Post on 10-Apr-2022
PROVIDING SAFETY
T +31 (0)10 822 44 00www.usp-safety.com
WE PROTECT YOUR most valuable assetYOUR WORKFORCE
USP
Protecting People, Protecting Productivity
Modular Gate Switches for Safeguarding Hazardous Machinery
“The Interlock of Choice”
Protecting People, Protecting Productivity
Index
Protecting People, Protecting Productivity
The Company 4
The Concept 5 - 6
Compliance 7
Our Competency 8
amGardpro Application Examples 9 - 16
ConfigurationsPart1-amGardpro 17
ConfigurationsPart2-proNet 18
ConfigurationsPart3-Eazi-fitMountingSystem 19
ConfigurationsPart4-Slimlinepro 20
amGardproRangeCard 21
amGardproConfigurator 22-38
“Who we are and What we do”
FortressInterlockshelpscustomersprotecttheirpersonnelandcapitalassets.Thecompanyhasover40yearsof experience in the safety market, designing and manufacturing safety access and control systems based at its headquarters in Wolverhampton, UK. These systems create safe workplaces where employees in industrial environments are safeguarded from injury and equipment is protected from damage. A world leader in access control systems, Fortress products guarantee that actions and events are undertaken in a pre-determined sequence ensuring a safe working environment.
The company’s products are suitable for applications across a wide industrial base including power generation and distribution, steel, automotive, recycling, building materials, food and beverage, robotics and palletisers. Its extensive product offering and interlocking experience allows Fortress to provide unique solutions for all safeguarding applications. It regularly creates bespoke solutions, often by customising its standard products.
Protecting People, Protecting Productivity
The Company
4www.fortressinterlocks.com
is the ultimate range of modular safety gate switch interlocks, for heavy duty applications. Its unique modularconstructionallowseasyconfigurationandprovidestotalelectro-mechanicalsolutionsforpracticallyanysafeguardingapplicationuptoSIL3(EN/IEC62061),Category4andPLe(EN/ISO13849-1).
With its unrivalled design concept, amGardpro offers a range of fully integrated safety interlocks, including solenoid and non-solenoid safety switches complete with a host of additional options including key control modules, emergencyrelease,redundantsensors,lockout/tagoutandpushbuttons,E-stops and indication lights for enhanced functionality. The robust constructionof this range makes it ideal for use in a wide range of industrial applicationswhen safety, strength and reliability are of paramount importance.
The amGardprosystemreplacesalladaptionsnormallyfittedwithinaguardingsystem, such that additional hardware like door catches, actuators, closing mechanisms, internal mechanisms, key functions including authorised access and deadlocks may be no longer needed. All of these separate functions can be incorporated into amGardproconfigurations,resultinginthemostflexiblesafety interlock solution available for today’s industrial environment.
ActuatorsHandle Actuators
Hinged Handle ActuatorsTongue Actuator
Slimline Tongue Actuator All in One Head and Handle Actuator
Slidebars
Act
uato
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Head ModulesHandle Actuator Head ModuleTongue Actuator Head Module
All in One Head and Handle UnitPadlock Adaptor
Hea
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AdaptorsSafety Key Adaptors
Access Key AdaptorsExtracted Key Adaptors
Internal Release AdaptorsAda
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s
Electrical Switching / LockingSafety Switch Bodies
Solenoid Controlled Lok BodiesExtended body Solenoid Controlled Lok Bodies
Slimline Solenoid Controlled Lok BodiesExplosion Proof Switch Bodies
Foot (to terminate mechanical lock)PROFINET and PROFIsafe versions available
Ethernet/IP CIP Safety versions availableAS-interface versions available
European, Canadian and North American approvals
Elec
tric
al S
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hing
/ Lo
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Option PodsKey Switch Option Pod
Indicator Lamp Option PodPushbutton Option Pod
Slimline Pushbutton Option PodPROFINET and PROFIsafe versions available
Ethernet/IP CIP Safety versions availableAS-interface versions available
European, Canadian and North American approvals
Opt
ion
Pods
Protecting People, Protecting Productivity
The Concept
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Technical Specifications
MA2M6SL411 & TA4T6SL411 & EI4I6SR411Thesolenoidcontrolledsafetyswitchbody(proLOK)can be equipped with four different head types, creating door/hatchlockconfigurationsthatrestrictaccesstothesafeguardedareauntilitissafetoenter.(Pleasesee amGardproRangeCardonpage22forfurtherdetails)
MA2M6ST401 & SA4S6ST401Thesafetyswitchbody(proSTOP)canbeequippedwithfourdifferentheadtypes.Theseconfigurationsselectmachinestopanddetectthepositionofdoors/hatches that give access to the safeguarded area or machine.(PleaseseeamGardpro Range Card on page 22forfurtherdetails)
amGardpro Technical Specification
Housing Materials ZincAlloytoBSEN12844&StainlessSteeltoBS3146-2ANC4B
Paint Finishes Glass powder coat on passivated base material
Ingress Protection IP65 + IP67
Mechanical Life 1,000,000SwitchingCycles
Performance Level PLe
B10d 5,000,000
Ambient Temperature -5°Cto+40°C/60°C
Switches Conformance DINVDE0060Part206&IEC947-5-1
Maximum Frequency of Ops 7,200perhour
Connector Type Spring Activated Vibration Proof Block
amGardpro Switching Specifications
Switching Principal PositiveBreak(safetycircuits)
Switch Circuit Current 3A
Minimum Switch Current 1mA at 5 VDC
Maximum Switch Current 230VACMax
Utilisation Category AC15orDC13
Switching Contact Element 4NC/2NO(proLOK),2NC/1NO(proSTOP)
Control Voltage 24VAC/DC,110VACor230VAC
Insulating Resistance 20M0hm
Insulating Voltage 2500VAC
Solenoid Power Rating 12W(currentatNominal24VDC=500mA)
SolenoidRating(DutyCycle) 100%
Solenoid Voltage 24VAC/DC,110VACand230VAC
Solenoid Voltage Tolerance 90%to110%ofnominal
Cable Size 26-14AWG
←
MA TA
M6 T6
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MA SA
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Protecting People, Protecting Productivity
The Concept
6www.fortressinterlocks.com
EI4I6
“The Interlock of Choice”
EU machinery safety standards are regarded as the most stringent in the world and are adopted via IEC on a global basis.Fortressstrivetoadheretosuchstandardsfromdesignphasethroughtofinalproductdelivery,sothatourcustomers can have peace of mind that their product or system selection from Fortress complies with the very latest machinery safety standards, regardless of where in the world the equipment is deployed.
Our amGardprorangecomplieswiththeEUMachineryDirective2006/42/ECandthefollowingstandards:
•ENISO13849-1SafetyofMachinery-Safetyrelatedpartsofcontrolsystems
• EN ISO 14119 Safety of Machinery - Interlocking devices associated with guards - Principles for design and selection
TheseproductsalsocarryTÜVSÜDNTRLApprovalforU.S.A/Canada.Theycomplywiththefollowingstandards:
•UL508:1999R
•CAN/CSA22.2No14 Extensive testing of all of our products is inherent in our design for industrial applications. In addition, all of the equipment within the amGardpro range has been independently assessed by TÜV SÜD to achieve Cat. 4, PLe.
We have several functional safety experts within our global applications team who are always on hand to offer advice on product selection, application and standards compliance.
Improved Standards Compliance• Complies with all new and forthcoming machine safety standards. • Integratedredundancysensorsolution(withcodingoptions).• Single motion emergency escape release regardless of solenoid or
trapped key locking mechanisms. Enhanced Machine Control Functionality
• Integrated pushbutton control in single unit.• Upto8illuminatedpushbuttons/lamps/selectorswitches,including1
e-stop.• Upto10safety/accesskeysinoneconfiguration.
Enhanced Strength• Stainless steel heads with mounting point, increasing retention force tomarketleading10KN.
• Standardisation and enhancement of all anti-vibration features.• Improved weather resistance.
Single motion emergencyescape release
Lock-Out Tagout Facility
Extracted KeyAdaptor
Safety KeyAdaptor
Access KeyAdaptor
Solenoid Locking Unit
E-Stop
Re-Start
Request to Stop
Conveyor Control EI4I6EKR1SKR11AKR11LR411L0EGGLN
BK01
Protecting People, Protecting Productivity
Compliance
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F o r t r e s s - “ T h e i n t e r l o c k o f c h o i c e ”
Application Examples
Fortress Interlocks core competency is the design of safety interlock systems and products which are suitable for use in a wide cross section of industries and applications. Ourapplicationexpertisecoversthefollowingindustrialsectors:Manufacturing,Power,ProcessandTransport.The following section contains a selection of typical applications for Fortress amGardpro products.
amGardpro Application Example 2
This example shows the safeguarding of a potentially dangerous area with a teach mode function inside.
1TN2T6SL411BK21 Removal of the key from one of the pods at the doors selects machine stop at the end of a run down cycle. The solenoid is then energised by the machine control system and access can be gained.
The operator can take the safety key into the potentially hazardous area preventing restart.
2BK01 By inserting one of the keys in the stand alone pod inside the guarded area safe programming can be initiated.
