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Transcript of Modicon M171 Performance Logic Controllerfiles.rakurs.su/Sistemy-avtomatizaciy/Programmiryemie...8...
www.schneider-electric.com
Modicon M171 Performance Logic Controller
Hardware Guide
09/2015
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30.0
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The information provided in this documentation contains general descriptions and/or technical characte-ristics of the performance of the products contained herein. This documentation is not intended as a substitute for and is not to be used for determining suitability or reliability of these products for specific user applications. It is the duty of any such user or integrator to perform the appropriate and complete risk analysis, evaluation and testing of the products with respect to the relevant specific application or use thereof. Neither Schneider Electric nor any of its affiliates or subsidiaries shall be responsible or liable for misuse of the information contained herein.If you have any suggestions for improvements or amendments or have found errors in this publication, please notify us.
No part of this document may be reproduced in any form or by any means, electronic or mechanical, including photocopying, without express written permission of Schneider Electric.
All pertinent state, regional, and local safety regulations must be observed when installing and using this product. For reasons of safety and to help ensure compliance with documented system data, only the manufacturer should perform repairs to components.
When devices are used for applications with technical safety requirements, the relevant instructions must be followed.
Failure to use Schneider Electric software or approved software with our hardware products may result in injury, harm, or improper operating results.
Failure to observe this information can result in injury or equipment damage.
Ā© 2015 Schneider Electric. All rights reserved.
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TABLE OF CONTENTS
CHAPTER 1. Introduction ...................................................................... 121.1. General description of Modicon M171 Performance ...................... 12
1.1.1. Modicon M171 Performance offer .................................................................12
CHAPTER 2. Mechanical installation ................................................... 152.1. Before Starting ............................................................................... 152.2. Disconnecting Power ..................................................................... 152.3. Programming Considerations ......................................................... 162.4. Operating Environment .................................................................. 162.5. Installation Considerations ............................................................. 162.6.ā TM171PDM27ā/āTM171PBM27Rā/āTM171EPRāinstallation ..... 182.7.ā AssemblingātheāTM171AāCommunicationāModules ............... 202.8.ā AssemblingātheāM171āPerformanceāFlushāorāTM171DGRPā .......... 21
2.8.1.ā Panelāmounting .............................................................................................21
2.8.2.ā AccessoriesāforāWallāmounting ......................................................................22
CHAPTER 3. Electrical connections ..................................................... 233.1. Wiring Best Practices ..................................................................... 23
3.1.1.ā WiringāGuidelines ..........................................................................................23
3.1.2.ā RulesāforāRemovableāScrewāTerminalāBlock..................................................24
3.1.3.ā ProtectingāOutputsāfromāInductiveāLoadāDamage .........................................25
3.1.4. Special handling considerations ....................................................................27
3.1.5.ā AnalogāInputs-Probes ....................................................................................27
3.1.6. Serial connections .........................................................................................27
3.2. Wiring diagrams ............................................................................. 303.2.1. Modicon M171P wiring diagram ....................................................................30
3.2.2.ā ModiconāM171EP14Rāwiringādiagram ...........................................................32
3.2.3.ā Examplesāofāanalogāinputāconnectionā(M171āPerformanceāonly) ..................33
3.2.4.ā M171āPerformanceā/āM171āDisplayāGraphicāconnection ...............................37
3.2.5.ā M171āPerformanceāFlushāTM171PFE03āandāTM171PFE03HRāconnection .38
3.3.ā M171āPerformanceāprotocolāconnectivity ....................................... 403.3.1.ā Example:āCANā(Field)ānetworkāconnection ....................................................40
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3.3.2.ā Example:āCANāconnectionā(Network) ............................................................41
3.3.3.ā Example:āRS485āconnectionā(Field) ..............................................................42
3.3.4.ā Example:āRS485āconnectionāwithātheāModiconāM171Oānetwork ...................43
3.4.ā M171āPerformanceāFlushāprotocolāconnectivity ............................. 443.4.1.ā Example:āRS485āconnectionā(Field) ..............................................................44
3.4.2. Example: CAN connection ............................................................................44
3.4.3.ā Example:āRS485āconnectionāwithātheāModiconāM171Oānetwork ...................45
3.4.4.ā Example:āCANānetworkāconnection ...............................................................46
3.5.ā TM171AāCommunicationāModules ........................................ 473.5.1.ā CommunicationāModulesācompatibleāwithāM171āandāM172 ..........................47
3.5.2.ā CommunicationāModulesāexclusivelyācompatibleāwithāM171 .........................48
3.5.3.ā TM171ARS232 ..............................................................................................51
3.5.4.ā TM171AETHā/āTM171AETHRS485 ...............................................................53
3.5.5.ā Example:āBACnetā/āIP ....................................................................................54
3.5.6. TM171AMB....................................................................................................57
3.5.7.ā TM171ARS485ā/āTM171AETHRS485 ...........................................................58
3.5.8. TM171ACAN .................................................................................................59
3.5.9. TM171APBUS ...............................................................................................60
3.5.10.ā TM171ALON................................................................................................61
3.6.ā Ethernetāconnectionā(forāM171āPerformanceāFlush) ...................... 62
CHAPTER 4. Technical data .................................................................. 644.1. General specifications .................................................................... 644.2.ā I/Oāfeatures .................................................................................... 66
4.2.1.ā M171āPerformanceāI/Oāfeatures ....................................................................66
4.2.2.ā M171EP14RāPerformanceāI/Oāfeatures .........................................................68
4.2.3.ā M171āPerformanceāFlushāI/Oāfeatures ..........................................................69
4.3.ā Display ........................................................................................... 704.3.1.ā M171āPerformanceāDisplayāGraphicā/āM171āPerformanceāFlushādisplay ......70
4.4. Serials ............................................................................................ 704.4.1.ā TM171AāCommunicationāModule .........................................................71
4.5.ā Powerāsupply .................................................................................. 724.6. Mechanical dimensions .................................................................. 72
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CHAPTER 5. M171 Performance User Interface .................................. 745.1.ā KeysāandāLEDs .............................................................................. 745.2. First power on ................................................................................ 755.3.ā Menu .............................................................................................. 75
5.3.1.ā SystemāMenu ................................................................................................75
5.3.2.ā BIOSāConfiguration .......................................................................................76
5.3.3.ā BIOSāI/OāValues ............................................................................................76
5.3.4.ā BIOSāRTCāValues ..........................................................................................77
5.3.5.ā USB-HostāHandling .......................................................................................77
CHAPTER 6. M171 Performance Display Graphic user interface ...... 826.1.ā KeysāandāLEDs .............................................................................. 826.2. First power on ................................................................................ 836.3.ā DIAGNOSTICSāmenu .................................................................... 84
6.3.1. BIOS parameters ...........................................................................................84
6.3.2.ā HMIāManagement ..........................................................................................84
6.4.ā Remoteāinterface ............................................................................ 846.4.1.ā Language ......................................................................................................84
6.4.2. ...............................................................................................................84
6.4.3.ā HMIāManagement ..........................................................................................85
CHAPTER 7. M171 Performance Flush user interface ........................ 867.1.ā KeysāandāLEDs .............................................................................. 867.2. First power on ................................................................................ 877.3.ā DIAGNOSTICāmenu ....................................................................... 88
7.3.1. BIOS parameters ...........................................................................................88
7.3.2.ā HMIāmanagement ..........................................................................................88
7.3.3.ā Probeāvalues .................................................................................................88
7.3.4. Date and time ................................................................................................89
7.4.ā Remoteāinterface ............................................................................ 907.4.1.ā Language ......................................................................................................90
7.4.2. ...............................................................................................................90
7.4.3.ā HMIāsel ..........................................................................................................90
7.4.4. COM Setting ..................................................................................................91
7.4.5.ā HMIāManagement ..........................................................................................91
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CHAPTER 8. Physical I/O and ports configuration ............................. 928.1.ā Analogāinputs .................................................................................. 93
8.1.1.ā AnalogāinputsāconfigurationāforāM171āPerformance ......................................93
8.1.2.ā AnalogāinputsāconfigurationāforāM171EP14R .................................................94
8.1.3.ā AnalogāinputsāconfigurationāforāM171āPerformanceāFlush .............................96
8.2.ā AnalogāoutputsāconfigurationāforāM171āPerformance ..................... 978.3.ā DigitalāinputsāconfigurationāforāM171āPerformance ........................ 978.4.ā DigitalāoutputsāconfigurationāforāM171āPerformance ...................... 978.5.ā PortsāconfigurationāforāM171āPerformanceāusingāDipSwitch .......... 98
8.5.1.ā TM171PDM27āDipSwitch ............................................................................99
8.5.2.ā TM171PBM27RāDipSwitch ...........................................................................100
8.5.3.ā TM171EP27RāexpansionāDipSwitch ............................................................104
8.5.4.ā TM171EP14RāexpansionāDipSwitch ............................................................106
CHAPTER 9. Parameters ...................................................................... 1079.1. M171 Performance parameter table ............................................. 107
9.1.1.ā TM171PDM27ā/āTM171PBM27Rā/āTM171EP27Rāparameters ...................108
9.1.2.ā M171EP14Rāparameters .............................................................................. 119
9.1.3.ā M171āPerformanceāFlushāparameters ..........................................................123
CHAPTER 10. Programming of the TM171EP14R ................................ 132
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Important InformationReadātheseāinstructionsācarefully,āandālookāatātheāequipmentātoābecomeāfamiliarāwithātheādeviceābeforeātryingātoāinstall,āoperate,āservice,āorāmaintaināit.āTheāfollowingāspecialāmessagesāmayāappearāthroughoutāthisādocumentationāorāonātheāequipmentātoāinformāofāpotentialāhazardsāorātoācallāattentionātoāinformationāthatāclarifiesāorāsimplifiesāaāprocedure.
TheāadditionāofāthisāsymbolātoāaāDangerāsafetyālabelāindicatesāthatāanāelectricalāhazardāexists,āwhichāwillāresultāināpersonalāinjuryāifātheāinstructionsāareānotāfollowed.
Thisāisātheāsafetyāalertāsymbol.āItāisāusedātoāalertāyouātoāpotentialāpersonalāinjuryāhazards.Obeyāallāsafetyāmessagesāthatāfollowāthisāsymbolātoāavoidāpossibleāinjuryāorādeath.
DANGERDANGER indicatesāaāhazardousāsituationāwhich,āifānotāavoided, will result inādeathāorāseriousāinjury.
WARNINGWARNINGāindicatesāaāhazardousāsituationāwhich,āifānotāavoided,ācould result inādeathāorāseriousāinjury.
CAUTIONCAUTIONāindicatesāaāhazardousāsituationāwhich,āifānotāavoided,ācould result in minorāorāmoderateāinjury.
NOTICENOTICEāisāusedātoāaddressāpracticesānotārelatedātoāphysicalāinjury.
PLEASE NOTEElectricalāequipmentāshouldābeāinstalled,āoperated,āserviced,āandāmaintainedāonlyābyāqualifiedāpersonnel.NoāresponsibilityāisāassumedābyāSchneiderāElectricāforāanyāconsequencesāarisingāoutāofātheāuseāofāthisāmaterial.Aāqualifiedāpersonāisāoneāwhoāhasāskillsāandāknowledgeārelatedātoātheāconstructionāandāoperationāofāelectricalāequipmentāandāitsāinstallation,āandāhasāreceivedāsafetyātrainingātoārecognizeāandāavoidātheāhazardsāinvolved.
SAFETY INFORMATION
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Permitted useThisāproductāisāusedātoācontrolāHVAC-relatedāandāpumpingāapplications.
Forāsafetyāreasons,ātheādeviceāmustābeāinstalledāandāusedāināaccordanceāwithātheāinstructionsāprovided.āInāparticular,āpartsācarryingādangerousāvoltagesāmustānotābeāaccessibleāunderānormalāconditions.
Theādeviceāmustābeāadequatelyāprotectedāfromāwaterāandādustāwithāregardātoātheāapplication,āandāmustāonlyābeāaccessibleāusingātoolsā(withātheāexceptionāofātheāfrontāpanel).
Theādeviceāisāalsoāsuitableāforāuseāināhouseholdāandācommercialārefrigerationāappliancesāand/orāsimilarāequipmentāandāhasābeenātestedāforāsafetyāaspectsāināaccordanceāwithātheāharmonizedāEuropeanāreferenceāstandards.
Prohibited useAnyāuseāotherāthanāthatāexpressedāaboveāunderāPermittedāuseāisāstrictlyāprohibited.
Theārelayācontactsāsuppliedāareāofāanāelectromechanicalātypeāandāsubjectātoāwear.āFunctionalāsafetyāprotectionādevices,āspe-cifiedāināinternationalāorālocalāstandards,āmustābeāinstalledāexternallyātoāthisādevice.
Liability and residual risksSchneiderāElectricāliabilityāisālimitedātoātheāproperāandāprofessionalāuseāofāthisāproductāunderātheāguidelinesācontainedāinātheāpresentāandāotherāsupportingādocuments,āandādoesānotāextendātoādamagesācausedābyā(butānotālimitedāto):
ā¢ Unspecifiedāinstallation/useāand,āināparticular,āinācontraventionāofātheāsafetyārequirementsāofāestablishedālegislationāorāspecifiedāināthisādocument;
ā¢ Useā onā equipmentā whichā doesā notā provideā adequateā protectionā againstā electrocution,ā waterā andā dustā inā theā actualāinstallationāconditions;
ā¢ Useāonāequipmentāināwhichādangerousācomponentsācanābeāaccessedāwithoutātheāuseāofāspecificātools;ā¢ Installation/useāonāequipmentāwhichādoesānotācomplyāwithāestablishedālegislationāandāstandards.
Disposal
Theāapplianceā(orātheāproduct)āmustābeādisposedāofāseparatelyāinācomplianceāwithātheālocalāstandardsāināforceāonāwaste disposal.
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Product Related Information
DANGERHAZARD OF ELECTRIC SHOCK, EXPLOSION OR ARC FLASH
ā¢ Disconnectāallāpowerāfromāallāequipmentāincludingāconnectedādevicesāpriorātoāremovingāanyācoversāorādoors,ā orāinstallingāorāremovingāanyāaccessories,āhardware,ācables,āorāwires.
ā¢ Alwaysāuseāaāproperlyāratedāvoltageāsensingādeviceātoāconfirmātheāpowerāisāremoved.ā¢ Replaceāandāsecureāallācovers,āaccessories,āhardware,ācables,āandāwiresāandāconfirmāthatāaāproperāgroundā
connectionāexistsābeforeāapplyingāpowerātoātheāunit.ā¢ Useāonlyātheāspecifiedāvoltageāwhenāoperatingāthisāequipmentāandāanyāassociatedāproducts.
Failure to follow these instructions will result in death or serious injury.
Thisāequipmentāhasābeenādesignedātoāoperateāoutsideāofāanyāhazardousālocation.Onlyāinstallāthisāequipmentāināzonesāknownātoābeāfreeāofāhazardousāatmosphere.
DANGERPOTENTIAL FOR EXPLOSIONInstallāandāuseāthisāequipmentāinānon-hazardousālocationsāonly.Failure to follow these instructions will result in death or serious injury.
WARNINGLOSS OF CONTROL
ā¢ Theādesignerāofāanyācontrolāschemeāmustāconsiderātheāpotentialāfailureāmodesāofācontrolāpathsāand,āforācertainācriticalācontrolāfunctions,āprovideāaāmeansātoāachieveāaāsafeāstateāduringāandāafterāaāpathāfailure.āExamplesāofācriticalācontrolāfunctionsāareāemergencyāstopāandāovertravelāstop,āpowerāoutageāandārestart.
ā¢ Separateāorāredundantācontrolāpathsāmustābeāprovidedāforācriticalācontrolāfunctions.ā¢ Systemācontrolāpathsāmayāincludeācommunicationālinks.āConsiderationāmustābeāgivenātoātheāimplicationsāofāunantici-
patedātransmissionādelaysāorāfailuresāofātheālink.ā¢ Observeāallāaccidentāpreventionāregulationsāandālocalāsafetyāguidelines.(1)
ā¢ Eachāimplementationāofāthisāequipmentāmustābeāindividuallyāandāthoroughlyātestedāforāproperāoperationābeforeābeingāplaced into service.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
(1)āForāadditionalāinformation,āreferātoāNEMAāICSā1.1ā(latestāedition),āāSafetyāGuidelinesāforātheāApplication,āInstallation,āandāMaintenanceāofāSolidāStateāControlāāandātoāNEMAāICSā7.1ā(latestāedition),āāSafetyāStandardsāforāConstructionāandāGuideāforāSelection,āInstallationāandāOperationāofāAdjustable-SpeedāDriveāSystemsāāorātheirāequivalentāgoverningāyourāparticularālocation.
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ OnlyāuseāsoftwareāapprovedābyāSchneiderāElectricāforāuseāwithāthisāequipment.ā¢ Updateāyourāapplicationāprogramāeveryātimeāyouāchangeātheāphysicalāhardwareāconfiguration.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
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Document ScopeThisādocumentādescribesātheāModicon M171 performance logic controllers and accessories includingāinstallationāandāwiringāinformation.āUseāthisādocumentāto:ā¢ InstallāandāoperateāyourāModicon M171 Performance logic controller.ā¢ Connect the Modicon M171 Performance logic controllerā toā aā programmingā deviceā equippedā withā
SoMachine HVAC software.ā¢ Interface the Modicon M171 Performance logic controllerāwithā I/Oāexpansionāmodules,āHMIā andāotherā
devices.ā¢ FamiliarizeāyourselfāwithātheāModicon M171 Performance logic controllerāfeatures.NOTE:āReadāandāunderstandāthisādocumentāandātheārelatedādocumentsābeforeāinstalling,āoperating,āorāmaintain-ingāyourācontroller.
Validity NoteThisādocumentāisāvalidāforāSoMachine HVAC (v.2.0 or greater).Theātechnicalācharacteristicsāofātheādevicesādescribedāināthisāmanualāalsoāappearāonline. Theācharacteristicsāthatāareāpresentedāināthisāmanualāshouldābeātheāsameāasāthoseācharacteristicsāthatāappearāonline.āInālineāwithāourāpolicyāofāconstantāimprovement,āweāmayāreviseācontentāoverātimeātoāimproveāclarityāandāaccuracy.āIfāyouāseeāaādifferenceābetweenātheāmanualāandāonlineāinformation,āuseātheāonlineāinformationāasāyourāreference.
Related Documents
Title of Documentation Reference Document Code
ModiconāM172āPerformanceāLogicāController,āHardwareāUserāGuide EIO0000002015ā(ENG)EIO0000002017ā(GER)
ModiconāM171āOptimizedāLogicāController,āHardwareāUserāGuide EIO0000002032ā(ENG)EIO0000002033ā(GER)
ModiconāM171āElectronicāExpansionāValveāDrivers,āUserāGuide EIO0000002034ā(ENG)EIO0000002037ā(GER)
SoMachineāHVACāSoftware,āProgrammingāGuide EIO0000002036ā(ENG)
SoMachineāHVACāHVAC&RāFunctionāLibrary,āUserāGuide EIO0000002057ā(ENG)
TM172āPerformanceā28/42āIOāInstructionāSheet NH87740
TM171āPerformanceā27āIOāInstructionāSheet EAV96004
TM171āPerformanceāFlushā3āIOāInstructionāSheet EAV96006
TM171āPerformanceāCommunicationāInstructionāSheet EAV960007
TM171āPerformanceāDisplayāInstructionāSheet EAV96014
Youācanādownloadātheseātechnicalāpublicationsāandāotherātechnicalāinformationāfromāourāwebsiteāat:www.schneider-electric.com
ABOUT THE BOOK
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1.1. General description of Modicon M171 PerformanceThe Modicon M171P is a Schneider Electricā rangeāofā programmableā controller,ā suitableā forāmanagingā aāwideā rangeāofāHVAC/Rāandāmanyāotherāapplications,āfromātheāsimplestātoātheāmostācomplex.
Inā thisāmanual,ā theāphotosāandādrawingsāareā intendedātoāshowātheāModicon M171 Performance programmable controller (andāotherāModiconādevices)āandāareāforāillustrativeāpurposesāonly.āTheārelativeāsizesāandāproportionsāmayānotābeāindicativeāofāactualādimensionsānorātoāscale.āInāaddition,āanyāwiringādiagramsāorāelectricalāschematicsāareātoābeāconsideredāasāsimplifiedārenditions and not literal representations thereof.
1.1.1. Modicon M171 Performance offerThe Modicon M171P offer is made of:ā¢ M171 Performance
ā¢ M171 Performance Display Graphic
ā¢ M171 Performance Flush
References DescriptionTM171PDM27R M171āPerformanceāDisplayā27āI/Os,āModbusTM171PDM27S M171āPerformanceāDisplayā27āI/OsāModbus,ā2āSSRTM171PBM27R M171āPerformanceāBlindā27āI/Os,āModbusTM171EP27R M171āPerformanceāexpansionā27āI/OsTM171EP14R M171āPerformanceāexpansionā14āI/OsTM171DGRP M171āPerformanceāDisplayāGraphicTM171PFE03 M171āPerformanceāFlushā3āI/Os,āMBā&āBACnetāTM171PFE03 M171āPerformanceāFlushā3āI/Os,āMBā&āBACnetā
TM171PFE03HR M171āPerformanceāFlushā3āI/OsāRH,āMBā&āBACnetā
CHAPTER 1 Introduction
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M171USB
miniUSB
M171 Performance Flush
M171 Performance
M171USB
miniUSB
M171 Display Graphic
Fig. 1. Modicon M171P
M171 Performanceā deliversā performanceā inā termsāofāmemory,ā connectivityā andā userā interfaceā asāwellā asā straightforwardāprogramming,āmaintenanceāandāservicing.ā
Theāreferencesāareāavailableāasā8DINārail-mountedāversions,āwhichāsavesātimeāinātermsāofāwiring.āTheā8DINāformatāprovidesāextraāflexibilityāandāeasyāinstallation.
Aāwideā rangeāofā2DINā railāmountedāCommunicationāModulesāallowā integrationāwithā industrialā systems,āBMSāandāEthernetānetworks.Lastly,āratiometricāpressureāsensorsāandādisplaysācanāalsoābeāconnectedāwithānoāneedāforāfurtherāserialāinterfaces.
M171 Performance Flush canābeāusedāasāaāsystemācontroller,āwithāgatewayāfunctions;āusedāinācombinationāwithātheāM171 Performance and the Modicon M171Oāorāthird-partyācontrollers,āitādeliversāperformanceāinātermsāofāmemory,āconnectivityāandāuserāinterfaceāasāwellāasāstraightforwardāprogramming,āmaintenanceāandāservicing.
M171 Performance Flush isādesignedāforāpanelāmounting,āandācanāalsoābeāwall-mountedāusingāaāspecialābackplate,āavailableāasāanāaccessory.
M171 Performance Flush canābeāusedāto:ā¢ manageāaālocalāmenuācreatedāwithātheāTM171SW (SoMachineHVAC)āUserāInterface;
ā¢ manageāupātoā10āremoteāmenus,ācreatedāwithātheāTM171SW (SoMachineHVAC)āUserāInterfaceāandāuploadedāfromātheārespective M171 Performanceādevicesāconnectedātoātheānetwork;
ā¢ shareānetworkāvariablesā(binding).
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In association with the Modicon M171Pāhardware,āthereāisāalsoātheāTM171SW (SoMachineHVAC)ādevelopmentātoolātoāpro-gramāandācustomizeānewāprogramsāforāmanyāHVAC-āandāpumping-relatedāapplications.
TheāuseāofāseveralādifferentāprogrammingālanguagesāināaccordanceāwithāIEC61131-3āregulationsāmakesāitāpossibleātoādeve-lopānewāalgorithmsāorāprograms,āwhichācanāthenābeāuploadedātoātheāModicon M171PāmodulesāviaāPCāorā(onlyāforāDINārailāmountedāPerformanceācontrollers)āUSBāmemoryākey.
Web functionalities
The Modicon M171 Performance alsoāfeaturesāwebāfunctionalities,āofferingāmakersāofāmachineryāandāsystemsāintegratorsāremoteāaccess.āHavingāaāweb-basedāconnectionāināmachinesāreducesāsupportāandāmaintenanceābyāminimizingācall-outāchar-ges.āEndāusersāalsoābenefit,āasātheyācanāmonitorātheirāownāsystemsābothālocallyāandāfromādistance,āusingātheāgraphicsāinterfaceāofāanyābrowser.
Maināwebāfunctionalitiesā¢ Web-basedāaccess.
ā¢ Remoteāreadingāandāsupport.
ā¢ Localāandāremoteāsystemācontrol,āincludingāalarmsāmanagement.
ā¢ Preventive and predictive maintenance.
ā¢ Email alarm alerts.
Careāmustābeātakenāandāprovisionsāmadeāforāuseāofāthisāproductāasāaācontrolādeviceātoāavoidāinadvertentāconsequencesāofācommandedāmachineāoperation,ācontrollerāstateāchanges,āorāalterationāofādataāmemoryāorāmachineāoperatingāparameters.
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ ConfigureāandāinstallātheāmechanismāthatāenablesātheāremoteāHMIālocalātoātheāmachine,āsoāthatālocalācontrolāoverātheāmachine can be maintained regardless of the remote commands sent to the application.
ā¢ Youāmustāhaveāaācompleteāunderstandingāofātheāapplicationāandātheāmachineābeforeāattemptingātoācontrolātheāapplica-tionāremotely.
ā¢ Takeātheāprecautionsānecessaryātoāassureāthatāyouāareāoperatingāremotelyāonātheāintendedāmachineābyāhavingāclear,āidentifyingādocumentationāwithinātheāapplicationāandāitsāremoteāconnection.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
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2.1. Before StartingReadāandāunderstandāthisāchapterābeforeābeginningātheāinstallationāofāyourāsystem.āTheāuseāandāapplicationāofātheāinforma-tionācontainedāhereinārequireāexpertiseāinātheādesignāandāprogrammingāofāautomatedācontrolāsystems.āOnlyāyou,ātheāuser,āmachineābuilderāorāintegrator,ācanābeāawareāofāallātheāconditionsāandāfactorsāpresentāduringāinstallationāandāsetup,āoperation,āandāmaintenanceāofātheāmachineāorāprocess,āandācanāthereforeādetermineātheāautomationāandāassociatedāequipmentāandātheārelatedāsafetiesāandāinterlocksāwhichācanābeāeffectivelyāandāproperlyāused.āWhenāselectingāautomationāandācontrolāequip-ment,āandāanyāotherārelatedāequipmentāorāsoftware,āforāaāparticularāapplication,āyouāmustāalsoāconsiderāanyāapplicableālocal,āregionalāorānationalāstandardsāand/orāregulations.āPayāparticularāattentionāināconformingātoāanyāsafetyāinformation,ādifferentāelectricalārequirements,āandānormativeāstandardsāthatāwouldāapplyātoāyourāmachineāorāprocessāinātheāuseāofāthisāequipment.
