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USER MANUAL

MBX15 HydRAULic MoUNtEd BREAkER

MBX15

2 ► MBX15 User Manual

Read Manual

WearBreathingProtection

Wear Hearing

Protection

Wear EyeProtection

Do not operate the breaker unless the following safety instructions have been thoroughly read and understood! Read this manual before installing, operating or maintaining this equipment!

• Aflyingprojectilefromthebreaker,breakertool,rockorothermaterialmayentertheoperator's compartmentandcauseseriousor fatal injury to theoperator.Personalprotectionequipmentmustbeused.

• Aflyingprojectile from thebreaker,breaker tool, rockorothermaterialmaycauseseriousorfatalinjurytobystanders.Neveroperatethebreakerwhenbystandersareintheworkarea.

• Onsomemachines/carriers, thebreakercanenter theoperator'scompartment if itbreakslooseandswingstowardtheoperator.Makesurethatsuitableimpactshieldsareusedwhenoperatingthebreakerwiththistypeofequipment.

• Donotoperatethebreakerunlessallsafetydecalsdescribedinthismanualareinplace.Thedecalsmustbeinspectedperiodicallytoensurethatallwordingislegible.Thedecalsmustbereplacedif illegible.ReplacementdecalscanbeobtainedfromyourauthorizedStanleyDistributor.

• Whenoperatingthebreakeryoumustuseearprotection,eyeprotection,andbreath-ingprotection.

SERVICINGHYDRAULICTOOLS:Thismanualcontainssafety,operation,anddetailedmaintenanceinstructions.Servicingofhydraulictools,otherthanroutinemaintenance,mustbeperformedbyanauthorizedandcertifieddealer.

WARNING

SERIOUS INJURY OR DEATH COULD RESULT FROM THE IMPROPER REPAIR OR SERVICE OF THIS TOOL.

REPAIRS AND / OR SERVICE TO THIS TOOL MUST ONLY BE DONE BY AN AUTHORIZED AND CERTIFIED DEALER.

WARNING

MBX15 User Manual ◄ 3

SAFETYPRECAUTIONS ..........................................................................................................................................4SAFETYSYMBOLS ..................................................................................................................................................6TOOLSTICKERS&TAGS ........................................................................................................................................7PRE-OPERATION .....................................................................................................................................................8OPERATION ............................................................................................................................................................10UNDERWATERAPPLICATIONS ..................................................................................................................13PERIODICMAINTENANCECHECKS ..........................................................................................................14PROPERUSE&CAREOFTOOLBITS .................................................................................................................15TROUBLESHOOTING ............................................................................................................................................19CHARGINGTHEMAINACCUMULATOR ...............................................................................................................20RECOMMENDEDTORQUEVALUES ....................................................................................................................21FLOWTESTPROCEDURES ..................................................................................................................................22SPECIFICATIONS ...................................................................................................................................................23MBX15POWERCELLILLUSTRATION ..................................................................................................................24MBX15POWERCELLPARTS ................................................................................................................................25MBX15HOUSINGPARTSLIST ..............................................................................................................................26DECLARATIONOFCONFORMITY ........................................................................................................................27

TABLE OF CONTENTS

IMPORTANT

To fill out a Product Warranty Validation form, and for information on your warranty, visit Stanleyhydraulics.com and select the Company tab, Warranty.

(NOTE: The warranty Validation record must be submitted to validate the warranty).


Tooloperatorsandmaintenancepersonnelmustalwayscomplywiththesafetyprecautionsgiveninthismanu-al and on the decals and tags attached to the tool and hose.Thesesafetyprecautionsaregivenforyoursafety.Re-viewthemcarefullybeforeoperatingthetoolandbeforeperforminggeneralmaintenanceorrepairs.Supervisingpersonnelortheowneroperatorshouldde-velopadditionalprecautionsrelatingtothespecificworkareaandlocalsafetyregulations.Placetheaddedpre-cautionsinthespaceprovidedinthismanual.

GENERAL SAFETY PRECAUTIONSTheHydraulicBreakerwillprovidesafeanddependableservice ifoperated inaccordancewith the instructionsgiveninthismanual.Readandunderstandthismanualandanydecalsandtagsattachedtothebreakerbeforeoperation.Failuretodosocouldresultinpersonalinjuryorequipmentdamage.• Operatethebreakerinaccordancewithalllawsand

regulationswhichaffect you, yourequipment, andtheworksite.

• Donotoperatethebreakeruntilyouhavereadthismanualandthoroughlyunderstandallsafety,opera-tion and maintenance instructions.

• The operator must be familiar with all prohibitedworkareassuchasexcessiveslopesanddanger-ous terrain conditions.

• Donotoperatethebreakeruntilyouhavereadthecarrier equipment manual and thoroughly under-standallsafety,operationandmaintenanceinstruc-tions. The word “carrier”, as used in this manual,meansabackhoeorexcavatororsimilarequipmentusedtooperatethebreaker.

• Ensure that all maintenance procedures recom-mendedinthismanualarecompletedbeforeusingtheequipment.

• Theoperatormustnotoperatethebreakerorcarrierifanypeoplearewithintheareawheretheymaybeinjuredbyflyingdebrisormovementof theequip-ment.

• Knowthelimitsofyourequipment.• Establishatrainingprogramforalloperatorstoen-

suresafeoperation.• Donotoperatethetoolunlessthoroughlytrainedor

underthesupervisionofaninstructor.• Becomefamiliarwiththecarriercontrolsbeforeop-

eratingthecarrierandthebreaker.• Whenoperatingthebreakeryoumustuseearpro-

tection,eyeprotection,andbreathingprotection.• Whilelearningtooperatethebreakerandcarrier,do

soataslowpace.Ifnecessary,setthecarriermodeselectortotheslowposition.

• Warning:Useofthistooloncertainmaterialsduringdemolitioncouldgeneratedustpotentiallycontain-ingavarietyofhazardoussubstancessuchasas-bestos,silicaorlead.Inhalationofdustcontainingthese or other hazardous substances could resultin serious injury, cancerordeath.Protect yourselfand those around you. Research and understand thematerialsyouarecutting.Followcorrectsafetyproceduresandcomplywithallapplicablenational,state or provisional health and safety regulationsrelatingtothem,including, ifappropriatearrangingforthesafedisposalofthematerialsbyaqualifiedperson.

SAFETY PRECAUTIONS


• Makesureallcontrols(leversandpedals)areintheNEUTRALpositionbeforestartingthecarrier.

• Whileoperatingthebreakerandcarrier,keephandsandfeetonthecontrolsatalltimes.

• Before leaving the carrier, always lower theboomandinsurethecarrierisstable.Neverleavethema-chinewith theengine running.ALWAYSENGAGETHEPARKINGBRAKE.

• Stoptheenginebeforeattemptingtomakeanyre-pairs,adjustmentsorservicingtoeitherthecarrierorthebreaker.

