PP8 Plus PP8 Plus LongFour Post Lift

8,000 lbs. Capacity(4,000 lbs. per axle)

Minimum wheelbase 100” at rated capacity

INSTALLATION / OWNERS MANUAL

Read this manual thoroughly before installing, operating, or maintaining this lift. When done with installation be sure to return documents to package and give all materials to lift owner/operator. When installation is complete be sure to run lift up and down a few cycles with and without “typical” vehicle loaded on lift.

IMPORTANT Reference ANSI/ALI ALIS, Safety Requirements for

Installation and Service of Automotive Lifts before installing lift.

© December 2010 by Vehicle Service Group. All rights reserved. CO7753.2 IN50001 Rev. F 12/9/2010

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TABLE OF CONTENTS• IMPORTANTINFORMATION pg2• OWNER/EMPLOYERRESPONSIBILITY pg3• LOCKOUT/TAGOUT pg3• SAFETYPROCEDURES pg4• LIFTSPECIFICATIONS&FLOORPLAN pg6• TOOLSREQUIRED pg7• INSTALLATIONINSTRUCTIONS pg7• CASTERKITASSEMBLY/INSTALLATION pg11• FOUNDATION&ANCHORINGREQUIREMENTS pg13• OPERATIONINSTRUCTIONS pg15• PREVENTIVEMAINTENANCESCHEDULE pg17• TROUBLESHOOTING pg18• CABLEINSPECTIONGUIDE pg20• ILLUSTRATEDPARTSLIST pg26

IMPORTANT INFORMATIONFourPostLifts

1. Always inspect the lift for damage and make note of any damage on the bill of lading.2. In case of freight damage, call the truck line immediately and report the damage as a freight claim.3. IMPORTANT!Makesureyouhaveextrahelporheavydutyliftingequipmentwhenunloadingandas sembling the lift..4. Pleasereadthesafetyproceduresandoperatinginstructionsinthismanualbeforeoperatinglift.Keep this manual near lift at all times. Make sure all operators read this manual.5. NOTE:Areyouinstallinginalevellocation?(Liftmustbeanchoredinplaceifslopeisgreaterthan1/8” per foot.)6. Makesureyouhaveenoughroomtoinstallthelockrods.Youwillneedatleast9’ofclearancefromthe oppositeendofthepowerunitendoftheliftand6’atthepowerunitend.(Seefloorplanonpage6).The powerunitmaybeinstalledonthedriver’sfrontorthepassengerrearcorner.7. Never raise a car until you have double checked all bolts, nuts and hose fittings.8. Alwayslowerthelifttolocksbeforegoingunderthevehicleorstoringanothervehicleunderneathlift. Never allow anyone to go under the lift when raising or lowering.

Thisisavehicleliftinstallation/operationmanualandnoattemptismadeorimpliedhereintoinstructtheuserinlifting methods particular to an individual application. Rather, the contents of this manual are intended as a basis for operation and maintenance of the unit as it stands alone or as it is intended and anticipated to be used in conjunctionwithotherequipment.

Properapplicationoftheequipmentdescribedhereinislimitedtotheparametersdetailedinthespecificationsandtheusessetforthinthedescriptivepassages.Anyotherproposedapplicationofthisequipmentshouldbedocumentedandsubmittedinwritingtothefactoryforexamination.Theuserassumesfullresponsibilityforanyequipmentdamage,personalinjury,oralterationoftheequipmentdescribedinthismanualoranysubsequentdamages.

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LIFTSPECIFICATIONS&FLOORPLANCapacity 8,000

LiftingHeight 86”(7’-2”)

OverallLengthw/Ramps(PP8PlusStandard)

207-1/2”(17’-21/2”)

OverallLengthw/Ramps(PP8PlusLong)

222”(18’-6”)

OverallLengthw/noRamps(PP8Plus)

175-1/2”(14’-71/2”)

OverallLengthw/noRamps(PP8PlusLong)

190”(15’-10”)

Overall Width 1031/2”(8’-71/2”)

NOTEWILL NEED AT LEAST 6’ FT.

CLEARANCE TO INSTALL

“HANDLE ROD”

NOTEWILL NEED AT LEAST 9’ FT.

CLEARANCE TO INSTALL “T” ROD”

36-3/4”

Top View

3-1/4”

37-3/4”

165 1/2” (PP8 Plus)180” (PP8 Plus Long)

175 1/2” (PP8 Plus)190” (PP8 Plus Long)

74-3/4”

6”

94”

103-1/2”

80-1/2”(drive thru)

ApproachRampLength 36-3/4”(3’-3/4”)

Runway Width 18-1/2”(1’-61/2”)

RunwayLength(PP8PlusStandard) 165-1/2”(13’-91/2”)

RunwayLength(PP8PlusLong) 180”(15’)

RunwayHeight 5”

HeightofColumns 95-3/4”(7’-113/4”)

Clearance between Columns 94”(7’-10”)

Clearance between Runways 37-3/4”

Outside Runway to Outside Runway 74-3/4”(6’-23/4”)

ClearanceUnderRunway 81”(6’9”)

Motor specs 110VAC,1HP

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TOOLS REQUIRED

• Setofmetricwrenchesand/orsockets• Adjustablewrench• Lockingpliers• 25’Tapemeasure• StepLadder• *3GallonsofHydraulicOil

*RecommendedOil:ISO32LightHydraulicOil

INSTALLATION INSTRUCTIONS

1. Removeplasticwrapfromtoprunwayandremoveallhardware.ThisincludesthePowerUnit,Drip Trays,ToolBoxand/oranyJacks.Note:Youshouldfindthismanualeitherinthetopoftherunwayor insidethePowerUnitbox.

2. WhiletheMainsideRunway(Item#33)Figures#1&4isupsidedown,findtheendoftheHydraulicHose thatisalreadyconnectedtothecylinder.Locatetheholeinthesideoftherunwayandinstallthe90 degreefitting(Item#37)securingtorunwaywithJamNut.

3. FullyextendthecylinderrodbypushingorpullingontheCylinderPulley(Item#44)ontheendofthe Cylinder(Item#9)Figure#6.EnsurethattheMainLiftingCable(Item#52)ispre-routedthrough theCylinderPulley.NowverifythattheMainLiftingCableandbothHexNuts(Item#41)arepre-installed andfullytightenedtotheweldedanchorplateandCableLockPlate(Item#46). 4. LocatethefourcableendswithWasherandNylocNutsattached.RoutetheappropriateCablethrough eachholeincornersoftheMainsideRunwayasshowninFigure#6.Takeupasmuchcableslackas possibleandlayeachcablebackintotherunway.Note:Makesurethatcablesareproperly routed around pulleys and are not in a bind.