WARNINGREGULATORY INCOMPATIBILITYBeāsureāthatāallāequipmentāappliedāandāsystemsādesignedācomplyāwithāallāapplicableālocal,āregionalāandānationalāregula-tions and standards.Failure to follow these instructions can result in death, serious injury, or equipment damage.
2.2. Disconnecting PowerAllāoptionsāandāmodulesāshouldābeāassembledāandāinstalledābeforeāinstallingātheācontrolāsystemāonāaāmountingārail,āintoāaāpanelādoorāorāontoāaāmountingāsurface.āRemoveātheācontrolāsystemāfromāitsāmountingārail,āmountingāplateāorāpanelābeforeādisassemblingātheāequipment.
DANGERHAZARD OF ELECTRIC SHOCK, EXPLOSION OR ARC FLASH
ā¢ Disconnectāallāpowerāfromāallāequipmentāincludingāconnectedādevicesāpriorātoāremovingāanyācoversāorādoors,ā orāinstallingāorāremovingāanyāaccessories,āhardware,ācables,āorāwires.
ā¢ Alwaysāuseāaāproperlyāratedāvoltageāsensingādeviceātoāconfirmātheāpowerāisāremoved.ā¢ Replaceāandāsecureāallācovers,āaccessories,āhardware,ācables,āandāwiresāandāconfirmāthatāaāproperāgroundā
connectionāexistsābeforeāapplyingāpowerātoātheāunit.ā¢ Useāonlyātheāspecifiedāvoltageāwhenāoperatingāthisāequipmentāandāanyāassociatedāproducts.
Failure to follow these instructions will result in death or serious injury.
CHAPTER 2 Mechanical installation
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2.3. Programming ConsiderationsTheāproductsādescribedāināthisāmanualāhaveābeenādesignedāandātestedāusingāSchneiderāElectricāprogramming,āconfigurationāandāmaintenanceāsoftwareāproducts.ā
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ OnlyāuseāsoftwareāapprovedābyāSchneiderāElectricāforāuseāwithāthisāequipment.ā¢ Updateāyourāapplicationāprogramāeveryātimeāyouāchangeātheāphysicalāhardwareāconfiguration.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
2.4. Operating EnvironmentThisāequipmentāhasābeenādesignedātoāoperateāoutsideāofāanyāhazardousālocation.āOnlyāinstallāthisāequipmentāināzonesāknownātoābeāfreeāofāaāhazardousāatmosphere.
DANGERPOTENTIAL FOR EXPLOSIONInstallāandāuseāthisāequipmentāinānon-hazardousālocationsāonly.Failure to follow these instructions will result in death or serious injury.
WARNINGUNINTENDED EQUIPMENT OPERATIONInstallāandāoperateāthisāequipmentāaccordingātoātheāconditionsādescribedāinātheāGeneralāSpecifications.Failure to follow these instructions can result in death, serious injury, or equipment damage.
2.5. Installation Considerations
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ Useāappropriateāsafetyāinterlocksāwhereāpersonnelāand/orāequipmentāhazardsāexist.ā¢ Installāandāoperateāthisāequipmentāināanāenclosureāappropriatelyāratedāforāitsāintendedāenvironment.ā¢ Powerālineāandāoutputācircuitsāmustābeāwiredāandāfusedāinācomplianceāwithālocalāandānationalāregulatoryārequirementsā
forātheāratedācurrentāandāvoltageāofātheāparticularāequipment.ā¢ Doānotāuseāthisāequipmentāināsafety-criticalāmachineāfunctions.ā¢ Doānotādisassemble,ārepair,āorāmodifyāthisāequipment.ā¢ Doānotāconnectāanyāwiringātoāreserved,āunusedāconnections,āorātoāconnectionsādesignatedāasāNoāConnectionā(N.C.).ā¢ Doānotāmountādevicesāināextremelyādampāand/orādirt-ladenāareas.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
NOTE:āJDYX2āorāJDYX8āfuseātypesāareāUL-recognizedāandāCSAāapproved.
Forāmechanicalādimensions,āseeā4.6. Mechanical dimensions on page 72.
The Modicon M171PālogicācontrollersāareāintendedāforāDINārailāmounting,āpanelāmountingāorāwallāmounting.
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Careā mustā beā takenā toā avoidā damageā fromā electrostaticā sourcesā whenā handlingā thisā equipment.ā Inā particularā exposedā connectorsāand,āināsomeācases,āexposedāprintedācircuitāboardsāareāvulnerableātoāelectrostaticādischarge.
WARNINGUNINTENDED EQUIPMENT OPERATION DUE TO ELECTROSTATIC DISCHARGE DAMAGE
ā¢ Keepāequipmentāinātheāprotectiveāconductiveāpackagingāuntilāyouāareāreadyātoāinstallātheāequipment.āā¢ Onlyāinstallāequipmentāināapprovedāenclosuresāandā/āorālocationsāthatāpreventācasualāaccessāandāprovideāelectrostaticā
dischargeāprotectionāasādefinedābyāIECā1000-4-2.āā¢ Useāaāconductiveāwristāstrapāorāequivalentāfieldāforceāprotectiveādeviceāattachedātoāanāearthāgroundāwhenāhandlingā
sensitiveāequipment.āā¢ Alwaysādischargeāyourselfābyātouchingāaāgroundedāsurfaceāorāapprovedāantistaticāmatābeforeāhandlingātheāequipment.ā
Failure to follow these instructions can result in death, serious injury, or equipment damage.
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2.6. TM171PDM27 / TM171PBM27R / TM171EPR installationTheāequipmentāisāintendedāforā8DINārailāmountingā(referātoāFig. 2 on page 18 and Fig. 3 on page 19).ForāDINārailāinstallation,āfollowātheāstepsādescribedābelow:1. Moveātheātwoāclip-onālocksātoātheirāstandbyāpositionā(useāaāscrewdriverātoāpressāagainstātheārelativeācompartments).
2. Install the device on the DIN rail.
3. Pressāonātheāclip-onālocksātoāputāthemāintoātheālockedāposition.
4. OnceāassembledāonātheāDINārail,ātheāclip-onālocksāmustābeāturnedādownwards.
1
mmin.
3
4
2
AM1DE200IEC/EN60715
AM1DP200 AM1ED200
10.04
35 1.38
5,5
0.22
10.04
80.30
35 1.38 35 1.38
150.59
150.59
70.28
1,50.06
1,50.06 37 1.
46
mmin.
Fig. 2. Mounting
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Fig. 3. Detailsāofāclip-onālocks
The M171 Performance logic controllerāhasābeenādesignedāasāanāIP20āproductāandāmustābeāinstalledāināanāenclosure.āClearancesāmustābeārespectedāwhenāinstallingātheāproduct.Thereāareā3ātypesāofāclearancesābetween:ā¢ The M171Pāandāallāsidesāofātheācabinetā(includingātheāpanelādoor).ā¢ The M171Pāterminalāblocksāandātheāwiringāducts.āThisādistanceāreducesāelectromagneticā
interferenceābetweenātheācontrollerāandātheāwiringāducts.ā¢ The M171P and other heat generating devices installed in the same cabinet.
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ Placeādevicesādissipatingātheāmostāheatāatātheātopāofātheācabinetāandāensureāadequateāventilation.ā¢ Avoidāplacingāthisāequipmentānextātoāorāaboveādevicesāthatāmightācauseāoverheating.ā¢ Installātheāequipmentāināaālocationāprovidingātheāminimumāclearancesāfromāallāadjacentāstructuresāandāequipmentāasā
directedāināthisādocument.ā¢ Installāallāequipmentāināaccordanceāwithātheāspecificationsāinātheārelatedādocumentation.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
20 0.79
20 0.79
803.15
401.57
401.57
20 0.79
20 0.79 mm
in.
Fig. 4. Clearances
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2.7. Assembling the TM171A Communication ModulesCommunicationā Modulesā areā 2DINā modulesā thatā connectā toā anā M171 Performance TM171PDM27 /ā TM171PBM27R controllerā(referātoāFig. 5 on page 20 and Fig. 6 on page 20).To assemble TM171A to TM171PDM27 /āTM171PBM27R,āfollowātheāstepsādescribedābelow:ā1. Removeā theādoorā (ifāpresent)āonā theā leftāsideāofā theāTM171PDM27 /āTM171PBM27R controllerābyāusingā fingersāorāaā
screw-driver.
2. Anchor TM171A to the TM171PDM27 /āTM171PBM27R controller.
ā¢ viaātheāplug-ināconnector,ābehindātheāremovableādoor.
ā¢ withātheāfixingāscrewsātoāwhichātheāCommunicationāModuleāisāanchoredāto.
USB
miniUSB
HOW TO ASSEMBLE HOW TO REMOVE
TM171Apppp
USB
miniUSB
USB
miniUSB
11 22
USB
miniUSB
TM171PpM27p / TM171PBM27p
Click!
Fig. 5. AssemblingātheāTM171AāCommunicationāModules
FollowātheāinstructionsābelowātoāinstallāitāonāDINārail:1. Moveātheāclip-onālocksā(twoāforāTM171PDM27 /āTM171PBM27R,āoneāforāTM171A)ātoāitsāstandbyāpositionā(useā
aāscrewdriver).
2. Install TM171PDM27 /āTM171PBM27R + TM171A on the DIN rail.
3. Pressātheāclip-onālocksāwhichāwillāgoātoātheāclosingāposition.
4. Onceātheā"BASEāāisāmountedāonātheāDINārail,ātheāclip-onālocksāmustābeāturnedādownwards.
TM171ATM171PD / TM171PB
Fig. 6. Detailsāofāclip-onālocks
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2.8. Assembling the M171 Performance Flush or TM171DGRP
2.8.1. Panel mountingTheāequipmentāisāintendedāforāpanelāmountingā(referātoāFig. 7 on page 21).
TheāfollowingāfiguresāshowāM171 Performance Flushāmounting;āsameāstepsāareārequiredāforāM171 Performance Display Graphicā(TM171DGRP)āmounting.
Forāpanelāmounting,āfollowātheāstepsādescribedābelow:1. Cutāfromātheāpanelāaā138āxā68āmmārectangularāopening.
2. Drill,āatātheāspecifiedāspacing,ā4āholesāinātheāpanelāthatātheācontrollerāisātoābeāmountedāonāorātwoāholes,āofādiameterā2.7āmm.
3. Insertātheādevice,āfixingāitāwithātheāscrews.ā
4. Press the front of the M171 Performance Flush to close.
4xĆ2.74xĆ0.11
2xĆ2.72xĆ0.11
4
3
21
Or
Panel cut out
68/2.68
90/3.54138/5.43150/5.91
6xĆ2.76xĆ0.11
84/3.31
Click!
mm / in.
Fig. 7. AssemblingātheāM171āPerformanceāDisplayāGraphicā(TM171DGRP)āorāM171āPerformanceāFlushādisplay
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2.8.2. Accessories for Wall mountingTheāequipmentāisāalsoāintendedāforāwallāmountingā(referātoāFig. 8 on page 22).Contact the Schneider ElectricāSalesāDepartmentāforāwall-mountingāaccessories.ā
1. Drillā4āholesāofādiameterā4.2āmmāinātheāwallāatātheāspecifiedāspacingātoāfixātheābackplate.ā
2. Useātheātwoāsideāslots,āoneāatātheābottomāandāoneāatātheātop,āunderātheāpre-formattedāremovableādoors,āpreventingātheāopening of holes in the wall.
3. Insertātheābackplate,āfixingāitāwithātheāscrews.ā
4. Insertātheādevice,āfixingāitāwithātheāscrews.ā
5. Press the front of the M171 Performance Flush to close.
4xĆ4.24xĆ0.17
5
3
2
1
4
28,5
1,12
592.32
4xĆ4.26xĆ0.17
Ethernet
592.32
1.50.0
59
833.27
903.54
1606.30
1455.70
mmin
27 1.06
57 2.2490 3.5480 3.15
R
Fig. 8. AccessoriesāforāWallāmounting
Reference DescriptionTM171ABKPB Whiteābackplateākitāforāwallāmounting
TM171ABKPG Blackābackplateākitāforāwallāmounting
4ābackplatesāperāpackage.
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3.1. Wiring Best PracticesTheā followingā informationā describesā theāwiringā guidelinesā andā associatedā bestā practicesā toā beā respectedāwhenā usingā theā M171 Performance Logic Controller.
DANGERHAZARD OF ELECTRIC SHOCK, EXPLOSION OR ARC FLASH
ā¢ Disconnectāallāpowerāfromāallāequipmentāincludingāconnectedādevicesāpriorātoāremovingāanyācoversāorādoors,ā orāinstallingāorāremovingāanyāaccessories,āhardware,ācables,āorāwires.
ā¢ Alwaysāuseāaāproperlyāratedāvoltageāsensingādeviceātoāconfirmātheāpowerāisāremoved.ā¢ Replaceāandāsecureāallācovers,āaccessories,āhardware,ācables,āandāwiresāandāconfirmāthatāaāproperāgroundā
connectionāexistsābeforeāapplyingāpowerātoātheāunit.ā¢ Useāonlyātheāspecifiedāvoltageāwhenāoperatingāthisāequipmentāandāanyāassociatedāproducts.
Failure to follow these instructions will result in death or serious injury.
WARNINGLOSS OF CONTROL
ā¢ Theādesignerāofāanyācontrolāschemeāmustāconsiderātheāpotentialāfailureāmodesāofācontrolāpathsāand,āforācertainācriticalācontrolāfunctions,āprovideāaāmeansātoāachieveāaāsafeāstateāduringāandāafterāaāpathāfailure.āExamplesāofācriticalācontrolāfunctionsāareāemergencyāstopāandāovertravelāstop,āpowerāoutageāandārestart.
ā¢ Separateāorāredundantācontrolāpathsāmustābeāprovidedāforācriticalācontrolāfunctions.ā¢ Systemācontrolāpathsāmayāincludeācommunicationālinks.āConsiderationāmustābeāgivenātoātheāimplicationsāofāunantici-
patedātransmissionādelaysāorāfailuresāofātheālink.ā¢ Observeāallāaccidentāpreventionāregulationsāandālocalāsafetyāguidelines.(1)
ā¢ Eachāimplementationāofāthisāequipmentāmustābeāindividuallyāandāthoroughlyātestedāforāproperāoperationābeforeābeingāplaced into service.
Failure to follow these instructions can result in death, serious injury, or equipment damage.(1)āForāadditionalāinformation,āreferātoāNEMAāICSā1.1ā(latestāedition),āāSafetyāGuidelinesāforātheāApplication,āInstallation,āandāMaintenanceāofāSolidāStateāControlāāandātoāNEMAāICSā7.1ā(latestāedition),āāSafetyāStandardsāforāConstructionāandāGuideāforāSelection,āInstallationāandāOperationāofāAdjustable-SpeedāDriveāSystemsāāorātheirāequivalentāgoverningāyourāparticularālocation.
3.1.1. Wiring Guidelines
TheāfollowingārulesāmustābeāappliedāwhenāwiringāaāM171 Performance logic controllers:
ā¢ I/Oāandācommunicationāwiringāmustābeākeptāseparateāfromātheāpowerāwiring.āRouteātheseātwoātypesāofāwiringāināseparateācableāducting.
ā¢ Verifyāthatātheāoperatingāconditionsāandāenvironmentāareāwithinātheāspecificationāvalues.
ā¢ Useāproperāwireāsizesātoāmeetāvoltageāandācurrentārequirements.
ā¢ Useācopperāconductorsā(required).
ā¢ Useātwistedāpair,āshieldedācablesāforāanalog,āand/orāfastāI/O.
ā¢ Useātwistedāpair,āshieldedācablesāforānetworks,āandāfieldbus.
CHAPTER 3 Electrical connections
24 EIO0000002030 09/2015
Useāshielded,āproperlyāgroundedācablesāforāallāanalogāandāhigh-speedāinputsāorāoutputsāandācommunicationāconnections.āIfāyouādoānotāuseāshieldedācableāforātheseāconnections,āelectromagneticāinterferenceācanācauseāsignalādegradation.āDegradedāsignalsācanācauseātheācontrollerāorāattachedāmodulesāandāequipmentātoāperformāināanāunintendedāmanner.
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ UseāshieldedācablesāforāallāfastāI/O,āanalogāI/Oāandācommunicationāsignals.ā¢ GroundācableāshieldsāforāallāanalogāI/O,āfastāI/Oāandācommunicationāsignalsāatāaāsingleāpointā(1).ā¢ RouteācommunicationāandāI/Oācablesāseparatelyāfromāpowerācables.ā¢ Makeāconnectionsāasāshortāasāpossibleāandādoānotāwindāthemāaroundāelectricallyāconnectedāparts.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
(1)āMultipointāgroundingā isāpermissibleā ifāconnectionsāareāmadeātoāanāequipotentialāgroundāplaneādimensionedātoāhelpāavoidācableāshieldādamageāinātheāeventāofāpowerāsystemāshort-circuitācurrents.
NOTE:āSurfaceā temperaturesāmayāexceedā60ā Ā°C.āRouteāprimaryāwiringā (wiresāconnectedā toāpowerāmains)āseparatelyāandāapartāfromāsecondaryāwiringā(extraālowāvoltageāwiringācomingāfromāinterveningāpowerāsources).āIfāthatāisānotāpossible,ādoubleāinsulationāisārequiredāsuchāasāconduitāorācableāgains.
3.1.2. Rules for Removable Screw Terminal BlockTheāfollowingātableāpresentsātheācableātypesāandāwireāsizesāforāa 5.08 or 5.00 pitchāremovableāscrewāterminalāblock:
Ć 3,5 mm (0.14 in.)
mm2
AWG0.2ā¦2.524ā¦14
0.2ā¦2.524ā¦14
0.25ā¦2.522...14
2 x 0.25ā¦12 x 22ā¦18
2 x 0.2ā¦1.52 x 24ā¦16
2 x 0.2ā¦12 x 24ā¦18
2 x 0.5...1.52 x 20...16
mmin.
70.28
C0.5...0.64.42...5.31
Nā¢mlb-in
0.25ā¦2.522...14
Fig. 9. Pitchā5.08āmmā(0.20āin.)āorā5.00āmmā(0.197āin.)āā
Theāfollowingātableāpresentsātheācableātypesāandāwireāsizesāforāa 3.81 or 3.50 pitchāremovableāscrewāterminalāblock:
Ć 3,5 mm (0.14 in.)
mm2
AWG0.2ā¦2.524ā¦14
0.2ā¦2.524ā¦14
0.25ā¦2.522...14
2 x 0.25ā¦12 x 22ā¦18
2 x 0.2ā¦1.52 x 24ā¦16
2 x 0.2ā¦12 x 24ā¦18
2 x 0.5...1.52 x 20...16
mmin.
70.28
C0.5...0.64.42...5.31
Nā¢mlb-in
0.25ā¦2.522...14
Fig. 10. Pitchā3.81āmmā(0.15āin.)āorā3.50āmmā(0.14āin.)
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DANGERLOOSE WIRING CAUSES ELECTRIC SHOCKTightenāconnectionsāināconformanceāwithātheātorqueāspecifications.Failure to follow these instructions will result in death or serious injury.
DANGERFIRE HAZARDā¢ UseāonlyātheācorrectāwireāsizesāforātheācurrentācapacityāofātheāI/Oāchannelsāandāpowerāsupplies.ā¢ Forā2āAā-ārelayāoutputāwiring,āuseāconductorsāwithāaācrossāsectionāatāleastāequalātoā0.5āmm2ā(AWGā20)āandāaātemperatureā
ratingāatāleastāequalātoā80āĀ°Cā(176āĀ°F).ā¢ Forā3āAā-ārelayāoutputāwiring,āuseāconductorsāwithāaācrossāsectionāatāleastāequalātoā1.5āmm2ā(AWGā16)āandāaātemperatureā
ratingāatāleastāequalātoā80āĀ°Cā(176āĀ°F).ā¢ Forācommonāconductorsāofā8āAā-ārelayāoutputāwiring,āorāgreaterāthanā3āAā-ārelayāoutputāwiring,āuseāconductorsāwithāaā
cross section at least equalātoā2.0āmm2ā(AWGā12)āandāaātemperatureāratingāatāleastāequalātoā80āĀ°Cā(176āĀ°F).Failure to follow these instructions will result in death or serious injury.
3.1.3. Protecting Outputs from Inductive Load Damage
Ifā yourā controllerā orāmoduleā containsā relayāoutputs,ā theseā typesāofā outputsā canā supportā upā toā 250āVacā (240āVacā ifāSSR).āInductiveādamageātoātheseātypesāofāoutputsācanāresultāināweldedācontactsāandālossāofācontrol.āEachāinductiveāloadāmustāincludeāaāprotectionādeviceāsuchāasāaāpeakālimiter,āRCācircuitāorāflybackādiode.āCapacitiveāloadsāareānotāsupportedābyātheseārelays.
WARNINGRELAY OUTPUTS WELDED CLOSED
ā¢ Alwaysāprotectārelayāoutputsāfromāinductiveāalternatingācurrentāloadādamageāusingāanāappropriateāexternalāprotectiveācircuitāorādevice.
ā¢ Doānotāconnectārelayāoutputsātoācapacitiveāloads.Failure to follow these instructions can result in death, serious injury, or equipment damage.
Dependingāonātheāload,āaāprotectionācircuitāmayābeāneededāforātheāoutputsāonātheācontrollersāandācertaināmodules.āInductiveāloadsāusingāDCāvoltagesāmayācreateāvoltageāreflectionsāresultingāināovershootāthatāwillādamageāorāshortenātheālifeāofāoutputādevices.
CAUTIONOUTPUT CIRCUIT DAMAGE DUE TO INDUCTIVE LOADSUseāanāappropriateāexternalāprotectiveācircuitāorādeviceātoāreduceātheāriskāofāinductiveādirectācurrentāloadādamageFailure to follow these instructions can result in injury or equipment damage.
Chooseāaāprotectionācircuitāfromātheāfollowingādiagramsāaccordingātoātheāpowerāsupplyāused.āConnectātheāprotectionācircuitātoātheāoutsideāofātheācontrollerāorārelayāoutputāmodule.ā
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Protective circuit A:āthisāprotectionācircuitācanābeāusedāforābothāACāandāDCāloadāpowerācircuits.ā
Output Q
COM
R C
or
Inductive load
~
Fig. 11. ProtectiveācircuitāA
CāValueāfromā0.1ātoā1āĪ¼FRāResistorāofāapproximatelyātheāsameāresistanceāvalueāasātheāload
Protective circuit B:āthisāprotectionācircuitācanābeāusedāforāDCāloadāpowerācircuits.
Output Q
COM
Inductive load
Fig. 12. ProtectiveācircuitāB
Use a diode with the following ratings:ā¢ Reverseāwithstandāvoltage:āpowerāvoltageāofātheāloadācircuitāxā10.ā¢ Forwardācurrent:āmoreāthanātheāloadācurrent.
Protective circuit C:āthisāprotectionācircuitācanābeāusedāforābothāACāandāDCāloadāpowerācircuits.
Output Q
COM
Inductive load
or~
U
Varistor
Fig. 13. ProtectiveācircuitāC
Ināapplicationsāwhereātheāinductiveāloadāisāswitchedāonāandāoffāfrequentlyāand/orārapidly,āensureāthatātheācontinuousāenergyāratingā(J)āofātheāvaristorāexceedsātheāpeakāloadāenergyābyā20ā%āorāmore.
NOTE: Place protection devices as close to the load as possible.
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3.1.4. Special handling considerationsCareā mustā beā takenā toā avoidā damageā fromā electrostaticā sourcesā whenā handlingā thisā equipment.ā Inā particularā exposedā connectorsāand,āināsomeācases,āexposedāprintedācircuitāboardsāareāvulnerableātoāelectrostaticādischarge.
WARNINGUNINTENDED EQUIPMENT OPERATION DUE TO ELECTROSTATIC DISCHARGE DAMAGE
ā¢ Keepāequipmentāinātheāprotectiveāconductiveāpackagingāuntilāyouāareāreadyātoāinstallātheāequipment.āā¢ Onlyāinstallāequipmentāināapprovedāenclosuresāandā/āorālocationsāthatāpreventāunauthorizedāaccessāandāprovideāelec-
trostaticādischargeāprotectionāasādefinedābyāIECā1000-4-2.āā¢ Useāaāconductiveāwristāstrapāorāequivalentāfieldāforceāprotectiveādeviceāattachedātoāanāearthāgroundāwhenāhandlingā
sensitiveāequipment.āā¢ Alwaysādischargeāyourselfābyātouchingāaāgroundedāsurfaceāorāapprovedāantistaticāmatābeforeāhandlingātheāequipment.ā
Failure to follow these instructions can result in death, serious injury, or equipment damage.
3.1.5. Analog Inputs-ProbesTemperatureāprobesāhaveānoāconnectionāpolarityāandācanābeāextendedāusingāaānormalābipolarācable.ā
WARNINGUNINTENDED EQUIPMENT OPERATION DUE TO CONNECTION
ā¢ ApplyāpowerātoāallāexternallyāpoweredādevicesāafterāapplyingāpowerātoātheāM171āPerformanceālogicācontrollers.ā¢ Signalāleadsā(probes,ādigitalāinputs,ācommunicationāandātheāelectronicāsupply)āmustābeāroutedāseparatelyāfromāpowerā
cables.Failure to follow these instructions can result in death, serious injury, or equipment damage.
NOTICEINOPERABLE EQUIPMENTVerifyāallāwiringāconnectionsābeforeāapplyingāpower.Failure to follow these instructions can result in equipment damage.
NOTE: āTheāextensionāofātheāprobesāinfluencesātheāelectromagneticācompatibilityā(EMC)āofātheāequipment.
NOTE: Connectionāpolarityāmustābeācorrectlyārespectedāforāprobesāwhichāneedāaāspecificāpolarity.
3.1.6. Serial connectionsThe reference has on-board serial
M171 Performance CAN,āRS485,āUSBM171 Performance Flush CAN,āRS485,āETHERNET
Payāspecialāattentionāwhenāconnectingāserialālines.āMiswiringāmayāleadātoāinoperableāequipment.
NOTICEINOPERABLE EQUIPMENTā¢ DoānotāconnectāequipmentāthatācommunicateāusingāRS485āserialātoāCANāterminals.ā¢ DoānotāconnectāCANāequipmentātoāRS485āterminals.Failure to follow these instructions can result in equipment damage.
Communicationā Modulesā TM171Aā ā provideā additionalā serialā portsā forā integrationā withā industrialā systems,ā BMSā andāEthernet. Controllerā serialsā areā definedā asā āon-boardāā (OB)ā whereasā serialsā onā TM171Aā areā referredā toā asā CommunicationāModulesā(PI,āstandsāforā"PlugāIn").