• Donotoperate the tool at oil temperaturesabove190°F/88°C.Operationathighertemperaturescandamage the internal components of the breakerandcarrierandwill result in reducedbreakerper-formance.

• Donotoperateadamaged,leaking,improperlyad-justed,orincompletelyassembledbreaker.

• Donotmodifythebreakerinanymanner.• Use only tool bits supplied by Stanley Hydraulic

Tools.Use of tool bits supplied by anothermanu-facturermaydamagethebreakerandwillvoidthewarranty.

• Toavoidpersonal injuryorequipmentdamage,allbreakerrepair,maintenanceandservicemustonlybe performed by authorized and properly trainedpersonnel.

• Ifyoudonotunderstandhowtosafelyoperateyourbreaker, contact an authorized Stanley Dealer forassistance.

• Keepthismanualwiththebreaker.• Donotoperatethisequipmentifyouaretakingmed-

icationwhichmayaffectyourmental judgementorphysicalperformance.

• Donotoperatethisequipmentifyouareundertheinfluenceofdrugsoralcohol.

• Exposure to crystalline Silica (sometimes called“silicadust”)asaresultofbreaking,drilling,orham-meringofrock,concrete,asphaltorothermaterialsmaycauseSilicosis(aseriouslungdisease),silico-sis-related illnesses, cancer, or death.Respiratoryprotection is highly recommended when workingwith materials containing Silica Dust. Always wear arespiratorapprovedforprotectionagainstcrystal-line silica.

SAFETY PRECAUTIONS


Alwaysobservesafetysymbols.Theyareincludedforyoursafetyandfortheprotectionofthetool.

LOCAL SAFETY REGULATIONSEnteranylocalsafetyregulationshere.Keeptheseinstructionsinanareaaccessibletotheoperatorandmainte-nancepersonnel.

Safetysymbolsandsignalwords,asshownbelow,areusedtoemphasizealloperator,maintenanceandrepairac-tionswhich,ifnotstrictlyfollowed,couldresultinalife-threateningsituation,bodilyinjuryordamagetoequipment.

Thisisthesafetyalertsymbol.Itisusedtoalertyoutopotentialpersonalinjuryhazards.Obeyall safetymessages that follow this symbol toavoidpossibleinjuryordeath.

DANGERThis safety alert and signalword indicatean imminently hazardous situationwhich,ifnotavoided,will result in deathorseriousinjury.

WARNINGThis safety alert and signal word indicate a potentially hazardous situationwhich,ifnotavoided,could result in deathorseriousinjury.

CAUTIONThis safety alert and signal word indicate a potentially hazardous situationwhich,ifnotavoided,could result in deathorseriousinjury.

CAUTIONThissignalwordindicatesapotentiallyhazardoussituationwhich,ifnotavoid-ed,may result in propertydamage.

NOTICEThissignalwordindicatesasituationwhich,ifnotavoided,will result in damage totheequipment.

IMPORTANTThissignalwordindicatesasituationwhich,ifnotavoided,may result in dam-agetotheequipment.

SAFETY SYMBOLS


Shownbelowandonthenextpagearedecalsandstickersfoundontheequipmentthatprovideimportantinforma-tion.Replacedecalsandstickerswhentheyarenolongerlegible.Decalsmaynotbeofactualsize.

PartNumber47351Warning:ReadManual,UseBreathing,Hearing,EyeProtectionSticker

PartNumber32243AccumulatorSpecStickerMBX15

PartNumber72074GreaseStickerMBX15

Note:Decalsshownarenotofactualsize

MBX15ModelNumberSticker

P/N73007–MBX15

Stanley Hydraulic ToolsDivision of The Stanley Works3810 SE Naef RoadMilwaukie, OR 97267 USA

MODEL NO:

SERIAL NO:

OPERATING WEIGHT:

INPUT FLOW:

CIRCUIT RELIEF PRESSURE:

CESpecificationPlate

P/N71494–MBX15

SoundPowerLevelSticker

P/N66218–126dBAMBX15

StanleyLogoSticker

P/N70752–MBX15

P/N66764MadeinUSA/Global

TOOL DECALS


PREPARATION FOR OPERATIONNITROGEN CHARGEThebreakerhasbeenproperlychargedwithnitrogenatthefactoryandisreadytouse(seepage20)forcharg-inginformation.

TOOL BIT LUBRICATIONGrease the top250mm/10 inchesof thebreaker toolbit before installing.During operation, the tool can begreasedthroughthegreasefitting.Greaseasrequired.Make sure the tool bit is against the tool stop by placing the tool bit against the ground and then put-ting down pressure on the breaker. SEE THE ILLUS-TRATION BELOW AND ON THE FOLLOWING PAGE.

ToolBit

250 mm/10 in.

GreaseThisAreaofBit

Figure1.GreasingtheToolBitBeforeInstallation

NOTICE

Greasing the tool bit without down pressure on the tool will result in grease filling the space

between the piston and the tool bit.When the breaker is next activated, the piston will strike the grease at a speed that will cause

the grease to apply great force against the seals and grease zerk resulting in damage to these

components.

PRE-INSTALLATION INSTRUCTIONSEXCAVATOR SIZEContactStanleyHydraulicToolstodeterminecorrectex-cavatorsize.Seethe"SPECIFICATIONS"sectionofthismanualforhydraulicflowandpressurerequirements.

NOTICE

Ifhydraulicpressure,hydraulicback-pressure,hydraulicflow,orexcavatorweightclassare

exceeded,thetoolwarrantyisvoid.

EXISTING EQUIPMENT HYDRAULICS VS APPLICATION ATTACHING KITSUsing existing equipment hydraulic auxiliary systemsforoperatinghydraulic toolscouldcauseproblems forthehydraulictoolandthehydraulicsystemifnotsetupproperly.Simplypluggingintothehydraulicsystemwith-outconfirmingpressureandflowtothehydraulictoolisnotagoodpractice.Sparespoolvalves,dippercircuits,etc., are just a few examples of easily accessible hy-drauliccircuitswhichcouldprovetocauseproblemsforhydraulic tool usage.ATTACHINGKITSadapt toexistinghydraulicsystemsofmanypopularbackhoesandexcavators.Ifyourequipmentdoesnotcontainanattachingkit,askyour Stanley dealer for information, installation, andpricingonakitwhichmatchesyourequipmentneeds.

TEST THE HYDRAULIC SYSTEM1. HaveyourStanleydealertesttheexcavatorhydrau-

licsystemtomakesurethesystemisoperatingatthemanufacturersspecifiedcapacityandpressureratings.

2. Besurethefluidinthehydraulicsystemisclean.3. Checkthehydraulicfilter.Replacethefilterifdirtyor

deteriorated.4. Have yourStanley dealer test the circuit towhich

thebreakerwillbeconnectedtomakesurethatthecircuit issupplyingthespecifiedflowandpressurerating for the breaker. See the SPECIFICATIONSsectionofthismanual.