5. Now unbolt the top runway (Mainside) from the shipping plates at each end of the runway, taking the necessary safety precautions (using some type of a hoist is recommended), as this runway will need to beflippedoversoitisnolongerupsidedown.Placethisrunwayinyourbaywiththehydraulicfitting facingtowardyourpreviouslychosencornerforthepowerunit.Note:becarefulnottopinchordamage cables.

6. Nextunboltallfourcolumnsfromtheshippingpackageandplacethecolumnwiththepowerunitmount ing bracket in the above chosen corner. Arrange the other three columns in the remaining corners.

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7. UnpacktheCrossbeams,Ramps,SafetyLatchLinkageRodsandLockLaddersfrombottomRunway. RemovetheSafetyLatchcovers(Items#58&69)Figure#2fromCrossbeams.Theywillbereinstalled later.ArrangetheCrossbeamssothattheSafetyLatches/threadedBoltfortheLockingLinkage isfacingoutwardtoensurethatbothoftheConnectingRods(B)(Item#79)areclosesttothepowerunit side columns.

8. IfyouhavemeansforsecurelyliftingtheCrossbeam(Item#6)Figure#2,loweritintothetopsofthecol umns.Ifyoudon’t,thenthecolumnswillhavetobeplacedhorizontalonthefloor,andtheCrossbeam installedinthecolumns.Thentheentireendstructure(twocolumnsandacrossrail)willneedto bestoodupasone.Note:MakesuretoinstallCrossbeamssothattheSafetyLatches/threaded Boltarefacingtooutsideofthelift,oncestoodup.TheCableswillrunontheinsideoftheCrossbeams.

9. UnpacktheLockLadders(Item#5)Figure#1fromthepackageandslidethemintotheprecutsloton theRubBlocks(Item#56)insideeachcolumn.Afterremovingthetopnutfromthelockladderyouare readytoinstalltheTopCaps(Items#3&4)Figure#1onthecolumns.

10. BeawareoftheoffsetholeinTopCaps.Arrangethemsothatthecablemountingholesareclosestto therunways.Useprovidedbolts,nuts,washers,andlockwasherstoinstallTopCapsasshowninFigure # 1.

11. SecureTopCapandLockLadderassembliestogetherwithWasherandNut(Items#32&92).Position the Crossbeams at the second lowest locking position on all columns.

12. StandUpandarrangethetwoendstructures(Columns&Crossbeams)sothattheoutsideofthecross railtotheoutsideofthecrossrailmeasure’s170.5”.Comparethemeasurementsfromtheleftandthe rightuntiltheyarediagonallywithin1/2”.The½”variancewillhelpinmountingtherunways.

13. LiftandpositioneachRunwayintoplaceandsecurewiththeprovidedHexBolts(Item#22)asshownin Figure#1.Theliftwillsquareitselfasyoufurtherassembleit. Note:InstalltheOffsideRunway(Item#34)oppositefromtheMainsideRunway(Item#33)andPower unit Column as shown in Figure # 1.

14. RouteandmounttheappropriateCable(s)(Items#48,49,50&51)toeachColumnTopCap,whileensur ingthatthePlasticCablePulley(Item#47)isbetweentheCableandtheLockLadder.Thiswillallowthe secondaryslackcablelocktofunctionproperly.SeeFigure#6forCableroutinginstallation. Note:MakesureallCablesareproperlyroutedaroundCableSheaves.

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15. InstallallLockRods&Linkagecomponentsperthedrawingon(Page18)Figure#5.Also,installEyebolts (Item#26)tomiddleandoutsideofCrossbeamoneachend.SecureeachboltwithHexNut(Item#18).

16. MountPowerUnit(Item#7)totheMainsideColumnw/attachedmountingbracketusingthehardware providedshowninFigure#1.Oncemounted,fillthePowerUnitreservoirtankwithhydraulicfluid.Now, installthe90degreeHydraulicFitting(Item#17)tothehighpressureportonthePowerUnit.Con necttheelectricalpowertothePowerUnit.

17. Installthe“braded”HydraulicHose(Item#16)Figure#4totheFitting(Item#37)onthesideoftheMain sideRunwayandtheotherendtothe90degreefittingonthePowerUnitasshowninFigure#4.

18. Raiseunitandsetonthelocks.Placeleveloncrossbeam.

19. TightenLockLadderRodNutlocatedonthetopofeachposts.Thiswillraisethecorneroftheliftto adjustforleveling.Eachposthasthisadjustment.Adjusttheproperpoststolevelthelift.Placelevelon each runway and crossbeam and check for proper levelness.

NOTE:YOUMAYHAVETOLOOSENTHENUTUNDERTOPPLATETOMAKEADJUSTMENTS.

20. Afterlevelingiscomplete,tightentheNutontheLockRodunderneaththeTopCaponeachpost.This willlocktheLockLadderinposition.

21. Raiseliftoffalllocksuntilcablesaresupportingthelift.AdjusttheCableNylonLockNut(Item#39)lo catedonthetopofeachpostuntilliftisleveloncrossbeamsandrunways.Thiswillensurethelifttravels up and down level. NOTE:YOUMAYNEEDTOUSELOCKINGPLIERSTOHOLDTHECABLEFROMTURNINGWHENADJUSTINGTHENYLONNUT.MAKESURETHATTHREADSENGAGETHROUGHNYLONONEACHNYLONNUT.

Afterthecablesareinstalledandadjusted,unboltthesheavecovers(Item#69),Figure#2.Slidethesheavecoversupthecableuntilyoucanaccessthecablesheave.Installthe8mmcableretentionboltsintothethread-ed holes by the sheaves at the end of the crossbeams (Item # 101and 102) Figure # 2. Assure they extend across thewidthofthesheavesandtheboltheadsdonotinterferewiththesheaves.Installthe8mmlocknutstotheendoftheboltstolockthemintoposition.Re-installsheavecovers.

22. Raiselifttoacomfortableheighttoinstallthe4eaAngleBrackets(Item#90)totheundersideofthemain sideRunway(Item#33).Attacheachbracketusingthehardwareprovided(Items#74&91)asshownin Figure # 3. 23. InstallthePlasticboard(Item#73)Figure#3intotheAngleBracketslotsontheundersideofthemain side Runway.

24. Install front Wheel Stops (Item # 35) as shown with provided hardware shown in Figure #1.

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25. Install the Drive On Ramps.

NOTE:PLEASELUBRICATEALLCABLESHEAVES,BEARINGS,ANDSHAFTSWITHGREASEPRIORTOOPERAT-INGTHELIFT.