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CAN Expansion Bus
ā¢ Use a shielded and "twisted pair" cable with two 0.5 mm2āsectionāconductorsā(AWGā22),āplusābraidāsuchāasāBeldenācableāreferenceā3105Aā(characteristicāimpedanceā120āĪ©)āwithāPVCāsleeve,ānominalācapacityābetweenāconductorsā36āpF/m,ānomi-nalācapacityābetweenāconductorāandāshieldingā68āpF/m.
ā¢ Alwaysāfollowāregulationsāapplicableātoātheāroutingāandāconnectionāofācables.āMakeācertaināthatādataātransmissionācircuitsāareāproperlyāseparatedāfromāpowerālines.
ā¢ Forāconnectionsāoverālongerādistances,āitāisābetterātoāendātheālineāwithāresistorsāonābothāends,āinsertingātheātwoāR TERM jumpersā(availableāonātheāterminalāstripānextātoātheāCANāExpansionāBusāasātheādefaultāconfiguration).
ā¢ Theāmaximumādistanceādependsāonātheābaudāsettingā(seeātheāfollowingātable).
kb/s (kbaud) On-board CAN (m) - M171 Performance CAN Communication Module (m)
50 1000 1000125 500 500250 200 250500 30 60
ā¢ CANāExpansionāBusāisāusedātoācommunicateāwithāM171 Performance Display Graphicā(TM171DGRP)āterminalāandāM171 Performance Expansion terminal.
RS 485
ā¢ Use a shielded and "twisted pair" cable with two 0.5 mm2āsectionāconductorsā(AWGā22),āplusābraidāsuchāasāBeldenācableāreferenceā3105Aā(characteristicāimpedanceā120āĪ©)āwithāPVCāsleeve,ānominalācapacityābetweenāconductorsā36āpF/m,ānomi-nalācapacityābetweenāconductorāandāshieldingā68āpF/m.āAlternativelyāuseāaāshieldedāandā"twisted pair" cable with two 0.5 mm2āsectionāconductorsā(AWGā20),āplusābraidāsuchāasāBeldenācableāreferenceā8762āwithāPVCāsleeve,ānominalācapacityābetweenāconductorsā89āpF/m,ānominalācapacityābetweenāconductorāandāshieldingā161āpF/m.āSeeāENā50174āstandardāonāITācablingāforāindicationsāonāhowācablesāshouldābeārouted.ā
ā¢ Alwaysāfollowāregulationsāapplicableātoātheāroutingāandāconnectionāofācables.āMakeācertaināthatādataātransmissionācircuitsāareāproperlyāseparatedāfromāpowerālines.ā
ā¢ RSā485ānetworkāupātoā1200āmāinālengthāwithāaāmaximumāofā32(1)ādevicesācanābeāconnectedādirectlyātoātheācontroller.ā (1) Example of M171 Performance ModbusāSlaveāwithāsingleāMasterāsupervisor.ā ā Thisālengthācanābeāextendedāandātheānumberāofādevicesāforāeachāchannelāincreasedāusingāappropriateārepeaterāāā modules.ā¢ Singleāterminalāstripāwithā3āconductors:āuseāallā3āconductorsā(ā+ā,āā-āāforātheāsignalāandāāGNDāāforātheābraid).
ā¢ Attachātheā120āĪ©ā1/4āWāresistorsābetweenātheā"+"āandā"-"āterminalsāofātheāinterfaceāandātheālastācontrollerāināeachābranchāofātheānetwork.
ā¢ Maximumāsettableāspeedā115200ābaud.
ā¢ RSā485āphysicalālayerācanābeāusedāforāModbusāSL,āasāwellāasāforāBACnetāMS/TPācommunication.ā ConcurrentācommunicationāofādifferentāprotocolsāonātheāsameāserialāportāisāNOT allowed.
Payāspecialāattentionāwhenāconnectingāserialālines.āMiswiringāmayāleadātoāinoperableāequipment.
NOTICEINOPERABLE EQUIPMENTDoānotācommunicateāthroughāModbusāSLāandāBACnetāMS/TPāsimultaneouslyāonātheāsameāline.ā Failure to follow these instructions can result in equipment damage.
29EIO0000002030 09/2015
Ethernet
TheāEthernetāconnectionāofātheāCommunicationāModuleāTM171AETH / TM171AETHRS485 allows the M171 Performance logicācontrollerātoācommunicateāonāanāEthernetānetworkāusingāTCP/IPāprotocol,āwhereasāM171 Performance Flush,āwithāitsāembeddedāEthernet,ādoesāNOTārequireāanāEthernetāCommunicationāModule.ā
The connection allows:ā¢ connectionāofādifferentācontrollersāand/orāapplicationsāexchangingāvariablesāand/orāparametersā(network).
ā¢ connectionāofāaāsupervisionāsystemāusingāModbusāTCP/IPāprotocol.
ā¢ connectionāofāanāIECā61131-3āTM171SW (SoMachineHVAC)ādevelopmentāsystem.
ā¢ connectionāonādeviceāonāaāBACnet/TCPānetwork,āwithāB-AACāprofile
ConcurrentācommunicationāonādifferentāprotocolsāusingātheāsameāEthernetāportāisāallowed.
TheāEthernetāconnectorāshieldāisāinternallyāconnectedātoātheāearthāofātheāequipmentāandāthereforeātoātheāreferenceāofātheāinputāandāoutputāchannels.
USBThereāareā2āUSBāconnectorsāplacedāonātheāupper-leftāsideāofātheāM171 Performance controllerā(inātheāfrontāview)ā(seeāFig. 14 on page 29).ā¢ USB TypeāAāisāaāconnectorāforāUSBāmemoryākey.ā¢ USBāTypeāmini-Bāisāusedāforāprogrammingāpurposes.ā
TheācomponentsārequiredāforāM171 PerformanceāUSBāmini-Bāare: TCSXCNAMUM3P or BMXXCAUSBH018.
USB PURPOSE NOTE
Type A (HOST)
Usedā toā connectā aā USBā memoryā keyā whenā downlo-adingā theā application.ā Thisā shouldā beā doneā fromā theācontrollerā keypadā (TM171PDM27ā references)ā orā fromāthe M171 Performance Display Graphicā (TM171DGRP)āā(TM171PBM27Rāreference).
Seeā "USB-Hostā Handling"ā onā 5.3.3. BIOS I/O Values on page 76 for information on how to manageāfilesāonāUSBāmemoryākey.
Type mini-B
(DEVICE)
Used to connect M171 Performanceā toā aā PCā viaāmini-BāUSBā cableā forā debugging,ā commissioning,ā downloading,āuploadingā withā TM171SW (SoMachineHVAC v2.0 or greater).āThe operations can be done from PC or another device.
Compatible with the following operating systems:ā¢ WindowsāVistaāBusinessāx86ā+āx64ā(Serviceā
Packā2)āā¢ Windowsā7āx86ā+āx64ā(ServiceāPackā1)āā¢ Windowsā8ā/ā8.1āx86ā+āx64āā¢ WindowsāServerā2008,āSP2,āandāR2āā¢ WindowsāServerā2012āandāR2ā
TheādriverāisāsuppliedāwithātheāTM171SW (SoMachineHVAC v2.0 or greater) software.
Type A
Type mini-B
M171USB
miniUSB
Fig. 14. M171āPerformance:ātypeāAāUSBāandātypeāmini-BāUSB
30 EIO0000002030 09/2015
3.2. Wiring diagramsMiswiringāirreversiblyādamagesātheāModicon M171P.
NOTICEINOPERABLE EQUIPMENTVerifyāallāwiringāconnectionsābeforeāapplyingāpower.Failure to follow these instructions can result in equipment damage.
3.2.1. Modicon M171P wiring diagram
DI 1DIGITAL INPUT RS485 CAN
DI2 DI3 DI4 C1-4 DI5 DI6 DI7 DI8 C5-8 GS - + GS H L POWER OUT
AI1ANALOG INPUT
GAO1 GAO2 GAO3 GAO4 GAO5
GFDI
AI2 AI3 AI4 AI5 AI6 12Vout 5Vout
+12V+5V
GG
POWER
POWER INDIGITAL OUTPUTS
DIGITAL INPUTS
ANALOG INPUTS
[Ext. Keyboard TM171DGRP]24 Va/c48 Vc
-
+ +
-24 Va/c48 Vc
24 Va/c48 Vc
RS485 CAN
4 DIP SWITCH
DO3 DO4 C34 DO5 DO6 DO7 C567C2 DO2 DO2C1 DO1 DO1
Conn
ecto
r
TM171A
ANALOG OUTPUTS
FAST DIGITAL INPUT
AO1 AO2 AO3 AO4 AO5
+
+ +
+
R TERM
R TERM
TM171PDM27
USB
miniUSB
12A max
TM171PBM27R/TM171EPR
10 DIP SWITCH 6 DIP SWITCH
1234ON
12345678910
ON ON
123456
Fig. 15. Modicon M171P wiring diagram
31EIO0000002030 09/2015
Connector Labels Related To M171 Performance
LABEL DESCRIPTION NOTES
DIP SWITCH
4 DIP SWITCH 4-positionāselectorsā(DipāSwitches) DipāSwitchesādefaultāOFF
6 DIP SWITCH 6-positionāselectorsā(DipāSwitches) DipāSwitchesādefaultāOFFāTM171PBM27Rā/TM171EP27R reference
Dip Switches located behind the panel10 DIP SWITCH 10-positionāselectorsā(DipāSwitches)
POWERSUPPLY
POWER IN +24āVac/dcāorā+48āVdcāpowerāsupply -
POWER OUT +24āVac/dcāorā+48āVdcāpowerāsupply
POWER [Ext. Keyboard M171 Performance Display Graphic
(TM171DGRP)]outputāforādisplay
ANALOGOUTPUTS
AO1ā¦AO5 Analogāoutputsā1...5 See CHAPTER 4 Technical data on page 64āforāfurtherādetailsG 0āVāsignalāground
DIGITALOUTPUTS
C1 DO1 DO1 SPDTāRelayā1 DO1āisātheānormallyāopenāside,āDO1 is the normallyāclosedāsideā
C2 DO2 DO2 SPDTāRelayā2 DO2āisātheānormallyāopenāside,āDO2 is the normallyāclosedāsideā
DO3 DO4 Relayāoutputā3-4alsoāavailableāasāSSRāoutputs
-C34 Commonāforādigitalāoutputsā3-4DO5 DO6 DO7 Relayāoutputā5-6-7
C567 Commonāforādigitalāoutputsā5-6-7 12 A max
CAN GS H L Isolated CAN serialGSāgroundāserialāisolatedāfromāG R TERM termination resistors for CAN
RS485 GS - + IsolatedāRS485āserialGSāgroundāserialāisolatedāfromāG Applyā120āĪ©āterminationāresistors
DIGITALINPUTS
DI1...DI4 Digitalāinputsā1...4
-C1-4 Commonāforādigitalāinputsā1...4
DI5...DI8 Digitalāinputsā5...8C5-8 Commonāforādigitalāinputsā5...8
FAST D.I.FDI Fastādigitalāinput
Pulse/frequencyācounterāupātoā1ākHzG 0āVāsignalāground
ANALOG INPUTS
AI1...AI6 Analogāinputs
-G 0āVāsignalāground
SENSOR POWER SUPPLY
12Vout 12Vāoutputāforāanalogāinputs
5Vout 5Vāoutputāforāratiometricāanalogāinputs
32 EIO0000002030 09/2015
3.2.2. Modicon M171EP14R wiring diagram
TM171EP14R
+ G AO2 DI4AO1AI4AI3AI2AI1c
+5Vc
+24VDI3
Power Supplyz 24V
4 DIP SWITCH
DI2DI1G DI_Commonā
Power Outc 5V: 20 mA
c 24V: 50 mA
6 27 345 1HGS L
CAN
ON
1234
DO1DO2DO3DO4N
MA
X. 1
0A
Fig. 16. ModiconāM171EP14Rāwiringādiagram
Connector Labels Related To M171EP14R
LABEL DESCRIPTION NOTES
DIP SWITCH 4 DIP SWITCH 4-positionāselectorsā(DipāSwitches) DipāSwitchesādefaultāOFF
POWERSUPPLY + / - +24āVac/dcāpowerāsupply -
ANALOGOUTPUTS
AO1, AO2 Analogāoutputsā1āandā2See CHAPTER 4 Technical data on page
64āforāfurtherādetailsG 0āVāsignalāground
+24V PowerāOutā+24āVdcāoutput+5V PowerāOutā+5āVdcāoutput
DIGITALOUTPUTS
1-2-3 SPDTāRelayāoutputDO1
1āisātheānormallyāopenāside,āā3āisātheānormallyāclosedāsideā
4-5-6 SPSTāRelayāoutputā2-3-4DO2 DO3 DO4 -
7 Commonāforārelayāoutputsā2-3-4N 10 A max
CAN GS H L Isolated CAN serialGSāgroundāserialāisolatedāfromāG
Dip Switches 3-4 termination resistors for CAN
DIGITALINPUTS
DI1...DI4 Digitalāinputsā1...4-DI_Common Commonāforādigitalāinputsā1...4
ANALOG INPUTS
AI1...AI4 Analogāinputs-G 0āVāsignalāground
33EIO0000002030 09/2015
3.2.3. Examples of analog input connection (M171 Performance only)
Example: NTC/PT1000 probe connectionā¢ AnalogāinputsāAI1ā¦AI6āareāavailableāforāNTCā¢ AnalogāinputsāAI3ā¦AI6āareāavailableāforāNTC/PT1000
AI1ANALOG INPUT
AI2 AI3 AI4 AI5 AI6G G
NTC
PT1000
Fig. 17. NTC/PT1000āprobeāconnection
Example: 0-10 V transducer connectionAnalogāInputsāAI3ā¦AI6āareāavailableāforā0-10āVātransducerāconnection
ANALOG INPUTAI3 AI4 AI5 AI6 12VoutGG
0-10V Transducer
V SUPPLY
Fig. 18. 0-10āVātransducerāconnection
Example: Digital Input Connection (through analog input terminal)
AI1ANALOG INPUT
configured as Digital Inputs
AI2 AI3 AI4 AI5 AI6G G
Fig. 19. AnalogāInputsāconfiguredāasāDigitalāInputs
34 EIO0000002030 09/2015
Example: 4...20 mA pressure transducer connection
AnalogāInputsāAI3ā¦AI6āareāavailableāasā4...20āmAāpressureātransducerāconnection.
Inātheācaseāofāaāgenericā3-wireātransducer,āconnectātheāā0āVāreferenceāwireā(groundāifāsoāindicatedābyātheātransducerāmanu-facturer)ātoāterminalāGNDāandātheātransducerāpowerāsupplyātoā12 Vdc screw terminal.
NOTICEINOPERABLE EQUIPMENTVerifyāallāwiringāconnectionsābeforeāapplyingāpower.Failure to follow these instructions can result in equipment damage.
ANALOG INPUTAI3 AI4 AI5 AI6 12VoutGG
Two-wire 4...20mA Transducer
Supply
SIG
SIG
Supply
Transducer Power Supply
Three-wire 4...20mA Transducer
G
SIG
SIG
G
G
G
M171 Performance Three-wire 4...20 mA transducer Two-wire 4...20 mA transducerG G -
AI3 AI4 AI5 AI6 SIG SIG
12Vout TransducerāPowerāSupply SupplyFig. 20. 4...20āmAāpressureātransducerāconnection
35EIO0000002030 09/2015
Example: ratiometric transducer connection
AnalogāInputsāAI3ā¦AI6āareāavailableāasāratiometricātransducerāconnection
ANALOG INPUTAI3 AI4 AI5 AI6 5VoutGG
R 0/5V Transducer
SIGSIG
SIGSIG
+5 Vdc
+5 Vdc
GND
GND
GND
GND
GND
M171 Performance R 0/5V transducerG GND
AI3 AI4 AI5 AI6 SIG+5 Vout +5āVdc
Fig. 21. Ratiometricātransducerāconnection
Example: fan module connectionā¢ 5āavailableāanalogāoutputs:āAO1ā¦AO5ā¢ Exampleādiagramāwithā4ā...20mAāorā0-10Vāfanāmodule
GAO1 GAO2 GAO3 GAO4 GAO5
ANALOG OUTPUTS
AO1 AO2 AO3 AO4 AO5
FANMODULE
FANMODULE
FANMODULE
FANMODULE
FANMODULE
Fig. 22. Fanāmoduleāconnection
36 EIO0000002030 09/2015
Example: Open Collector connectionā¢ 2āOpenāCollectorāoutputsāavailableāasāOpenāCollectorāconnection:āAO4/AO5ā¢ Exampleāwithāanāexternalārelay
GAO4 GAO5
12Vout
+12V
ANALOG OUTPUTSOpen Collector
AO4 AO5
Fig. 23. Open Collector connection
37EIO0000002030 09/2015
3.2.4. M171 Performance / M171 Display Graphic connection
CAN
24 Va/c48 Vc
CAN
GS H L POWER
RTERM
TM171DGRP
CANGS H L POWER
OUT
POWER
CAN
R TERM
R TERMRS485GS - +
RS485
M171 PerformanceTM171PDM27 / TM171PBM27R
CAN: max distance depending on baud rate
POW
ER :
max
dis
tanc
e
10m
Fig. 24. M171āPerformanceā/āM171āPerformanceāDisplayāGraphicā(TM171DGRP)āterminalāconnection
NOTE: WhenāsupplyingāpowerāfromātheāM171 Performance logic controllers,āmakeātheāpowerāconnectionācableāasāshortāas possible.
NOTICEINOPERABLE EQUIPMENTDo not connect a power cable longer than 10m.Failure to follow these instructions can result in equipment damage.
LABEL DESCRIPTION NOTES
POWER POWER IN +24āVac/dcāorā+48āVdcāpowerāsupplyMaximumācableālengthā10m
from TM171PM27āorāseparateāpowerāsupply
CAN GS H L Isolated CAN serialGSāgroundāserialāinsulatedāfromāG
RāTERMāterminationāresistorsāforāCANMaximumācableālength
See 3.1.6. Serial connections on page 27
38 EIO0000002030 09/2015
3.2.5. M171 Performance Flush TM171PFE03 and TM171PFE03HR connection
RS485 CAN+ - GS
24 Va/c48 Vc
RS485 CAN
GS H L POWEREthernet
RemoteProbes
AI2 AI3 G
example ofTransducer
AI3 G+12V External Power Supply
AI2 G
Digital input
AI2 G
NTC
RTERM
TM171PFE03AI1NTC Sensor Built-in
CANGS H L POWER
OUT
POWER
CAN
R TERM
R TERMRS485GS - +
RS485
AI1AI2 AI3
Remote Probes
Built-in Probe
CAN: max distance depending on baud rate
POW
ER :
max
dis
tanc
e
10m
M171 PerformanceTM171PDM27 / TM171PBM27R
Fig. 25. TM171PFE03 connection
RS485 CAN+ - GS
24 Va/c48 Vc
RS485 CAN
GS H L POWEREthernet
RemoteProbes
AI2 AI3 G
AI2 G
Digital input
AI2 G
NTC
RTERM
TM171PFE03HRAI4RH Sensor Built-in
AI1NTC Sensor Built-in
CANGS H L POWER
OUT
POWER
CAN
R TER
MR
TERM
RS485GS - +
RS485
AI1AI2
AI4
Remote Probe
Built-in Probes
CAN: max distance depending on baud rate
POW
ER :
max
dis
tanc
e
10m
M171 PerformanceTM171PDM27 / TM171PBM27R
Fig. 26. TM171PFE03HRāconnection
39EIO0000002030 09/2015
NOTE: WhenāsupplyingāpowerāfromātheāM171 Performance logic controllers,āmakeātheāpowerāconnectionācableāasāshortāas possible.
NOTICEINOPERABLE EQUIPMENTDo not connect a power cable longer than 10m.Failure to follow these instructions can result in equipment damage.
Label Description Notes
POWER +24āVac/dcāorā+48āVdcāpowerāsupply
PināPOWERāVoutāonāTM171PDM27 /āTM171PBM27R
Max. distance 10m M171 Performance Flushā/TM171PDM27 /āTM171PBM27R
CANGS H L
Isolated CAN serialGSāgroundāserialāisolatedāfromāG RāTERMāterminationāresistorsāforāCAN
RS485GS - +
IsolatedāRS485āserialGSāgroundāserialāisolatedāfromāG Applyā120āĪ©āterminalāresistors
Ethernet ETHERNETāserial -Built-in AI1 NTC Sensor On-boardāNTCāsensor -
AI2 Remote Probes G
NTC,āD.I.āāremoteGroundāGND Probeānotāincluded
AI3 Remote ProbesG
4...20āmAā/ā0-10āVā-+/ā0-5āVGroundāGND
TM171PFE03Probeānotāincluded
12āVāExternalāpowerāsupplyBuilt-in AI4 RH Sensor On-boardāRH%āsensor TM171PFE03HR
40 EIO0000002030 09/2015
3.3. M171 Performance protocol connectivity
3.3.1. Example: CAN (Field) network connectionAāCANā(Field)ānetworkāconnectionācanābeāconstitutedāby:
ā¢ Max 1 M171 Performance TM171PDM27āfunctioningāasāMASTERā¢ Max 12 M171 Performance TM171EPRāfunctioningāasāSLAVES
NOTE: No more than two M171 Performance Display Graphicā(TM171DGRP)ācanābeāaddedātoātheānetworkāconnectedātoāM171 Performance TM171PDM27
The M171 Performance Display Graphicā(TM171DGRP)āisāsuppliedābyāTM171PDM27āviaātheāPOWERāOUTāoutput.
M171
TM171PDM27p
USB
miniUSB
CAN GSCAN HCAN L
CAN GSCAN HCAN L
CAN GS
CAN GS
CAN HCAN L
CAN GSCAN HCAN L
Power
TM171EP27RPower OUT
USB
miniUSB
USB
miniUSB
12
1
TM171EP27R
Power
Power
y 10 m
USB
miniUSB
TM171EP27RMax 12
2
MASTER
Slave
Slave
Slaves
TM171DGRP
GS H L
POWERCAN
CAN GSCAN HCAN L
Power IN
TM171DGRP
GS H L
POWERCAN
CAN HCAN L
Power IN
y 10 m
z 24 V48 V
Fig. 27. CANā(Field)ānetworkāconnectionāusingāM171āPerformance
41EIO0000002030 09/2015
3.3.2. Example: CAN connection (Network)AāCANāconnectionā(Network)ācanābeāconstitutedāby:
ā¢ 1 M171 Performance TM171PDM27ā¢ 1 M171 Performance Display Graphicā(TM171DGRP)āconnectedāināCANātoāM171 Performance TM171PDM27 or
alternatively,ātoāTM171PBM27R.
NOTE: Max 10 M171 Performance TM171PBM27RāconnectedāināCANā(binding).
The M171 Performance Display Graphicā(TM171DGRP)āisāsuppliedābyāTM171PDM27āviaātheāPOWERāOUTāoutput.
CAN GSCAN HCAN L
TM171PBM27p
M171
TM171PDM27p
USB
miniUSB
CAN GSCAN HCAN L
z 24 V48 V
Power OUT
BINDING M171USB
miniUSB
TM171PBM27p
M171USB
miniUSB
1 2 10
Max 10
TM171DGRP
GS H L
POWERCAN
CAN GSCAN HCAN LPower IN
Powery 10 m
Fig. 28. CANāconnectionā(Network)āusingāM171āPerformance
42 EIO0000002030 09/2015
3.3.3. Example: RS485 connection (Field)AāRS485āconnectionā(Field)ācanābeāconstitutedāby:
Description Notes1 M171 Performance TM171PDM27 TM171PDM27āisāināModbusāRTUāMasterāmode
Max 127 M171 Performance TM171EP27R expansion modulesāconnectedāināRS485 TM171EP27RāareāināModbusāRTUāSlaveāmode
1 M171 Performance Display Graphicā(TM171DGRP)ā connected in CAN to M171 Performance TM171PDM27 -
The M171 Performance Display Graphicā(TM171DGRP)āisāsuppliedābyāTM171PDM27āviaātheāPOWERāOUTāoutput.
Power IN
1 127
Max 127
485GS485 ā485 +
485GS485 ā485 +
M171
TM171PDM27p
USB
miniUSB
CAN GSCAN HCAN L
TM171EP27R
z 24 V48 V
Power OUT
M171USB
miniUSB
TM171EP27R
M171USB
miniUSB
TM171DGRP
GS H L
POWERCAN
CAN GSCAN HCAN L
Powery 10 m
Fig. 29. RS485āconnectionā(Field)āusingāM171āPerformance
43EIO0000002030 09/2015
3.3.4. Example: RS485 connection with the Modicon M171O networkAāRS485āconnectionāwithātheāModicon M171Oānetworkācanābeāconstitutedāby:
Description NotesM171 Performance TM171PDM27 TM171PDM27āisāināModbusāRTUāMasterāmode
Max 127 M171 Performance TM171PDM27 / TM171PBM27R or Modicon M171O (TM171OMR / TM171ODM22S)
(Modbus Slave) or Schneider Electricāand/orāthird-partyādevi-cesāequippedāwithāRS485āserialā
AllādevicesāequippedāwithāRS485āareāināModbusāRTUāSlave mode
(includingātheāM171 Performanceālogicācontrollers)See also the Modicon M171Oāmanualāforāfurtherā
details.
CANānetworkāāāseeā3.3.1. Example: CAN (Field) network con-nection on page 40.
The CAN connection can beā¢ Field,āasāillustrated
ā¢ Network,āifāoneāorāmoreāM171 Performance TM171PDM27ā/āTM171PBM27Rs are connected
1 M171 Performance Display Graphicā(TM171DGRP)ācon-nected in CAN to M171 Performance TM171PDM27 -
The M171 Performance Display Graphicā(TM171DGRP)āisāsuppliedābyāTM171PDM27āviaātheāPOWERāOUTāoutput.