PRE-OPERATION


Piston not against toolbitleavingspacebetweenthepistonandbit.

ToolStop

LowerBushing

ToolBit

GreaseWillFillThisSpace

Figure 2.

SECURING THE TOOL1. Laythebreakerinahorizontalpositiontoinstallthe

toolbit.Removetherubberplug(item35)andtheretainerpin(item28),seeFigure3below.

Figure 3.

2. Usingapunchandhammer,driveout the tool re-tainerpins(item29).

3.

WARNING

Flyingdebrismaybecausedbystrikingtherodpinswithapunchorhammer.

Weareyeprotectionwheninstallingorremovingtherodpins.

Failuretoweareyeprotectionmayresultineyeinjury.

Greasethetopareaofthetoolbitasshownonthepreviouspage.

4. Install the tool bit making sure the notches arealignedwiththelowerbodytoolretainerpinholes.

5. Installthetoolretainerpins,retainerpinandrubberplug.See“Important”Figure3.

LOW-TEMPERATURE WARM-UP PROCEDURE1. Afterstartingtheexcavator,warm-upthehydraulic

system at engine idle until hydraulic lines are warm to the touch.

2. Withtheexcavatoratidleandthebreakersuspend-edintheairorwithminimaldownpressure,turnonthebreaker tograduallywarmup its internalcom-ponents.

3. Whenthehydraulicsystemandbreakerarewarm,proceedwithoperation.SeetheOPERATIONsec-tionofthismanual.

LONG TERM STORAGEUse the following procedure if storage of the break-er is expected to be more than 6 months.IMPORTANT:Thepistonprotrudesoutthebottomofthecylinderwhennotinuse,althoughitisinsidethelowerbodyitwillstillbeexposedtotheelementsandwillrustdamaginginternalcomponentswhenitisputbackintoservice.Removethetoolbitanddischargethenitrogengasfromtheupperaccumulator.Usethetoolbittopushthepis-toninsidethecylinderwhereitwillbeprotectedfromtheelements.Greasethelowerendoftheexposedpistonthoroughly.Also thoroughlycoat the toolbit, toolstop,retainingpins,andlowerbushingwithgrease.If hoses are attached to the breaker, install plugs onthehoseends.Ifhosesareremovedfromthebreaker,install plugson thehoseendsand install plugs in thebreaker“IN”and“OUT”ports.Storebreakerinadryareaundercoverifpossible.Itisbesttostorethebreakerinanareathathasaconsistenttemperaturetohelpavoidwatercondensationcausingrust.Storethebreakerinaverticalposition.Donotstorethebreakerhorizontallyforextendedperiods.Ifthebreakerhasbeenlaidhorizontallyformorethan6months,checkand/orreplaceallseals.Checkforcorro-sionofboltsbeforeoperation.

PRE-OPERATION

When installing the tool retainer pin (item 28)makesuretherubberplug(item 35) is fully seated.TherubberplugMUST beinstalled BELOW FLUSH toproperlysecurethepin.


PREPARATION FOR USERead the section in thismanual titledPREPARATIONFORUSEbeforeoperatingabreaker.Failuretofollowthepreparationinstructionscanresultinseveredamagetothebreakerandexcavatorandvoidthewarrantiesofboth.

POSITIONING THE EXCAVATOR

Figure4.PositiontheExcavatorWith the breaker tool in place on the material to beworked,position theexcavator so thedipper isat ap-proximately45°andthebreakerisalmostvertical.Thetracksoftheexcavatorshouldbeinlinewithboomsandthebreaker.

POSITIONING THE BREAKER TOOL ON THE WORK MATERIALPositionthetoolbitneartheedgeoftheworkmaterial,notinthecenterorfarfromtheedge.Positionthetool6-18inches(dependingonthematerial)fromtheedge.Breakingoffsmallerpiecesofrockorconcreteusuallyaccomplishesmorethantryingtobreaklargerpieces.

Breakneartheedge

Figure5.PositiontheBreakerOn flat material or rock,thebreakershouldbeverticalor“curled”backslightlytodirecttheimpactforcedown-ward and toward the backhoe. This directs the forceback toward theedgeof theworkmaterial. If the toolispositioned in thecenterof thework,or too far from

theedge,theenergywillbeabsorbedintothematerialwithoutcrackingit.Donotrunthebreaker longerthan15-20 seconds. If breakout does not occurwithin thistime,movethebreakertoanotherposition.Onflatmaterial suchasconcrete runways, starting tobreakinthemiddleofthematerialmaycausevibrationstobetransmittedthroughoutthebreakerandexcavatorbecausethematerialhasnoplacetobreakto.Alwaystry to start at a pointwhichwill permit thematerial tobreakout.

MAINTAIN DOWN PRESSUREMaintaininghardcontactwiththesurfaceofthematerialtobebrokeninadditiontomaintainingadequate"downforce" isvery important.Alwayskeep"downpressure"or"downforce"onthepointofthebreakerbyliftingthewheels,tracks,orstabilizersslightlyabovetheground.Thismethod takes the "slack" out of the bracket andboompivots, and reduces the impact on thepivots intheboom.

Applydownpressure

Figure 6. Maintain Down PressureTheoperatorneedstobeconstantlyawareoftheamountofdownpressurebeingappliedandbeabletoadjustitifnecessary.Notenoughdownpressureresults in lowproductionandaccelerateswearandtearontheequip-ment.Toomuchdownpressuremaycausethebreakerhousingtoviolentlycrashintothebrokenmaterialwhen"break-through"occurs.Inanybreakingjob,theoperatorshouldmakeeveryef-fortto“follow”thebreakerwith“down-pressure”asthemachine breaks farther into thematerial.The breakershouldbestoppedassoonas“break-thru”occursorifitisapparentthatgoodsolidblowsarenotoccurring.

OPERATION


BREAKINGTheoperatorshouldnote thesoundof theblowwhenthebreakerisrunning.Withexperience,theoperatorwillbeabletotellthedifferencebetweenagoodsolidblowandahollowsoundingblow.Ahollowblowmeansthatsolidblowsarenotoccurringandthebreakershouldberepositioned.Continuous toolpenetrationusuallydoesnotdomuchgood.Ifthematerialdoesnotbreakwith3to4inchesoftoolpenetration,itusuallywon’tbreakwithfullpenetra-tion.Thetimeusedforadditionalpenetrationcouldbebetterusedtostrikeblowsinanotherplace.

Donotbreakcontinuouslyinoneplace

Figure7.Breaking

NOTICE

Continuousbreakinginthesameareaforlengthyperiodswillcreateexcessivetemperaturesatthetipofthetoolbitresultinginlossoftemper

(hardness)ofthebitandcausingmushroomingofthetipofthebit,andmayleadtofailureofthebit.