OPTIONAL CASTER KIT

1. Install caster wheels to caster frames as shown.

NOTE:HitchPinandHairpinClipwillbeusedtoattachcasterstoliftinfollowingsteps.DONOTInstallatthistime.

M10 x 1-3/8” Bolt

Ø10 Flat Washer

Hairpin Clip

Hitch PinØ10 Flat Washer

Ø10 Lock Washer

M10 Nut

1. Raiselift2’-3’high.2. Placecasterassembliesundercrossbeamsasshown.SecurewithHitchpinandHairpinClip.3. Lowerliftandthecolumnswillautomaticallyraiseoffthefloor.

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FOUNDATION REQUIREMENTS

Concreteshallhavecompressionstrengthofatleast3,000PSIandaminimumthicknessof4”.CAUTION!!DONOTuseonasphaltorsimilarunstablesurfaces.

SPECIAL NOTE

ThisLiftdoesnotrequireboltingtothefloor(BUT)IfyouchoosetheoptiontoanchortheLifttothefloorpleasefollowthedetailedinstructionsandcriteriabelow.

FOUNDATION and ANCHORING REQUIREMENTS

1. Concreteshallhavecompressionstrengthofatleast3,000PSIandaminimumthicknessof4”inorder toachieveaminimumanchorembedmentof3¼”.NOTE:Whenusing(¾”x5½”)longanchors;ifthetop oftheanchorexceeds2¼”abovethefloorgrade,youDONOThaveenoughembedment.

2. Maintaina6”minimumdistancefromanyslabedgeorseam.Holetoholespacingshouldbeaminimum 6½”inanydirection.Holedepthshouldbeaminimumof4”.

3. Shimeachcolumnbaseasrequireduntileachcolumnisplumb.Ifonecolumnhastobeelevatedto matchtheplaneoftheothercolumn,fullsizebaseshimplatesshouldbeused.Torqueanchorsto85 ft-lbs.ShimthicknessMUSTNOTexceed½”whenusingthe5½”longanchorswiththelift.Adjustthe column extensions plumb.

Column

Crossbeam

Lower Lift and weight of crossbeamwill automatically raise columns offthe ground.

Caster

Hitch Pin &Hairpin Clip

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4. Ifanchorsdonottightento85ft-lbs.installationtorque,replacetheconcreteundereachcolumnbase witha4’x4’x6”thick3,000PSIminimumconcretepadkeyedunderandflushwiththetopofexisting floor.Allowconcretetocurebeforeinstallingliftsandanchors(typically2to3weeks).

ANCHORING TIP INSTRUCTIONS

Anchorsmustbeatleast6”fromtheedgeoftheslaboranyseam.

1. Useaconcretehammerdrillwithacarbidetip,soliddrillbitthesamediameterastheanchor,¾”.(.775to .787inchesdiameter).Donotuseexcessivelywornbitsorbitswhichhavebeenincorrectlysharpened.

2. Keepthedrillinaperpendicularlinewhiledrilling.

3. Letthedrilldothework.Donotapplyexcessivepressure.Liftthedrillupanddownoccasionallytore move residue to reduce binding.

4. Drilltheholetodepthequaltothelengthofanchor.Note:Drillingthruconcrete(recommended)willal low the anchor to be driven thru the bottom of foundation if the threads are damaged or if the lift will need to be relocated.

5. For better holding power blow dust from the hole.

6. Placeaflatwasherandhexnutoverthreadedendofanchor,leavingapproximately½inchofthread exposedcarefullytapanchor.Donotdamagethreads.Tapanchorintotheconcreteuntilnutand flatwasherareagainstbaseplate.Donotuseanimpactwrenchtotighten!Tightenthe nut,twoorthreeturnsonaverageconcrete(28-daycure).Iftheconcreteisveryhardonlyoneor twoturnsmayberequired.Checkeachanchorboltwithtorquewrenchsetto85footpounds.

CAUTION!

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OWNER / EMPLOYER RESPONSIBILITIES

The Owner / Employer:

• Shallensurethatliftoperatorsarequalifiedandthattheyaretrainedinthesafeuseandoperationofthe liftusingthemanufacturer’soperatinginstructions;ALI/SM01-1,ALILiftingitRightsafetymanual; ALI/ST-90ALISafetyTipscard;ANSI/ALIALOIM-2008,AmericanNationalStandardforAutomo tiveLifts-SafetyRequirementsforOperation,InspectionandMaintenance;ALI/WLSeries,ALI UniformWarningLabelDecals/Placards;andinthecaseofframeengaginglifts,ALI/LP-GUIDE,Vehicle LiftingPoints/QuickReferenceGuideforFrameEngagingLifts.

• Shallestablishprocedurestoperiodicallyinspecttheliftinaccordancewiththeliftmanufacturer’s instructionsorANSI/ALIALOIM-2008,AmericanNationalStandardforAutomotiveLifts-Safety RequirementsforOperation,InspectionandMaintenance;andTheEmployerShallensurethatlift inspectorsarequalifiedandthattheyareadequatelytrainedintheinspectionofthelift.

• Shallestablishprocedurestoperiodicallymaintaintheliftinaccordancewiththeliftmanufacturer’s instructionsorANSI/ALIALOIM-2008,AmericanNationalStandardforAutomotiveLifts-Safety RequirementsforOperation,InspectionandMaintenance;andTheEmployerShallensurethatlift maintenancepersonnelarequalifiedandthattheyareadequatelytrainedinthemaintenanceofthelift.

• Shallmaintaintheperiodicinspectionandmaintenancerecordsrecommendedbythemanufactureror ANSI/ALIALOIM-2008,AmericanNationalStandardforAutomotiveLifts-SafetyRequirementsforOpera tion, Inspection and Maintenance.

• Shalldisplaytheliftmanufacturer’soperatinginstructions;ALI/SM93-1,ALILiftingitRightsafetyman ual;ALI/ST-90ALISafetyTipscard;ANSI/ALIALOIM-2008,AmericanNationalStandardforAutomotive Lifts-SafetyRequirementsforOperation,InspectionandMaintenance;andinthecaseofframeengag inglifts,ALI/LP-GUIDE,VehicleLiftingPoints/QuickReferenceGuideforFrameEngagingLifts;ina conspicuous location in the lift area convenient to the operator.

• Shallnotmodifytheliftinanymannerwithoutthepriorwrittenconsentofthemanufacturer.

• Shallprovidenecessarylockout/tagoutmeansforenergysourcesperANSIZ244.1-1982(R1993),Safety RequirementsfortheLockout/TagoutofEnergySources,beforebeginninganyliftrepairs.