TM171PDM27p
TM171DGRP
CAN Powery 10 m
127
Max 127M171
TM171PDM27
USB
miniUSB
1 2 3 4 5 6 7
F1
F3
F2
F4
F5
esc
set
TM171OD p22p
485GS485 ā485 +
485GS485 ā485 +
485GS485 ā485 +
485GS485 ā485 +
24 V48 V
TM171EP27R
M171USB
miniUSB
M171USB
miniUSB
TM171EP27R
M171USB
miniUSB
CAN GS
CANRS 485
CAN HCAN L
Power OUT
M171USB
miniUSB
1 2 3 4 5 6 7
F1
F3
F2
F4
F5
esc
set
TM171OD p22pTM171PBM27
12
Max 12
pp
z
TM171OFM22R
esc
set
M171
Fig. 30. RS485āconnectionāwithātheāModiconāM171OānetworkāusingāM171āPerformance
44 EIO0000002030 09/2015
3.4. M171 Performance Flush protocol connectivity
3.4.1. Example: RS485 connection (Field)AāRS485āconnectionā(Field)ācanābeāconstitutedāby:
Description Notes
1 M171 Performance Flush M171 Performance FlushāisāināModbusāRTUāMasterāmode
Max 127 M171 Performance TM171EP27R expansionāmodulesāconnectedāināRS485 TM171EP27RāareāināModbusāRTUāSlaveāmode
EthernetAI2
AI1
NTC SensorBuilt-in
RH Sensor Built-in
AI3 GS H L
POWERGSG
RS485Analogue inputs CAN
+ ā
AI4
z 24 V48 V
Switch/Router
Ethernet
SlavesTM171EP27R TM171EP27R
M171USB
miniUSB
M171USB
miniUSB
MasterTM171PFE03 / TM171PFE03HR
485GS 485GS485 ā 485 ā
485 + 485 +
1 127
Max 127
SoMachine HVAC softwareSupervisor
Power IN
Fig. 31. RS485āconnectionā(Field)āusingāM171āPerformanceāFlush
3.4.2. Example: CAN connectionAāCANāconnectionācanābeāconstitutedābyā1āM171 Performance Flush.
NOTE: Max 12 M171 Performance TM171EPR expansionāmodulesāconnectedāināCAN.
Ethernet
AI2
AI1
NTC SensorBuilt-in
RH Sensor Built-in
AI3 GS H L
POWERGSG
RS485Analogue inputs CAN
+ ā
AI4
z 24 V48 V
TM171EP27R TM171EP27R
Max 12USB
miniUSB
USB
miniUSB
TM171PFE03/PFE03HR
CAN GSCAN HCAN L
Power IN
1 12
Fig. 32. CANāconnectionāusingāM171āPerformanceāFlush
45EIO0000002030 09/2015
3.4.3. Example: RS485 connection with the Modicon M171O networkAāRS485āconnectionāwithātheāModicon M171Oānetworkācanābeāconstitutedāby:
Description Notes
1 M171 Performance Flush M171 Performance FlushāisāināModbusāRTUāMasterāmode
Max 127 M171 Performance TM171PDM27 /TM171PBM27R or Modicon M171O or Schneider Electricāand/orāthird-partyā
equipmentāequippedāwithāRS485āserial
AllādevicesāequippedāwithāRS485āareāināModbusāRTUāSlaveāmodeā(includingātheāM171 Performance logic controllers)See also the Modicon M171Oāmanualāforāfurtherādetails.
CANānetwork see 3.4.2. Example: CAN connection on page 44
Fig. 33. RS485āconnectionāwithātheāModiconāM171OānetworkāusingāM171āPerformanceāFlush
46 EIO0000002030 09/2015
3.4.4. Example: CAN network connectionAāCANānetworkāconnectionācanābeāconstitutedābyā1āM171 Performance Flush.
NOTE: Max 10 M171 Performance TM171PDM27 /āTM171PBM27R.
NOTE:āCANānetwork:āseeā3.4.2. Example: CAN connection on page 44
HMI menuM171 Performance Flushācanābeāequippedāwithāitsāownāmenuā(namedāNetworkāmenu).In this case M171 Performance Flush logic controllerā isāprogrammedāwithā theānetworkāmenu,āwhichācanāreadāvariablesāpresent in the M171 Performance logic controller network.M171 Performance Flushālogicācontrollerācanāoperateāfromātheāindividualācontrollersāandādownloadāupātoā10āremoteāmenusāfrom the respective M171 Performance logic controllers.Ināthisācaseātheāremoteāmenuāallowsā'local'ānavigationāofātheāindividual M171 Performance logic controller.
Controller applicationTheāvariablesāofātheāvariousācontrollersāareāsharedā(boundātogether).An application present on M171 Performance Flushālogicācontrollerācanāuseāvariablesāpresentāinātheānetworkāandāshareāitsāown variables with other applications present on the respective M171 Performance logic controllers.
Ethernet
AI2
AI1
NTC SensorBuilt-in
RH Sensor Built-in
AI3 GS H L
POWERGSG
RS485Analogue inputs CAN
+ ā
AI4
TM171PFE03/PFE03HR
CAN GSCAN HCAN L
Power IN
CAN GSCAN HCAN L
CAN GSCAN HCAN L
Power OUT
z 24 V48 V
Powery 10 m
Binding
TM171PDM27p
M171USB
miniUSB
TM171PBM27p
M171USB
miniUSB
TM171PBM27p
Max 10
GSGH
1021
M171USB
miniUSB
M171USB
miniUSB
485 GS485 -485 +
485 GS
485 -
485 +
485 GS485 -
485 +
M171USB
miniUSB
Max 127
127
1
TM171EP27R
TM171EP27R
Fig. 34. CANānetworkāconnectionāusingāM171āPerformanceāFlush
47EIO0000002030 09/2015
3.5. TM171A Communication ModulesCommunicationā Modulesā areā 2DINā modulesā thatā canā beā connectedā toā an M171 Performance controller or an M172 Performanceācontrollerā(withārestrictions,āreferātoātheāM172āPerformanceācontrollerāHardwareāGuide)āviaātheāCommunicationāModuleāconnectorāonātheāleftāside,ābehindātheāremovableādoor.āTheāCommunicationāModuleāisāanchoredātoātheācontrollerāwithātheātwoāfixingāhooks.ItāmountsātoātheāDINārailāinātheāsameāwayāasātheācontroller.
3.5.1. Communication Modules compatible with M171 and M172Interface for Communication Module
RS 232 TM171ARS232 5AāSPDTārelayāavailable
RS 485 TM171AMBTM171ARS485 RSā485āināDaisyāChain(1)
CAN Expansion Bus TM171ACAN CANāExpansionāBusāināDaisyāChain(1)LON TM171ALON LonWorksāCommunicationāModule
(1)āUseāaāshieldedācable.āSeeā3.1.6. Serial connections on page 27.
NOTE:āTheāLonWorksācommunicationāmoduleāsupportsāupātoā63ānodes.āExceedingāthisāspecificationāmayāresultāināanāelectricalāoverloadāconditionāinātheāM171ALONāCommunicationāModuleāandāconsequentlyāinātheācontroller.
WARNINGUNINTENDED EQUIPMENT OPERATIONDoānotāexceedātheāmaximumāofā63ānodesāonātheāTM171ALONāCommunicationāModule.Failure to follow these instructions can result in death, serious injury, or equipment damage.
ForāmoreāinformationāonātheāLonWorksānetwork,āvisitāwww.echelon.com/technology/lonwork/
48 EIO0000002030 09/2015
3.5.2. Communication Modules exclusively compatible with M171Interface for Communication Module
ETHERNETTM171AETH
TM171AETHRS485
TheāMACADDRESSāisāsuppliedāinātheābox,Expressedāasābarcodeāandā12-digitāalphanumericācode.
TheāEthernetāconnectorāshieldāisāconnectedāinternallyātoātheāequipmentāground,āandāthereforeātoātheāreferenceāofātheāinputāandāoutputāchannels
WebVisu:āWEBāfunctionalitiesāofāM171 Performance TM171PDM27 or TM171PBM27R + TM171AETH/ TM171AETHRS485āCommunicationā
Module
PROFIBUS TM171APBUS Profibus DP Slave-V0
ContactāyourālocalāSchneiderāElectricārepresentativeāforāmoreāinformationā concerningātheā.GSDāProfibusāconfigurationāfile
SeeāofficialāProfibusādocumentationāforāmoreādetailedāinformation
CommunicationāModuleāTM171A are shown below:
TM171AETHTM171ACAN TM171ALONTM171APBUS
2 x RS485relay
RS232
TM171AETHRS485TM171ARS485TM171AMB TM171ARS232
2 x RS4852 x CAN
Fig. 35. TM171AāCommunicationāModules
49EIO0000002030 09/2015
CAN
1 2 3
R Term.(1)
CAN_
H
CAN_
GS
CAN
_L
CAN
1 2 3
CAN_
H
CAN_
GS
CAN
_L
TM171ACAN
TM171ARS232
TM171AMBTM171ARS485
TM171ALON
(1) CAN terminal resistance.
AB
Service red LEDLon status LED
Service button
FT_B
FT_A
To be connected externally to the protective earth
(1)
1 2 3 4
PE
LON
_GN
D
(1) PE
A
RT1 AND RT2 terminators
RT1 mounted
RT2 mounted
YESYESNO
NONO
YES
Termination resistance value
105 OhmNo termination
52.5 Ohm
RT1
RT2
B
1 4
A
B
A B
1 3 1 3
1 2 3
Com
mon
NO NC
A
Sub-DB9
12345
6789
RS 232NĀ° RS232123456789
DCD
DTRTXDRXD
GND
RICTSRTSDSR
BA
B
1 3
+
A
B
A
B
RS 485 RS 485
GS ā + GS ā +
GS
RS
485
ā
RS
485
+
GS
RS
485
ā
RS
485
+A B
RS 485 RS 485
GS GS
GS
RS
485
ā
RS
485
+
GS
RS
485
ā
RS
485
+
ā + ā +
A B-+-
+- +-
5 A 250 Vac
SPDT
Fig. 36. CommunicationāModulesācompatibleāwithāM171/M172
50 EIO0000002030 09/2015
12
45
67
83
1
8
RJ45
RS 485 RS 485
GS GS
GS
RS
485
ā
RS
485
+
GS
RS
485
ā
RS
485
+
ā + ā +
TM171AETHRS485 / TM171ARS485
TM171AETHRS485
Fig. 37. ETHERNET,āETHERNET+RS485āCommunicationāModules
Sub-DB9
12345
6789
ProfibusNĀ° Profibus1 Shield2 Output ground 24 V3 RXD-TXD +4 Repeater Control Signal TRS5 Ground 0 V6 5 V7 24 V8 RXD-TXD-9 Control Signal direction
TM171APBUS
Pin Required signals - pins 3-5-6-8
1 ShieldToābeāconnectedāexternallyātoātheāprotectiveāearthā
2 24Vāoutputāground3 RXD-TXDā+4 RTSārepeaterācontrolāsignalādirection5 Digitalāground6 5V7 24V8 RXD-TXDā-9 Directionācontrolāsignalāground
Fig. 38. PROFIBUSāCommunicationāModule
NOTE:āInāaānetworkāwithāProfibusāCommunicationāModules,ātheāfirstāandālastāelementāinātheānetworkāmustāterminateāwithāProfibusāresistors.
51EIO0000002030 09/2015
3.5.3. TM171ARS232TheāRS232āCommunicationāModuleāallowsāM171/M172āDINā railāmountedāPerformanceācontrollersā toācommunicateāviaāanāRS232āserial.
Modbus RTU communication protocolThe connection allows:ā¢ connectionātoāaāsupervisionāsystemāusingātheāModbusāRTUāprotocol
ā¢ connectionāofāanāIECā61131-3āTM171SW (SoMachineHVAC)ādevelopmentāsystem
TM171EP27R
z 24 V48 V
CAN GSCAN HCAN L
Power OUT
TM171PDM27p
USB
miniUSB
RS232
TM171ARS232
M171USB
miniUSBSoMachine HVAC software
Supervisor
Fig. 39. ModbusāRTUācommunicationāprotocolāusingāTM171ARS232
52 EIO0000002030 09/2015
Modbus ASCII communication protocol send/receive AT commands for modem(1)
ThisāprotocolāactivatesāwhenāthereāisāaāmodemāconnectedātoātheāCommunicationāModule.The connection allows:ā¢ connectionātoāaāmonitoringāsystemāusingātheāModbusāASCIIāprotocol;
ā¢ connectionāofāanāIECā61131-3āTM171SW (SoMachineHVAC)ādevelopmentāsystem;
ā¢ send/receiveāTXTāmessagesāviaāaāmodemāconnectedātoātheāRS232(2) port.
NOTE:āTheāCommunicationāModuleāhasāaārelayāthatācanābeāpilotedāfromātheācontrollerāapplicationātoāallowātheāmodemātoābeāactivated/resetāorāasāanāadditionalādigitalāoutput.(1)āReferātoātheāModem_IEC.pllāsoftwareālibraryāinC:\<Programs>\SchneiderāElectric\SoMachineHVAC\Catalog\FreeEvolution\PLC(2)āReferātoātheāSMS_IEC.pllāsoftwareālibraryāinC:\<Programs>\SchneiderāElectric\SoMachineHVAC\Catalog\FreeEvolution\PLCSee TM171SW (SoMachineHVAC)āManualāforādetails.
NOTE: ReferātoātheāsectionāonāParametersā/āRS232āPASSIVEāPLUG-INāfolderā(seeāCHAPTER 9 Parameters on page 107).ReferātoātheāsectionāonāParametersā/āMODEMāfolderā(seeāCHAPTER 9 Parameters on page 107).
TM171EP27R
z 24 V48 V
CAN GSCAN HCAN L
Power OUT
TM171PDM27p
USB
miniUSB
RS232
TM171ARS232
M171USB
miniUSB
SoMachine HVAC softwareSupervisor
Switch/Router
RESET
Switch/Router
Fig. 40. ModbusāASCIIācommunicationāprotocolāusingāTM171ARS232
53EIO0000002030 09/2015
3.5.4. TM171AETH / TM171AETHRS485TheāEthernetāCommunicationāModuleāenablesācommunicationāofātheāM171 Performance TM171PDM27 / TM171PBM27R onāanāEthernetānetworkāusingātheāModbusāTCPāprotocol.The connection allows:ā¢ networkāconnectionāofādifferentācontrollersāand/orāapplicationsāexchangingāvariablesāand/orāparametersā(network)
ā¢ connectionātoāaāsupervisionāsystemāusingātheāModbusāTCPāprotocol
ā¢ connectionāofāanāIECā61131-3 TM171SW (SoMachineHVAC)ādevelopmentāsystem
NOTE:TheāMACāADDRESSā(barcodeāandā12-digitāalphanumericācode)āisāsuppliedāinātheāboxācontainingātheāEthernetāCommunicationāModule.ReferātoātheāsectionāonāParametersā/āETHERNETāPASSIVEāPLUG-INāfolderā(seeāCHAPTER 9 Parameters on page 107).
NOTE: TheāEthernetāconnectorāshieldāisāconnectedāinternallyātoātheāfunctionalāground,āandāthereforeātoātheāreferenceāofātheāinputāandāoutputāchannels.āCareāmustābeātakenātoātheāfactāthereāmayābeāwithinātheāEthernetācommunicationsāsystemāotherāgroundingāpoints.ā Interconnectionāofāmultipleāprotectiveāearthāgroundingāpointsā inā theāsameā installationā canācauseācurrentāloopsāandāvoltageāshiftsāacrossāconductiveāpartsāofātheāequipment.
WARNINGUNINTENDED EQUIPMENT OPERATIONDoānotāconnectātheāconnectorāshieldātoāprotectiveāearthā(PE)āorātoāfunctionalāearthā(FE)āofāyourāinstallation.Failure to follow these instructions can result in death, serious injury, or equipment damage.
Ethernet Ethernet
TM171EP27R
z 24 V48 V
CAN GSCAN HCAN L
Power OUT
TM171PDM27p
USB
miniUSB
TM171PDM27p
CAN GSCAN HCAN L
TM171EP27R
z 24 V48 V
Power OUT
USB
miniUSB
Switch/RouterSwitch/Router
VPNVPN
Switch/Router
M171USB
miniUSB
M171USB
miniUSB
TM171AETHRS485
SoMachine HVAC softwareSupervisor
SoMachine HVAC softwareSupervisor
TM171AETH
TM171DGRP
GS H L
POWERCAN
CAN GSCAN HCAN LPower IN
Powery 10 m
Fig. 41. ModbusāTCPāprotocolāusingāTM171AETH
54 EIO0000002030 09/2015
VPNāisānotānecessaryāwhenāusingāDynDNSāconnection.
Protocol Field Network
ModbusāTCP -Max 10 M171 Performance + 2 M171 Performance Display Graphic
(TM171DGRP)MaxāModbusāMessagesā=ā128ā/ānumberāofāM171 Performance connected
Ethernet Ethernet
TM171EP27R
z 24 V48 V
CAN GSCAN HCAN L
Power OUT
TM171PDM27p
USB
miniUSB
TM171PBM27p
CAN GSCAN HCAN L
TM171EP27R
z 24 V48 V
Power OUT
USB
miniUSB
Switch/Router
M171USB
miniUSB
USB
miniUSB
TM171AETH TM171AETH
Powery 10 m
TM171EP27R
z 24 V48 V
CAN GSCAN HCAN L
Power OUT
TM171PDM27p
USB
miniUSB
M171USB
miniUSB
TM171AETH
Max 10101 2
TM171DGRP
GS H L
POWERCAN
CAN GSCAN HCAN LPower IN
Fig. 42. ModbusāTCPāprotocolāusingāTM171AETHā-ālimits
3.5.5. Example: BACnet / IP
Protocol Field NetworkBACnet IP - Max 4 M171 Performance
Ethernet Ethernet
TM171PBM27p
CAN GSCAN HCAN L
TM171EP27R
z 24 V48 V
Power OUT
USB
miniUSB
Switch/Router
USB
miniUSB
TM171AETH
Powery 10 m
TM171EP27R
z 24 V48 V
CAN GSCAN HCAN L
Power OUT
TM171PDM27p
USB
miniUSB
M171USB
miniUSB
TM171AETH
Max 441 2
TM171DGRP
GS H L
POWERCAN
CAN GSCAN HCAN LPower IN
BAcnet Supervisor
Fig. 43. BACnetāIPāprotocolāusingāEthernetāportāofātheāM171āPerformance
55EIO0000002030 09/2015
WebVisu (WEB SERVER HTTP)WebVisu is an M171 Performance TM171PDM27, TM171PBM27R with the TM171AETH Communication Module.TheāEthernetāCommunicationāModuleāalsoāusesāHTTPāprotocol,ā i.e.āallowingāaccessā toāaāWebāServerā containedā ināM171 Performance.
TM171SW (SoMachineHVAC v2.0 or greater)āallowsātheācreationāandāmanagementāofāwebāpagesā internallyāofāWebVisu (WEB SERVER HTTP),āi.e.āaāwebsiteāināminiature.
WEBāfunctionalitiesāallowālocalāandāremoteāaccessābyāwayāofāanāordinaryābrowser.āThanksātoātheāwebāconnection,ātheāsystemāprovidesāreading,āsupportāandādiagnosticsāservices,āasāwellāasāe-mailāalarmāalerts.
Maināwebāfunctionalities:ā¢ Web-basedāaccess.ā¢ Remoteāreadingāandāsupport.ā¢ Localāandāremoteāsystemācontrol,āincludingāalarmsāmanagement.ā¢ Preventive and predictive maintenance.ā¢ Email alarm alerts.
Careāmustābeātakenāandāprovisionsāmadeāforāuseāofāthisāproductāasāaācontrolādeviceātoāavoidāinadvertentāconsequencesāofācommandedāmachineāoperation,ācontrollerāstateāchanges,āorāalterationāofādataāmemoryāorāmachineāoperatingāparameters.
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ ConfigureāandāinstallātheāmechanismāthatāenablesātheāremoteāHMIālocalātoātheāmachine,āsoāthatālocalācontrolāoverātheāmachine can be maintained regardless of the remote commands sent to the application.
ā¢ Youāmustāhaveāaācompleteāunderstandingāofātheāapplicationāandātheāmachineābeforeāattemptingātoācontrolātheāapplica-tionāremotely.
ā¢ Takeātheāprecautionsānecessaryātoāassureāthatāyouāareāoperatingāremotelyāonātheāintendedāmachineābyāhavingāclear,āidentifyingādocumentationāwithinātheāapplicationāandāitsāremoteāconnection.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
ReferātoātheāsectionāonāParametersā/āETHERNETāPASSIVEāPLUG-INāfolderā(seeāCHAPTER 9 Parameters on page 107).
Ethernet
TM171PDM27p
z 24 V48 V
Switch/Router
M171USB
miniUSB
TM171AETH
WebBrowser
SoMachine HVAC softwareSupervisor
SoMachine HVAC softwareSupervisor
WebBrowser
Fig. 44. WebVisuā(WEBāSERVERāHTTP)āusingāM171āPerformanceāandāTM171AETH
56 EIO0000002030 09/2015
BRIDGETM171SW (SoMachineHVAC) allows monitoring of the Modicon M171OāorāM171Pācontrollerāorāthirdāpartyādevices,ātypical-lyāModbus/RTUāslaves,āwhereāWebVisuā (orāM171 Performance with TM171AETHāCommunicationāModule)ā isā theāMasterāModbus/RTU.
In a TM171SW (SoMachineHVAC)āproject,āmoreāexactly,āWebVisuāisāusedāasāaāModbus/TCPātoāModbus/RTUāprotocolācon-versionāelementāforāModbusā0x03āandā0x10ācommands.
For example from TM171SW (SoMachineHVAC),āsetātheāconnectionāwithātheāModicon M171OāasāModbus/TCP,āinsertingāthe WebVisuāIPāaddressāandātheāModbus/RTUāaddressāofātheāModicon M171O slave.
TM171PDM27p
TM171OFM22R
TM171ODp22p
485GS485 ā485 +
z 24 V48 V
Max 127
M171USB
miniUSB
RS 485
TM171PBM27p
Slaves
M171USB
miniUSB
esc
set
M171
ā
+
1 2 3 4 5 6 7
F1
F3
F2
F4
F5
esc
set
M171
Ethernet
Switch/Router
SoMachine HVAC softwareSupervisor
WebBrowser
SoMachine HVAC softwareSupervisor
Ethernet
TM171DBM27p
M171USB
miniUSB
TM171AETH
+-
Fig. 45. BRIDGEāusingāTM171AETH
TFTP (Trivial File Transfer Protocol)
TFTPācanāalsoābeāenabledāforāfileātransferābetweenāPCāandācontrollerāonāanāEthernetānetwork.
57EIO0000002030 09/2015
3.5.6. TM171AMBTheāRS485āCommunicationāModuleāallowsāM171/M172āDINā railāmountedāPerformanceācontrollersā toācommunicateāviaāanāRS485āserialāusingāaāModbusāRTUāMaster/Slaveācommunicationāprotocol,āināadditionātoātheāRS485āserial.The connection allows:ā¢ connectionātoāaāsupervisionāsystemāusingātheāModbusāRTUāprotocol
ā¢ connectionāofāanāIECā61131-3āTM171SW (SoMachineHVAC)ādevelopmentāsystem
ā¢ connectionātoāperipheralāModbusādevicesā(forāexampleāTM171EPR)
TheātwoāCANāserialsāportsā(integratedāandācommunicationāmodule)āofferātheāsameālevelāofāservices.ā M171 PerformanceāmanagesāonlyāoneāofātheātwoāasāModbusāMaster.āBothācanāoperateāasāaāModbusāSlave.
485GS485 ā485 +
TM171AMB
ModbusSlave
RS485
ModbusMaster
TM171PDM27p
CAN GSCAN HCAN L
Powery 10 m
TM171EP27R
z 24 V48 V
Power OUT
USB
miniUSB
M171USB
miniUSB
SoMachine HVAC softwareSupervisor
TM171AETHRS485TM171ARS485
TM171DGRPGS H L
POWERCAN
CAN GSCAN HCAN LPower IN
Fig. 46. ModbusāRTUāprotocolāusingāTM171AMB
58 EIO0000002030 09/2015
3.5.7. TM171ARS485 / TM171AETHRS485The connection allows M171 Performance controllersātoāconnectātoāaāBACnetāsupervisionāsystemāusingātheāBACnetāMS/TPācommunicationāprotocol.
485GS485 ā485 +
BACnet MSTP
RS485
ModbusMaster
TM171PDM27p
CAN GSCAN HCAN L
Powery 10 m
TM171EP27R
z 24 V48 V
Power OUT
USB
miniUSB
M171USB
miniUSB
SoMachine HVAC softwareSupervisor
TM171AETHRS485TM171ARS485
TM171DGRPGS H L
POWERCAN
CAN GSCAN HCAN LPower IN
485GS485 ā485 +
BACnet Node BACnet Node
BACnet Node
Fig. 47. āBACnetāMS/TPāonāRSā485ānetworkāusingāTM171ARS485ā/āTM171AETHRS485
59EIO0000002030 09/2015
3.5.8. TM171ACANTheāCANāCommunicationāModuleāallowsāM171/M172āDINārailāmountedāPerformanceācontrollersātoācommunicateāviaāaāCANāserialāusingāaāCANāprotocolāināadditionātoātheāexistingāCANāserial.It allows:ā¢ connectionātoāaāsupervisionāsystemāusingātheāCANāprotocol.
ā¢ connectionāofāanāIECā61131-3āTM171SW (SoMachineHVAC)ādevelopmentāsystem.
ā¢ connection to TM171EPR expansions.
ā¢ connection to M171 Performance Display Graphicā(TM171DGRP)ādevices.
TheātwoāCANāserialsāportsā(integratedāandācommunicationāmodule)āofferātheāsameālevelāofāservices.ā M171 Performanceāmanagesāonlyāoneāofātheātwoātoāpilotāexpansions.
ReferātoātheāsectionāonāParametersā/āCANāPASSIVEāPLUG-INāfolderā(seeāCHAPTER 9 Parameters on page 107).
TM171DGRPGS H L
POWERCAN
TM171ACAN
CAN CAN
TM171EP27R
z 24 V48 V
CAN GSCAN HCAN L
Power OUT
TM171PDM27p
USB
miniUSB
TM171PBM27p
CAN GSCAN HCAN L
Powery 10 m
TM171ACAN TM171EP27R
z 24 V48 V
Power OUT
USB
miniUSB
USB
miniUSB
M171USB
miniUSB
SoMachine HVAC softwareSupervisor
CAN GSCAN HCAN LPower IN
Fig. 48. CANāprotocolāusingāTM171ACAN
60 EIO0000002030 09/2015
3.5.9. TM171APBUSTheāPROFIBUSāCommunicationāModuleāallowsāM171 Performance TM171PDM27 and TM171PBM27Rā toācommunicateāviaāaāProfibusāserialāusingātheāProfibusāDPāSlaveāV-0ācommunicationāprofile.TheāconnectionāallowsāinterfaceāwithāaāsupervisionāsystemāorāmasterācontrollerāusingātheāProfibusāprotocol.