Manymaterialsdonotrespondwelltocontinuedham-meringinoneplace.Thebreakertoolshouldbereposi-tioned on the work each time the tool penetrates butdoesnotcrackthematerial.

Scoring with the breaker

Figure8.ScoringwithBreakerUsea“scoring”methodofbreakingwhencrackingthematerialbecomesdifficult.Thistechniqueinvolvesstrik-ing therockorconcreteatseveralplacesalonga linewhereyouwantthecracktooccur.Mostmaterialsbreaksooner when struck several places along a line thanwhenstruckrepeatedlyinonelocation.Oneachline,thebreakertoolshouldbecontinuallyrepositioned.Practicedetermines thebest lengthof time tostay inonespot(15-20seconds)andhowfartomovethebreakertool.Breaker tool binding can causeerratic breaker opera-tionandprematurewearonthetoolshank.Breakertoolbindingiscausedbyfailuretodirectthedownforceinthedirectionofthetoolbit.

Donotprywithorbindthetoolbit

Figure9.BreakerBinding

OPERATION


Excessivesideforcecocksthetoolinitsbore,pre-ventsproper movement and causes premature tool shankand bushingwear.Since the breaker tool bitmust bepushed up into the breaker to operate, a binding toolprevents thebreaker fromoperating correctly.Bindingalsocausesthetoolbitandtoolbushingstoseizeandoftenresultsinbreakageofoneormorebreakercom-ponents.Alwaysdirectthedownpressureforceinalinetowardthepointoftoolcontactwiththework.

NOTICE

DONOTprywiththetoolbitandbreaker.Pryingwilldamagethetoolbitandassociated

breakercomponents.

Movingrockswiththetoolbitisanothermethodofbind-ingthetoolbit.Thispracticeshouldbeavoidedasitmaycausetoolbitfailure.Rebar reinforced concrete introduces the problem ofconcretechunksbeingheldtogetherbytherebaraftertheconcretehasbeenbroken.Thebestapproachtothisproblemistouseachiselpointtoolwhichpermitscut-tingtherebarwiththebreaker.Anothermethodistope-riodicallycuttherebarwithanoxyacetylenetorch.

BLANK FIRINGTo understand “Blank Firing”, theoperatorneedstobeaware that if the toolbit isnotpressedagainst theworksurfacethetoolbitwilldropdowninthelowerbodycavityfarenoughsothatthepistoncannotstrikeit.Blankfiringoccurswheneverthebreakerisoperatingandthepistonisnotabletostrikethetoolbitsolidlyornotstrikethetoolbitatall.BlankFiringaccelerateswearandtearonbreakerandexcavatorcomponentsandmayresultinfailureofoneormorecomponents.Excessiveblankfir-ingmaybeconsideredequipmentabuseandmayresultinvoidingwarranties.Break-throughordifficultsurfacecontactresultsinblankfiringwhenthematerialbeingbrokenfracturesandthetoolbit isno longer in “hardcontact”with thematerialbutisstillpushedhighenoughinthelowerbodycavitysothatthepistoncanstrikeit.Inthiscondition,thepis-tonstrikesthetoolbitandthetoolbit,inturn,isdrivenagainsttheretainingpinsbecauseit isnotinsufficientcontactwiththematerialtobebroken.Theenergyisab-sorbedbytheretainingpins,otherbreakercomponents,andtheexcavatorboomcomponents.Blankfiringofthis

typecanbeexperienced in trenchworkwhereobtain-ingstrikingcontactwith theworksurface isdifficultorthewrongtoolbitisused,orinflatrockworkwheretheoperatorfailstostopoperationofthebreakerwhenslip-page,fracturingormaterialbreak-throughoccurs.Blankfiringasaresultofoperatorerroroccurswhenthetoolbitisnotincontactwiththeworksurfacetobebro-kenandisallowedtodropdowninthelowerbodycav-itysothatthepistonisnotabletostrikeit.Instead,thedownwardmovementofthepistonwillbestoppedbyaninternaloilcushionlocatedatthebottomofthepiston’sstrokeandtheenergyofthepistonwillbeabsorbedbybreakercomponentsandexcavatorboomcomponents.Blankfiringof this typecanbeexperiencedwhen theoperatorfailstostopoperationofthebreakerwhenthematerial fracturesormaterialbreak-throughoccurs,orduringre-positioningofthebreaker.Whileblankfiringcannotalwaysbeavoided, itcanbekepttoaminimumbyavoidingtheaboveconditionsasmuchaspossible.

OPERATION


UNDERWATER USENopartofthebreakermaybesubmergedinwaterunlessanairapplicationkitisused.Underwaterusageofthebreakerwithoutairapplicationwillcauseinternaldamagetothebreaker.ConsultStanleyformodificationsandspecificwarranty

coverageifyouhaveanunderwaterrequirement.

Do not use underwater withoutairapplicationkit

UNDERWATER USE

Figure11.UnderwaterUse

Thebreakerisequippedwithanunderwaterportonthesideofthebreaker.Connectanairlinetothisportandsupplytherequiredairpressureandflowtothebreakerwhenusingunderwater.Thefollowingtableshowstheairpressurerequired.

Model Required Air Amount

Required Air Pressure

Compressor Horsepower-Min

Fitting Location on Exploded View

MBX15 0.5m³ / min 75-100 psi /5-7 bar 3.7 Kw Item # 9A

CAUTION

OPERATION


EACH DAY• Checkforlooseormissingfasteners.Tightenorre-

placeasneeded.• Inspecttoolretainingpinsandpocketsforwear.• Check forhydraulic leaksatallfittingsandhoses.

Replaceanydefectivehoses.• Applygreasetothegreasefittinginthelowerbody

each morning. Grease as needed throughout theworkday.

• Inspectthelowerbushing,toolretainer,toolretainerpins.Reseatorreplaceifnecessary.

TOOL STOP & LOWER BUSHINGInspect the toolstop,and lowerbushing forexcessivegallingandmetalpickuponthetoolbit.Alsocheckforcracks.Ifcracksarepresent,thepartsmustbereplaced.Theextentofwearof the toolstopand lowerbushingandthetoolbitcanbecheckedbymovingthetoolbitbackandforthandmeasuringthegapbetweenthetoolbitandthelowerbushing.Ifthegapismorethan0.354in./9mm the toolstop, lowerbushing,and the toolbitshouldbereplaced.Agapinexcessof0.354in./9mmwillcausedamagetothepiston.Donotjustreplacethetoolbitorthelowerbushingindividuallyasthiswillresultinprematurewearofthereplacedcomponent.Itisrec-ommendedtoreplaceallworncomponents.