Lift Lockout/Tagout Procedure

Purpose

Thisprocedureestablishestheminimumrequirementsforthelockoutofenergythatcouldcauseinjurytoper-sonnel by the operation of lifts in need of repair or being serviced. All employees shall comply with this proce-dure.

Responsibility

Theresponsibilityforassuringthatthisprocedureisfollowedisbindinguponallemployeesandserviceperson-nelfromoutsideservicecompanies(i.e.,AuthorizedInstallers,contactors,etc.).Allemployeesshallbeinstruct-edinthesafetysignificanceofthelockoutprocedurebythefacilityowner/manager.Eachnewortransferredemployee along with visiting outside service personnel shall be instructed by the owner/manager (or assigned designee) in the purpose and use of the lockout procedure.

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Preparation

Employeesauthorizedtoperformlockoutshallensurethattheappropriateenergyisolatingdevice(i.e.,circuitbreaker,fuse,disconnect,etc.)isidentifiedfortheliftbeinglockedout.Othersuchdevicesforotherequipmentmay be located in close proximity of the appropriate energy isolating device. If the identity of the device is in question,seetheshopsupervisorforresolution.Assurethatproperauthorizationisreceivedpriortoperformingthe lockout procedure.

Sequence of Lockout Procedure

1) Notify all affected employees that a lockout is being performed and the reason for it.2) Unloadthesubjectlift.Shutitdownandassurethedisconnectswitchis“OFF”ifoneisprovidedonthe lift.3) Theauthorizedlockoutpersonoperatesthemainenergyisolationdeviceremovingpowertothesubject lift.• Ifthisisalockabledevice,theauthorizedlockoutpersonplacestheassignedpadlockonthedeviceto preventitsunintentionalreactivation.Anappropriatetagisappliedstatingtheperson’sname,atleast3” x6”insize,aneasilynoticeablycolor,andstatesnottooperatedeviceorremovetag.• Ifthisdeviceisanon-lockablecircuitbreakerorfuse,replacewitha“dummy”deviceandtagitappro priately as mentioned above.4) Attempttooperatelifttoassurethelockoutisworking.Besuretoreturnanyswitchestothe“OFF”posi tion.5) Theequipmentisnowlockedoutandreadyfortherequiredmaintenanceorservice.

Restoring Equipment to Service

1) Assure the work on the lift is complete and the area is clear of tools, vehicles, and personnel.2) Atthispoint,theauthorizedpersoncanremovethelock(ordummycircuitbreakerorfuse)&tagand activate the energy isolating device so that the lift may again be placed into operation.

Rules for Using Lockout Procedure

UsetheLockoutProcedurewhenevertheliftisbeingrepairedorserviced,waitingforrepairwhencurrentoperation could cause possible injury to personnel, or for any other situation when unintentional operation could injure personnel. No attempt shall be made to operate the lift when the energy isolating device is locked out.

Operating Conditions

Liftisnotintendedforoutdooruseandhasanoperatingambienttemperaturerangeof41º-104ºF(5º-40ºC).

IMPORTANT SAFETY INSTRUCTIONSWhenusingyourgarageequipment,basicsafetyprecautionsshouldalwaysbefollowed,includingthefollow-ing:

1. Read all instructions2. Care must be taken as burns can occur from touching hot parts.3. Donotoperateequipmentwithadamagedcordoriftheequipmenthasbeendroppedordamaged-until ithasbeenexaminedbyaqualifiedserviceperson.

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4. Do not let a cord hang over the edge of the table, bench, or counter or come in contact with hot mani folds or moving fan blades.5. Ifanextensioncordisnecessary,acordwithacurrentratingequaltoormorethanthatoftheequip mentshouldbeused.Cordsratedforlesscurrentthantheequipmentmayoverheat.6. Alwaysunplugequipmentfromelectricaloutletwhennotinuse.Neverusethecordtopulltheplugfrom the outlet. Grasp plug and pull to disconnect.7. Letequipmentcoolcompletelybeforeputtingaway.Loopcordlooselyaroundequipmentwhenstoring.8. Toreducetheriskoffire,donotoperateequipmentinthevicinityofopencontainersofflammableliquids (gasoline).9. Adequateventilationshouldbeprovidedwhenworkingonoperatinginternalcombustionengines.10. Keephair,looseclothing,fingers,andallpartsofbodyawayfrommovingparts.11. Toreducetheriskofelectricshock,donotuseonwetsurfacesorexposetorain.12. Useonlyasdescribedinthismanual.Useonlymanufacturer’srecommendedattachments.13. ALWAYSWEARSAFETYGLASSES.Everydayeyeglassesonlyhaveimpactresistantlenses,theyarenot safety glasses.

SAVETHESEINSTRUCTIONS

SAFETYPROCEDURES

• Neverallowunauthorizedpersonstooperatelift.Thoroughlytrainnewemployeesintheuseandcareof lift.• Caution-thepowerunitoperatesathighpressure.• Removepassengersbeforeraisingvehicle.• Prohibitunauthorizedpersonsfrombeinginshopareawhileliftisinuse.• Totalliftcapacityis8,000-lbs.Donotexceedthiscapacity.• Priortoliftingvehicle,walkaroundtheliftandcheckforanyobjectsthatmightinterferewiththeopera tionofliftandsafetylatches;tools,airhoses,shopequipment.• Whenapproachingtheliftwithavehicle,makesuretocenterthevehiclebetweenthecolumns.Slowly drive the vehicle up with some one outside the vehicle guiding the driver.• Priortoloweringvehicle,walkaroundtheliftandcheckforanyobjectsthatmightinterferewiththe operationofliftandsafetylatches;tools,airhoses,shopequipment.• Slowlydrivethevehicleonandoffofthelift.Havesomeoneoutsidethevehicleguidethedriver. CAUTION!

LUBRICATEALLCABLESHEAVES,BEARINGS,ANDSHAFTSWITHGREASEPRIORTOOPERATINGTHELIFT.LUBRICATEALLONANANNUALBASIS.

Motors and all electrical components are not sealed against the weather and moisture. Install this lift in a pro-tected indoor location. Failure by the owner to provide the recommended shelter could result in unsatisfactory lift performance, property damage, or personal injury.

OPERATIONINSTRUCTIONS

NOTE:ALWAYSCHOCKWHEELSANDSETPARKINGBRAKEBEFORELIFTINGVEHICLE!Onlyauthorizedpersonnelaretooperatelift.ReadOperatingandsafetyproceduresManualcompletelybeforeoperating lift.