TM171APBUS
Profibus DP Slave V-0
Master Profibus
Profibus DP Slave V-0
TM171EP27R
z 24 V48 V
CAN GSCAN HCAN L
Power OUT
TM171PDM27p
USB
miniUSB
TM171PBM27p
CAN HCAN L
TM171APBUS TM171EP27R
z 24 V48 V
Power OUT
USB
miniUSB
M171USB
miniUSB
M171USB
miniUSB
TM171DGRPGS H L
POWERCAN
CAN GS
CAN GS
CAN HCAN LPower IN
Powery 10 m
Fig. 49. ProfibusāprotocolāusingāTM171APBUS
61EIO0000002030 09/2015
3.5.10. TM171ALONTheāLONāCommunicationāModuleāallowsāM171/M172āDINārailāmountedāPerformanceācontrollersātoācommunicateāviaāaāLONāserialāusingātheāLonWorkSā(FFT-10)ācommunicationāprofile.TheāconnectionāallowsāinterfaceāwithāaāsupervisionāsystemāorāmasterācontrollerāusingātheāLONāprotocol.
TM171PDM27p
z 24 V48 V
M171USB
miniUSB
TM171ALON
LON Interface
TX RX SVC
RT1
RT2
TM171PDM27p
z 24 V48 V
M171USB
miniUSB
TM171ALON
RT1
RT2
Fig. 50. LONāprotocolāusingāTM171ALON
NOTE:āTheāLonWorksācommunicationāmoduleāsupportsāupātoā63ānodes.āExceedingāthisāspecificationāmayāresultāināanāelectricalāoverloadāconditionāinātheāM171ALONāCommunicationāModuleāandāconsequentlyāinātheācontroller.
WARNINGUNINTENDED EQUIPMENT OPERATIONDoānotāexceedātheāmaximumāofā63ānodesāonātheāTM171ALONāCommunicationāModule.Failure to follow these instructions can result in death, serious injury, or equipment damage.
ForāmoreāinformationāonātheāLonWorksānetwork,āvisitāwww.echelon.com/technology/lonwork/
62 EIO0000002030 09/2015
3.6. Ethernet connection (for M171 Performance Flush)The M171 Performance Flush productāisāalsoādesignatedāforāWebVisuTheāEthernetāconnectionāalsoāallowsācommunicationāusingāHTTPāprotocol,ā i.e.āaccessātoāaāWebāServerācontainedāināM171 Performance.
TM171SW (SoMachineHVAC v2.0 or greater)āallowsātheācreationāandāmanagementāofāwebāpagesā internallyāofāWebVisu (WEB SERVER HTTP),āi.e.āaāwebsiteāināminiature.
WEBāfunctionalitiesāallowālocalāandāremoteāaccessābyāwayāofāanāordinaryābrowser.āThanksātoātheāwebāconnection,ātheāsystemāprovidesāreading,āsupportāandādiagnosticsāservices,āasāwellāasāe-mailāalarmāalerts.
Maināwebāfunctionalities:ā¢ Web-basedāaccess.ā¢ Remoteāreadingāandāsupport.ā¢ Localāandāremoteāsystemācontrol,āincludingāalarmsāmanagement.ā¢ Preventive and predictive maintenance.ā¢ Email alarm alerts.
Careāmustābeātakenāandāprovisionsāmadeāforāuseāofāthisāproductāasāaācontrolādeviceātoāavoidāinadvertentāconsequencesāofācommandedāmachineāoperation,ācontrollerāstateāchanges,āorāalterationāofādataāmemoryāorāmachineāoperatingāparameters.
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ ConfigureāandāinstallātheāmechanismāthatāenablesātheāremoteāHMIālocalātoātheāmachine,āsoāthatālocalācontrolāoverātheāmachine can be maintained regardless of the remote commands sent to the application.
ā¢ Youāmustāhaveāaācompleteāunderstandingāofātheāapplicationāandātheāmachineābeforeāattemptingātoācontrolātheāapplica-tionāremotely.
ā¢ Takeātheāprecautionsānecessaryātoāassureāthatāyouāareāoperatingāremotelyāonātheāintendedāmachineābyāhavingāclear,āidentifyingādocumentationāwithinātheāapplicationāandāitsāremoteāconnection.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
ReferātoātheāsectionāonāParametersā/āETHERNETāPASSIVEāPLUG-INāfolderā(seeāCHAPTER 9 Parameters on page 107).
Ethernet
Switch/RouterWebBrowser
SoMachine HVAC softwareSupervisor
WebBrowser
SoMachine HVAC softwareSupervisor
Ethernet
AI2
AI1
NTC SensorBuilt-in
RH Sensor Built-in
AI3 GS H L
POWERGSG
RS485Analogue inputs CAN
+ ā
AI4
TM171PFE03 / TM171PFE03HR
z 24 V48 V
Power IN
Fig. 51. WebVisuāusingāM171āPerformanceāFlush
63EIO0000002030 09/2015
BRIDGETM171SW (SoMachineHVAC)āallowsāmonitoringāofā theāModicon M171OāorāM171Pācontrollerāorā thirdāpartyādevices,ā typi-callyā Modbus/RTUā slaves,ā whereā WebVisuā (orā M171 Performance Flushā logicā controllerā withā Communicationā ModuleāTM171AETH)āisātheāMasterāModbus/RTU.In a TM171SW (SoMachineHVAC)āproject,āmoreāexactly,āWebVisuāisāusedāasāaāModbus/TCPātoāModbus/RTUāprotocolācon-versionāelementāforāModbusā0x03āandā0x10ācommands.For example from TM171SW (SoMachineHVAC),āsetātheāconnectionāwithātheāModicon M171OāasāModbus/TCP,āinsertingāthe WebVisuāIPāaddressāandātheāModbus/RTUāaddressāofātheāModicon M171O slave.
Ethernet
AI2
AI1
NTC SensorBuilt-in
RH Sensor Built-in
AI3 GS H L
POWERGSG
RS485Analogue inputs CAN
+ ā
AI4
MasterTM171PFE03 / TM171PFE03HR
TM171PDM27p
TM171OFM22RTM171ODp22p
485GS485 ā485 +
z 24 V48 V
Max 127
M171USB
miniUSB
RS 485
Power IN
TM171PBM27p
SlavesM171USB
miniUSB
esc
set
M171
ā+
ā
+
1 2 3 4 5 6 7
F1
F3
F2
F4
F5
esc
set
M171
Ethernet
Switch/Router
SoMachine HVAC softwareSupervisor
WebBrowser
SoMachine HVAC softwareSupervisor
BRIDGE
z 24 V
Fig. 52. WebVisuāusingāM171āPerformanceāFlush
TFTP (Trivial File Transfer Protocol)TFTPā(TrivialāFileāTransferāProtocol)ācanāalsoābeāenabledāforāfileātransferābetweenāPCāandācontrollerāonāanāEthernetānetwork.
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All M171 Performance logic controllersā systemā componentsā meetā Europeanā Communityā (CE)ā requirementsā forā openāequipment.āYouāmustāinstallāthemāināanāenclosureāorāotherālocationādesignedāforātheāspecificāenvironmentalāconditionsāandātoāminimizeātheāpossibilityāofāunintendedācontactāwithāhazardousāvoltages.āUseāmetalāenclosuresātoāimproveātheāelectromagneticāimmunityāofāyourāM171 Performance logic controllersāsystem.āThisāequipmentāmeetsāCEārequirementsāasāindicatedāinātheātable below.
WARNINGUNINTENDED EQUIPMENT OPERATIONDoānotāexceedāanyāofātheāratedāvaluesāspecifiedāwithināthisāchapter.Failure to follow these instructions can result in death, serious injury, or equipment damage.
Applyingā incorrectā currentā orā voltageā levelsā onā analogā inputsā andā outputsā couldā damageā theā electronicā circuitry.ā Further,ā connectingāaācurrentāinputādeviceātoāanāanalogāinputāconfigureāforāvoltage,āandāvice-versa,āwillālikewiseādamageātheāelectronicācircuitry.
NOTICEINOPERABLE EQUIPMENT
ā¢ Doānotāapplyāvoltagesāaboveā11āVdcātoātheāanalogāinputsāofātheācontrollerāorāInput/Outputāexpansionāmoduleāwhenāanalogāinputāisāconfiguredāasā0-10āVāinput.
ā¢ Doānotāapplyācurrentāaboveā30āmAātoātheāanalogāinputsāofātheācontrollerāorāInput/Outputāexpansionāmoduleāwhenāanalogāinputāisāconfiguredāasā0-20āmAāorā4-20āmAāinput.
ā¢ Doānotāmismatchāappliedāsignalāwithāanalogāinputāconfiguration.Failure to follow these instructions can result in equipment damage.
4.1. General specificationsStandard Min Max
Supplyāvoltage1 +24āVac/dcāĀ±20%āorā+48āVdcāĀ±20%ā 21āV 60āVSupplyāvoltageāTM171EP14R +24āVac/dcāĀ±10%āNOTāISOLATED 20āV 38āVSupplyāfrequency 50āHzā/ā60āHz --- ---
Power draw
22āVAā/ā18āWā(M171 Performance)16āVAā/ā7āWāmaxā(M171EP14R)
5āWā(M171 Performance Flush and M171 Display Graphic)
--- ---
Insulationāclass 2 --- ---Ambientāoperatingātemperature 25āĀ°Cā/ā77āĀ°F -10āĀ°Cā/ā14āĀ°F +55Ā°C/ā+131āĀ°FAmbientāoperatingātemperatureā of M171 Performance Display Graphic (TM171DGRP)
25āĀ°Cā/ā77āĀ°F -5Ā°Cā/ā23āĀ°F +55Ā°C/ā+131āĀ°F
Ambientāoperatingāhumidityā(non-condensing) 30% 10% 90%Ambientāstorageātemperature 25āĀ°Cā/ā77āĀ°F -20āĀ°Cā/ā-4āĀ°F +85Ā°Cā/ā+185āĀ°F
Ambientāstorageāhumidityā(non-condensing) 30% 10% 90%
1 For M171 Performance Flush / M171 Performance Display Graphicā (TM171DGRP):āpoweredābyāM171 Performance TM171PDM27 / TM171PBM27Rāorādirectlyāfromāanāindependent,āproperlyāratedāpowerāsupply.
CHAPTER 4 Technical data
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NOTE: WhenāsupplyingāpowerāfromātheāM171 Performance logic controllers,āmakeātheāpowerāconnectionācableāasāshortāas possible.
NOTICEINOPERABLE EQUIPMENTDo not connect a power cable longer than 10m.Failure to follow these instructions can result in equipment damage.
ClassificationTheāproductācompliesāwithātheāfollowingāharmonizedāregulations: ENā60730-2-6ā/āENā60730-2-9ā/āENā60730-1
Use Inātermsāofāconstruction,āasāanāindependentlyāmountedātem-perature-sensitiveāautomaticāelectronicācontroller
Mounting Panel,āwallāorāonāDINāOmegaābarāsupportTypeāofāaction 1.Bāāā1.YPollutionāclass 2ā(normal)Overāvoltageācategory IINominalāpulseāvoltage 2500VDigitalāoutputs refer to the label on the deviceFireāresistanceācategory DSoftwareāclassāandāstructure ATypeāofādisconnectionāorāsuspensionāforāeachācircuit Microswitch disconnectionPTIāofāmaterialsāusedāforāinsulation PTIā250VPeriodāofāelectricalāstressāonātheāinsulatingāparts Longāperiod
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4.2. I/O features
4.2.1. M171 Performance I/O featuresM171 Performanceāfeaturesāforāinputsāandāoutputs.
Type and Label No. DescriptionTM171PDM27RTM171PBM27RTM171EP27R
TM171PDM27S
DigitalāinputāDI1ā¦DI8 8
8āopto-isolatedādigitalāinputsWorkingāvoltageā+24āVac/dcāĀ±20%āorā+48āVdcāĀ±20%
Power draw max. 5 mADigitalāinputsācanābeāusedāasāpulseācounters.āTheā
lengthāofātheāpulseā(positiveāorānegative)āmustābeāgre-ater than 12 ms.
See CHAPTER 8 Physical I/O and ports configura-tion on page 92.
p p
DigitalāinputFAST DI 1
1āno-voltageādigitalāinputā (Pulseācountā+āReadāfrequency)
Note:āmeasureāaāsignalāwithāaāmaximumāfrequencyāofā1ākHz
See CHAPTER 8 Physical I/O and ports configura-tion on page 92.
p p
RelayādigitalāoutputsHighāvoltageDO1, DO2
7
2āāxāā8āAā250āVacārelays p -
RelayādigitalāoutputsHighāvoltageDO3ā¦DO7
5āāxāā5āAā250āVacārelays p -
RelayādigitalāoutputsHighāvoltageDO1, DO2
5
2āāxāā8āAā250āVacārelays - p
RelayādigitalāoutputsHighāvoltage
DO5, DO6, DO73āāxāā5āAā250āVacārelays - p
SSRādigitalāoutputsHighāvoltageDO3, DO4
2 2āāxā1āAā250āVacāSSR - p
AnalogāoutputsAO1ā¦AO5 5
5āxā0-10āVā/ā4..20mAā/āON-OFFāconfigurableāoutputs:ā¢ 0..10V2%āfullāscaleāMin.loadā500āĪ©;ā1%āfullāscaleāwithāloadāgreaterāthanā5ākĪ©ā¢ 4ā¦20mA2%āfullāscaleāmax.ā400āĪ©ā¢ ON-OFFMax.loadā400āĪ©
Note:āAO4āandāAO5ācanābeāconfiguredāasāOpenāCollector. See CHAPTER 8 Physical I/O and ports configuration on page 92.
p p
AnalogāinputsAI1 AI2AI3 AI4AI5 AI6
6 See the following table p p
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NTCā(NK103)10ākĪ©āatā25āĀ°Cā(77āĀ°F)BETAāvalueā3435
DIā(1)
NTC (103AT-2)
10ākĪ©āatā25āĀ°Cā(77āĀ°F)BETAāvalueā3435
4-20āmA 0-10āV
AI1 p p p - -
AI2 p p p - -
AI3 p p p p p
AI4 p p p p p
AI5 p p p p p
AI6 p p p p p
Range -40ā¦+150āĀ°Cā(-40...+302āĀ°F) - -50...+110āĀ°C
(-58...+230āĀ°F) 0ā¦1000 0ā¦1000
Accuracy 0.5%āfullāscale+ 1 digit - 0.5%āfullāscale
+ 1 digit
1%āfullāscale+
1 digit
1%āfullāscale+
1 digitResolution 0.1Ā°C - 0.1āĀ°C 1 digit 1 digit
Input impedance 10ākĪ© 20ākĪ© 10ākĪ© 100āĪ© 21ākĪ©
(1)āDIāDigitalāInput:āvoltageāfreeādigitalāinput.
0-5āVRatiometric
(1)PT1000 hĪ©ā(NTC) daĪ©
(PT1000)
AI1 - - - -
AI2 - - - -
AI3 p p p p
AI4 p p p p
AI5 p p p p
AI6 p p p p
Range 0ā¦1000 -200...+800āĀ°C(-328...+1472āĀ°F) 0...150ākĪ©ā 0ā¦30ākĪ©
Accuracy1%āfullāscale
+ 1 digit
0.5%āfullāscale+
1 digit
1%āfullāscale+
1 digit
1%āfullāscale+
1 digitResolution 1 digit 0.1āĀ°C 1āhĪ© 1ādaĪ©
Input impedance 21ākĪ© 2ākĪ© 10ākĪ© 2ākĪ©
(1)ā0-5āVāRatiometric.ā50āmAāmaximumācurrentāatā5āV
Also see 8.1.1. Analog inputs configuration for M171 Performance on page 93ā forā instructionsāonāoffsetsāandācalibra-tions.
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4.2.2. M171EP14R Performance I/O featuresM171EP14R Performanceāfeaturesāforāinputsāandāoutputs.
Type and Label No. Description TM171EP14R
DigitalāinputāDI1ā¦DI4 4
4ādigitalāinputsāNOTāISOLATEDWorkingāvoltageā24āVac/dcāĀ±10%ā(Vac:āmaxā38Vac)
Power draw max. 5mAp
RelayādigitalāoutputsHighāvoltageDO1...DO4
41āāxāā5Aā250āVacāSPDTārelay3āāxāā3Aā250āVacāSPSTārelays
(commonāmaxā10A)p
AnalogāoutputsAO1ā¦AO2 2 2āxā0-10āVāoutputs:
4%āfullāscaleāMin.loadā5KĪ©;ā2%āfullāscaleāwithāloadāgreaterāthanā5KĪ© p
AnalogāinputsAI1 AI2AI3 AI4
4 See the following table p
NTCā(NK103)10ākĪ©āatā25āĀ°Cā(77āĀ°F)BETAāvalueā3435
DIā(1)NTCā(103AT-2)
10ākĪ©āatā25āĀ°Cā(77āĀ°F)BETAāvalueā3435
4-20āmA 0-10āV
AI1 p p p - -
AI2 p p p - -AI3 p p p p p
AI4 p p p p p
Range -40ā¦+137āĀ°C(-40...+278.6āĀ°F) - -50Ā°...+110āĀ°C
(-58...230āĀ°F) 0ā¦1000 0ā¦1000
Accuracy 0.5%āfullāscale+ 1 digit - 0.5%āfullāscale
+ 1 digit
1%āfullāscale+
1 digit
1%āfullāscale+
1 digitResolution 0.1āĀ°C - 0.1āĀ°C 1 digit 1 digit
Input impedance 10ākĪ© 10ākĪ© 10ākĪ© <200āĪ© >10ākĪ©
(1)āDIāInput:āvoltageāfreeādigitalāinput.
0-5āV(1) PT1000 hĪ©ā(NTC) daĪ©
(PT1000)PTC
(KTY81)
AI1 - - - - p
AI2 - - - - p
AI3 p p p p p
AI4 p p p p p
Range 0ā¦1000 -200..+295āĀ°C(-328...+563āĀ°F) 0..150ākĪ©ā 0ā¦30ākĪ© -50Ā°Cā..+150āĀ°C
(-58...+302āĀ°F)
Accuracy1%āfullāscale
+ 1 digit
0.5%āfullāscale+
1 digit
1%āfullāscale+
1 digit
1%āfullāscale+
1 digit
0.5%āfullāscale+
1 digitResolution 1 digit 0.1āĀ°C 1āhĪ© 1ādaĪ© 0.1āĀ°C
Input impedance >20ākĪ© 2ākĪ© 10ākĪ© 2ākĪ© 2ākĪ©
(1)āRatiometric.ā50āmAāmaximumācurrentāatā5āV
Also see 8.1.1. Analog inputs configuration for M171 Performance on page 93ā forā instructionsāonāoffsetsāandācalibra-tions.
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4.2.3. M171 Performance Flush I/O featuresM171 Performance Flushāfeaturesāforāinputs.
Type and Label
Analog inputs
Probe Description Resolution Accuracy Measurementrange Impedance
TM17
1PFE
03
TM17
1PFE
03H
R
AI1 On-board NTC 0.1āĀ°Cā/āĀ°F 0.5%āfullāscale + 1 digit - 10ākĪ© p p
AI2configurable
Remote
NOT included
NTC 103AT 0.1āĀ°Cā/āĀ°F 0.5%āfullāscale + 1 digit
-50ā¦+110āĀ°C(-58...230āĀ°F) 10ākĪ©
p pNTC NK103 0.1āĀ°Cā/āĀ°F 0.5%āfullāscale + 1 digit
-40ā¦+150āĀ°C(-40...302āĀ°F) 10ākĪ©
D.I.(1)ā - - - 20ākĪ©
AI3configurable
Remote
NOT included
4...20 mA 1 digit 1%āfullāscale + 1 digit 0ā¦1000 100āĪ© p -
0-5āVā(2)ā 1 digit 1%āfullāscale + 1 digit 0ā¦1000 21ākĪ© - -
0..10āV 1 digit 1%āfullāscale + 1 digit 0ā¦1000 21ākĪ© - -
AI4 On-board On-boardā%RHāinput
0.01ā%RH(0%=0pt,
100%ā=ā1000pt)
Ā±3%ā[20...80%]āĀ±5%āā¦elsewhere 0-100ā%RH - - p
(1)āD.I.āDigitalāInputāvoltage-free.(2)ā50āmAāmaximumācurrentāatā5āV.ā
Also see 8.1.2. Analog inputs configuration for M171EP14R on page 94āforāinstructionsāonāoffsetsāandācalibrations.
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4.3. DisplayM171 Performance TM171PDM27āreferences,āremoteādisplayāandāM171 Performance Flush:ā¢ backlitāwithāLEDs
ā¢ 3āLEDsLEDsāandābacklightingācanābeācontrolledāfromāapplication.
4.3.1. M171 Performance Display Graphic / M171 Performance Flush displayDisplay MonochromaticāLCDāgraphicādisplayā128x64pxābacklitāwithāLEDs
Container Backplateā +ā frameā inā PC+ABSāUL94āV-0ā plasticā resin,ā transparentā polycarbonateā frontācover,āpolyesterāmembraneākeypad
4.4. SerialsSerial Description Notes References
CAN CANāExpansionāBus
maxā50āmāatā500ākpbs;ā200āmāatā125ākpbs.
TM171PTM171EPRM171 Performance Display Graphic (TM171DGRP)
Ifānecessary,āapply aā120āĪ©ātermina-tion resistor to both the ends.
RS 485 2āxāRSā485āserial
If the controller is connected at the endā ofā theā RSā 485ā communicationāline,ā applyā aā 120ā Ī©ā terminationā resi-storā betweenā lineā +ā andā lineā -ā ofā theāRSā485ā
TM171PTM171EP27R
Onlyā oneā RSā 485ā serialā portā canā beāconfiguredā asāModbusāmasterā atā theāsame time.
USB
1āTypeāAāUSBāfemaleāconnectorā(Host)
āMass Storageā profileExternalāmemory,āFAT32 formatting.
TM171P1āTypeāmini-BāUSBāfemaleā
connectorā(Device)Connection between PC and device throughāUSBāstandardāCDCāprofile.
ETHERNET ModbusāTCPāETHERNETāport
Equipment includesā MACADDRESS,āinābarcodeāandā12-digitāalphanumericāformat.
M171 Performance Flush
Payāspecialāattentionāwhenāconnectingāserialālines.āMiswiringāmayāleadātoāinoperableāequipment.
NOTICEINOPERABLE EQUIPMENTā¢ DoānotāconnectāequipmentsāthatācommunicateāusingāRSā485āserialātoāCANāExpansionāBusāterminals.ā¢ DoānotāconnectāequipmentsāthatācommunicateāusingāCANāExpansionāBusātoāRSā485āterminals.Failure to follow these instructions can result in equipment damage.
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4.4.1. TM171A Communication ModuleSerial Notes Terminals
TM171ARS232 RS232āNullmodem Digitalāoutputs1āxāSPDTā5āAā250āVacārelay
terminalsā1...3āscrewātypeāremovable,āspacingā5,ā90Ā°āinsertionāforācablesāwithā2.5ā
mm2 cross-section.ā+āDB9āconnector
TM171ACAN Doubleāserialāport Opto-isolatedāCANāserialremovableāscrewātypeā,āspacingā3.81,ā90Ā°āinsertion for cables with 2.5 mm2 cross-
section.
TM171AMBTM171ARS485 Doubleāserialāport Opto-isolatedāRS485āserial
removableāscrewātypeā,āspacingā3.81,ā90Ā°āinsertion for cables with 2.5 mm2 cross-
section.
TM171AETH ModbusāTCPāETHERNETāport - RJ45āconnector
TM171AETHRS485ModbusāTCPā
ETHERNETāportDoubleāserialāport
Opto-isolatedāRS485āserial
RJ45āconnectorremovableāscrewātypeā,āspacingā3.81,ā90Ā°āinsertion for cables with 2.5 mm2 cross-
section.
TM171ALON LON - -
TM171APBUS ProfibusāDPāSlave-V0 - -
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4.5. Power supply
The M171 Performance logic controllersā andā associatedā devicesā requireā powerā suppliesā withā aā nominalā voltageā ofā 24āVacā/ā24āVdcāorā48āVdc.āTheāpowerāsupplies/transformersāmustābeāratedāSafetyāExtraāLowāVoltageā(SELV)āaccordingātoāIECā61140.āTheseāsourcesāofāpowerāareāisolatedābetweenātheāelectricalāinputāandāoutputācircuitsāofātheāpowerāsupplyāasāwellāasāsimpleāseparationāfromāgroundā(earth),āPELVāandāotherāSELVāsystems.
DANGERGROUND LOOP CAUSING ELECTRIC SHOCK AND/OR INOPERABLE EQUIPMENT
ā¢ Doānotāconnectātheā0āVāpowerāsupply/transformerāconnectionāsupplyingāthisāequipmentātoāanyāexternalāgroundā(earth)āconnection.
ā¢ Doānotāconnectāanyā0āVāorāgroundā(earth)āofātheāsensorsāandāactuatorsāconnectedātoāthisāequipmentātoāanyāexternalāgroundāconnection.
ā¢ Ifānecessary,āuseāseparateāpowerāsupplies/transformersātoāpowerāsensorsāorāactuatorsāisolatedāfromāthisāequipment.Failure to follow these instructions will result in death or serious injury.
Ifātheāspecifiedāvoltageārangeāisānotāmaintained,āorātheāeffectiveāseparationāofātheāSELVācircuitāconnectedātoātheāconcernedāequipmentāisācompromised,ātheāproductsāmayānotāfunctionāasāintendedāorāmayābecomeādamagedāandāinoperable.
WARNINGPOTENTIAL OF OVERHEATING AND FIRE
ā¢ Doānotāconnectātheāequipmentādirectlyātoālineāvoltage.ā¢ UseāonlyāisolatingāSELVāpowerāsupplies/transformersātoāsupplyāpowerātoāthisāequipment.
Failure to follow these instructions can result in death, serious injury, or equipment damage.
Theāequipmentāmustābeāconnectedātoāaāsuitableāpowerāsupply/transformersāwithātheāfollowingāfeatures:
Primaryāvoltage Dependingāonārequirementsāofātheāindividualādeviceāand/orācountryāofāinstallation.Secondaryāvoltage +24āVac/dcāĀ±20%āorā+48āVdcāĀ±20%PowerāsupplyāfrequencyāVac 50/60āHz
Power minimumā18āWā(M171 Performance)minimumā5āWā(M171 Performance Flush)
4.6. Mechanical dimensionsLength (L)
mmin
Depth (d) mmin
Height (H) mmin
Notes
M171 PerformanceTM171PDM27 / TM171PBM27R / TM171EP27R
140 5.51
61.6 2.42
110 4.33 -
M171 Performance TM171EP14R 70 2.75
61.6 2.42
87 3.42 -
TM171A Communication Module 35 1.38
61.6 2.42
110 4.33 -
M171 Performance Display Graphicā(TM171DGRP)M171 Performance Flush
160 6.3
10 0.39
96 3.8 -
Opening for panel-mounting of M171 Performance Display Graphic (TM171DGRP) or M171
Performance Flush
138 5.43 - 68
2.68 (+0.2mmā/ā-0.1mm)
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mmin
0.4912.55
5.51140
1.6441.8
0.9524.25
2.7670.2
3.4287
4.33
110
2.80
71.2
2.99761.7745
Fig. 53. TM171PDM27ā/āTM171PBM27Rā/āTM171EP27Rā/āTM171EP14R
4.33
110
2.80
71.2
2.99761.7745
mmin0.95
24.25
0.4912.55
1.3835
1.6441.8
Fig. 54. TM171A
A B
DC
E F
mmin
5.43138
5.90150
3.5490
2.6868 3.3084
0.112.7
x6
Fig. 55. PanelāopeningādimensionsāforāM171āPerformanceāDisplayāGraphicā(TM171DGRP)āorāM171āPerformanceāFlush
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Theāinterface,ācomprisingātheāfrontācoverāofātheācontroller,āallowsāyouātoāperformāoperationsātoāuseātheādevice.