3TI2T6R1SR411BK21 The LOK internal release option can be used to unlock the door from inside a guarded area should personnel become trapped. By pushing the button on the rear of the unit, the tongue is released from the actuator head and the door can be opened from the inside. This also breaks both safety circuits, which then have to be manually reset before the machine can re-start.
amGardpro Application Example 1
This example shows the safeguarding of robot areas in which amGardpro products offer a combined mechanical and electrical solution.
1NO2C6SKL12LL411L0WB00N By pressing the access request button, the machine or installation is shut down by the machine control system.
The solenoid, controlled by the machine control system restricts the release of keys A until the guarded area or machineissafetoenter(indicatedbytheyellowstatusLEDs).
Energising the solenoid breaks the dual safety circuits to prevent unexpected re-start.
Both safety keys A can now be released indicated by the red status LED.
2TN2T6SKL11AKL11FT0 Keys A can be used to unlock the door locks and release the safety keys B. These can be taken inside the guardedareatopreventpersonnelbeingtrappedand/or an accidental machine restart.
By reversing this compulsory procedure the machine can safely be restarted.
NO2C6SKL12LL411L0WB00N
Protecting People, Protecting Productivity
Our Competency
8www.fortressinterlocks.com
Applications Automotive Die Stamping Presses
Application RequirementThe metal die stamping presses in an automotive manufacturing plant are used to form various automotive body parts thatwilllaterbeweldedtogethertoassemblethefinishedvehicle.Thesepressesareusedtocreatebodypartsofa series of different models therefore personnel may require entry in order to alter the current stamping operation. However, due to the series of hazards that arise from such a dangerous process, operators must only be able to gain entry once all moving parts of the presses have come to a complete stop.
Fortress Solution EI4A6SR411 Solenoid Gate Switch with Escape Handle B0YB0KN Machine Control Push Button Station
Sequence of Operation To gain entry into any of the press and die cells, an operator must request entry by pressing the yellow pushbutton on the machine control station sending a signal to the machine’s control system, bringing that specificcelltoacontrolledrest.Whenitissafe,a signal is sent from the machine control system to energise the solenoid gate switch enabling the handle to be operated in order to unlock the door. The machine will not restart until the door is closed and an operator has pressed the illuminated blue pushbutton to reset the machine. In an emergency the red escape handle can be used as an internal release to open the locked cell from the inside.
System Schematic
EI4A6SR411
B0YB0KN
Protecting People, Protecting Productivity
Our Competency
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Applications Brick Press
Application RequirementA brick press is used in the forming process within a brick manufacturing plant. The clay material is placed in a die and then compacted with a steel plunger set at a desired pressure. Operators may need to gain access to the brick press for scheduled cleaning, or to remove pieces of lodged clay that are holding up the production process. However, access into the machine should not be possible until power to the machine has been isolated. Therefore, eachdoorisfittedwithasafetygateswitch.Slidingdoorsarefittedwithtongueoperatedgateswitchesandhingeddoorsarefittedwithhandleoperatedgateswitches.
Fortress Solution MA2M6ST401 Handle Operated Safety Switch TA4T6ST401 Tongue Operated Safety Switch
Sequence of Operation To gain entry into a sliding door, an operator simply opens the door which disengages the tongue from the interlocks head, isolating power to the machine. Whereas, to gain entry into a hinged door requires anoperatortopullandrotatethelatchinghandle90 degrees clockwise before the door can be unlocked. The handle’s latching feature is compensate against guard doors that are located to the actual press itself that is subject to high vibration.
System SchematicMA2M6ST401
TA4T6ST401
Protecting People, Protecting Productivity
Our Competency
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Applications Automated Beverage Rinser and Filler
Application RequirementBeveragebottlingplantsuseautomatedrinserandfillermachinestoinjectwaterintoeachplasticbottleasitmovesdowntheproductionlinetorinseoutanyunwantedmaterialorbacteriabeforethefillermachinefillstheemptybottle with the freshly produced beverage. To comply with global safety and hygiene regulations, such machinery is protected with an interlocked guard to limit the possibility of external contamination. However, maintenance personnel may require access to the machine in the event of a blockage, but access can only be achieved once the machine has come to the end of its current operating cycle.
Fortress Solution MA2M6SL411 Handle Operated Solenoid Gate Switch
Sequence of Operation In the event of a machine breakdown or minor maintenance task, a maintenance engineer needs to request entry using a nearby machine control panel, sending a signal to the machine’s control system, bringing the machine to a controlled rest. Once the automatedrinserandfillerhasfinisheditscurrent operating cycle, a signal is sent to energise the solenoid, enabling the handle actuator to be operated. Maintenance personnel can now gain entry into the requiredsectiononthefillinglinebyrotatingthehandleactuator90degreesclockwisetounlockthe guard door.
System Schematic
MA2M6SL411
Protecting People, Protecting Productivity
Our Competency
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Applications Beverage Can Bodymaker
Application RequirementBeveragecanmanufacturersuseaspecialistpressmachinecalledabodymakerinordertoproducethefinishedbeveragecanbodiesinrapidsuccession.Unfinishedbeveragecansarefedintothemachineandpressedtocreatethefinalshapeofthebeveragecan.Operatorsmayneedtogainaccessintothebodymakerifamisalignedbeveragecanweretocausethemachinetobreakdown.Howeveraseachcanispressedevery1/5th of a second, access into the machine should only be achieved once power to the machine has been isolated and all moving parts have come to a controlled stop.
Fortress Solution TA2T6SL411 Left Handed Tongue Operated Solenoid Switch
Sequence of Operation To gain entry into one of the maintenance hatches on the bodymaker, an operator must request entry using a nearby control panel. This sends a signal to the machine’s control panel, isolating power to the machine and bringing all moving parts to a complete stop. Once it is safe to enter, the machine’s control system will energise the solenoid enabling the tongue actuator to be removed from the interlocks head which enables the hatch door to be opened.
System Schematic
TA2T6SL411
Protecting People, Protecting Productivity
Our Competency
12www.fortressinterlocks.com
Applications Combined Palletiser & Stretch Wrapper
Application RequirementThecombinedPalletiser&StretchWrapperinafoodmanufacturingplantisanautomated‘endofline’processofstackingcasesoffinishedgoodsontopalletsandwrappingtheminalayerofprotectivefilm,readyforfinalshipment.Personnel may require entry into the guarded area in the event of a machine breakdown, but should only be able togainaccessoncethemachinehasfinisheditscycle.Therefore,suchmachineryisextensivelyguardedandinterlocked to ensure that access inside the guarded area can only be achieved once power has been isolated and all moving parts have come to a complete stop.
Fortress Solution MA4M6EKL2LL411L0B000N Handle Operated Solenoid Gate Switch
Sequence of Operation To gain entry into the machine, an operator must request entry by pressing the blue pushbutton, sending a signal to the machine’s control system to bring the machine to the end of its current cycle. When it is safe to enter, the blue pushbutton will illuminate andflashintermittently,enablinganoperatortoturn and remove the extracted key before the door can be opened. This key must remain on the operator’s person while they remain inside the danger zone to avoid inadvertent machine restart.
System Schematic
MA4M6EKL2LL411L0B000N
Protecting People, Protecting Productivity
Our Competency
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Applications Hot Rolling Mill - Steel Industry
Application RequirementAhotrollingmillinasteelstripplantistheprocessinwhichsemi-finishedsteelslabs,thatarenearlyattheirmeltingpoint, are passed through a series of rolls to increase the length and reduce the thickness so that it forms a steel strip before coiling up the lengthened steel strip. There are six access doors into the hot rolling mill that might be accessed intheeventofamachinebreakdowntherefore,eachdoorhasbeenfittedwithasolenoidcontrolledsafetygateswitch to prevent access into the area until all moving parts of the mill have come to a complete stop.
Fortress Solution TA2T6R7LR416L0E3YKN Tongue Operated Solenoid Gate Switch with an Escape Release Pushbutton
Sequence of Operation In order for an operator to gain entry into the hot rolling mill area, they must request entry using the black pushbutton which sends a signal to the machine’s control system, bringing the line to a controlled stop. Once it is safe to enter, a signal is sent to energise the solenoid and the green lamp is illuminated, indicating to the operator that access inside the area can now be achieved. In the unlikely eventthatanoperatorfindsthemselvestrappedonthe inside of the area, they can gain immediate exit by pressing the red escape release pushbutton.
System Schematic
Protecting People, Protecting Productivity
Our Competency
TA2T6R7LR416L0E3YKN
14www.fortressinterlocks.com
Applications Mixing Vessel
Application RequirementMixing vessels in chemical processing plants are used to house the chemical compounds that have been mixed togethertoformthefinishedproduct.Allvesselsareair-tighttoensurethatnooutsidecontaminantscanaffectthechemical reaction that is taking place within the mixing vessels. There are a series of blades on the inside of the mixerthat operate at incredibly fast speeds to blend the chemicals together. Therefore, such chemical processingmachineryisextensivelyinterlockedtoensurethatcleaningand/ormaintenancepersonnelcanonlygainentrytothevessels once power to the machine has been isolated and the chemicals being processed have been removed from the mixing vessels.
Fortress Solution TA2T6UX401 Explosion Proof Safety Switch
Sequence of Operation In order to gain entry to the mixing vessels, an operator must isolate the power using a nearby control panel. The operator must then unscrew all the air tight fixingsholdingthevesselshatchdoorclosed.Onceallofthesefixingsareremoved,theoperatorcan gain entry by using the handle to open the mixing vessels hatch door. Upon opening the hatch door, this disengages the tongue from the locking mechanism onthe‘TA2T6UX401’explosionproofsafetyswitchto ensure that power to the machine cannot be restarted.