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• Properlymaintainandinspectliftinaccordancetoowner’manual.• Donotoperatealiftthatisdamagedorinneedofrepair.• Allowonlyauthorizedpersonnelintheliftbay.• Stayclearofliftwhenraisingorlowering(noriders).• Keephandsandfeetawayfrompinchpointsatalltimes.• Neveroverridetheliftoperatingandsafetycontrols.• Ifavehicleissuspectedoffalling,clearareaimmediately.• Donotrockvehiclewhilepositionedonlift.• Alwaysusesafetyjackstandswhenremovingorinstallingheavycomponents.

Vehicle Loading:• Positionvehicleonliftrunwaysbyhavinganotherpersonguideyouontotherunways.Checkforproper weight distribution (center of gravity should be evenly distributed between columns).• Setvehicleparkingbrakeandchocktirestopreventvehiclemovement.• Usecautionbeforeliftingpickuptrucks,suv’sandothervehicles.Theindividualaxleweightcapacity should not exceed 1/2 of lift capacity.• Makesurevehicleisneitherfrontnorrearheavy.

Raising Lift:• Pushupswitchtoraiseliftuntilplatformrunwaysclearfloor.• Stopandcheckforvehiclemovementandvehicleweightdistribution.Ifsecureraisetodesiredheight.• Alwayslowerthelifttothenearestlockpositionbypressingthelowerlevertorelievethehydraulicpres sure and let the latch set tight in a lock position.• Neverworkunderaliftthatisnotinthelockedposition.

Lowering Lift:• Clearallobstaclesfromunderliftandvehicle,andensureonlyliftoperatorisintheliftarea.• Stayclearofliftandraisetheliftoffthesafetylocks.• Pullsafetylatchreleasesandpressthelowerlevertobegindescent.• Ensureliftisfullylowered,andhavinganotherpersonguideyou,carefullyunloadtheliftbydrivingoffof the lift runways.

CAUTION!

PAYATTENTIONTOTHELOWERINGSPEEDOFALLFOURCORNERS.MAKESURETHEYAREMOVINGDOWNATTHESAMESPEED.STOPLOWERINGTHELIFTBYRELEASINGTHELOWERINGLEVERONTHEPOWERUNITANDMOVINGTHELOCKLEVERTOTHELOCKPOSITIONIFANYCORNERSTOPSMOVINGORISSLOWERINDE-SCENT.ALWAYSLOCKTHELIFTBEFOREGOINGUNDERTHEVEHICLE.NEVERALLOWANYONETOGOUNDER

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THELIFTWHENRAISINGORLOWERING.

NOTE:Itisnormalforanemptylifttolowerslowly-itmaybenecessarytoaddweight.

ReadandheedallWARNING,CAUTIONandSAFETYINSTRUCTIONlabelsonlift.

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PREVENTIVE MAINTENANCE SCHEDULE

TheperiodicPreventiveMaintenanceSchedulegivenisthesuggestedminimumrequirementsandminimumintervals;accumulatedhoursormonthlyperiod,whichevercomessooner.

Periodicmaintenanceistobeperformedonadaily,weekly,andyearlybasisasgiveninthefollowingpara-graphs.

Intheeventyouneedreplacementparts,useonlyDirectLiftreplacementpartsavailablefromyourlocalDirectLiftdistributor.

Do not modify the lift in any manner without the prior written consent of the manufacturer.

WARNING!

OccupationalSafetyandHealthAdministration(OSHA)andtheAmericanNationalStandardsInstitute(ANSI)requiresuserstoinspectliftingequipmentatthestartofeveryshift.Theseandotherperiodicinspectionsarethe responsibility of the user.

Failuretoperformthedailypre-operationalcheckcanresultinexpensivepropertydamage,lostproductiontime,seriouspersonalinjury,andevendeath.Thesafetylatchsystemmustbecheckedandworkingproperlybeforethe lift is put to use.

Failuretoheedthiswarningcanresultindeathorseriousinjury,ordamagetoequipment.Ifyouhearanoisenotassociatedwithnormalliftoperation,or,ifthereisanyindicationsofimpendingliftfailure-CEASEOPERATIONIMMEDIATELY!-Inspect,correctand/orreplacepartsasrequired.UseonlyDirectLiftreplacementpartsavail-ablefromyourlocalDirectLiftdistributor.

Daily Pre-Operation Check (8-Hours)

• Checksafetylockaudiblyandvisuallywhileinoperation• Checksafetylatchesforfreemovementandfullengagementwithrack.• Checkhydraulicconnections,andhosesforleakage.• Checkcablesconnectionsbends,cracks-andforloosefittings.• Checkforfrayedcablesinbothraisedandloweredposition.• Checksnapringsatallrollersandsheaves.• Checkbolts,nuts,andscrewsandtightenifneeded.• Checkwiring&switchesfordamage.• Checkfloorforstresscracksnearcolumns.• CheckLubricationsoncablesheavesandshafts.

Weekly Maintenance (every 40-Hours)

• IFLIFTISANCHOREDTOFLOOR-Checkanchorboltstorqueto50ft-lbsforthe¾in.anchorbolts.Donot use an impact wrench to tighten anchor bolts.• Checkfloorforstresscracksnearcolumns• Checkhydraulicoillevel.• Checkandtightenbolts,nuts,andscrews.

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• Checkallcablesheaves/assemblyforfreemovementorexcessivewearoncablesheaveshaft.

Yearly Maintenance

• Lubricatethecablesheaveshaftbyusinggreasegunatleaseonceayearaftertheliftisinservice.• Checkforexcessivewearofcable.Replacethemifnecessary.• Changethehydraulicfluid-goodmaintenanceproceduremakesitmandatorytokeephydraulicfluid clean.Nohardfastrulescanbeestablished;-operatingtemperature,typeofservice,contaminationlev els,filtration,andchemicalcompositionoffluidshouldbeconsidered.Ifoperatingindustyenvironment shorterintervalmayberequired. Special Maintenance Tasks

NOTE:Thefollowingitemsshouldonlybeperformedbyatrainedmaintenanceexpert:

• Replacementofhydraulichoses.• Replacementofcablesandsheaves.• Replacementorrebuildingairandhydrauliccylindersasrequired.• Replacementorrebuildingpumps/motorsasrequired.• Checkingofhydrauliccylinderrodandrodend(threads)fordeformationordamage.

CAUTION!!

Relocatingorchangingcomponentsmaycauseproblems.Eachcomponentinthesystemmustbecompatible;anundersizedorrestrictedlinewillcauseadropinpressure.Allvalve,pump,andhoseconnectionsshouldbesealedand/orcappeduntiljustpriortouse.Airhosescanbeusedtocleanfittingsandothercomponents.How-ever,theairsupplymustbefilteredanddrytopreventcontamination.Mostimportantiscleanliness;Contamina-tionisthemostfrequentcauseofmalfunctionorfailureofhydraulicequipment.