5.1. Keys and LEDsTheādataāprovidedāforākeysārefersātoāTM171PDM27 references.
The TM171PBM27Rāmoduleāhasānoādisplay.āUseātheāM171 Performance Display Graphicā(TM171DGRP)ātoāworkāonāthisācontroller.The TM171EPRāexpansionāmoduleāhasānoādisplay.
M171USB
miniUSB
M171USB
miniUSB
21345
A
B
C
Fig. 56. TM171PDM27
Theākeysācanābeāprogrammedāfromātheācontrollerāapplication.āByādefault,ātheādeviceādisplaysāaāshortāmenuācontainingāthefollowingādefaultāsettings.
No. Key Press once (press and release)
1ā¢ Scrollāupā¢ Increase/modifyāaāvalueā¢ Go to next labelUP
2 OK
ā¢ Scroll downā¢ Moveātoānextālevel/menuā(openāfolder,āsubfolder,āparameter,āvalue)ā¢ Enter/exitāEditāmodeā¢ Confirm operation
3 RIGHT ā¢ MoveācursorātoārightāināEditāMode
4 DOWNā¢ Scroll downā¢ Decrease/modifyāaāvalueā¢ Goātoāpreviousālabel
5 Exit
ā¢ Exitāmenuāpageā/āgoābackātoāpreviousāmenuā¢ MoveācursorātoāleftāināEditāModeā¢ (pressāandāhold)āExitāEditāModeāwithoutāsaving
TheāLEDsācanābeāprogrammedāfromātheāapplication.
CHAPTER 5 M171 Performance User Interface
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Byādefault,ātheyāareāusedāforāUSBāmanagementā-āseeātheārelativeāsectionāonāUSB-Handlingā(seeā3.1.6. Serial connections on page 27).
LEDs DescriptionA B C A,āBāandāCāLEDsāareāprogrammableāviaācontrollerāapplication
5.2. First power onWhenātheāequipmentāisāpoweredāonāforātheāfirstātime,āaāfewāsummaryāpagesāareādisplayedāshowingāsystemāstatus(SYSTEM INFO).
SYSTEM INFOHW
BIOSDATEBOOT
EEPROM
NORāFLASH OKNANDāFLASH OK
SDRAM OKBATRAM OKRTC OKPlug-in NoneUSB-H OKUSB-D Service area
5.3. MenuM171 Performanceāhasāaāminimalāsystemāmenuātoāconfigureāinputs/outputs,ādisplayāI/OāvaluesāandāUSBāoperationsāwherepresentā(TM171PDM27āreferences).
TheāUserāinterfaceāisāavailableāināEnglishāonly.
5.3.1. System MenuSystemāMenu
BIOSāConfigurationBIOSāI/OāValuesBIOSāRTCāValuesUSB-HostāHandling
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5.3.2. BIOS ConfigurationParameterāconfigurationāmenu.āSeeāCHAPTER 9 Parameters on page 107.
BIOSāConfigurationAnalogāInputAnalogāOutput
On-boardāRS485On-boardāCAN
TheātableābelowālistsātheāparametersāthatācanābeāconfiguredāfromātheāLCDādisplayā(TM171PDM27āreference)āand/orāM171 Performance Display Graphicā(TM171DGRP).TheāmenuāforāparameterāconfigurationāisāSystem Menu > BIOS Configuration.
BIOSāConfiguration Parameter Folder
AnalogāInput ANALOGINPUTS
AnalogāOutput ANALOGOUTPUTSāV/I
On-boardāRS485 On-boardRS485
On-boardāCAN On-boardCAN
5.3.3. BIOS I/O ValuesShowsāinputā(readāonly)āandāoutputāvaluesā(modifiable).
BIOSāI/OāValuesAnalogāInputAnalogāOutputDigitalāOutputDigitalāInput
Inputsāareāreadāonly.āDigitalāinputāexample:
DigitalāInputDI1 Off DI5 OffDI2 Off DI6 OffDI3 Off DI7 OffDI4 Off DI8 Off
Theāanalogāandādigitalāoutputsāareāmodifiable.Moveātheācursorātoātheāresourceārequired.Press the OKākeyātoāenterāEditāMode.āUseātheāUP and DOWNākeysātoāmodifyāvalue.āConfirmāwithātheāOKākey.Analogāoutputāexample.
AnalogāOutputā1/2AO1āā0.2āā%AO2āā0.0āā%AO3āā0.0āā%
VāPrev Next ^
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DigitalāOutputāexample.
DigitalāOutputDO1 On DO5 OffDO2 Off DO6 OffDO3 Off DO7 OffDO4 Off
5.3.4. BIOS RTC ValuesShowsātimeā(HHā:āMMā:āSS)āandādateā(DDā/āMMā/āYY)āinternalāclock.
BIOSāRTCāValues
16 : 50 : 5630ā/ā10ā/ā10RTCāset
Press OK.Selectātheāvalueāthatāyouāwantātoāmodify.Press the OKākeyātoāenterāEditāMode.āUseātheāUP and DOWNākeysātoāmodifyāvalue.āConfirmāwithātheāOKākey.GoātoāRTCāāUpdateāāandāpressāOKātoāupdateātheāclock.
BIOSāRTCāValues
17 : 50 : 5631ā/ā10ā/ā10RTCāupdate
5.3.5. USB-Host HandlingThisāmenuāprovidesāoptionsātoāworkāonāprojectāfiles.
TypeāAāUSBā(HOST)ā-āUSBāmemoryākey.
USB-HostāHandlingUSB-->āM171āPERFORMANCE
M171āPERFORMANCE-->āUSB
NOTE: OnlyāuseāoneāUSBāconnectionāatāaātime.Menu description
M171 PERFORMANCE --> USBMenuāthatāallowsāyouātoādownloadāparametersātoātheāUSBāmemoryākey.ThisāshouldāonlyābeādoneāforāBIOSāparameters:ā¢ Parameters
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USB -> M171 PERFORMANCEMenuāthatāallowsāyouātoāuploadāparameters,āapplicationsāandāmenusāfromāaāUSBāmemoryākeyātoāM171 PERFORMANCE.TheāoperationāshouldābeādoneāindividuallyāforāeachāTM171SW (SoMachineHVAC) development file and for BIOS parameters:ā¢ Application
ā¢ User Interface
ā¢ Connection
ā¢ Parameters
Preliminary operations
1. Check USB memory key
ā¢ Connect the USB to the PC.
ā¢ CheckāthatāitāhasābeenāFAT32āformatted
ā¢ SelectāComputer.
ā¢ Rightāclickātheāexternalādrive.
ā¢ SelectāPropertiesāandācheckāSystemāFileātype:āFAT32.
2. Create PARAM.DAT file
Use this menu:M171 PERFORMANCE --> USBā¢ ConnectātheāUSBāmemoryākey.ā
ā¢ SelectāM171āPERFORMANCEā-->āUSB. Parametersāisātheāonlyāavailableāoption.
USB-HostāHandling
M171āPERFORMANCE-->USB
USBāHostā->āM171āPERFORMANCE
Parameters
Onācompletion,ātheāUSBāmemoryākeyāwillācontainātheāPARAM.DAT file.
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3. Copy file from M171 PERFORMANCE to PCType mini-B USB (DEVICE)Connect M171 PerformanceātoāaāPCāorāthirdāpartyādeviceāusingāaāsuitableāUSBāmini-Bācable.This can be done from a PC or other device.M171 PerformanceāsuppliesātheāfollowingāfilesātoābeācopiedātoāPCāandāthenātransferredātoāaāUSBāmemoryākey:
File Development environment Description Note
HMIIEC.COD User Interface Menu Available after M171 Performance has been rebo-
otedPLCIEC.COD Application Controller applicationCONNEC.PAR Connection Networkāconfigurationāfile
4. UPLOAD.TXT file creationTheāUPLOAD.txtāfileācanābeācreatedābyāanyātextāeditorāwithātheāfollowingācontents:
Example:āfilesāināUPLOAD.txt
Example UPLOAD.txt Example 03UPLOAD.txt ; Application PLCIEC.COD ; User Interface HMIIEC.COD ; Connection CONNEC.PAR ; Parameters PARAM.DAT
; Application 03PLCIEC.COD ; User Interface 03HMIIEC.COD ; Connection 03CONNEC.PAR ; Parameters 03PARAM.DAT
; User Interface Remote HMIREM.KBD ; User Interface Remote 03HMIREM.KBD
Theāremoteāinterface,āifāavailable,ācanāalsoābeāaddedātoāeachāfile.
When more than one M171 Performanceāisābeingāused,āuseādipswitchesāforāupdating.ā
Fileānamesāwillābeāprecededābyā00,ā01,ā02,ā03āetcāandāM171 Performanceāwillāonlyā loadātheārelativeā fileā ifā itāmatchesātheādipswitch setting.
Example:ā4āfilesāonāUSBāmemoryākey
The file HMIIEC.COD and 00HMIIEC.COD are identical.
Files on USBDipswitch
M171 Performance
Description Note
HMIIEC.COD 00 Parameter file downloaded to M171 Performance Seeāpreviousāexample
00HMIIEC.COD 01 Parameter file NOT downloaded to M171 Performance01HMIIEC.COD 01 Parameter file downloaded to M171 Performance02HMIIEC.COD 01 Parameter file NOT downloaded to M171 Performance02HMIIEC.COD 02 Parameter file downloaded to M171 Performance
Example:ā1āfileāonāUSBāmemoryākey
Files on USBDipswitch
M171 Performance
Description Note
02HMIIEC.COD 01 Parameter file NOT downloaded to M171 Performance
Messageāāfileānotāpresentāādisplayed.
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5. Transfer file to USB memory keyThe following files will be saved to the USB memory key:
File Development environment Description Note
HMIIEC.COD User Interface MenuTheāremoteāinterface,āifāavailable,ācanāalsoābeāadded.Available after M171 Performance has been reboo-
ted
PLCIEC.COD Application Controller application Available after M171 Performance has been reboo-tedCONNEC.PAR Connection Networkāconfigurationāfile
PARAM.DAT Parameters Parameters Type A USB (HOST)Instantāupdateāwithoutāhavingātoāreboot
UPLOAD.TXT / ābootāāfileāneededātoāuploadāparameters.
The UPLOAD.TXT file must be on the USB memo-ry key
You can now use the following menu:
USB --> M171 PERFORMANCE
ā¢ ConnectātheāUSBāmemoryākey.
ā¢ SelectāUSBā->āM171āPERFORMANCE
ā¢ Selectātheārequiredāoption.
USB-HostāHandling
USB-->M171āPERFORMANCE
USBāHostā->āM171āPERFORMANCE
ApplicationUser Interface
ConnectionParameters
Ifātheāactionācompletesāsuccessfully,ātheāfollowingāscreensāareāshown:
USBāHostā->āM171āPERFORMANCE USBāHostā->āM171āPERFORMANCE
Processing Completed
Ifātheāfileāisānotāfound,ātheāfollowingāmessageāwillābeādisplayed:
USBāHostā->āM171āPERFORMANCE
File not present.
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IfāthereāisānoāUSBāmemoryākey,ātheāfollowingāmessageāwillābeādisplayed:
USBā-āM171āPERFORMANCE
USB drive not present.
File management not using the menuAlternatively,āfilesācanābeādownloadedāautomaticallyāwithoutāusingātheāmenuāorādisplayā(TM171PBM27Rāreference).
NOTE:āTheāUPLOAD.TXTāfileāmustābeāonātheāUSBāmemoryākeyā(USBādrive).ā
ConnectātheāUSBāmemoryākey.TheāfilesāonātheāUSBāmemoryākeyāwillābeātransferredāautomaticallyātoāM171 Performance.Atātheāuserāinterfaceālevel,ātheāLEDsāwillābehaveāasāfollows:
LED UploadRed Flashing 2 seconds Operationāunsuccessful
Yellow On Underway
Green Flashing 2 seconds Completedāsuccessfully
WhenātheāLEDsāhaveāgoneāoff,ātheāUSBāmemoryākeyācanābeāremoved.Switchāoffāorārestartātheācontrollerāandāmakeātheādataādownloadāeffective.
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Theāinterface,ācomprisingātheāfrontācoverāofātheācontroller,āallowsāyouātoāperformāoperationsātoāuseātheādevice.
21
3
45
A B C
Fig. 57. M171āPerformanceāDisplayāGraphicā(TM171DGRP)
6.1. Keys and LEDsTheākeysācanābeāprogrammedāfromātheācontrollerāapplication.āByādefault,ātheādeviceādisplaysāaāshortāmenuācontainingāthefollowingādefaultāsettings.
No. Key Press once (press and release)
1TT
ā¢ Scrollāup
ā¢ Returnātoāpreviousāpageā(forāexampleā1/3ā2/3)
ā¢ Increaseā/āmodifyāaāvalue
ā¢ Go to next label
UP
2 OK
ā¢ Scroll down
ā¢ Moveātoānextālevel/menuā(openāfolder,āsubfolder,āparameter,āvalue)
ā¢ Enter/exitāEditāmode
ā¢ Confirm operation
3 RIGHT
T ā¢ MoveācursorātoārightāināEditāMode
4DOWN
ā¢ Scroll down
ā¢ Moveātoātheānextāpageā(forāexampleā1/32/3)
ā¢ Decreaseā/āmodifyāaāvalue
ā¢ Goātoāpreviousālabel
TT
5 Exit
ā¢ Exitāmenuāpageā/āgoābackātoāpreviousāmenu
ā¢ MoveācursorātoāleftāināEditāMode
ā¢ (pressāandāhold)āExitāEditāModeāwithoutāsaving
CHAPTER 6 M171 Performance Display Graphic user interface
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DIAGNOSTICS MenuM171 Performance Display Graphicā (TM171DGRP)ā isā factory-configuredāwithāaādefaultāDIAGNOSTICSā(DIA)āmenuā thatāappearsāwhenātheāequipmentāisāpoweredāon.Afterāuploadingāaācontrollerāapplicationāand/orāaāHMIāmenuāfromāTM171SW (SoMachineHVAC),ātheāmainādisplayāconsistsāofātheāapplicationāmenuācreatedāwithāTM171SW (SoMachineHVAC)āInterface.Ināwhichācase,ātoāopenātheāDIAGNOSTICSāmenuāproceedāasāfollows:
No. Key combination Press and hold for about 3 seconds
4+5DOWN
OpenāDIAGNOSTICSāmenuExit
Toāreturnātoātheācontrollerāapplicationāmenu,āopenātheāāHMIāManagementāāpage,āselectā and press the OKākey.See 6.4. Remote interface on page 84.
TheāLEDsācanābeāprogrammedāfromātheācontrollerāapplication.
LEDs DescriptionA B C A,āBāandāCāLEDsāareāāprogrammableāviaācontrollerāapplication
6.2. First power onWhenātheāequipmentāisāpoweredāonāforātheāfirstātime,āaāfewāsummaryāpagesāareādisplayedāshowingāsystemāstatusā(SYSTEM INFO).
SYSTEM INFOHW
BIOSDATEBOOT
EEPROM
NORāFLASH OK
SDRAM OK
Theāsystemāwillāalsoāsearchāforātheācontrollerāapplicationāandātheālocalāmenuā¦Ifāpresent,ātheāmenuāwillāappearāonātheādisplay.
HMIāsearching ...
DIA
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6.3. DIAGNOSTICS menuTheādefaultāDIAGNOSTICSāmenuāofātheāM171 Performance Display Graphicā(TM171DGRP)āallowsāyouātoāmanageāsystemāparametersā(BIOSāparameters)āandātheāinterfaceā(HMI).TheāDIAGNOSTICSāmenuācanābeādisplayedāinā5ālanguages:āEnglish,āItalian,āGerman,āSpanishāandāFrench.Toāchangeātheādefaultālanguage,āopenāBIOSāParametersā>āDisplay.
M171āDisplayāGraphicBIOS parametersHMIāManagement
6.3.1. BIOS parametersParameterāconfigurationāmenu.āSeeāCHAPTER 9 Parameters on page 107.
ThisāmenuāisādepopulatedāwithārespectātoātheāparametersātableācontainedāinātheācorrespondingāchapterāandāinātheāTM171SW (SoMachineHVAC)ādevice.
Aālanguageāchangeāexample:āBIOS parameters < OKākeyā>āDisplayā1/3ā < OKākeyā>āEditāModeā<āUP/DOWNākeyā>āselectālanguageā<āOKākeyā>ā<ā keyā>
BIOS parameters Displayāāāāāāāāāāāāāāāāāāā1/3
Displayāāāāāāāāāāāāāāāāāāā1/3Display Language LanguageBuzzer Italiano EnglishCAN
SeeāparameterāDisplay/Hmi_Language.
6.3.2. HMI ManagementSee 6.4. Remote interface on page 84.
6.4. Remote interfaceM171āDisplayāGraphicLanguage:ā0āāāāāāāāā
HMIāManagement
6.4.1. LanguageThisāsectionāisāforāsettingātheālanguageāofātheāremoteāmenu,ādefinedāfromātheāTM171SW (SoMachineHVAC)āUserāInterface.Theānumberāofālanguagesāandātheāorderāareāestablishedābyātheācorrespondingāapplication/menu.SeeāparameterāHMIāManagement/Hmi_Languageā(seeāCHAPTER 9 Parameters on page 107).
6.4.2. Toāreturnātoātheāmenuāofātheācontrollerāapplication,āmoveātheācursorāontoātheāāsymbolāandāpressātheāOKākey.
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6.4.3. HMI ManagementThisāpageāshowsātheāconfigurationāofātheāremoteāpage.
M171āDisplayāGraphicFile:āHMIREM.KBD
Id: 0
Com: CANAddr: 124
Fromātheseāpagesāitāisāpossibleātoāālaunchāā(run)ātheācorrespondingāmenuāāāifāpresent.Moveātheācursorātoā and press the OKākey.ToāāuploadāāaāremoteāpageāuseāAfterāselectingātheādesiredāmenuāmoveātheācursorātoā toāviewātheāmenu.
Upload remote pageUpload page?
The process cannot be interrupted
Cancel OK
Press OKātoāuploadāorāanyāotherākeyātoācancel:
Upload remote pageUploading...
80%
Theāuploadāmayātakeāupātoāaāminute.
Ifāthereāareānoādataātoāupload,ātheāfollowingāscreenādisplays:
Upload remote pageThere are no remotepages on the card.
Press OK
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Theāinterface,ācomprisingātheāfrontācoverāofātheācontroller,āallowsāyouātoāperformāoperationsātoāuseātheādevice.
A B C
21
3
45
Fig. 58. M171āPerformanceāFlush
Theākeysācanābeāprogrammedāfromātheācontrollerāapplication.āByādefault,ā theādeviceādisplaysāaāshortāmenuācontainingā theāfollowingādefaultāsettings.
7.1. Keys and LEDs
No. Key Press once (press and release)
1TT
ā¢ Scrollāup
ā¢ Returnātoāpreviousāpageā(forāexampleā2/10āfā3/10)
ā¢ Increaseā/āmodifyāaāvalue
ā¢ Go to the next label
UP
2 OK
ā¢ Scroll down
ā¢ Moveātoānextālevel/menuā(openāfolder,āsubfolder,āparameterāvalue)
ā¢ Enter/exitāEditāmode
ā¢ Confirm operation
3 RIGHT
T ā¢ MovesācursorātoārightāināEditāMode
4DOWN
ā¢ Scroll down
ā¢ Moveātoātheānextāpageā(forāexampleā1/10āgā2/10)
ā¢ Decreaseā/āmodifyāaāvalue
ā¢ Goātoāpreviousālabel
TT
5 Exit
ā¢ Exitāmenuāpageā/āgoābackātoāpreviousāmenu
ā¢ MoveācursorātoāleftāāināEditāMode
ā¢ (pressāandāhold)āExitāEditāModeāwithoutāsavingāanyāchanges
CHAPTER 7 M171 Performance Flush user interface
87EIO0000002030 09/2015
The M171 Performance Flushā isā factory-configuredā withā aā defaultā DIAGNOSTICSā (DIA)ā menuā thatā appearsā whenā theāequipmentāisāpoweredāon.Afterāuploadingāofāaācontrollerāapplicationāand/orāaāHMIāmenuāfromāTM171SW (SoMachineHVAC),ātheāmainādisplayāconsistsāofātheāapplicationāmenuācreatedāwithāTM171SW (SoMachineHVAC)āInterface.Ināwhichācase,ātoāopenātheāDIAGNOSTICSāmenuāproceedāasāfollows:
Key combination Press and hold for about 3 seconds
4+5DOWN
OpenāDIAGNOSTICSāmenuExit
TheāLEDsācanābeāprogrammedāfromātheācontrollerāapplication.
LEDs DescriptionA B C A,āBāandāCāLEDsāareāprogrammableāviaācontrollerāapplication
Toā returnā toā theā controllerā applicationāmenuā openā theā āHMIāManagementāā pageā (7.3.2. HMI management on page 88),āselect and press the OKākey.See 7.4. Remote interface on page 90.
7.2. First power onWhenātheāequipmentāisāpoweredāupāforātheāfirstātime,āaāfewāsummaryāpagesāareādisplayedāshowingāsystemāstatusā(SYSTEM INFO).
SYSTEM INFOHW
BIOSDATEBOOT
EEPROM
NORāFLASH OKNANDāFLASH OK
SDRAM OKBATRAM OKRTC OK
Theāsystemāwillāalsoāsearchāforātheācontrollerāapplicationāandātheālocalāmenuā¦Ifāpresent,ātheāmenuāwillāappearāonātheādisplay
PLCāsearching ā¦HMIāsearching ā¦
CON loaded
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7.3. DIAGNOSTIC menuTheāDIAGNOSTICSāmenuā ofā theāM171 Performance Flushā isā usedā toāmanageā systemā parametersā (BIOSā parameters),āremoteāinterfacesā(HMI)āandātoādisplayāI/Oāvaluesāandāclock.TheāDIAGNOSTICSāmenuācanābeādisplayedāinā5ālanguages:āEnglish,āItalian,āGerman,āSpanishāandāFrench.Toāchangeātheālanguage,āopenāBIOSāParametersā>āDisplay
M171āPerformanceāFlushBIOS parametersHMIāManagementProbeāvaluesDate and time
7.3.1. BIOS parametersForāParameterāconfigurationāmenu,āseeāCHAPTER 9 Parameters on page 107.
ThisāmenuāisādepopulatedāwithārespectātoātheāparametersātableācontainedāinātheācorrespondingāchapterāandāinātheāTM171SW (SoMachineHVAC)ādevice.ā
Aālanguageāchangeāexample:āBIOS parameters < OKākeyā>āDisplayā1/3ā < OKākeyā>āEditāModeā<āUP/DOWNākeyā>āselectālanguageā<āOKākeyā>ā<ā keyā>
BIOS parameters Displayāāāāāāāāāāāāāāāāāāā1/3
Displayāāāāāāāāāāāāāāāāāāā1/3Display Language LanguageBuzzer Italiano EnglishCAN
SeeāparameterāDisplay/Hmi_Language.
7.3.2. HMI managementSee 7.4. Remote interface on page 90.
7.3.3. Probe valuesShowsāinputāvaluesā(readāonly).M171 Performance Flushāhasā3āinputs.āA TM171PFE03HR example:
Probesāvaluesāāāāāāāā1/3 Probesāvaluesāāāāāāāā2/3 Probesāvaluesāāāāāāāā3/3Internal NTC External NTC Humidityāsensor
27.3 -ā-ā-ā-ā-ā-ā-ā-ā-ā-ā-ā-ā-ā- 43.38Ā°C,āĀ°F Ā°C,āĀ°F RH%
For offset programming see 8.1.2. Analog inputs configuration for M171EP14R on page 94.
89EIO0000002030 09/2015
7.3.4. Date and timeShowsātimeā(HHā:āMMā:āSS)āandādateā(DDā/āMMā/āYY)āofātheāinternalāclock.
Date and time
14 : 45 : 4520ā/ā07āā/ā11
Update
ToāeditātheāvalueāpressāOK.āSelectātheāvalueāthatāyouāwantātoāmodify.Press the OKākeyātoāenterāEditāMode.āUseātheāUP and DOWNākeysātoāmodifyāvalue.āConfirmāwithātheāOKākey.Select āUpdateā and press OKātoāupdateātheāclock.
Date and time
16 : 50 : 5620ā/ā07āā/ā11
Update
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7.4. Remote interfaceM171āPerformanceāFlushLanguage:ā0āāāāāāāāāHMIāsel:āNetwork
COM settingHMIāManagement
7.4.1. LanguageThisāsectionāisāforāsettingātheālanguageāofātheāremoteāmenu,ādefinedāfromātheāTM171SW (SoMachineHVAC)āUserāInterface.Theānumberāofālanguagesāandātheāorderāareāestablishedābyātheācorrespondingāapplication/menu.SeeāparameterāHMIāManagement/Hmi_Language.
7.4.2. Toāreturnātoātheāmenuāofātheācontrollerāapplication,āmoveātheācursorāontoātheā symbolāandāpressātheāOKākey.See 7.4.3. HMI sel on page 90.
7.4.3. HMI selThisāsectionāisāforāsettingātheāmenuātoābeāshownāonātheādisplay.ByādefaultāHMIāmenusāareāNOTāpresentā(onlyātheāDIAGNOSTICSāmenuāisāavailable).Network: this is the M171 Performance Flushāālocalāāmenuā(localāHMI).rem1ā¦rem10:āmenusālocatedāonāmaxā10āM171 PerformanceādevicesāconnectedātoātheānetworkāthatācanābeāāuploadedāātoāM171 Performance Flush.
M171āPerformanceāFlush M171āPerformanceāFlush M171āPerformanceāFlush
HMIāsel:āNetwork HMIāsel:ārem1 ... HMIāsel:ārem10
To move from one page to the next press the UP and DOWNākeys.Afterāselectingātheādesiredāmenuāmoveātheācursorāontoāātoāviewātheāmenuā
Launchāremoteāpage
Please Wait
IfāOKātheādisplayāwillāshowātheāselectedāmenuā(controllerāapplication).Ifātheāmenuāisānotāpresent,ātheāfollowingāscreenāappears
WarningUpload failed
Press OK
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7.4.4. COM SettingThis read-onlyāpageāshowsātheāconfigurationāofātheāM171 Performance Flush serial ports.