System Schematic
TA2T6UX401
Protecting People, Protecting Productivity
Our Competency
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Applications Dehacking Line
Application RequirementSetting machines pile dried bricks onto a kiln car in a selected setting pattern before conveying the pile onto the Dehackerwhichunloadsthebricksbeforepackingandpalletisingreadyforfinalshipment.Duetothedangerousnature of this process, the following safety system prevents access to operators until power to the machine has been isolatedandthemachinescyclehasended.UsingtheProfi-enableddevicemakesinstallationmuchsimplerasthefourcoreProfi-cablessignificantlyreduceswiringwhileincreasingreal-timediagosticcapabilityandmaintainingthesafety integrity.
Fortress Solution EI2I6EKR2SR411N2EY0BNPF08LeftHandedHandleOperatedProfi-enabledSolenoid Switch with Escape Release
Sequence of Operation To gain access to the Dehacker, an operator must request entry by pressing the yellow illuminated pushbuttonmarked‘Access’.Thissendsasignalto the machine’s control system bringing the machine to acontrolledrest.Oncethemachinehasfinished its cycle, a signal is sent from the control system, energising the solenoid and enabling an operator to remove the extracted key before access into the machine can be achieved. This safety key must remain upon the operator’s person while they remain inside the danger zone. Communication control is transmitted via the PROFINET network and the safety is managed via the PROFIsafe network. If an operatorshouldfindthemselveslockedontheinside of the machine for any unforseen circumstance, the red internal escape release handle can be used to immediately isolate power to the machine and grants instant exit from the cell.
System Schematic
EI2I6EKR2SR411N2EY0BNPF08
Pin OutPower Data
Protecting People, Protecting Productivity
Our Competency
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isamodulardesignthatenablestheusertoconfigureawiderangeofsafetygateswitchestoexactlymeetthespecificapplication.Theproductscantherefore
be used to satisfy a range of machine guarding situations. You simply select the actuator andheadmechanismandthenaddinkeyadaptorsand/orcontrolunits,
as needed.
MA2M6SL411Handle OperatedSolenoid Switch
TA2T6ST401Non Solenoid
Tongue Switch
EH2T6EKL1ST401Handle Operated
Tongue Switch with Safety Key
EH2T6LL411L0RGRGNHandle Operated
Solenoid Switch with Pushbutton Control
Actuator and
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+
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Protecting People, Protecting Productivity
Configurations Part 1
Common Configurations
17www.fortressinterlocks.com
Communications / Networked Safety Switches
What is proNet?amGard proNet is an addition to the amGardpro range that adds an Ethernet based networking capability to the range. It is designed as an add-on module that replaces, or can beusedinadditionto,anoptionpodsothatanyconfigurableunitcanbeconvertedtocommunicateoverEthernet.Thetwosupportedprotocolsare:• ‘PROFINET’withthe‘PROFIsafe’functionalsafetyextension.• “Ethernet/IP”withthe“CIPSafety”functionsafetyextension
Theseprotocolsallownon-safetycontrolfunctions(lampoutputs,switches,monitorsignals)andsafetyfunctions(gateswitchsafetyfunctions,E-stopfunctions)tobecommunicatedoverthesamenetwork,usingthesameconnection.Itisthereforenowpossibletocreatethefollowingtypesofinterlockswithindustrialcommunicationbuiltin:• Solenoid control guard switches with escape release• Solenoid control guard switches with “safety key” protection• Solenoid control guard switches with machine control functionality• Control stations with E-stop included
The following features are built in to proNetunits:• One cable for control and safety communication• One cable for power – reducing installation time and cost• 100%diagnosticcapability–increasinguptime• QuickconnectionconnectionsviaM12or7/8plugandsocketorAIDAstandardconnectors• Addressingflexibilityeitherbywebinterfaceordipswitchesaidinginstallationandmaintainability• Anintegratednetworkswitch–‘daisychain’bustopologieswithnoadditionalhardware• Uptotwopowerconnectors–‘daisychain’powertopologieswithnoadditionalhardware• Optional external safety switch connection
EI2A6SR411N2B0WYNPF15 EI4A7SR411N5GAYUNPF10 MA4M6EKL2SL411N2EY0BNPF10
Protecting People, Protecting Productivity
Configurations Part 2
Common Configurations
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ApprovalsEthernet/IP - CIP
APPROVAL PENDING
ApprovalsPROFINET &
PROFIsafe
APPROVAL PENDING
Eazi-fit Mounting System
Simple SystemFortressnewEazi-fitmountingsystemisaseriesofpackingandmountingplatestoensureanyconfiguredamGardpro safetyswitchcaneasilyandsimplybefittedtomachineguarding.Theconfigurableplatesarearobustdesignofdiecastaluminiumandaresuitableforbothhingedandslidingguardswithachoiceofcolourfinishes.Thepackingandmountingplatesarepre-fittedtotheinterlockwhenorderedtogetherandthemountingplatescanalsobeorderedseparately.
Easy to use ConfiguratorTheonlineconfiguratortoolprovidesyouwith2DDrawings,2Dand3DImagesandModelstogetherwithapartnumberfororderingpurposes.ToaddournewEazi-fitmountingsystemtoyourconfigurationsvisitwww.fortressinterlocks.com and select the amGardproconfigurator.
Eazi-fit Mounting System Benefits
• Robust Design - 10KN Retention Force (when plate mounted correctly to amGardpro Unit)
• Configurable
• Accommodates most amGardpro configurations
• Pre-assembled
• Handle/tongue packing plates included
• Easy to order: Online configurator selects safety interlock and mounting plate to suit
• Easy to install: Interlock comes pre-fitted to mounting plate with actuator packing plate
• Painted Die Cast Aluminium either black finish or grey finish (to suit guarding finish)
• Standard designs for speedy delivery
Protecting People, Protecting Productivity
Configurations Part 3
EI2I6EKR2LR411L0E70BNMPB1 TA2T6R1EKR2AKR12SR411MPB1 EH4T6EKL2SL411MPB1
Common Configurations
19www.fortressinterlocks.com
Slimline proWhat is Slimline pro?amGardpro now has two additions to the range which are in a slimline housing - a Solenoid Controlled LOK body and an Option Pod for up to three control or pushbutton elements. Both are compatible with the standard modules within the amGardprorangeandenablenumerousconfigurationsofguardswitchesformachineguardingapplicationsallwithinawidthofjust40mm.ThecontrolelementsoftheSlimlineproOption Pod unit can be prewired with a common power supply to minimise external wiring or supplied with volt free contacts.
Slimline pro Benefits
• Slim profile - ideal for narrow guarding at just 40mm wide.
• Sealed to IP65 & IP67
• Choice of actuators (handle or tongue)
• Internal release option
• Keyed override (in event of power failure)
Protecting People, Protecting Productivity
Configurations Part 4
HS1S6ZL411Y1BW00ND600
HS1S6ZL411D200
HS1S6R2AKR11ZR411D200
SA4S6SKL21AKL21ZL411Y1EG10ND900
For more information on the Slimline proOption Pod and Slimline proLok units visit our website www.fortressinterlocks.com or request our individual datasheets and installation instructions from your local Fortress rep
Common Configurations
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s
....M
PB
1
MI*
Han
dle
Act
uato
r
SD2
SD
4S
A*
TF*
TM*
TG*
SI*
SF*
SS
*S
N*
LEARN MORE
Also available on our website www.fortressinterlocks.com asanonlineconfigurator
amGardpro Configuration Tool
Step
1a:
Cho
ose
the
Act
uato
rActuators
Part
No.
Des
crip
tion
MA
AM
Han
dle
Part
No.
Des
crip
tion
TAAT
Ton
gue
Part
No.
Des
crip
tion
EIpr
oIR
Han
dle
to a
llow
em
ergencyrelease(only
to b
e us
ed w
ith I6
or I
7 head).
proA
M H
andl
epr
oAT
Tong
ue
Part
No.
Des
crip
tion
TKS
hort
AT
Tong
ue
(allows
padl
ocks
th
roug
h th
e to
ngue
to
wor
k as
a lo
ck
out t
ag o
ut,
but r
educ
es
overtravel).
proH
andl
e O
ptio
ns
Part
No.
Des
crip
tion
TIS
lideb
ar w
ith In
tern
al h
andl
e bu
t no
retu
rn s
prin
g
Part
No.
Des
crip
tion
TNS
lideb
ar w
ithou
t a s
prin
g
Part
No.
Des
crip
tion
ENpr
oHan
dle,
no
Inte
rnal
R
elea
se
proS
lideb
ar O
ptio
nspr
oRel
ease
IR H
andl
e
Part
No.
Des
crip
tion
TSS
lideb
ar w
ith a
retu
rn s
prin
g
Part
No.
Des
crip
tion
TMS
lideb
ar w
ith In
tern
al h
andl
e c/wTKShortTongue
Part
No.
Des
crip
tion
TGS
lideb
ar w
ith In
tern
al h
andl
e fo
r GM
Part
No.