TROUBLESHOOTING

Thecommonproblemsthatmaybeencounteredandtheirprobablecausesarecoveredinthefollowingpara-graphs:

• Motor Does Not Operate

Failureofthemotortooperateisnormallycausedbyoneofthefollowing:

1. Breakerorfuseblown.2. Faultywiringconnections;callelectrician.3. Defectiveupbutton;callelectricianforservice.

• Motor Functions but Lift Will Not Rise

Ifthemotorisfunctioning,buttheliftwillnotrisedothefollowingintheordergiven:

1. Apieceoftrashisundercheckvalve.Pushhandledownandpushtheupbuttonatthesametime.Hold for10-15seconds.Thisshouldflushthesystem.2. Checktheclearancebetweentheplungervalveoftheloweringhandle.Thereshouldbe1/16”clear ance.

17

3. Remove the check valve cover and clean ball and seat.

WARNING!!Failuretoproperlyrelievepressureinthefollowingstepcancauseinjurytopersonnel.ThisliftusesISOGrade32orothergoodgradenon-detergenthydraulicoilatahighhydraulicpressure.Befamiliarwithitstoxicologi-cal properties, precautionary measures to take, and first aid measures as stated in the Safety Summary before performing any maintenance with the hydraulic system.

4. Oil level too low. Oil level should be just under the vent cap port when the lift is down. Relieve all hydrau-licpressureandaddoilasrequired.

• Oil Blows out Breather of Power Unit

Ifoilblowsoutofthebreatherofthepowerunit,takethefollowingactions:

1. Oilreservoiroverfilled.Relieveallpressureandsiphonouthydraulicfluiduntilataproperlevel2. Liftloweredtooquicklywhileunderaheavyload.Lowertheliftslowlyunderheavyloads.

• Motor Hums and Will Not Run

Ifthemotorhumsbutfailstorun,takethefollowingactions:

1. Liftoverloaded.Removeexcessiveweightfromlift

WARNING!

Thevoltagesusedintheliftcancausedeathorinjurytopersonnel.Inthefollowingsteps,makesurethataqualifiedelectricianisusedtoperformmaintenance

2. Faulty wiring..….... Call electrician 3. Badcapacitor..…..Callelectrician4. Lowvoltage...........Callelectrician

• Lift Jerks Going Up and Down

1. If the lift jerks while going up and down, it is usually a sign of air in the hydraulic system. Raise lift all the waytotopandreturntofloor.Repeat4-6times.Donotletthisoverheatpowerunit.

• Oil Leaks

Oilleakcausesatthepowerunitandcylindersarenormallycausedbythefollowing:

1. Powerunit:ifthepowerunitleakshydraulicoilaroundthetank-mountingflangechecktheoillevelinthetank.Thelevelshouldbetwoinchesbelowtheflangeofthetank.Ascrewdrivercanbeusedasa“dipstick”.2. Cylinder-PistonRod:therodsealofthecylinderisout.Rebuildorreplacethecylinder.

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3. Cylinder-Vent:thepistonsealofthecylinderisout.Rebuildorreplacethecylinder.

• Lift makes excessive noise / vibrates

Excessivenoisefromtheliftisnormallycausedbythefollowing:

1. Cross beam ends are rubbing the columns. Readjustment needed. 2. Cylinder too tight, load lift half capacity and cycle up and down a few times to break in. 3. May have excessive wear on cable sheaves or shafts. Replace them.

Cable Inspection GuideMaximum Allowable Cable Necking

Nom. Cable Diameters Max. Reduction in DiameterUpto5/16” 1/64”3/8”to1/2” 1/32”9/16”to3/4” 3/64”7/8”to1-1/8” 1/16”

1-1/4”to1-1/2” 3/32”

Typical Good Cable Cable With Broken Wires Cable With Severe Corrosion Cable With Necking

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Daily Inspection & Maintenance

1. Cleanliness:Cables,Columns,Runwaysandotherliftpartsshouldbekeptfreeofcorrosiveagents,sol vents, and road salts. If such agents are spilled or splashed on any lift component, immediately rinsethoroughlywithwaterandwipedownwithacleanrag.Spraywireropecablesasrequired withPenetratingOilandwipedown. Failure to keep lift free of corrosive agents and solvents will lead to reduced component service life, cable failure, etc., which could result in property damage and/or personal injury.

2. Fasteners:Checkalltheattachingboltsandnutsfortightness.

3. Cables:Checkwireropecablesforwearordamage.Anycablewithbrokenwires,severecorrosion, excessive stretch, deformed strands, variations in diameter (necking), or any change from its normal appearance, must be replaced. If any cable is found to be in need of replacement, the entire cable set must be replaced immediately. Refer to figures below.

4. Sheaves:Checksheaves(pulleys)forwearordamage,i.e.wobble(tilt),cracks,looseonpin,orexces sive noise during operation.

5. SheavePins:Checkforlooseormissingsheave(pulley)pins.

6. LockingLatchesandSlackCableDevices:Watchlockinglatchesandslackcabledevicesduringlift operation to ensure that latches work properly and line up with slots in latch plate located in columns.

Monthly Inspection & Maintenance

1. Cables

1.1 CleanwireropecableswithliftinbothloweredandraisedpositionbysprayingwithPenetrating Oil and wiping the cable down.

1.2 Adjust cables using procedures on following pages.

2. SlackCableDevice:Inspectslackcabledevicesusingprocedureonpage5.

3. ColumnAnchorBolts:Checkcolumnanchorboltsfortightness.Re-torqueanchorsboltsto65ft/lbs.If anchorsdonottightentotherequiredinstallationtorque,replaceconcreteundereachcolumnbaseper installationinstructions.Letconcretecurebeforeinstallingliftsandanchors.

4. Columns:Lookforcorrosion,givingspecialattentiontotheareaatthebaseofthecolumn.Check severelycorrodedareasbypeckingwithanawlorwelder’schippinghammer.Ifcolumniscor roded through at any point it must be replaced immediately. If not corroded through, remove old paintandrustscale,thencoatwithahighqualitycorrosionresistantpaint.

NOTE Athoroughinspectionoftheliftingsystemmustbeperformedquarterlybyqualifiedliftservicepersonnel;morefrequently(monthly)underextremeserviceconditionssuchasoutsideinstallationsorhighus-

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age (10 or more cycles per day, etc.).

