS
6-2Power Relay
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
Note: The power relay is mounted on the AuxiliaryPower Unit.
How to Test the Power RelayElectrocution/burn hazard.Disconnect the ground cable fromthe battery before performing thisprocedure.
1 Connect the leads from an ohmmeter to eachterminal combination and check for continuity.
Test Desired result
2 small posts 12 to 16Ω
2 large posts no continuity(infinite Ω)
Any small post to no continuityany large post (infinite Ω)
2 Connect 12V DC to one of the small posts and aground wire to the other small post, then testthe following terminal combination.
Test Desired result
2 large posts continuity (zero Ω)
a solenoid activate coil terminal(small post)
b high amp power contact terminal
a b
a
b
6-3Terminal Strip
How to Remove a Terminal StripSection
Electrocution/burn hazard. Contactwith electrically charged circuitscould cause death or seriousinjury. Remove all rings, watchesand other jewelry.
1 Disconnect the battery(s) from the machine.
2 Label the wiring from the terminal strip section tobe removed.
3 Use a small flat blade screwdriver to push in andrelease the wire from the terminal strip.
4 Locate the removal tab on the bottom or top ofthe terminal strip section.
5 Use a small flat blade screwdriver to gently pryup on the tab of the terminal strip section andremove it.
Section 4 • Repair Procedures
4 - 36 S-80 • S-85 Part No. 111165
February 2012
2 Tag, disconnect and plug the hydraulic hosesfrom the function pump. Cap the fittings on thepump.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
3 Remove the pump mounting fasteners.Carefully remove the pump.
Component damage hazard.Be sure to open the two hydraulictank valves (if equipped) andprime the pump after installing thepump. See 7-2, How to Prime thePump.
Hydraulic Pumps
7-1Function Pump
How to Remove the FunctionPumpWhen removing a hose assembly or fitting, the O-ring (if equipped) on the fitting and/or the hose endmust be replaced. All connections must be torquedto specification during installation. Refer to Section2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Models without hydraulic tank shutoff valves:Remove the drain plug from the hydraulic tankand completely drain the tank into a suitablecontainer. Refer to Section 2, Specifications.
Models with hydraulic tank shutoff valves:Close the two hydraulic tank valves located atthe hydraulic tank.
Component damage hazard. Theengine must not be started withthe hydraulic tank shutoff valves inthe closed position or componentdamage will occur. If the tankvalves are closed, remove the keyfrom the key switch and tag themachine to inform personnel of thecondition.
open closed
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 37
February 2012
HYDRAULIC PUMPS
7-2Drive Pump
The drive pump is a bi-directional variabledisplacement piston pump. The pump output iscontrolled by the electronic displacement controller(EDC), located on the pump. The only adjustmentthat can be made to the pump is the neutral or nulladjustment. Any internal service to the pumpshould only be performed at an authorizedSundstrand-Sauer service center. Call GenieIndustries Service Department to locate your localauthorized service center.
How to Remove the Drive PumpComponent damage hazard. Thework area and surfaces where thisprocedure will be performed mustbe clean and free of debris thatcould get into the hydraulic systemand cause severe componentdamage. Dealer service isrecommended.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Disconnect the wire harness at the electronicdisplacement controller (EDC), located on thedrive pump.
2 Models without hydraulic tank shutoff valves:Remove the drain plug from the hydraulic tankand completely drain the tank into a suitablecontainer. Refer to Section 2, Specifications.
Models with hydraulic tank shutoff valves:Close the two hydraulic tank valves located atthe hydraulic tank.
Component damage hazard. Theengine must not be started withthe hydraulic tank shutoff valves inthe closed position or componentdamage will occur. If the tankvalves are closed, remove the keyfrom the key switch and tag themachine to inform personnel of thecondition.
open closed
Section 4 • Repair Procedures
4 - 38 S-80 • S-85 Part No. 111165
February 2012
3 Tag, disconnect and plug the hydraulic hosesfrom the drive and function pumps. Cap thefittings on the pumps.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
4 Support the pumps with a suitable lifting deviceand remove the two drive pump mountingfasteners.
5 Carefully pull the drive pump out until the pumpcoupler separates from the flex plate.
6 Remove the drive pump assembly from themachine.
Component damage hazard.Be sure to open the two hydraulictank valves and prime the pumpafter installing the pump.
Note: Before installing the pump, verify properpump coupler spacing. See 5-2, Flex Plate.
How to Prime the PumpComponent damage hazard. Besure that the hydraulic tank shutoffvalves (if equipped) are in theopen position before priming thepump. The engine must not bestarted with the hydraulic tankshutoff valves in the closedposition or component damage willoccur.
1 Connect a 0 to 600 psi / 0 to 40 bar pressuregauge to the diagnostic nipple on the drivepump.
2 GM and Ford models: Close the valve on theLPG tank, then disconnect the hose from thetank. Move the fuel select toggle switch to theLPG position.Deutz and Perkins models: Disconnect theengine wiring harness from the fuel solenoid atthe injector pump.
3 Crank the engine with the starter motor for15 seconds, wait 15 seconds, then crank theengine an additional 15 seconds or until thepressure reaches 300 psi / 20.7 bar.
4 GM and Ford models: Connect the LPG hoseto the LPG tank and open the valve on the tank.Deutz and Perkins models: Connect theengine wiring harness to the fuel solenoid.
5 Start the engine from the ground controls andcheck for hydraulic leaks.
HYDRAULIC PUMPS
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 39
February 2012
Manifolds
8-1Function Manifold Components - View 1
The function manifold assembly is located on the tank side tray, behind the ground control box.
Index SchematicNo. Description Item Function Torque
1 Solenoid valve, 3 position 4 way ...... A ........... Platform rotate left/right ..................... 25-30 ft-lbs / 34-41 Nm
2 Check valve, 30 psi / 2 bar ................ B ........... Platform rotate circuit(prevents hydraulic hosesfrom draining back to tank) ............... 20-25 ft-lbs / 27-34 Nm
3 Check valve, 30 psi / 2 bar ................ C ........... Platform rotate circuit(prevents hydraulic hosesfrom draining back to tank) ............... 20-25 ft-lbs / 27-34 Nm
4 Solenoid valve, 2 position 3 way ...... D ........... Boom retract ..................................... 33-37 ft-lbs / 45-50 Nm
5 Solenoid valve, 3 position 4 way ...... E ........... Turntable rotate left/right .................. 25-30 ft-lbs / 34-41 Nm
6 Relief valve, 2500 psi / 172 bar ........ F ........... Boom extend/retract circuit ............... 20-25 ft-lbs / 27-34 Nm
7 Solenoid valve, 2 position 3 way ...... G ........... Boom extend .................................... 50-55 ft-lbs / 68-75 Nm
8 Check valve ....................................... H ........... Differential sensing circuit,turntable rotate left/right ...................... 8-10 ft-lbs / 10-15 Nm
9 Differential sensing valve .................. I ............ Boom extend/retract circuit(prevents overflowingthe proportional valve) ..................... 30-35 ft-lbs / 41-47 Nm
10 Differential sensing valve .................. J ............ Turntable rotate left/right circuit(prevents overflowingthe proportional valve) ..................... 30-35 ft-lbs / 41-47 Nm
11 Proportional solenoid valve .............. K ........... Boom extend/retract circuit ............... 30-35 ft-lbs / 41-47 Nm
12 Check valve ....................................... L ........... Differential sensing circuit,platform level down ............................. 8-10 ft-lbs / 10-15 Nm
13 Check valve ....................................... M .......... Differential sensing circuit,platform level up .................................. 8-10 ft-lbs / 10-15 Nm
14 Solenoid valve, 3 position 4 way ....... N ........... Platform level up/down ..................... 25-30 ft-lbs / 34-41 Nm
15 Differential sensing valve .................. O ........... Boom up/down circuit(prevents overflowingthe proportional valve) ..................... 30-35 ft-lbs / 41-47 Nm
16 Counterbalance valve ....................... P ........... Platform level down circuit ............... 35-40 ft-lbs / 47-54 Nm
17 Counterbalance valve ....................... Q ........... Platform level up circuit .................... 35-40 ft-lbs / 47-54 Nm
18 Solenoid valve, 2 position 3 way ...... R ........... Boom down ....................................... 33-37 ft-lbs / 45-50 Nm
19 Solenoid valve, 3 position 4 way ...... S ........... Steer left/right andaxle extend/retract ............................ 35-40 ft-lbs / 47-54 Nm
20 Relief valve, 2900 psi / 200 bar ........ T ........... System relief ..................................... 30-35 ft-lbs / 41-47 Nm
This list continues. Please turn the page.
Section 4 • Repair Procedures
4 - 40 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
A B C
D
E
G
K
L
M
P
R
S
Q
O
N
J
I
H
F
TUVWX
AA
AC
AD
AE
AG
AF
AB
Z
Y
2 3
202123 2224
25
26
27
28
29
30
31
32
33
4
5
6
7
10
8
9
11
12
13
14
16
15
17
18
19
1
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 41
February 2012
MANIFOLDS
Function Manifold Components - View 1, continued
Index SchematicNo. Description Item Function Torque
21 Check valve ....................................... U ........... Blocks flow from auxiliary pumpto function pump ............................... 30-35 ft-lbs / 41-47 Nm
22 Priority flow regulator valve,3.5 gpm / 13.2 L/min .......................... V ........... Steer circuit ....................................... 30-35 ft-lbs / 41-47 Nm
23 Proportional solenoid valve .............. W .......... Boom up/down circuit ....................... 30-35 ft-lbs / 41-47 Nm
24 Solenoid valve, 2 position 3 way ...... X ........... Boom up ........................................... 33-37 ft-lbs / 45-50 Nm
25 Check valve ....................................... Y ........... Blocks flow from function pumpto auxiliary pump .............................. 30-35 ft-lbs / 41-47 Nm
26 Check valve ....................................... Z ........... Hydraulic oil cooler bypass .............. 30-35 ft-lbs / 41-47 Nm
27 Check valve ....................................... AA ......... Boom up/down circuit ......................... 8-10 ft-lbs / 10-15 Nm
28 Needle valve ..................................... AB ......... Platform level circuit ......................... 30-35 ft-lbs / 41-47 Nm
29 Proportional solenoid valve .............. AC ........ Turntable rotate circuit ...................... 20-30 ft-lbs / 27-47 Nm
30 Differential sensing valve .................. AD ........ Meters flow to functions .................... 30-35 ft-lbs / 41-47 Nm
31 Check valve ....................................... AE ......... Differential sensing circuit,boom extend/retract ............................ 8-10 ft-lbs / 10-15 Nm
32 Flow regulator valve,0.1 gpm / 0.37 L/min .......................... AF ......... Bleeds off differential
sensing valves to tank ...................... 20-25 ft-lbs / 27-34 Nm
33 Flow regulator valve,0.6 gpm / 2.27 L/min .......................... AG ........ Platform rotate circuit ........................ 20-25 ft-lbs / 27-34 Nm
Section 4 • Repair Procedures
4 - 42 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
A B C
D
E
G
K
L
M
P
R
S
Q
O
N
J
I
H
F
TUVWX
AA
AC
AD
AE
AG
AF
AB
Z
Y
2 3
202123 2224
25
26
27
28
29
30
31
32
33
4
5
6
7
10
8
9
11
12
13
14
16
15
17
18
19
1
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 43
February 2012
8-2Function Manifold Components - View 2
The function manifold assembly is located on the tank side tray, behind the ground control box.
Index SchematicNo. Description Item Function Torque
1 Check valve, 30 psi / 2 bar ................ AH ........ Platform rotate circuit.......................................................................... (prevents hydraulic hoses.......................................................................... from draining back to tank) ............... 20-25 ft-lbs / 27-34 Nm
2 Flow regulator valve,0.3 gpm / 1.14 L/min .......................... AJ ......... Dump circuit source from.......................................................................... charge pump .................................... 20-25 ft-lbs / 27-34 Nm
3 Solenoid valve, 2 position 2 way ...... AK ......... Allows boom functions tooperate with the boom inthe stowed position ........................... 26-30 ft-lbs / 34-41 Nm
4 Check valve, 30 psi / 2 bar ................ AI .......... Blocks flow from charge pumpto auxiliary pump .............................. 20-25 ft-lbs / 27-34 Nm
5 Check valve, 30 psi / 2 bar ................ AL ......... Blocks flow from auxiliary pumpto charge pump ................................. 20-25 ft-lbs / 27-34 Nm
6 Pressure Switch, 180 psi / 12.4 bar .. AY ......... Axle extend pressure switch ............ 26-30 ft-lbs / 34-41 Nm
7 Solenoid valve, 2 position 3 way ...... AM ........ Provides pilot signal to redirectsteer flow to axle extension system .. 26-30 ft-lbs / 34-41 Nm
8 Directional valve, 2 position 2 way,pilot operated .................................... AN ........ Dump valve that allows boom
functions to operate whenaxles are fully extended ............. 90-100 ft-lbs / 122-136 Nm
9 Relief valve, 2100 psi / 145 bar ........ AO ........ Boom down ....................................... 20-25 ft-lbs / 27-34 Nm
MANIFOLDS
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1234567890123456789012345678901212345678901234567890123456712345678901234567890123456789012123456789012345678901234567123456789012345678901234567890121234567890123456789012345671234567890123456789012345678901212345678901234567890123456712345678901234567890123456789012123456789012345678901234567
Section 4 • Repair Procedures
4 - 44 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
AH
AI
AL
AJ
AK
AMANAO
AY
79 8
1
2
4
3
5
6
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 45
February 2012
MANIFOLDS
8-3Valve Adjustments -Function Manifold
How to Adjust the SystemRelief ValveNote: Perform this procedure with the boom in thestowed position.
1 Connect a 0 to 5000 psi / 0 to 350 bar pressuregauge to the diagnostic nipple (PTEST port) on thefunction manifold.
2 Start the engine from the ground controls.
3 Hold the function enable/rpm select toggleswitch to the high idle position and activate andhold the boom retract toggle switch with theboom fully retracted. Observe the pressurereading on the pressure gauge. Refer toSection 2, Hydraulic Specifications.
4 Turn the engine off. Use a wrench to hold therelief valve and remove the cap (item T) on thefunction manifold.
5 Adjust the internal hex socket. Turn it clockwiseto increase pressure or counterclockwise todecrease pressure. Install the relief valve cap.
Tip-over hazard. Do not adjustthe relief valves higher thanspecified.
6 Repeat steps 2 through 5 to confirm relief valvepressure.
How to Adjust the Boom DownRelief ValveNote: Perform this procedure with the boom in thestowed position.
1 Connect a 0 to 5000 psi / 0 to 350 bar pressuregauge to the diagnostic nipple (PTEST port) on thefunction manifold.
2 Start the engine from the ground controls.
3 Hold the function enable/rpm select toggleswitch to the high idle position and activate andhold the boom down toggle switch with theboom fully lowered. Observe the pressurereading on the pressure gauge. Refer toSection 2, Hydraulic Specifications.
4 Turn the engine off. Use a wrench to hold therelief valve and remove the cap (item AO) onthe function manifold.
5 Adjust the internal hex socket. Turn it clockwiseto increase pressure or counterclockwise todecrease pressure. Install the relief valve cap.
Tip-over hazard. Do not adjustthe relief valves higher thanspecified.
6 Repeat steps 2 through 5 and confirm reliefvalve pressure.
Section 4 • Repair Procedures
4 - 46 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
How to Adjust the Boom ExtendRelief ValveNote: Perform this procedure with the boom in thestowed position.
1 Connect a 0 to 3000 psi / 0 to 200 bar pressuregauge to the diagnostic nipple (PTEST port) on thefunction manifold.
2 Start the engine from the ground controls.
3 Hold the function enable/rpm select toggleswitch to the high idle position and activate andhold the boom extend toggle switch with theboom fully extended. Observe the pressurereading on the pressure gauge. Refer toSection 2, Hydraulic Specifications.
4 Turn the engine off. Use a wrench to hold therelief valve and remove the cap (item F) on thefunction manifold.
5 Adjust the internal hex socket. Turn it clockwiseto increase the pressure or counterclockwise todecrease the pressure. Then install the reliefvalve cap.
Tip-over hazard. Do not adjustthe relief valves higher thanspecified.
6 Repeat steps 2 through 5 to confirm relief valvepressure.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 47
February 2012
8-4Brake/Two-Speed Manifold Components(from serial number 4436 to 4617 and before 4212)
The brake/two-speed manifold is mounted on the engine tray.
Index SchematicNo. Description Item Function Torque
1 Check valve ....................................... SS ......... Brake circuit ........................................ 8-10 ft-lbs / 10-15 Nm
2 Solenoid valve, 2 position 3 way ...... TT ......... Brake release ................................. 25-30 ft-lbs / 34-41 Nm
3 Solenoid valve, 2 position 3 way ...... UU ........ 2-Speed wheel motors(energized in high range todestroke the drive motorswash plates) .................................. 25-30 ft-lbs / 34-41 Nm
MANIFOLDS
TT UUSS
21 3
Section 4 • Repair Procedures
4 - 48 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
8-5Brake / Two Speed Manifold Components(from serial number 4212 to 4435 and after 4617)
The brake/two speed manifold is mounted inside the drive chassis.
Index SchematicNo. Description Item Function Torque
1 Solenoid valve, 2 position 3 way ... EA ........... Releases brakes ............................. 47-52 ft-lbs / 64-70 Nm
2 Solenoid valve, 2 position 3 way ... EB ........... 2 speed motor shift .......................... 47-52 ft-lbs / 64-70 Nm
3 Check valve .................................... EC ........... One way flow ...................................... 8-10 ft-lbs / 11-14 Nm
4 Orifice, 0.042 inch / 1.07 mm ......... ED ........... Controls flow to tank
4
3
1 2
EA EB
EC
ED
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 49
February 2012
MANIFOLDS
8-6Turntable Rotation Manifold Components
The turntable rotation manifold is mounted to the turntable rotation motor at the ground control sideof the machine.
Index SchematicNo. Description Item Function Torque
1 Shuttle valve, 2 position 3 way ......... PP ......... Turntable rotation brake release ........ 8-10 ft-lbs / 10-15 Nm
2 Counterbalance valve ....................... QQ ........ Turntable rotate left ........................... 25-30 ft-lbs / 34-41 Nm
3 Counterbalance valve ....................... RR ........ Turntable rotate right ........................ 25-30 ft-lbs / 34-41 Nm
1 2 3
QQPP RR
Section 4 • Repair Procedures
4 - 50 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
8-7Jib Boom Select Manifold Components, S-85
The jib boom/platform rotate manifold is mounted on the platform end of the boom.
Index SchematicNo. Description Item Function Torque
1 Solenoid valve, 2 position 3 way ...... VV ......... Platform rotate select .......................... 8-10 ft-lbs / 11-14 Nm
2 Solenoid valve, 2 position 3 way ...... WW ....... Jib boom select ................................. 20-25 ft-lbs / 27-34 Nm
3 Orifice Plug, 0.035 inch / 0.89 mm .... XX ......... Jib boom circuit
VV WW XX
1 2 3
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 51
February 2012
MANIFOLDS
8-8Axle Select Manifold Components
The axle select manifold is mounted next to the drive manifold at the non-steer end of the machine.
Index SchematicNo. Description Item Function Torque
1 Directional valve, pilot operated2 position 3 way ................................ FA ......... Directs flow from steer cylinders
to axle extend circuit ......................... 30-35 ft-lbs / 41-47 Nm
2 Pressure reducing valve,1000 psi / 69 bar ............................... FB ......... Limits pressure to tie rod cylinder
during axle extension ....................... 30-35 ft-lbs / 41-47 Nm
3 Directional valve, pilot operated2 position 3 way ................................ FC ......... Directs flow from steer cylinders
to axle retract circuit .......................... 30-35 ft-lbs / 41-47 Nm
4 Directional valve, pilot operated2 position 2 way ................................ FD ......... Locks out steer cylinders during
axle extend/retract ............................ 30-35 ft-lbs / 41-47 Nm
5 Directional valve, pilot operated2 position 2 way ................................ FE ......... Locks out steer cylinders during
axle extend/retract ............................ 30-35 ft-lbs / 41-47 Nm
Section 4 • Repair Procedures
4 - 52 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
FA FB FC
FD
FE
4
5
1 32
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 53
February 2012
MANIFOLDS
8-92WD Traction Manifold Components(before serial number 3853)
The drive manifold is mounted inside the drive chassis at the non-steer end of the machine.
Index SchematicNo. Description Item Function Torque
1 Relief valve, 280 psi / 19.3 bar ......... BF ......... Charge pressure circuit .................... 30-35 ft-lbs / 41-47 Nm
2 Flow divider/combiner valve ............. BG ........ Controls flow to drive motorsin forward and reverse .............. 90-100 ft-lbs / 122-136 Nm
3 Orifice - plug, 0.070 inch / 1.77 mm .. BH ........ Equalizes flow across flowdivider/combiner valve (item BG)
4 Shuttle valve ...................................... BI .......... Charge pressure circuit thatgets hot oil out of low pressureside of drive pump ............................ 50-55 ft-lbs / 68-75 Nm
5 Diagnostic nipple ............................................. Testing
Section 4 • Repair Procedures
4 - 54 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
BF BG
BH
BI
1 2
3
4
5
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 55
February 2012
8-102WD Traction Manifold Components(after serial number 3852)
The drive manifold is mounted inside the drive chassis at the non-steer end of the machine.
Index SchematicNo. Description Item Function Torque
1 Relief Valve, 280 psi / 19.3 bar ......... BX ......... Charge pressure circuit .................... 30-35 ft-lbs / 41-47 Nm
2 Flow Divider / Combiner Valve ......... BY ......... Controls flow to drive motors in.......................................................................... forward and reverse ................... 90-100 ft-lbs / 120-133 Nm
3 Check Valve, 5 psi / 0.34 bar ............ BZ ......... Drive circuit ....................................... 30-35 ft-lbs / 41-47 Nm
4 Check Valve, 5 psi / 0.34 bar ............ CA ........ Drive circuit ....................................... 30-35 ft-lbs / 41-47 Nm
5 Shuttle Valve, 3 position 3 way ......... CB ........ Controls flow to drive motors in.......................................................................... forward and reverse ......................... 50-55 ft-lbs / 67-73 Nm
6 Orifice Plug, 0.070 inch / 1.78 mm .... CC ........ Equalizes flow across flow combiner/.......................................................................... divider valve BY
MANIFOLDS
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Section 4 • Repair Procedures
4 - 56 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
BX
BY
BZ
CA
CB
CC
1
6
2
5
3
4
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 57
February 2012
MANIFOLDS
8-114WD Traction Manifold Components(before serial number 3835)
The drive manifold is mounted inside the drive chassis at the non-steer end of the machine.
Index SchematicNo. Description Item Function Torque
1 Relief valve, 280 psi / 19.3 bar ......... BJ ......... Charge pressure circuit .................... 20-25 ft-lbs / 27-34 Nm
2 Check valve, 5 psi / 0.34 bar ............. BK ......... Drive motor anti-cavitation ............... 20-25 ft-lbs / 27-34 Nm
3 Flow divider/combiner valve ............. BL ......... Controls flow to flow 90-100 ft-lbs /divider/combiner valves BQ and BW................. 122-136 Nm
4 Check valve, 5 psi / 0.34 bar ............. BM ........ Drive motor anti-cavitation ............... 20-25 ft-lbs / 27-34 Nm
5 Check valve, 5 psi / 0.34 bar ............. BN ........ Drive motor anti-cavitation ............... 30-35 ft-lbs / 41-47 Nm
6 Shuttle valve ...................................... BO ........ Charge pressure circuitthat gets hot oil out of low pressureside of drive pump ............................ 50-55 ft-lbs / 68-75 Nm
7 Check valve, 5 psi / 0.34 bar ............. BP ......... Drive motor anti-cavitation ............... 30-35 ft-lbs / 41-47 Nm
8 Flow divider/combiner valve ............. BQ ........ Controls flow to steer enddrive motors in forward 90-100 ft-lbs /and reverse ........................................................ 122-136 Nm
9 Check valve, 5 psi / 0.34 bar ............. BR ........ Drive motor anti-cavitation ............... 20-25 ft-lbs / 27-34 Nm
10 Flow regulator valve,2 gpm / 7.6 L/min ............................... BS ......... Equalizes pressure on both sides
of flow divider/combiner valve BQ .... 30-35 ft-lbs / 41-47 Nm
11 Flow regulator valve,2 gpm / 7.6 L/min ............................... BT ......... Equalizes pressure on both sides
of flow divider/combiner valve BL .... 30-35 ft-lbs / 41-47 Nm
12 Flow regulator valve,2 gpm / 7.6 L/min ............................... BU ........ Equalizes pressure on both sides
of flow divider/combiner valve BW ... 30-35 ft-lbs / 41-47 Nm
13 Check valve, 5 psi / 0.34 bar ............. BV ......... Drive motor anti-cavitation ............... 20-25 ft-lbs / 27-34 Nm
14 Flow divider/combiner valve ............. BW ........ Controls flow to non-steer enddrive motors in forward 90-100 ft-lbs /and reverse ........................................................ 122-136 Nm
Section 4 • Repair Procedures
4 - 58 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
STEER END
NON-STEER END
14
13
12
11
10
8
9
7 6 5
4
3
21
BJ BK
BL
BMBNBOBP
BQ
BS
BR
BT
BU
BV
BW
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 59
February 2012
8-124WD Traction Manifold Components(after serial number 3834)
The drive manifold is mounted inside the drive chassis at the non-steer end of the machine.
Index SchematicNo. Description Item Function Torque
1 Relief valve, 280 psi / 19.3 bar ......... CD ........ Charge pressure circuit .................... 35-40 ft-lbs / 48-54 Nm
2 Flow divider/combiner valve ............. CE ........ Controls flow to non-steer enddrive motors in forwardand reverse ................................... 80-90 ft-lbs / 108-122 Nm
3 Check valve ....................................... CF ......... Steer end drive motor circuit ............ 35-40 ft-lbs / 48-54 Nm
4 Check valve ....................................... CG ........ Non-steer end drive motor circuit ..... 35-40 ft-lbs / 48-54 Nm
5 Flow divider/combiner valve ............. CH ........ Controls flow to flowdivider/combiner valves2 and 13 ........................................ 80-90 ft-lbs / 108-122 Nm
6 Check valve ....................................... CI .......... Non-steer end drive motor circuit ..... 60-70 ft-lbs / 81-95 Nm
7 Orifice, 0.040 inch / 1 mm .................. CJ ......... Equalizes pressure on both sidesof flow divider/combiner valve 5
8 Orifice, 0.040 inch / 1 mm .................. CK ........ Equalizes pressure on both sidesof flow divider/combiner valve 2
9 Orifice, 0.040 inch / 1 mm .................. CL ......... Equalizes pressure on both sidesof flow divider/combiner valve 13
10 Check valve ....................................... CM ........ Steer end drive motor circuit ............ 60-70 ft-lbs / 81-95 Nm
11 Check valve ....................................... CN ........ Steer end drive motor circuit ............ 35-40 ft-lbs / 48-54 Nm
12 Shuttle valve, 3 position 3 way ......... CO ........ Charge pressure circuit thatdirects hot oil out of low pressureside of drive pump ........................ 80-90 ft-lbs / 108-122 Nm
13 Flow divider/combiner valve ............. CP ........ Controls flow to steer enddrive motors in forwardand reverse ................................... 80-90 ft-lbs / 108-122 Nm
14 Check valve ....................................... CQ ........ Non-steer end drive motor circuit ..... 35-40 ft-lbs / 48-54 Nm
MANIFOLDS
Section 4 • Repair Procedures
4 - 60 S-80 • S-85 Part No. 111165
February 2012
CE
CF
CG
CH
CD
CI
CJCK
CP
CO
CN
CM
CL
CQ
9 8 7
10
6
5
3
2
1
11
13
14
12
4
MANIFOLDS
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 61
February 2012
CY
CX
CU
CV
CW
1
3
4
5
2
8-13Drive Oil Diverter Manifold Components (welder option)
The oil diverter manifold is mounted to the hydraulic generator located in the engine compartment.
Index SchematicNo. Description Item Function Torque
1 Directional Valve ............................ CU ........... Diverter valve ............................... 80-90 ft-lbs / 108-122 Nm
2 Orifice disc, 0.030 inch / 0.080 cm . CV ........... Delays shift to drive
3 Solenoid valve ............................... CW .......... Pilot valve to diverter ....................... 35-40 ft-lbs / 47-54 Nm
4 Relief valve .................................... CX ........... Charge pressure circuit ................... 35-40 ft-lbs / 47-54 Nm
5 Check valve .................................... CY ........... Prevents oil to generator ................. 35-40 ft-lbs / 47-54 Nm
MANIFOLDS
Section 4 • Repair Procedures
4 - 62 S-80 • S-85 Part No. 111165
February 2012
MANIFOLDS
8-14Valve Adjustments -Traction Manifold
How to Adjust the Hot Oil ShuttleRelief ValveNote: The pressure differential between the chargepump relief valve (located in the drive pump) andthe hot oil shuttle relief valve (located in the tractionmanifold) is necessary to return hot oil from theclosed loop drive circuit to the hydraulic tank forcooling. This pressure differential must bemaintained at 40 psi / 14.5 bar.
Note: The following procedure will require twopeople.
1 Open the engine side turntable cover andconnect a 0 to 600 psi / 0 to 40 bar pressuregauge to the diagnostic nipple on the drivepump.
2 Start the engine from the platform controls andallow the engine to run at low idle. Note thepressure reading on the pressure gauge.
3 Turn the engine off and connect a0 to 600 psi / 0 to 40 bar pressure gauge to thediagnostic nipple located on the tractionmanifold.
4 Start the engine from the platform controls anddrive the machine slowly in the forwarddirection. Note the pressure reading on thepressure gauge.
5 Turn the engine off, and remove the hot oilshuttle relief valve cap (item BJ). Adjust theinternal hex socket clockwise to increase thepressure or counterclockwise to decrease thepressure. Install the valve cap.
6 Repeat steps 4 and 5 until a pressure differential(between the charge pump reading and the hotoil shuttle relief valve) of 40 psi / 14.5 bar isobtained.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 63
February 2012
MANIFOLDS
Valve Coil ResistanceSpecificationsNote: The following coil resistance specificationsare at an ambient temperature of 68°F / 20°C. Asvalve coil resistance is sensitive to changes in airtemperature, the coil resistance will typicallyincrease or decrease by 4% for each 18°F / 20°Cthat your air temperature increases or decreasesfrom 68°F / 20°C.
Proportional solenoid valve 4.8 Ω(schematic items K and W)
2 position 3 way solenoid valve 6.3 Ω(schematic items D, R, X, TT and UU)
2 position 3 way solenoid valve 3.3 Ω(schematic items G)
3 position 4 way solenoid valve 6.3 Ω(schematic items A, E, N and S)
2 position 3 way solenoid valve 6.3 Ω(schematic items AK, AM, VV and WW)
2 position 3 way solenoid valve 3.3 Ω(schematic item G)
8-15Valve Coils
How to Test a CoilA properly functioning coil provides anelectromagnetic force which operates the solenoidvalve. Critical to normal operation is continuitywithin the coil. Zero resistance or infinite resistanceindicates the coil has failed.
Since coil resistance is sensitive to temperature,resistance values outside specification can produceerratic operation. When coil resistance decreasesbelow specification, amperage increases. Asresistance rises above specification, voltageincreases.
While valves may operate when coil resistance isoutside specification, maintaining coils withinspecification will help ensure proper valve functionover a wide range of operating temperatures.
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
Note: If the machine has been in operation, allowthe coil to cool at least 3 hours before performingthis test.
1 Tag and disconnect the wiring from the coil to betested.
2 Test the coil resistance using a multimeter setto resistance (Ω). Refer to the Valve CoilResistance Specification table.
Result: If the resistance is not within theadjusted specification, plus or minus 10%,replace the coil.
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How to Test a Coil DiodeGenie incorporates spike suppressing diodes in allof its directional valve coils except proportionalvalves and those coils with a metal case. Properlyfunctioning coil diodes protect the electrical circuitby suppressing voltage spikes. Voltage spikesnaturally occur within a function circuit following theinterruption of electrical current to a coil. Faultydiodes can fail to protect the electrical system,resulting in a tripped circuit breaker or componentdamage.
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
1 Test the coil for resistance. Refer to, How toTest a Coil.
2 Connect a 10Ω resistor to the negative terminalof a known good 9V DC battery. Connect theother end of the resistor to a terminal on thecoil.
Note: The battery should read 9V DC or more whenmeasured across the terminals.
3 Set a multimeter to read DC current.
Note: The multimeter, when set to read DC current,should be capable of reading up to 800 mA.
4 Connect the negative lead to the other terminalon the coil.
Note: If testing a single-terminal coil, connect thenegative lead to the internal metallic ring at eitherend of the coil.
a multimeterb 9V DC batteryc 10Ω resistord coil
Note: Dotted lines in illustration indicate areversed connection as specified instep 6.
5 Momentarily connect the positive lead from themultimeter to the positive terminal on the 9V DCbattery. Note and record the current reading.
6 At the battery or coil terminals, reverse theconnections. Note and record the currentreading.
Result: Both current readings are greater than0 mA and are different by a minimum of 20%.The coil is good.
Result: If one or both of the current readings are0 mA, or if the two current readings do not differby a minimum of 20%, the coil and/or itsinternal diode are faulty and the coil should bereplaced.
9V
BATTERY
10
RESISTOR
�
AMMETERCOIL
+
-
+
-
d
a
b
b
c
c
MANIFOLDS
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Fuel and Hydraulic Tanks
9-1Fuel Tank
How to Remove the Fuel TankExplosion and fire hazard. Enginefuels are combustible. Remove thefuel tank in an open, well-ventilated area away from heaters,sparks, flames and lightedtobacco. Always have anapproved fire extinguisher withineasy reach.
Explosion and fire hazard. Whentransferring fuel, connect agrounding wire between themachine and pump or container.
1 Turn the manual fuel shutoff valve to theclosed position (if equipped).
2 Remove the fuel filler cap from the tank.
3 Using an approved hand-operated pump, drainthe fuel tank into a suitable container. Refer tocapacity specifications.
Explosion and fire hazard. Whentransferring fuel, connect agrounding wire between themachine and pump or container.
Note: Be sure to only use a hand operated pumpsuitable for use with gasoline and diesel fuel.
4 Tag, disconnect, drain and plug the supply andreturn fuel hoses. Cap the fittings on the fueltank.
5 Remove the fuel tank retaining fasteners.
6 Remove the fuel tank from the machine.
Component damage hazard.The fuel tank is plastic and maybecome damaged if allowed to fall.
Component damage hazard.When installing the plastic fueltank, do not overtighten theretaining fasteners.
Note: Clean the fuel tank and inspect for damagebefore installing it onto the machine.
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FUEL AND HYDRAULIC TANKS
9-2Hydraulic Tank
The primary functions of the hydraulic tank are tocool, clean and de-aerate the hydraulic fluid duringoperation. The tank utilizes internal suctionstrainers for the pump supply hoses and has anexternal return filter equipped with a filter conditionindicator.
How to Remove theHydraulic Tank
Component damage hazard.The work area and surfaceswhere this procedure will beperformed must be clean andfree of debris that could getinto the hydraulic system.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. RefertoSection 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Lower and retract the boom to the stowedposition.
2 Remove the fuel tank. See 9-1, How to Removethe Fuel Tank.
3 Close the two hydraulic tank valves located atthe hydraulic tank (if equipped).
Component damage hazard. Theengine must not be started with thehydraulic tank shutoff valves in theCLOSED position or componentdamage will occur. If the tankvalves are closed, remove the keyfrom the key switch and tag themachine to inform personnel of thecondition.
4 Remove the drain plug from the hydraulic tankand completely drain the tank into a suitablecontainer. Refer to Section 2, Specifications.
5 Tag, disconnect and plug the two suction hosesthat are attached to the hydraulic tank.
6 Tag and disconnect and plug the hose from thereturn filter. Cap the fitting on the return filterhousing.
7 Tag and disconnect and plug the supply hose forthe auxiliary power unit. Cap the fitting on thehydraulic tank.
8 Remove the retaining fasteners from thehydraulic tank hold down straps. Remove thehold down straps from the hydraulic tank.
open closed
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9 Support the hydraulic tank with 2 lifting straps.Place one lifting strap at each end of the tankand attach the lifting straps to an overheadcrane.