Des
crip
tion
TFS
lideb
ar w
ith In
tern
al h
andl
e c/wspacerbehindtheknob
For u
se w
ith ‘M
’ Hea
dsFo
r use
with
‘T’ H
eads
For u
se w
ith ‘I
’ or ‘
A’ H
eads
62.5
MI,
TI, T
M, T
G,
TF a
nd E
H
wor
k w
ell w
ith a
Pu
sh IR
uni
t (s
ee s
tep
4)
pro i
Part
N
o.D
escr
iptio
n
MI
AM
Han
dle
with
Inte
rnal
R
elea
se
Turn
ing
mot
ion
hold
s do
or
clos
ed. I
deal
for n
on lo
ckin
g se
t ups(i.e.p
roSTO
Pdevices)
Turn
ing
mot
ion
hold
s do
or
clos
ed. I
nter
nal h
andl
e al
low
s us
er to
ope
n do
or fr
om in
side
(pushIRmayberequired
dependingonapplication)
Hig
h st
reng
th a
nd e
ase
of o
peni
ng m
akes
this
the
mos
t pop
ular
act
uato
r in
the
amG
ardp
ro ra
nge.
Allo
ws
padl
ocks
thro
ugh
the
tong
ue to
wor
k as
a lo
ck o
ut ta
g ou
t, bu
t red
uces
ove
r tra
vel
Slid
ing
mot
ion
hold
s do
or c
lose
d. W
ith n
o re
turn
sp
ring
unit
rem
ains
in th
e po
sitio
n it
is le
ft in
Slid
ing
mot
ion
hold
s do
or c
lose
d. R
etur
n sp
ring
pulls
the
slid
ebar
ope
n, p
reve
ntin
g clasheswiththehead(butrequirestheslide-
bartobeheldforwardwhilstlocking)
Slid
ing
mot
ion
hold
s do
or c
lose
d. S
ame
as a
TN
butIR
knoballowsdoortobeopened(but
notclosed)from
theinsidewhenmainunitis
unlo
cked
Slid
ing
mot
ion
hold
s do
or c
lose
d. S
hort
TK
tong
ue a
llow
s pa
dloc
k th
roug
h to
ngue
to a
ct
as a
lock
out
. Add
ition
al lo
ck o
ut s
pace
at r
ear
of s
lideb
ar
Slid
ing
mot
ion
hold
s do
or c
lose
d. S
hort
TK
tong
ue a
llow
s pa
dloc
k th
roug
h to
ngue
to a
ct
as a
lock
out
. N
o ad
ditio
nal l
ock
out s
pace
at r
ear o
f slid
ebar
Han
dle
mot
ion
hold
s do
or c
lose
d, b
ut n
o m
etho
d to
ope
n do
or fr
om in
side
The
red
inte
rnal
rele
ase
hand
le o
nly
wor
ks
withunitswithnolocking(i.e.Stops)orin
conj
unct
ion
with
a p
ushI
R u
nit
Han
dle
mot
ion
hold
s do
or c
lose
d.
Red
han
dle
over
rides
all
lock
ing
mec
hani
sms
and
open
s sa
fety
con
tact
s to
allo
w e
scap
e re
leas
e
Sam
e as
a T
N b
ut IR
kno
b al
low
s do
or to
be
open
ed a
nd c
lose
d fro
m th
e in
side
whe
n m
ain
unit
is lo
cked
53.5
Part
No.
Des
crip
tion
EHpr
oHandle(theredinternal
rele
ase
hand
le o
nly
wor
ks
with
uni
ts w
ith n
o lo
ckin
g (i.e.stops)orinconjunction
withaPushIRunit).
Part
No.
Des
crip
tion
EFpr
oHan
dle,
with
Inte
rnal
A
cces
s H
andl
e
Han
dle
mot
ion
hold
s do
or c
lose
d. In
tern
al
acce
ss h
andl
e al
low
s do
or to
be
open
ed
and
clos
ed fr
om th
e in
side
Step
1b:
Cho
ose
the
Act
uato
rActuators
For u
se w
ith ‘S
’ Hea
ds
proH
inge
d H
andl
e O
ptio
ns
Part
No.
Des
crip
tion
HS1
proH
inge
d H
andl
e - S
hort
Rea
ch fo
r use
with
pro
Sto
p units(40m
mwide)
Par
ticul
arly
use
ful f
or a
pplic
atio
ns u
sing
sm
allradiushingeddoors(250mmm
in)
Part
No.
Des
crip
tion
HL1
proH
inge
d H
andl
e - L
ong
Rea
ch fo
r use
with
pro
Lok
units(80m
mwide)
Par
ticul
arly
use
ful f
or a
pplic
atio
ns u
sing
sm
allradiushingeddoors(250mmm
in)
34.5
Part
No.
Des
crip
tion
*SA
Slim
line
Tong
ue
“If y
ou s
elec
t an
SA, S
I, SN
, SF,
SS,
SD
, HS,
HL
you
mus
t the
n se
lect
Slim
line
Hea
d S6
onl
y”
pro i
Part
No.
Des
crip
tion
SIS
limlin
e To
ngue
Slid
ebar
w
ith In
tern
al h
andl
e bu
t no
retu
rn s
prin
g
Part
No.
Des
crip
tion
SNS
limlin
e To
ngue
Slid
ebar
w
ithou
t a s
prin
g
proS
lideb
ar -
Shor
t Ton
gue
Opt
ions
Part
No.
Des
crip
tion
SSS
limlin
e To
ngue
Slid
ebar
w
ith a
retu
rn s
prin
g
Slid
ing
mot
ion
hold
s do
or c
lose
d. W
ith n
o re
turn
spr
ing
unit
rem
ains
in th
e po
sitio
n it
is le
ft in
Slid
ing
mot
ion
hold
s do
or c
lose
d. R
etur
n sp
ring
pulls
the
slid
ebar
ope
n, p
reve
ntin
g clasheswiththehead(butrequiresthe
slidebartobeheldforwardwhilstlocking)
Slid
ing
mot
ion
hold
s do
or c
lose
d. S
ame
as
a S
N b
ut IR
kno
b al
low
s do
or to
be
open
ed
(butnotclosed)from
theinsidewhenmain
unit
is u
nloc
ked
pro
Slim
line
Tong
ue
Part
No.
Des
crip
tion
NO
No
Act
uato
r req
uire
d
NO
Act
uato
r R
equi
red
x
“If n
o A
ctua
tor i
s re
quire
d go
to S
tep
3, w
here
you
can
se
lect
a H
ead
or
Cap
(C6)
”
pro i
Sel
ect t
his
whe
n yo
u w
ish
to s
peci
fy
headdirection(Handing)butarenot
purc
hasi
ng a
n ac
tuat
or
Part
No.
Des
crip
tion
SFS
limlin
e To
ngue
Slid
ebar
withInternalhandlec/w
spac
er b
ehin
d th
e kn
ob
Sam
e as
a S
N b
ut IR
kno
b al
low
s do
or to
be
ope
ned
and
clos
ed fr
om th
e in
side
whe
n m
ain
unit
is lo
cked
pro
Han
d O
pera
ted
Act
uato
r
Hig
h st
reng
th, b
ut s
uita
ble
for a
ll Slim
lineconfigurations
Part
No.
Des
crip
tion
SDH
and
Ope
rate
d S
prun
g A
ctua
tor w
ith S
limlin
e to
ngue
Step
2: C
hoos
e th
e H
andi
ngActuators
Part
No.
Han
ding
Des
crip
tion
1Fr
ont F
acin
g
Part
No.
Han
ding
Des
crip
tion
2Le
ft H
and
Part
No.
Han
ding
Des
crip
tion
3R
ear F
acin
g
Part
No.
Han
ding
Des
crip
tion
4R
ight
Han
d
pro i
Even
if y
ou h
ave
not c
hose
n an
ac
tuat
or fr
om S
tep
1 yo
u ca
n st
ill c
hoos
e ha
ndin
g fo
r the
hea
d m
odul
e
pro i
If yo
u ch
osen
an
EI A
ctua
tor f
rom
St
ep 1
, Fro
nt F
acin
g,1
and
Rea
r Fac
ing,
3H
andi
ng o
ptio
ns a
re
not a
llow
ed
pro i
If yo
u ch
oose
a
HS/
HL
Han
dle
& a
n S6
Hea
d it
is
reco
mm
ende
d yo
u ch
oose
a F
ront
Fa
cing
co
nfigu
ratio
n
HS1S
6ST401
Step
3: C
hoos
e th
e H
ead
Mod
ule
Head Modules
Part
No.
Des
crip
tion
C6
To te
rmin
ate
asse
mbl
ies
with
out h
eads
Part
No.
Des
crip
tion
M6
proA
M H
ead
Part
No.
Des
crip
tion
M7
proA
MHeadc/wDrop
Dow
n Lo
ckou
t
Part
No.
Des
crip
tion
T6pr
oAT
Hea
d
Part
No.
Des
crip
tion
M8
proA
MHeadc/w
Lock
-Out
Clip
Part
No.
Des
crip
tion
T8pr
oATHeadc/wATL
Lock
-Out
Clip
Part
No.
Des
crip
tion
T7pr
oATHeadc/wDrop
Dow
n Lo
ckou
t
Part
No.