MOVE THE TOOL BIT BACK & FORTH & MEASURE THE GAP BETWEEN TOOL BIT & LOWER BUSHING

Figure12.CheckingforWear

PERIODIC MAINTENANCE CHECKS• Periodically checkwear pad clearance bymoving

thepowercellbackandforth.Setthebreakeronthebitandthenusetheexcavatortomoveitfromsidetosideasshownintheillustration.Ifthedeflectionexceeds1.5inches,replacethewearpads.

CHECKING WEAR PLATE WEAR

MEASURETHROUGHHOLECENTERANDIFDIFFERANCEBETWEENA&BISGREATERTHAN1.500,REPLACEWEARPLATES.

PUSHTOOLEACHWAYFORMEASUREMENT.

OPERATION


Worn-out retainer pin(s)will causeuneven loading onthepin(s)themselves,causingfailureofthetoolorre-tainerpin(s).Thiswillalsocauseexcessiveweartothefrontbushing(s).

METAL-TO-METAL CONTACTExtremecautionshouldbeusedtoavoidscratchesorgougesonthesurfaceofthetool.TheseareascreateastressconcentrationMetal-to-MetalContactpoint,thusweakeningthetool.Anotherformofmetal-to-metalcontactisgalling,whichusuallyoccursfromthelackoflubrication.Specialcareshouldbetakentokeepthetoolshanklubricatedeverytwo(2)tothree(3)hours.Steelfailuresthatwerecausedbysurfacedamagetaketwomain forms.Thesimplest form iscausedbydeepscratchesonworkingsteelsurface.Thebrokensurfacehasashellpatternaround thestartingpointof failure,similartotheoneinthefatiguefailure.Theotherpartsofthebrokensurfacearebrittle.Thesefailuresworkslowlythroughthesteeluntilitsuddenlypartscompletely.Thesecondformoffailurecausedbysurfacedamageoccurswhentherearedeepscratchesonworkingsteelsurfaceand therewasalsoexcessivebendingstress.Thebrokensurfacealsoshowstheshellpattern,buttheotherpartsofthebrokensurfacearebrittleandusuallyhavea“lip”likethatinastressfailure.

Figure14.Metal-to-MetalContactExamples

Toolbitsaremadeandheattreatedtospecification.Toolbits,howeverwellmade,arewearparts,andareused in themost destructive applications. Evenwhenthehydraulicbreakerisusedproperly,andtheoperatorisanexperiencedone,atoolbitmaybecomedamaged.Whena toolbithasbeendamaged, it isuseful tode-termine thecause immediately inorder toprevent thedamagefromoccurringagain.All Stanley tool bits are machined and hardened formaximumperformance.Caremustbetakentomaintainthetoolsoriginalconditionforoptimumproductivityandlifeexpectancy.Itisnotuncommonforanoperatorwhoisunfamiliarwithusingahammertobreakapoint.Thisispartofthelearningexperience.Listedbelowareseveralmethodstodeterminetoolfail-ureandwillquicklyaidinwarrantydetermination.

TOOL FAILURE NOT COVERED UNDER WARRANTYBLANK FIRING OR FREE RUNNINGThisoccurswhenthetoolisnotinpropercontactwiththework,thuscausingtheenergyproducedbytheham-mer tobeconcentratedon the tool retainer(s)andtheretainerslot(s)onthetoolitself.Cautionshouldbeusedtopreventthehammerfromslidingoffslantedsurfacesorwhenbreakingthroughthinmaterial.Theillustrationbelowistypicalofthekindofbreakagethatoccursfromexcessiveblankfiring.

Figure13.ExcessiveBlankFiringBreakage

WORN-OUT FRONT BUSHING(S) OR RETAINER PIN(S)Worn-outfrontbushing(s)willcausethetooltobecomemisaligned inside the hammer. This misalignment willcauseunevencontactbetweenthepistonandtool,thuscausingstresstoconcentrateononeparticularareaofthetool.Thiscanalsocausethetooltobindinsidethehammer. Call your dealer for acceptable wear allow-ances.

PROPER USE & CARE OF TOOL BITS


In itsmost extreme forms, the combinationof surfacedamageandseverebendingcanquicklybreakeventhebestworkingsteels.Theillustrationsbelowshowexamplesofseverestressbreaks.

Figure15.SevereStressBreaks

PRYINGThis is the most common cause of tool failure. Evenwhenthereisnosurfacedamage,thestressfrompry-ingcaneasilybreakaworkingsteel.Thiskindoffailuregenerallyresultsfromanytypeofsidepressuresuchasanincorrectbreakingangleorfromusingthetooltore-positionmaterial.Thetoolshouldnotbeusedasapivotpointwhenrepositioningthecarrier.Thepowergener-atedbythecarrierwillfarexceedthestrengthofthetool.

Figure16.PryingDamageExampleSimilar failurescanalsooccurwhen thesteel isusedwith extreme down pressure, and the steel repeated-ly slipsoff theworkatanangle,or thematerial, itselfmovesfromundertheworkingsteel.

Figure17.ExtremeDownPressureBreakage

Asthenextillustrationshows,fatiguefailurestakemanyforms,buttheyallexhibitsimilarfeatures.Generally,thebrokensurface isbrittleandhasa “lip” like that in thebendingfailure,eventhough,insomecases,theliphasbeenbroken.

Figure 18. Fatigue Failures

CORROSIONToolsshouldbegreasedandstoredoutoftheweather.Corrosiontendstoacceleratethefatiguefracturesofthetool.

MUSHROOMINGDrivingthetoolintoahardmaterialforalongperiodoftimegeneratesanintenseheat,indicatedbyabluetonejustabovethepoint.Thiswillsoftenthesteelandcausethepointtofoldoverormushroomtheendofthetool.Avoidhammeringinonelocationfortoolong.Ifmaterialdoesnotbreakafterashortperiod(approximately15to20seconds),repositionthetool.

Figure 19. MushroomingIf the overheated steel is suddenly cooled by beingdipped in standing water, for example, the metal willhardenandbecomebrittle.Thesearesomeexamplesof failurecausedby temperchangesoccurringon thejob.



TOOL FAILURE COVERED UNDER WARRANTYINTERNAL MATERIAL FLAWThisfailureoccurswhenaforeignmaterialisrolledintothesteelduringthemanufacturingprocess,causinganimperfectionintheinternalmaterialflawgrain.There-sultisaninherentweaknessinthetoolshankandeven-tualbreakage.Thefatiguefailureisstartedbythedefectswithinthetoolbit.Thebrokensurfaceexhibitsashellpatternaroundthestartingpointoffailure,likethatinthefatiguefailure.Theotherpartsofthebrokensurfacearebrittle.This is the only kind of tool bit failure that is always covered under warranty.

Figure 20. Internal Material FlawAsa rule,working steel failures canbediagnosedbylookingatthebreakitself,andattheplaceonthesteelwherethebreakoccurred.Discoloration,like“rainbow”effectsorbluebands,istheresultofextremeheat.