10 Remove the hydraulic tank from the machine.
Crushing hazard. The hydraulictank could become unbalancedand fall if not properly supportedand secured to the overheadcrane.
11 Remove the suction strainers from the tank andclean them using a mild solvent.
12 Rinse out the inside of the tank using a mildsolvent.
13 Install the suction strainers using pipe threadsealant on the threads.
14 Install the drain plug using pipe thread sealanton the threads.
15 Install the hydraulic tank onto the machine.
16 Install the two suction hoses and the supplyhose for the auxiliary power unit.
17 Fill the tank with hydraulic oil until the level iswithin the top 2 inches / 5 cm of the sightgauge. Do not overfill.
18 Clean up any oil that may have spilled.
19 Open the hydraulic tank shutoff valves(if equipped).
Component damage hazard.Be sure to open the two hydraulictank shutoff valves (if equipped)and prime the pump after installingthe hydraulic tank.
Note: Always use pipe thread sealant wheninstalling the drain plug and strainers.
FUEL AND HYDRAULIC TANKS
Section 4 • Repair Procedures
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a backlash pivot plateb adjustment bolt with lock nutc backlash pivot plate mounting bolts
4 Attach a suitable lifting device to the lifting eyeson the drive hub assembly.
5 Remove the backlash pivot plate mountingbolts. Carefully remove the drive hub assemblyfrom the machine.
Crushing hazard. The turntablerotation drive hub assembly couldbecome unbalanced and fall whenit is removed from the machine ifnot properly supported.
When installing the drive hub assembly:
6 Install the drive hub. Apply removable threadlocking compound to fastener threads.Torquethe backlash pivot plate mounting fasteners tospecification. Refer to Section 2, MachineTorque Specifications.
7 Install the brake and then the motor onto thedrive hub. Apply removable thread lockingcompound to fastener threads.Torque the motor/brake mounting fasteners to specification. Referto Section 2, Machine Torque Specifications.
8 Adjust turntable rotation gear backlash.See 10-1, How to Adjust the Turntable RotationGear Backlash.
10-1Turntable Rotation Drive HubAssembly
How to Remove the TurntableRotation Drive Hub AssemblyNote: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. RefertoSection 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Secure the turntable from rotating with theturntable rotation lock pin.
2 Tag, disconnect and plug the hydraulic hosesfrom the drive motor. Cap the fittings on themotor.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
3 Loosen the backlash pivot plate and adjustmentbolts.
Turntable Rotation Components
unlocked locked
a b c
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TURNTABLE ROTATION COMPONENTS
How to Remove the TurntableRotation Hydraulic MotorNote: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Secure the turntable from rotating with theturntable rotation lock pin.
Note: The turntable rotation lock pin is located nextto the boom rest pad.
2 Tag, disconnect and plug the hydraulic hosesfrom the drive motor. Cap the fittings on themotor.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
3 Remove the hydraulic tube that connects fromthe counterbalance manifold to the brake. Capthe fittings on the brake and manifold.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
4 Remove the motor/brake mounting fasteners.Carefully remove the motor from the brake.
a motorb drive hub with brakec drive hub mounting bolts
5 Clean up any oil that may have spilled.
b
a
c
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How to Adjust the TurntableRotation Gear BacklashThe turntable rotation drive hub is mounted on anadjustable plate that controls the gap between therotation motor pinion gear and the turntable bearingring gear.
Note: Perform this procedure with the boombetween the non-steer end tires and with themachine on a firm and level surface.
1 Secure the turntable from rotating with theturntable rotation lock pin.
Note: The turntable rotation lock pin is located nextto the boom rest pad.
2 Loosen the backlash pivot plate mountingfasteners.
a backlash pivot plateb adjustment bolt with lock nutc backlash pivot plate mounting bolts
3 Push the backlash pivot plate towards theturntable as far as possible (this will push therotation gear into the turntable bearing ringgear).
4 Loosen the lock nut on the adjustment bolt.
5 Turn the adjustment bolt clockwise until itcontacts the backlash pivot plate.
6 Turn the adjustment bolt one half turncounterclockwise. Tighten the lock nut on theadjustment bolt.
7 Rotate the backlash pivot plate away from theturntable until it contacts the adjustment bolt.Then torque the mounting fasteners on thebacklash pivot plate. Refer to Section 2,Specifications.
8 Rotate the turntable through an entire rotation.Check for tight spots that could cause binding.Readjust if necessary.
TURNTABLE ROTATION COMPONENTS
a b c
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2WD Steer Axle Components
11-1Yoke and Hub
How to Remove the Yokeand Hub1 Remove the pin retaining fasteners from both
the steering cylinder and the tie rod cylinderpivot pins. Use a soft metal drift to remove thepins.
2 Loosen the wheel lug nuts. Do not removethem.
3 Block the non-steer wheels and center a liftingjack of ample capacity under the steer axle.
4 Raise the machine approximately6 inches / 15 cm and place blocks under thechassis for support.
5 Remove the lug nuts. Remove the tire andwheel assembly.
6 Remove the pin retaining fasteners from theyoke pivot pins.
7 Support and secure the yoke and hub assemblyto a lifting jack.
8 Use a slide hammer to remove the upper yokepivot pin, then use a soft metal drift to drive thelower yoke pivot pin down and out.
9 Remove the yoke and hub assembly from themachine.
Crushing hazard. The yoke andhub assembly may becomeunbalanced and fall if not properlysupported and secured to thelifting jack when it is removed fromthe machine.
How to Remove the Huband Bearings1 Loosen the wheel lug nuts. Do not remove them.
2 Block the non-steer wheels and center a liftingjack of ample capacity under the steer axle.
3 Raise the machine approximately6 inches / 15 cm and place blocks under thechassis for support.
4 Remove the lug nuts. Remove the tire andwheel assembly.
5 Remove the dust cap, cotter pin and castle nut.
Note: Always replace the cotter pin with a new onewhen installing the castle nut.
6 Pull the hub off the spindle. The washer andouter bearing should fall loose from the hub.
7 Place the hub on a flat surface and gently prythe bearing seal out of the hub. Remove the rearbearing.
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2WD STEER AXLE COMPONENTS
How to Install the Hub andBearings, 2WD ModelsNote: When replacing a wheel bearing, both theinner and outer bearings including the pressed-inraces must be replaced.
1 Be sure that both bearings are packedwith clean, fresh grease.
2 Place the large inner bearing into the rearof the hub.
3 Press the bearing seal evenly into the hubuntil it is flush.
4 Slide the hub onto the yoke spindle.
Component damage hazard. Donot apply excessive force ordamage to the lip of the seal mayoccur.
5 Place the outer bearing into the hub.
6 Install the washer and castle nut.
7 Tighten the castle nut to 158 ft-lbs / 214 Nm toseat the bearing.
Note: Rotate the hub by hand while torquing thecastle nut to make sure the bearings seat properly.
8 Loosen the castle nut one turn, and then torqueto 35 ft-lbs / 47 Nm.
9 Install a new cotter pin. Bend the cotter pinto secure the castle nut.
Note: Always use a new cotter pin when installing acastle nut.
10 Install the dust cap, then the tire and wheelassembly. Torque the wheel lug nuts tospecification. Refer to Section 2, Specifications.
11-2Steer Cylinder
How to Remove aSteer CylinderThere are two identical steer cylinders thatwork in parallel. They are part of the same hydrauliccircuit, but move in opposite directions. The tie rodcylinder maintains equal movement of the tires.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Tag, disconnect and plug the hydraulic hosesfrom the steer cylinder. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
2 Remove the pin retaining fasteners from thesteer cylinder pivot pins. Remove the pivot pinfrom each end of the steer cylinder.
3 Remove the steer cylinder from the machine.
Section 4 • Repair Procedures
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2WD STEER AXLE COMPONENTS
11-3Tie Rod Cylinder
How to Remove theTie Rod CylinderNote: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Tag, disconnect and plug the hydraulic hosesfrom the tie rod cylinder. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
2 Support and secure the tie rod cylinder to alifting jack.
3 Remove the pin retaining fasteners from each tierod cylinder pivot pin.
4 Remove the pivot pin from each end of the tierod cylinder.
5 Remove the tie rod cylinder from the machine.
Crushing hazard. The tie rodcylinder may become unbalancedand fall if not properly supportedand secured to the lifting jackwhen it is removed from themachine.
How to Perform the Toe-inAdjustmentNote: Perform this procedure on a firm, levelsurface. Block the non-steer tires and be sure thatthe machine is in the stowed position.
1 Straighten the steer wheels.
2 Measure the steer tires, front to front and backto back, using a measuring fixture.
3 Center a lifting jack of ample capacity under thesteer axle and raise the machine until the steertires are off the ground.
4 Loosen the jam nut on the adjustable endof the tie rod cylinder.
5 Remove the pin retaining fasteners from theadjustable end of the tie rod cylinder. Removethe pivot pin.
6 Slide the tie rod cylinder off of the yoke andadjust it by turning the end.
Note: One half turn on the adjustable end equalsapproximately1/
8 inch / 3.2 mm change in the front and rear
measurements.
7 Slide the tie rod cylinder onto the yoke. Installthe pivot pin and the pin retaining fastener.
8 Tighten the jam nut against the tie rod cylinder.
9 Lower the machine and repeat step 2.If further adjustment is needed, repeatthis procedure beginning with step 3.
Toe-in specification 0 ± 1/8 inch / 6.35 mm
Section 4 • Repair Procedures
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6 Remove the lug nuts. Remove the tire andwheel assembly.
7 Remove the hydraulic hose clamp retainingfastener from the top of the yoke pivot pin.
8 Remove the drive motor mounting fasteners.
9 Slide the drive motor shaft out of the drive huband remove the drive motor from the machine.
10 Remove the pin retaining fasteners from theupper and lower yoke pivot pins.
11 Support and secure the yoke and drive hubassembly to a lifting jack.
12 Use a slide hammer to remove the upper yokepivot pin. Use a soft metal drift to drive thelower yoke pivot pin down and out.
Crushing hazard. The yoke anddrive hub assembly could becomeunbalanced and fall when the yokepivot pins are removed if notproperly supported and secured tothe lifting jack.
13 Place the yoke and drive hub assembly on a flatsurface with the drive hub facing down.
14 Remove the drive hub mounting fasteners thatattach the drive hub to the yoke. Remove theyoke from the drive hub. Refer toSection 2, Specifications.
Note: Replace the thrust washer when installing theyoke and drive hub assembly onto the axle.
4WD Steer Axle Components
12-1Yoke and Drive Hub
How to Remove the Yokeand Drive Hub AssemblyNote: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Remove the pin retaining fasteners from boththe steer cylinder and the tie rod cylinder pivotpins. Remove the pins.
2 Tag, disconnect and plug the hydraulic hosesfrom the drive motor. Cap the fittings on thedrive motor.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
3 Loosen the wheel lug nuts. Do not remove them.
4 Block the non-steer wheels, and center a liftingjack of ample capacity under the steer axle.
5 Raise the machine approximately6 inches / 15 cm and place blocks under thechassis for support.
Section 4 • Repair Procedures
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3 Tag, disconnect and plug the hydraulic hosesfrom the drive motor. Cap the fittings on thedrive motor.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
4 Remove the drive motor mounting fasteners.
5 Slide the drive motor shaft out of the drive hub,and remove the drive motor from the machine.Refer to Section 2, Specifications.
12-2Drive Motor
How to Remove a Drive MotorComponent damage hazard.Repairs to the motor should onlybe performed by an authorizedSauer dealer.
Component damage hazard. Thework area and surfaces where thisprocedure will be performed mustbe clean and free of debris thatcould get into the hydraulic systemand cause severe componentdamage. Dealer service isrecommended.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. RefertoSection 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Extend the axles.
2 Remove the drive motor access covers fromboth sides of the inner axle.
4WD STEER AXLE COMPONENTS
Section 4 • Repair Procedures
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February 2012
4WD STEER AXLE COMPONENTS
12-4Steer Cylinders
How to Remove a Steer CylinderThere are two identical steer cylinders thatwork in parallel. They are part of the same hydrauliccircuit, but move in opposite directions. The tie rodcylinder maintains equal movement of the tires.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Tag, disconnect and plug the hydraulic hosesfrom the steer cylinder. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
2 Remove the hose bracket mounting fastener onthe steer cylinder barrel-end pivot pin.
3 Remove the pin retaining fasteners from thesteer cylinder pivot pins. Remove the pivot pinfrom each end of the steer cylinder.
4 Remove the steer cylinder from the machine.
12-3Drive Hub
How to Remove a Drive HubNote: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Remove the drive motor. See 12-2, How toRemove a Drive Motor.
2 Loosen the wheel lug nuts. Do not remove them.
3 Center a lifting jack of ample capacity under thenon-steer axle.
4 Raise the machine approximately6 inches / 15 cm and place blocks under thechassis for support.
5 Remove the wheel lug nuts, then the tire andwheel assembly.
6 Place a second lifting jack under the drive hubfor support and secure the drive hub to thelifting jack.
7 Remove the drive hub mounting fasteners thatattach the drive hub to the axle. Remove thedrive hub.
Crushing hazard. The drivehub could become unbalancedand fall if not properly supportedand secured to the lifting jackwhen removed from the machine.
Note: Do not re-use the drive hub mountingfasteners. Genie specifications require the use ofnew fasteners.
Section 4 • Repair Procedures
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12-5Tie Rod Cylinder
How to Remove theTie Rod CylinderThis procedure is the same as the 2WD procedure.See 11-3, How to Remove the Tie Rod Cylinder.
How to Perform the Toe-inAdjustmentThis procedure is the same as the 2WD procedure.See 11-3, How to Perform the Toe-in Adjustment.
4WD STEER AXLE COMPONENTS
Section 4 • Repair Procedures
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Non-steer Axle Components
13-1Drive Motor
How to Remove a Drive MotorThis procedure is the same as the steer axleprocedure. See 12-2, How to Remove a DriveMotor.
13-2Drive Hub
How to Remove a Drive HubThis procedure is the same as the steer axleprocedure. See 12-3, How to Remove a Drive Hub.
Section 4 • Repair Procedures
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Oscillating Axle Components
14-1Oscillate Axle Cylinders
The oscillating axle cylinders extend and retractbetween the drive chassis and the axle to maintaina level chassis while driving over uneven terrain.The cylinders are equipped with counterbalancevalves to prevent movement in the event of ahydraulic hose failure.
How to Remove an Oscillate AxleCylinderNote: Perform this procedure on firm, level surfacewith the boom in the stowed position.
Note: When removing a hose assembly or fitting,the O-ring (if equipped) on the fitting and/or thehose end must be replaced. All connections mustbe torqued to specification during installation. Referto Section 2, Hydraulic Hose and Fitting TorqueSpecifications.
1 Rotate the turntable until the boom is betweenthe steer tires.
2 Remove the fasteners from the drive chassiscover at the steer end. Remove the cover.
3 Tag, disconnect and plug the oscillating axlecylinder hydraulic hoses. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
4 Remove the pin retaining fasteners from therod-end pivot pin. Use a soft metal drift toremove the pin.
5 Attach a lifting strap from an overhead crane tothe barrel end of the oscillating cylinder.
6 Remove the pin retaining fasteners from thebarrel-end pivot pin. Use a soft metal drift toremove the pin.
7 Remove the cylinder from the machine.
Crushing hazard. The oscillatecylinder could become unbalancedand fall if not properly attached tothe overhead crane whenremoved from the machine.
Section 4 • Repair Procedures
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OSCILLATING AXLE COMPONENTS
14-2Oscillate Directional Valve
How to Adjust the OscillateRelief Valve Pressure1 Remove the drive chassis cover from the non-
steer end of the machine.
2 Connect a 0 to 2000 psi / 0 to 150 bar pressuregauge to the diagnostic nipple located near theoscillate directional valve.
3 Disconnect the directional valve linkage, byremoving the clevis yoke from the drivechassis.
4 Start the engine from the ground control.
5 With the engine running, manually activate thevalve and observe the pressure reading on thepressure gauge. Refer to Section 2,Specifications.
6 Turn the engine off.
7 Locate the relief valve on the directional valve.
a relief valve
8 Loosen the jam nut on the relief valve.
9 Turn the valve clockwise to increase thepressure or counterclockwise to decrease thepressure.
Tip-over hazard. Do not adjust therelief valve higher than specified.
10 Tighten the jam nut.
11 Start the engine and manually activate the valveto confirm the valve pressure.
Result: Pressure is between 800 to 900 psi / 55to 65 bar.
Result: Pressure is less than 800 psi / 55 bar ormore than 900 psi / 65 bar. Repeat thisprocedure beginning with step 5.
12 Turn the engine off, remove the pressure gaugeand assemble the directional valve linkage.
13 Install the cover on the non-steer end of thedrive chassis.
a
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How to Set Up the DirectionalValve LinkageNote: Perform this procedure on a firm, levelsurface.
1 Lower the boom to the stowed position.
2 Use a "bubble type" level to be sure the surfacethe machine is on is completely level.
Tip-over hazard. Failure to performthis procedure on a firm, levelsurface will compromise thestability of the machine and couldresult in the machine tipping over.
3 Check the tire pressure in all four tires and addair if needed to meet specification.
4 Remove the drive chassis cover from thenon-steer end of the machine.
5 Disconnect the linkage clevis yoke from theaxle.
6 Place a "bubble type" level on the turntablerotate bearing plate at the non-steer end.Confirm whether the drive chassis is completelylevel.
7 If the drive chassis is not level, start the engineand push up or pull down on the linkageadjustment rod until the machine is completelylevel.
8 Verify that the ground and drive chassis arecompletely level.
9 Adjust the length of the rod by turning the clevisyoke until the clevis yoke can be pinned to theaxle.
10 Install the shoulder bolt and nut.
11 Measure the distance between the drive chassisand the non-steer axle on both sides (from theinside of the drive chassis).
Result: The measurements should be equal.
Note: If the distance is not equal and theadjustment to the linkage was completed with theground and drive chassis level, consult GenieIndustries Service Department.
OSCILLATING AXLE COMPONENTS
Section 4 • Repair Procedures
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15-1Extendable Axles
The extendable axles are used to widen the footprint of the drive chassis for stability.
How to Shim an Extendable AxleNote: Replace the pad if thickness is less thanminimum specification. If thickness is more thanminimum specification, perform the followingprocedure. Refer to Maintenance Procedure D-2,Check the Extendable Axle Wear Pads.
1 Extend the axles.
Side wear pads:
2 Loosen the side wear pad mounting fastenerson the outer axle.
3 Install the new shims under the wear pads toobtain zero clearance and zero drag.
4 Use a round punch to align the shim to the wearpad. Tighten the mounting fasteners.
5 Extend and retract the axle through an entirecycle. Check for tight spots that could causebinding or scraping.
Note: Always maintain squareness between theinner and outer axle tubes.
Top and bottom wear pads:
1 Center a lifting jack of sufficient capacity underthe outer axle that needs to be shimmed. Do notraise the machine.
2 Block the wheels at the opposite end of themachine.
3 Raise the machine just until the weight of themachine is relieved off of the inner axle. Do notraise the wheels off of the ground.
4 Remove the drive chassis cover.
5 Loosen the wear pad mounting fasteners fromthe top and bottom wear pads on both the innerand outer axles.
6 Install the new shims under the wear pads of theinner and outer axle to obtain zero clearanceand zero drag.
7 Use a round punch through the wear padmounting holes to align the shims with the wearpad. Install the wear pad retaining fasteners.
8 Extend and retract the axle through an entirecycle. Check for tight spots that could causebinding or scraping of the axle tubes.
Note: Always maintain squareness between theinner and outer axle tubes.
Extendable Axle Components
Section 4 • Repair Procedures
4 - 84 S-80 • S-85 Part No. 111165
February 2012
EXTENDABLE AXLE COMPONENTS
How to Remove an Inner AxleNote: When removing a hose assembly or fitting,the O-ring on the fitting and/or hose end must bereplaced and then torqued to specification duringinstallation. Refer to Section 2, Hydraulic Hose andFitting Torque Specifications.
Note: Perform this procedure with the boom in thestowed position and boom between the non-steerend tires.
Steer end:
1 Extend the axles.
2 Remove the drive chassis cover.
3 2WD models: Remove the yoke and hubassembly. See 11-1, How to Remove the Yokeand Hub.
4WD models: Remove the yoke and drive hub.See 12-1, How to Remove the Yoke and DriveHub Assembly.
4 4WD models: Remove the hose bracket fromthe steer cylinder barrel-end pivot pin.
5 Remove the remaining steer cylinder pivot pin.Remove the steer cylinder and lay off to theside.
Component damage hazard. Hosescan be damaged if they are kinkedor pinched.
6 Remove the steer cylinder mounting lug from theinner axle.
7 Place blocks under the axle extension cylinderfor support.
8 Remove the external snap ring from the axleextension cylinder pivot pin. Use a soft metaldrift to remove the pin.
9 Attach a lifting strap from an overhead crane tothe inner axle for support.
10 Remove all wear pads from the outer axle.
Note: Pay careful attention to the quantity andlocation of shims used when removing the wearpads.
11 Carefully remove the inner axle from the outeraxle.
Crushing hazard. The inner axlecould become unbalanced and fallif not properly supported when it isremoved from the outer axle.
Non-steer end:
12 Loosen the wheel lug nuts. Do not remove them.
13 Block the steer tires and center a lifting jackunder the outer axle.
14 Raise the machine approximately6 inches / 15 cm and place blocks under thechassis for support.
15 Remove the lug nuts. Remove the tire and wheelassembly.
16 Remove the drive motor covers from both sidesof the inner axle.
Section 4 • Repair Procedures
Part No. 111165 S-80 • S-85 4 - 85
February 2012
EXTENDABLE AXLE COMPONENTS
17 Tag, disconnect and plug the hydraulic hoses atthe drive motor. Cap the fittings on the drivemotor.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
18 Place blocks under the axle extension cylinderfor support.
19 Remove the external snap rings from the axleextension cylinder pivot pin of the inner axle tobe removed. Use a soft metal drift to removethe pin.
20 Attach a strap from a lifting device through theinner axle close to the drive hub for support.
21 Remove all wear pads from the outer axle.
Note: Pay careful attention to the location andnumber of shims used when removing the wearpads.
22 Carefully remove the inner axle from the outeraxle.
Crushing hazard. The inner axlecould become unbalanced and fallif not properly supported when it isremoved from the outer axle.
Component damage hazard. Hosescan be damaged if they are kinkedor pinched.
15-2Axle Extension Cylinder
How to Remove the AxleExtension CylinderNote: When removing a hose assembly or fitting,the O-ring on the fitting and/or hose end must bereplaced and then torqued to specification duringinstallation. Refer to Section 2, Hydraulic Hose andFitting Torque Specifications.
Note: Perform this procedure with the boom in thestowed position and boom between the non-steerend tires.
1 Extend the axles.
2 Remove the drive chassis cover.
Steer end:
3 Remove the engine side yoke and hub.
2WD models: Remove the yoke and hubassembly. See 11-1, How to Remove the Yokeand Hub.
4WD models: Remove the yoke and drive hub.See 12-1, How to Remove the Yoke and DriveHub Assembly.
4 Remove the access cover at the end of theinner axle.
Section 4 • Repair Procedures
4 - 86 S-80 • S-85 Part No. 111165
February 2012
5 Tag, disconnect and plug the axle extendcylinder hydraulic hoses. Cap the fittings on thecylinder.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
6 Place blocks under the axle extension cylinderfor support.
7 Remove the external snap rings from the axleextension cylinder pivot pins. Use a soft metaldrift to remove the pins.
8 Carefully remove the axle extension cylinderfrom the machine by pulling it out the end of theinner axle.
Crushing hazard. The axleextension cylinder could becomeunbalanced and fall if not properlysupported when it is removed fromthe axle.
Non-steer end:
9 Remove the drive motor access covers fromboth sides of the axle.
10 Remove the drive motor. Refer to 12-2, How toRemove a Drive Motor.
11 Remove the drive hub. Refer to 12-3, How toRemove a Drive Hub.
12 Tag, disconnect and plug the axle extendcylinder hydraulic hoses from RAE and RAR portson the axle select manifold. Cap the fittings onthe manifold.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
13 Place blocks under the axle extension cylinderfor support.
14 Remove the external snap rings from the axleextension cylinder pivot pins. Use a soft metaldrift to remove the pins.
15 Carefully remove the axle extension cylinderfrom the machine by pulling it out the end of theinner axle.
Crushing hazard. The axleextension cylinder could becomeunbalanced and fall if not properlysupported when it is removed fromthe axle.
EXTENDABLE AXLE COMPONENTS
Part No. 111165 S-80 • S-85 5 - 1
February 2012 Section 5 • Fault Codes
Before Troubleshooting:
Read, understand and obey the safety rules andoperating instructions printed in theGenie S-80 and Genie S-85 Operator’s Manual.
Be sure that all necessary tools and testequipment are available and ready for use.
Read each appropiate fault code thoroughly.Attempting shortcuts may produce hazardousconditions.
Be aware of the following hazards and followgenerally accepted safe workshop practices.
Crushing hazard. When testingor replacing any hydrauliccomponent, always supportthe structure and secure itfrom movement.
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil tosquirt or spray.
Note: Perform all troubleshooting on a firm, levelsurface.
Note: Two persons will be required to safelyperform some troubleshooting procedures.
Fault Codes
Observe and Obey:
Troubleshooting and repair procedures shall becompleted by a person trained and qualified onthe repair of this machine.
Immediately tag and remove from service adamaged or malfunctioning machine.
Repair any machine damage or malfunctionbefore operating the machine.
Unless otherwise specified, perform eachrepair procedure with the machine in thefollowing configuration:
• Machine parked on a firm, level surface
• Boom in stowed position
• Turntable rotated with the boom between the non-steer wheels
• Turntable secured with the turntable rotation lock
• Key switch in the off position with the key removed
• Wheels chocked
• All external AC power disconnectedfrom the machine
5 - 2 S-80 • S-85 Part No. 111165
February 2012Section 5 • Fault Codes
FAULT CODES
Fault Codes - Control System
How to Retrieve ControlSystem Fault CodesNote: At least one fault code is present when thealarm at the platform controls produces two shortbeeps every 30 seconds for 10 minutes.
Note: Perform this procedure with the engine off,the key switch turned to platform controls andboth red Emergency Stop button pulled out to theon position at both the ground and platformcontrols.
1 Open the platform control box lid.
Electrocution/burn hazard.Contact with electrically chargedcircuits could result in death orserious injury. Remove all rings,watches and other jewelry.
2 Locate the red and yellow fault LEDs on theALC-500 circuit board inside the platformcontrol box. Do not touch the circuit board.
Component damage hazard.Electrostatic discharge (ESD)can damage printed circuit boardcomponents. If the circuit boarddoes need to be handled,maintain firm contact with ametal part of the machine that isgrounded at all times whenhandling the printed circuit boardOR use a grounded wrist strap.
3 Determine the error source: The red LEDindidates the error source and will flash twoseparate codes. The first code will indicatethe first digit of the two digit code, flashingonce per second. It will then pause for 1.5seconds and flash the second digit once per0.5 second.
Note: When the red LED is flashing the code, theyellow LED will be on solid.
4 Determine the error type: The yellow LEDindidates the error type and will flash twoseparate codes. The first code will indicatethe first digit of the two digit code, flashingonce per second. It will then pause for 1.5seconds and flash the second digit once per0.5 second.
Note: When the yellow LED is flashing the code,the red LED will be on solid.
5 Use the fault code table on the followingpages to aid in troubleshooting the machineby pinpointing the area or componentaffected.
Part No. 111165 S-80 • S-85 5 - 3
February 2012 Section 5 • Fault Codes
Continued on next page
FAULT CODES
Error Source Error Type ID Name ID Name
Condition Solution 11 12 15 16
Value at 5V Value too high Value too low Value at 0V
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Joystick speed and direction frozen at zero and neutral.
Calibrate joystick.
21 Boom 1 Joystick (primary boom up/ down)
18 Just calibrated Initiate 1-second beep of alarm.
Self-clearing. (transient)
22 Boom 1 directional valves
21 Fault
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
12 15
Value too high Value too low
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Calibrate valve thresholds.
23 Boom 1 flow control valve
18 Just calibrated
Normal function except threshold for one or both directions is zero.
Self-clearing. (transient)
11 12 15 16
Value at 5V Value too high Value too low Value at 0V
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Joystick speed and direction frozen at zero and neutral.
Calibrate joystick.
31 Boom 2 Joystick (secondary boom up/down or primary boom extend/retract)
18 Just calibrated Initiate 1 second beep of alarm.
Self-clearing. (transient)
32 Boom 2 directional valves
21 Fault
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
5 - 4 S-80 • S-85 Part No. 111165
February 2012Section 5 • Fault Codes
FAULT CODES
Error Source Error Type ID Name ID Name
Condition Solution
12 15
Value too high Value too low
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Calibrate valve thresholds.
33 Boom 2 flow control valve
18 Just calibrated
Normal function except threshold for one or both directions is zero.
Self-clearing. (transient)
11 12 15 16
Value at 5V Value too high Value too low Value at 0V
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Joystick speed and direction frozen at zero and neutral.
Calibrate joystick.
41 Turntable rotate joystick
18 Just calibrated Initiate 1-second beep of alarm.
Self-clearing. (transient)
42 Turntable rotate directional valves
21 Fault
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
12 15
Value too high Value too low
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Calibrate valve thresholds.
43 Turntable rotate flow control valve
18 Just calibrated
Normal function except threshold for one or both directions is zero.
Self-clearing. (transient)
44 Drive enable override switches 21 Fault
Enable override direction is frozen at neutral.
Power up controller with problem corrected.
Part No. 111165 S-80 • S-85 5 - 5
February 2012 Section 5 • Fault Codes
FAULT CODES
Error Source Error Type ID Name ID Name
Condition Solution 11 12 15 16
Value at 5V Value too high Value too low Value at 0V
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Joystick speed and direction frozen at zero and neutral.
Calibrate joystick.
51 Drive joystick
18 Just calibrated Initiate 1-second beep of alarm.
Self-clearing. (transient)
12 15
Value too high Value too low
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Calibrate valve thresholds.
53 Drive flow valve (EDC)
18 Just calibrated
Normal function except threshold for one or both directions is zero.
Self-clearing. (transient)
54 Drive brake valve
21 Fault
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
55 High speed drive motor Valve
21 Fault
Motor speed frozen in the low state. Alarm sounds indicating fault.
Power up controller with problem corrected.
11 12 15 16
Value at 5V Value too high Value too low Value at 0V
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
17 Not calibrated Joystick speed and direction frozen at zero and neutral.
Calibrate joystick.
61 Steer joystick
18 Just calibrated Initiate 1-second beep of alarm.
Self-clearing. (transient)
62 Steer directional valves
21 Fault
Limited speed and direction frozen at zero and neutral. Alarm sounds indicating fault.
Power up controller with problem corrected.
5 - 6 S-80 • S-85 Part No. 111165
February 2012Section 5 • Fault Codes
FAULT CODES
How to Retrieve Ford EngineFault CodesThe ECM constantly monitors the engine by theuse of sensors on the engine. The ECM alsouses signals from the sensors to initiatesequential fuel injection and make constant andinstantaneous changes to ignition timing, fueldelivery and throttle position to maintain theengine's running condition at its highest efficiencywhile at the same time keeping exhaustemissions to a minimum. When a sensor fails orreturns signals that are outside of setparameters, the ECM will store a fault code inmemory that relates to the appropriate sensorand will turn on the Check Engine Light.
Note: Perform this procedure with the key switchin the off position.
1 Open the ground controls side cover andlocate the run/test toggle switch on the side ofthe ground control box.
2 Pull out the red Emergency Stop button to theon position at both the ground and platformcontrols.
3 Quickly activate and release the start toggleswitch/button. Do not start the engine.
Engine Fault Codes -GM and Ford Models
How to Retrieve GM EngineFault CodesWhen an engine malfunction is detected by theElectronic Control Module (ECM), a fault code isrecorded and the check engine light will turn on atthe ground controls. Special equipment isrequired to retrieve fault codes stored within theECM. Contact Genie Service Department forassistance in retrieving fault codes.
Note: If the check engine light is on and theengine is stopped, tag the machine and removefrom service. Contact service personnelimmediately.
Note: If the check engine light is on and theengine is still running, contact service personnelwithin 24 hours.
Part No. 111165 S-80 • S-85 5 - 7
February 2012 Section 5 • Fault Codes
FAULT CODES
Continued on next page
How to Clear Engine FaultCodes from the ECMNote: Perform this procedure with the engine offand the key switch in the off position.
1 Open the engine side turntable cover andlocate the battery.
2 Disconnect the negative battery cable fromthe battery for a minimum of 5 minutes.
Electrocution/burn hazard.Contact with electrically chargedcircuits could result in death orserious injury. Remove all rings,watches and other jewelry.
3 Connect the negative battery cable to thebattery.
4 Move and hold the run/test toggle switch tothe test position.
Result: The check engine light should turn on.The check engine light should begin to blink.
5 Continue to hold the run/test toggle switch inthe test position and count the blinks.
Note: Before the fault codes are displayed, thecheck engine light will blink a code 123 threetimes. After the fault codes, the check enginelight will blink a code 123 three times againindicating the end of the stored codes.
Note: If any fault codes are present, the ECM willblink a three digit code three times for each codestored in memory. It will blink the first digit of athree digit code, pause, blink the second digit,pause, and then blink the third digit. For example:the check engine light blinks 5 consecutivetimes, blinks 3 times and then 1 time. That wouldindicate code 531.
Note: Once a fault code has been retrieved andthe repair has been completed, the ECM memorymust be reset to clear the fault code from theECM. See How to Clear Engine Fault Codes fromthe ECM.
5 - 8 S-80 • S-85 Part No. 111165
February 2012Section 5 • Fault Codes
FAULT CODES
Code Problem Cause Solution
111 Closed Loop Multiplier High (LPG)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty OR there are vacuum leaks or exhaust leaks.
Repair wiring and/or connections OR replace sensor OR repair vacuum and exhaust leaks.
112 HO2S Open/Inactive (Bank 1)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty.
Repair wiring and/or connections OR replace sensor.
113 HO2S Open/Inactive S(Bank 2)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty.
Repair wiring and/or connections OR replace sensor.
114 Post-cat oxygen sensor open
The post cat Heated Oxygen Sensor wiring and/or connections are open or shorted OR sensor is cold, non-responsive or inactive for 60 seconds or longer.
Repair wiring and/or connections OR replace the post cat oxygen sensor.
121 Closed Loop Multiplier High (Gasoline)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty OR there are vacuum leaks or exhaust leaks OR fuel pressure is low OR the fuel injectors need cleaning or replacing.
Repair wiring and/or connections OR replace sensor OR repair any vacuum and exhaust leaks OR test the fuel pressure OR clean or replace the fuel injectors.
122 Closed Loop Multiplier Low (Gasoline)
MAP, IAT or ECT sensors not in correct position OR wiring and/or connections for sensors open or shorted OR sensor is faulty OR one or more fuel injectors are stuck open OR there is electro-magnetic interference from a faulty crankshaft and/or camshaft position sensor.
Adjust or replace sensors OR clean or repair fuel injectors.
124 Closed Loop Multiplier Low (LPG)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty OR fuel quality is poor OR fuel system components may be faulty.
Repair wiring and/or connections OR replace sensor OR replace fuel OR test and repair the fuel system components.
133 Gasoline cat monitor There are exhaust leaks OR the catalyst system efficiency is below the acceptable level.
Repair exhaust leaks OR there is an emissions compliance issue. Contact Ford Power Products for assistance.
134 LPG cat monitor There are exhaust leaks OR the catalyst system efficiency is below the acceptable level.
Repair exhaust leaks OR there is an emissions compliance issue. Contact Ford Power Products for assistance.
135 NG cat monitor There are exhaust leaks OR the catalyst system efficiency is below the acceptable level.
Repair exhaust leaks OR there is an emissions compliance issue. Contact Ford Power Products for assistance.