Des
crip
tion
I6pr
oIRHead(onlyworksin
conjunctionwithEIhandle)
A6
Autoresetallinonehead(only
wor
ks in
con
junc
tion
with
EI
handle)
proC
ap O
ptio
nspr
oAM
Hea
d O
ptio
nspr
oAT
Hea
d O
ptio
nspr
oRel
ease
IR H
andl
e O
ptio
ns
pro i
If a
head
mod
ule
is n
ot re
quire
d,
leav
e th
e pa
rt n
umbe
r bl
ank
and
cont
inue
to
Step
4
For u
se w
ith
actuators:
MA
MI
For u
se w
ith
actuators:
MA
MI Fo
r use
with
actuators:
MA
MI
For u
se w
ith
actuators:
TA
TSTK
TM
TI
TGTN
TF
EH
E
N
For u
se w
ith
actuators:
TA
TSTK
TM
TI
TGTN
TF
EH
E
N
For u
se w
ith
actuators:
TA
TSTK
TM
TI
TGTN
TF
EH
E
N
Forusewithactuators:
EI
pro i
Ensu
re th
e he
ad m
odul
e yo
u ha
ve s
elec
ted
wor
ks
with
the
actu
ator
you
ha
ve s
elec
ted
in
Step
1
Term
inat
es a
ssem
blie
s w
ithou
t hea
ds
Turn
ing
mot
ion
hold
s do
or c
lose
d. Id
eal
fornonlockingsetups(i.e.p
roS
TOP
devices)
M6
head
with
dro
p do
wn
lock
out.
This
lo
ckou
t fea
ture
s sl
ides
into
pla
ce e
very
tim
e ac
tuat
or is
rem
oved
. Ide
al fo
r ap
plic
atio
ns w
here
lock
out i
s to
be
used
on
eve
ry e
ntry
M6
head
with
dro
p do
wn
clip
. Ide
al fo
r ap
plic
atio
ns w
here
lock
out i
s no
t to
be
used
on
ever
y en
try
Hig
h st
reng
th a
nd e
ase
of o
peni
ng
mak
es th
is th
e m
ost p
opul
ar h
ead
in th
e am
Gar
dpro
rang
e
T6 h
ead
with
dro
p do
wn
lock
out.
This
lo
ckou
t fea
ture
s sl
ides
into
pla
ce e
very
tim
e ac
tuat
or is
rem
oved
. Ide
al fo
r
appl
icat
ions
whe
re lo
ckou
t is
to b
e us
ed
on e
very
ent
ry
T6 h
ead
with
dro
p do
wn
clip
. Ide
al fo
r ap
plic
atio
ns w
here
lock
out i
s no
t to
be
used
on
ever
y en
try
Part
No.
Des
crip
tion
I7pr
oIRHeadc/wdropdownlockout
(onlyworksinconjunctionwithEI
handle)
A7
Autoresetallinoneheadc/w
dropdow
nlockout(onlyworksin
conjunctionwithEIhandle)
Han
dle
mot
ion
hold
s do
or c
lose
d. R
ed h
andl
e ov
errid
es a
ll lo
ckin
g m
echa
nism
s an
d op
ens
safe
ty c
onta
cts
to a
llow
esc
ape
rele
ase
I6/A6headwithdropdownlockout.This
lock
out f
eatu
res
slid
es in
to p
lace
eve
ry ti
me
actu
ator
is re
mov
ed. I
deal
for a
pplic
atio
ns
whe
re lo
ckou
t is
to b
e us
ed o
n ev
ery
entry
Forusewithactuators:
EI
Part
No.
Des
crip
tion
S6pr
oAT
Slim
line
Hea
d
proA
T Sl
imlin
e H
ead
Opt
ions
For u
se w
ith
actuators:
SA
SF
SI
SD
SS
H
SS
N
HL
S6
Hea
d w
ith th
e H
L1 fo
r the
Lok
mus
t be
forw
ard
faci
ng o
nly.
S6HeadwiththeHS1fortheStop/
Saf
ety
Key
mus
t be
forw
ard
faci
ng o
nly.
S6
Hea
d w
ith th
e S
A* T
ongu
e fo
r the
Lok/S
afetyKeycanbeanyfacing.
pro i
An
S6 h
ead
wor
ks e
spec
ially
w
ell w
ith a
slim
line
proL
ok to
giv
e a
final
pr
oduc
t tha
t is
only
40
mm
wid
e
Step
4: D
o yo
u w
ant a
Pus
h IR
A P
ush
IR w
ill a
llow
Inte
rnal
Esc
ape
Rel
ease
eve
n if
unit
is lo
cked
by
keys
and
or s
olen
oid.
A P
ush
IR is
not
nee
ded
if an
EI H
andl
e andI6/I7orA
6/A7Headhavealreadybeenspecified.(note,apullreset(R
6,R7,R8&R9)reducesthesafetyofthesystem).
Adaptors
Part
N
o.Pu
sh IR
Des
crip
tion
R1
KeyReset(upto40m
m
panelthickness)
Part
N
o.Pu
sh IR
Des
crip
tion
R2
KeyReset(upto60m
mpanel
thickness)
Part
N
o.Pu
sh IR
Des
crip
tion
R3
KeyReset(upto80m
mpanel
thickness)
Part
N
o.Pu
sh IR
Des
crip
tion
R4
KeyReset(variablelength-forpanelthicknessover
80mmandupto1m)
Part
N
o.Pu
sh IR
Des
crip
tion
R6
PullR
eset(upto40m
mpanelthickness)
Part
N
o.Pu
sh IR
Des
crip
tion
R7
PullR
eset(upto60m
mpanel
thickness)
Part
N
o.Pu
sh IR
Des
crip
tion
R8
PullR
eset(upto80m
mpanel
thickness)
Part
N
o.Pu
sh IR
Des
crip
tion
R9
PullR
eset(variablelengthforpanelthicknessover
80mmandupto1m)
Part
N
o.Pu
sh IR
Des
crip
tion
RW
FrontR
esetnokey(upto
40mmpanelthickness)
Part
N
o.Pu
sh IR
Des
crip
tion
RX
FrontR
esetnokey(upto60m
m
panelthickness)
Part
N
o.Pu
sh IR
Des
crip
tion
RY
FrontR
esetnokey(upto80m
m
panelthickness)
Part
N
o.Pu
sh IR
Des
crip
tion
RZ
FrontR
esetnokey(variablelengthforpanelthickness
over80m
mupto1m)
pro i
If a
Push
IR
is n
ot re
quire
d le
ave
part
num
ber
blan
k an
d go
to S
tep
5
Sam
e as
RW
but
key
rese
t to
ensu
re a
ll in
cide
nts
are
repo
rted
Sam
easRXbutkeyresettoensureall
inci
dent
s ar
e re
porte
d S
ame
as R
Y bu
t key
rese
t to
ensu
re a
ll in
cide
nts
are
repo
rted
Sam
e as
RZ
but k
ey re
set t
o en
sure
all
inci
dent
s ar
e re
porte
d
Sam
e as
RW
but
pul
l res
et a
llow
s do
or
toberelockedfrom
theinside(requires
care
ful r
isk
asse
ssm
ent t
o en
sure
this
is
acceptable)
Sam
easRXbutpullresetallowsdoor
toberelockedfrom
theinside(requires
care
ful r
isk
asse
ssm
ent t
o en
sure
this
is
acceptable)
Sam
e as
RY
but p
ull r
eset
allo
ws
door
to b
e relockedfrom
theinside(requirescarefulrisk
assessmenttoensurethisisacceptable)
Sam
e as
RZ
but p
ull r
eset
allo
ws
door
to b
e re
lock
ed fr
om th
e in
side
(requirescarefulriskassessmenttoensurethisisacceptable)
Ove
rrid
es a
ll lo
ckin
g m
echa
nism
s an
d op
ens
safe
ty c
onta
cts
to a
llow
esc
ape
rele
ase.
Sim
ple
push
rese
t allo
ws
quic
k restart.Suitableforpanelsupto40m
m
thic
k
Ove
rrid
es a
ll lo
ckin
g m
echa
nism
s an
d op
ens
safe
ty c
onta
cts
to a
llow
esc
ape
rele
ase.
S
impl
e pu
sh re
set a
llow
s qu
ick
rest
art.
Suitableforpanelsupto60m
mthick
Ove
rrid
es a
ll lo
ckin
g m
echa
nism
s an
d op
ens
safe
ty c
onta
cts
to a
llow
esc
ape
rele
ase.
S
impl
e pu
sh re
set a
llow
s qu
ick
rest
art.
Suitableforpanelsupto80m
mthick
Ove
rrid
es a
ll lo
ckin
g m
echa
nism
s an
d op
en s
afet
y co
ntac
ts to
allo
w
esca
pe re
leas
e. S
impl
e pu
sh re
set a
llow
s qu
ick
rest
art.
Sui
tabl
e fo
r panelsupto300mmthick
Step
5: C
hoos
e an
Ext
ract
ed K
ey A
dapt
orAdaptors
Part
No.
Des
crip
tion
Part
No.
Sta
ndar
d Lo
ckL
ReleasingLock(mustbeusedifaPushIRorE
IHandleandHeadused).
R
EK
C
LIL &
MLI
L
CLIS &
MLI
S
If yo
u’ve
sel
ecte
d a
Pus
h IR
ada
ptor
th
en s
elec
t a
rele
asin
g lo
ck.
If yo
u’ve
sel
ecte
d an
I6/I7orA
6/A7then
sele
ct a
re
leas
ing
lock
.or
pro i
If an
Ext
ract
ed K
ey
Ada
ptor
is n
ot
requ
ired
leav
e pa
rt
num
ber b
lank
and
go
to S
tep
6
Des
crip
tion
Info
rmat
ion
Part
No.
