该板外观结构图如下汇总.docx
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该板外观结构图如下汇总
UserGuidefor4axisTB6560driverboard
SettingsofMACH3
*ImportantNote*:
PleasestrictlyfollowthesettingphotosforconfigurationinMach3!
Fig.1
OpenMACH3software,selectmach3MILL,andthenclickOK.PleaserefertoFig.1
Fig.2
TheinterfaceofMACH3isdisplayedasFig.2.Thefrequently-usedactionbuttonsarelistedontheinterface.WecanconfigureMACHsoftwareatfirst.
。
Fig.3
ClickPORT&PINsub-menuofconfigmenu.PleaserefertoFig.3.
PleaserefertoFig.4
Fig.4
TosetupthebasicfrequencywithintheaboveCircle1.Thisparameterwillaffecttherotationalspeedofthemotor.Afterthesetupofbasicfrequency,selectCircle2whereConfigurationScriptingwillbedefined,pleaserefertoFig.5.
Fig.5
TomodifythesoftwaresettingsaccordingtothedefinitionofParallelInterfacewhichisdetailedintheabovecircle.
Fig.6
Thenselecttheoutputsignalscolumn,asshowninFig.6,andsetupthecorrespondingitemsperthesetupdescribedinthecircle.
Fig.7
Afterallhavebeensetup,opentheGCODEthatneedstorun,asshowninFig.7
Fig.8
Fig.9
AfterGCODEhasbeenopened,youmayseetheredbuttonRESETflashing.ClickRESETtostoptheflashingandthenpressCYCLESTARTatthelocationofCircle2
*Simplesolutionsifthedriverdoesnotworkproperly:
∙PleasedoublecheckthesoftwaresettingsaccordingtotheFig.5andFig.6
∙Pleaseconformtheparallelcablehasbeenplugedtightly
∙Pleaseturnoffthepowersupplybeforechangingdipsettings
∙PleaseusestablehighqualityDCpowersupplyforthisdriver
∙ProblemsinMach3using,PleaserefertotheMach3UserManual
∙Ifproblempersist,pleasefeelfreetocontactus!
ProductFeatures:
∙ToshibaTB6560AHQchip-Highpower,maximum3.5Adrivecurrentchipset!
∙1-1/16microstepsetting-Higheraccuracyandsmootheroperationthanstandard1,1/2step!
∙Adjustable1.5A-3Adrivecurrentsettingsforeachaxis-25%,50%,75%,100%offullcurrentcanbesetfordifferentsteppermotors
∙Overload,over-currentandover-temperaturesafety-Fullprotectionforyourcomputerandperipheralequipment!
∙Onboardcurrentswitching-Poweroutputcanbesetaccordingtospecificuserrequirement!
∙Fullclosed-typeopticalisolationtoprotecttheuser'scomputerandequipment
∙Relayspindle interface-OutputsMax.36V7.5Aforspindlemotorsorcoolantpump(onlyonedevicecanbepoweredbythisoutput!
)
∙4channelinputsinterface-CanbeusedforXYZlimit andemergencystop!
∙Professionaldesign-Twostagesignalprocessingwithsuperanti-jamming!
∙Bipolarconstantcurrentchopperdrivewithnon-resonantregion-Controlsmotorssmoothlythroughrangewithoutcreepeffect!
∙Fourcontrolinputs(dividedintopairsofknives)-Allowssettingoflimitandemergencystop!
∙Universalarchitecture-SupportsmostparallelsoftwareMACH3,KCAM4etc!
Dipsettings:
CurrentSetting
1
2
DecayModeSettings
3
4
MicroStepSettings
5
6
100%
ON
ON
FAST
ON
ON
1
ON
ON
75%
ON
OFF
25%
ON
OFF
1/2
ON
OFF
50%
OFF
ON
50%
OFF
ON
1/8
OFF
OFF
25%
OFF
OFF
SLOW
OFF
OFF
1/16
OFF
ON
*ImportantNotes:
∙Powersupply DC12-36V(notincluded)
*VoltageSelection:
12-16VDCpowersupplyforNema17steppermotors
16-24VDCpowersupplyforNema 23steppermotors
24-36VDCpowersupplyforNema 34steppermotors
(Highvoltagewillburnupthechipsorsteppermotors!
!
!
)
*AmpertageSelection:
Outputcurrentofthepowersupply canbecalculatedbythefollowingexpressions:
Outputcurrent=Ratedcurrentofyoursteppermotors*quantity+2A
(Forexample,ifyouwanttodrive 3*3ANema23steppermotors,theoretically24V11ADCpowersupplyisrecommended,buthigherpowersuchas24V15Aalsowillbegood.
Ifyouarenotsureabouttheselectionofpowersupply,pleasefeelfreetocontactusforhelp)
∙Thepoweroutputof12Vshallbeappliedtotheradiatorfanof12V
∙Driveroutputcompatiblewith2or4phase,4,6or8leadsteppermotors,3Amax.
∙Suitableforunipolarorbipolarsteppermotors.
∙Voltageregulatedspindlespeedcontrolledbyparallelinterfaceasfunctionofsupplyvoltage.
WiringDiagram:
Simpleintroductions:
Thedefinitionof1-PIN25ofParallelInterface:
PIN2
PIN4
PIN1
PIN16
PIN17
PIN7
PIN14
PIN5
PIN6
PIN3
PIN5
PIN8
PIN9
Spindlemotor
XEnable
XDir
XStep
YEnable
YDir
YStep
ZEnable
ZDir
ZStep
CEnable
CDir
CStep
Thedefinitionof1-PIN15ofManualInterface:
P1
P2
P3
P4
P5
P6
P7
P8
P9
P10
P11
P12
P13
P14
P15
Z/CEmpty
CStep
ZStep
XDir
X
Empty
Y
Empty
YDir
ZDir
CDir
Spindle
motor
YStep
XStep
STOP
GND
5V/vdd
ThedefinitionofDB94channelinputsinterface:
P1
P2
P3
P4
P5
P6
P7
P8
P9
XLimit
YLimit
ZLimit
STOP
Empty
GND
GND
GND
GND
P10
P11
P12
P13
Input1
Input2
Input3
Input4
5
CorrespondingP10
CorrespondingP11
CorrespondingP12
CorrespondingP13
GND
ConnectionDiagram:
LimitsettingFORREFERENCEONLY:
(*Note:
youcanalsohaveothersettingsforotherapplications)
ThedefinitionofoutputInterface:
P1
P2
P3
P4
P5
P6
P7
P8
P9
P10
P11
P12
P13
P14
P15
P16
P17
VDD
GND
XA+
XA-
XB+
XB-
YA+
YA-
YB+
YB-
ZA+
ZA-
ZB+
ZB-
MO/V+
GND
MO
-