Lookforsurfacecracks,galling,orgougemarks.Breaksthatstartassurfacedamagehavea“seashell”pattern,withthedamagedspotatthecenter.Alarge“seashell”indicatesa slowgrowingbreak; a small one indicatesonecompoundedbysidestress.Stress failures start small, and spread into the centerof the steel. In a stress failure, the coarser the grain,thegreaterthestresswas,andthemorerapidwasthefailure.

• Failures in this area are usually the result ofblank firing,wornbushing(s),worn re-tainerpin(s)orthelackoflubrication.

• Failures in this area are usually the result ofwornretainerpin(s)orblankfiring.

• Failures in this area are usually the result ofprying,metal-to-metalcontactorcorro-sion.Prying failuresoftenexhibitashell-like formation near the edge of the steeldiameter where the break began, and a“tail” opposite that where the remainingsteelbentandtore.

• Failures in this area are usually the result ofheatbuild-up,mushrooming,orimprop-ercontactwiththework.

Figure21.DiagramofToolBitFailures



StanleyBreakersareavailablewithseveraldifferenttypesoftoolbits.Themostcommonarethemoil,chiselandtheblunt.Eachoftheseworkingsteelshasitsownpurposeasdescribedbelow:Toobtainthemaximumproductionfromthebreaker,itisimportanttoselecttheproperworkingsteel.ConsultyourStanleyrepresentativeforassistanceinselectingtheproperworkingsteelforyourapplication.

MOILThisisbyfarthemostpopularworking steel. It is a generalpurpose point used to breakanythingfromconcretetohardrock. Its pencil-type point isused to fracture the material.Thetoolisbestwherepenetra-tionspeedisimportant.

CHISELThisstyleofpointisusedgen-erally used for trench work,whereacontrolledbreakisre-quired, and for rock breakingonmaterialswithadefinitelineof cleavage. A chisel bit alsoworkswell in softer concreteswhere a moil might penetratequickly, but not cause a frac-ture line.

BLUNTThisflattypeofpointisusedtobreak softer material such ascoal or shale. A moil or chisel willtendtopunchholesinthistype of material, where a flatblunt will shatter thematerial.It is also useful when break-ingirregularlyshapedmaterialwhere its broad tip makes iteasiertoposition.



Ifsymptomsofpoorperformancedevelop,thefollowingchartcanbeusedasaguidetocorrecttheproblem.Whendiagnosingfaultsinoperationofthebreaker,alwayscheckthatthehydraulicpowersourceissupplyingthecorrecthydraulicflowandpressuretothebreakeraslistedinthetable.Useaflowmeterknowntobeaccurate.Checktheflowwiththehydraulicoiltemperatureatleast180°F/82°C.Anapprovedtestprocedureisavailableinthecompleteservicemanual,P/N41893.

PROBLEM CAUSE SOLUTIONBreakerwillnotfire. Lowhydraulicoillevel. Fillreservoir.

Noflowtobreaker. Havehydrauliccircuittestedbyauthorizeddealer/distributorperapprovedprocedure.

Mainreliefsettoolow.

Internal damage. Haveunitservicedbyauthorizeddealer/distributor.

Breakerrunsslowly. Lowhydraulicflow. Havehydrauliccircuittestedbyauthorizeddealer/distributorperapprovedprocedure.

Excessiveheatbuildup.

Excessivenitrogenpressure. Haveunitservicedbyauthorizeddealer/distributor.Internalleakage.

Breakerrunserratically. Loworexcessivebackpressure. Havecarrierservicedbyauthorizeddealer/distributor.Damaged switch or connection.

Mainreliefsettoolow.Internal damage. Haveunitservicedbyauthorized

dealer/distributor.Toolbinding.Lowhydraulicoillevel. Fillreservoir.

Breakerrunsbutatreducedpower. Lowaccumulatorcharge. Haveunitservicedbyauthorizeddealer/distributor.Excessivebackpressure.

Mainreliefsettoolow.Breakerleaksoilaroundtoolbitandtoolbushing.

Lowersealsfailed. Haveunitservicedbyauthorizeddealer/distributor.

Hydraulicsystemoverheats. Mainreliefsettoolow. Havecarrierservicedbyauthorizeddealer/distributor.Insufficientcoolingcapabilityin

hydraulic circuit.Line/hosesizetoosmall.Excessivebackpressure.

TROUBLESHOOTING


Thetoolsrequiredtochargethebreakerareshownbe-low.The33464adapter and33300adapter assemblycanbeobtainedindividuallyorinakit(P/N33465).Notethattheadapterandadapterassemblyaredesignedtobe used with the 505232 charge hose assembly andthe 28257 accumulator tester which are used with other Stanley model breakers. When charging the breaker,makesurethetoolsandchargevalveareclean.Dirtcancontaminatethechargevalveandcauseleakage.1. Remove the protective plug from the accumulator

chargevalve.2. Screwtheadapterassembly(P/N33300)ontothe

tester(P/N28257)andtightenit.3. Holdthechuckendofthetesterandturnthegauge

fullycounterclockwisetoensuretheplungerinsidethechuckiscompletelyretracted.

4. Screw the tester into thebreaker chargevalvebyturning the chuck.Donot use the gauge for turn-ing as thiswill advance the plunger in the chuck.Tightenthechucklightlyagainstthebreakerchargevalve.

5. Turn the gauge clockwise to advance the plungeruntilapressure is indicatedon thegauge.Donotovertighten.

6. Ifthepressureiscorrect,unscrewthegaugetore-tracttheplunger.Then,loosenandremovethetes-terfromthechargevalve.Ifthepressureisnotcor-rect,proceedtoStep7.

NOTE: When disengaging the tester a "POP" of nitrogen is normal.7. Connect the charge hose assembly to the charg-

ingvalveonthetester.Makesurethevalveonthechargehoseassemblyisclosed.Openthevalveonthenitrogenbottle.

8. Veryslowlyopenthevalveonthechargehoseas-semblyandslowlymeterthenitrogenintothebreak-er charge valve until the tester reads the correctchargepressure.

9. When the correct pressure is obtained, close thevalveonthechargehoseassemblyandonthenitro-genbottle.Unscrewthegaugetoretracttheplung-er.Loosenandremove the tester fromthechargevalve.Beforereplacingtheprotectiveplug,inspecttheplugo-ring.Ifdamagedordeformed,replacethe plug.ApplyLoctite™242toplugandcap.