Sta
ndar
d Lo
ck n
o du
stco
ver
Rem
oved
key
ens
ures
doo
r can
not b
e lo
cked
un
til o
pera
tor r
etur
ns fr
om c
ell w
ith th
e ke
y.
Ext
ract
ed v
ersi
on w
ill n
ot o
pen
door
unt
il ke
y is
rem
oved
CLI
N1
Sta
ndar
d Lo
ck w
ith d
ustc
over
Sam
e as
EK
_1 b
ut w
ith d
ustc
over
for d
usty
en
viro
nmen
ts
CLI
S2
Sta
ndar
d Lo
ck w
ith
padl
ocka
ble
dust
cove
rS
ame
as E
K_1
but
pad
lock
able
dus
tcov
er
allo
ws
lock
out f
eatu
re
CLI
L3
Mas
tera
ble
Lock
no
dust
cove
rS
ame
as E
K_1
but
mas
ter l
ock
allo
ws
a singlekeytooverridealllocks(m
asterkey
mustbecarefullycontrolledonsite)
MLI
N6
Mas
tera
ble
Lock
with
dus
tcov
erSam
easEK_2butmasterlockallowsa
singlekeytooverridealllocks(m
asterkey
mustbecarefullycontrolledonsite)
MLI
S7
Mas
tera
ble
Lock
with
pa
dloc
kabl
e du
stco
ver
Sam
easEK_3butmasterlockallowsa
singlekeytooverridealllocks(m
asterkey
mustbecarefullycontrolledonsite)
MLI
L8
C
LIN
& M
LI
N
Step
6: C
hoos
e a
Safe
ty K
ey A
dapt
orAdaptors
Part
No.
SK
Des
crip
tion
Part
No.
Sta
ndar
d Lo
ckL
ReleasingLock(mustbeusedifaPushIRorE
IHandleandHeadused).
R
Des
crip
tion
Info
rmat
ion
Part
No.
Sta
ndar
d Lo
ck n
o du
stco
ver
Rem
oved
key
ens
ures
doo
r can
not b
e lo
cked
un
til o
pera
tor r
etur
ns fr
om c
ell w
ith th
e ke
y C
LIN
1
Sta
ndar
d Lo
ck w
ith d
ustc
over
Sam
e as
SK
_1 b
ut w
ith d
ustc
over
for d
usty
en
viro
nmen
ts
CLI
S2
Sta
ndar
d Lo
ck w
ith p
adlo
ckab
le d
ustc
over
Sam
e as
SK
_1 b
ut p
adlo
ckab
le d
ustc
over
al
low
s lo
ckou
t fea
ture
C
LIL
3
Mas
tera
ble
Lock
no
dust
cove
rS
ame
as S
K_1
but
mas
ter l
ock
allo
ws
a singlekeytooverridealllocks(m
asterkey
mustbecarefullycontrolledonsite)
MLI
N6
Mas
tera
ble
Lock
with
dus
tcov
erSam
easSK_2butmasterlockallowsa
singlekeytooverridealllocks(m
asterkey
mustbecarefullycontrolledonsite)
MLI
S7
Mas
tera
ble
Lock
with
pad
lock
able
dus
tcov
erSam
easSK_3butmasterlockallowsa
singlekeytooverridealllocks(m
asterkey
mstbecarefullycontrolledonsite)
MLI
L8
Des
crip
tion
Part
No.
No.
of S
afet
y K
ey A
dapt
ors
requ
ired
1 - 9
C
LIL &
MLI
L
CLIS &
MLI
S
C
LIN
& M
LI
N
pro i
If a
Safe
ty K
ey
Ada
ptor
is n
ot
requ
ired
leav
e pa
rt
num
ber b
lank
and
go
to S
tep
7
Tota
l Ex
trac
ted,
Sa
fety
& A
cces
s Lo
cks
in o
ne
confi
gura
tion
is
Max
9
pro i
If yo
u’ve
sel
ecte
d a
Pus
h IR
ada
ptor
th
en s
elec
t a
rele
asin
g lo
ck.
orIf
you’
ve s
elec
ted
an
I6/I7orA
6/A7then
sele
ct a
re
leas
ing
lock
.
Step
7: C
hoos
e an
Acc
ess
Key
Ada
ptor
Adaptors
Part
No.
AK
Des
crip
tion
Part
No.
Sta
ndar
d Lo
ckL
ReleasingLock(mustbeusedifaPushIRorE
IHandleandHeadused).
R
Des
crip
tion
Info
rmat
ion
Part
No.
Sta
ndar
d Lo
ck n
o du
stco
ver
Ens
ures
doo
r can
not b
e op
ened
with
out
acce
ss k
ey. A
cces
s ke
y co
uld
be h
eld
by
authorisedindividuals(e.g.m
aintenance)orit
coul
d ha
ve b
een
rele
ased
by
a se
pera
te u
nit
CLI
N1
Sta
ndar
d Lo
ck w
ith d
ustc
over
Sam
e as
AK
_1 b
ut w
ith d
ustc
over
for d
usty
en
viro
nmen
ts
CLI
S2
Sta
ndar
d Lo
ck w
ith p
adlo
ckab
le d
ustc
over
Sam
e as
AK
_1 b
ut p
adlo
ckab
le d
ustc
over
al
low
s lo
ckou
t fea
ture
C
LIL
3
Mas
tera
ble
Lock
no
dust
cove
rS
ame
as A
K_1
but
mas
ter l
ock
allo
ws
a singlekeytooverridealllocks(m
asterkey
mustbecarefullycontrolledonsite)
MLI
N6
Mas
tera
ble
Lock
with
dus
tcov
erSam
easAK_2butmasterlockallowsa
singlekeytooverridealllocks(m
asterkey
mustbecarefullycontrolledonsite)
MLI
S7
Mas
tera
ble
Lock
with
pad
lock
able
dus
tcov
erSam
easAK_3butmasterlockallowsa
singlekeytooverridealllocks(m
asterkey
mustbecarefullycontrolledonsite)
MLI
L8
Des
crip
tion
Part
No.
No.
of A
cces
s K
ey A
dapt
ors
requ
ired
1 - 9
C
LIL &
MLI
L
CLIS &
MLI
S
C
LIN
& M
LI
N
pro i
If an
Acc
ess
Key
A
dapt
or is
not
re
quire
d le
ave
part
nu
mbe
r bla
nk a
nd
go to
Ste
p 8
Tota
l Ex
trac
ted,
Sa
fety
& A
cces
s Lo
cks
in o
ne
confi
gura
tion
is
Max
9
pro i
If yo
u’ve
sel
ecte
d a
Pus
h IR
ada
ptor
th
en s
elec
t a
rele
asin
g lo
ck.
orIf
you’
ve s
elec
ted
an
I6/I7orA
6/A7then
sele
ct a
re
leas
ing
lock
.
Step
8: C
hoos
e an
Ele
ctric
al S
witc
hing
/ Lo
ckin
g B
ody
ElectricalSwitching/Locking
proL
OK
Bod
y
Part
N
o.D
escr
iptio
nIn
form
atio
n
SL
Sho
rt LO
K
Bod
yS
olen
oid
cont
rolle
d sa
fety
sw
itch.
Hol
ds
door
lock
ed u
ntil
sign
al s
ent t
o un
lock
. No
prov
isio
n fo
r con
trol b
utto
ns
SR
Sho
rt LO
K
Bod
y -
Rel
easi
ng
(mustbe
used
if a
P
ush
IR o
r EI
hand
le a
nd
headused).
Sam
e as
SL
but
allo
ws
Pus
h IR
or E
I ha
ndle
to o
verr
ide
it
SE
Sho
rt LO
K
Bod
y -
Inte
grat
ed
Esc
ape
Rel
ease
Sam
e as
SL
but
it’s
inte
grat
ed
esca
pe re
leas
e bu
tton
over
rides
lo
ckin
g m
echa
nism
an
d op
ens
safe
ty
contacts(D
oes
not w
ork
with
key
ad
apto
rs, E
I or
PushIR)
Part
N
o.D
escr
iptio
nIn
form
atio
n
LL
Long
LO
K
Bod
yS
olen
oid
cont
rolle
d sa
fety
sw
itch.
H
olds
doo
r lo
cked
unt
il si
gnal
sen
t to
unlo
ck. W
ith
spac
e fo
r co
ntro
l but
tons
LR
Long
LO
K
Bod
y -
Rel
easi
ng
(mustbe
used
if a
P
ush
IR o
r EI
hand
le a
nd
headused).