M171āPerformanceāFlushCAN : 1 . 500000
485s : 1 . 38400.P81ETHā:ā010.000.000.100
7.4.5. HMI ManagementThisāpageāshowsātheāconfigurationāofātheā10āremoteāpages.
M171ā Performanceā Flushāāāāāāāāāāāāāāāāāāāāāāā1/10
M171ā Performanceā Flushāāāāāāāāāāāāāāāāāāāāāāā1/10
M171ā Performanceā Flushāāāāāāāāāāāāāāāāāāāāāā10/10
File:āHMIREM.KBD
Id: 0 Id: 0 ... Id: 0
Com: CAN Com: CAN Com: CANAddr: 125 Addr: 000 Addr: 000
Fromātheseāpagesāitāisāpossibleātoāālaunchāā(run)ātheācorrespondingāmenuāāāifāpresentāMoveātheācursorāontoā and press the OKākey.
Itāwillānotābeāpossibleātoālaunchātheālocalā(network)āmenuāfromāthisāsection.Inātheāexampleāonlyāoneāremoteāpageāisāpresent.
Toāāuploadāāaāremoteāpageāuseā.
Afterāselectingātheādesiredāmenuāmoveātheācursorāontoāātoāviewātheāmenu.
Upload remote pageUpload page?
The process cannot be interrupted
Cancel OKPress OKātoāuploadāorāanyāotherākeyātoācancel
Upload remote pageUploading...
80%
Theāuploadāmayātakeāupātoāaāminute.
Ifāthereāareānoādataātoāupload,ātheāfollowingāscreenādisplays
WarningThere are no remotepages on the card
Press OK
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Fromātimeātoātime,ānewāinputāmodules,āoutputāmodulesāorāotherādevicesāareāmadeāavailableāthatāareānotādocumentedāinātheāfollowingāinformation.āForāinformationāonānewādevices,ācontactāyourālocalāSchneiderāElectricārepresentative.
NOTICEINOPERABLE EQUIPMENTUpdateātheācontrollerāfirmwareātoātheālatestāversionāeveryātimeāyouāinstallāaānewlyāreleasedāInput/Outputāexpansionāmoduleāorāotherādeviceātoāthisāequipment.Failure to follow these instructions can result in equipment damage.
NOTE:āForāmoreāinformationāonāhowātoāupdateātheācontrollerāfirmware,ācontactāyourālocalāSchneiderāElectricārepresentative.
M171 Performance M171 Performance Flush
Analog inputs
Configurableābyāparameterā(seeā8.1.1. Analog inputs configuration for M171
Performance on page 93)
Configurableābyāparameterā(seeā8.1.2. Analog inputs configura-
tion for M171EP14R on page 94)
Analog outputs
Configurableābyāparameterā(seeā"8.2. Analog outputs configuration for M171
Performance")-
Digital inputs
Configurableābyāparameterā(seeā8.3. Digital inputs configuration for M171 Performance
on page 97)-
Digital outputs
Configurableābyāparameterā(seeā8.4. Digital outputs configuration for M171
Performance on page 97)-
Serials
Configurableābyāparameterā(seeā9.1.1. TM171PDM27 / TM171PBM27R / TM171EP27R
parameters on page 108)āorādip-switchā
(seeā on page 97)
Configurableābyāparameterā(seeā9.1.2. M171EP14R parameters
on page 119)
Applyingā incorrectā currentā orā voltageā levelsā onā analogā inputsā andā outputsā couldā damageā theā electronicā circuitry.ā Further,ā connectingāaācurrentāinputādeviceātoāanāanalogāinputāconfigureāforāvoltage,āandāvice-versa,āwillālikewiseādamageātheāelectronicācircuitry.
NOTICEINOPERABLE EQUIPMENT
ā¢ Doānotāapplyāvoltagesāaboveā11āVdcātoātheāanalogāinputsāofātheācontrollerāorāInput/Outputāexpansionāmoduleāwhenāanalogāinputāisāconfiguredāasā0-10Vāinput.
ā¢ Doānotāapplyācurrentāaboveā30āmAātoātheāanalogāinputsāofātheācontrollerāorāInput/Outputāexpansionāmoduleāwhenāanalogāinputāisāconfiguredāasā0-20āmAāorā4-20āmAāinput.
ā¢ Doānotāmismatchāappliedāsignalāwithāanalogāinputāconfiguration.Failure to follow these instructions can result in equipment damage.
CHAPTER 8 Physical I/O and ports configuration
93EIO0000002030 09/2015
8.1. Analog inputsM171 Performance and M171 Performance Flushāhaveāanalogāinputs.
8.1.1. Analog inputs configuration for M171 PerformanceThereāareāaātotalāofā6āanalogāinputs,āreferredātoābelowāasāAI1ā¦AI6.Usingā theāparameters,āaāphysicalā resourceā(probe,ādigitalā input,āvoltage/currentāsignal)ācanābeāconfiguredā forāeachā typeāofāinput:ā¢ 2āinputsācanābeāconfiguredāasātemperatureāprobesā(NTCātypeāprobe)āorāasādigitalāinputs.
ā¢ 4āinputsā(AI3ā¦AI6)ācanābeāconfiguredāasātemperatureāprobesā(NTCāorāPt1000),āasādigitalā inputsāorāasāaācurrent/voltageāinputā(4-20mAāsignal/ā0-10V,ā0-5Vāratiometric).
Inputsācanābeāconfiguredāasāspecifiedāinātheātableābelow.
ValueParameter Description 0 1 2 3 4 5 6 7 8
Cfg_AI1Typeāof
āanalogāinputāAI1
NTC probe (NK103)
Probe configuredāasāāvoltage-freeādigitalāinput
NTC probe(103AT) - - - - - -
Cfg_AI2Typeāofā
analogāinputāAI2
NTC probe (NK103)
Probe configuredāasāāvoltage-freeādigitalāinput
NTC probe(103AT)
- - - - - -
Cfg_AI3Typeāofā
analogāinputāAI3
NTC probe (NK103)
Probe configuredāasāāvoltage-freeādigitalāinput
NTC probe(103AT)
4-20āmA(1)
0-10 V(1)
0-5āVRatiometric
(1)
PT1000 hĪ©(NTC)(2)
daĪ©(PT1000)
(3)
Cfg_AI4Typeāof
analogāinputāAI4
NTC probe (NK103)
Probe configuredāasāāvoltage-freeādigitalāinput
NTC probe(103AT)
4-20āmA
0-10 V
0-5āVRatiometric
PT1000 hĪ©(NTC)
daĪ©(PT1000)
Cfg_AI5Typeāofā
analogāinputāAI5
NTC probe (NK103)
Probe configuredāasāāvoltage-freeādigitalāinput
NTC probe(103AT)
4-20āmA
0-10 V
0-5āVRatiometric
PT1000 hĪ©(NTC)
daĪ©(PT1000)
Cfg_AI6Typeāof
analogāinputāAI6
NTC probe (NK103)
Probe configuredāasāāvoltage-freeādigitalāinput
NTC probe(103AT)
4-20āmA
0-10 V
0-5āVRatiometric
PT1000 hĪ©(NTC)
daĪ©(PT1000)
(1) 4-20 mA / 0-10V / 0-5 V ratiometric
Minimum full scale AIxā¢ forācurrentāprobe,āvalueā=ā4āmA,ā¢ forā0-10āVāvoltageāprobe,āvalueā=ā0āV,ā¢ forāratiometricāprobeā(0Ć·5V),āvalueā=ā10%ā(correspondingātoā0.5āV)
Maximum full scale AIxā¢ forācurrentāprobe,āvalueā=ā20āmA,ā¢ forā0-10Vāvoltageāprobe,āvalueā=ā10āV,ā¢ forāratiometricāprobeā(0Ć·5āV),āvalueā=ā90%ā(correspondingātoā4.5āV)ā
(2)āCfg_AIxā=ā7āResistanceāvalueāread,āexpressedā ināhĪ©,ā forāaāresistanceāappliedā toā theā inputāusingā theācontrollerā ināNTCāconfiguration,āi.e.ācreating a divider with pull-up resistance of 10 kĪ©.
(3)āCfg_AIxā=ā8āResistanceāvalueāread,āexpressedāinādaĪ©,āforāaāresistanceāappliedātoātheāinputāusingātheācontrollerāināPT1000āconfiguration,āi.e.ācreating a divider with pull-up resistance of 2 kĪ©. Note:āTypicallyāusedāwithāpotentiometerāatāinput.TheāresistanceārangeāforātheāhĪ©ā(NTC)āconfigurationāisāupātoā150āK,āandāupātoā30āKāforātheādaĪ©ā(PT1000)āconfiguration.
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Parameter Range DescriptionFullScaleMin_AI3 -9999ā¦+9999 AnalogāinputāAI3āstartāofāscaleāvalueFullScaleMax_AI3 -9999ā¦+9999 AnalogāinputāAI3āfullāscaleāvalueFullScaleMin_AI4 -9999ā¦+9999 AnalogāinputāAI4āstartāofāscaleāvalueFullScaleMax_AI4 -9999ā¦+9999 AnalogāinputāAI4āfullāscaleāvalueFullScaleMin_AI5 -9999ā¦+9999 AnalogāinputāAI5āstartāofāscaleāvalueFullScaleMax_AI5 -9999ā¦+9999 AnalogāinputāAI5āfullāscaleāvalueFullScaleMin_AI6 -9999ā¦+9999 AnalogāinputāAI6āstartāofāscaleāvalueFullScaleMaxAI6 -9999ā¦+9999 AnalogāinputāAI6āfullāscaleāvalue
Theāvaluesāreadābyāanalogāinputsācanābeāconfiguredāviaātheāfollowingāparameters:
Parameter Description Measurement Unit Range
Calibration_AI1 AnalogāinputāAI1ādifferentialā Ā°C/10āorāĀ°F/10 -180ā...ā180
Calibration_AI2 AnalogāinputāAI2ādifferentialā Ā°C/10āorāĀ°F/10 -180ā...ā180Calibration_AI3 AnalogāinputāAI3ādifferentialā - -1000ā...ā1000Calibration_AI4 AnalogāinputāAI4ādifferential - -1000ā...ā1000Calibration_AI5 AnalogāinputāAI5ādifferential - -1000ā...ā1000Calibration_AI6 AnalogāinputāAI6ādifferential - -1000ā...ā1000
8.1.2. Analog inputs configuration for M171EP14RThereāareāaātotalāofā4āanalogāinputs,āreferredātoābelowāasāAI1ā¦AI4.Usingātheāparameters,āaāphysicalāresourceā(probe,ādigitalāinput,āvoltage/currentāsignal)ācanābeā"physically"āconfiguredāforāeachātypeāofāinputTheāinputsāareāconfigurableāināpairsāAI1,āAI2āandāAI3,āAI4Inputsācanābeā"physically"āconfiguredāasāspecifiedāinātheātableābelow.
ValuePar Description 0 1 2 3 4 5 6 7 8 9 10
Cfg_AIx
x=1...4
Typeāof analog inputāAIx
NTC probe (NK103)
DI(1)
NTC probe(103AT)
4-20āmA(2)
0-10 V(2)
0-5āVRatiometric
(2)
PT1000 hĪ©(NTC)(3)
daĪ©(PT1000)
(4)
PTC (KTY81)
0-5āV
(1)āDIāInputāconfiguredāasāvoltage-freeādigitalāinput
(2) 4-20 mA / 0-10 V / 0-5 V ratiometric
Minimum full scale AIxā¢ forācurrentāprobe,āvalueā=ā4āmA,ā¢ forā0-10Vāvoltageāprobe,āvalueā=ā0āV,ā¢ forāratiometricāprobeā(0Ć·5āV),āvalueā=ā10%ā(correspondingātoā0.5āV)
Maximum full scale AIxā¢ forācurrentāprobe,āvalueā=ā20āmA,ā¢ forā0-10āVāvoltageāprobe,āvalueā=ā10āV,
forāratiometricāprobeā(0Ć·5V),āvalueā=ā90%ā(correspondingātoā4.5āV)ā
(3)āCfg_AIxā=ā7āResistanceāvalueāread,āexpressedā ināhĪ©,ā forāaāresistanceāappliedā toā theā inputāusingā theācontrollerā ināNTCāconfiguration,āi.e.ācreating a divider with pull-up resistance of 10 kĪ©.
(4)āCfg_AIxā=ā8āResistanceāvalueāread,āexpressedāinādaĪ©,āforāaāresistanceāappliedātoātheāinputāusingātheācontrollerāināPT1000āconfiguration,āi.e.ācreating a divider with pull-up resistance of 2 kĪ©. Note:āTypicallyāusedāwithāpotentiometerāatāinput.TheāresistanceārangeāforātheāhĪ©ā(NTC)āconfigurationāisāupātoā150āK,āandāupātoā30āKāforātheādaĪ©(āPT1000)āconfiguration.
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Allowed configurations for analog inputs
Theāpairsā(AI1,āAI2)āandā(AI3,āAI4)āshallābeāconfiguredāasāspecifiedāinātheātableābelow.
Cellsācompiledāshowācorrectācombinations.āEmptyācellsāindicateāincorrectācombinations. Applyingāincorrectāconfigurationāwillāproduceā0x8003āerrorāonāprobesārangeāconfiguration
Cfg_AI1 / Cfg_AI3
0 1 2 3 4 5 6 7 8 9 10
Cfg
_AI2
/ C
fg_A
I4
0NTC probe (NK103)
DINTC probe(103AT)
- - - -hĪ©
(NTC) - - -
1NTC probe (NK103)
DINTC probe(103AT)
- - - -hĪ©
(NTC) - - -
2NTC probe (NK103)
DINTC probe(103AT)
- - - -hĪ©
(NTC) - - -
3 - - - 4-20āmA - - - - - - -
4 - - - -0-10 V - - - - - -
5 - - - - -0-5āV
Ratiometric - - (PT1000) - 0-5āV
6 - - - - - - PT1000 -daĪ©
(PT1000) - -
7NTC probe (NK103)
DINTC probe(103AT)
- - - -hĪ©
(NTC) - PTC (KTY81) -
8 - - - - - - PT1000 -daĪ©
(PT1000) PTC (KTY81) -
9 - - - - - - PT1000 -daĪ©
(PT1000) PTC (KTY81) -
10 - - - - -0-5āV
Ratiometric - - - - 0-5āV
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8.1.3. Analog inputs configuration for M171 Performance FlushInputsācanābeāconfiguredāasāspecifiedāinātheātableābelow.
Parameter Description Values0 1 2 3 4 5
Cfg_AI1Typeāofāinputā
analog AI1
NTC probe(NK103)
Probe configuredāasāvoltage-freeādigitalāinput
NTC probe(103AT-2) - - -
Cfg_AI2Typeāofāinputā
analog AI2
NTC probe(NK103)
Probe configuredāasāvoltage-freeādigitalāinput
NTC probe(103AT-2) - - -
Cfg_AI3Typeāofāinputā
analog AI3
- - - 4-20āmA 0-10āV 0-5āV
Parameter Range DescriptionFullScaleMin_AI3 -9999...+9999 AnalogāinputāAI3āstartāofāscaleāvalueFullScaleMax_AI3 -9999...+9999 AnalogāinputāAI3āfullāscaleāvalue
Theātemperatureāandāhumidityāmeasurement,āasāwellāasātheācorrespondingāprecisionsāandātolerances,āreferātoātheāapplicationāpointāofātheāprobesāinsideātheāequipment.
Ifā theseāsameāmeasurementsāareātoābeāreferredātoāairāconditionsāoutsideāofātheāequipment,āforāexampleāambientāmeasure-ments,āaccountāmustābeātakenāofāoffsetā(differential)āparametersāthatādependāonātheāinstallationāandāusageāconditionsāofātheāequipmentāitself.āTheādifferentialsāforāexampleāCalibration parameters that can be set are:
Parameter Description Unit of measure RangeCalibration_AI1 AnalogāinputāAI1ādifferentialā Ā°C/10āorāĀ°F/10 -180ā...ā180Calibration_AI2 AnalogāinputāAI2ādifferentialā Ā°C/10āorāĀ°F/10 -180ā...ā180
Calibration_AI3 AnalogāinputāAI3ādifferentialā - -1000ā...ā1000
Calibration_AI4 AnalogāinputāAI4ādifferential - -1000ā...ā1000
Forāon-boardā(built-in)āsensors,āCompensation parameters are also available
Parameter Description Unit of measure Range
Compensation_AI1Internal compensation AI1
differenceābetweenāexternalāairātemperatureāandāmeasure-mentāreadābyāNTCāsensorāAI1
Ā°C/10āorāĀ°F/10 -1000ā...ā1000
Compensation_AI4
Internal compensation AI4differenceābetweenāexternalātemperatureāandāTāmeasure-
mentāreadābyāRHāsensorāAI4ā(thisātemperatureāisāusedātoācal-culateātheārelativeāhumidityābasedāonāpsychrometricācharts)
Ā°C/10āorāĀ°F/10 -1000ā...ā1000
Defaultāvaluesāforātheseāoffsetsāassumeāaātypicalāinstallationāwithāwallāmountedābackplateāināaānon-ventilatedāenvironmentāandāwithātheādisplayābacklightingāmainlyāOFF.āInātheseāconditionsātheāfollowingācalibrationāvaluesāareāobtained:
Compensation_AI1 =ā-12.0āĀ°Cā(10.4āĀ°F)Compensation_AI4 =ā-10.5āĀ°Cā(13.1āĀ°F)
IfātheāusageāconditionsārequireātheābacklightātoābeāmainlyāON,ātheāvaluesāmustābeāmodifiedāasāfollows:
Compensation_AI1ā=ā-15.0āĀ°Cā(5.0āĀ°F)Compensation_AI4 =ā-13.0āĀ°Cā(8.6āĀ°F)
NOTE:āForāotherāmountingāconditionsācarryāoutācalibrationāduringāinstallation,ācheckingātheātemperatureāandārelativeāhumidityādifferencesābetweenātheāexternalāairāandātheāinternalāprobesāandāifānecessaryācorrectingātheāparametersāCompensation_AI1 / Compensation_AI4.InāanyācaseāitāisāpossibleātoāachieveāaāprecisionāofāĀ±ā1Ā°CāonātheātemperatureāmeasurementāandāĀ±ā3%RHāonātheārelativeāhumi-dityāmeasurement.
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8.2. Analog outputs configuration for M171 PerformanceSee CHAPTER 3 Electrical connections on page 23āforātheānumberāandātypeāofāanalogāoutputsāusedāandāforāinformationāonātheāsymbolsāusedāonālabelsāsuppliedāwithātheācontroller.Thereāareā5āanalogāoutputsāwithātheāfollowingācharacteristics:
Configuration of analog output
AO1/AO5 AO2 AO3 AO4Current/voltageāoutput
AO1āandāAO5āareāconfiguredāināpairs. Current/voltageāoutput Current/voltageāoutput Current/voltageāoutput
Sub-mode configuration AO5Only if AO1/AO5 have not
been configured as voltage outputs (value ā 2)
- - -
OutputsāAO1,āAO2,āAO3,āAO4,āAO5āareāconfigurableāas:ā¢ 0ā=ā4-20mAācurrentāanalogāoutput
ā¢ 1ā=āoutputāconfiguredāasā0ā¦20mAāswitchā(ON=āmaxā20mA,āOFF=0mA)āforāpilotingāswitchāloadsāsuchāasāON/OFF.
ā¢ 2ā=ā0-10Vāvoltageāanalogāoutput.Outputs AO4, AO5 can be configured as Open Collector output. Set:ā¢ Cfg_AO4ā=ā1ā(ON/OFFātypeāswitching)
ā¢ Cfg_AO1_AO5ā=ā0āorā1ā(pairāofāoutputsāconfiguredāasācurrentāoutputs)
ā¢ SubCfg_AO5ā=ā1ā(ON/OFFātypeāswitching)
ā¢ Analogāvalueāpilotedāforābothāoutputsā=ā0.For developers using TM171SW (SoMachineHVAC):ā seeā theā sysAOasOCā functionā (targetā block)ā inā theā TM171SW (SoMachineHVAC) ApplicationāLibrary
8.3. Digital inputs configuration for M171 PerformanceThereāareā8ādigitalāinputs,āidentifiedābelowāasāDI1ā¦DI8.āTheyāareāgroupedāas:ā¢ DI1ā¦DI4
ā¢ DI5ā¦DI8Each one has its own common contact.Digitalāinputsācanābeāusedāasāpulseācounters.Theālengthāofātheāpulseā(positiveāorānegative)āmustābeāgreaterāthanā12ms.
Thereāisāalsoāaāfast,āvoltage-freeādigitalāinputāthatāalsoāworksāasāaāpulseācounter:ā¢ Itāreadsātheānumberāofātimesātheācontactāappliedātoātheāinputācloses.
ā¢ Itāreadsāfrequenciesāfromā0.1āHzātoā1ākHz.
8.4. Digital outputs configuration for M171 PerformanceSee CHAPTER 3 Electrical connections on page 23āforātheānumberāandācapacityāofārelaysāand/orāSSRādependingāonātheāreference,āandāforāinformationāonātheāsymbolsāusedāonālabelsāsuppliedāwithātheācontroller.ā¢ Thereāareā7āhighāvoltageāoutputsā(relays)āidentifiedāasāDO1ā¦DO7.
ā¢ In references TM171PDM27Sāthereāareā5āhighāvoltageāoutputsā(relays)āidentifiedāasāDO1ā¦DO3,āDO6,āDO7āwhereasāthereāareā2āSSRāoutputsāidentifiedāasāDO3ā¦DO4.
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8.5. Ports configuration for M171 Performance using DipSwitchDipswitchesā areā usedā forā theā configurationā ofā serialā ports,āwhichā canā beāOn-Boardā (OB)ā orā availableā viaāCommunicationāModuleāTM171Aāmodulesā(PI).
4-position lateral DipSwitchThereāisāaā4-positionālateralāDipSwitchā(microswitch)āināall TM171PDM27,āTM171PBM27R and TM171EPR expansion references.
4 DIP SWITCH
1234ON
TM171ppppp
M171USB
miniUSB
6 and 10-position DipSwitchUnderātheāfrontāpanel,āTM171PBM27R and TM171EPR expansion references have:ā¢ Aā6-positionāDipSwitchā(microswitch)ā(SW2)
ā¢ Aā10-positionāDipSwitchā(microswitch) (SW1)
1
M171USB
miniUSB
TM171PBM27RTM171EP27R / TM171EP14R
10 DIP SWITCH
SW1 SW2
6 DIP SWITCH
12345678910
ON ON
123456M171USB
miniUSB
2
Removeātheāfrontāpanelāwithāaāfingernail,āorātheātipāofāaāslotāheadāscrewdriver.Configureāasānecessaryāthenāreplaceātheāfrontāpanelābyāpressingālightlyābackāintoāplace.
4-position DipSwitch compared to 6 and 10-position DipSwitch
1234ON
10 DIP SWITCH
SW1 SW2
6 DIP SWITCH
4 DIP SWITCH
ONOFF
12345678910
ON ON
123456
ONOFF
M171USB
miniUSB
NOTE. OFF=0ā/āON=1
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8.5.1. TM171PDM27 DipSwitch
4-position lateral DipSwitchUsedāforāserialāaddressingāonly.Theāaddressāisāgivenābyātheāsumāofātheāvalueāofāaāparameterā(1)āplusātheāvalueādefinedābyātheādipswitchā(16āaddresses).
4-position dipSerial Addressing Default=0 Dip value Dip4 3 2 1
LOW Address
1234ON
0 0 0 0 01 0 0 0 12 0 0 1 03 0 0 1 1... ... ... ... ...
15 1 1 1 1
Address
Parameter (1) Default Parameter LOW addressDefault=0
Addr_RS485_OB 1
+
LOW Address
1234ON
Addr_CAN_OB 1Addr_RS485_PI 1Addr_CAN_PI 1
Addr_RS232_PI 1
Ip_4_ETH_PI 100
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8.5.2. TM171PBM27R DipSwitch
12345678910
ON
ON
123456
LOW Address
1234ON
+HIGH Address LOW Address
+HIGH Address LOW Address
Addressmax 127
Addressmax 255
CAN OB
RS485OB
SW1
SW2
CAN PIRS485 PIRS232 PIETH PIBaud
ProtocolParity
Baud
TM171PBM27R
Fig. 59. TM171PBM27RāDipswitch
Serial addressing4-position DipSwitchUsedāforātheāserialāaddressingāofātheāplug-ināportā(PI)āonly.
In the serial addressing of On-Board (OB) serial ports, the 4-position dip is not used for TM171PBM27R.
Theāaddressāisāgivenābyātheāsumāofātheāvalueāofāaāparameterā(1)āplusātheāvalueādefinedābyātheādipswitchā(16āaddresses).
4-position dipSerial Addressing Default=0 Dip value Dip4 3 2 1
LOW Address
1234ON
0 0 0 0 01 0 0 0 12 0 0 1 03 0 0 1 1... ... ... ... ...
15 1 1 1 1
Address
Parameter (1) Default Parameter LOW addressDefault=0
Addr_RS485_PI 1
+
LOW Address
1234ONAddr_CAN_PI 1
Addr_RS232_PI 1
Ip_4_ETH_PI 100
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Baud 6-position TM171PBM27R DipSwitchTheāactualāCANāBaudārateācomprisesātheāsumāofāparameterāBaud_CAN_OBāplusātheācompositeāvalueāofātheā3-positionādip-switchesā(8āvalues).
CAN baud selectionOB
Default = 500 baud
Dip value Dip6 5 4 3 2 1
ON
123456
SW2
Baud
CAN 0 0 0 0 - - -
Actual CAN Baud ValueDefault = 500 baud Parameter Baud_CAN_OB CAN baud selection
Default = 02=500
= Parameter Baud_CAN_OB +ON
123456
SW2
Baud
CAN
3=2504=1255=1256=50
defaultāexample 2 + 0
CAN OB serial addressing6-position dipswitch + 4-position dipswitchTheāaddressingācomprisesātheāsumāofāparameterāAddr_CAN_OBāplusātheācompositeāvalueāofātheā6āandā4-positionādipswitchesā(127āaddresses).
6-position dipHIGH address
4-position dipLOW address
CAN OB serial addressingDefault = 1
Dip value Dip6 5 4 3 2 1 Dip4 3 2 1
ON
123456
LOW Address
1234ON
+HIGH Address LOW Address
Addressmax 127 CAN
SW2
0 - - - 0 0 0 0 0 0 01 - - - 0 0 0 0 0 0 12 - - - 0 0 0 0 0 1 03 - - - 0 0 0 0 0 1 1... ... ... ... ... ... ... ... ... ... ...