Quarterly Inspection & Maintenance

1. Cables

1.1 Inspectcablesinbothloweredandraisedposition.Thecablesmayalsobeviewedthroughvarious inspectionholesandopeningsinyokesandrunways.Checkallthefollowing: a.Thatcableshavenobrokenwiresvisible,referenceDailyInspection&Maintenance. b.Thatcablesarefreeofseverecorrosionandpitting,referenceDailyInspection&Maintenance.A lightsurfacecorrosiononexposedouterwiresisnormal.PenetratingOilshouldbeapplieddur ing monthly periodic inspection. c.Thattherearenoareasonthecablethathaveagreatlyreduceddiameteror“necking”,reference DailyInspection&Maintenance.Whenanycableisfoundwithexcessivenecking,allcablesmustbe replaced immediately. d.Thatcablesdonothaveexcessivestretch.Itisnormalfornewcabletorequireadjustmentduring “break-in”,afterwhichsmallperiodicadjustmentsmayberequired.However,ifacablethathas beeninservicefor6monthsshouldsuddenlyrequirefrequentadjustmentsorhasusedall the cable adjustment available, all cables must be replaced immediately. e. If any cable is found to be in need of replacement, the entire cable set must be replaced immediately. f. Cables are expendable items and should be replaced as a set every 20,000 cycles (estimated) or every 6years,unlessearlierreplacementisindicatedduringinspection.

2.SheavesandPins

Inspect sheaves and pins in yokes and runways. Sheaves are expendable items. Sheaves and pins should be

21

replacedwhenworn.Useofsheavesandpinswithexcessivewearwillleadtoreducedservicelifeofcables.

2.1 Inspect sheaves (pulleys) in yoke ends with lift in lowered position or resting on the locking latches.

a.Holdloweringhandledownandpulloncableincolumntocreateslackincables.

b. Check for excessive side to side wobble. Grasp rim of sheave and attempt to wobble (tilt) side to side. Ifsheaveswobble(tilt)morethan3/16”(4.8mm)sidetosideormoveupanddownonshaftmorethan 1/32”(0.8mm),thesheaveandpin(shaft)shouldbereplaced,referfiguresbelow.

c. Check sheaves and replace if cracks are found.

d. Check for ease of rotation. If sheaves do not turn freely, the sheave and sheave pin should be re moved, inspected, lubricated, and reinstalled or replaced.

2.2 Fully raise lift. Inspect sheaves (pulleys) in runway ends with lift in raised position. a. Visually inspect alignment of sheaves, see figure above. Misalignment of sheave(s) indicates exces sivewear;thesheave(s)andsheavepinshouldberemovedandinspected.Replaceasrequired.

b.Holdloweringhandledowntolowerliftontolatches.Pulloncablesunderrunwaytocreatecable slack.

c. Check for excessive side to side wobble. Grasp rim of sheave and attempt to wobble (tilt) side to side, refertofiguresabove.Ifsheaveswobble(tilt)morethan1/16”(1.6mm)sidetoside,ormoveinandout

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morethan1/32”(0.8mm),thesheaveandsheavepin(shaft)shouldbereplaced,refertofiguresabove.

3. HydraulicCylinder

Inspect the hydraulic cylinder mounting to the runway. Inspect cylinder and hydraulic hoses for leaks. Repair or replaceasrequired. 1 Check and tighten the hydraulic cylinder rod nuts holding the cable pull bar.

4. TRACKSforRollingJackandOilDrainPan Inspect rolling jack/oil drain pan tracks for cleanliness, corrosion, excessive wear or damage. Clean dirty tracks.

WARNING! Worn or damaged tracks must be repaired immediately.Failure to do so will lead to reduced service life which could result in property damage and/or personal injury.

5. LatchInspectionandAdjustment

Check locking latches for proper operation. Inspect for worn or missing parts. Replace worn or damaged parts andadjustasrequired.

1. Latches

Check latch operation on all four corners.

2. LatchandLatchBarLine-Up

Observe locking latches during lift operation to ensure that all latches line up with slots in latch bar located in all fourcolumns.Ifnot,relocateand/orre-shimcolumns.

1. Check slack cable devices for proper operation. Inspect for worn or missing parts. Replace worn or dam

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agedpartsasrequired.

2. Observe both locking latches and slack cable devices during lift operation to ensure that all latches line up with slots in latch bar located in all four columns.

Cable Adjustment

1. Initial Adjustment

Adjustcablewithliftfullylowered.Loosenjamnutandtightennutoncablestudontopofcolumnuntilyokeendisraised1/4”(6.4mm)andbackoffnutoneturn.Retightenjamnut.Repeatforallfourcables.

2. Final Adjustment a. Loadatypicalvehicleonlift. b. Raiseliftashighasitwilltravel(fullheight).Youshouldhearthelockinglatchesclickthroughall latch slots simultaneously. c. Lowerliftontotoplatchposition. d. Checkclearance: e. Starting with the right front column, use a straight edge to mark the position of the yoke bottom on the column. f. Raise lift to full height again. Mark second position. If gap between two marks is less than 2”, adjust locking latch bar to reach clearance of 2”. Repeat for the other three columns. g. Adjust locking latch bar adjusting nut so that the bottom of the topmost latch bar slot is at least 2” below locking latch. After adjustment, tighten jam nut underneath column top plate, Fig. 11. h. Ifentire2”clearancecannotbeattainedbyadjustingthelockinglatchbar,adjustthecable.Turn cableadjustingnuttoraisethelockinglatch2”abovebottomoflatchbarslot.Tightencablejam nut. i. Lowerliftandremovevehicle. j. Raisethelifttofullheight.LISTENandWATCHasthefirstlockinglatchclicksintoplace.Syn chronizetheotherthreecolumnswiththiscolumnbyadjustingtheircablessoallfourlatches clickatsametime.Tightenjamnuts.

When making changes to adjustment nuts on cable end or latch bar stud, always leave at least two threads showing between nut and stud end.