141 Adaptive Lean Fault - High Limit (Gasoline)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty OR there are vacuum or exhaust leaks OR one or more fuel injectors faulty or stuck closed OR fuel quality is poor OR fuel pressure is too low.
Repair heated oxygen sensor wiring and/or connections OR replace sensor OR repair vacuum and exhaust leaks OR test the fuel pressure OR clean or replace the fuel injectors.
142 Adaptive Rich Fault - Low Limit (Gasoline)
MAP, IAT or ECT sensors not in correct position OR wiring and/or connections for sensors open or shorted OR sensor is faulty OR one or more fuel injectors are stuck closed OR there is electro-magnetic interference from a faulty crankshaft and/or camshaft position sensor.
Adjust or replace sensors OR clean or repair fuel injectors.
143 Adaptive Learn High (LPG)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty OR there are vacuum leaks or exhaust leaks OR fuel quality is poor OR fuel system components may be faulty.
Repair wiring and/or connections OR replace sensor OR repair any vacuum and exhaust leaks OR replace fuel OR test and repair the fuel system components.
111 Closed Loop Multiplier High (LPG)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty OR there are vacuum leaks or exhaust leaks.
Repair wiring and/or connections OR replace sensor OR repair vacuum and exhaust leaks.
112 HO2S Open/Inactive (Bank 1)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty.
Repair wiring and/or connections OR replace sensor.
113 HO2S Open/Inactive S(Bank 2)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty.
Repair wiring and/or connections OR replace sensor.
114 Post-cat oxygen sensor open
The post cat Heated Oxygen Sensor wiring and/or connections are open or shorted OR sensor is cold, non-responsive or inactive for 60 seconds or longer.
Repair wiring and/or connections OR replace the post cat oxygen sensor.
121 Closed Loop Multiplier High (Gasoline)
Heated Oxygen Sensor wiring and/or connections open or shorted OR sensor is faulty OR there are vacuum leaks or exhaust leaks OR fuel pressure is low OR the fuel injectors need cleaning or replacing.
Repair wiring and/or connections OR replace sensor OR repair any vacuum and exhaust leaks OR test the fuel pressure OR clean or replace the fuel injectors.
Part No. 111165 S-80 • S-85 5 - 9
February 2012 Section 5 • Fault Codes
FAULT CODES
Continued on next page
Code Problem Cause Solution
144 Adaptive Learn Low (LPG) Engine wire harness may have an intermittent short to 5V DC or 12V DC OR fuel system components may be faulty.
Repair short in engine wire harness OR test and repair the fuel system components.
161 System Voltage Low Battery is faulty OR alternator is not charging OR battery supply wiring to ECM is open or shorted.
Replace battery OR repair alternator OR repair battery supply wiring to ECM.
162 System Voltage High Alternator is overcharging the battery when engine RPM is greater than 1500 rpm. Repair or replace the alternator.
211 IAT High Voltage IAT sensor wiring and/or connections are open or shorted OR sensor is faulty OR engine intake air temperature is too cold.
Repair wiring and/or connections OR replace sensor OR direct warmer air into air intake.
212 IAT Low Voltage IAT sensor wiring and/or connections are open or shorted OR sensor is faulty OR engine intake air temperature is too hot.
Repair wiring and/or connections OR replace sensor OR direct cooler air into air intake.
213 IAT Higher Than Expected (1)
Air intake temperature is greater than 200° F with the engine greater than 1000 rpm OR air intake system has leaks OR IAT sensor is faulty.
Check air intake system for damage and proper routing of air intake components OR replace the IAT sensor.
214 IAT Higher Than Expected (2)
Air intake temperature is greater than 210° F with the engine greater than 1000 rpm OR air intake system has leaks OR IAT sensor is faulty.
Check air intake system for damage and proper routing of air intake components OR replace the IAT sensor.
215 Oil Pressure Low Faulty oil pressure sensor OR sensor wiring and/or connections open or shorted OR engine oil level too low.
Replace oil pressure sensor OR repair sensor wiring and/or connections OR fill engine oil level to specification.
221 CHT/ECT High Voltage Engine cooling system is malfunctioning OR sensor wires and/or connections open or shorted OR sensor is faulty.
Repair engine cooling system problems OR repair open or shorted wiring to sensor OR replace sensor.
222 CHT/ECT Low Voltage
Engine cooling system is malfunctioning and overheating the engine OR sensor wires and/or connections open or shorted OR sensor is faulty OR coolant level is low.
Repair engine cooling system problems OR repair open or shorted wiring to sensor OR replace sensor OR fill engine coolant level to specification.
223 CHT Higher Than Expected (1)
Coolant temperature at the cylinder head is 240° F. Engine cooling system is malfunctioning and overheating the engine OR sensor wires and/or connections open or shorted OR sensor is faulty OR coolant level is low.
Repair engine cooling system problems OR repair open or shorted wiring to sensor OR replace sensor OR fill engine coolant level to specification.
224 CHT Higher Than Expected (2)
Coolant temperature at the cylinder head is 250° F. Engine cooling system is malfunctioning and overheating the engine OR sensor wires and/or connections open or shorted OR sensor is faulty OR coolant level is low.
Repair engine cooling system problems OR repair open or shorted wiring to sensor OR replace sensor OR fill engine coolant level to specification.
231 MAP High Pressure Open or shorted wiring and/or connections to MAP sensor OR sensor is faulty.
Repair wiring and/or connections to sensor OR replace MAP sensor.
232 MAP Low Voltage Open or shorted wiring and/or connections to MAP sensor OR sensor is faulty.
Repair wiring and/or connections to sensor OR replace MAP sensor.
234 BP High Pressure MAP sensor is faulty OR ECM is faulty. Replace MAP sensor OR replace the ECM.
235 BP Low Pressure MAP sensor is faulty OR ECM is faulty. Replace MAP sensor OR replace the ECM.
242 Crank Sync Noise Crankshaft position sensor wiring and/or connections open or shorted OR there is a poor system ground connection OR sensor is faulty.
Be sure system ground connections are in place and secure OR repair wiring and/or connections to sensor OR replace sensor.
243 Never Crank Synced At Start
Crankshaft position sensor wiring and/or connections open or shorted OR there is a poor system ground connection OR sensor is faulty.
Be sure system ground connections are in place and secure OR repair wiring and/or connections to sensor OR replace sensor.
5 - 10 S-80 • S-85 Part No. 111165
February 2012Section 5 • Fault Codes
FAULT CODES
Code Problem Cause Solution
245 Camshaft Sensor Noise Camshaft position sensor wiring and/or connections open or shorted OR there is a poor system ground connection OR sensor is faulty.
Be sure system ground connections are in place and secure OR repair wiring and/or connections to sensor OR replace sensor.
253 Knock Sensor Open Knock sensor wiring and/or connections open or shorted OR sensor is faulty.
Repair wiring and/or connections to knock sensor OR replace knock sensor.
254 Excessive Knock Signal Knock sensor wiring and/or connections open or shorted OR there is excessive engine vibration OR sensor is faulty.
Check for excessive engine vibration OR repair wiring and/or connections to knock sensor OR replace knock sensor.
311 Injector Driver #1 Open Open wiring and/or connections to fuel injector #1 OR fuel injector #1 is faulty OR ECM is faulty.
Repair wiring and/or connections to fuel injector #1 OR replace fuel injector #1 OR replace the ECM.
312 Injector Driver #1 Shorted Wiring and/or connections to fuel injector #1 shorted OR fuel injector #1 is faulty OR ECM is faulty.
Repair wiring and/or connections to fuel injector #1 OR replace fuel injector #1 OR replace the ECM.
313 Injector Driver #2 Open Open wiring and/or connections to fuel injector #2 OR fuel injector #2 is faulty OR ECM is faulty.
Repair wiring and/or connections to fuel injector #2 OR replace fuel injector #2 OR replace the ECM.
314 Injector Driver #2 Shorted Wiring and/or connections to fuel injector #2 shorted OR fuel injector #2 is faulty OR ECM is faulty.
Repair wiring and/or connections to fuel injector #2 OR replace fuel injector #2 OR replace the ECM.
315 Injector Driver #3 Open Open wiring and/or connections to fuel injector #3 OR fuel injector #3 is faulty OR ECM is faulty.
Repair wiring and/or connections to fuel injector #3 OR replace fuel injector #3 OR replace the ECM.
316 Injector Driver #3 Shorted Wiring and/or connections to fuel injector #3 shorted OR fuel injector #3 is faulty OR ECM is faulty.
Repair wiring and/or connections to fuel injector #3 OR replace fuel injector #3 OR replace the ECM.
321 Injector Driver #4 Open Open wiring and/or connections to fuel injector #4 OR fuel injector #4 is faulty OR ECM is faulty.
Repair wiring and/or connections to fuel injector #4 OR replace fuel injector #4 OR replace the ECM.
322 Injector Driver #4 Shorted Wiring and/or connections to fuel injector #4 shorted OR fuel injector #4 is faulty OR ECM is faulty.
Repair wiring and/or connections to fuel injector #4 OR replace fuel injector #4 OR replace the ECM.
351 Fuel Pump Loop Open or High Side Short To Ground
Open wiring and/or connections to fuel pump OR fuel pump power shorted to ground OR fuel pump is faulty.
Repair wiring and/or connections to fuel pump OR replace fuel pump.
352 Fuel Pump High Side Shorted To Power
Wiring and/or connections to fuel pump shorted to power OR fuel pump is faulty.
Repair wiring and/or connections to fuel pump OR replace fuel pump.
353 MegaJector delivery pressure higher than expected
Fuel pressure too high OR LPG lockoff not sealing correctly OR the line between the MegaJector and carburetor is kinked or restricted or is leaking OR engine cooling system is not operating properly OR MegaJector is faulty.
Check fuel pressure OR repair LPG lockoff OR repair the line between the MegaJector and carburetor OR repair engine cooling system OR replace MegaJector.
354 Megajector delivery pressure lower than expected
Fuel pressure too low OR LPG lockoff not opening completely OR the line between the MegaJector and carburetor is kinked or restricted or is leaking OR engine cooling system is not operating properly OR MegaJector is faulty.
Check fuel pressure OR repair LPG lockoff OR repair the line between the MegaJector and carburetor OR repair engine cooling system OR replace the MegaJector.
355 MegaJector communication lost
The ECM doesn’t get any response from the MegaJector, or an incorrect response for 500ms period or longer.
Check CAN circuits for continuity and shorts to power or ground and for continuity and repair as necessary OR replace the MegaJector.
361 MegaJector voltage supply high
The MegaJector detects voltage greater than 18 volts for 5 seconds anytime the engine is cranking or running.
Repair charging system OR replace the MegaJector.
362 MegaJector voltage supply low
The MegaJector detects voltage less than 9.5 volts for 5 seconds anytime the engine is cranking or running.
Repair VBAT power or ground circuit to ECM and MegaJector OR replace battery OR repair charging system OR replace the MegaJector.
Part No. 111165 S-80 • S-85 5 - 11
February 2012 Section 5 • Fault Codes
FAULT CODES
Code Problem Cause Solution
363 Megajector internal actuator fault detection
The MegaJector detects an internal fault. Open or short in power, ground or CAN circuits.s
Check Power, Ground and CAN circuits at MegaJector and all connections and repair as necessary OR MegaJector has an internal fault. Contact Ford Power Products for assistance.
364 Megajector internal circuitry fault detection
The MegaJector detects an internal circuitry failure. Open or short in power, ground or CAN circuits.
Check Power, Ground and CAN circuits at MegaJector and all connections and repair as necessary OR MegaJector has an internal fault. Contact Ford Power Products for assistance.
365 MegaJector internal communication fault detection
The MegaJector detects an internal communications failure. Open or short in power, ground or CAN circuits.
Check Power, Ground and CAN circuits at MegaJector and all connections and repair as necessary OR MegaJector has an internal fault. Contact Ford Power Products for assistance.
411 Coil Driver #1 Open Open wiring and/or connections to ignition coil #1 OR ignition coil #1 is faulty.
Repair wiring and/or connections to ignition coil #1 OR replace ignition coil #1.
412 Coil Driver #1 Shorted Wiring and/or connections to ignition coil #1 shorted OR ignition coil #1 is faulty.
Repair wiring and/or connections to ignition coil #1 OR replace ignition coil #1.
413 Coil Driver #2 Open Open wiring and/or connections to ignition coil #2 OR ignition coil #2 is faulty.
Repair wiring and/or connections to ignition coil #1 OR replace ignition coil #1.
414 Coil Driver #2 Shorted Wiring and/or connections to ignition coil #2 shorted OR ignition coil #2 is faulty.
Repair wiring and/or connections to ignition coil #2 OR replace ignition coil #2.
511 FPP1 High Voltage Not used. If this fault appears on your machine, contact Genie Industries Service Department.
512 FPP1 Low Voltage Not used. If this fault appears on your machine, contact Genie Industries Service Department.
513 FPP1 Higher than IVS Limit Not used. If this fault appears on your machine, contact Genie Industries Service Department.
514 FPP1 Lower than IVS Limit Not used. If this fault appears on your machine, contact Genie Industries Service Department.
521 FPP2 High Voltage Not used. If this fault appears on your machine, contact Genie Industries Service Department.
522 FPP2 Low Voltage Not used. If this fault appears on your machine, contact Genie Industries Service Department.
531 TPS1 (Signal Voltage) High
The #1 throttle position sensor wiring and/or connections open or shorted OR there is a poor system ground connection OR throttle position sensor #1 is faulty.
Be sure system ground connections are in place and secure OR repair wiring and/or connections to sensor OR replace throttle position sensor #1.
532 TPS1 (Signal Voltage) Low
The #1 throttle position sensor wiring and/or connections open or shorted OR there is a poor system ground connection OR throttle position sensor #1 is faulty.
Be sure system ground connections are in place and secure OR repair wiring and/or connections to sensor OR replace throttle position sensor #1.
533 TPS2 (Signal Voltage) High
The #2 throttle position sensor wiring and/or connections open or shorted OR there is a poor system ground connection OR throttle position sensor #2 is faulty.
Be sure system ground connections are in place and secure OR repair wiring and/or connections to sensor OR replace throttle position sensor #2.
534 TPS2 (Signal Voltage) Low
The #2 throttle position sensor wiring and/or connections open or shorted OR there is a poor system ground connection OR throttle position sensor #2 is faulty.
Be sure system ground connections are in place and secure OR repair wiring and/or connections to sensor OR replace throttle position sensor #2.
363 Megajector internal actuator fault detection
The MegaJector detects an internal fault. Open or short in power, ground or CAN circuits.s
Check Power, Ground and CAN circuits at MegaJector and all connections and repair as necessary OR MegaJector has an internal fault. Contact Ford Power Products for assistance.
Continued on next page
5 - 12 S-80 • S-85 Part No. 111165
February 2012Section 5 • Fault Codes
Code Problem Cause Solution
535 TPS1 Higher than TPS2
The throttle position sensor wiring and/or connections for either TPS1 or TPS2 open or shorted OR there is a poor system ground connection OR one or both throttle position sensors are faulty.
Be sure engine harness wiring and connections are in place and secure OR repair wiring and/or connections to one or both TPS sensors OR replace one or both TPS sensors.
536 TPS1 Lower than TPS2
The throttle position sensor wiring and/or connections for either TPS1 or TPS2 open or shorted OR there is a poor system ground connection OR one or both throttle position sensors are faulty.
Be sure engine harness wiring and connections are in place and secure OR repair wiring and/or connections to one or both TPS sensors OR replace one or both TPS sensors.
537 Throttle Unable to Open Governor actuator is stuck closed OR wiring and/or connections open or shorted OR governor actuator is faulty.
Repair wiring and/or connections to governor actuator OR replace the governor actuator.
538 Throttle Unable to Close Governor actuator is stuck open OR wiring and/or connections open or shorted OR governor actuator is faulty.
Repair wiring and/or connections to governor actuator OR replace the governor actuator.
545 Governor Interlock Failure Engine harness wiring and/or connections open or shorted OR there is a poor system ground connection OR ECM is faulty.
Repair wiring and/or connections in engine harness OR replace the ECM.
551 Max Governor Speed Override
ECM needs to be re-programmed OR throttle is sticking open OR there are air leaks between the throttle body and cylinder head.
Re-program ECM OR repair binding throttle operation OR repair any air leaks between the throttle body and cylinder head.
552 Fuel Rev Limit ECM needs to be re-programmed OR throttle is sticking open OR there are air leaks between the throttle body and cylinder head.
Re-program ECM OR repair binding throttle operation OR repair any air leaks between the throttle body and cylinder head.
553 Spark Rev Limit ECM needs to be re-programmed OR throttle is sticking open OR there are air leaks between the throttle body and cylinder head.
Re-program ECM OR repair binding throttle operation OR repair any air leaks between the throttle body and cylinder head.
611 COP Failure Loose wire connections to ECM OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts to ECM to be sure they are secure OR replace ECM.
612 Invalid Interrupt Loose wire connections to ECM OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts to ECM to be sure they are secure OR replace ECM.
613 A/D Loss Loose wire connections to ECM OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts to ECM to be sure they are secure OR replace ECM.
614 RTI 1 Loss Loose wire connections to ECM OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts to ECM to be sure they are secure OR replace ECM.
615 Flash Checksum Invalid Loose wire connections to ECM OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts to ECM to be sure they are secure OR replace ECM.
616 RAM Failure Loose wire connections to ECM OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts to ECM to be sure they are secure OR replace ECM.
631 External 5V DC Ref Lower than Expected
Engine harness wiring and/or connections open or shorted to ground OR there is a faulty engine sensor OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts OR locate and troubleshoot or repair faulty engine sensor OR replace ECM.
632 External 5V DC Ref Higher than Expected
Engine harness wiring and/or connections open or shorted to ground OR there is a faulty engine sensor OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts OR locate and troubleshoot or repair faulty engine sensor OR replace ECM.
655 RTI 2 Loss Loose wire connections to ECM OR ECM is faulty.
Locate and repair any engine harness wiring damage or shorts to ECM to be sure they are secure OR replace ECM.
656 RTI 3 Loss Loose wire connections to ECM OR ECM is faulty.S
Locate and repair any engine harness wiring damage or shorts to ECM to be sure they are secure OR replace ECM.
February 2012 Section 6 • Schematics
Part No. 111165 S-80 • S-85 6 - 1
Schematics
Observe and Obey:
Troubleshooting and repair procedures shall becompleted by a person trained and qualified onthe repair of this machine.
Immediately tag and remove from service adamaged or malfunctioning machine.
Repair any machine damage or malfunctionbefore operating the machine.
Before Troubleshooting:
Read, understand and obey the safety rulesand operating instructions printed in theGenie S-80 and Genie S-85 Operator's Manualon your machine.
Be sure that all necessary tools and testequipment are available and ready for use.
About This SectionThere are two groups of schematics in this section.An illustration legend precedes the drawings.
Electrical Schematics
Electrocution/burn hazard. Contactwith electrically charged circuitscould result in death or seriousinjury. Remove all rings, watchesand other jewelry.
Hydraulic Schematics
Bodily injury hazard. Sprayinghydraulic oil can penetrate andburn skin. Loosen hydraulicconnections very slowly to allowthe oil pressure to dissipategradually. Do not allow oil to squirtor spray.
General Repair Process
Malfunctiondiscovered
Identifysymptoms
Troubleshoot
Performrepair
Return toservice problem
solved
problemstill exists
Inspectand test
February 2012Section 6 • Schematics
6 - 2 S-80 • S-85 Part No. 111165
Electrical Symbols Legend
Connection
no terminal
P3
Horn button
normally open
T-circuits
connectFB
Flashing beacon
Diode
Circuits crossing
no connection
Quick disconnect
terminal
BLK
WHT
T-circuits connect
at terminal
WHT #21 TB21
Battery
+
-
Circuit breaker
with amperage
15A
CB1
Horn or alarm
H1 Emergency Stop
button normally
closed
P1
Coil
solenoid or relay
Key switch
KS1
GROUND
PLATFORM
Power relay
PR1
Toggle switch SPDT
TS2
STA
RT
EN
GIN
E
Toggle switch DPDT
TS6
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
Gauge sending unit
HM
Hour meter
N.O.
OTS2
Oil temperature
switch
normally open
N.O.
CTS1
Coolant temperature
switch
normally open
Oil pressure switch
normally closed
N.C.
OPS1
BLK
FS1
Foot switch
PumpAux
Auxiliary pump
FAN
Hydraulic oil
cooling fan
G1
Gauge
Tilt sensor
LED
L3
Limit switch
N.C.H.ON.O.H.C
LS3
Fuse
with amperage
25A
F1
510
Resistor with
ohm value
Starting aid:
glow plug or
flame ignitor
Control relay contact
normally open
CR4
N.O.
Battery separator
MA
INA
UX
Coil
Fuel or RPM
solenoid
PU
LL
IN
HO
LD
CA B
February 2012 Section 6 • Schematics
Part No. 111165 S-80 • S-85 6 - 3
Hydraulic Symbols Legend
Pump
fixed displacement
Motor
bi-directional
Accumulator
Shut off valve
Check valve
2 position, 3 way, shuttle valve
Double acting
cylinder
Priority
flow regulator valve
Differential
sensing valve
Solenoid operated
proportional valve
Hydraulic oil cooler
Brake
Pilot operated 3 position,
3 way, shuttle valve
Filter with
bypass valve
relief setting
25 psi
(1.7 bar)
Motor
2-speed,
bi-directional
Pump
bi-directional,
variable displacement
E
Pump prime mover
(engine or motor)
Directional valve
(mechanically activated)
o
Relief valve
with pressure setting
200 psi
(13.8 bar)
Orifice with size
.035"
(0.89 mm)Solenoid operated 3 position,
4 way, directional valve
Directional valve
pilot operated
2 position, 2 way
Flow divider/combiner valve
with pressure balancing orifice
and flow percentages
50% 50%
Counterbalance valve
with pressure and pilot ratio
(206.8 bar)
3000 psi
3:1
Solenoid operated 2 position,
3 way, directional valve
2 position, 2 way
solenoid valve
February 2012Section 6 • Schematics
6 - 4 S-80 • S-85 Part No. 111165
This page intentionally left blank.
February 2012 Section 6 • Schematics
6 - 5
Ford LRG-425 EFI Engine Wiring Harness
6 - 6
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 6 S-80 • S-85 Part No. 111165
351 BR-W 18
359 GY-R 18
358 LG-BK 18
TWR
B
A
C
MAP_CONN
361 R 16 361 R 16 361 R 16
INJECTOR #1 INJECTOR #3 INJECTOR #4 INJECTOR #2
ACT
151 LB-BK
307 BK-Y 18
570 BK-W 12570 BK-W 12
570 BK-W 16
570 BK-W 16
570 BK-W 16
34 GROUND
25 IVS
14 FPP1
39 R-W 18570 BK-W 1616 WATER TEMP
WATER
TEMP
30AF1
16 R-LG 181 VSW
5AF216 R-LG 18
20AF3
ECT
361 R 12361 R 14361 R 14
351 BR-W 18
359 GY-R 18
351 BR-W 18
359 GY-R 1833 ANA RTN
31 VREF
9 VBATT
360 BR-PK 18
352 BR-LG 18
114 LB-Y 18
150 DG-W 18
198 DG-O 18
18 O-Y 1838 EGR ANA IN
32 ANA AUX PD1
37 ANA AUX PU1
12 FPP2
40 EGR PWM
41 EGR REC360 BR-PK 18
352 BR-LG 18
114 LB-Y 18
150 DG-W 18
198 DG-O 18
18 O-Y 18
361 R 16
16 R-LG 18
307 BK-Y 18
351 BR-W 18
359 GY-R 18
570 BK-W 16
570 BK-W 16
360 BR-PK 18
352 BR-LG 18
114 LB-Y 18
150 DG-W 18
354 LG-R 18
151 LB-BK 18
198 DG-O 18
18 O-Y 18
555 T 16
556 W 16
557 BR-Y 16
558 BR-LB 16
358 LG-BK 18
743 GY 18
145 VOLT REF
3VSW
23EGR RECIRC
22EGR PWM
2POWER GROUND
1POWER GROUND
21EGR
20MAP
27IAT
16FPP 2
15FPP 1
11INJ 5
6INJ +
7INJ 1
12INJ 6
28ECT
17IVS
13ANA_RTN
18AUX ANA PU1
19AUX ANA PD1
31AUX OUT 2
8INJ 3
9INJ 4
10INJ 2
J1 BLACK
74 GY-LB 1824EGO 1
452 GY-R 18
282 DB-O 18
349 DB 18
350 GY 18
34CAM +
35CAM -
32CRANK +
33CRANK -
30KNK -
29KNK +
26EGO 3
570 BK-W 16
570 BK-W 16
351 BR-W 18
359 GY-R 18
354 LG-R 18
358 LG-BK 18
361 R 16
555 T 16
556 W 16
557 BR-Y 16
558 BR-LB 16
359 GY-R 18
743 GY 18
16 R-LG 18
151 LB-BK
570 BK-W 16
CRANK361 R 14361 R 16
361 R 16
5VBAT
VBAT4
392 R-LG 1825EGO 2
570 BK-W 16
359 GY-R 18
74 GY-LB 18
361A R 16
392 R-LG 18
361A R 16
359 GY-R 18
570 BK-W 16
O2 SENSOR
O2
SENSOR
361 R 14
CAM
307 BK-Y 18
359 GY-R 18
361A R 16
851 Y-R 18
850 Y-BK 18
LOCKOFF SOLENOID
361A R 16
242 DG 18
361A R 16
77 DB-Y 18
TRIM VALVE
361A R 16
172 LB-R 18
169 LG-BK 18
148 Y-R 18
317 GY-O 18
15 R-Y 18
458 O-BK 18
669 DG-W 18
461 O 18
642 DG-O 18
459 O-LG 18
662 DG-P 18
349A DB 18
77 DB-Y 18
307 BK-Y 18
306 T-LB 18
72 Y-BK 18
71 O-LG 18
238 DG-Y 18
658 PK-LG 18
11 T-Y 18
253 DG-W 18
511 LG-R 18
151 LB-BK 18
357 Y-W 18
355 GY-W 18
926A LB-O 18
242 DG 18
342 LG-P 18
570 BK-W 16
TWR
B
A
WPTWR2_GY
TWR
A
B
J2 GREY
33OVERSPEED
5AUX OUT 1
13COIL 4
3COIL 3
2COIL 2
1COIL 1
4SPK PWR GROUND
35RS 232 RX
34RS 232 TX
21RS 485 -
20RS 485 +
19CAN -
18CAN +
12ROAD SPEED -
11ROAD SPEED +
17GOV SELECT 2
16GOV SELECT 1
10FUEL PUMP MON
8TACH
7OIL PRESSURE
6BRAKE SWITCH
31TPS2
30TPS1
23FUEL LOCKOFF
22STARTER LOCKOUT
14FUEL SELECT
15AUX ANA PU2
27MIL
26GASEOUS TRIM
29DBW -
28DBW +
24COIL 5
25COIL 6
32RELAY CONTROL
9FUEL PUMP
COIL 2
VBAT
COIL 11
12
2
3
3
15 R-Y 18
926A LB-O 18
172 LB-R 18
169 LG-BK 18
148 Y-R 18
669 DG-W 18
461 O 18
642 DG-O 18
459 O-LG 18
662 DG-P 18
349A DB 18
307 BK-Y 18
306 T-LB 18
72 Y-BK 18
71 O-LG 18
658 PK-LG 18
11 T-Y 18
253 DG-W 18
511 LG-R 18
238 DG-Y 18
317 GY-O 18
151 LB-BK 18
357 Y-W 18
355 GY-W 18SHD
A
E
F
B
C
D
MTRSHD6
TWR
D
C
B
F
E
A
MTRTWR6
2
3
1
4
5
6
THROTTLE
317 GY-O 18
151 LB-BK 18
357 Y-W 18
355 GY-W 18
351 BR-W 18
359 GY-R 18351 BR-W 18
359 GY-R 18
FPP_COMMD
C
A
TWR
RTN
5V
RX
BTX
351 BR-W 18
359 GY-R 18
458 O-BK 18
669 DG-W 18
87A85
86 30
87
458 O-BK 18
342 LG-P 18
15 STARTER IN (INTERUPT)
13 STARTER CONTROL
39 STARTER IN (AUTOCRANK)32 R-LB 16
32 R-LB 16
32 R-LB 16
5 FUEL PUMP787A PK-BK 16
87A85
86 30
87
16 R-LG 18
342 LG-P 18
361 R 14
87A85
86 30
87
15AF4
FUEL PUMP
RELAY
787A PK-BK 16
361 R 16
15AF5
21 AUX OUT1
20 RS 232+
18 RS 232-
3 RS 485-
11 RS 485+
172 LB-R 18
169 LG-BK 18
148 Y-R 18
458 O-BK 18
669 DG-W 18
461 O 18
642 DG-O 18
459 O-LG 18
662 DG-P 18
349A DB 18
307 BK-Y 18
306 T-LB 18
72 Y-BK 18
71 O-LG 18
658 PK-LG 18
11 T-Y 18
253 DG-W 18
511 LG-R 184 BRAKE
26 OIL PRES
2 TACH
6 MIL
7 FUEL SELECT
10 AUX ANA PU2
24 GOV SELECT 1
23 GOV SELECT 2
35 ROADSPEED +
36 ROADSPEED -
30 OVERSPEED
28 CAN +
29 CAN -
570 BK-W 16
361A R 16
459 O-LG 18
662 DG-P 18
MTRSHD4
TWR
D
C
B
A
MTRTWR4
PLUG (GROUND)
PLUG (RELAY POWER)
PLUG (CAN +)
PLUG (CAN -)
SHD
D
B
A
C
253 DG-W 18OIL PRESSURE
361 R 16
STARTER
RELAY
POWER
RELAY
FORD
42 PIN
CONNECTOR
Ford LRG-425 EFI Engine Wiring Harness
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 7
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
GM 3.0L Engine Wiring Harness
#305 GREEN/BLACK
CAVITY "A"
GOVERNOR
ACTUATOR
CONNECTOR
OIL PRESSURE SWITCH
#105 GREEN
STARTER
INTERLOCK
RELAY
#3002 RED/BLUE
#2004 YELLOW/BLACK
#6002 RED/WHITE
#2000 BLACK/WHITE
#1004 YELLOW
#1007 PURPLE
MOLD #
#1
00
0B
LA
CK N
O.
85
30
87a
87
BLACK CONNECTOR
#1
00
6LT.
BL
UE
WHITE CONNECTOR
81 16
23
#2001 BROWN
#1001 BROWN/WHITE
#1008 GRAY
#1
00
0B
LA
CK
GASOLINE
INJECTOR
CONNECTOR
RED/BLACK
#1002
#2002 RED
#2002 RED
L.P.G. INJECTOR CONNECTOR
CAVITY "B"
AB
#2009 WHITE/BLUE
1
16
8
23
#106 DK. BLUE
#103 ORANGE
CAVITY "B"
#100 BLACK
#205 LT. GREEN
#104 YELLOW/BLACK
#102 PINK
CAVITY "C"
#2006 BLUE/WHITE
#2007 PURPLE
#1009 WHITE/BLACK
86 8587a
30
87
86 85
#7002 RED
#3002 RED/BLUE
86
30
87a
87
87a85
30
86
87
#7012 18 GA. FUSE LINK
#4002 RED#5002 RED
20 AMP FUSE
B A
CAVITY "A"
CAVITY "B"
A B C D
CAVITY "D"
COOLANT TEMPERATURE SENSOR
#2
00
2R
ED
FUEL SUPPLY
SELECT RELAY
#4
00
7
PU
RP
LE
/WH
ITE
#1
00
0B
LA
CK
#1
00
5G
RE
EN
/BL
AC
K
#1000 BLACK
COIL POWER
RELAY
#1
00
2R
ED
/BL
AC
K
TO STARTER
SOLENOID
#1
00
0B
LA
CK
#3
00
7
PU
RP
LE
/BL
AC
K
#1
00
4Y
EL
LO
W
#1
00
7P
UR
PL
E
MAIN
POWER
RELAY
CAVITY "B"
CAVITY "B"
CAVITY "A"
L.P.G. LOCK-OFF
GROUND CONNECTOR
L.P.G. LOCK-OFF
POSITIVE CONNECTOR
PED
B A CAVITY "A"
AB
CAVITY "A"
CB
A
CAVITY "C"
CAVITY "A"
#5007 PURPLE COIL WIRE
#1006 LT. BLUE
AIR TEMPERATURE SENSOR
CAVITY "B"
AB
MAP SENSOR
12 PIN CONNECTOR CAVITY #'S
#1 L.P. FUEL REQUEST (+12VDC ENABLES)
#2 HI SPEED REQUEST (+12VDC ENABLES)
#3 +12VDC STARTER INPUT
#4 +12VDC IGN. POWER TO COIL POWER RELAY
#5 AUX. INPUT SHUTDOWN
#6 ENGINE RUN SIGNAL (+12 VDC)
#7 CHECK ENGINE LAMP
#8 AUX. TACH. SIGNAL
#9 MID. SPEED REQUEST (GROUND ENABLES)
#10 EMPTY
#11 +12VDC OUTPUT TO GASOLINE FUEL PUMP
#12 GROUND TO GASOLINE FUEL PUMP
3 AMP DIODE
1000 PRV MIN.
#3
00
2R
ED
/BL
UE
TO +12V DC BATTERY
STUD ON STARTER
#1000 BLACK
ENGINE HARNESS
GROUND TERMINAL
5
6
3
4
1
2
8
7
10
9
12
11
DISTRIBUTOR
CONNECTOR
#2007 PURPLE
#3
00
6D
K.
BL
UE
COIL POWER CONNECTOR
LOOSE INSIDE CABLE LOOM
GRAY
ALT. EXCITE WIRE
#2002 RED
CAVITY "A"
ALT. SENSE
WIRE
(+12VDC)
#8
00
2R
ED
A
CAVITY "B"
B
ALT. CONNECTOR
(FOR MODEL 7SI)
TACHOMETER SIGNAL
FROM ALTERNATOR
#104 YELLOW/BLACK
Section 6 • Schematics February 2012
6 - 8
GM 3.0L Engine Wiring Harness
6 - 7
February 2012 Section 6 • Schematics
6 - 9
Electrical Schematic, S-80Deutz F4L 913 Models
6 - 10
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 10 S-80 • S-85 Part No. 111165
Electrical Schematic, S-80Deutz F4L 913 Models
P1
34
RD
HO
RN
RE
LA
Y
LE
VE
LS
EN
SO
R
HO
RN
RD
P2
0B
AT
RD
C4
3H
RN
BK
C1
07
AF
WH
C4
1R
PM
OR
/BK
CR5
GR
NO
CB3
20A
RD
TB41
GE
NE
RA
TO
R
OP
TIO
N
FL
AS
HIN
GB
EA
CO
NS
OP
TIO
N
HO
UR
ME
TE
R
PO
WE
RR
EL
AY
IGN
ITIO
IN/S
TA
RT
RE
LA
Y
STA
RT
ER
MO
TO
R
AU
XIL
IAR
YP
UM
P
AU
XIL
IAR
YP
OW
ER
RE
LA
Y
TB35
TS2
GROUND
AUX. ON
KEY PWR.
BATTERY
TACHOMETER
IGN./FUEL ON
ENG. FAULT
KEY BYPASS
START INPUT
START RELAY
4
STARTERAUX
PUMP
C2
7A
UX
RD
PR1
NO
C2
8T
TA
RD
/BK
TB21
CR2
NO
8
7
6
5
10
9
TS51
TB27
RD
TS1
TS52
1
2
TB33
3
RD
IGN./START
MODULE
WH
-21
GR
/WH
FB
C3
3S
TR
BK
C4
5G
EN
GR
/WH
TS47
P24FS WH
BK
/RD
TS54
HIG
HR
PM
TS4
BRN
RD
OR/BK
OIL
TE
MP
ER
AT
UR
EA
ND
OIL
PR
ES
SU
RE
LE
D
REGULATOR
IND.
ALTERNATOR
BAT.+
STA.
BAT.-
EXCT.