Nitrogen Bottle (locallyobtained)

505232 Charge Hose Assy(Includesgauge,valve,hoseandchargevalveadapter)

ChargeValvePlug

IMPORTANT

SeeSpecificationspageforcorrectchargepressure

Figure 22. Charging the Main Accumulator

CHARGING THE MAIN ACCUMULATOR


MBX15 TORQUE TABLE ITEM NO. ILLUSTRATION DESCRIPTION APPLY

FT/LB NM

3 POWERCELL CHARGEVALVE

LOCTITE™242

75 101

8 POWERCELL O-RINGPLUG LOCTITE™242

130 176

2 HOUSING CAPSCREW — 455 617

5 HOUSING MTGBRKTNUT

— 455 617

41 POWERCELL TIERODNUT1 KOPRKOTE™

720 976

9 POWERCELL PLUG4 LOCTITE™680

30 41

4 POWERCELL PLUG — 20 27

TighteninacrosspatternPre-torqueto360ft.lb./488Nm

Recommended Tie Rod Torque Procedure

The torque values for TIE RODS NUTS in the above chart are intended to be used with a torque multiplier.

The following procedure is the recommended procedure for tie rod torque and may be tightened to the specified torque using the following procedure (see figure A & B ).

1. Threadtierodintolowernutbyhanduntilitbottomsout.Theninstalltheuppertierodnutandinstallallthewaydownuntilcontactsthetopofthemainaccumulator,thenholdtheuppernutfromturningandwithawrenchturnjustthetieroduntil ithasagapasshowninfigureBabove(0-1.5mm/0-0.059in.,topoftierodflushorjustbelowtopofuppertierodnut).

2. Pre-torquetheuppertierodnutsto360ft.lb./488Nmusingacrosspatternasshownintheillustrationattheleft.

3. Usingtheillustrationasaguide,markalineoneachnutanddesignateitas(A).

4. Using the illustration as a guide,measure the degrees indicated inthechart,frompoint(A)topoint(B)andmakeamarknearthenut.Thedegreeslistedin(figureA)forturningthenuttoachievethefinaltorque is listedas120°-130°.Makeamarkononepointof thenutanddesignate thatpointas (A).Measure120°-130°degreesclock-wisefrompoint(A)andmakeamarknexttothenut.Designatethatpointas(B).Turnthenutclockwiseuntilpoint(A)andpoint(B)lineup.

5. Continuethisprocedureinacrosspatternonall4nuts.

Figure A

120°

150°

MBX15120°-130°

Figure BPre Torque Setting

0 - 1

.5m

m /

0 - 0

.059

in

RECOMMENDED TORQUE VALUES


Thecorrectperformanceof thisprocedurewillverify iftheauxiliarycircuitofthecarrierisadequatetoproperlyoperateaStanleyattachment.This procedure is generic in form. It is the end usersresponsibilitytoensurethatthisprocedurewillworkwithhisspecifictypeofequipment.IfanadequateflowmeterisnotavailablecontactyourStanleyHydraulicDistributorforassistance.

TEST PROCEDURE1. Withtheauxiliarycircuit(orkit)completelyinstalled

connect the flowmeterbetween the tool inlet andoutlet hoses.

NOTE:Always use the hoses that are supplied for the at-tachment and make sure the machine hydraulic oil is between 90 to 120 °F. This will assure correct readings and adjustments.2. Withthemachinesettingatthemodethat’sgoingto

beusedtooperatetheattachmentrecordtheGPM_____.Locate the correct flow for the attachment in themanual under the specification section.Adjust themachinetothecorrectGPM.

NOTE:If possible, always set the machine to the highest GPM output mode. This will prevent the operator from over flowing the attachments.3. Once thecorrectGPMflow isachieved fullyopen

therestrictorontheflowmeter.4. With the machine in the attachment mode set in

step 2 record the back-pressure.At this point thepressurereadingonthepressuregaugeistheback-pressure in thecircuit.Thispressuremustnotex-ceed200psi/13.5bar.Excessiveback-pressurewillslowtheattachmentsoperation and lead to premature seal failures andoverheating.

Record the back-pressure psi.5. Closetherestrictorvalveontheflowmeteruntilthe

attachmentreliefstartstocrackoropen.Thereliefvalveopenswhentheflowrate(GPM),indicatedontheflowmeterbeginstodeclinerapidly.Locatethetoolsoperatingsystemreliefpressureinthespecifi-cationsectioninthemanual.Adjustattachmentre-lieftospecification.

NOTE:The relief valve pressure must be greater than the operating pressure of the attachment and three times the back-pressure. Never use the relief valve to control the flow rate in the circuit. Cracking pres-sure means the loss of 4 or more GPM.Record the relief cracking pressure psi.Example:Operationpressureofabreakeris2700psi.Back-pres-sure is150psi.Agoodrule to followwhensettingtherelief,multiplythebackpressureby3thenaddthisnum-bertotheoperationpressureoftheattachment.OperatingPressure 2700psiBack-pressure 450psiOperatingpressureofthetool 3150psiThereliefvalvesettingmustbegreaterthantheestimat-edoperatingpressureofthetool.Ifthesettingislower,damage to the circuitmay occur. Excess heatwill begenerated in the circuit which will damage the attach-ment and carrier.

HEAT LOAD TESTWith the installationkitproperly installedandadjustedpertheaboveprocedure,conducttheheatloadtestasfollows.1. Connect theflowmeterbetween the tool inletand

outlet hoses.2. With the carrier set in the attachment mode, re-

strict the flow meter until a pressure of 1000 psiis achieved. This pressure must be maintainedthroughout the heat test.

NOTE:Closing of the restrictor may be required as the tem-perature increases.Monitor the oil temperature from the flow meter untilnochangeisnoted.Recordthetimerequiredforoiltostabilize. Record the surrounding temperature (ambi-enttemperature).Recordthetimerequiredtostabilize minutes.Record the stabilized oil temperature °F.Record the ambient temperature °F.The“heatrise”iscalculatedasthestabilizedtempera-tureminustheambienttemperature.

FLOW TEST PROCEDURES


NOTE: Weights,dimensionsandoperatingspecifications listed on this sheetare subject to changewithout no-tice.Wherespecificationsarecriti-caltoyourapplication,pleasecon-sultthefactory.

MBX15ImpactEnergyClass ftlb

J1500 2030

Blows Per Minute bpm 400-800Flow Range gpm

lpm15-25 56-95

HydraulicOperatingPres-sure

psi bar

1885-2200 130-152

SystemReliefPressure(minimumcracking)

psi bar

3000 206

OilTemperature(max) F C

176 °F 80 °C

HoseDiameter(min) inch mm

3/4 19

AdapterFittingSize&Type Male JIC 37° Flare 1-1/16 ×12UNF

Weight(w/ToolBit) lb kg

1168 531

Length(w/ToolBit)

inch mm

69 1760

ToolDiameter inch mm

3.3 85

ToolWorkingLength inch mm

16.6 426

Main Accumulator Charge Pressure

psi bar

247 +/- 7 17 +/- 0.5

SoundPowerLevel(LW) dBA 126Carrier Size lb

kg14000-26000 6300-11800

ACCESSORIESAttachingKits.................................................................................................................................................................................... Consult DealerChargeHoseAssy(Valve,Hose,fornitrogentank&chargevalveconnections) ........................................................................................ 505232AdapterAssy(Requiredtochargemainaccumulator) ................................................................................................................................... 33300Adapter(Short)(RequiredtoChargeMainAccumulatoronMBX15) ............................................................................................................. 33464ChargeAdapterKit(Includes33300&33464) ............................................................................................................................................... 33465ChargeKitAssembly(Includes505232hose,28257Tester,and372047Box) ............................................................................................. 34892AccumulatorTester ......................................................................................................................................................................................... 28257

SPECIFICATIONS


72330TieRodKit

MBX15 POWER CELL ILLUSTRATION

When installing the tool retainer pin (item 28)makesuretherubberplug(item 35) is fully seated.TherubberplugMUST beinstalled BELOW FLUSH toproperlysecurethepin.