Latchesmaynotclickinatthesametimewhenvehicleisbeingraised.Theyshouldbeclose.Besureallfourcorners have passed the locking latch bar slot before lowering lift on locking latches

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9

23

92

23

5

22

10

15

28

16

28

17

29

3

20

32 27

20

35

21

22

34

25

25

30

24

18

23

22

24

11

33

36

1314

25

23

15

192

24

2

25

8

12

4

4

26

1

2

3 18

22

24

6

7

37

94

PP8 Plus ILLUSTRATED PARTS LIST

GENERAL ILLUSTRATED PARTS LIST – FIGURE #1

25

62

62

89 87

61

6059

31 7067

66

71

181920 72

3147 57

53

2056

54 19 20 55

6238

58

61

6059

87 89

6

31 64

67 66 65 68 31

6238

69

63

102

101

CROSSBEAM ASSEMBLY – FIGURE # 2

26

RUNWAY & COMPONENTS – FIGURE # 3

7491

73

91

38

33

76

76

20

91

75

74

19

74

77

74

38

74

55

75

38

54

90

91

91

33

1011129

7

37

17

16

HYDRAULIC COMPONENTS – FIGURE # 4

27

86

B

86

64

78

84

84

85

88

83 85

83

85

79

87

87

80

84

93

A

80A 82

78

81

78

79

30

B

84

83

85

70

78

SAFETY LATCH & LINKAGE COMPONENTS – FIGURE # 5

28 8002/03/3 D .veR 10005NI 03 sulP 8PP

50

5295

9

45

38

38

38

38

39

41 41

41

4243

51

44 46

47

47

48

4995

92

CYLINDER & CABLE COMPONENTS – FIGURE # 6

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PP8PPARTSLISTITEM Drawing # Description QTY1 PP8P-1000 Column Weldment A 12 PP8P1100 ColumnWeldmentB 33 DP8-1200 ColumnTopCaps 24 DP8-1200DC ColumnTopCaps 25 DP8-1310 LatchbarWeldment 46 DP8-2100 Crossbeam Weldment 27 P/U PowerUnit 18 DP8-5000 Ramp Weldment 29 DP8-9100G HydraulicCylinder 110 PP7-9802-2 PipeFitting 111 DP8-9200G Throttle 112 1WB-05 HydraulicHose 113 DP8-3003 HydraulicCylinderPin 114 B52-5x60 CotterPinØ5x60 215 H4D-5000 LinkFrame 416 1WB-05 HydraulicHose 117 SW-002(30400-9053YZ) 90 Degree Fitting 118 B30-8 NutM8 1019 B40-8 LockWasherØ8 2620 B41-8 FlatWasherØ8 6222 B10-18-x100 HexHeadBoltM18x100 823 B41-18 FlatWasherØ18 824 B40-18 LockWasherØ18 825 B30--18 NutM18 826 H4D-7001-07 BoltsM8x50 227 B10-12x30 HexHeadBoltM12x30 1628 B41-12 FlatWasherØ12 3229 B40-12 LockWasherØ12 1630 B30-12 Nut M12 1831 DP8-2013 FlatWasherØ20 832 B30-20 Nut M20 433 DP8-3100 Runway Weldment, Driving slide 1

DP8L-3100 RunwayWeldment,Drivingslide(PP8PlusLong) 134 DP8-3200 Runway Weldment, Slave Side 1

DP8L-3200 RunwayWeldment,SlaveSide(PP8PlusLong) 135 H4D-5001 CarStopPlates 436 NH4D-3303 Nut 437 H4D-Y003 90 Degree Fitting 1

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38 DP8-2012 CablePulley 1139 B33-3/4”-16 NylonLockNut3/4”-16 441 B30-27x2 Nut M27x2 442 DP8-3004 CablePulleyPin 143 B52-3x60 CotterPinØ3x60 244 DP8-3005 CablePulley 145 DP8-3001 CableLockPlate 146 DP8-3002 CableLockPlate 147 DP8-2004 SmallCablePulley 448 DP8-3012 Cable 1

DP8L-3003 Cable(PP8PlusLong) 149 DP8-3011 Cable

DP8L-3002 Cable(PP8PlusLong) 150 DP8-3010 Cable 151 DP8-3009 Cable 152 DP8-3013 Cable

DP8L-3004 Cable(PP8PlusLong) 153 B10-8x35 HexHeadBoltM8x35 3654 B10-8x20 HexHeadBoltM8x20 1855 NH4D-2005 LockPlate 956 DP8-2003 Slider 857 DP8-2009 Shaft 458 DP8-2001 PulleyCover 259 B22-8x10 SetScrewM8x10 460 DP8-2007 Bushings 461 DP8-2006 CablePulleyPin 462 DP8-2014 FlatWasherØ24CLevel 1263 NH4D-1011 Spring 864 DP8-2011DC WorkLock 265 NH4D-1011 Spring 266 DP8-2008 WorkLock 467 DP8-2005 Spring 468 DP8-2010DC Spacer 269 DP8-2002 LockShaft 270 DP8-2011 WorkLock 271 NH4D-1004DC Spring 272 DP8-2010 SafetyLock 273 DP8-3007 PlasticPlate 1

DP8L-3001 PlasticPlate(PP8PlusLong) 174 B23-5x10 DiscalHeadScrewM5x10 1275 DP8-3006 CablePulleyShaft 5

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AccessoriesforPP8P

PP8P-7000C CasterKit-Assembly 41 PP8S-2000 CasterKit-FrameWeldment 42 B80-6x2A CasterKit-CasterWheelAssembly6”x2” 43 PP8S-2100 CasterKit-HitchPin 44 H4D-5006-03 CasterKit-HairpinClip 45 B30-10 HexNut-M10 166 B40-10 LockWasher-Ø10 167 B41-10 FlatWasher-Ø10 328 B10-10x35 HexBolt-M10x35 16

DP7PNKD-DT DripTray 3H4D-6000 JackTray/ToolBox 1

76 DP8-3008 Spacer 377 DP8-3107 Spacer 278 DP8-4301 LongRod 279 DP8-4401 Short Rod 280 DP8-4210 JoyStickA 181 H4D-7000-03 Coupler 182 DP8-4110 JoyStickA 1

DP8L-4110 JoyStickA(PP8PlusLong) 183 B72-6 BearingM6 884 B33-6 NylonLockNutM6 885 B30-6 NutM6 886 B10-6x30 HexHeadBoltM6x30 487 B41-6 FlatWasherØ6 1288 B84-35 PlasticKnobForHandleØ35xM10 189 B23-6x10 DiscalHeadScrewM6x10 490 DP8-3014 Angle Iron 4

DP8L-3005 AngleIron(PP8PlusLong) 491 B41-5 FlatWasherØ5 2092 B41-20 FlatWasherØ20 893 H4D-7000-05 Steel Spacer 294 30400-1999 Washer 495 DP8-3015 FlatWasherØ30CLevel 296 H4P-R3100 Wheel Chock 297 H4P-R3101 Angle Iron 298 H4P-R3102 Rubber 899 B23-5x16 DiscalHeadScrewM5x16 8100 B30-5 Nut M5 8101 B10-8x40 HexHeadBoltM8x40 4102 B33-8 NylonLockNutM8 4

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You may contact us by one of the following:

By Standard Mail

Direct Lift

996 Industrial DriveMADISON IN, 47250

UNITED STATES

Email: sales@directlift.com

Phone: 866-347-5438

Fax: 812-273-7315