FU
EL
SO
LE
NO
ID
L5
C2
4T
ST
PB
L/R
D
S2
NC
S1
NO
OIL
PR
ES
SU
RE
SW
ITC
H
OIL
TE
MP
ER
AT
UR
ES
WIT
CH
TB34
TS56
C3
4S
AB
K/W
H
TS6
CR3
NO
PR2
NO
BK
/WH
RP
MR
EL
AY
HIG
H(F
S)
LO
WR
PM
TIL
TA
LA
RM
RD
WH
BK
BK
H2HM
+
_
RD
P25FS RD
P26ESTP BK
C1
-1C
27
AU
XR
D
C1
-7
C1
-8
C2
-7
C1
-9C
35
ES
PD
BK
/RD
CR3
TB23
TB24
TB46
D8
D7
-
+
12 V
DC
B1
D22
AUX
FAN
CR17
NO
TB20
CB1
15A
RD
B1
BA
TT
ER
Y
3 1 2
FU
NC
.E
NA
BL
E
PU
LL
IN
HO
LD
A
WH
RD
BK
CB
D6
CR1CR1
NO
FUSE
70A
HO
LD
PU
LL
INW
H
BK
21
RD
3
MODULE
TIME DELAY
-COM
+AUX
S-613
+BAT
MOM N.O.
BRN
WH
RD
RP
MS
OL
EN
OID
CR28
NO
C6
-16
C6
-23
C6
-34
C6
-33
C5
-3 C5
-2
C6
-28
C6
-27
C5
-15
C5
-5
R3
3S
TR
BK
C2
1IG
NW
H
TB33A
GL
OW
PL
UG
RE
LA
Y
GL
OW
PL
UG
GL
OW
PL
UG
FU
EL
VA
LV
E
C5
-22
C6
-13
4R
D
C5
-12
C5
-18
D14
D13
D52
D12
R2
1IG
NW
H
R11
6H
YD
OR
A C
B
C3
3S
TR
BK
C5
-7
C5
-11
BL/RD
RD
P2
2B
AT
BK
C1
32
PL
IB
L/W
H
P1
34
PW
RG
R/B
K
CB2
15A
C2
8T
TA
RD
/BK
7
WH
GR
/BK
TB28
12 8
C32-8
C1
B-2
C2
B-5
TB134
RDRD
PLAT
GRD
BK
KS1 TB22
P1 RD
6
1
4
3
5
C4
6H
RN
GR
C2
B-6
C1
B-1
2 C7
B-1
C2
P-5
C1
P-2
H1
C1
P-1
2
C7
P-1
C2
P-6
P3
HORN
RD
P2
3B
AT
WH
AU
XIL
IAR
Y
PO
WE
R
AU
XIL
IAR
Y
PO
WE
R
EN
GIN
E
STA
RT
EN
GIN
E
STA
RT
GL
OW
PL
UG
GL
OW
PL
UG GE
NE
RA
TO
R
ON
WH
TB23
C7
B-2
D2
C7
P-2
FS1
BKC9P-1
P2
CR39
NO
D42
EN
GIN
ER
PM
OIL
PR
ES
SU
RE
SE
ND
ER
(OP
TIO
N)
OIL
TE
MP
ER
AT
UR
E
SE
ND
ER
(OP
TIO
N)
C2
6T
SR
GR
/BK
C2
5P
SR
BL
/BK
G3 G2
VO
LT
ME
TE
R(O
PT
ION
)
G1
TB24A
D51
C21IGN WH C21IGN WH
C27AUX RD
C41RPM OR/BK
P46 RD
P23 RD
P25FS RD
P24FS WH
P26ESTP BK P26ESTP BK
C28TTA RD/BK
HY
DR
AU
LIC
OIL
TE
MP
ER
AT
UR
E
SW
ITC
H(O
PT
ION
)
HY
DR
AU
LIC
CO
OL
ING
FA
N(O
PT
ION
)
ALT
ER
NA
TO
R
BA
TT
ER
Y
5D40
L48+
C3
P-1
0C
13
3P
LA
BL
C3
B-1
0
NOTES:
3 ROCKER STEER OPTION ONLY.
5 ADD D40 ONLY IF UNIT HAS L4 AND L48.
1. ALL LIMIT SWITCHES SHOWN WITH BOOM IN STOWED POSITION .
2 C1B & C1P - GRAY; C2B & C2P - BLACK; C3B & C3P - GREEN; C4B & C4P - BROWN.
6CE Option, See 6 - 98
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 11
Electrical Schematic, S-80Deutz F4L 913 Models
PR
IMA
RY
BO
OM
RE
TR
AC
T
BRN
DE
SC
EN
TA
LA
RM
OP
TIO
N
P46 RD
C41RPM OR/BK
C1
5P
LD
OR
/BK
UP
DO
WNP
LA
TF
OR
ML
EV
EL
OR
/BK
-15
-M.H
.
OR
-14
-M.H
.
PL
AT
FO
RM
RO
TA
TE
RIG
HT
/JIB
DO
WN
PL
AT
FO
RM
RO
TA
TE
LE
FT
/JIB
UP
PL
AT
FO
RM
LE
VE
LU
P
PL
AT
FO
RM
LE
VE
LD
OW
N
RIG
HTP
LA
TF
OR
MR
OTA
TE
RIG
HT
LE
FT
PL
AT
FO
RM
RO
TA
TE
LE
FT
TS7
TS57
TB17
TB18
GR
-17
-M.H
.
GR
/BK
-18
-M.H
.
TS9
TS59
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
TB14
TB15
BO
OM
EX
TE
ND
/RE
TR
AC
T
FL
OW
CO
NT
RO
L
EX
TE
ND
RE
TR
AC
T
BO
OM
TB9
C9
PE
RF
BK
/RD
TS63
TB8
BK
/WH
C8
PB
RB
K/W
H
C1
4P
LU
OR
BK
/RD
C9
PE
RF
BK
/RD
C3
PB
FR
D/W
H
C7
PB
BE
BK
C8
PB
RB
K/W
H
BK
TB7
C7
PB
EB
K
C4
TR
LW
H
PR
IMA
RY
BO
OM
DO
WN
PR
IMA
RY
BO
OM
FL
OW
CO
NT
RO
L
TU
RN
TA
BL
ER
OTA
TE
LE
FT
TU
RN
TA
BL
ER
OTA
TE
RIG
HT
TU
RN
TA
BL
ER
OTA
TE
FL
OW
CO
NT
RO
L
PR
IMA
RY
BO
OM
UP
TB2
UP
DO
WN
PR
IMA
RY
BO
OM
TS61
C2
PB
DR
D/B
K
C1
PB
UR
D
TB3
C2
PB
DR
D/B
K
C3
PB
FR
D/W
H
TS62
C5
TR
RW
H/B
K
TB1
TB6
C6
TT
RF
WH
/RD
TB4
RIG
HT
LE
FT
TU
RN
TA
BL
ER
OTA
TE
C1
PB
UR
D
PR
IMA
RY
BO
OM
EX
TE
ND
C6
TR
FW
H/R
D
C5
TR
RW
H/B
K
C4
TR
LW
H
TB5
BR
AK
ER
EL
EA
SE
VA
LV
E
C2
9M
SR
D/W
HM
OT
OR
ST
RO
KE
LS
1R
O-B
OO
MR
ET
RA
CT
OP
ER
AT
ION
AL
DR
IVE
/RO
TA
TE
SP
EE
DL
IMIT
SW
ITC
H
LS
2A
S-B
OO
MA
NG
LE
SA
FE
TY
DR
IVE
LIM
ITS
WIT
CH
LS
1R
S-B
OO
MR
ET
RA
CT
SA
FE
TY
DR
IVE
/RO
TA
TE
SP
EE
D
LIM
ITS
WIT
CH
C4
0L
SO
R/R
D
TB42
C2
9M
SR
D/W
H
TR
AV
EL
AL
AR
MO
PT
ION
ST
EE
RL
EF
T
ST
EE
RR
IGH
T
C3
6S
TC
CB
L
C3
7S
TC
BL
/BK
TB37
C3
7S
TC
BL
/BK
C3
6S
TC
CB
L
DR
IVE
ED
CR
EV
ER
SE
DR
IVE
EN
AB
LE
LIM
ITS
WIT
CH
GR
OU
ND
TS15
C1
2D
RE
BL
/WH
C3
0E
DC
+W
H
C3
1E
DC
-W
H/B
K
C3
2B
RK
WH
/RD
C5
-20
C3
2B
RK
WH
/RD
TB32
L1
BR
N
WH
H4
H3
SECONDARY BOOM UP/DOWN
JOYSTICK CONTROL CARD
3
BR
N
OR
YE
L
1 542 3 76
12
C5
-21
1413
13
14 8 7 6
10 9
11 43
20
17
18
19
16
15
4 1
10 9 3
1 742 3 5 6
PRIMARY BOOM UP/DOWN
AND TURNTABLE ROTATE
1 742 3 5 6
DRIVE & STEERING
RD
1
BK
2
BR
N
OR
BR
N
OR
WH
BL
5 4
TS14
6
16 8
15
DR
IVE
MO
DE
7
5
P23 RD
NC
CR27 CE
13
1411
122
BR
N
C2
P-3
C3
P-1
C3
P-2
C3
P-9
C3
P-3
C1
P-4
C1
P-5
C1
P-6
C1
P-3
C1
P-1
1
C1
P-1
0
C3
P-6
C3
P-5
C3
P-4
P2
4F
SW
H
P2
4F
SW
H
P2
6E
ST
PB
K
C3
P-8
C3
P-7
C4
P-4
C3
P-1
2
C4
P-2
C4
P-3
LE
DB
L/R
D
CD
E2
BL
/BK
J2
J3 J1 J1 J1 J1
OU
T
PW
R
GN
D
PW
R
GN
D
YO
UT
XO
UT
RK
OU
T
YO
UT
PW
R
GN
D
JC1 JC2 JC3
C4
P-6
C4
P-5
DR
IVE
ED
CF
OR
WA
RD
CD
E1
BL
/WH
C2
9M
SR
D/W
H
H1
RD
/BK
NOHC
LS3
NC
2AO
NOHC
2AS
NC
1RO
NOHC
1RS
TS16
RE
TR
AC
T
EX
TE
ND
AX
LE
C4
0L
S1
OR
TB40
C2
P-2
1
C3
P-1
1C
61
AX
BL
/BK
TB46
NC
CR26
D37
D38
D35 D36
RE
TR
AC
T
EX
TE
ND
AX
LE
D41
AX
LE
EX
T/R
ET
SE
LE
CT
C6
0A
XO
R/R
D
C2
P-4
AX
LE
DU
MP
VA
LV
E
CR8
NC
D34
D15
TB16
S3
NC
CR29
NC
AX
LE
NO
TE
XT
EN
DE
DP
RE
SS
UR
ES
WIT
CH
OP
EN
WH
EN
AX
LE
FU
LLY
EX
TE
ND
ED
AX
LE
EX
TE
ND
RE
LA
Y
L5
C7
-3
S3
LE
DB
L/R
D
+
5R2
D29
D2
7
D2
8
C3
1E
DC
WH
/BK
C3
0E
DC
WH
CR8
C6
-36
C6
-37
C6
-11
C6
-39
C6
-13
C5
-23
C5
-24
C6
-4
C6
-5
C6
-6
C6
-1
C6
-2
C6
-3
C6
-7
C6
-8
C6
-9
C6
-12
C6
-30
C6
-14
C6
-15
C6
-18
C6
-17
C6
-19
C6
-21
C6
-22
C6
-10
C6
-31
C6
-20
LS
2A
O-B
OO
MA
NG
LE
OP
ER
AT
ION
AL
DR
IVE
LIM
ITS
WIT
CH
WH
RD
C4
0L
S2
BK
U4
ADC B
C3
5-1
C3
5-2
C3
4-1
C3
4-2
1
2
C2
9-2
C2
9-1
C1
6-1
C1
6-2
C1
7-2
C1
7-1
C2
7-2
C2
7-1
C1
3-1
C1
3-2
C1
2-1
C1
2-2
C3
1-1
C3
1-2
C1
4-1
C1
4-2
C1
5-1
C1
5-2
C2
8-2
C2
8-1
C2
6-2
C2
6-1
C2
4-2
C2
4-1
C2
5-2
C2
5-1
C1
2D
RE
BL
/WH
C2
3B
AT
RD
21
C4
2L
S2
GR
C6
1A
XR
TB
L
C4
2A
XD
PW
H
C6
0A
XO
R/R
D
S3
LE
DB
L/R
D
J4
BK
J3
WH
J1
WH
J5
BK
J2
WH
D57
C6
-32
C4
P-1
2 13 4
2
2
2
3
3
4
4
4
1
1
1
BL
CR30
NO
C27AUX + FE RD
LE
FT
RIG
HT
DR
IVE
EN
AB
LE
C2
1-1
C2
1-2
C2
4-2
C2
3-1
C2
2-1
C2
2-2
C2
0-1
C2
0-2
3
D41 CR38
NC
CR38
C6
-40
C4
0L
S1
OR
P24FS WH
C28TTA RD/BK
P26ESTP BK
C8
PB
RB
K/W
HC
6-3
8
C6
-29
R1
6P
BR
BK
/WH
3 4
3
PR
IMA
RY
BO
OM
EX
TE
ND
CU
TO
UT
RE
LA
Y
PR
IMA
RY
BO
OM
UP
CU
TO
UT
RE
LA
Y
Section 6 • Schematics February 2012
6 - 12
Electrical Schematic, S-80Deutz F4L 913 Models
6 - 11
February 2012 Section 6 • Schematics
6 - 13
Ground Control Box Wiring Diagram, S-80Deutz F4L 913 Models
6 - 14
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 14 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-80Deutz F4L 913 Models
CIRCUIT DESCRIPTION FROM TO
61 AXLE RETRACT BL/BK C3B-11 BL/BK C6-21
19 JIB VALVE GR/WH C4B-7 GR/WH-S.P.
25 OIL PRESSURE SENDER BL/BK C5-16 BL/BK-S.P
26 OIL TEMP SENDER GR/BK C5-14 GR/BK-S.P.
28 TILT ALARM RD/BK C1-2 RD/BK C6-28
29 2WD/4WD RD/WH C5-24 RD/WH C1B-3
30 E.D.C. REV WH C1B-4 WH C5-21
31 E.D.C. FWD WH/BK C5-20 WH/BK C1B-5
36 STEER LEFT/AXLE RETRACT BL CB1-10 BL C6-36
43 HORN GR C2B-5 GR CR5#86
45 GEN. OPTION GR/WH C2B-7 GR/WH C5-12
60 AXLE EXT/RET SELECT OR/RD C6-39 OR/RD C2B-4
12 DRIVE ENABLE BL/WH C6-12 BL/WH C3B-12
CHECK ENGINE LED
TS63 PRIMARY BOOM EXTEND/RETRACT TOGGLE SWITCH
CR23
CR3
CR5
CR2
TS61
CB1
TS62
L2
G6
CB2
CB3
DRIVE LIGHT RELAY OPTION
HIGH IDLE CUTOUT RELAY
CIRCUIT BREAKER, ENGINE, 15A
PRIMARY BOOM UP/DOWN TOGGLE SWITCH
CIRCUIT BREAKER, CONTROLS, 15A
CIRCUIT BREAKER, OIL COOLER/OPTION, 15A
HORN RELAY
IGNITION POWER RELAY
HOUR METER
TURNTABLE ROTATE TOGGLE SWITCH
LABEL
TS51
KS1
TS56
TS54
TS59
TS57
TS52
P1
GLOW PLUG TOGGLE SWITCH
PLATFORM ROTATE TOGGLE SWITCH
PLATFORM LEVEL TOGGLE SWITCH
ENGINE START TOGGLE SWITCH
FUNCTION ENABLE TOGGLE SWITCH
AUXILIARY TOGGLE SWITCH
RED EMERGENCY STOP BUTTON
KEY SWITCH
DESCRIPTION
G1
G2
G3
VOLT METER GAUGE (OPTIONAL)
OIL PRESSURE GAUGE (OPTIONAL)
OIL TEMPERATURE GAUGE (OPTIONAL)
CR17
CR29
CR38
CR39
HYDRAULIC COOLER FAN RELAY
EXTEND FUNCTION CUTOUT RELAY
AUXILIARY PUMP RELAY
AXLE EXTEND LED RELAY
R2 5 OHM RESISTOR
U1 IGNITION/START MODULE
CR28 TROMBETTA PULL IN RELAY
86
87
30
85
BRN GND
CR23
10 AMP FUSE
RD C4B-11
RD C4B-12
GR/BK C2B-6
TB24AD
DRIVE LIGHT OPTION RELAY
BK C1B-7 BK ISM#333 BK-S.P.
HOUR METER
EN
GIN
E
C5
WIRING
HARNESS:
TO BASE
CONTROL BOX
CONNECTIONS
WH/BK-5A
WH-4A
WH-23AB
BK-C23-5
ENGINE START
GLOW PLUG
STEER RT/AXLE EXT
ENGINE RPM
LIMIT SWITCH #1
L.P.
ENGINE RPM
BRN-GND STUD
12
VD
CT
O
PL
AT
FO
RM
C1
B
FU
NC
TIO
NS
C6
C3
B
19
/18
CA
BL
ES
C2
BC
4B
3
2
C7
B
1
KEY PWR.WH-23B
7
GR C2B-5
CR5
RD 24B
10
WH-CR2#86
CR2
ENG. FAULT
KEY BYPASS
IGN./FUEL ON9
8
BK-C6-16
OR-14A
WH/RD-6A
GR-17A
GR/BK-18A
GR/WH C4B-7
RD-B1-20A
RD-24A
BK-22B
ALL BRN WIRES
BK/RD-35A
TS54
HIGH/LOW
RPM
D14
D42
D13
OR/BK-15A
RD-27B
BRN GND
OR/BK-41B
BK-33B
4 AUX. ON
BATTERY6
5 GROUND
START RELAY
TACHOMETER
START INPUT3
1
2
BASE TERMINATION BLOCK
OR/BK C2B-3
OR C6-10
BL/BK C6-37
BK/RD CR3#30
BK/WH C5-22
OR C6-40
OR/BK C5-2 OR/BK ISM#2
RD C6-31
41
46
40
BL/BK C1B-11
BK/RD C1B-9
BK/WH C1B-8
39
37
35
34
BK/RD-9A
BRN
GROUND STUD
BK-33
RD-1A
WH-21A
WH C2B-2
BK/RD-S.P.
BK/WH-8A
RD/WH-3A
RD/BK-2A
BK-7A
RD-27A
TS57
PLATFORM
ROTATE
CB1
ENGINE
TS52
ENGINE
START
TS59
PLATFORM
LEVEL
TS62
TURNTABLE
ROTATE
-
+
TS63
BOOM EXTEND/
RETRACT
TS61
BOOM
UP/DOWN
PRIMARY BOOM UP
TURNTABLE ROTATE LEFT
TURNTABLE ROTATE RIGHT
PRIMARY BOOM FLOW CONTROL
BOOM EXTEND
BOOM RETRACT
EXTEND/RETRACT FLOW CONTROL
TURNTABLE ROTATE F.C.
PLATFORM LEVEL UP
PLATFORM LEVEL DOWN
PLATFORM ROTATE LEFT
PLATFORM ROTATE RIGHT
KEYSWITCH PWR/PWR TO PLAT
OIL COOLER FAN
FUSED 12V DC
IGNITION POWER
PRIMARY BOOM DOWN
12V DC BATTERY SUPPLY
AUXILIARY PUMP
SBD/DESCENT ALARM
BRAKE
CD AB
WT/RD C5-23
BK C23-4
GR C4B-5
GR/BK C4B-6
OR/BK C4B-3
OR C4B-2
21
WH/RD C1B-6
RD C5-6
WH C7B-2
24 RD CR2#30
WH/RD C6-32
RD ISM#427
32
BK CR5#30
23
22
GR C6-17
GR/BK C6-18
OR C6-14
OR/BK C6-15
OR/RD CR38#87A
20
18
17
16
15
14
WH/RD C3B-6
BK/RD C3B-9
BK/WH C3B-8
BK C3B-7
RD/WH C3B-3
WH/BK C3B-5
WH C3B-4
RD C3B-1
RD/BK C3B-2&C6-2
6WH/RD C6-6
CR39#30
BK C6-7
BK/WH C6-8
BK/RD C6-9
11
10
7
8
9
RD/WH C6-3
WH C6-4
WH/BK C6-5
RD C6-1 RD CR38#86
BK/WH C6-38
3
5
4
2
1
GR/BK C5-14
WH S.P.
RD-S.P.-CB3
RD-S.P.
D6
BK-S.P.
GR-S.P.
GR/BK-S.P.
OR-S.P.
OR/BK-S.P.
WH/RD-S.P.
BK/RD-S.P.
BK-S.P.
BK/WH-S.P.
RD/WH-S.P.
WH-S.P.
WH/BK-S.P.
RD-S.P.
RD/BK-S.P.
BL/BK C5-16
D2
NC
P1
EMERGENCY
STOP
NC
TS51
AUXILIARY
PUMP
OIL PRESSURE
G2G1
VOLT METER
G3
OIL TEMPERATURE
BL/RD L2
GR
OU
ND
ST
UD
G6
U1IGNITION/
START
MODULE
CB3
OIL COOLER/
OPTION
BRN-CR19#85
H1
RD-B2-S.P.
RD-B1-20C
RD-24AA
868686
RD-B2-H1
RD-B1-H1 RD-B1-S.P.
CR3
86
RD-CR28#30
RD-CR39#87&C1B1
24A
WH-S.P.-D2
BK-33AA
42
D34
OR/RD C6-22OR/RD C4B-4
RD CR17#30
RD/BK C6-19
RD C6-30
33A BK ISM#1BK-CR28#86BK C5-5D51
R2
OR/RD C6-11
38
BK/WH-S.P.
BL/BK C6-20
OR/RD CR29#86
CR25 AXLE RET L/O RELAY
AXLE DUMP VALVE
HORN
START RELAY
LIMIT SWITCH #2
LIMIT SWITCH POWER
BK/RD C5-18
BK/WH-34A
BK/RD-35B
RD-S.P.-CB1
D52 GND STUD
D8D7
WH CR17 #86
CB2
CONTROLSBK-33AB
BR
N
OR
/RD
-16
C
BK
/WH
C6
-29
RD
-1B
RD
C6
-27
RD
-27
D
RD
-24
C
BK C5-7
RD-B1-20D
RD-B1-H1
OR/RD CR8#87A
CR8#86+
D15
GND STUD
D57
D42
RD/BK CR8#30
86
86
CR29
CR39
86
86
CR8
CR38
86
CR17
RD/BK 2B
BL/RD C4B-1
WH-C6-34
RD-24AD
OR/RD 42C
OR/RD 16B
OR C6-33
WH-21B
BL/RD C6-13
BK 7B
86
CR28
3
1
BL/WH C1-12
RD H6
BK-22D2
BK C7B-1
RD-TS52
GR//BK H6
RD-TS51
BRN
8
12
5
6
7
4
P134PWR RD-134B
H6
C32
CONNECTOR
PLUG
RD C6-23 C2-6 134 RD-H6 RD-KSI-SP
TS56
GLOW PLUG
L2
CHECK ENG. LED
-
+
WH-23A
BK-22A
RD C23-6
KS1
KEY SWITCH
RD-134A
RD-C23-7
-
L45
PLATFORM
OVERLOAD
LED
+
GR/BK-H6
PLATFORM OVERLOAD LEDL45
GR/BK-C3B-10
GR/BK-L45
RD C6-24 134A
WH ISM#7
KEY SWITCH POWER
KEY SWITCH POWER BL/RD ISM #10
WH C5-3 & C5-11
NOTE: CE OPTION- LOADSENSEMODULE CONNECTS TO C32.
1
2
3
4
5
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7
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N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 15
Platform Control Box Wiring Diagram, S-80Deutz F4L 913 Models
BOOM PROPORTIONAL JOYSTICK: SECONDARY BOOM UP/DOWNJC2
U13
CR26
JC1
TILT ALARM
ALC500
AXLE CUTOUT RELAY
BOOM PROPORTIONAL JOYSTICK: BOOM UP/DOWN, TURNTABLE ROTATE
COMPONENT INDEX
TS2
TS9
TS15
P3
TS1
TS14
L1
P2
DRIVE ENABLE LED
PLATFORM LEVEL TOGGLE SWITCH
HORN SWITCH
EMERGENCY STOP BUTTON
AUXILIARY TOGGLE SWITCH
ENGINE START SWITCH
TS47 GENERATOR TOGGLE SWITCH (OPTION)
TS4
TS7
HIGH RPM SWITCH
PLATFORM ROTATE TOGGLE SWITCH
LOW/HIGH SWITCHDRIVE SPEED TOGGLE
DRIVE ENABLE TOGGLE SWITCH
JC3 DRIVE PROPORTIONAL JOYSTICK, STEER LEFT/RIGHT
H1
TS48
TS49
WORK LIGHT TOGGLE SWITCH (OPTION)
DRIVE LIGHT TOGGLE SWITCH (OPTION)
GLOW PLUG OPTIONTS6
TS16 AXLE EXTEND/RETRACT TOGGLE SWITCH
L40 AXLE EXTENDED LED
CE LIFT/DRIVE OPTIONREPLACE WIRE WITH THIS WIRING DIAGRAM
CR27
WH-TS7WH-TS1
BRN BATGND
GND STUD
WH/RD C32BRK
OR/RD R40LS2
(SPLICE TO C32BRK)
(SPLICE TO R40LS2)
CR30
OR
C4
P-2
OR
/BK
C4
P-3
GR
C2
P-5
NO
BL
/BK
J1
-7
RD
C1
P-1
GR
/BK
C4
P-6
GR
C4
P-5
YE
LJ1
-3
RD
J1
-1
BK
/RD
C1
P-9
BL
/RD
J1
-16
RD
C9
-3
BK
C1
P-7
OR
J1
-9
RD
/WH
J1
-8
BK
C9
-1
NC
HORN
GR
/WH
JIB
CA
BL
E
WH
C7
P-2
BK
C7
P-1
CR26
AXLE CUTOUT
P2
EMERGENCY
STOP
TS4
HIGH/LOW
RPMTS2
ENGINE
START
L1
TS1
AUXILIARY
PUMP
TS14
DRIVE
SPEED
TS7
PLATFORM
ROTATE
TS9
PLATFORM
LEVEL
P3
JC2
PRIMARY BOOM
UP/DOWN AND
TURNTABLE
ROTATE
JC1
BOOM
EXTEND/
RETRACT
BK
/WH
C1
P-8
JC3
DRIVE
GND STUD
H1
TILT
ALARM
RD
LS
18
BRN
C1
2D
RE
BL
/WH
C3
P-1
2
C5
TR
RW
H/B
KC
3P
-5
C4
TR
LW
HC
3P
-4
C3
PB
FR
D/W
HC
3P
-3
C8
PB
RB
K/W
HC
3P
-8
C6
TR
FW
H/R
DC
3P
-6
C9
PE
RF
BK
/RD
C3
P-9
C7
PB
EB
KC
3P
-7
C2
PB
DR
D/B
KC
3P
-2
C1
PB
UR
DC
3P
-1
HI-C
13
3P
LA
GN
/BL
C3
P-1
0
TS
9-C
15
PL
DO
R/B
KC
4P
-3
FOOT SWITCH
C3
P(G
R)
C1
P(G
Y)
C2
P(B
K)
12V DC
BATTERY
C4
P(B
R) C7P
BATGND C7P-3
L4
0-S
3L
ED
BL
/RD
C4
P-1
TS
9-C
14
PL
UO
RC
4P
-2
C9 JIB
P2
-P2
3S
WB
AT
WH
C7
P-2
R4
0L
S2
OR
/RD
C4
P-4
TS
7-C
18
JD
GR
/BK
C4
P-6
TS
7-C
17
JU
GR
C4
P-5
J3
-P2
4C
ON
TW
HC
9-2
P2
-P2
2B
AT
BK
C7
P-1
TS
2-P
25
ST
RR
DC
9-3
TS
6-C
34
SA
BK
/WH
C1
P-8
C3
2B
RK
WH
/RD
C1
P-6
C28TTA RD/BK C1P-2
C2
9M
SR
D/W
HC
1P
-3
C3
1E
DC
-W
H/B
KC
1P
-5
TS
4-C
35
ES
PD
BK
/RD
C1
P-9
C3
0E
DC
+W
HC
1P
-4
TS
1-C
27
AU
XR
DC
1P
-1
P2
-P2
6F
SB
KC
9-1
TS
2-C
33
ST
RB
KC
1P
-7
TS
47
-C4
5G
EN
GR
/WH
C2
P-7
C4
1R
PM
OR
/BK
C2
P-3
TS
16
-C6
0A
XO
R/R
DC
2P
-4
C3
7S
TC
BL
/BK
C1
P-1
1
DL
ITE
GR
/BK
C2
P-6
C4
0L
S1
OR
C2
P-2
C3
6S
TC
CB
LC
1P
-10
P3
-C4
3H
RN
GR
C2
P-5
BK
J1
-2
+
TS15
DRIVE
ENABLE
19/18 CONTROL CABLE
TS
48
-WL
2R
DC
2P
-11
TS
48
-WL
1R
DC
2P
-12
C2P-9 & 10
D12
TS6
GLOW PLUG
OPTION
LS18
(OPTION)
7
6
5
4
3
2
1
4
2
1
3
5
6
7
4
2
1
3
5
6
7
BR
NJ1
-10
+-
+-
+-
OR
J1
-13
BR
NJ1
-14
OR
J1
-11
BR
NJ1
-12
1
11
1
9
3
1
JC
3-5
WH
JC
2-2
BR
N
JC
3-6
BL
JC
2-3
OR
JC
1-5
YE
L
JC
1-2
BR
N
JC
2-5
BK
JC
2-4
RD
JC
1-3
OR
TS
14
-C2
9M
SR
D/W
H
L1
-C1
3L
ED
BL
/RD
TS
15
-DR
EB
BL
/BK
JC
3-2
BR
N
TS
15
-DR
EA
BL
/WH
JC
3-3
OR
GND STUD
J1 J2
J3
WH
J1
-5
BL
J1
-4
BR
N
+
L40
EX/RET
TS16
AXLE
WH
J3
-2
BL
/RD
C4
P-1
OR
/RD
C2
P-4
J2
-DIO
DE
WH
D12D12
WH
TS
4
WH
CR
26
#8
5
BL
C1
P-1
0
BL
/BK
C3
P-1
1
BK
P2
BL
/WH
J1
-6
WH
C9
-2
BK
J3
-3
BL
TS
16
TS
16
-C6
1A
XB
L/B
KC
3P
11
CR13 BRN
RD
LS
18
U13
ALC-500
D2
CE MODELS (SEE DETAIL A)
RD
/BK
H1
RD LS CABLERD-H1
RD-P2
+
L4
BK LS CABLE CIP-12
RD
C2
P-6
GN
/BK
L4
L4 PLATFORM OVERLOAD LED
LS18 PLATFORM OVERLOAD LIMIT SWITCH
GN
/BK
C3
P-1
0
RD
/BK
L4
8
OPT.
GN
/BK
H1
(D3
9)
L48
BK
+
TS48/TS49
RD WL1
RD WL2
TS15
DETAIL C: WORKLIGHT/DRIVELIGHT OPTION
L48 TILT ALARM LED
D40
D39
TS2
GR
/WH
C2
P-7
DETAIL B: GENERATOR OPTION
Section 6 • Schematics February 2012
6 - 16
Platform Control Box Wiring Diagram, S-80Deutz F4L 913 Models
6 - 15
February 2012 Section 6 • Schematics
6 - 17
Electrical Schematic, S-80Deutz BF4L 2011 Models
6 - 18
1
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A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 18 S-80 • S-85 Part No. 111165
Electrical Schematic, S-80Deutz BF4L 2011 Models
CE Option, See 6 - 98
1
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N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 19
Electrical Schematic, S-80Deutz BF4L 2011 Models
PR
IMA
RY
BO
OM
RE
TR
AC
T
BRN
DE
SC
EN
TA
LA
RM
OP
TIO
N
P46 RD
C41RPM OR/BK
C1
5P
LD
OR
/BK
UP
DO
WNP
LA
TF
OR
ML
EV
EL
OR
/BK
-15
-M.H
.
OR
-14
-M.H
.
PL
AT
FO
RM
RO
TA
TE
RIG
HT
/JIB
DO
WN
PL
AT
FO
RM
RO
TA
TE
LE
FT
/JIB
UP
PL
AT
FO
RM
LE
VE
LU
P
PL
AT
FO
RM
LE
VE
LD
OW
N
RIG
HTP
LA
TF
OR
MR
OTA
TE
RIG
HT
LE
FT
PL
AT
FO
RM
RO
TA
TE
LE
FT
TS7
TS57
TB17
TB18
GR
-17
-M.H
.
GR
/BK
-18
-M.H
.