Sam
e as
LL
but
allo
ws
Pus
h IR
or
EI h
andl
e to
ov
errid
e it
LE
Long
LO
K
Bod
y -
Inte
grat
ed
Esc
ape
Rel
ease
Sam
e as
LL
but
it’s
inte
grat
ed
esca
pe
rele
ase
butto
n ov
errid
es
lock
ing
mec
hani
sm a
nd
open
s sa
fety
contacts(D
oes
not w
ork
with
key
ad
apto
rs, E
I or
PushIR)
proS
top
Bod
ypr
oLO
K+
Bod
y
Part
N
o.D
escr
iptio
nIn
form
atio
n
STS
top
Bod
yS
afet
y sw
itch
proS
top
EX/U
X B
ody
Part
N
o.D
escr
iptio
nIn
form
atio
n
EX
EU
E
xplo
sion
S
top
Bod
y
Saf
ety
switc
hes
suita
ble
for
expl
osiv
e en
viro
nmen
ts
with
EU
certification
UX
US
E
xplo
sion
S
top
Bod
y
Saf
ety
switc
hes
suita
ble
for
expl
osiv
e en
viro
nmen
ts
with
US
certification
proS
top
Foot
Part
N
o.D
escr
iptio
nIn
form
atio
n
FT
To T
erm
inat
e no
n-sw
itch
configurations
Term
inat
es
non-
switc
h configurations
(notsuitable
for u
nits
with
P
ush
IR o
r EI
handle)
If an
Ele
ctric
al
Switc
hing
/ Lo
ckin
g B
ody
is n
ot re
quire
d le
ave
part
num
ber
blan
k an
d co
ntin
ue
to S
tep
10
pro i
SLLL
If yo
u’ve
sel
ecte
d a
Pus
h IR
ada
ptor
th
en s
elec
t a
rele
asin
g lo
ck.
orIf
you’
ve s
elec
ted
an
I6/I7orA
6/A7then
sele
ct a
re
leas
ing
lock
.
Part
N
o.D
escr
iptio
nIn
form
atio
n
ZL
Slim
line
LOK
B
ody
Sol
enoi
d co
ntro
lled
safe
ty
switc
h. H
olds
do
or lo
cked
un
til
sign
al s
ent
to u
nloc
k.
No
prov
isio
n fo
r con
trol
butto
ns.
Only40mm
wid
e
ZR
Slim
line
LOK
Bod
y - R
elea
sing
(mustbe
used
if a
P
ush
IR o
r EI
hand
le a
nd
headused).
Sam
e as
ZL
but a
llow
s P
ush
IR o
r E
I han
dle
to
over
ride
it.
Only40mm
wid
e
Slim
line
proL
ok
Bod
y
LESE
A Sl
imlin
e pr
oLO
K
wor
ks b
est w
ith a
n S6
hea
d to
giv
e a
final
pr
oduc
t tha
t is
only
40
mm
wid
e
pro i
For p
roN
et
confi
gura
tions
pr
oLO
K+
body
is o
nly
need
ed if
5 -
8 pu
shbu
tton
/ lam
p op
tions
are
re
quire
d
pro i
Step
9: C
hoos
e El
ectr
ical
Sw
itchi
ng /
Lock
ing
Bod
y O
ptio
ns
Part
No.
Volta
ge O
ptio
nsPa
rt N
o.NoVoltage(egFoot)
0110v
1230v
224v
4100v
548
v7
Asi
8110vSolenoid/24vControl(LO
Konly)
S110vControl/24vSolenoid(LOKonly)
Cpr
oNet
Con
nect
ion
(NotavailableforS
limline
proLOK)
P
Ove
rrid
e O
ptio
nsPa
rt N
o.Stop/EXP/UXP
0P
TU -
Key
Ove
rrid
e1
PTU
- K
nob
Ove
rrid
e2
PTU
- S
crew
driv
er O
verr
ide
3PTL(24v,110v&ASionly)
6P
TL w
ith fu
lly m
onito
red
sole
noid
(ZL/ZRonly)
7
Oth
er P
CB
Opt
ions
proB
ody
Type
sPa
rt N
o.Std&Sourcing
ALL
1Std&Sinking
ST
Onl
y2
Std&Sourcing(3xNC)
ST
Onl
y3
Std&Sourcing(Y&GLEDS)
SL,SR,LL&LROnly
4
Un-MonitoredSol&Sourcing
SL,SR,LL,ZL&LR,
ZR O
nly
6
Un-MonitoredSol&Sourcing(Y&GLEDS)
SL,SR,LL&LROnly
7
IndividualSafetyControlforSol&Actuator
SL,SR,LL,LR,S
E&
LE O
nly
8
pro i
This
is o
rder
ed
by 9
9% o
f our
cu
stom
ers
pro i
Slim
line
proL
OK
ca
n on
ly b
e co
nfigu
red
in
24v
pro i
Not
ava
ilabl
e fo
r ZL
or Z
R
IMPO
RTA
NT
NO
TE:
• Fo
r all
proL
OK
proNetconfigurationsgotostep10b.
• Fo
r all
proL
OK
+ pr
oNetconfigurationsfirstgotostep10athen10b.
Step
10a
: Cho
ose
optio
ns fo
r Sep
arat
e O
ptio
n Po
d or
pro
LOK
+ B
ody
Option Pods
Sele
ct U
nit
Pod Type
Terminals OR QD
AS-i
Sta
nd a
lone
Pod
w
ith N
o ho
les
on to
p ofpodcase(stand
aloneunit)
B0
5
Pod
with
one
hol
e on
top
of p
od c
ase
forfittingtop
roS
top
Bod
y
B1
6
Pod
with
two
hole
s on
top
of p
od c
ase
forfittingtop
roLO
K
Bod
y
B2
7
proL
OK
+ B
ody
switc
h in
form
atio
nL
05
Part
N
o.Pu
shbu
tton
/ Lam
p O
ptio
ns -
24v
only
0B
lank
1R
ed L
amp
2Ye
llow
Lam
p
3G
reen
Lam
p
6B
lue
Lam
p
7W
hite
Lam
p
EE-Stop(tw
istreset)
HE-Stop(withadditionalmonitoring
contacts,twistreset)
PE-Stop(pullreset)
UE-Stop(illuminatedtw
istreset)
L*Latchingselectorswitch(illuminated)
M*
Mom
entaryselectorswitch(illuminated)
A*
Latchingkeyswitch(90degree)
RR
ed il
lum
inat
ed p
ushb
utto
n no
n la
tchi
ng
YYe
llow
illu
min
ated
pus
hbut
ton
non
latc
hing
GG
reen
illu
min
ated
pus
hbut
ton
non
latc
hing
BB
lue
illum
inat
ed p
ushb
utto
n no
n la
tchi
ng
WW
hite
illu
min
ated
pus
hbut
ton
non
latc
hing
KB
lack
non
illu
min
ated
pus
hbut
ton
non
latc
hing
Top Left
Bottom Right
Bottom Left
Top Right
Part
No.
Sens
ors
- 24v
onl
y
NN
o ad
ditio
nal s
witc
h re
quire
d
CCodedMagnet-LeftH
and(see
step2forhanding)
DCodedMagnet-RightHand(see
step2forhanding)
SRFID-LeftHand(seestep2for
handing)
TRFID-RightHand(seestep2for
handing)
Sep
arat
e O
ptio
n P
odw
ith 4
hol
e po
sitio
ns
proL
OK
+ B
ody
with
4 h
ole
posi
tions
Top
Left
Top
Rig
ht
Bot
tom
Left
Bot
tom
R
ight
If an
Opt
ion
Pod
or L
ong
LOK
Bod
y is
not
requ
ired
leav
e pa
rt n
umbe
r bl
ank
and
cont
inue
to
Ste
p 11
pro i
proL
OK
+ B
ody
with2holepositions
Top
Left
Top
Rig
ht
If yo
u or
der
just
one
or t
wo
push
butto
ns w
e w
ill
reta
in th
e or
der
but p
ositi
on th
em
top
left
and
top
right
pro i
L, M
& A
O
ptio
ns
can
only
be
fitte
d in
top
right
or
botto
m le
ft po
sitio
ns
pro i
Sep
arat
e O
ptio
n P
odwith2holepositions
Top
Left
Top
Rig
ht
Top
Left
Top
Rig
ht
Bot
tom
Left
Bot
tom
R
ight
Part
No.
Step
10b
: Cho
ose
optio
ns fo
r pro
Net
Opt
ion
Pod
Option Pods
Sele
ct U
nit
PROFINET
PROFINET MRP
Ethernet/IP
Sta
nd a
lone
pro
Net
Pod
06
3
proN
et P
od
mou
nted
bel
ow a
pr
oLO
K o
r pro
LOK
+ un
it or
pro
Sto
p un
it
28
5
NN
PF
Part
N
o.Pu
shbu
tton
/ Lam
p O
ptio
ns -
24v
only
0B
lank
1R
ed L
amp
2Ye
llow
Lam
p
3G
reen
Lam
p
6B
lue
Lam
p
7W
hite
Lam
p
EE-Stop(tw
istreset)
HE-Stop(withadditionalmonitoring
contacts,twistreset)
PE-Stop(pullreset)
UE-Stop(illuminatedtw
istreset)
L*Latchingselectorswitch(illuminated)
M*
Mom
entaryselectorswitch(illuminated)
A*
Latchingkeyswitch(90degree)
RR
ed il
lum
inat
ed p
ushb
utto
n no
n-la
tchi
ng
YYe
llow
illu
min
ated
pus
hbut
ton
non-
latc
hing
GG
reen
illu
min
ated
pus
hbut
ton
non-
latc
hing
BB
lue
illum
inat
ed p
ushb
utto
n no
n-la
tchi
ng
WW
hite
illu
min
ated
pus
hbut
ton
non-
latc
hing
KB
lack
non
illu
min
ated
pus
hbut
ton
non-
latc
hing
Top Left
Bottom Right
Bottom Left
Top Right
If yo
u or
der
just
one
or t
wo
push
butto
ns w
e w
ill
reta
in th
e or
der
but p
ositi
on th
em
top
left
and
top
right
pro i
L, M
& A
O
ptio
ns
can
only
be
fitte
d in
top
right
or
botto
m le
ft po
sitio
ns
pro i
Con
nect
ion
Opt
ions
AIDAwith‘Bcoded’externalsafetysw
itch
04
AIDAwith‘Acoded’externalsafetysw
itch
05
AID
A co
nnec
tors
06
3M12QDset-1Pow
er2Data
07
4M12QDset-1Pow
er1ExternalSafety
Switch2Data
09
4M12QDset-2Pow
er2Data
10
4QDset-2Pow
er(7/8s)2Data(M12)
11
AIDAconnectorswith‘Acoded’external
doub
le s
afet
y sw
itch
15
Pushbutton/Lam
ppo
sitio
ns fo
r up
to 4
se
lect
ions
Top
Left
Top
Rig
ht
Bot
tom
Left
Bot
tom
R
ight
Pushbutton/Lam
ppositionsforupto2
sele
ctio
ns
Top
Left
Top
Rig
ht
IMPO
RTA
NT
NO
TE:
• If
you
have
sel
ecte
d a
proN
et o
ptio
n po
d th
en y
our a
mG
ardp
ro
configurationprocesshasnowfinished.Therearenofurthersteps
requ
ired.