ITEM P/N QTY DESCRIPTION1 71592 1 MAINACCUMULATOR

2 71593 3 O-RING

3 68679 2 CHARGEVALVE

4 68680 2 PLUG

5 68681 2 O-RING

6 71594 1 CYLINDER

7 71595 1 PISTON

8 71596 3 PLUG

9A 71597 1 PLUG

10 71598 3 O-RING

11 68688 2 ADAPTER

12 68689 2 O-RING

13 68690 2 ADAPTERCAP

14 71599 1 BUFFERSEAL

15 71600 1 SEAL,U-CUP

16 71601 1 SEALDUST

17 71602 1 SEALCARRIER

18 71603 2 SEAL,STEP

19 71604 1 SEAL,GAS

20 71605 1 VALVESLEEVE

21 71606 1 VALVE

22 71607 1 VALVEPLUG

23 71608 1 O-RING

24 71609 1 O-RING

25 71610 1 LOWERBODYMBX15

26 71611 1 TOOLSTOP

27A 71612 1 LOWERBUSHING

28 71613 2 RETAINERPIN

29 71614 2 TOOLRETAINERPIN

30 71615 2 RETAINERPIN

32 68711 3 GREASENIPPLE

33 71616 1 SNAPRING

34 71617 2 RUBBERPLUG

35 71618 2 RUBBERPLUG

36 68687 2 DOWELPIN

37A 69102 4 PLUG

72330 1 TIERODKIT(INCLITEMS38THRU41)

38 71619 4 TIERODMBX15

39 71620 4 LOWERTIERODNUT

40 71621 4 TIERODWASHER

41 71622 4 UPPERTIERODNUT

42 71623 1 TOOLBITMBX15CONICAL

ITEM P/N QTY DESCRIPTION71624 1 TOOLBITMBX15CROSSCUTCHISEL

71625 1 TOOLBITMBX15LINECUTCHISEL

71626 1 TOOLBITMBX15BLUNT

71627 1 TOOLBITMBX15MOIL

71628 1 SEALKIT

MBX15 POWER CELL PARTS LIST


ITEM P/N QTY DESCRIPTION1A 71160 1 MBX15POWERCELLW/CROSSCUT

TOOLBIT

1 66680 1 UPPERBUMPER

72331 1 HOUSINGFLANGEBOLTKIT(INCLONEITEM2,TWOITEM3&ONEITEM5)

2 30949 8 CAPSCREW

3 17559 16 WASHER

4 32243 1 PRESSURESPECSTICKER

5 22181 8 NYLOCKNUT

6 70752 2 STANLEYSTICKER

7 66660 1 HOUSINGWELDMENT

8 73007 2 MBX15MODELSTICKER

10 66723 8 SIDEBUMPER

11 66681 1 LOWERBUMPER

12 72074 1 GREASESTICKER

14 47351 1 COMPOSITEWARNINGSTICKER

15 71494 1 CESPECPLATE

16 66764 1 MADEINUSAWITHGLOBALMATERIALS

17 66218 1 SOUNDPOWERSTICKER126DBA

1A

72331TieRodKit

MBX15 HOUSING PARTS


DECLARATION OF CONFORMITYÜBEREINSTIMMUNGS-ERKLARUNGDECLARATION DE CONFORMITE CEE DECLARACION DE CONFORMIDADDICHIARAZIONE DI CONFORMITA

Hydraulic Tools

______________________________________________________________________I,theundersigned:Ich,derUnterzeichnende:Jesoussigné:Elabajofirmante:losottoscritto:

Weisbeck, Andy SurnameandFirstnames/FamiliennnameundVornamen/Nometprénom/Nombreyapellido/Cognomeenome

hereby declare that the equipment specified hereunder:bestätige hiermit, daß erklaren Produkt genannten Werk oder Gerät:déclare que l’équipement visé ci-dessous:Por la presente declaro que el equipo se especifica a continuación:Dichiaro che le apparecchiature specificate di seguito:

1. Category: Mounted Hydraulic BreakerKategorie:Catégorie:Categoria:Categoria:

2. Make/Marke/Marque/Marca/Marca Stanley3. Type/Typ/Type/Tipo/Tipo: MBX154. Serialnumberofequipment:

SeriennummerdesGeräts:Numérodesériedel’équipement:Numerodeseriedelequipo:Matricola dell´attrezzatura:

All

Has been manufactured in conformity with Wurde hergestellt in Übereinstimmung mit Est fabriqué conformément Ha sido fabricado de acuerdo conE’ stata costruita in conformitá con

Directive/StandardsRichtlinie/StandardsDirectives/NormesDirectriz/LosNormasDirettiva/Norme

No.NrNuméroNon.

ApprovedbodyPrüfungdurchOrganisme agrééAprobadoCollaudato

EN ISOMachinery Directive

12100:20102006/42/EC:2006

TÜVRegisteredNo.K1508/M06TestReport– K2510/M06

5. SpecialProvisions: NoneSpezielleBestimmungen: Dispositionsparticulières: Provisionesespeciales: Disposizionispeciali:

6. RepresentativeintheUnion:Patrick Vervier, Stanley Dubuis 17-19, rue Jules Berthonneau-BP 3406 41034 Blois Cedex, France. Vertreter in der Union/Représentantdans l’union/RepresentanteenlaUnion/Rappresentantepressol’Unione

Done at/Ort/Fait à/Dado en/Fatto a StanleyHydraulicTools,Milwaukie,OregonUSADate/Datum/le/Fecha/Data 1-5-11

Signature/Unterschrift/Signature/Firma/Firma

Position/Position/Fonction/Cargo/Posizione DirectorofProductDevelopment

DECLARATION OF CONFORMITY

StanleyHydraulicTools3810SENaefRoad

Milwaukie,Oregon97267-5698USA(503)659-5660

Fax(503)652-1780www.stanleyhydraulics.com

73048 2-2015 Ver. 4Copyright©2012StanleyBlack&Decker

hydraulic mounted reakerd3is8fue1tbsks.cloudfront.net/pdf/stanley/stanley mbx15... · 2017. 10....

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