TS9
TS59
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
TB14
TB15
BO
OM
EX
TE
ND
/RE
TR
AC
T
FL
OW
CO
NT
RO
L
EX
TE
ND
RE
TR
AC
T
BO
OM
TB9
C9
PE
RF
BK
/RD
TS63
TB8
BK
/WH
C8
PB
RB
K/W
H
C1
4P
LU
OR
BK
/RD
C9
PE
RF
BK
/RD
C3
PB
FR
D/W
H
C7
PB
BE
BK
C8
PB
RB
K/W
H
BK
TB7
C7
PB
EB
K
C4
TR
LW
H
PR
IMA
RY
BO
OM
DO
WN
PR
IMA
RY
BO
OM
FL
OW
CO
NT
RO
L
TU
RN
TA
BL
ER
OTA
TE
LE
FT
TU
RN
TA
BL
ER
OTA
TE
RIG
HT
TU
RN
TA
BL
ER
OTA
TE
FL
OW
CO
NT
RO
L
PR
IMA
RY
BO
OM
UP
TB2
UP
DO
WN
PR
IMA
RY
BO
OM
TS61
C2
PB
DR
D/B
K
C1
PB
UR
D
TB3
C2
PB
DR
D/B
K
C3
PB
FR
D/W
H
TS62
C5
TR
RW
H/B
K
TB1
TB6
C6
TT
RF
WH
/RD
TB4
RIG
HT
LE
FT
TU
RN
TA
BL
ER
OTA
TE
C1
PB
UR
D
PR
IMA
RY
BO
OM
EX
TE
ND
C6
TR
FW
H/R
D
C5
TR
RW
H/B
K
C4
TR
LW
H
TB5
BR
AK
ER
EL
EA
SE
VA
LV
E
C2
9M
SR
D/W
HM
OT
OR
ST
RO
KE
LS
1R
O-B
OO
MR
ET
RA
CT
OP
ER
AT
ION
AL
DR
IVE
/RO
TA
TE
SP
EE
DL
IMIT
SW
ITC
H
LS
2A
S-B
OO
MA
NG
LE
SA
FE
TY
DR
IVE
LIM
ITS
WIT
CH
LS
1R
S-B
OO
MR
ET
RA
CT
SA
FE
TY
DR
IVE
/RO
TA
TE
SP
EE
D
LIM
ITS
WIT
CH
C4
0L
SO
R/R
D
TB42
C2
9M
SR
D/W
H
TR
AV
EL
AL
AR
MO
PT
ION
ST
EE
RL
EF
T
ST
EE
RR
IGH
T
C3
6S
TC
CB
L
C3
7S
TC
BL
/BK
TB37
C3
7S
TC
BL
/BK
C3
6S
TC
CB
L
DR
IVE
ED
CR
EV
ER
SE
DR
IVE
EN
AB
LE
LIM
ITS
WIT
CH
GR
OU
ND
TS15
C1
2D
RE
BL
/WH
C3
0E
DC
+W
H
C3
1E
DC
-W
H/B
K
C3
2B
RK
WH
/RD
C5
-20
C3
2B
RK
WH
/RD
TB32
L1
BR
N
WH
H4
H3
SECONDARY BOOM UP/DOWN
JOYSTICK CONTROL CARD
3
BR
N
OR
YE
L
1 542 3 76
12
C5
-21
1413
13
14 8 7 6
10 9
11 43
20
17
18
19
16
15
4 1
10 9 3
1 742 3 5 6
PRIMARY BOOM UP/DOWN
AND TURNTABLE ROTATE
1 742 3 5 6
DRIVE & STEERING
RD
1
BK
2
BR
N
OR
BR
N
OR
WH
BL
5 4
TS14
6
16 8
15
DR
IVE
MO
DE
7
5
P23 RD
NC
CR27 CE
13
1411
122
BR
N
C2
P-3
C3
P-1
C3
P-2
C3
P-9
C3
P-3
C1
P-4
C1
P-5
C1
P-6
C1
P-3
C1
P-1
1
C1
P-1
0
C3
P-6
C3
P-5
C3
P-4
P2
4F
SW
H
P2
4F
SW
H
P2
6E
ST
PB
K
C3
P-8
C3
P-7
C4
P-4
C3
P-1
2
C4
P-2
C4
P-3
LE
DB
L/R
D
CD
E2
BL
/BK
J2
J3 J1 J1 J1 J1
OU
T
PW
R
GN
D
PW
R
GN
D
YO
UT
XO
UT
RK
OU
T
YO
UT
PW
R
GN
D
JC1 JC2 JC3
C4
P-6
C4
P-5
DR
IVE
ED
CF
OR
WA
RD
CD
E1
BL
/WH
C2
9M
SR
D/W
H
H1
RD
/BK
NOHC
LS3
NC
2AO
NOHC
2AS
NC
1RO
NOHC
1RS
TS16
RE
TR
AC
T
EX
TE
ND
AX
LE
C4
0L
S1
OR
TB40
C2
P-2
1
C3
P-1
1C
61
AX
BL
/BK
TB46
NC
CR26
D37
D38
D35 D36
RE
TR
AC
T
EX
TE
ND
AX
LE
D41
AX
LE
EX
T/R
ET
SE
LE
CT
C6
0A
XO
R/R
D
C2
P-4
AX
LE
DU
MP
VA
LV
E
CR8
NC
D34
D15
TB16
S3
NC
CR29
NC
AX
LE
NO
TE
XT
EN
DE
DP
RE
SS
UR
ES
WIT
CH
OP
EN
WH
EN
AX
LE
FU
LLY
EX
TE
ND
ED
AX
LE
EX
TE
ND
RE
LA
Y
L5
C7
-3
S3
LE
DB
L/R
D
+
5R2
D29
D2
7
D2
8
C3
1E
DC
WH
/BK
C3
0E
DC
WH
CR8
C6
-36
C6
-37
C6
-11
C6
-39
C6
-13
C5
-23
C5
-24
C6
-4
C6
-5
C6
-6
C6
-1
C6
-2
C6
-3
C6
-7
C6
-8
C6
-9
C6
-12
C6
-30
C6
-14
C6
-15
C6
-18
C6
-17
C6
-19
C6
-21
C6
-22
C6
-10
C6
-31
C6
-20
LS
2A
O-B
OO
MA
NG
LE
OP
ER
AT
ION
AL
DR
IVE
LIM
ITS
WIT
CH
WH
RD
C4
0L
S2
BK
U4
ADC B
C3
5-1
C3
5-2
C3
4-1
C3
4-2
1
2
C2
9-2
C2
9-1
C1
6-1
C1
6-2
C1
7-2
C1
7-1
C2
7-2
C2
7-1
C1
3-1
C1
3-2
C1
2-1
C1
2-2
C3
1-1
C3
1-2
C1
4-1
C1
4-2
C1
5-1
C1
5-2
C2
8-2
C2
8-1
C2
6-2
C2
6-1
C2
4-2
C2
4-1
C2
5-2
C2
5-1
C1
2D
RE
BL
/WH
C2
3B
AT
RD
21
C4
2L
S2
GR
C6
1A
XR
TB
L
C4
2A
XD
PW
H
C6
0A
XO
R/R
D
S3
LE
DB
L/R
D
J4
BK
J3
WH
J1
WH
J5
BK
J2
WH
D57
C6
-32
C4
P-1
2 13 4
2
2
2
3
3
4
4
4
1
1
1
BL
CR30
NO
C27AUX + FE RD
LE
FT
RIG
HT
DR
IVE
EN
AB
LE
C2
1-1
C2
1-2
C2
4-2
C2
3-1
C2
2-1
C2
2-2
C2
0-1
C2
0-2
3
D41 CR38
NC
CR38
C6
-40
C4
0L
S1
OR
P24FS WH
C28TTA RD/BK
P26ESTP BK
C8
PB
RB
K/W
HC
6-3
8
C6
-29
R1
6P
BR
BK
/WH
3 4
3
PR
IMA
RY
BO
OM
EX
TE
ND
CU
TO
UT
RE
LA
Y
PR
IMA
RY
BO
OM
UP
CU
TO
UT
RE
LA
Y
Section 6 • Schematics February 2012
6 - 20
Electrical Schematic, S-80Deutz BF4L 2011 Models
6 - 19
February 2012 Section 6 • Schematics
6 - 21
Ground Control Box Wiring Diagram, S-80Deutz BF4L 2011 Models
6 - 22
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 22 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-80Deutz BF4L 2011 Models
NOTE: CE OPTION- LOADSENSEMODULE CONNECTS TO C32.
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 23
Platform Control Box Wiring Diagram, S-80Deutz BF4L 2011 Models
Section 6 • Schematics February 2012
6 - 24
Platform Control Box Wiring Diagram, S-80Deutz BF4L 2011 Models
6 - 23
February 2012 Section 6 • Schematics
6 - 25
Electrical Schematic, S-80GM 3.0L Models
6 - 26
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 26 S-80 • S-85 Part No. 111165
Electrical Schematic, S-80GM 3.0L Models
P2
3B
AT
RD
HO
RN
RE
LA
Y
LE
VE
LS
EN
SO
R
HO
RN
20ARD
P2
0B
AT
RD
C4
3H
RN
BK
CR5
NO
GR
CB3
RD
TB41
GE
NE
RA
TO
RO
PT
ION
FL
AS
HIN
GB
EA
CO
NS
(OP
TIO
N)
HO
UR
ME
TE
R
STA
RT
ER
MO
TO
R
AU
XIL
IAR
YP
UM
P
AU
XIL
IAR
YP
OW
ER
RE
LA
Y
TB35
TS2
AUX
PUMP
C2
7A
UX
RD
PR1
NO
C2
8T
TA
RD
/BK
TB21
TS51
TB27
RD
TS1
TS52
TB33
RD
C1
34
-E.H
.
WH
-21
GR
/WH
FB
C3
3S
TR
BK
EN
GIN
E
STA
RT
EN
GIN
E
STA
RT
GE
NE
RA
TO
R
FU
EL
SE
LE
CT
FU
EL
SE
LE
CT
GA
S
GA
S
LP
LP
ON
AU
XIL
IAR
Y
PO
WE
R
AU
XIL
IAR
Y
PO
WE
R
C4
5G
EN
GR
/WH
TS47
P24FS WH
TS54
HIG
HR
PM
TS4
BRN
RD
OR/BK
WH
BK
L5
TB39
C3
9L
PB
L/R
D
HIG
H(F
S)
LO
WR
PM
TIL
TA
LA
RM
RD
WH
BK
H2HM
+
_
RD
P25FS RD
P26ESTP BK
C1
-1C
27
AU
XR
D
C1
-7
C2
-1
C2
-7
C1
-9C
35
ES
PD
BK
/RD
TB23
TB24
TB46D7
-
+
12V DC
B1
AUX
FAN
CR17
NO
15A
TB20
CB1
RD
B1
BA
TT
ER
Y
3 1 2
FU
NC
.E
NA
BL
E
C6
-16
C6
-23
C6
-34
C6
-33
C6
-28
C6
-27
C6
-24
C5
-12
G1
D14
D13
D52
D12
R2
1IG
NW
H
R11
6H
YD
OR
A C
B
RD
RD/BK
P2
2B
AT
BK
C1
32
PL
IB
L/W
H
P1
34
PW
RG
R/B
K
15A
CB2
C2
8T
TA
RD
/BK
WH
TB28
TB134
RDRD
PLAT
GRD
BK
KS1 TB22
P1 RD
C4
6H
RN
GR
C1
B-1
2 C7
B-1
C2
P-5
C1
P-2
H1
C7
P-1
P3
HORN
RD
P2
3B
AT
WH
WH
TB23
D2
C7
P-2
L4
FS1
BKC9P-1
P2
CR39
NO
GR/BK
RD
BL
GM ENGINE HARNESS
GR
/BK
PU
/BK
BK
DK
BL
RD
/BL
PU
YE
RD
YE
/BK
WH
/BL
LT
BL
FUEL
PUMP
+
C3
5R
PM
BK
/RD
C3
9L
PB
L/R
D
C3
8E
SL
BL
/RD
P2
3B
AT
SA
RD
C3
3S
TR
BK
C2
7A
UX
RD
C4
1R
PM
OR
/BK
C2
1IG
NW
H
C8
-5
C8
-12
C8
-11
C8
-6
C8
-4
C8
-3
C8
-8
C8
-1
M4
C8
-2
C8
-7
C8
-9
C5
-18
C5
-10
C5
-13
C5
-19
C5
-5
C5
-6
C5
-2
C5
-11
RGND.
REGULATOR1
U18
BAT.
2
WH-E.H.
STARTER
M3
TS3
TS53
D10
D11
CR2
NO D8
G1 G3 G2
C2
6T
SR
GR
/BK
C2
5P
SR
BL
/BK
ALT
ER
NA
TO
R
HY
DR
AU
LIC
CO
OL
ING
FA
N(O
PT
ION
)
HY
DR
UA
LIC
OIL
TE
MP
ER
AT
UR
E
SW
ITC
H(O
PT
ION
)
GM
EN
GIN
E
HA
RN
ES
S
STA
RT
BA
TT
ER
Y
VO
LT
ME
TE
R(O
PT
ION
)
WA
TE
RT
EM
PE
RA
TU
RE
SE
ND
ER
(OP
TIO
N)
OIL
PR
ES
SU
RE
SE
ND
ER
(OP
TIO
N)
D42
D43
EN
GIN
ES
PE
ED
TB24A
1. ALL LIMIT SWITCHES SHOWN WITH BOOM IN STOWED POSITION .
ADD D40 ONLY IF UNIT HAS L4 AND L48.
ANSI/CSA (DOMESTIC MACHINE) ADD L48.
3
CE AND LOAD WEIGHT OPTION.
5
6
4
ROCKER STEER OPTION ONLY.
NOTES:
BRN
BL/WH
RD
BR
N
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 27
Electrical Schematic, S-80GM 3.0L Models
PR
IMA
RY
BO
OM
RE
TR
AC
T
BRN
DE
SC
EN
TA
LA
RM
OP
TIO
N
P46 RD
C41RPM OR/BK
C1
5P
LD
OR
/BK
UP
DO
WNP
LA
TF
OR
ML
EV
EL
OR
/BK
-15
-M.H
.
OR
-14
-M.H
.
PL
AT
FO
RM
RO
TA
TE
RIG
HT
/JIB
DO
WN
PL
AT
FO
RM
RO
TA
TE
LE
FT
/JIB
UP
PL
AT
FO
RM
LE
VE
LU
P
PL
AT
FO
RM
LE
VE
LD
OW
N
RIG
HTP
LA
TF
OR
MR
OTA
TE
RIG
HT
LE
FT
PL
AT
FO
RM
RO
TA
TE
LE
FT
TS7
TS57
TB17
TB18
GR
-17
-M.H
.
GR
/BK
-18
-M.H
.
TS9
TS59
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
TB14
TB15
BO
OM
EX
TE
ND
/RE
TR
AC
T
FL
OW
CO
NT
RO
L
EX
TE
ND
RE
TR
AC
T
BO
OM
TB9
C9
PE
RF
BK
/RD
TS63
TB8
BK
/WH
C8
PB
RB
K/W
H
C1
4P
LU
OR
BK
/RD
C9
PE
RF
BK
/RD
C3
PB
FR
D/W
H
C7
PB
BE
BK
C8
PB
RB
K/W
H
BK
TB7
C7
PB
EB
K
C4
TR
LW
H
PR
IMA
RY
BO
OM
DO
WN
PR
IMA
RY
BO
OM
FL
OW
CO
NT
RO
L
TU
RN
TA
BL
ER
OTA
TE
LE
FT
TU
RN
TA
BL
ER
OTA
TE
RIG
HT
TU
RN
TA
BL
ER
OTA
TE
FL
OW
CO
NT
RO
L
PR
IMA
RY
BO
OM
UP
TB2
UP
DO
WN
PR
IMA
RY
BO
OM
TS61
C2
PB
DR
D/B
K
C1
PB
UR
D
TB3
C2
PB
DR
D/B
K
C3
PB
FR
D/W
H
TS62
C5
TR
RW
H/B
K
TB1
TB6
C6
TT
RF
WH
/RD
TB4
RIG
HT
LE
FT
TU
RN
TA
BL
ER
OTA
TE
C1
PB
UR
D
PR
IMA
RY
BO
OM
EX
TE
ND
C6
TR
FW
H/R
D
C5
TR
RW
H/B
K
C4
TR
LW
H
TB5
BR
AK
ER
EL
EA
SE
VA
LV
E
C2
9M
SR
D/W
HM
OT
OR
ST
RO
KE
LS
1R
O-B
OO
MR
ET
RA
CT
OP
ER
AT
ION
AL
DR
IVE
/RO
TA
TE
SP
EE
DL
IMIT
SW
ITC
H
LS
2A
S-B
OO
MA
NG
LE
SA
FE
TY
DR
IVE
LIM
ITS
WIT
CH
LS
1R
S-B
OO
MR
ET
RA
CT
SA
FE
TY
DR
IVE
/RO
TA
TE
SP
EE
D
LIM
ITS
WIT
CH
C4
0L
SO
R/R
D
TB42
C2
9M
SR
D/W
H
TR
AV
EL
AL
AR
MO
PT
ION
ST
EE
RL
EF
T
ST
EE
RR
IGH
T
C3
6S
TC
CB
L
C3
7S
TC
BL
/BK
TB37
C3
7S
TC
BL
/BK
C3
6S
TC
CB
L
DR
IVE
ED
CR
EV
ER
SE
DR
IVE
EN
AB
LE
LIM
ITS
WIT
CH
GR
OU
ND
TS15
C1
2D
RE
BL
/WH
C3
0E
DC
+W
H
C3
1E
DC
-W
H/B
K
C3
2B
RK
WH
/RD
C5
-20
C3
2B
RK
WH
/RD
TB32
L1
BR
N
WH
H4
H3
SECONDARY BOOM UP/DOWN
JOYSTICK CONTROL CARD
3
BR
N
OR
YE
L
1 542 3 76
12
C5
-21
1413
13
14 8 7 6
10 9
11 43
20
17
18
19
16
15
4 1
10 9 3
1 742 3 5 6
PRIMARY BOOM UP/DOWN
AND TURNTABLE ROTATE
1 742 3 5 6
DRIVE & STEERING
RD
1
BK
2
BR
N
OR
BR
N
OR
WH
BL
5 4
TS14
6
16 8
15
DR
IVE
MO
DE
7
5
P23 RD
NC
CR27 CE
13
1411
122
BR
N
C2
P-3
C3
P-1
C3
P-2
C3
P-9
C3
P-3
C1
P-4
C1
P-5
C1
P-6
C1
P-3
C1
P-1
1
C1
P-1
0
C3
P-6
C3
P-5
C3
P-4
P2
4F
SW
H
P2
4F
SW
H
P2
6E
ST
PB
K
C3
P-8
C3
P-7
C4
P-4
C3
P-1
2
C4
P-2
C4
P-3
LE
DB
L/R
D
CD
E2
BL
/BK
J2
J3 J1 J1 J1 J1
OU
T
PW
R
GN
D
PW
R
GN
D
YO
UT
XO
UT
RK
OU
T
YO
UT
PW
R
GN
D
JC1 JC2 JC3
C4
P-6
C4
P-5
DR
IVE
ED
CF
OR
WA
RD
CD
E1
BL
/WH
C2
9M
SR
D/W
H
H1
RD
/BK
NOHC
LS3
NC
2AO
NOHC
2AS
NC
1RO
NOHC
1RS
TS16
RE
TR
AC
T
EX
TE
ND
AX
LE
C4
0L
S1
OR
TB40
C2
P-2
1
C3
P-1
1C
61
AX
BL
/BK
TB46
NC
CR26
D37
D38
D35 D36
RE
TR
AC
T
EX
TE
ND
AX
LE
D41
AX
LE
EX
T/R
ET
SE
LE
CT
C6
0A
XO
R/R
D
C2
P-4
AX
LE
DU
MP
VA
LV
E
CR8
NC
D34
D15
TB16
S3
NC
CR29
NC
AX
LE
NO
TE
XT
EN
DE
DP
RE
SS
UR
ES
WIT
CH
OP
EN
WH
EN
AX
LE
FU
LLY
EX
TE
ND
ED
AX
LE
EX
TE
ND
RE
LA
Y
L5
C7
-3
S3
LE
DB
L/R
D
+
5R2
D29
D2
7
D2
8
C3
1E
DC
WH
/BK
C3
0E
DC
WH
CR8
C6
-36
C6
-37
C6
-11
C6
-39
C6
-13
C5
-23
C5
-24
C6
-4
C6
-5
C6
-6
C6
-1
C6
-2
C6
-3
C6
-7
C6
-8
C6
-9
C6
-12
C6
-30
C6
-14
C6
-15
C6
-18
C6
-17
C6
-19
C6
-21
C6
-22
C6
-10
C6
-31
C6
-20
LS
2A
O-B
OO
MA
NG
LE
OP
ER
AT
ION
AL
DR
IVE
LIM
ITS
WIT
CH
WH
RD
C4
0L
S2
BK
U4
ADC B
C3
5-1
C3
5-2
C3
4-1
C3
4-2
1
2
C2
9-2
C2
9-1
C1
6-1
C1
6-2
C1
7-2
C1
7-1
C2
7-2
C2
7-1
C1
3-1
C1
3-2
C1
2-1
C1
2-2
C3
1-1
C3
1-2
C1
4-1
C1
4-2
C1
5-1
C1
5-2
C2
8-2
C2
8-1
C2
6-2
C2
6-1
C2
4-2
C2
4-1
C2
5-2
C2
5-1
C1
2D
RE
BL
/WH
C2
3B
AT
RD
21
C4
2L
S2
GR
C6
1A
XR
TB
L
C4
2A
XD
PW
H
C6
0A
XO
R/R
D
S3
LE
DB
L/R
D
J4
BK
J3
WH
J1
WH
J5
BK
J2
WH
D57
C6
-32
C4
P-1
2 13 4
2
2
2
3
3
4
4
4
1
1
1
BL
CR30
NO
C27AUX + FE RD
LE
FT
RIG
HT
DR
IVE
EN
AB
LE
C2
1-1
C2
1-2
C2
4-2
C2
3-1
C2
2-1
C2
2-2
C2
0-1
C2
0-2
3
D41 CR38
NC
CR38
C6
-40
C4
0L
S1
OR
P24FS WH
C28TTA RD/BK
P26ESTP BK
C8
PB
RB
K/W
HC
6-3
8
C6
-29
R1
6P
BR
BK
/WH
3 4
3
PR
IMA
RY
BO
OM
EX
TE
ND
CU
TO
UT
RE
LA
Y
PR
IMA
RY
BO
OM
UP
CU
TO
UT
RE
LA
Y
Section 6 • Schematics February 2012
6 - 28
Electrical Schematic, S-80GM 3.0L Models
6 - 27
February 2012 Section 6 • Schematics
6 - 29
Ground Control Box Wiring Diagram, S-80GM 3.0L Models
6 - 30
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 30 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-80GM 3.0L Models
CIRCUIT DESCRIPTION FROM TO
61 AXLE RETRACT BL/BK C3B-11 BL/BK C6-21
19 JIB VALVE GR/WH C4B-7 GR/WH-S.P.
25 OIL PRESSURE SENDER BL/BK C5-16 BL/BK-S.P
26 WATER TEMP SENDER GR/BK C5-14 GR/BK-S.P.
28 TILT ALARM RD/BK C1-2 RD/BK C6-28
29 2WD/4WD RD/WH C5-24 RD/WH C1B-3
30 E.D.C. REVERSE WH C1B-4 WH C5-21
31 E.D.C. FORWARD WH/BK C5-20 WH/BK C1B-5
36 STEER LEFT/AXLE RETRACT BL CB1-10 BL C6-36
43 HORN GR C2B-5 GR CR5#86
45 GENERATOR OPTION GR/WH C2B-7 GR/WH C5-12
60 AXLE EXTEND/RETRACT SELECT OR/RD C6-39 OR/RD C2B-4
12 DRIVE ENABLE BL/WH C6-12 BL/WH C3B-12
BRN GND
CR23
10 AMP FUSE
RD C4B-11
RD C4B-12
GR/BK C2B-6
TB24AD
DRIVE LIGHT OPTION RELAY
BK C1B-7 33 BK-S.P.
HOUR METER
EN
GIN
E
C5
WIRING
HARNESS:
TO BASE
CONTROL BOX
CONNECTIONS
WH/BK-5A
WH-4A
WH-23AB
BK-C23-5
ENGINE START
GLOW PLUG
STEER RT/AXLE EXT
ENGINE RPM
LIMIT SWITCH #1
L.P.
ENGINE RPM
BRN-GND STUD
12
VD
CT
O
PL
AT
FO
RM
C1
B
FU
NC
TIO
NS
C6
C3
B
19
/18
CA
BL
ES
C2
BC
4B
3
2
C7
B
1
GR C2B-5
CR5
RD CR38#30
BK/WH C6-29
CR2
BK-C6-16
OR-14A
WH/RD-6A
GR-17A
GR/BK-18A
GR/WH C4B-7
RD-B1-20A
RD-24A
BK-22B
ALL BRN WIRES
BK/RD-35A
TS54
HIGH/LOW
RPM
D14
D13
OR/BK-15A
BASE TERMINATION BLOCK
OR/BK C2B-3
OR C6-10
D42
BL/BK C6-37
BK/RD CR3#30
BK/WH C5-22
OR C6-40
OR/BK C5-2
RD C6-31
41
46
40
BL/BK C1B-11
BK/RD C1B-9
BK/WH C1B-8
39
37
35
34
BK/RD-9A
BRN
GROUND STUD
BK-33
RD-1A
WH-21A
WH C2B-2
BK/RD-S.P.
BK/WH-8A
RD/WH-3A
RD/BK-2A
BK-7A
RD-27A
TS57
PLATFORM
ROTATE
CB1
ENGINE
CB2
CONTROLS
TS52
ENGINE
START
TS59
PLATFORM
LEVEL
TS62
TURNTABLE
ROTATE
-
+
TS63
BOOM EXTEND/
RETRACT
TS61
BOOM
UP/DOWN
PRIMARY BOOM UP
TURNTABLE ROTATE LEFT
TURNTABLE ROTATE RIGHT
PRIMARY BOOM FLOW CONTROL
BOOM EXTEND
BOOM RETRACT
EXTEND/RETRACT F.C.
TURNTABLE ROTATE F.C.
PLATFORM LEVEL UP
PLATFORM LEVEL DOWN
PLATFORM ROTATE RIGHT
PLATFORM ROTATE LEFT
KEY SWITCH PWR/PWR TO PLAT.
OIL COOLER FAN
FUSED 12V DC
IGNITION POWER
PRIMARY BOOM DOWN
12V DC BATTERY SUPPLY
AUXILIARY PUMP
SBD/DESCENT ALARM
BRAKE
CD AB
WT/RD C5-23
BK C5-5
BK C23-4
GR C4B-5
GR/BK C4B-6
OR/BK C4B-3
OR C4B-2
21
WH/RD C1B-6
RD CR39#86&C1B-1
WH C7B-2
24 RD CR2#30
WH/RD C6-32
RD27
32
BK CR5#30
RD C5-1923
22
GR C6-17
GR/BK C6-18
OR C6-14
OR/BK C6-15
OR/RD CR38#87A
RD CR38#86
20
18
17
16
15
14
WH/RD C3B-6
BK/RD C3B-9
BK/WH C3B-8
BK C3B-7
RD/WH C3B-3
WH/BK C3B-5
WH C3B-4
RD C3B-1
RD/BK C3B-2&C6-2
6WH/RD C6-6
BK/RD C6-9
BK C6-7
BK/WH C6-8
11
10
7
8
9
RD/WH C6-3
WH C6-4
WH/BK C6-5
RD C6-1
3
5
4
2
1
GR/BK C5-14
WH S.P.
RD-S.P.-CB3
RD-S.P.
D7
BK-S.P.
GR-S.P.
GR/BK-S.P.
OR-S.P.
OR/BK-S.P.
WH/RD-S.P.
BK/RD-S.P.
BK-S.P.
BK/WH-S.P.
RD/WH-S.P.
WH-S.P.
WH/BK-S.P.
RD-S.P.
RD/BK-S.P.
BL/BK C5-16
D2
NC
P1
EMERGENCY
STOP
NC
TS51
AUXILIARY
PUMP
OIL PRESSURE
G2G1
VOLT METER
G3
WATER TEMPERATURE
GR
OU
ND
ST
UD
G6
CB3
OIL COOLER/
OPTION
BRN (GND)
H1
RD-B2-S.P.
RD-B1-20C
RD-24AA
868686
RD-B2-H1
CR39 #30
RD-B1-H1 RD-B1-S.P.
CR38
86
24A
WH-S.P.-D2
42
D34
OR/RD C6-22OR/RD C4B-4
RD CR17#30
RD/BK C6-19
RD C6-30
RD C5-6
33A
R2
OR/RD C6-11
38
BL/BK C6-20
OR/RD CR29#86
CHECK ENGINE LED
TS63 PRIMARY BOOM EXTEND/RETRACT TOGGLE SWITCH
CR23
CR5
CR2
TS61
CB1
TS62
L2
G6
CB2
DRIVE LIGHT RELAY (OPTIONAL)
CIRCUIT BREAKER, ENGINE, 15A
PRIMARY BOOM UP/DOWN TOGGLE SWITCH
CIRCUIT BREAKER, CONTROLS, 15A
HORN RELAY
IGNITION POWER RELAY
HOUR METER
TURNTABLE ROTATE TOGGLE SWITCH
LABEL
TS51
KS1
TS54
TS59
TS57
TS52
P1
PLATFORM ROTATE TOGGLE SWITCH
PLATFORM LEVEL TOGGLE SWITCH
ENGINE START TOGGLE SWITCH
FUNCTION ENABLE/RPM SELECT TOGGLE SWITCH
AUXILIARY POWER TOGGLE SWITCH
EMERGENCY STOP BUTTON
KEY SWITCH
DESCRIPTION
G1
G2
G3
VOLT METER GAUGE (OPTIONAL)
OIL PRESSURE GAUGE (OPTIONAL)
WATER TEMP. GAUGE (OPTIONAL)
CR17
CR29
CR38
CR39
HYDRAULIC COOLER FAN RELAY
AXLE EXTEND LED RELAY
EXTEND FUNCTION CUTOUT RELAY
AUXILIARY PUMP RELAY
IGNITION/START MODULEU1
TS53 LP/GAS SELECT TOGGLE SWITCH
R2 TURNTABLE ROTATE LIMITING RESISTOR, 5 OHMS
CB3 CIRCUIT BREAKER, OIL COOLER/OPTION, 20A
CR8 BOOM FUNCTION CUTOUT
CR3 HIGH IDLE CUTOUT RELAY
CR25 AXLE RET L/O RELAY
AXLE DUMP VALVE
HORN
START RELAY
LIMIT SWITCH #2
LIMIT SWITCH POWER
RD-1B
RD-S.P.-CB1
D52 GND STUD
D8
WH CR17 #86
RD-B1-20D
RD-B1-H1
WH C5-3 & C5-11
OR/RD CR8#87A
BK/WH C6-38
CR8#86+
D15
GND STUD
D57
RD/BK CR8#30
86 86
CR29 CR39
86
CR8
86
CR17
RD/BK 2B
RD-24B
BL/RD C4B-1
WH-C6-34
RD-24AD
OR/RD 42C
RD CR2#30
OR/RD 16B
OR/RD 16C
OR C6-33
WH-21B
RD C6-27
BL/RD C6-13
RD-27D
BK 7B
RD C6-23 C2-6 134 RD-H6 RD-KSI-SPKEY SWITCH POWER
KEY SWITCH POWER
L2
CHECK ENG. LED
24
3
B1
B
1
-
+
WH-23A
BK-22A
KSI
KEY SWITCH
RD-134A
TS53
LP/GAS
BL/RD-39A
D11
D42
WH-C5-11
BL/RD TS53
RD C6-24 134ABL/RD C5-13
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 31
Platform Control Box Wiring Diagram, S-80GM 3.0L Models
CE LIFT/DRIVE OPTIONREPLACE WIRE WITH THIS WIRING DIAGRAM
CR27
WH-TS7WH-TS1
BRN BATGND
GND STUD
WH/RD C32BRK
OR/RD R40LS2
(SPLICE TO C32BRK)
(SPLICE TO R40LS2)
CR30
OR
C4
P-2
OR
/BK
C4
P-3
GR
C2
P-5
NO
BL
/BK
J1
-7
RD
C1
P-1
GR
/BK
C4
P-6
GR
C4
P-5
YE
LJ1
-3
RD
J1
-1
BK
/RD
C1
P-9
BL
/RD
J1
-16
RD
C9
-3
BK
C1
P-7
OR
J1
-9
RD
/WH
J1
-8
BK
C9
-1
NC
BL
/RD
C2
P-1
GR
/WH
JIB
CA
BL
E
WH
C7
P-2
BK
C7
P-1
JC3
DRIVE
AND STEER
P2
EMERGENCY
STOP
TS3
FUEL SELECTTS4
HIGH/LOW
RPM
TS2
ENGINE
START
L1
TS1
AUXILIARY PUMP
TS14
DRIVE
SPEED
TS7
PLATFORM
ROTATE
TS9
PLATFORM
LEVEL
P3
HORN
JC2
PRIMARY BOOM
UP/DOWN AND
TURNTABLE
ROTATE
JC1
BOOM
EXTEND/
RETRACT
GND STUD
H1
TILT
ALARM
RD
LS
18
BRN
C1
2D
RE
BL
/WH
C3
P-1
2
C5
TR
RW
H/B
KC
3P
-5
C4
TR
LW
HC
3P
-4
C3
PB
FR
D/W
HC
3P
-3
C8
PB
RB
K/W
HC
3P
-8
C6
TR
FW
H/R
DC
3P
-6
C9
PE
RF
BK
/RD
C3
P-9
C7
PB
EB
KC
3P
-7
C2
PB
DR
D/B
KC
3P
-2
C1
PB
UR
DC
3P
-1
HI-C
13
3P
LA
GN
/BL
C3
P-1
0
TS
9-C
15
PL
DO
R/B
KC
4P
-3
FOOT
SWITCH
C3
P(G
R)
C1
P(G
Y)
C2
P(B
K)
12V DC BATTERY
C4
P(B
R) C7P
BATGND C7P-3
L4
0-S
3L
ED
BL
/RD
C4
P-1
TS
9-C
14
PL
UO
RC
4P
-2
C9JIB
P2
-P2
3S
WB
AT
WH
C7
P-2
R4
0L
S2
OR
/RD
C4
P-4
TS
7-C
18
JD
GR
/BK
C4
P-6
TS
7-C
17
JU
GR
C4
P-5
J3
-P2
4C
ON
TW
HC
9-2
P2
-P2
2B
AT
BK
C7
P-1
TS
2-P
25
ST
RR
DC
9-3
TS
6-C
34
SA
BK
/WH
C1
P-8
C3
2B
RK
WH
/RD
C1
P-6
C28TTA RD/BK C1P-2
C2
9M
SR
D/W
HC
1P
-3
C3
1E
DC
-W
H/B
KC
1P
-5
TS
4-C
35
ES
PD
BK
/RD
C1
P-9
C3
0E
DC
+W
HC
1P
-4
TS
1-C
27
AU
XR
DC
1P
-1
P2
-P2
6F
SB
KC
9-1
TS
2-C
33
ST
RB
KC
1P
-7
TS
47
-C4
5G
EN
GR
/WH
C2
P-7
C4
1R
PM
OR
/BK
C2
P-3
TS
16
-C6
0A
XO
R/R
DC
2P
-4
C3
7S
TC
BL
/BK
C1
P-1
1
DL
ITE
GR
/BK
C2
P-6
C4
0L
S1
OR
C2
P-2
TS
3-C
39
LP
BL
/RD
C2
P-1
C3
6S
TC
CB
LC
1P
-10
P3
-C4
3H
RN
GR
C2
P-5
BK
J1
-2
CR26
AXLE CUTOUT
+
TS15
DRIVE
ENABLE
19/18 CONTROL CABLE
TS
48
-WL
2R
DC
2P
-11
TS
48
-WL
1R
DC
2P
-12
C2P-9 & 10
D12
D10
D12
7
6
5
4
3
2
1
4
2
1
3
5
6
7
4
2
1
3
5
6
7
BR
NJ1
-10
+-
+-
+-
OR
J1
-13
BR
NJ1
-14
OR
J1
-11
BR
NJ1
-12
1
11
1
9
3
1
JC
3-5
WH
JC
2-2
BR
N
JC
3-6
BL
JC
2-3
OR
JC
1-5
YE
L
JC
1-2
BR
N
JC
2-5
BK
JC
2-4
RD
JC
1-3
OR
TS
14
-C2
9M
SR
D/W
H
L1
-C1
3L
ED
BL
/RD
TS
15
-DR
EB
BL
/BK
JC
3-2
BR
N
TS
15
-DR
EA
BL
/WH
JC
3-3
OR
GND STUD
J1 J2
J3
WH
J1
-5
BL
J1
-4
BR
N
+
L40
EX/RET
TS16
AXLE
WH
J3
-2
BL
/RD
C4
P-1
OR
/RD
C2
P-4
J2
-DIO
DE
WH
D12D12
WH
TS
4
WH
CR
26
#8
5
BL
C1
P-1
0
BL
/BK
C3
P-1
1
BK
P2
BL
/WH
J1
-6
WH
C9
-2
BK
J3
-3
BL
TS
16
TS
16
-C6
1A
XB
L/B
KC
3P
11
CR13 BRN
RD
LS
18
U13
ALC-500
D2
CE MODELS (SEE DETAIL A)
RD
/BK
H1
RD LS CABLE Y
Y
RD-H1
RD-P2
+
L4
BK LS CABLE CIP-12
RD
C2
P-6
GN
/BK
L4
OPT
GN
/BK
C3
P-1
0
RD
/BK
L4
8
GN
/BK
H1
(D3
9)
L48
+
TS48/TS49
RD WL1
RD WL2
TS15
DETAIL C: WORKLIGHT/DRIVELIGHT OPTION
BOOM PROPORTIONAL JOYSTICK: PRIMARY BOOM UP/DOWN , TURNTABLE ROTATEJC2
CR26
U13
JC1
TILT ALARM
ALC500
AXLE CUTOUT RELAY
BOOM PROPORTIONAL JOYSTICK: BOOM EXTEND/RETRACT
COMPONENT INDEX
TS2
TS9
TS15
TS3
P3
TS1
TS14
L1
P2
DRIVE ENABLE LED
PLATFORM LEVEL TOGGLE SWITCH
FUEL SELECT TOGGLE SWITCH (FORD)
HORN SWITCH
EMERGENCY STOP BUTTON
AUXILIARY TOGGLE SWITCH
ENGINE START TOGGLE SWITCH
TS47 GENERATOR TOGGLE SWITCH ( OPTION )
TS4
TS7
HIGH RPM TOGGLE SWITCH
PLATFORM ROTATE TOGGLE SWITCH
DRIVE SPEED LOW/HIGH TOGGLE SWITCH
DRIVE ENABLE TOGGLE SWITCH
JC3 DRIVE PROPORTIONAL JOYSTICK, STEER LEFT/RIGHT
H1
TS49
TS48 WORK LIGHT RELAY (OPTION)
DRIVE LIGHT RELAY (OPTION)
TS16 AXLE EXTEND/RETRACT TOGGLE SWITCH
L40 AXLE EXTENDED LED
L4 PLATFORM OVERLOAD LED
LS18 PLATFORM OVERLOAD LIMIT SWITCH
L48 TILT ALARM LED
D40
D39
TS2
GR
/WH
C2
P-7
DETAIL B:
GENERATOR OPTION
Section 6 • Schematics February 2012
6 - 32
Platform Control Box Wiring Diagram, S-80GM 3.0L Models
6 - 31
February 2012 Section 6 • Schematics
6 - 33
Electrical Schematic, S-80Perkins 804-33 Models
6 - 34
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 34 S-80 • S-85 Part No. 111165
Electrical Schematic, S-80Perkins 804-33 Models
CE Option, See 6 - 98
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 35
Electrical Schematic, S-80Perkins 804-33 Models
PR
IMA
RY
BO
OM
RE
TR
AC
T
BRN
DE
SC
EN
TA
LA
RM
OP
TIO
N
P46 RD
C41RPM OR/BK
C1
5P
LD
OR
/BK
UP
DO
WNP
LA
TF
OR
ML
EV
EL
OR
/BK
-15
-M.H
.