•
If yo
u do
n’t r
equi
re a
proNetoptionpodthenproceedtoSteps10c,
11or12.
Part
No.
Step
10c
: Cho
ose
optio
ns fo
r Slim
line
Opt
ion
Pod
Option Pods
Sele
ct U
nit
Wiring Type
Pod Type
Sta
nd a
lone
S
limlin
e P
od w
ith
com
mon
pow
er s
uppl
yY
0
Slim
linePodtobefitted
belo
w p
roS
top
or S
limlin
e pr
oLO
K u
nit w
ith c
om-
mon
pow
er s
uppl
y
Y1
Sta
nd a
lone
Slim
linePod(w
ithpow
er
supp
ly w
ired
indi
vidu
ally
volt-freecontacts)
W0
Slim
linePodtobefitted
belo
w p
roS
top
or S
limlin
e pr
oLOKunit(withpow
er
supp
ly w
ired
indi
vidu
ally
volt-freecontacts)
W1
0N
Part
N
o.Pu
shbu
tton
/ Lam
p O
ptio
ns -
24v
only
0B
lank
1R
ed L
amp
2Ye
llow
Lam
p
3G
reen
Lam
p
6B
lue
Lam
p
7W
hite
Lam
p
EE-Stop(tw
istreset)
HE-Stop(withadditionalmonitoring
contacts,twistreset)
PE-Stop(pullreset)
UE-Stop(illuminatedtw
istreset)
LLatchingselectorswitch(illuminated)
MMom
entaryselectorswitch(illuminated)
ALatchingkeyswitch(90degree)
RR
ed il
lum
inat
ed p
ushb
utto
n no
n-la
tchi
ng
YYe
llow
illu
min
ated
pus
hbut
ton
non-
latc
hing
GG
reen
illu
min
ated
pus
hbut
ton
non-
latc
hing
BB
lue
illum
inat
ed p
ushb
utto
n no
n-la
tchi
ng
WW
hite
illu
min
ated
pus
hbut
ton
non-
latc
hing
KB
lack
non
illu
min
ated
pus
hbut
ton
non-
latc
hing
Top Position
Bottom Position
Middle PositionIf
an O
ptio
n Po
d or
Lon
g LO
K B
ody
is n
ot re
quire
d le
ave
part
num
ber
blan
k an
d co
ntin
ue
to S
tep
11
pro i
Ord
erin
g Se
quen
ce1
- Top
Pos
ition
2-M
iddlePosition
3-B
ottomPosition1 2 3
Maj
ority
of
cust
omer
spr
efer
com
mon
pow
er s
uppl
y du
e to
th
e re
duce
d w
iring
co
mpl
exity
pro i
Part
No.
Step
11:
Do
you
wan
t a K
ey S
witc
h O
ptio
n Po
d?Option Pods
Part
No.
Des
crip
tion
Part
No.
Sta
ndar
d Lo
ck n
o du
stco
ver
CLI
N
1S
tand
ard
Lock
with
dus
tcov
erC
LIS
2S
tand
ard
Lock
with
pad
lock
able
dus
tcov
erC
LIL
3M
aste
rabl
e Lo
ck n
o du
stco
ver
MLI
N6
Mas
tera
ble
Lock
with
dus
tcov
erM
LIS
7M
aste
rabl
e Lo
ck w
ith p
adlo
ckab
le d
ustc
over
MLI
L8
BK
C
LIL &
MLI
L
CLIS &
MLI
S
C
LIN
& M
LI
N
Sele
ct U
nit
Part
No.
Sta
nd a
lone
Pod
with
No
hole
s on
top
of p
od c
ase
(standaloneunit)
0
Pod
with
one
hol
e on
top
ofpodcaseforfittingto
proS
top
Bod
y1
Pod
with
two
hole
s on
topofpodcaseforfitting
to p
roLO
K B
ody
2
If a
Key
Sw
itch
Opt
ion
Pod
is n
ot re
quire
d le
ave
part
num
ber
blan
k an
d co
ntin
ue
to S
tep
12
pro i
Rem
oval
of t
he
key
oper
ates
a s
et o
f sa
fety
rate
d sw
itch-
es. C
omm
on u
ses
are:
re
ques
t mac
hine
sto
p,
enab
le te
ach
mod
e an
d pr
even
t ina
dver
tent
re
-sta
rt
pro i
Step
12a
: Qui
ck D
isco
nnec
t Con
nect
or O
ptio
ns
Qui
ck D
isco
nnec
t Con
nect
or O
ptio
nsD
1D
2D
3D
7D
8D
9E3
E4F2
No.
Pin
s5
No.
Pin
s12
No.
Pin
s8
No.
Pin
s10
No.
Pin
s12
No.
Pin
s12
No.
Pin
s10
No.
Pin
s19
No.
Pin
s19
Max
Vol
tage
300v
Max
Vol
tage
300v
Max
Vol
tage
60v
Max
Vol
tage
60v
Max
Vol
tage
60v
Max
Vol
tage
300v
Max
Vol
tage
300v
Max
Vol
tage
300v
Max
Vol
tage
300v
Con
nect
orM12
Con
nect
orUN2
Con
nect
orM12
Con
nect
orM12
Con
nect
orM12
Con
nect
orM23
Con
nect
orUN2
Con
nect
orUN2
Con
nect
orM23
1B
row
n1
Ora
nge
1W
hite
1W
hite
1W
hite
1B
row
n1
Ora
nge
1Vi
olet
1Vi
olet
2W
hite
2B
lue
2B
row
n2
Bro
wn
2B
row
n2
Brown/White
2B
lue
2R
ed2
Red
3B
lue
3White/Black
3G
reen
3G
reen
3G
reen
3B
lue
3White/Black
3G
rey
3G
rey
4B
lack
4Red/Black
4Ye
llow
4Ye
llow
4Ye
llow
4W
hite
4Red/Black
4Red/Blue
4Red/Blue
5G
rey
5Green/Black
5G
rey
5G
rey
5G
rey
5G
reen
5Green/Black
5B
lue
5G
reen
6Orange/Black
6P
ink
6P
ink
6P
ink
6Ye
llow
6Orange/Black
6G
reen
6B
lue
7Blue/Black
7B
lue
7B
lue
7B
lue
7G
rey
7R
ed7
Bro
wn
7Grey/Pink
8Black/W
hite
8R
ed8
Red
8R
ed8
Pin
k8
Green/Yellow
8White/Green
8White/Green
9Green/Yellow
9O
rang
e9
Ora
nge
9R
ed9
Bla
ck9
White/Yellow
9White/Yellow
10R
ed10
Tan
10Ta
n10
Bla
ck10
Whi
te10
White/Grey
10White/Grey
11W
hite
11B
lack
11Vi
olet
11B
lack
11B
lack
12B
lack
12Vi
olet
12Green/Yellow
12Green/Yellow
12Green/Yellow
13Yellow/Brown
13Yellow/Brown
14Brown/Green
14Brown/Green
15W
hite
15W
hite
16Ye
llow
16Ye
llow
17P
ink
17P
ink
18Grey/Brown
18Grey/Brown
19Grey/Pink
19B
row
n
T W
iring
Left
Han
d Q
DR
ight
Han
d Q
D
T#
##
##
Con
tact
For
tress
eng
inee
ring
to b
e as
sign
ed T
Wiri
ng n
umbe
rN
o.
Pin
sC
onne
ctor
00
D1
5M12
D2
12UN2
D3
8M12
D7
10M12
D8
12M12
D9
12M23
E3
10UN2
E4
19UN2
F2
19M23
Step
12b
: Qui
ck D
isco
nnec
t Con
nect
or O
ptio
ns
Imageshow
ingnoconnectors-00
Left
Han
d Q
DR
ight
Han
d Q
D
proS
top,
Slim
line
proL
ok a
nd S
limlin
e pr
oOpt
ion
Pods
can
on
ly b
e co
nfigu
red
with
1 c
onne
ctorpr
o i
Part
No.
Protecting People, Protecting Productivity
www.fortressinterlocks.com
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V1.1April2018