OR
-14
-M.H
.
PL
AT
FO
RM
RO
TA
TE
RIG
HT
/JIB
DO
WN
PL
AT
FO
RM
RO
TA
TE
LE
FT
/JIB
UP
PL
AT
FO
RM
LE
VE
LU
P
PL
AT
FO
RM
LE
VE
LD
OW
N
RIG
HTP
LA
TF
OR
MR
OTA
TE
RIG
HT
LE
FT
PL
AT
FO
RM
RO
TA
TE
LE
FT
TS7
TS57
TB17
TB18
GR
-17
-M.H
.
GR
/BK
-18
-M.H
.
TS9
TS59
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
TB14
TB15
BO
OM
EX
TE
ND
/RE
TR
AC
T
FL
OW
CO
NT
RO
L
EX
TE
ND
RE
TR
AC
T
BO
OM
TB9
C9
PE
RF
BK
/RD
TS63
TB8
BK
/WH
C8
PB
RB
K/W
H
C1
4P
LU
OR
BK
/RD
C9
PE
RF
BK
/RD
C3
PB
FR
D/W
H
C7
PB
BE
BK
C8
PB
RB
K/W
H
BK
TB7
C7
PB
EB
K
C4
TR
LW
H
PR
IMA
RY
BO
OM
DO
WN
PR
IMA
RY
BO
OM
FL
OW
CO
NT
RO
L
TU
RN
TA
BL
ER
OTA
TE
LE
FT
TU
RN
TA
BL
ER
OTA
TE
RIG
HT
TU
RN
TA
BL
ER
OTA
TE
FL
OW
CO
NT
RO
L
PR
IMA
RY
BO
OM
UP
TB2
UP
DO
WN
PR
IMA
RY
BO
OM
TS61
C2
PB
DR
D/B
K
C1
PB
UR
D
TB3
C2
PB
DR
D/B
K
C3
PB
FR
D/W
H
TS62
C5
TR
RW
H/B
K
TB1
TB6
C6
TT
RF
WH
/RD
TB4
RIG
HT
LE
FT
TU
RN
TA
BL
ER
OTA
TE
C1
PB
UR
D
PR
IMA
RY
BO
OM
EX
TE
ND
C6
TR
FW
H/R
D
C5
TR
RW
H/B
K
C4
TR
LW
H
TB5
BR
AK
ER
EL
EA
SE
VA
LV
E
C2
9M
SR
D/W
HM
OT
OR
ST
RO
KE
LS
1R
O-B
OO
MR
ET
RA
CT
OP
ER
AT
ION
AL
DR
IVE
/RO
TA
TE
SP
EE
DL
IMIT
SW
ITC
H
LS
2A
S-B
OO
MA
NG
LE
SA
FE
TY
DR
IVE
LIM
ITS
WIT
CH
LS
1R
S-B
OO
MR
ET
RA
CT
SA
FE
TY
DR
IVE
/RO
TA
TE
SP
EE
D
LIM
ITS
WIT
CH
C4
0L
SO
R/R
D
TB42
C2
9M
SR
D/W
H
TR
AV
EL
AL
AR
MO
PT
ION
ST
EE
RL
EF
T
ST
EE
RR
IGH
T
C3
6S
TC
CB
L
C3
7S
TC
BL
/BK
TB37
C3
7S
TC
BL
/BK
C3
6S
TC
CB
L
DR
IVE
ED
CR
EV
ER
SE
DR
IVE
EN
AB
LE
LIM
ITS
WIT
CH
GR
OU
ND
TS15
C1
2D
RE
BL
/WH
C3
0E
DC
+W
H
C3
1E
DC
-W
H/B
K
C3
2B
RK
WH
/RD
C5
-20
C3
2B
RK
WH
/RD
TB32
L1
BR
N
WH
H4
H3
SECONDARY BOOM UP/DOWN
JOYSTICK CONTROL CARD
3
BR
N
OR
YE
L
1 542 3 76
12
C5
-21
1413
13
14 8 7 6
10 9
11 43
20
17
18
19
16
15
4 1
10 9 3
1 742 3 5 6
PRIMARY BOOM UP/DOWN
AND TURNTABLE ROTATE
1 742 3 5 6
DRIVE & STEERING
RD
1
BK
2
BR
N
OR
BR
N
OR
WH
BL
5 4
TS14
6
16 8
15
DR
IVE
MO
DE
7
5
P23 RD
NC
CR27 CE
13
1411
122
BR
N
C2
P-3
C3
P-1
C3
P-2
C3
P-9
C3
P-3
C1
P-4
C1
P-5
C1
P-6
C1
P-3
C1
P-1
1
C1
P-1
0
C3
P-6
C3
P-5
C3
P-4
P2
4F
SW
H
P2
4F
SW
H
P2
6E
ST
PB
K
C3
P-8
C3
P-7
C4
P-4
C3
P-1
2
C4
P-2
C4
P-3
LE
DB
L/R
D
CD
E2
BL
/BK
J2
J3 J1 J1 J1 J1
OU
T
PW
R
GN
D
PW
R
GN
D
YO
UT
XO
UT
RK
OU
T
YO
UT
PW
R
GN
D
JC1 JC2 JC3
C4
P-6
C4
P-5
DR
IVE
ED
CF
OR
WA
RD
CD
E1
BL
/WH
C2
9M
SR
D/W
H
H1
RD
/BK
NOHC
LS3
NC
2AO
NOHC
2AS
NC
1RO
NOHC
1RS
TS16
RE
TR
AC
T
EX
TE
ND
AX
LE
C4
0L
S1
OR
TB40
C2
P-2
1
C3
P-1
1C
61
AX
BL
/BK
TB46
NC
CR26
D37
D38
D35 D36
RE
TR
AC
T
EX
TE
ND
AX
LE
D41
AX
LE
EX
T/R
ET
SE
LE
CT
C6
0A
XO
R/R
D
C2
P-4
AX
LE
DU
MP
VA
LV
E
CR8
NC
D34
D15
TB16
S3
NC
CR29
NC
AX
LE
NO
TE
XT
EN
DE
DP
RE
SS
UR
ES
WIT
CH
OP
EN
WH
EN
AX
LE
FU
LLY
EX
TE
ND
ED
AX
LE
EX
TE
ND
RE
LA
Y
L5
C7
-3
S3
LE
DB
L/R
D
+
5R2
D29
D2
7
D2
8
C3
1E
DC
WH
/BK
C3
0E
DC
WH
CR8
C6
-36
C6
-37
C6
-11
C6
-39
C6
-13
C5
-23
C5
-24
C6
-4
C6
-5
C6
-6
C6
-1
C6
-2
C6
-3
C6
-7
C6
-8
C6
-9
C6
-12
C6
-30
C6
-14
C6
-15
C6
-18
C6
-17
C6
-19
C6
-21
C6
-22
C6
-10
C6
-31
C6
-20
LS
2A
O-B
OO
MA
NG
LE
OP
ER
AT
ION
AL
DR
IVE
LIM
ITS
WIT
CH
WH
RD
C4
0L
S2
BK
U4
ADC B
C3
5-1
C3
5-2
C3
4-1
C3
4-2
1
2C
29
-2C
29
-1
C1
6-1
C1
6-2
C1
7-2
C1
7-1
C2
7-2
C2
7-1
C1
3-1
C1
3-2
C1
2-1
C1
2-2
C3
1-1
C3
1-2
C1
4-1
C1
4-2
C1
5-1
C1
5-2
C2
8-2
C2
8-1
C2
6-2
C2
6-1
C2
4-2
C2
4-1
C2
5-2
C2
5-1
C1
2D
RE
BL
/WH
C2
3B
AT
RD
21
C4
2L
S2
GR
C6
1A
XR
TB
L
C4
2A
XD
PW
H
C6
0A
XO
R/R
D
S3
LE
DB
L/R
D
J4
BK
J3
WH
J1
WH
J5
BK
J2
WH
D57
C6
-32
C4
P-1
2 13 4
2
2
2
3
3
4
4
4
1
1
1
BL
CR30
NO
C27AUX + FE RD
LE
FT
RIG
HT
DR
IVE
EN
AB
LE
C2
1-1
C2
1-2
C2
4-2
C2
3-1
C2
2-1
C2
2-2
C2
0-1
C2
0-2
3
D41 CR38
NC
CR38
C6
-40
C4
0L
S1
OR
P24FS WH
C28TTA RD/BK
P26ESTP BK
C8
PB
RB
K/W
HC
6-3
8
C6
-29
R1
6P
BR
BK
/WH
3 4
3
PR
IMA
RY
BO
OM
EX
TE
ND
CU
TO
UT
RE
LA
Y
PR
IMA
RY
BO
OM
UP
CU
TO
UT
RE
LA
Y
Section 6 • Schematics February 2012
6 - 36
Electrical Schematic, S-80Perkins 804-33 Models
6 - 35
February 2012 Section 6 • Schematics
6 - 37
Ground Control Box Wiring Diagram, S-80Perkins 804-33 Models
6 - 38
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5
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8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 38 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-80Perkins 804-33 Models
NOTE: CE OPTION- LOADSENSEMODULE CONNECTS TO C32.
1
2
3
4
5
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N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 39
Platform Control Box Wiring Diagram, S-80Perkins 804-33 Models
Section 6 • Schematics February 2012
6 - 40
Platform Control Box Wiring Diagram, S-80Perkins 804-33 Models
6 - 39
February 2012 Section 6 • Schematics
6 - 41
Electrical Schematic, S-80Ford LRG-425 EFI
6 - 42
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 42 S-80 • S-85 Part No. 111165
Electrical Schematic, S-80Ford LRG-425 EFI
1
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5
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N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 43
Electrical Schematic, S-80Ford LRG-425 EFI
Section 6 • Schematics February 2012
6 - 44
Electrical Schematic, S-80Ford LRG-425 EFI
6 - 43
February 2012 Section 6 • Schematics
6 - 45
Ground Control Box Wiring Diagram, S-80Ford LRG-425 EFI
6 - 46
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 46 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-80Ford LRG-425 EFI
1
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N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 47
Platform Control Box Wiring Diagram, S-80Ford LRG-425 EFI
Section 6 • Schematics February 2012
6 - 48
Platform Control Box Wiring Diagram, S-80Ford LRG-425 EFI
6 - 47
February 2012 Section 6 • Schematics
6 - 49
Electrical Schematic, S-85Deutz F4L 913 Models
6 - 50
1
2
3
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5
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A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 50 S-80 • S-85 Part No. 111165
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Electrical Schematic, S-85Deutz F4L 913 Models
P1
34
RD
HO
RN
RE
LA
Y
LE
VE
LS
EN
SO
R
HO
RN
RD
P2
0B
AT
RD
C4
3H
RN
BK
C1
07
AF
WH
C4
1R
PM
OR
/BK
CR5
GR
NO
CB3
20A
RD
TB41
GE
NE
RA
TO
R
OP
TIO
N
FL
AS
HIN
GB
EA
CO
NS
OP
TIO
N
HO
UR
ME
TE
R
PO
WE
RR
EL
AY
IGN
ITIO
IN/S
TA
RT
RE
LA
Y
STA
RT
ER
MO
TO
R
AU
XIL
IAR
YP
UM
P
AU
XIL
IAR
YP
OW
ER
RE
LA
Y
TB35
TS2
GROUND
AUX. ON
KEY PWR.
BATTERY
TACHOMETER
IGN./FUEL ON
ENG. FAULT
KEY BYPASS
START INPUT
START RELAY
4
STARTERAUX
PUMP
C2
7A
UX
RD
PR1
NO
C2
8T
TA
RD
/BK
TB21
CR2
NO
8
7
6
5
10
9
TS51
TB27
RD
TS1
TS52
1
2
TB33
3
RD
IGN./START
MODULE
WH
-21
GR
/WH
FB
C3
3S
TR
BK
C4
5G
EN
GR
/WH
TS47
P24FS WH
BK
/RD
TS54
HIG
HR
PM
TS4
BRN
RD
OR/BK
OIL
TE
MP
ER
AT
UR
EA
ND
OIL
PR
ES
SU
RE
LE
D
REGULATOR
IND.
ALTERNATOR
BAT.+
STA.
BAT.-
EXCT.
FU
EL
SO
LE
NO
ID
L5
C2
4T
ST
PB
L/R
D
S2
NC
S1
NO
OIL
PR
ES
SU
RE
SW
ITC
H
OIL
TE
MP
ER
AT
UR
ES
WIT
CH
TB34
TS56
C3
4S
AB
K/W
H
TS6
CR3
NO
PR2
NO
BK
/WH
RP
MR
EL
AY
HIG
H(F
S)
LO
WR
PM
TIL
TA
LA
RM
RD
WH
BK
BK
H2HM
+
_
RD
P25FS RD
P26ESTP BK
C1
-1C
27
AU
XR
D
C1
-7
C1
-8
C2
-7
C1
-9C
35
ES
PD
BK
/RD
CR3
TB23
TB24
TB46
D8
D7
-
+
12 V
DC
B1
D22
AUX
FAN
CR17
NO
TB20
CB1
15A
RD
B1
BA
TT
ER
Y
3 1 2
FU
NC
.E
NA
BL
E
PU
LL
IN
HO
LD
A
WH
RD
BK
CB
D6
CR1CR1
NO
FUSE
70A
HO
LD
PU
LL
INW
H
BK
21
RD
3
MODULE
TIME DELAY
-COM
+AUX
S-613
+BAT
MOM N.O.
BRN
WH
RD
RP
MS
OL
EN
OID
CR28
NO
C6
-16
C6
-23
C6
-34
C6
-33
C5
-3 C5
-2
C6
-28
C6
-27
C5
-15
C5
-5
R3
3S
TR
BK
C2
1IG
NW
H
TB33AG
LO
WP
LU
GR
EL
AY
GL
OW
PL
UG
GL
OW
PL
UG
FU
EL
VA
LV
E
C5
-22
C6
-13
4R
D
C5
-12
C5
-18
D14
D13
D52
D12
R2
1IG
NW
H
R11
6H
YD
OR
A C
B
C3
3S
TR
BK
C5
-7
C5
-11
BL/RD
RD
P2
2B
AT
BK
C1
32
PL
IB
L/W
H
P1
34
PW
RG
R/B
K
CB2
15A
C2
8T
TA
RD
/BK
7
WH
GR
/BK
TB28
12 8
C32-8
C1
B-2
C2
B-5
TB134
RDRD
PLAT
GRD
BK
KS1 TB22
P1 RD
6
1
4
3
5
C4
6H
RN
GR
C2
B-6
C1
B-1
2 C7
B-1
C2
P-5
C1
P-2
H1
C1
P-1
2
C7
P-1
C2
P-6
P3
HORN
RD
P2
3B
AT
WH
AU
XIL
IAR
Y
PO
WE
R
AU
XIL
IAR
Y
PO
WE
R
EN
GIN
E
STA
RT
EN
GIN
E
STA
RT
GL
OW
PL
UG
GL
OW
PL
UG GE
NE
RA
TO
R
ON
WH
TB23
C7
B-2
D2
C7
P-2
FS1
BKC9P-1
P2
CR39
NO
D42
EN
GIN
ER
PM
OIL
PR
ES
SU
RE
SE
ND
ER
(OP
TIO
N)
OIL
TE
MP
ER
AT
UR
E
SE
ND
ER
(OP
TIO
N)
C2
6T
SR
GR
/BK
C2
5P
SR
BL
/BK
G3 G2
VO
LT
ME
TE
R(O
PT
ION
)
G1
TB24A
D51
C21IGN WH C21IGN WH
C27AUX RD
C41RPM OR/BK
P46 RD
P23 RD
P25FS RD
P24FS WH
P26ESTP BK P26ESTP BK
C28TTA RD/BK
HY
DR
AU
LIC
OIL
TE
MP
ER
AT
UR
E
SW
ITC
H(O
PT
ION
)
HY
DR
AU
LIC
CO
OL
ING
FA
N(O
PT
ION
)
ALT
ER
NA
TO
R
BA
TT
ER
Y
5D40
L48+
C3
P-1
0C
13
3P
LA
BL
C3
B-1
0
NOTES:
3 ROCKER STEER OPTION ONLY.
5 ADD D40 ONLY IF UNIT HAS L4 AND L48.
1. ALL LIMIT SWITCHES SHOWN WITH BOOM IN STOWED POSITION .
2 C1B & C1P - GRAY; C2B & C2P - BLACK; C3B & C3P - GREEN; C4B & C4P - BROWN.
6CE Option, See 6 - 98
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Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 51
Electrical Schematic, S-85Deutz F4L 913 Models
PR
IMA
RY
BO
OM
RE
TR
AC
T
RIG
HT
LE
FT
PL
AT
FO
RM
RO
TA
TE
RIG
HT
LE
FT
PL
AT
FO
RM
RO
TA
TE
TS57
BRN
DE
SC
EN
TA
LA
RM
OP
TIO
N
P46 RD
C41RPM OR/BK
WH
BRN
TS7
C1
5P
LD
OR
/BK
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
OR
/BK
-15
-M.H
.
OR
-14
-M.H
.
PL
AT
FO
RM
RO
TA
TE
RIG
HT
/JIB
DO
WN
PL
AT
FO
RM
RO
TA
TE
LE
FT
/JIB
BO
OM
UP
PL
AT
FO
RM
LE
VE
LU
P
PL
AT
FO
RM
LE
VE
LD
OW
N
DO
WN
UP
JIB
BO
OM
DO
WN
UP
JIB
BO
OM
TB17
TB18
GR
-17
-M.H
.
GR
/BK
-18
-M.H
.
TS9
TS59
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
TB14
TB15
BO
OM
EX
TE
ND
/RE
TR
AC
T
FL
OW
CO
NT
RO
L
EX
TE
ND
RE
TR
AC
T
BO
OM
TB9
C9
PE
RF
BK
/RD
TS63
TB8
BK
/WH
C8
PB
RB
K/W
H
C1
4P
LU
OR
BK
/RD
C9
PE
RF
BK
/RD
C3
PB
FR
D/W
H
C7
PB
BE
BK
C8
PB
RB
K/W
H
BK
TB7
C7
PB
EB
K
C4
TR
LW
H
PR
IMA
RY
BO
OM
DO
WN
PR
IMA
RY
BO
OM
FL
OW
CO
NT
RO
L
TU
RN
TA
BL
ER
OTA
TE
LE
FT
TU
RN
TA
BL
ER
OTA
TE
RIG
HT
TU
RN
TA
BL
ER
OTA
TE
FL
OW
CO
NT
RO
L
PR
IMA
RY
BO
OM
UP
TB2
UP
DO
WN
PR
IMA
RY
BO
OM
TS61
C2
PB
DR
D/B
K
C1
PB
UR
D
TB3
C2
PB
DR
D/B
K
C3
PB
FR
D/W
H
TS62
C5
TR
RW
H/B
K
TB1
TB6
C6
TT
RF
WH
/RD
TB4
RIG
HT
LE
FT
TU
RN
TA
BL
ER
OTA
TE
C1
PB
UR
D
PR
IMA
RY
BO
OM
EX
TE
ND
C6
TR
FW
H/R
D
C5
TR
RW
H/B
K
C4
TR
LW
H
TB5
BR
AK
ER
EL
EA
SE
VA
LV
E
C2
9M
SR
D/W
HM
OT
OR
ST
RO
KE
LS
1R
O-B
OO
MR
ET
RA
CT
OP
ER
AT
ION
AL
DR
IVE
/RO
TA
TE
SP
EE
DL
IMIT
SW
ITC
H
LS
2A
S-B
OO
MA
NG
LE
SA
FE
TY
DR
IVE
LIM
ITS
WIT
CH
LS
1R
S-B
OO
MR
ET
RA
CT
SA
FE
TY
DR
IVE
/RO
TA
TE
SP
EE
D
LIM
ITS
WIT
CH
C4
0L
SO
R/R
D
TB42
C2
9M
SR
D/W
H
TR
AV
EL
AL
AR
MO
PT
ION
ST
EE
RL
EF
T
ST
EE
RR
IGH
T
C3
6S
TC
CB
L
C3
7S
TC
BL
/BK
TB37
C3
7S
TC
BL
/BK
C3
6S
TC
CB
L
DR
IVE
ED
CR
EV
ER
SE
DR
IVE
EN
AB
LE
LIM
ITS
WIT
CH
GR
OU
ND
TS15
C1
2D
RE
BL
/WH
C3
0E
DC
+W
H
C3
1E
DC
-W
H/B
K
C3
2B
RK
WH
/RD
C5
-20
C3
2B
RK
WH
/RD
TB32
L1
BR
N
TS8
TS58
WH
H4
H3
SECONDARY BOOM UP/DOWN
JOYSTICK CONTROL CARD
3
BR
N
OR
YE
L
1 542 3 76
12
C5
-21
1413
13
14 8 7 6
10 9
11 43
20
17
18
19
16
15
4 1
10 9 3
1 742 3 5 6
PRIMARY BOOM UP/DOWN
AND TURNTABLE ROTATE
1 742 3 5 6
DRIVE & STEERING
RD
1
BK
2
BR
N
OR
BR
N
OR
WH
BL
5 4
TS14
6
16 8
15
DR
IVE
MO
DE
7
5
JIB
VA
LV
ES
JIB
VA
LV
ES
P23 RD
NC
CR27 CE
13
1411
122
BR
N
C2
P-3
C3
P-1
C3
P-2
C3
P-9
C3
P-3
C1
P-4
C1
P-5
C1
P-6
C1
P-3
C1
P-1
1
C1
P-1
0
C3
P-6
C3
P-5
C3
P-4
P2
4F
SW
H
P2
4F
SW
H
P2
6E
ST
PB
K
C3
P-8
C3
P-7
C4
P-4
C3
P-1
2
C4
P-2
C4
P-3
LE
DB
L/R
D
CD
E2
BL
/BK
J2
J3 J1 J1 J1 J1
OU
T
PW
R
GN
D
PW
R
GN
D
YO
UT
XO
UT
RK
OU
T
YO
UT
PW
R
GN
D
JC1 JC2 JC3
C4
P-6
C4
P-5
C4
P-7
C1
9JS
VG
R/W
H
C1
7JU
/PR
LG
R
C1
8JD
/PR
RG
R/B
K
C19JSV GR/WH
DR
IVE
ED
CF
OR
WA
RD
NC
CR13
CR13
CD
E1
BL
/WH
C2
9M
SR
D/W
H
H1
RD
/BK
NOHC
LS3
NC
2AO
NOHC
2AS
NC
1RO
NOHC
1RS
TS16
RE
TR
AC
T
EX
TE
ND
AX
LE
C4
0L
S1
OR
TB40
C2
P-2
1
C3
P-1
1C
61
AX
BL
/BK
TB46
NC
CR26
D37
D38
D35 D36
RE
TR
AC
T
EX
TE
ND
AX
LE
D41
AX
LE
EX
TE
ND
/RE
TR
AC
TS
EL
EC
T
C6
0A
XO
R/R
D
C2
P-4
AX
LE
DU
MP
VA
LV
E
NC
CR8
D34
D15
TB16
S3
NC
CR29
NC
AX
LE
NO
TE
XT
EN
DE
DP
RE
SS
UR
ES
WIT
CH
OP
EN
WH
EN
AX
LE
FU
LLY
EX
TE
ND
ED
AX
LE
EX
TE
ND
RE
LA
Y
L5
C7
-3
S3
LE
DB
L/R
D
+
5R2
D29
D2
7
D2
8
C3
1E
DC
WH
/BK
C3
0E
DC
WH
CR8
C6
-36
C6
-37
C6
-11
C6
-39
C6
-13
C5
-23
C5
-24
C6
-4
C6
-5
C6
-6
C6
-1
C6
-2
C6
-3
C6
-7
C6
-8
C6
-9
C6
-12
C6
-30
C6
-14
C6
-15
C6
-18
C6
-17
C6
-19
C6
-21
C6
-22
C6
-10
C6
-31
C6
-20
LS
2A
O-B
OO
MA
NG
LE
OP
ER
AT
ION
AL
DR
IVE
LIM
ITS
WIT
CH
WH
RD
C4
0L
S2
BK
U4
ADC B
C3
5-1
C3
5-2
C3
4-1
C3
4-2
1
2
C2
9-2
C2
9-1
C1
6-1
C1
6-2
C1
7-2
C1
7-1
C2
7-2
C2
7-1
C1
3-1
C1
3-2
C1
2-1
C1
2-2
C3
1-1
C3
1-2
C1
4-1
C1
4-2
C1
5-1
C1
5-2
C2
8-2
C2
8-1
C2
6-2
C2
6-1
C2
4-2
C2
4-1
C2
5-2
C2
5-1
C1
2D
RE
BL
/WH
C2
3B
AT
RD
21
C4
2L
S2
GR
C6
1A
XR
TB
L
C4
2A
XD
PW
H
C6
0A
XO
R/R
D
S3
LE
DB
L/R
D
J4
BK
J3
WH
J1
WH
J5
BK
J2
WH
D57
C6
-32
C4
P-1
2 13 4
2
2
2
3
3
4
4
4
1
1
1
BL
CR30
NO
C27AUX + FE RD
LE
FT
RIG
HT
DR
IVE
EN
AB
LE
C2
1-1
C2
1-2
C2
4-2
C2
3-1
C2
2-1
C2
2-2
C2
0-1
C2
0-2
3
D41 NC
CR38
CR38
C6
-40
C4
0L
S1
OR
P24FS WH
C28TTA RD/BK
P26ESTP BK
C8
PB
RB
K/W
HC
6-3
8
C6
-29
R1
6P
BR
BK
/WH
3 4
3
PR
IMA
RY
BO
OM
EX
TE
ND
CU
TO
UT
RE
LA
Y
PR
IMA
RY
BO
OM
UP
CU
TO
UT
RE
LA
Y
Section 6 • Schematics February 2012
6 - 52
Electrical Schematic, S-85Deutz F4L 913 Models
6 - 51
February 2012 Section 6 • Schematics
6 - 53
Ground Control Box Wiring Diagram, S-85Deutz F4L 913 Models
6 - 54
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 54 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-85Deutz F4L 913 Models
CIRCUIT DESCRIPTION FROM TO
61 AXLE RETRACT BL/BK C3B-11 BL/BK C6-21
19 JIB VALVE GR/WH C4B-7 GR/WH-S.P.
25 OIL PRESSURE SENDER BL/BK C5-16 BL/BK-S.P
26 OIL TEMP SENDER GR/BK C5-14 GR/BK-S.P.
28 TILT ALARM RD/BK C1-2 RD/BK C6-28
29 2WD/4WD RD/WH C5-24 RD/WH C1B-3
30 E.D.C. REV WH C1B-4 WH C5-21
31 E.D.C. FWD WH/BK C5-20 WH/BK C1B-5
36 STEER LEFT/AXLE RETRACT BL CB1-10 BL C6-36
43 HORN GR C2B-5 GR CR5#86
45 GEN. OPTION GR/WH C2B-7 GR/WH C5-12
60 AXLE EXT/RET SELECT OR/RD C6-39 OR/RD C2B-4
12 DRIVE ENABLE BL/WH C6-12 BL/WH C3B-12
CHECK ENGINE LED
TS63 PRIMARY BOOM EXTEND/RETRACT TOGGLE SWITCH
CR23
CR3
CR5
CR8
CR2
TS61
CB1
TS62
L2
G6
CB2
CB3
DRIVE LIGHT RELAY OPTION
HIGH IDLE CUTOUT RELAY
CIRCUIT BREAKER, ENGINE, 15A
PRIMARY BOOM UP/DOWN TOGGLE SWITCH
CIRCUIT BREAKER, CONTROLS, 15A
CIRCUIT BREAKER, OIL COOLER/OPTION, 15A
HORN RELAY
BOOM FUNCTION CUTOUT RELAY
IGNITION POWER RELAY
HOUR METER
TURNTABLE ROTATE TOGGLE SWITCH
LABEL
TS51
KS1
TS56
TS54
TS59
TS57
TS58
TS52
P1
GLOW PLUG TOGGLE SWITCH
PLATFORM ROTATE TOGGLE SWITCH
JIB BOOM UP/DOWN TOGGLE SWITCH
PLATFORM LEVEL TOGGLE SWITCH
ENGINE START TOGGLE SWITCH
FUNCTION ENABLE TOGGLE SWITCH
AUXILIARY TOGGLE SWITCH
RED EMERGENCY STOP BUTTON
KEY SWITCH
DESCRIPTION
G1
G2
G3
VOLT METER GAUGE (OPTIONAL)
OIL PRESSURE GAUGE (OPTIONAL)
OIL TEMPERATURE GAUGE (OPTIONAL)
CR17
CR29
CR38
CR39
HYDRAULIC COOLER FAN RELAY
EXTEND FUNCTION CUTOUT RELAY
AUXILIARY PUMP RELAY
AXLE EXTEND LED RELAY
R2 5 OHM RESISTOR
U1 IGNITION/START MODULE
CR28 TROMBETTA PULL IN RELAY
86
87
30
85
BRN GND
CR23
10 AMP FUSE
RD C4B-11
RD C4B-12
GR/BK C2B-6
TB24AD
DRIVE LIGHT OPTION RELAY
BK C1B-7 BK ISM#333 BK-S.P.
HOUR METER
EN
GIN
E
C5
WIRING
HARNESS:
TO BASE
CONTROL BOX
CONNECTIONS
WH/BK-5A
WH-4A
WH-23AB
BK-C23-5
ENGINE START
GLOW PLUG
STEER RT/AXLE EXT
ENGINE RPM
LIMIT SWITCH #1
L.P.
ENGINE RPM
BRN-GND STUD
12
VD
CT
O
PL
AT
FO
RM
C1
B
FU
NC
TIO
NS
C6
C3
B
19
/18
CA
BL
ES
C2
BC
4B
3
2
C7
B
1
KEY PWR.WH-23B
7
GR C2B-5
CR5
RD 24B
10
WH-CR2#86
CR2
ENG. FAULT
KEY BYPASS
IGN./FUEL ON9
8
BK-C6-16
OR-14A
WH/RD-6A
GR-17A
GR/BK-18A
GR/WH C4B-7
RD-B1-20A
RD-24A
BK-22B
ALL BRN WIRES
BK/RD-35A
TS54
HIGH/LOW
RPM
D14
D42
D13
OR/BK-15A
RD-27B
BRN GND
OR/BK-41B
BK-33B
4 AUX. ON
BATTERY6
5 GROUND
START RELAY
TACHOMETER
START INPUT3
1
2
BASE TERMINATION BLOCK
OR/BK C2B-3
OR C6-10
BL/BK C6-37
BK/RD CR3#30
BK/WH C5-22
OR C6-40
OR/BK C5-2 OR/BK ISM#2
RD C6-31
41
46
40
BL/BK C1B-11
BK/RD C1B-9
BK/WH C1B-8
39
37
35
34
BK/RD-9A
BRN
GROUND STUD
BK-33
RD-1A
WH-21A
WH C2B-2
BK/RD-S.P.
BK/WH-8A
RD/WH-3A
RD/BK-2A
BK-7A
RD-27A
TS57
PLATFORM
ROTATE
CB1
ENGINE
TS52
ENGINE
START
TS59
PLATFORM
LEVEL
TS62
TURNTABLE
ROTATE
-
+
TS63
BOOM EXTEND/
RETRACT
TS61
BOOM
UP/DOWN
PRIMARY BOOM UP
TURNTABLE ROTATE LEFT
TURNTABLE ROTATE RIGHT
PRIMARY BOOM FLOW CONTROL
BOOM EXTEND
BOOM RETRACT
EXTEND/RETRACT FLOW CONTROL
TURNTABLE ROTATE F.C.
PLATFORM LEVEL UP
PLATFORM LEVEL DOWN
PLATFORM ROTATE LEFT
PLATFORM ROTATE RIGHT
KEYSWITCH PWR/PWR TO PLAT
OIL COOLER FAN
FUSED 12V DC
IGNITION POWER
PRIMARY BOOM DOWN
12V DC BATTERY SUPPLY
AUXILIARY PUMP
SBD/DESCENT ALARM
BRAKE
CD AB
WT/RD C5-23
BK C23-4
GR C4B-5
GR/BK C4B-6
OR/BK C4B-3
OR C4B-2
21
WH/RD C1B-6
RD C5-6
WH C7B-2
24 RD CR2#30
WH/RD C6-32
RD ISM#427
32
BK CR5#30
23
22
GR C6-17
GR/BK C6-18
OR C6-14
OR/BK C6-15
OR/RD CR38#87A
20
18
17
16
15
14
WH/RD C3B-6
BK/RD C3B-9
BK/WH C3B-8
BK C3B-7
RD/WH C3B-3
WH/BK C3B-5
WH C3B-4
RD C3B-1
RD/BK C3B-2&C6-2
6WH/RD C6-6
CR39#30
BK C6-7
BK/WH C6-8
BK/RD C6-9
11
10
7
8
9
RD/WH C6-3
WH C6-4
WH/BK C6-5
RD C6-1 RD CR38#86
BK/WH C6-38
3
5
4
2
1
GR/BK C5-14
WH S.P.
RD-S.P.-CB3
RD-S.P.
D6
BK-S.P.
GR-S.P.
GR/BK-S.P.
OR-S.P.
OR/BK-S.P.
WH/RD-S.P.
BK/RD-S.P.
BK-S.P.
BK/WH-S.P.
RD/WH-S.P.
WH-S.P.
WH/BK-S.P.
RD-S.P.
RD/BK-S.P.
BL/BK C5-16
D2
NC
P1
EMERGENCY
STOP
NC
TS51
AUXILIARY
PUMP
OIL PRESSURE
G2G1
VOLT METER
G3
OIL TEMPERATURE
BL/RD L2
GR
OU
ND
ST
UD
G6
U1IGNITION/
START
MODULE
CB3
OIL COOLER/
OPTION
BRN-CR19#85
H1
RD-B2-S.P.
RD-B1-20C
RD-24AA
868686
RD-B2-H1
RD-B1-H1 RD-B1-S.P.
CR3
86
RD-CR28#30
RD-CR39#87&C1B1
24A
WH-S.P.-D2
BK-33AA
42
D34
OR/RD C6-22OR/RD C4B-4
RD CR17#30
RD/BK C6-19
RD C6-30
33A BK ISM#1BK-CR28#86BK C5-5D51
R2
OR/RD C6-11
38
BK/WH-S.P.
BL/BK C6-20
OR/RD CR29#86
CR25 AXLE RET L/O RELAY
AXLE DUMP VALVE
HORN
START RELAY
LIMIT SWITCH #2
LIMIT SWITCH POWER
BK/RD C5-18
BK/WH-34A
BK/RD-35B
RD-S.P.-CB1
D52 GND STUD
D8D7
WH CR17 #86
CB2
CONTROLSBK-33AB
BR
N
OR
/RD
-16
C
BK
/WH
C6
-29
RD
-1B
RD
C6
-27
RD
-27
D
RD
-24
C
BK C5-7
RD-B1-20D
RD-B1-H1
OR/RD CR8#87A
CR8#86+
D15
GND STUD
D57
D42
RD/BK CR8#30
86
86
CR29
CR39
86
86
CR8
CR38
86
CR17
RD/BK 2B
BL/RD C4B-1
WH-C6-34
RD-24AD
OR/RD 42C
OR/RD 16B
OR C6-33
WH-21B
BL/RD C6-13
BK 7B
86
CR28
3
1
BL/WH C1-12
RD H6
BK-22D2
BK C7B-1
RD-TS52
GR//BK H6
RD-TS51
BRN
8
12
5
6
7
4
P134PWR RD-134B
H6
C32
CONNECTOR
PLUG
RD C6-23 C2-6 134 RD-H6 RD-KSI-SP
TS56
GLOW PLUG
L2
CHECK ENG. LED
-
+
WH-23A
BK-22A
RD C23-6
KS1
KEY SWITCH
1
2
3
4
B
B1
RD-134A
RD-C23-7
-
L45
PLATFORM
OVERLOAD
LED
+
GR/BK-H6
PLATFORM OVERLOAD LEDL45
GR/BK-C3B-10
GR/BK-L45
RD C6-24 134A
WH ISM#7
KEY SWITCH POWER
KEY SWITCH POWER BL/RD ISM #10
WH C5-3 & C5-11
TS58
JIB
BOOM
NOTE: CE OPTION- LOADSENSEMODULE CONNECTS TO C32.
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 55
Platform Control Box Wiring Diagram, S-85Deutz F4L 913 Models
BOOM PROPORTIONAL JOYSTICK: SECONDARY BOOM UP/DOWNJC2
U13
JC1
JIB BOOM CUTOUT RELAY
AXLE CUTOUT RELAY
TILT ALARM
ALC500
BOOM PROPORTIONAL JOYSTICK: BOOM UP/DOWN, TURNTABLE ROTATE
COMPONENT INDEX
TS2
TS9
TS15
P3
TS1
TS14
L1
P2
DRIVE ENABLE LED
PLATFORM LEVEL TOGGLE SWITCH
HORN SWITCH
EMERGENCY STOP BUTTON
AUXILIARY TOGGLE SWITCH
ENGINE START SWITCH
TS47 GENERATOR TOGGLE SWITCH (OPTION)
TS4
TS7
TS8
HIGH RPM SWITCH
PLATFORM ROTATE TOGGLE SWITCH
JIB BOOM UP/DOWN TOGGLE SWITCH
LOW/HIGH SWITCHDRIVE SPEED TOGGLE
DRIVE ENABLE TOGGLE SWITCH
JC3 DRIVE PROPORTIONAL JOYSTICK, STEER LEFT/RIGHT
CR13
CR26
H1
TS48
TS49
WORK LIGHT TOGGLE SWITCH (OPTION)
DRIVE LIGHT TOGGLE SWITCH (OPTION)
GLOW PLUG OPTIONTS6
TS16 AXLE EXTEND/RETRACT TOGGLE SWITCH
L40 AXLE EXTENDED LED
CE LIFT/DRIVE OPTIONREPLACE WIRE WITH THIS WIRING DIAGRAM
CR27
WH-TS7WH-TS1
BRN BATGND
GND STUD
WH/RD C32BRK
OR/RD R40LS2
(SPLICE TO C32BRK)
(SPLICE TO R40LS2)
CR30
OR
C4
P-2
OR
/BK
C4
P-3
GR
C2
P-5
NO
BL
/BK
J1
-7
RD
C1
P-1
GR
/BK
C4
P-6
GR
C4
P-5
YE
LJ1
-3
RD
J1
-1
BK
/RD
C1
P-9
BL
/RD
J1
-16
RD
C9
-3
BK
C1
P-7
OR
J1
-9
RD
/WH
J1
-8
BK
C9
-1
NC
HORN
GR
/WH
JIB
CA
BL
E
WH
C7
P-2
BK
C7
P-1
CR26
AXLE CUTOUT
P2
EMERGENCY
STOP
TS4
HIGH/LOW
RPMTS2
ENGINE
START
L1
TS1
AUXILIARY
PUMP
TS14
DRIVE
SPEED
TS7
PLATFORM
ROTATE
TS9
PLATFORM
LEVEL
P3
JC2
PRIMARY BOOM
UP/DOWN AND
TURNTABLE
ROTATE
JC1
BOOM
EXTEND/
RETRACT
BK
/WH
C1
P-8
JC3
DRIVE
GND STUD
H1
TILT
ALARM
RD
LS
18
BRN
C1
2D
RE
BL
/WH
C3
P-1
2
C5
TR
RW
H/B
KC
3P
-5
C4
TR
LW
HC
3P
-4
C3
PB
FR
D/W
HC
3P
-3
C8
PB
RB
K/W
HC
3P
-8
C6
TR
FW
H/R
DC
3P
-6
C9
PE
RF
BK
/RD
C3
P-9
C7
PB
EB
KC
3P
-7
C2
PB
DR
D/B
KC
3P
-2
C1
PB
UR
DC
3P
-1
HI-C
13
3P
LA
GN
/BL
C3
P-1
0
TS
9-C
15
PL
DO
R/B
KC
4P
-3
FOOT SWITCH
C3
P(G
R)
C1
P(G
Y)
C2
P(B
K)
12V DC
BATTERY
C4
P(B
R) C7P
BATGND C7P-3
L4
0-S
3L
ED
BL
/RD
C4
P-1
TS
9-C
14
PL
UO
RC
4P
-2
C9 JIB
P2
-P2
3S
WB
AT
WH
C7
P-2
R4
0L
S2
OR
/RD
C4
P-4
TS
7-C
18
JD
GR
/BK
C4
P-6
TS
7-C
17
JU
GR
C4
P-5
J3
-P2
4C
ON
TW
HC
9-2
P2
-P2
2B
AT
BK
C7
P-1
TS
2-P
25
ST
RR
DC
9-3
TS
6-C
34
SA
BK
/WH
C1
P-8
C3
2B
RK
WH
/RD
C1
P-6
C28TTA RD/BK C1P-2
C2
9M
SR
D/W
HC
1P
-3
C3
1E
DC
-W
H/B
KC
1P
-5
TS
4-C
35
ES
PD
BK
/RD
C1
P-9
C3
0E
DC
+W
HC
1P
-4
TS
1-C
27
AU
XR
DC
1P
-1
P2
-P2
6F
SB
KC
9-1
TS
2-C
33
ST
RB
KC
1P
-7
TS
47
-C4
5G
EN
GR
/WH
C2
P-7
C4
1R
PM
OR
/BK
C2
P-3
TS
16
-C6
0A
XO
R/R
DC
2P
-4
C3
7S
TC
BL
/BK
C1
P-1
1
DL
ITE
GR
/BK
C2
P-6
C4
0L
S1
OR
C2
P-2
C3
6S
TC
CB
LC
1P
-10
P3
-C4
3H
RN
GR
C2
P-5
BK
J1
-2
+
TS15
DRIVE
ENABLE
19/18 CONTROL CABLE
TS
48
-WL
2R
DC
2P
-11
TS
48
-WL
1R
DC
2P
-12
C2P-9 & 10
D12
TS6
GLOW PLUG
OPTION
LS18
(OPTION)
7
6
5
4
3
2
1
4
2
1
3
5
6
7
4
2
1
3
5
6
7
BR
NJ1
-10
+-
+-
+-
OR
J1
-13
BR
NJ1
-14
OR
J1
-11
BR
NJ1
-12
1
11
1
9
3
1
JC
3-5
WH
JC
2-2
BR
N
JC
3-6
BL
JC
2-3
OR
JC
1-5
YE
L
JC
1-2
BR
N
JC
2-5
BK
JC
2-4
RD
JC
1-3
OR
TS
14
-C2
9M
SR
D/W
H
L1
-C1
3L
ED
BL
/RD
TS
15
-DR
EB
BL
/BK
JC
3-2
BR
N
TS
15
-DR
EA
BL
/WH
JC
3-3
OR
GND STUD
J1 J2
J3
WH
J1
-5
BL
J1
-4
BR
N
+
L40
EX/RET
TS16
AXLE
WH
J3
-2
BL
/RD
C4
P-1
OR
/RD
C2
P-4
J2
-DIO
DE
WH
D12D12
WH
TS
4
WH
CR
26
#8
5
BL
C1
P-1
0
BL
/BK
C3
P-1
1
BK
P2
BL
/WH
J1
-6
WH
C9
-2
BK
J3
-3
BL
TS
16
TS
16
-C6
1A
XB
L/B
KC
3P
11
CR13 BRN
RD
LS
18
U13
ALC-500
D2
CE MODELS (SEE DETAIL A)
RD
/BK
H1
RD LS CABLERD-H1
RD-P2
+
L4
BK LS CABLE CIP-12
RD
C2
P-6
GN
/BK
L4
L4 PLATFORM OVERLOAD LED
LS18 PLATFORM OVERLOAD LIMIT SWITCH
GN
/BK
C3
P-1
0
RD
/BK
L4
8
OPT.
GN
/BK
H1
(D3
9)
L48
BK
+
TS48/TS49
RD WL1
RD WL2
TS15
DETAIL C: WORKLIGHT/DRIVELIGHT OPTION
L48 TILT ALARM LED
D40
D39
TS2
GR
/WH
C2
P-7
DETAIL B: GENERATOR OPTION
TS8
JIB BOOM
JIB
JIB
CA
BL
E-C
19
JS
VG
R/W
HC
4P
-7
RD/BK JIB CABLEGND
CR13
CUTOUT
JIB
GR/WH C4P-7
GR/WH TS7
Section 6 • Schematics February 2012
6 - 56
Platform Control Box Wiring Diagram, S-85Deutz F4L 913 Models
6 - 55
February 2012 Section 6 • Schematics
6 - 57
Electrical Schematic, S-85Deutz BF4L 2011 Models
6 - 58
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 58 S-80 • S-85 Part No. 111165
Electrical Schematic, S-85Deutz BF4L 2011 Models
CE Option, See 6 - 98
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 59
Electrical Schematic, S-85Deutz BF4L 2011 Models
Section 6 • Schematics February 2012
6 - 60
Electrical Schematic, S-85Deutz BF4L 2011 Models
6 - 59
February 2012 Section 6 • Schematics
6 - 61
Ground Control Box Wiring Diagram, S-85Deutz BF4L 2011 Models
6 - 62
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 62 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-85Deutz BF4L 2011 Models
NOTE: CE OPTION- LOADSENSEMODULE CONNECTS TO C32.
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 63
Platform Control Box Wiring Diagram, S-85Deutz BF4L 2011 Models
Section 6 • Schematics February 2012
6 - 64
Platform Control Box Wiring Diagram, S-85Deutz BF4L 2011 Models
6 - 63
February 2012 Section 6 • Schematics
6 - 65
Electrical Schematic, S-85GM 3.0L Models
6 - 66
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 66 S-80 • S-85 Part No. 111165
Electrical Schematic, S-85GM 3.0L Models
P2
3B
AT
RD
HO
RN
RE
LA
Y
LE
VE
LS
EN
SO
R
HO
RN
20ARD
P2
0B
AT
RD
C4
3H
RN
BK
CR5
NO
GR
CB3
RD
TB41
GE
NE
RA
TO
RO
PT
ION
FL
AS
HIN
GB
EA
CO
NS
(OP
TIO
N)
HO
UR
ME
TE
R
STA
RT
ER
MO
TO
R
AU
XIL
IAR
YP
UM
P
AU
XIL
IAR
YP
OW
ER
RE
LA
Y
TB35
TS2
AUX
PUMP
C2
7A
UX
RD
PR1
NO
C2
8T
TA
RD
/BK
TB21
TS51
TB27
RD
TS1
TS52
TB33
RD
C1
34
-E.H
.
WH
-21
GR
/WH
FB
C3
3S
TR
BK
EN
GIN
E
STA
RT
EN
GIN
E
STA
RT
GE
NE
RA
TO
R
FU
EL
SE
LE
CT
FU
EL
SE
LE
CT
GA
S
GA
S
LP
LP
ON
AU
XIL
IAR
Y
PO
WE
R
AU
XIL
IAR
Y
PO
WE
R
C4
5G
EN
GR
/WH
TS47
P24FS WH
TS54
HIG
HR
PM
TS4
BRN
RD
OR/BK
WH
BK
L5
TB39
C3
9L
PB
L/R
D
HIG
H(F
S)
LO
WR
PM
TIL
TA
LA
RM
RD
WH
BK
H2HM
+
_
RD
P25FS RD
P26ESTP BK
C1
-1C
27
AU
XR
D
C1
-7
C2
-1
C2
-7
C1
-9C
35
ES
PD
BK
/RD
TB23
TB24
TB46D7
-
+
12V DC
B1
AUX
FAN
CR17
NO
15A
TB20
CB1
RD
B1
BA
TT
ER
Y
3 1 2
FU
NC
.E
NA
BL
E
C6
-16
C6
-23
C6
-34
C6
-33
C6
-28
C6
-27
C6
-24
C5
-12
G1
D14
D13
D52
D12
R2
1IG
NW
H
R11
6H
YD
OR
A C
B
RD
RD/BK
P2
2B
AT
BK
C1
32
PL
IB
L/W
H
P1
34
PW
RG
R/B
K
15A
CB2
C2
8T
TA
RD
/BK
WH
TB28
TB134
RDRD
PLAT
GRD
BK
KS1 TB22
P1 RD
C4
6H
RN
GR
C1
B-1
2 C7
B-1
C2
P-5
C1
P-2
H1
C7
P-1
P3
HORN
RD
P2
3B
AT
WH
WH
TB23
D2
C7
P-2
L4
FS1
BKC9P-1
P2
CR39
NO
GR/BK
RD
BL
GM ENGINE HARNESS
GR
/BK
PU
/BK
BK
DK
BL
RD
/BL
PU
YE
RD
YE
/BK
WH
/BL
LT
BL
FUEL
PUMP
+
C3
5R
PM
BK
/RD
C3
9L
PB
L/R
D
C3
8E
SL
BL
/RD
P2
3B
AT
SA
RD
C3
3S
TR
BK
C2
7A
UX
RD
C4
1R
PM
OR
/BK
C2
1IG
NW
H
C8
-5
C8
-12
C8
-11
C8
-6
C8
-4
C8
-3
C8
-8
C8
-1
M4
C8
-2
C8
-7
C8
-9
C5
-18
C5
-10
C5
-13
C5
-19
C5
-5
C5
-6
C5
-2
C5
-11
RGND.
REGULATOR1
U18
BAT.
2
WH-E.H.
STARTER
M3
TS3
TS53
D10
D11
CR2
NO D8
G1 G3 G2
C2
6T
SR
GR
/BK
C2
5P
SR
BL
/BK
ALT
ER
NA
TO
R
HY
DR
AU
LIC
CO
OL
ING
FA
N(O
PT
ION
)
HY
DR
UA
LIC
OIL
TE
MP
ER
AT
UR
E
SW
ITC
H(O
PT
ION
)
GM
EN
GIN
E
HA
RN
ES
S
STA
RT
BA
TT
ER
Y
VO
LT
ME
TE
R(O
PT
ION
)
WA
TE
RT
EM
PE
RA
TU
RE
SE
ND
ER
(OP
TIO
N)
OIL
PR
ES
SU
RE
SE
ND
ER
(OP
TIO
N)
D42
D43
EN
GIN
ES
PE
ED
TB24A
1. ALL LIMIT SWITCHES SHOWN WITH BOOM IN STOWED POSITION .
ADD D40 ONLY IF UNIT HAS L4 AND L48.
ANSI/CSA (DOMESTIC MACHINE) ADD L48.
3
CE AND LOAD WEIGHT OPTION.
5
6
4
ROCKER STEER OPTION ONLY.
NOTES:
BRN
BL/WH
RD
BR
N
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 67
Electrical Schematic, S-85GM 3.0L Models
PR
IMA
RY
BO
OM
RE
TR
AC
T
RIG
HT
LE
FT
PL
AT
FO
RM
RO
TA
TE
RIG
HT
LE
FT
PL
AT
FO
RM
RO
TA
TE
TS57
BRN
DE
SC
EN
TA
LA
RM
OP
TIO
N
P46 RD
C41RPM OR/BK
WH
BRN
TS7
C1
5P
LD
OR
/BK
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
OR
/BK
-15
-M.H
.
OR
-14
-M.H
.
PL
AT
FO
RM
RO
TA
TE
RIG
HT
/JIB
DO
WN
PL
AT
FO
RM
RO
TA
TE
LE
FT
/JIB
BO
OM
UP
PL
AT
FO
RM
LE
VE
LU
P
PL
AT
FO
RM
LE
VE
LD
OW
N
DO
WN
UP
JIB
BO
OM
DO
WN
UP
JIB
BO
OM
TB17
TB18
GR
-17
-M.H
.
GR
/BK
-18
-M.H
.
TS9
TS59
UP
DO
WN
PL
AT
FO
RM
LE
VE
L
TB14
TB15
BO
OM
EX
TE
ND
/RE
TR
AC
T
FL
OW
CO
NT
RO
L
EX
TE
ND
RE
TR
AC
T
BO
OM
TB9
C9
PE
RF
BK
/RD
TS63
TB8
BK
/WH
C8
PB
RB
K/W
H
C1
4P
LU
OR
BK
/RD
C9
PE
RF
BK
/RD
C3
PB
FR
D/W
H
C7
PB
BE
BK
C8
PB
RB
K/W
H
BK
TB7
C7
PB
EB
K
C4
TR
LW
H
PR
IMA
RY
BO
OM
DO
WN
PR
IMA
RY
BO
OM
FL
OW
CO
NT
RO
L
TU
RN
TA
BL
ER
OTA
TE
LE
FT
TU
RN
TA
BL
ER
OTA
TE
RIG
HT
TU
RN
TA
BL
ER
OTA
TE
FL
OW
CO
NT
RO
L
PR
IMA
RY
BO
OM
UP
TB2
UP
DO
WN
PR
IMA
RY
BO
OM
TS61
C2
PB
DR
D/B
K
C1
PB
UR
D
TB3
C2
PB
DR
D/B
K
C3
PB
FR
D/W
H
TS62
C5
TR
RW
H/B
K
TB1
TB6
C6
TT
RF
WH
/RD
TB4
RIG
HT
LE
FT
TU
RN
TA
BL
ER
OTA
TE
C1
PB
UR
D
PR
IMA
RY
BO
OM
EX
TE
ND
C6
TR
FW
H/R
D
C5
TR
RW
H/B
K
C4
TR
LW
H
TB5
BR
AK
ER
EL
EA
SE
VA
LV
E
C2
9M
SR
D/W
HM
OT
OR
ST
RO
KE
LS
1R
O-B
OO
MR
ET
RA
CT
OP
ER
AT
ION
AL
DR
IVE
/RO
TA
TE
SP
EE
DL
IMIT
SW
ITC
H
LS
2A
S-B
OO
MA
NG
LE
SA
FE
TY
DR
IVE
LIM
ITS
WIT
CH
LS
1R
S-B
OO
MR
ET
RA
CT
SA
FE
TY
DR
IVE
/RO
TA
TE
SP
EE
D
LIM
ITS
WIT
CH
C4
0L
SO
R/R
D
TB42
C2
9M
SR
D/W
H
TR
AV
EL
AL
AR
MO
PT
ION
ST
EE
RL
EF
T
ST
EE
RR
IGH
T
C3
6S
TC
CB
L
C3
7S
TC
BL
/BK
TB37
C3
7S
TC
BL
/BK
C3
6S
TC
CB
L
DR
IVE
ED
CR
EV
ER
SE
DR
IVE
EN
AB
LE
LIM
ITS
WIT
CH
GR
OU
ND
TS15
C1
2D
RE
BL
/WH
C3
0E
DC
+W
H
C3
1E
DC
-W
H/B
K
C3
2B
RK
WH
/RD
C5
-20
C3
2B
RK
WH
/RD
TB32
L1
BR
N
TS8
TS58
WH
H4
H3
SECONDARY BOOM UP/DOWN
JOYSTICK CONTROL CARD
3
BR
N
OR
YE
L
1 542 3 76
12
C5
-21
1413
13
14 8 7 6
10 9
11 43
20
17
18
19
16
15
4 1
10 9 3
1 742 3 5 6
PRIMARY BOOM UP/DOWN
AND TURNTABLE ROTATE
1 742 3 5 6
DRIVE & STEERING
RD
1
BK
2
BR
N
OR
BR
N
OR
WH
BL
5 4
TS14
6
16 8
15
DR
IVE
MO
DE
7
5
JIB
VA
LV
ES
JIB
VA
LV
ES
P23 RD
NC
CR27 CE
13
1411
122
BR
N
C2
P-3
C3
P-1
C3
P-2
C3
P-9
C3
P-3
C1
P-4
C1
P-5
C1
P-6
C1
P-3
C1
P-1
1
C1
P-1
0
C3
P-6
C3
P-5
C3
P-4
P2
4F
SW
H
P2
4F
SW
H
P2
6E
ST
PB
K
C3
P-8
C3
P-7
C4
P-4
C3
P-1
2
C4
P-2
C4
P-3
LE
DB
L/R
D
CD
E2
BL
/BK
J2
J3 J1 J1 J1 J1
OU
T
PW
R
GN
D
PW
R
GN
D
YO
UT
XO
UT
RK
OU
T
YO
UT
PW
R
GN
D
JC1 JC2 JC3
C4
P-6
C4
P-5
C4
P-7
C1
9JS
VG
R/W
H
C1
7JU
/PR
LG
R
C1
8JD
/PR
RG
R/B
K
C19JSV GR/WH
DR
IVE
ED
CF
OR
WA
RD
NC
CR13
CR13
CD
E1
BL
/WH
C2
9M
SR
D/W
H
H1
RD
/BK
NOHC
LS3
NC
2AO
NOHC
2AS
NC
1RO
NOHC
1RS
TS16
RE
TR
AC
T
EX
TE
ND
AX
LE
C4
0L
S1
OR
TB40
C2
P-2
1
C3
P-1
1C
61
AX
BL
/BK
TB46
NC
CR26
D37
D38
D35 D36
RE
TR
AC
T
EX
TE
ND
AX
LE
D41
AX
LE
EX
TE
ND
/RE
TR
AC
TS
EL
EC
T
C6
0A
XO
R/R
D
C2
P-4
AX
LE
DU
MP
VA
LV
E
NC
CR8
D34
D15
TB16
S3
NC
CR29
NC
AX
LE
NO
TE
XT
EN
DE
DP
RE
SS
UR
ES
WIT
CH
OP
EN
WH
EN
AX
LE
FU
LLY
EX
TE
ND
ED
AX
LE
EX
TE
ND
RE
LA
Y
L5
C7
-3
S3
LE
DB
L/R
D
+
5R2
D29
D2
7
D2
8
C3
1E
DC
WH
/BK
C3
0E
DC
WH
CR8
C6
-36
C6
-37
C6
-11
C6
-39
C6
-13
C5
-23
C5
-24
C6
-4
C6
-5
C6
-6
C6
-1
C6
-2
C6
-3
C6
-7
C6
-8
C6
-9
C6
-12
C6
-30
C6
-14
C6
-15
C6
-18
C6
-17
C6
-19
C6
-21
C6
-22
C6
-10
C6
-31
C6
-20
LS
2A
O-B
OO
MA
NG
LE
OP
ER
AT
ION
AL
DR
IVE
LIM
ITS
WIT
CH
WH
RD
C4
0L
S2
BK
U4
ADC B
C3
5-1
C3
5-2
C3
4-1
C3
4-2
1
2
C2
9-2
C2
9-1
C1
6-1
C1
6-2
C1
7-2
C1
7-1
C2
7-2
C2
7-1
C1
3-1
C1
3-2
C1
2-1
C1
2-2
C3
1-1
C3
1-2
C1
4-1
C1
4-2
C1
5-1
C1
5-2
C2
8-2
C2
8-1
C2
6-2
C2
6-1
C2
4-2
C2
4-1
C2
5-2
C2
5-1
C1
2D
RE
BL
/WH
C2
3B
AT
RD
21
C4
2L
S2
GR
C6
1A
XR
TB
L
C4
2A
XD
PW
H
C6
0A
XO
R/R
D
S3
LE
DB
L/R
D
J4
BK
J3
WH
J1
WH
J5
BK
J2
WH
D57
C6
-32
C4
P-1
2 13 4
2
2
2
3
3
4
4
4
1
1
1
BL
CR30
NO
C27AUX + FE RDL
EF
T
RIG
HT
DR
IVE
EN
AB
LE
C2
1-1
C2
1-2
C2
4-2
C2
3-1
C2
2-1
C2
2-2
C2
0-1
C2
0-2
3
D41 NC
CR38
CR38
C6
-40
C4
0L
S1
OR
P24FS WH
C28TTA RD/BK
P26ESTP BK
C8
PB
RB
K/W
HC
6-3
8
C6
-29
R1
6P
BR
BK
/WH
3 4
3
PR
IMA
RY
BO
OM
EX
TE
ND
CU
TO
UT
RE
LA
Y
PR
IMA
RY
BO
OM
UP
CU
TO
UT
RE
LA
Y
Section 6 • Schematics February 2012
6 - 68
Electrical Schematic, S-85GM 3.0L Models
6 - 67
February 2012 Section 6 • Schematics
6 - 69
Ground Control Box Wiring Diagram, S-85GM 3.0L Models
6 - 70
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 70 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-85GM 3.0L Models
CIRCUIT DESCRIPTION FROM TO
61 AXLE RETRACT BL/BK C3B-11 BL/BK C6-21
19 JIB VALVE GR/WH C4B-7 GR/WH-S.P.
25 OIL PRESSURE SENDER BL/BK C5-16 BL/BK-S.P
26 WATER TEMP SENDER GR/BK C5-14 GR/BK-S.P.
28 TILT ALARM RD/BK C1-2 RD/BK C6-28
29 2WD/4WD RD/WH C5-24 RD/WH C1B-3
30 E.D.C. REVERSE WH C1B-4 WH C5-21
31 E.D.C. FORWARD WH/BK C5-20 WH/BK C1B-5
36 STEER LEFT/AXLE RETRACT BL CB1-10 BL C6-36
43 HORN GR C2B-5 GR CR5#86
45 GENERATOR OPTION GR/WH C2B-7 GR/WH C5-12
60 AXLE EXTEND/RETRACT SELECT OR/RD C6-39 OR/RD C2B-4
12 DRIVE ENABLE BL/WH C6-12 BL/WH C3B-12
BRN GND
CR23
10 AMP FUSE
RD C4B-11
RD C4B-12
GR/BK C2B-6
TB24AD
DRIVE LIGHT OPTION RELAY
BK C1B-7 33 BK-S.P.
HOUR METER
EN
GIN
E
C5
WIRING
HARNESS:
TO BASE
CONTROL BOX
CONNECTIONS
WH/BK-5A
WH-4A
WH-23AB
BK-C23-5
ENGINE START
GLOW PLUG
STEER RT/AXLE EXT
ENGINE RPM
LIMIT SWITCH #1
L.P.
ENGINE RPM
BRN-GND STUD
12
VD
CT
O
PL
AT
FO
RM
C1
B
FU
NC
TIO
NS
C6
C3
B
19
/18
CA
BL
ES
C2
BC
4B
3
2
C7
B
1
GR C2B-5
CR5
RD CR38#30
BK/WH C6-29
CR2
BK-C6-16
OR-14A
WH/RD-6A
GR-17A
GR/BK-18A
GR/WH C4B-7
RD-B1-20A
RD-24A
BK-22B
ALL BRN WIRES
BK/RD-35A
TS54
HIGH/LOW
RPM
D14
D13
OR/BK-15A
BASE TERMINATION BLOCK
OR/BK C2B-3
OR C6-10
D42
BL/BK C6-37
BK/RD CR3#30
BK/WH C5-22
OR C6-40
OR/BK C5-2
RD C6-31
41
46
40
BL/BK C1B-11
BK/RD C1B-9
BK/WH C1B-8
39
37
35
34
BK/RD-9A
BRN
GROUND STUD
BK-33
RD-1A
WH-21A
WH C2B-2
BK/RD-S.P.
BK/WH-8A
RD/WH-3A
RD/BK-2A
BK-7A
RD-27A
TS57
PLATFORM
ROTATE
CB1
ENGINE
CB2
CONTROLS
TS52
ENGINE
START
TS59
PLATFORM
LEVEL
TS62
TURNTABLE
ROTATE
-
+
TS63
BOOM EXTEND/
RETRACT
TS61
BOOM
UP/DOWN
PRIMARY BOOM UP
TURNTABLE ROTATE LEFT
TURNTABLE ROTATE RIGHT
PRIMARY BOOM FLOW CONTROL
BOOM EXTEND
BOOM RETRACT
EXTEND/RETRACT F.C.
TURNTABLE ROTATE F.C.
PLATFORM LEVEL UP
PLATFORM LEVEL DOWN
PLATFORM ROTATE RIGHT
PLATFORM ROTATE LEFT
KEY SWITCH PWR/PWR TO PLAT.
OIL COOLER FAN
FUSED 12V DC
IGNITION POWER
PRIMARY BOOM DOWN
12V DC BATTERY SUPPLY
AUXILIARY PUMP
SBD/DESCENT ALARM
BRAKE
CD AB
WT/RD C5-23
BK C5-5
BK C23-4
GR C4B-5
GR/BK C4B-6
OR/BK C4B-3
OR C4B-2
21
WH/RD C1B-6
RD CR39#86&C1B-1
WH C7B-2
24 RD CR2#30
WH/RD C6-32
RD27
32
BK CR5#30
RD C5-1923
22
GR C6-17
GR/BK C6-18
OR C6-14
OR/BK C6-15
OR/RD CR38#87A
RD CR38#86
20
18
17
16
15
14
WH/RD C3B-6
BK/RD C3B-9
BK/WH C3B-8
BK C3B-7
RD/WH C3B-3
WH/BK C3B-5
WH C3B-4
RD C3B-1
RD/BK C3B-2&C6-2
6WH/RD C6-6
BK/RD C6-9
BK C6-7
BK/WH C6-8
11
10
7
8
9
RD/WH C6-3
WH C6-4
WH/BK C6-5
RD C6-1
3
5
4
2
1
GR/BK C5-14
WH S.P.
RD-S.P.-CB3
RD-S.P.
D7
BK-S.P.
GR-S.P.
GR/BK-S.P.
OR-S.P.
OR/BK-S.P.
WH/RD-S.P.
BK/RD-S.P.
BK-S.P.
BK/WH-S.P.
RD/WH-S.P.
WH-S.P.
WH/BK-S.P.
RD-S.P.
RD/BK-S.P.
BL/BK C5-16
D2
NC
P1
EMERGENCY
STOP
NC
TS51
AUXILIARY
PUMP
OIL PRESSURE
G2G1
VOLT METER
G3
WATER TEMPERATURE
GR
OU
ND
ST
UD
G6
CB3
OIL COOLER/
OPTION
BRN (GND)
H1
RD-B2-S.P.
RD-B1-20C
RD-24AA
868686
RD-B2-H1
CR39 #30
RD-B1-H1 RD-B1-S.P.
CR38
86
24A
WH-S.P.-D2
42
D34
OR/RD C6-22OR/RD C4B-4
RD CR17#30
RD/BK C6-19
RD C6-30
RD C5-6
33A
R2
OR/RD C6-11
38
BL/BK C6-20
OR/RD CR29#86
CHECK ENGINE LED
TS63 PRIMARY BOOM EXTEND/RETRACT TOGGLE SWITCH
CR23
CR5
CR2
TS61
CB1
TS62
L2
G6
CB2
DRIVE LIGHT RELAY (OPTIONAL)
CIRCUIT BREAKER, ENGINE, 15A
PRIMARY BOOM UP/DOWN TOGGLE SWITCH
CIRCUIT BREAKER, CONTROLS, 15A
HORN RELAY
IGNITION POWER RELAY
HOUR METER
TURNTABLE ROTATE TOGGLE SWITCH
LABEL
TS51
KS1
TS54
TS59
TS57
TS58
TS52
P1
PLATFORM ROTATE TOGGLE SWITCH
JIB BOOM UP/DOWN TOGGLE SWITCH
PLATFORM LEVEL TOGGLE SWITCH
ENGINE START TOGGLE SWITCH
FUNCTION ENABLE/RPM SELECT TOGGLE SWITCH
AUXILIARY POWER TOGGLE SWITCH
EMERGENCY STOP BUTTON
KEY SWITCH
DESCRIPTION
G1
G2
G3
VOLT METER GAUGE (OPTIONAL)
OIL PRESSURE GAUGE (OPTIONAL)
WATER TEMP. GAUGE (OPTIONAL)
CR17
CR29
CR38
CR39
HYDRAULIC COOLER FAN RELAY
AXLE EXTEND LED RELAY
EXTEND FUNCTION CUTOUT RELAY
AUXILIARY PUMP RELAY
IGNITION/START MODULEU1
TS53 LP/GAS SELECT TOGGLE SWITCH
R2 TURNTABLE ROTATE LIMITING RESISTOR, 5 OHMS
CB3 CIRCUIT BREAKER, OIL COOLER/OPTION, 20A
CR8 BOOM FUNCTION CUTOUT
CR3 HIGH IDLE CUTOUT RELAY
CR25 AXLE RET L/O RELAY
AXLE DUMP VALVE
HORN
START RELAY
LIMIT SWITCH #2
LIMIT SWITCH POWER
RD-1B
RD-S.P.-CB1
D52 GND STUD
D8
WH CR17 #86
RD-B1-20D
RD-B1-H1
WH C5-3 & C5-11
OR/RD CR8#87A
BK/WH C6-38
CR8#86+
D15
GND STUD
D57
RD/BK CR8#30
86 86
CR29 CR39
86
CR8
86
CR17
RD/BK 2B
RD-24B
BL/RD C4B-1
WH-C6-34
RD-24AD
OR/RD 42C
RD CR2#30
OR/RD 16B
OR/RD 16C
OR C6-33
WH-21B
RD C6-27
BL/RD C6-13
RD-27D
BK 7B
RD C6-23 C2-6 134 RD-H6 RD-KSI-SPKEY SWITCH POWER
KEY SWITCH POWER
L2
CHECK ENG. LED
24
3
B1
B
1
-
+
WH-23A
BK-22A
KSI
KEY SWITCH
RD-134A
TS53
LP/GAS
BL/RD-39A
D11
D42
WH-C5-11
BL/RD TS53
RD C6-24 134ABL/RD C5-13
TS58
JIB
BOOM
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 71
Platform Control Box Wiring Diagram, S-85GM 3.0L Models
CE LIFT/DRIVE OPTIONREPLACE WIRE WITH THIS WIRING DIAGRAM
CR27
WH-TS7WH-TS1
BRN BATGND
GND STUD
WH/RD C32BRK
OR/RD R40LS2
(SPLICE TO C32BRK)
(SPLICE TO R40LS2)
CR30
OR
C4
P-2
OR
/BK
C4
P-3
GR
C2
P-5
NO
BL
/BK
J1
-7
RD
C1
P-1
GR
/BK
C4
P-6
GR
C4
P-5
YE
LJ1
-3
RD
J1
-1
BK
/RD
C1
P-9
BL
/RD
J1
-16
RD
C9
-3
BK
C1
P-7
OR
J1
-9
RD
/WH
J1
-8
BK
C9
-1
NC
BL
/RD
C2
P-1
GR
/WH
JIB
CA
BL
E
WH
C7
P-2
BK
C7
P-1
JC3
DRIVE
AND STEER
P2
EMERGENCY
STOP
TS3
FUEL SELECTTS4
HIGH/LOW
RPM
TS2
ENGINE
START
L1
TS1
AUXILIARY PUMPTS14
DRIVE
SPEED
TS8
JIB BOOM
TS7
PLATFORM
ROTATE
TS9
PLATFORM
LEVEL
P3
HORN
JC2
PRIMARY BOOM
UP/DOWN AND
TURNTABLE
ROTATE
JC1
BOOM
EXTEND/
RETRACT
GND STUD
H1
TILT
ALARM
RD
LS
18
BRN
C1
2D
RE
BL
/WH
C3
P-1
2
C5
TR
RW
H/B
KC
3P
-5
C4
TR
LW
HC
3P
-4
C3
PB
FR
D/W
HC
3P
-3
C8
PB
RB
K/W
HC
3P
-8
C6
TR
FW
H/R
DC
3P
-6
C9
PE
RF
BK
/RD
C3
P-9
C7
PB
EB
KC
3P
-7
C2
PB
DR
D/B
KC
3P
-2
C1
PB
UR
DC
3P
-1
HI-C
13
3P
LA
GN
/BL
C3
P-1
0
TS
9-C
15
PL
DO
R/B
KC
4P
-3
FOOT
SWITCH
C3
P(G
R)
C1
P(G
Y)
C2
P(B
K)
12V DC BATTERY
C4
P(B
R) C7P
BATGND C7P-3
L4
0-S
3L
ED
BL
/RD
C4
P-1
TS
9-C
14
PL
UO
RC
4P
-2
C9JIB
P2
-P2
3S
WB
AT
WH
C7
P-2
JIB
CA
BL
E-C
19
JS
VG
R/W
HC
4P
-7
R4
0L
S2
OR
/RD
C4
P-4
TS
7-C
18
JD
GR
/BK
C4
P-6
TS
7-C
17
JU
GR
C4
P-5
J3
-P2
4C
ON
TW
HC
9-2
P2
-P2
2B
AT
BK
C7
P-1
TS
2-P
25
ST
RR
DC
9-3
TS
6-C
34
SA
BK
/WH
C1
P-8
C3
2B
RK
WH
/RD
C1
P-6
C28TTA RD/BK C1P-2
C2
9M
SR
D/W
HC
1P
-3
C3
1E
DC
-W
H/B
KC
1P
-5
TS
4-C
35
ES
PD
BK
/RD
C1
P-9
C3
0E
DC
+W
HC
1P
-4
TS
1-C
27
AU
XR
DC
1P
-1
P2
-P2
6F
SB
KC
9-1
TS
2-C
33
ST
RB
KC
1P
-7
RD/BK JIB CABLE
TS
47
-C4
5G
EN
GR
/WH
C2
P-7
C4
1R
PM
OR
/BK
C2
P-3
TS
16
-C6
0A
XO
R/R
DC
2P
-4
C3
7S
TC
BL
/BK
C1
P-1
1
DL
ITE
GR
/BK
C2
P-6
C4
0L
S1
OR
C2
P-2
TS
3-C
39
LP
BL
/RD
C2
P-1
C3
6S
TC
CB
LC
1P
-10
P3
-C4
3H
RN
GR
C2
P-5
BK
J1
-2
CR26
AXLE CUTOUT
+
TS15
DRIVE
ENABLE
19/18 CONTROL CABLE
GND
TS
48
-WL
2R
DC
2P
-11
TS
48
-WL
1R
DC
2P
-12
C2P-9 & 10
D12
D10
D12
7
6
5
4
3
2
1
4
2
1
3
5
6
7
4
2
1
3
5
6
7
BR
NJ1
-10
+-
+-
+-
OR
J1
-13
BR
NJ1
-14
OR
J1
-11
BR
NJ1
-12
1
11
1
9
3
1
JC
3-5
WH
JC
2-2
BR
N
JC
3-6
BL
JC
2-3
OR
JC
1-5
YE
L
JC
1-2
BR
N
JC
2-5
BK
JC
2-4
RD
JC
1-3
OR
TS
14
-C2
9M
SR
D/W
H
L1
-C1
3L
ED
BL
/RD
TS
15
-DR
EB
BL
/BK
JC
3-2
BR
N
TS
15
-DR
EA
BL
/WH
JC
3-3
OR
GND STUD
J1 J2
J3
WH
J1
-5
BL
J1
-4
BR
N
+
L40
EX/RET
TS16
CR13
JIB BOOM
CUTOUT
AXLE
WH
J3
-2
BL
/RD
C4
P-1
OR
/RD
C2
P-4
J2
-DIO
DE
WH
D12D12
WH
TS
4
WH
CR
26
#8
5
BL
C1
P-1
0
BL
/BK
C3
P-1
1
BK
P2
BL
/WH
J1
-6
GR/WH C4P-7
WH
C9
-2
BK
J3
-3
BL
TS
16
TS
16
-C6
1A
XB
L/B
KC
3P
11
CR13 BRN
RD
LS
18
Y
Y GR/WH TS7
U13
ALC-500
D2
CE MODELS (SEE DETAIL A)
RD
/BK
H1
RD LS CABLE Y
Y
RD-H1
RD-P2
+
L4
BK LS CABLE CIP-12
RD
C2
P-6
GN
/BK
L4
OPT
GN
/BK
C3
P-1
0
RD
/BK
L4
8
GN
/BK
H1
(D3
9)
L48
+
TS48/TS49
RD WL1
RD WL2
TS15
DETAIL C: WORKLIGHT/DRIVELIGHT OPTION
BOOM PROPORTIONAL JOYSTICK: PRIMARY BOOM UP/DOWN , TURNTABLE ROTATEJC2
CR13
CR26
U13
JC1
TILT ALARM
ALC500
JIB BOOM CUTOUT RELAY
AXLE CUTOUT RELAY
BOOM PROPORTIONAL JOYSTICK: BOOM EXTEND/RETRACT
COMPONENT INDEX
TS2
TS9
TS15
TS8
TS3
P3
TS1
TS14
L1
P2
DRIVE ENABLE LED
JIB BOOM UP/DOWN TOGGLE SWITCH
PLATFORM LEVEL TOGGLE SWITCH
FUEL SELECT TOGGLE SWITCH (FORD)
HORN SWITCH
EMERGENCY STOP BUTTON
AUXILIARY TOGGLE SWITCH
ENGINE START TOGGLE SWITCH
TS47 GENERATOR TOGGLE SWITCH ( OPTION )
TS4
TS7
HIGH RPM TOGGLE SWITCH
PLATFORM ROTATE TOGGLE SWITCH
DRIVE SPEED LOW/HIGH TOGGLE SWITCH
DRIVE ENABLE TOGGLE SWITCH
JC3 DRIVE PROPORTIONAL JOYSTICK, STEER LEFT/RIGHT
H1
TS49
TS48 WORK LIGHT RELAY (OPTION)
DRIVE LIGHT RELAY (OPTION)
TS16 AXLE EXTEND/RETRACT TOGGLE SWITCH
L40 AXLE EXTENDED LED
L4 PLATFORM OVERLOAD LED
LS18 PLATFORM OVERLOAD LIMIT SWITCH
L48 TILT ALARM LED
D40
D39
TS2
GR
/WH
C2
P-7
DETAIL B:
GENERATOR OPTION
Section 6 • Schematics February 2012
6 - 72
Platform Control Box Wiring Diagram, S-85GM 3.0L Models
6 - 71
February 2012 Section 6 • Schematics
6 - 73
Electrical Schematic, S-85Perkins 804-33 Models
6 - 74
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 74 S-80 • S-85 Part No. 111165
Electrical Schematic, S-85Perkins 804-33 Models
CE Option, See 6 - 98
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 75
Electrical Schematic, S-85Perkins 804-33 Models
Section 6 • Schematics February 2012
6 - 76
Electrical Schematic, S-85Perkins 804-33 Models
6 - 75
February 2012 Section 6 • Schematics
6 - 77
Ground Control Box Wiring Diagram, S-85Perkins 804-33 Models
6 - 78
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 78 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-85Perkins 804-33 Models
NOTE: CE OPTION- LOADSENSEMODULE CONNECTS TO C32.
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 79
Platform Control Box Wiring Diagram, S-85Perkins 804-33 Models
Section 6 • Schematics February 2012
6 - 80
Platform Control Box Wiring Diagram, S-85Perkins 804-33 Models
6 - 79
February 2012 Section 6 • Schematics
6 - 81
Electrical Schematic, S-85Ford LRG-425 EFI
6 - 82
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 82 S-80 • S-85 Part No. 111165
Electrical Schematic, S-85Ford LRG-425 EFI
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 83
Electrical Schematic, S-85Ford LRG-425 EFI
Section 6 • Schematics February 2012
6 - 84
Electrical Schematic, S-85Ford LRG-425 EFI
6 - 83
February 2012 Section 6 • Schematics
6 - 85
Ground Control Box Wiring Diagram, S-85Ford LRG-425 EFI
6 - 86
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 86 S-80 • S-85 Part No. 111165
Ground Control Box Wiring Diagram, S-85Ford LRG-425 EFI
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 87
Platform Control Box Wiring Diagram, S-85Ford LRG-425 EFI
Section 6 • Schematics February 2012
6 - 88
Platform Control Box Wiring Diagram, S-85Ford LRG-425 EFI
6 - 87
February 2012 Section 6 • Schematics
6 - 89
Connector Pin Legend - Sheet 1
6 - 90
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 90 S-80 • S-85 Part No. 111165
Connector Pin Legend - Sheet 1
WH/RD
10
12
11
C34SA
C35RPM
C36STCC
C33STR
C32BRK
BK/WH
BL
BK/RD
BK
C4
8
9
7
6
COLOR
WH
CKT # PIN #
C27AUX
C30EDC+
C31EDC-
C29MS
C28TTA
RD/WH
WH/BK
RD/BK
RD
3
4
5
2
1
BL/BK C37STC
BL/WH
6C134BATGR/BK
12
10
C45GEN
NC
GR/WH
9
11
8
7
OR/RD
COLOR CKT # PIN #
C40LS1
C41RPM
C43HRN
C60AX
C39LP
GR
OR/BK
OR
BL/RD
5
4
2
3
1
C2
C1 DT06-12SC
C2 DT06-12SD
NC
NC
NC
NC
BROWN
BLACK
GRAY
GREEN
C3
C1
C7
BK
WH
BRN
COLOR CKT # PIN #
P23SWBAT
BATGND
N/C
P22BAT
C7: DTP06-4S
4
2
3
1
A
WH/RD-3
OR-1C40LS1
WH/BK-3
BK/RD-3
WH-3
BK-3
BK/WH-3C8PBR
C7PBE
C45GEN
C6TRF
C4TRL
C9PERF
C5TRR
GR/BK-3
GR-3
OR/BK-3
OR-3
RD/BK-3
RD-3
RD/WH-3
COLOR
C15PLD
C14PLU
C2PBD
C1PBU
C3PBF
C18JD
C17JU
RD-1
BL-1
BL/BK-1C37STC
C36STCC
C27AUX
OR
BL/WH-3
WH
RD/BK
RD
BKR43HRN
P23BAT
C28TTA
C42LD
C12DRE
C40LS2
C6
C1
C2
11R1DRVLITE
R2DRVLITE 12
6C6TRFWH/RD
GR/BK
GR/WH
OR/RD
COLOR
OR/BK
BL/RD
BL/WH
BL/BK
BK
BK/RD
BL
BK/WH
GR
OR
C18JD
NC
C19JSV
NC
NC
S3LED (AX)
C14PLU
C15PLD
C17JU
C40LS2
8
10
9
7
6
3
4
5
2
1
CKT # PIN #
C4 DT06-12SB
11
12
10
C12DRE
C61AX
C7PBE
C133PLA
C9PERF
C8PBR
9
8
7
RD
RD/BK
WH/BK
RD/WH
WH
COLOR
C3 DT06-12SA
CKT # PIN #
C2PBD
C3PBF
C5TRR
C4TRL
C1PBU
5
4
2
3
1
C4
C3
C3
RD
RD
RD
RD
BRN
BRN
P24BAT
C21IGN
C30EDC+
C31EDC-
C32BRK
C29MS
C34SA
P23BAT
22
24
23
20
21
19
C24SW
C35RPM
16
18
17
15
14
P134BAT
C39LP10
C108ESL13
12
11
C127TSW8
9
7
C107AF
C41RPM
R33STR5
6
4
2
3
1
CKT #PIN
#
BL/WH
BL/RD
BK/RD
WH
BK/WH
RD/WH
WH/RD
WH/BK
WH
WH/BK
WH
WH/RD
RD/WH
BK/WH
WH/RD
RD/WH
WH
WH/BK
BK/RD(14)
WH
WH(14)WH
GR
WH(14)
DEUTZ
ENGINE
OR/BKOR/BK
BK(14)
WH
BK(14)
WH
C5-GBOX
FORD
ENGINE
OR/BK
BK(14)
WH
ENGINE
PERKINS
C108ESL
C39LP
C127TSW
C29MS
C32BRK
C34SA
C30EDC
C31EDC
P23BAT
C35RPM
P24BAT
C24SW
C21IGN
R33STR
C107AF
C41RPM
P24BAT
CKT #
6
15
20
24
23
22
21
18
19
17
16
14
13
12
11
10
9
8
7
3
5
4
2
1
#
PIN
WH
WH(14)
BK/RD(14)
WH/BK
WH
BK/WH
WH/RD
RD/WH
WH
RD/WH
WH/RD
WH
WH/BK
RD
WH/BK
WH
BK/WH
WH/RD
RD/WH
BK/RD(14)
WH
BL/WH
GR
WH(14)
ENGINE
PERKINS
OR/BK
BL/RD
OR/BK
ENGINE
FORD
WH
BK(14)
OR/BK
BK(14)
WH
BK(14)
DEUTZ
ENGINE
C5-ENGINE HARNESS
MARK NUMBER ON CABLE 3
WH
WHWH
CIRCUIT #
C9 FS DT04-4P
RD
WH
BK
COLOR
3P25BAT
N/C 4
P24BAT
CKT # PIN #
P22BAT 1
2
WH/RD
RD/WH
WH/BK
WH
WH
BK(14)
OR/BK
WH
3.0L GM
ENGINE
WH/RD
RD/WH
WH/BK
WH
WH
BK(14)
OR/BK
WH
3.0L GM
ENGINE
BL/RD BL/RD
BK/RD BK/RD
17
28
27
24
18
15
14
11
10
9
8
7
6
5
4
3
2
1
12
13 S3LED BL/RD-3
16
19
20
C2DA
C37STC
RD/BK
BL/BK
C42LS2
C61AXRT21
22 OR/RD-1
BL/BK
23 P23BATSR RD
25
26
29
30
31 C46PWR
C46PWR RD
RD
32 C32TA WH/RD-1
33
34
35
36
37
38
39
40
C60AX OR/RD
R116HYD OR
R21IGN WH
C9
C45GENGR/WH GR/WH GR/WH GR/WH GR/WH GR/WH
WH
RD
BL/RD
C132PLI
C46BBR
C46BBR RD
GR
GR GR
GR/WH GR/WH
BK/RD(14) BK/RD
WH
XX
2
3
1
4
COLOR
GRN
BK
WH
C9 FS DT04-4P
CHASSIC
LINE
NEUTRAL
CKT # PIN #
N/C
AC
DC
RD
WHWH WH
BL/WH BL/WH
WH(14) WH(14)
R16PBR BK/WH
C8PBR BK/WH
C26TSR OPT.
C25PSR OPT.
C128RPM(OPT)
WH/RD
WH/BK WH/BK
WH/RD
C128RPM(OPT)
C25PSR OPT.
C26TSR OPT. WH/RD
WH/BKWH/BK
WH/RD
OR/RD OR/RD OR/RD OR/RD OR/RD OR/RD OR/RD OR/RD
WH/RD
WH/BK
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 91
Connector Pin Legend - Sheet 2
GRAY
C1
C41RPM
GND1
PUMP+
-----
P23BATSA
C27AUX
C21IGN
C38ESL
C35RPM
C33STR
C39LP
RD/WH
WH/RD
BLC36STCC
C32BRK
C29MS20
19
18
OR/RD
WIRE
RD
RD/WH
RD/BK
OR/BK
OR
BL/WH
BK/RD
BK/WH
BK
WH/RD
WH/BK
BL/BK
WH/BK
WH
WH
CKT#PIN#
1
2
C3PBF
6
8
7
5
4
3
C8PBR
C9PERF14
13
12
11
10
C37STC
C31EDC-
17
16
15
C4TRL9
C30EDC+
C7PBE
C6TRF
C5TRR
C12DRE
C1PBU
C2PBD
C41RPM
C40LS1
R40LS2
NC
JC2-5
JC2-4
JC3-5
JC3-6
DRE B
DRE A
JC1-5
JC1-2
JC2-3
JC2-2
H1
9 JC1-3
15
16 C13LED
10
11
12
13
14 JC3-2
JC3-3
3
4
5
7
8
6
C29MS
2
1
PIN# CKT#
OR
RD/BK
BL/RD
BRN
OR
BRN
OR
BRN
YL
WH
BL
BL/BK
RD/WH
BL/WH
WIRE
RD
BK BK/RD
BL/RD
HARN
WH
OR/BK
BL/RD
RD
RD
BK
BRN
BL/WH
-----
BRN
CKT#PIN#
1
2
6
8
7
5
4
3
12
11
10
9
ALC500 JOYSTICKS/INPUT
ALC500 OUTPUT
GM PLUG
----- YL/BK
-----
RD/BL
PU
GR/BK
WH/BL
DK BL
RD
YL
LT BL
PU/BK
BK
GM ENGINE
J1
J2
11
0
20
11
91
6
81
Section 6 • Schematics February 2012
6 - 92
Connector Pin Legend - Sheet 2
6 - 91
February 2012 Section 6 • Schematics
6 - 93
Dual Battery Option
6 - 94
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 94 S-80 • S-85 Part No. 111165
Dual Battery Option
20ARD
P2
0B
AT
RD
C1
07
AF
WH
C4
1R
PM
OR
/BK
CB3
RD
REGULATOR
IND.
ALTERNATOR
BAT.+
STA.
BAT.-
EXCT.
W
-
+
12V DC
B1
D22
15A
TB20
CB1
RD
C5
-3 C5
-2
15A
CB2
WH
RDRD
PLAT
GRD
KS1
P1 RD
ALT
ER
NA
TO
R
STA
RT
BA
TT
ER
Y
SINGLE BATTERY (STANDARD)
CB2
15A
WH
RDRD
PLAT
GRD
KS1 TB22
P1 RD
+
-
RD
P2
0B
AT
RD
C1
07
AF
WH
C4
1R
PM
OR
/BK
CB3
20A
RD
12 V
DC
12 V
DC
REGULATOR
IND.
ALTERNATOR
BAT.+
STA.
BAT.-
EXCT.
-
+
BATTERY
SEPARATOR
B1B2
D22
TB20
CB1
15A
RD
C5
-3 C5
-2
ALT
ER
NA
TO
R
BA
TT
ER
YS
EP
AR
AT
OR
(OP
TIO
N)
STA
RT
BA
TT
ER
Y
CO
NT
RO
LB
AT
TE
RY
(OP
TIO
N)
DUAL BATTERY (OPTION)
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 95
Belt Drive Generator Option
120VAC / 60HZ
LINE BK
NEUTRAL WH
GND GR
GND BR
P20BAT
TG3
TG1
TG4
TG2
CR1
CB2
15A
LINE BK
FIELD BK/WH
GND BR
NEUTRAL WH
R20BAT RD
C45GEN
TO GBOX
GENERATOR
FIELD GR
NEUTRAL WH
OUTLET
NEU
LINE
GND
LINE BK
BA
T
30A
CB1
BELT DRIVEN
VO
LTA
GE
RE
GU
LA
TO
R
220VAC / 50HZ
LINE BK
NEUTRAL WH
GND GR
GND BR
P20BAT
TG3
TG1
TG4
TG2
CR1
CB2
12.5A
LINE BK
FIELD BK/WH
GND BR
NEUTRAL WH
R20BAT RD
C45GEN
TO GBOX
GENERATOR
FIELD GR
NEUTRAL WH
OUTLET
NEU
LINE
GND
LINE BK
BA
T
30A
CB1
BELT DRIVEN
VO
LTA
GE
RE
GU
LA
TO
R
87A
87
8586
30
87A
87
8586
30
B
YY
YY
Y
F
-
+
LINE
FIELD
CB1
CB2
VOLTAGE
BK/WH 14GA
BK 12GA
5
54321
VOLTAGE REGULATOR
3
4
1
PIN#
2 WH 12GA
COLOR
NEUTRAL
CKT#
RD 12GA
BR 12GA
R20BAT
GND
LINE
NEUTRAL
BK
WH
CKT#COLORPIN#
1
4
3
GENERATOR
REGULATOR
C45GEN
GENERATOR
BATTERY-
OUTLET4
3
2
1
12.5A- 220V
15A- 120V
30A
A B
BATTERY+
PLUG
CR1
BA
BAFIELDGR2
TG
120 VAC / 60 HZ with Regulator
220 VAC / 50 HZ with Regulator
-
+
Section 6 • Schematics February 2012
6 - 96
Belt Drive Generator Option
6 - 95
February 2012 Section 6 • Schematics
6 - 97
CE Option
6 - 98
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 98 S-80 • S-85 Part No. 111165
A B C D E F G H I J K L M N
CE Option
P2
0B
AT
RD
C2
P-5
P1
34
BA
TG
R/B
K
P2
2B
AT
BK
RD
TB20
RD
15AMP.
CB2
C2
B-5
C1
B-2
TB24
RD
CB3
20AMP.
15AMP.
CB1
RD
WH
C6
-28
C6
-23
TB
28
TB23D2
C2
B-6
BK
GRD
PLAT
P1
RD
RD
TB22
TB134
C4
6H
RN
GR
C2
8T
TA
RD
/BK
WH
C7
B-1
C1
B-1
2
C1
P-2
C2
P-6 C
7P
-1
C1
P-1
2
HORN
C1
32
PL
IB
L/W
H
P3
H1
RD
P2
C7
B-2
P2
3B
AT
WH
C7
P-2
D43
C9P-1
B1
B
3
1
4
2
KS1
C3
P-1
0C
3B
-10
C1
33
PL
AB
L
RD
WH
BK
7
12 8
6
1
4
3
5
U33
H6
L45
LS18
L4
D39
GR
/BK
GR
/BK
BL
/WH
LOAD
SENSE
MODULE
TB24A
P134BAT RD
P26ESTP BK
P28TTA RD/BK
TO TS52, TS54
TO TS51
TO
SE
RV
ICE
HO
RN
BK
TO AUX PUMP
TO
GR
OU
ND
TO
FB
OP
T
TS9
TS15
L1WH
JOYSTICK CONTROL CARD
3
12
13
14 8 7 6 10 9
11 43
20
17
18
19
16
15
4 1
10 9 3 1 2 5 4
TS14
6
16 8
15
DR
IVE
MO
DE
7
5
NC
CR27 CE
13
1411
122
BR
N
C2
P-3
C3
P-1
C3
P-2
C3
P-9
C3
P-3
C1
P-4
C1
P-5
C1
P-6
C1
P-3
C1
P-1
1
C1
P-1
0
C3
P-6
C3
P-5
C3
P-4
P2
4F
SW
H
P2
4F
SW
H
P2
6E
ST
PB
K
C3
P-8
C3
P-7
C4
P-4
C3
P-1
2
C4
P-2
C4
P-3
LE
DB
L/R
D
CD
E2
BL
/BK
J2
J3 J1 J1 J1 J1
C4
P-6
C4
P-5
CD
E1
BL
/ WH
C2
9M
SR
D/W
H
H1
RD
/ BK
TS16
C2
P-2
1
C3
P-1
1
NC
CR26
D37
D38
D35 D36
D41
C2
P-4
L5
C7
-3
+
D2
7
C4
P-1
CR30
NO
LE
FT
RIG
HT
DR
IVE
EN
AB
LE
P24FS WH
P26ESTP BK
UP
DO
WN
PL
AT
LE
VE
L
LE
FT
RIG
HT
PL
AT
RO
TA
TE
EX
TE
ND
RE
TR
AC
TA
XL
E
TS7
C3
2B
RK
WH
/RD
C4
0L
SO
R/R
D
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 99
Platform Level Cutout, CTE Option
Section 6 • Schematics February 2012
6 - 100
Platform Level Cutout, CTE Option
6 - 99
February 2012 Section 6 • Schematics
6 - 101
12 kW Hydraulic Generator Wiring Diagram
6 - 102
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 102 S-80 • S-85 Part No. 111165
12 kW Hydraulic Generator Wiring Diagram
1. Turning on the Generator supplies current
to the high idle relay through the diode
switching the engine to high RPM. In addition
the diode between TB45 and TB29 supplies
power to the motor stroke valve switching
the motors to high speed/low torque mode.
2. The SX controller is turned ON supplying
power to bypass valve and the change over
relay. The EDC valve is switched over to the
output of the SX controller.
12
5
WH
8
10
11
9
7
6
WH
COLOR
3
4
2
WH/BK
PIN#
1
CKT#
WH/BK
COLOR
WH
OR/RD
RD/WH
BL/RD
BK/RDBR
WH/RDBR
RD
RD/BK
GR/WHGR/WH
GR/BKGR/BK
GRBR
BR
WH/BK
WH
BR
GND
C22PWR
V150HG
C45GEN
GND
C31EDC-(A)
C30EDC+(A)
GND
GND
C31EDC-
C30EDC+
GND
Harness
Inside
Enclosure
DR
IVE
ED
C-
DR
IVE
ED
C+
B C
U4
AD
C5
-21
C5
-20
C1
B-5
C1
B-4
C3
1E
DC
WH
/BK
C3
0E
DC
WH
C1P-5 C1P-4 C2P-7
C2
B-7
C4
5G
EN
GR
/ WH
TB45
TS47
P25FS-RD
P24FS-WH
TS4
TB35
C3
5R
PM
BK
/RD
C1
B-9
C1P-9
RP
MH
I
GE
NE
RA
TO
RO
N
D12
RP
ML
O
FOOTSWITCH
2 4
6
81 3
5 7
RS232RxD
A1 BATTERY +
A2 SENSOR POWER +5 VDC
A3 BATTERY-
B1 VALVE 0 FWD COIL
B2 VALVE 1 NC
B3 DIGITAL OUTPUT BYPASS/OMRON
C1 TxD
C2 RxD
C3 /BOOT
D1 ANALOG 0 JOYSTICK
D2 ANALOG 1 NC
D3 DIG IN 3 NC
E1 NOT USED
E2 NOT USED
E3 NOT USED
F1 DIG IN 0
F2 DIG IN 1 GENERATOR ON
F3 DIG IN 2
RS232TxD
CR
4P
HIG
HID
LE
RE
LA
Y
C4
5G
EN
GR
/ WHV151HG GR
V150HG GR/BK
1k ohms124 ohms
124 ohms
APBPC
P26FS-BK
TB29
21
3
C1
B-3
C1P-3
C2
9M
SR
D/W
H
BY
PA
SS
PC
OIL
MO
TO
RS
TR
OK
E
VA
LV
E
SX Controller
OMRON
RELAY
TB22
C5
-18
C5
-24
C5
-1
C5
-12
8 N.C.
2 COM
1 N.O.
3 GND5 SW INPUT
TIME DELAY
MODULE 4S
TB24
16
15
ALC-500
20
3. When the AC generator is turned OFF the
SX module will ramp the output to the EDC to
threshold preventing cavitation to the hydraulic
motor powering the generator. When threshold
is reached the bypass valve is turned OFF.
L1
L2
L3N
RED
ORANGE
BLACK
GREEN
GREEN
BLACK
WHITE
RED
8 GA 4 CONDUCTOR
208 VAC
OUTLET
L1 L2 L3
NEUTRAL BUSS BAR
12.5 KW HYDRAULIC GENERATOR
NEMA 4 CONTROL BOX
50 AMP 3 POLE CIRCUIT BREAKER WITH INTEGRAL GFI
BRASS
SILVER
120 VAC GFI
GREEN 12GA
BLACK 12GA
XY
Z
8 GA 5 CONDUCTOR
20 AMP CIRCUIT
BREAKERGROUND
STUD ON
PANEL
1 2
3
N
5 4
6
BLACK 12GA
12 GA 3 CONDUCTOR
ENCLOSURE
SILVER
GREEN
110 VAC
GFI
BRASS
BLACK
GREEN
WHITE
12 GA 3 CONDUCTOR
1
2
3
4
5
6
7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 103
12 kW Hydraulic Generator Option
21CC
PUMP
DRIVE
FUNCTION
MANIFOLD
HY
DR
AU
LIC
RO
TA
RY
CO
UP
LE
R
31
B
A
13
SWV
HYDRAULIC GENERATOR
280 psi
G2 G1
OIL
DIVERTER
MANIFOLD
PMP B CLR PMP A
MTR B MTR A
G2
G1
CY
CW
CX
CV0.031
CU
Note: 'alpha' callouts refer tocomponents shown in themanifold illustrations.Refer to the Repair Section.
Section 6 • Schematics February 2012
6 - 104
12 kW Hydraulic Generator Option
6 - 103
February 2012 Section 6 • Schematics
6 - 105
Hydraulic Schematic, 2WD Models
6 - 106
1
2
3
4
5
6
7
8
A B C D E F G H I J K L M N
Section 6 • Schematics February 2012
6 - 106 S-80 • S-85 Part No. 111165
Hydraulic Schematic, 2WD Models
RESERVOIR
OIL COOLER
OPTION
BRAKE/2 SPEED
MANIFOLD
DRIVE PUMP
E
3625 psi
250 bar
3 psi
0.2 bar
3 psi
0.2 bar
FUNCTION
PUMP2189
TEST
A
B
TEST310 psi
21.4 bar
51 psi
3.5 bar
T2
CP
2 SPEED
RETURN
FILTER
25 psi
1.7 bar
102 psi
7 bar
BRAKE
OC1 LS TESTOC2
T1
PRESS
PR2
PLATFORM
ROTATE
V2
PR2
PR1
0.030 in
0.076 mm
0.070 in
1.77 mm
25 psi
1.7 bar
T2
PR1
30 psi
2 bar
30 psi
2 bar
TANK
SW2
V1
SW1
2500 psi
172 bar
V2
T3
S1
RET
0.035 in
0.89 mmV1 J1
J2
JIB BOOM
(S-85 Models)TURNTABLE
ROTATE
1200 psi
82.7 bar
ST2ST1
PTEST
AUX
EXTACCUM
2800 psi
193 bar
SECONDARY
RETRACT
4 GPM
PRIMARY
BOOM EXTENSION CYLINDER
3300 PSI3:1D
E 3:1 3500 PSI
COUNTERBALANCE VALVE
3:1
C
B
3:1
3:1
RATIO
1000 PSI
3000 PSI
2000 PSI
PRESSURE
AXLE CP LIM SW
1.7 gpm
6.4 L/ minM
PS
3.5 gpm
13.2 L/min
JIB SELECT
MANIFOLD
HIGH
PRESSURE
FILTER
EXTEND
7 GPM (REGEN)
FUNCTION
MANIFOLD
ACCUMULATOR450 psi
22 bar
AXLE EXTEND
PRESSURE SWITCH0.1 gpm
0.38 L/min0.3 gpm
1.1 L/min
AUXILIARY
PUMP
MEDIUM
PRESSURE
FILTER
DUMP
MANIFOLD
65 psi
4.5 bar
A
F 5:1 3500 PSI
B
B
B A A
C
C
D
D
6 8 3 1
HYDRAULIC ROTARY COUPLER
2 954 10
AXLE SELECT
MANIFOLD
FLB
FLR
V2 PILOT
FAR
RAR
FAE
RAE
AXLE EXTEND
CYLINDERS
FRONT REAR
2A 2D 2B136A8A8B6B 9A 9B2C
TE
54 10
STEER
CYLINDERS
TIE ROD
CYLINDER
RIGHT
LEFT
C C
C C C
C C C C
C
FRB
FRR
1000 psi
68.9 barTEST
V1
OSCILLATE VALVE
850 psi
58.6 bar
OSCILLATE CYLINDERS
LEFT RIGHT
A
B
OUT
IN
TEST
7
7
M1REAR
LEFT
M4
50%
280 psi
19.3 bar
REAR
RIGHT
M2
50%
M3
T
CP
X
A B
T1
2WD DRIVE MANIFOLD
30 psi
2 bar
0.6 gpm
2.27 L/min
PL2PL1
SLAVE
MASTER
0.6 gpm
2.27 L/min
PLATFORM LEVEL
CYLINDERS
F F
EE
P2
2100 psi
145 bar
P1
PRIMARY LIFT
CYLINDER
C C
A
B
DE
F
H
EE
FF
BA
BB
BD
BE
BC
BGBH
BI
BF
GG
HH
NN
VV
XXWW
LL
MM
II
JJ
KK
J
K
L
PQ
NO
OO
W
M
S
Z
V
U
Y
T
R
X
AA
PP
RRQQSS
TT
UU
CC
DD
BB
I
G
C
Note: 'alpha' callouts refer tocomponents shown in themanifold illustrations.Refer to the Repair Section.
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5
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7
8
N M L K J I H G F E D C B A
Section 6 • SchematicsFebruary 2012
Part No. 111165 S-80 • S-85 6 - 107
1
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4
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N M L K J I H G F E D C B A
Hydraulic Schematic, 4WD Models
REAR
RIGHT
REAR
LEFT
RESERVOIR
M1
CDL
T
M2
FRONT
LEFT
M3
50%
2 gpm
7.6 L/min
2 gpm
7.6 L/min
2 gpm
7.6 L/min
1000 psi
69 bar
50%
M7
M5
CDR
50%
280 psi
19.3 bar
50%
TEST
TEST
BA
6 8 3 1
M4
50%
50%
FRONT
RIGHT
M8
M6
HYDRAULIC ROTARY COUPLER
2 954 710
BRAKE/2 SPEED
MANIFOLD
DRIVE PUMP
E
3625 psi
250 bar
3 psi
0.2 bar
3 psi
0.2 bar
FUNCTION
PUMP2189
TEST
A
B
TEST310 psi
21.4 bar
51 psi
3.5 bar
T2
CP
2 SPEED
RETURN
FILTER
25 psi
1.7 bar
850 psi
58.6 bar
102 psi
7 bar
BRAKE
OC1 LS TESTOC2
T1
PRESS
DRIVE MANIFOLD
PL2PL1
PR2
PLATFORM
ROTATE
SLAVE
MASTER
V2
PR2
PR1
0.030 in
0.076 mm
25 psi
1.7 bar
T2
PR1
30 psi
2 bar
30 psi
2 bar
30 psi
2 bar
P2
2100 psi
145 bar
P1
TANK
SW2
V1
SW1
2500 psi
172 bar
V2
T3
S1
RET
0.035 in
0.89 mmV1 J1
J2
JIB BOOM
(S-85 Models)TURNTABLE
ROTATE
1200 psi
82.7 bar
ST2ST1
PTEST
AUX
EXTACCUM
2800 psi
193 bar
SECONDARY
RETRACT
4 GPM
PRIMARY
BOOM EXTENSION CYLINDER
3300 PSI3:1D
E 3:1 3500 PSI
COUNTERBALANCE VALVE
3:1
C
B
3:1
3:1
RATIO
1000 PSI
3000 PSI
2000 PSI
PRESSURE
AXLE CP LIM SW
1.7 gpm
6.4 L/ minM
PS
3.5 gpm
13.2 L/min
AXLE SELECT
MANIFOLD
JIB SELECT
MANIFOLD
HIGH
PRESSURE
FILTER
EXTEND
7 GPM (REGEN)
FUNCTION
MANIFOLD
FLB
FLR
V1 V2 PILOT
FAE
FAR
RAR
RAE
AXLE EXTEND
CYLINDERSOSCILLATE VALVE
OSCILLATE CYLINDERS
ACCUMULATOR
FRONT REAR
TEST
450 psi
22 bar
AXLE EXTEND
PRESSURE SWITCH
2A 2D2B138A6A6B8B 9A 9B2C 7
0.6 gpm
2.27 L/min
0.6 gpm
2.27 L/min
0.1 gpm
0.38 L/min
0.3 gpm
1.1 L/min
AUXILIARY
PUMP
TE
54 10
MEDIUM
PRESSURE
FILTER
PLATFORM LEVEL
CYLINDERS
PRIMARY LIFT
CYLINDER
DUMP
MANIFOLD
B
A
IN
OUTSTEERING
CYLINDERS
65 psi
4.5 bar
TIEROD
CYLINDER
LEFT RIGHT
LEFT
RIGHT
A
F 5:1 3500 PSI
B
B
B A A
C C
F F
EE
C
C
D
D
C C C C
C C
C C CC
FRB
FRR
A
B
DE
F
H
EE
FF
BA
BB
BD
BE
BC
BJ
BKBT
BV
BS
BU
BW
BR
BN BP
BQ
BO
BM
BL
GG
HH
NN
VV
XXWW
LL
MM
II
JJ
KK
J
K
L
PQ
NO
OO
W
M
S
Z
V
U
Y
T
R
X
AA
PP
RRQQSS
TT
UU
CC
DD
BB
I
G
C
OIL COOLER
OPTION
Note: 'alpha' callouts refer tocomponents shown in themanifold illustrations.Refer to the Repair Section.
Section 6 • Schematics February 2012
6 - 108
Hydraulic Schematic, 4WD Models
6 - 107