126 - - - 1 1 1 1 1 1 0
AddressParameter HIGH+LOW address - Default = 0
Addr_CAN_OB +
ON
123456
LOW Address
1234ON
+HIGH Address LOW Address
Addressmax 127 CAN
SW2
1 + 0
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RS485 OB serial configuration10-position dipswitch
Dip value Dip10 9 8 7 6 5 4 3 2 1
Protocol selection RS485 OBDefault = 1
12345678910
ONSW1
Protocol
RS485OB
0 0 - - - - - - - - -
1 1 - - - - - - - - -
Parity selec-tion RS485
OBDefault =
EVEN
12345678910
ONSW1
Parity
RS485OB
0 - 0 0 - - - - - - -1 - 0 1 - - - - - - -
2 - 1 0 - - - - - - -
Baud selec-tion
RS485 OBDefault =
38400 baud
12345678910
ON
Baud
RS485OB
SW1
0 - - - 0 0 0 - - - -1 - - - 0 0 1 - - - -2 - - - 0 1 0 - - - -3 - - - 0 1 1 - - - -4 - - - 1 0 0 - - - -5 - - - 1 0 1 - - - -
Parameter Default Parameter LOW addressDefault = 0
Proto_RS485_OB2=Reserved
+12345678910
ONSW1
Protocol
RS485OB
3=āModbusāRTU
Parity_RS485_OB 0=āNULL +12345678910
ONSW1
Parity
RS485OB
1=āODD2=āEVEN
Baud_RS485_OB
0=9600
+12345678910
ON
Baud
RS485OB
SW1
1=192002=384003=576004=768005=115200
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RS485 OB serial addressing10-position dipswitch + 4-position dipswitchTheāaddressāisāgivenābyātheāsumāofātheāvalueāofātheātwoā6āandā4-positionādipswitchesā(255āaddresses).
10-position dipHIGH address
4-position dipLOW address
Serial addressingRS485 OBDefault = 1
Dip value Dip10...5 4 3 2 1 Dip4 3 2 1
12345678910
ON
1234ON
+HIGH Address LOW Address
Addressmax 254
RS485OB
SW1
0 - 0 0 0 0 0 0 0 01 - 0 0 0 0 0 0 0 12 - 0 0 0 0 0 0 1 03 - 0 0 0 0 0 0 1 1... ... ... ... ... ... ... ... ... ...
254 - 1 1 1 1 1 1 1 0
Address
Parameter LOW addressDefault = 0
Addr_RS485_OB +
12345678910
ON
1234ON
+HIGH Address LOW Address
Addressmax 254
RS485OB
SW1
1 + 0
NOTE:āAnyāotherācombinationāofātheādipswitchesānotālistedāhereāisānotāpermitted.
Toāsummarize,āinātheācaseāofāTM171PBM27R,ātheādefaultāconfigurationāforāallādipswitchesāisāasāfollows:
TM171PBM27R DipSwitch default configuration
12345678910
ONON
123456 1234ON CANRS485 RS485
RS232SW1 SW2
DEFAULT SETTING
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0
Fig. 60. Defaultāsetting
RS232 OB configuration and serial addressing6 and 10-position dipswitches are not used.See CHAPTER 9 Parameters on page 107.
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8.5.3. TM171EP27R expansion DipSwitchTM171EP27Rāexpansionāserialsāareāconfiguredābyāconfiguringādipswitches,āwithoutāusingātheā"internal"āparametersāvisibleāināthe CHAPTER 9 Parameters on page 107.
DipSwitch TM171EP27R
12345678910
ON
ON
123456
LOW Address
1234ON
+HIGH Address LOW Address
+HIGH Address LOW Address
Addressmax 127
Addressmax 255
CAN
SW1
SW2
OFF OFFnull
OFF ONodd
ON OFFeven
MO
DB
US
RTU
OFF OFF OFF500
OFF OFF ON250
OFF ON OFF125
OFF ON ON125
ON OFF OFF50
ON
DEFAULT SETTING
Baud
ProtocolParity
Baud
RS485RS232 PI OFF OFF OFF
9600OFF OFF ON
19200OFF ON OFF
38400OFF ON ON
57600ON OFF OFF
76800ON OFF ON
115200
Fig. 61. DipswitchāTM171EP27R
Baud6-position TM171EP27R dipswitch
CAN baud selectionOB and PI
Default = 500 baudBaud Dip
value Dip6 5 4 3 2 1
ON
123456
SW2
Baud
CAN
500 0 0 0 0 - - -250 1 0 0 1 - - -125 2 0 1 0 - - -125 3 0 1 1 - - -50 4 1 0 0 - - -
CAN OB and PI serial addressing6-position dipswitch + 4-position TM171EP27R dipswitchTheāaddressāisāgivenābyātheāvalueāofātheā6āandā4-positionādipswitchesā(127āaddresses).
6-position dipHIGH address
4-position dipLOW address
CAN serial addressingOB and PIDefault = 1
Address Dip value Dip6 5 4 3 2 1 Dip4 3 2 1
ON
123456
LOW Address
1234ON
+HIGH Address LOW Address
Addressmax 127 CAN
SW2
1 0 - - - 0 0 0 0 0 0 02 1 - - - 0 0 0 0 0 0 13 2 - - - 0 0 0 0 0 1 04 3 - - - 0 0 0 0 0 1 1... ... ... ... ... ... ... ... ... ... ... ...
127 126 - - - 1 1 1 1 1 1 0
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RS232 PI and RS485 OB serial configuration10-position dipswitch
Protocol Dip value Dip10 9 8 7 6 5 4 3 2 1
Protocol selec-tion RS232 PI /
RS485 OBDefault = 1
12345678910
ON
Protocol
SW1RS485
RS232 PI
Reservedāfor
Schneider Electric use
0 0 - - - - - - - - -
ModBusRTU 1 1 - - - - - - - - -
Parity selection RS232 PI / RS485 OB
Default = EVEN
12345678910
ONSW1
Parity
RS485RS232 PI
Null 0 - 0 0 - - - - - - -Odd 1 - 0 1 - - - - - - -EvenEven 2 - 1 0 - - - - - - -
Baud selectionRS232 PI / RS485 OB
Default = 38400 baud
12345678910
ON
Baud
SW1RS485
RS232 PI
9600 0 - - - 0 0 0 - - - -19200 1 - - - 0 0 1 - - - -38400 2 - - - 0 1 0 - - - -57600 3 - - - 0 1 1 - - - -76800 4 - - - 1 0 0 - - - -115200 5 - - - 1 0 1 - - - -
RS485 OB and PI serial addressing10-position dipswitch + 4-position dipswitchTheāaddressāisāgivenābyātheāsumāofātheāvalueāofātheātwoā6āandā4-positionādipswitchesā(255āaddresses).
10-position dipHIGH address
4-position dipLOW address
CAN serial addressingOB and PIDefault = 1
Address Dip value Dip10...5 4 3 2 1 Dip4 3 2 1
12345678910
ON
1234ON
+HIGH Address LOW Address
Addressmax 255
RS485RS232 PI
SW1
1 0 - 0 0 0 0 0 0 0 02 1 - 0 0 0 0 0 0 0 13 2 - 0 0 0 0 0 0 1 04 3 - 0 0 0 0 0 0 1 1... ... ... ... ... ... ... ... ... ... ...
255 254 - 1 1 1 1 1 1 1 0
NOTE: Anyāotherācombinationāofātheādipswitchesānotālistedāhereāisānotāpermitted.ā
Toāsummarize,āinātheācaseāofāTM171EP27R,ātheādefaultāconfigurationāforātheādipswitchesāisāasāfollows:
TM171EP27R DipSwitch default configuration
12345678910
ONON
123456 1234ON CANRS485 RS485
RS232SW1 SW2
DEFAULT SETTING
0 0 0 0 0 0 0 1 0 0 1 0 0 0 0 00 0 0 0
Fig. 62. Defaultāsetting
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8.5.4. TM171EP14R expansion DipSwitch
M171
1234ON
LOW AddressCAN terminal resistors
Fig. 63. 4-positionālateralāDipSwitch
Used for:ā¢ serial addressingā(dipā1āandā2)ā¢ lineāterminationā(dipā3āandā4)
4-position dip
Serial AddressingAddress
= DipValue+1
Dip value Dip4 3 2 1
LOW Address CAN terminalresistors
1234ON
1 0 - - 0 02 1 - - 0 13 2 - - 1 04 3 - - 1 1
Dip value(Address)
Dip value(Address) Dip4 3 2 1
120 Ī© termination
120 Ī© termination 1 1 - -
CAN OB serial addressingTheāaddressingācomprisesātheāsumāofāparameterāAddr_CAN_OBāplusātheācompositeāvalueāofātheā4-positionādipswitchesā(onlyādipā1āandā2).
Actual CAN AdresssDefault = 1
Parameter Addr_CAN_OBDefault = 1
CAN address selectionDefault = 0
1
= Parameter Baud_CAN_OB +
LOW Address CAN terminalresistors
1234ON2
...
...127 max
defaultāexample 1 + 0
BaudBaudārateāisāsetābyāBaud_CAN_OB parameter
Line Termination resistorsDip4āandāDip3ābothā=ā1āconnectsāL/HāCANālinesātoā120āĪ© termination
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User-parameterizationārendersātheāModicon M171P configurable.Parametersācanābeāchangedāusing:ā¢ Keysāonā theāTM171PDM27ā /āM171 Performance Flush front panel or remote M171 Performance Display Graphic
(TM171DGRP)āpanel.
ā¢ PC and TM171SW (SoMachineHVAC)āsoftware.Theāfollowingāsectionsāprovideāaādetailedāanalysisāofāeachāparameter,ādividedāintoācategoriesā(folders).
For M171 Performance, the parameter table showsātheāconfigurationāparametersāforātheācontrollerāsavedāinātheānon-volatileāmemory.For M171 Performance Flush, theāparameterā tableācontainsā theādeviceāconfigurationāparametersāavailableā ināTM171SW (SoMachineHVAC)āDeviceāandāinātheāDIAGNOSTICSā(DIA)ā/āBIOSāParametersāmenu.
Modbus commands available and data areasThe following commands are implemented:
Modbus command Description of command3 (3 hex) ReadāmultipleāregistersāonāClientāside
16 (10 hex) WriteāmultipleāregistersāonāClientāside
43 (2B hex)
ReadādeviceāID:ManufacturerāID
Model IDVersionāID
9.1. M171 Performance parameter tableThisātableāpresentsātheācolumnāheadersāofātheāparameterātableāthatāfollows.
Column DescriptionLABEL Indicatesātheālabelāusedātoādisplayātheāparametersāinātheāmenuāofātheācontroller.PAR. VALUE ADDRESS
Indicatesātheāaddressāofātheāmodbusāregisterācontainingātheāresourceātoābeāaccessed.
DATA SIZE Indicates the size of the data in bits.
CPL
Indicatesātheāregisterāvalueāconversion.Toācarryāoutātheāconversion,āproceedāasāfollows:ā¢ Ifātheāvalueāinātheāregisterāisābetweenā0āandā32767,ātheāresultāisātheāvalueāitselfā(zeroāandāpositiveāvalues)
ā¢ Ifātheāvalueāinātheāregisterāisābetweenā32768āandā65535,ātheāresultāisātheāvalueāofātheāregisterāminusā65536ā(negativeāvalues)
ā¢ Whenātheāfieldāindicatesāā-1ā,ātheāvalueāreadābyātheāregisterārequiresāconversion,ābecauseātheāvalueārepre-sentsāaānumberāwithāaāsign.ā
RESETIndicates whether the controller MUST be rebooted after the parameter has been modified.ā¢ Yā=āYESātheācontrollerāMUSTābeārebootedātoāmodifyātheāparameter.
ā¢ Emptyā"ā"ā=āNOātheācontrollerādoesānotāneedātoābeārebootedātoāmodifyātheāparameter
RANGE Describesā theā intervalā ofā valuesā thatā canā beā assignedā toā theā parameter.ā Itā canā beā correlatedā withā otherāequipmentāparametersā(indicatedāinātheāparameterālabel).
DEFAULT Indicatesātheāfactoryāsettingāforātheāreference.
U.M.IndicatesātheāunitāofāmeasurementāforāvaluesāconvertedāaccordingātoātheārulesāindicatedāinātheāCPLācolumnTheāunitāofāmeasurementāshownāisāforāexampleāpurposesāonly,āasāitāmayāchangeādependingāonātheāapplicationā(forāexampleāparametersāwithāaāU.M.āināĀ°C/barācouldāalsoāhaveā%RH)
CHAPTER 9 Parameters
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9.1.1. TM171PDM27 / TM171PBM27R / TM171EP27R parametersLA
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ACKNOWLEDGEMENT folder
Par_TAB 15716 WORD - Y Map codeNote:āread/writeāparameter 0āā¦ā65535 0 num
Par_POLI 15717 WORD - Y Model CodeNote:āread/writeāparameter 0āā¦ā65535 2049 num
Par_PARMOD 15719 BOOL - -
Parameter modifiedFlagā indicatingā changeā toā defaultāsettings.ā¢ 0=āmapānotāmodified.
ā¢ 1=āatā leastā oneāparameterā hasābeen modified with respect to theāoriginalāconfiguration.
0āā¦ā1 0 num
AI CALIBRATION folder
Gain_Ntc_AI1 15616 WORD - - Ai1 NTC calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI2 15617 WORD - - Ai2 NTC calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI3 15618 WORD - - Ai3 NTC calibration gain 0āā¦ā65535 32768 num
Gain_PT1000_AI3 15619 WORD - - Ai3 PT1000 calibration gain 0āā¦ā65535 32768 numGain_5V_AI3 15620 WORD - - Ai3 0-5V calibration gain 0āā¦ā65535 32768 num
Gain_10V_AI3 15621 WORD - - Ai3 0-10V calibration gain 0āā¦ā65535 32768 numGain_mA_AI3 15622 WORD - - Ai3 4-20mA calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI4 15623 WORD - - Ai4 NTC calibration gain 0āā¦ā65535 32768 num
Gain_PT1000_AI4 15624 WORD - - Ai4 PT1000 calibration gain 0āā¦ā65535 32768 numGain_5V_AI4 15625 WORD - - Ai4 0-5V calibration gain 0āā¦ā65535 32768 num
Gain_10V_AI4 15626 WORD - - Ai4 0-10V calibration gain 0āā¦ā65535 32768 numGain_mA_AI4 15627 WORD - - Ai4 4-20mA calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI5 15628 WORD - - Ai5 NTC calibration gain 0āā¦ā65535 32768 num
Gain_PT1000_AI5 15629 WORD - - Ai5 PT1000 calibration gain 0āā¦ā65535 32768 numGain_5V_AI5 15630 WORD - - Ai5 0-5V calibration gain 0āā¦ā65535 32768 num
Gain_10V_AI5 15631 WORD - - Ai5 0-10V calibration gain 0āā¦ā65535 32768 numGain_mA_AI5 15632 WORD - - Ai5 4-20mA calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI6 15633 WORD - - Ai6 NTC calibration gain 0āā¦ā65535 32768 num
Gain_PT1000_AI6 15634 WORD - - Ai6 PT1000 calibration gain 0āā¦ā65535 32768 numGain_5V_AI6 15635 WORD - - Ai6 0-5V calibration gain 0āā¦ā65535 32768 num
Gain_10V_AI6 15636 WORD - - Ai6 0-10V calibration gain 0āā¦ā65535 32768 numGain_mA_AI6 15637 WORD - - Ai6 0-10mA calibration gain 0āā¦ā65535 32768 numOffs_Ntc_AI1 15650 WORD -1 - Ai1 NTC calibration offset -32768āā¦ā32767 0 numOffs_Ntc_AI2 15651 WORD -1 - Ai2 NTC calibration offset -32768āā¦ā32767 0 numOffs_Ntc_AI3 15652 WORD -1 - Ai3 NTC calibration offset -32768āā¦ā32767 0 num
Offs_PT1000_AI3 15653 WORD -1 - Ai3 PT1000 calibration offset -32768āā¦ā32767 0 num
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Offs_5V_AI3 15654 WORD -1 - Ai3 0-5V calibration offset -32768āā¦ā32767 0 numOffs_10V_AI3 15655 WORD -1 - Ai3 0-10V calibration offset -32768āā¦ā32767 0 numOffs_mA_AI3 15656 WORD -1 - Ai3 4-20mA calibration offset -32768āā¦ā32767 0 numOffs_Ntc_AI4 15657 WORD -1 - Ai4 NTC calibration offset -32768āā¦ā32767 0 num
Offs_PT1000_AI4 15658 WORD -1 - Ai4 PT1000 calibration offset -32768āā¦ā32767 0 numOffs_5V_AI4 15659 WORD -1 - Ai4 0-5V calibration offset -32768āā¦ā32767 0 num
Offs_10V_AI4 15660 WORD -1 - Ai4 0-10V calibration offset -32768āā¦ā32767 0 numOffs_mA_AI4 15661 WORD -1 - Ai4 4-20mA calibration offset -32768āā¦ā32767 0 numOffs_Ntc_AI5 15662 WORD -1 - Ai5 NTC calibration offset -32768āā¦ā32767 0 num
Offs_PT1000_AI5 15663 WORD -1 - Ai5 PT1000 calibration offset -32768āā¦ā32767 0 numOffs_5V_AI5 15664 WORD -1 - Ai5 0-5V calibration offset -32768āā¦ā32767 0 num
Offs_10V_AI5 15665 WORD -1 - Ai5 0-10V calibration offset -32768āā¦ā32767 0 numOffs_mA_AI5 15666 WORD -1 - Ai5 4-20mA calibration offset -32768āā¦ā32767 0 numOffs_Ntc_AI6 15667 WORD -1 - Ai6 NTC calibration offset -32768āā¦ā32767 0 num
Offs_PT1000_AI6 15668 WORD -1 - Ai6 PT1000 calibration offset -32768āā¦ā32767 0 num
Offs_5V_AI6 15669 WORD -1 - Ai6 0-5V calibration offset -32768āā¦ā32767 0 num
Offs_10V_AI6 15670 WORD -1 - Ai6 0-10V calibration offset -32768āā¦ā32767 0 num
Offs_mA_AI6 15671 WORD -1 - Ai6 4-20mA calibration offset -32768āā¦ā32767 0 num
AO CALIBRATION folder
Gain_10V_AO1 15684 WORD - - AO1 0-10V calibration gain 0āā¦ā65535 32768 num
Gain_mA_AO1 15685 WORD - - AO1 4-20mA calibration gain 0āā¦ā65535 32768 numGain_10V_AO2 15686 WORD - - AO2 0-10V calibration gain 0āā¦ā65535 32768 numGain_mA_AO2 15687 WORD - - AO2 4-20mA calibration gain 0āā¦ā65535 32768 num
Gain_10V_AO3 15688 WORD - - AO3 0-10V calibration gain 0āā¦ā65535 32768 num
Gain_mA_AO3 15689 WORD - - AO3 4-20mA calibration gain 0āā¦ā65535 32768 numGain_10V_AO4 15690 WORD - - AO4 0-10V calibration gain 0āā¦ā65535 32768 numGain_mA_AO4 15691 WORD - - AO4 4-20mA calibration gain 0āā¦ā65535 32768 numGain_10V_AO5 15692 WORD - - AO5 0-10V calibration gain 0āā¦ā65535 32768 numGain_mA_AO5 15693 WORD - - AO5 4-20mA calibration gain 0āā¦ā65535 32768 numOffs_10V_AO1 15700 WORD -1 - AO1 0-10V calibration offset -32768āā¦ā32767 0 num
Offs_mA_AO1 15701 WORD -1 - AO1 4-20mA calibration offset -32768āā¦ā32767 0 num
Offs_10V_AO2 15702 WORD -1 - AO2 0-10V calibration offset -32768āā¦ā32767 0 num
Offs_mA_AO2 15703 WORD -1 - AO2 4-20mA calibration offset -32768āā¦ā32767 0 num
Offs_10V_AO3 15704 WORD -1 - AO3 0-10V calibration offset -32768āā¦ā32767 0 num
Offs_mA_AO3 15705 WORD -1 - AO3 4-20mA calibration offset -32768āā¦ā32767 0 num
Offs_10V_AO4 15706 WORD -1 - AO4 0-10V calibration offset -32768āā¦ā32767 0 num
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Offs_mA_AO4 15707 WORD -1 - AO4 4-20mA calibration offset -32768āā¦ā32767 0 num
Offs_10V_AO5 15708 WORD -1 - AO5 0-10V calibration offset -32768āā¦ā32767 0 num
Offs_mA_AO5 15709 WORD -1 - AO5 4-20mA calibration offset -32768āā¦ā32767 0 num
ANALOG INPUTS folder
Temp_UM 15725 WORD - Y
Temperature unit of measure-mentā¢ 0ā=āĀ°C;
ā¢ 1ā=āĀ°F
0,ā1 0 num
Cfg_Ai1 15726 WORD - -
Type of analog input Ai1ā¢ 0=āNTCā(NK103)
ā¢ 1=āDI
ā¢ 2=āNTCā(103AT)
0 ... 2 2 num
Cfg_Ai2 15727 WORD - - Type of analog input Ai2SeeāCfg_Ai1 0 ... 2 2 num
Cfg_Ai3 15728 WORD - -
Type of analog input Ai3ā¢ 0=āNTCā(NK103)
ā¢ 1=āDI
ā¢ 2=āNTCā(103AT)
ā¢ 3ā=ā4ā¦20mA
ā¢ 4=0-10V
ā¢ 5=0-5V
ā¢ 6=Pt1000
ā¢ 7=hĪ©(NTC)
ā¢ 8=daĪ©(PT1000)
0 ... 8 3 num
Cfg_Ai4 15729 WORD - - Type of analog input Ai4SeeāCfg_Ai3 0 ... 8 3 num
Cfg_Ai5 15730 WORD - - Type of analog input Ai5SeeāCfg_Ai3 0 ... 8 3 num
Cfg_Ai6 15731 WORD - - Type of analog input Ai6SeeāCfg_Ai3 0 ... 8 3 num
FullScaleMin_Ai3 15736 WORD -1 -
Analog input Ai3 start of scale value Note:āMinimumā fullā scale:ā forā cur-rentā probes,ā valueā atā 4mA,ā forā0-10Vā voltageā probes,ā valueā atā0V,ā forā ratiometricā probesā (0-5V),āvalueā atā 10%ā (correspondingā toā0.5V).
-9999ā¦+9999 0
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FullScaleMax_Ai3 15737 WORD - -
Analog input Ai3 full scale valueNote:āMaximumā fullā scaleā forā cur-rentā probes,ā valueā atā 20mA,ā forā0-10Vā voltageā probes,ā valueā atā10V,āforāratiometricāprobesā(0-5V),āvalueā atā 90%ā (correspondingā toā4.5V).
-9999ā¦+9999 1000
FullScaleMin_Ai4 15738 WORD -1 -Analog input Ai4 start of scale valueSeeāFullScaleMin_Ai3
-9999ā¦+9999 0
FullScaleMax_Ai4 15739 WORD - - Analog input Ai4 full scale valueSeeāFullScaleMAx_Ai3 -9999ā¦+9999 1000
FullScaleMin_Ai5 15740 WORD -1 -Analog input Ai5 start of scale valueSeeāFullScaleMin_Ai3
-9999ā¦+9999 0
FullScaleMax_Ai5 15741 WORD - - Analog input Ai5 full scale valueSeeāFullScaleMax_Ai3 -9999ā¦+9999 1000
FullScaleMin_Ai6 15742 WORD -1 -Analog input Ai6 start of scale valueSeeāFullScaleMin_Ai3
-9999ā¦+9999 0
FullScaleMaxAi6 15743 WORD - - Analog input Ai6 full scale valueSeeāFullScaleMax_Ai3 -9999ā¦+9999 1000
Calibration_Ai1 15748 WORD -1 - Analog input Ai1 differential -180ā...ā180 0Ā°C/10ā
or Ā°F/10
Calibration_Ai2 15749 WORD -1 - Analog input Ai2 differential -180ā...ā180 0 Ā°C/10āor
Ā°F/10
Calibration_Ai3 15750 WORD -1 - Analog input Ai3 differential -1000ā...ā1000 0
Calibration_Ai4 15751 WORD -1 - Analog input Ai4 differential -1000ā...ā1000 0
Calibration_Ai5 15752 WORD -1 - Analog input Ai5 differential -1000ā...ā1000 0
Calibration_Ai6 15753 WORD -1 - Analog input Ai6 differential -1000ā...ā1000 0
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ANALOG OUTPUTS V/I folder
Cfg_AO1_AO5 15758 WORD - Y
Type of analog output AO1/AO5AO1ā andā AO5ā areā configuredā ināpairs.āSeeāSubCfg_AO5ā¢ 0ā =ā 4-20mAā currentā analogā
output
ā¢ 1ā =ā ON/OFFā outputā configu-redāasā0/4ā¦20mAāswitchā(ON=āmaxā20mA,āOFF=0mA)āforāpilo-tingā switchā loadsā suchā asā ON/OFF.
ā¢ 2=0-10Vā analogā outputā -ā vol-tage
Note. AO4 and AO5 can be con-figured as Open Collector A04=1, A01/A05=0 or 1, SubCfg_AO5=1
0 ... 2 0 num
Cfg_AO2 15759 WORD - Y Type of analog output AO2 See Cfg_ AO1_AO5 0 ... 2 0 num
Cfg_AO3 15760 WORD - Y Type of analog output AO3 See Cfg_ AO1_AO5 0 ... 2 0 num
Cfg_AO4 15761 WORD - Y Type of analog output AO4 0 ... 2 0 num
SubCfg_AO5 15762 WORD - Y
Analog output AO5 sub-mode function OnlyāappliesāifāCfg_AO1_AO5ā 2ā¢ 0ā =ā 4-20mAā currentā analogā
output
ā¢ 1ā =ā ON/OFFā outputā configu-redāasā0/4ā¦20mAāswitchā(ON=āmaxā20mA,āOFF=0mA)āforāpilo-tingā switchā loadsā suchā asā ON/OFF.
Note. AO4 and AO5 can be con-figured as Open Collector A04=1, A01/A05=0 or 1, SubCfg_AO5=1
0,ā1 0 num
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TM171PDM27 / TM171PBM27R parameters
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ON BOARD RS485 folder
Addr_RS485_OB 15774 WORD - YOn-board RS485 serial addressTheāactualāaddressāisādeterminedābyātheāsumāofā thisāvalueā+ā theāvalueāofā theādipāswitch.
0 ... 255 1 num
Proto_RS485_OB 15775 WORD - YOn-board RS485 protocol selectionā¢ 2ā=āuNET
ā¢ 3ā=āModbus/RTU
2 ... 3 3 num
Databit_RS485_OB 15776 WORD - Y On-board RS485 data bit numberFixed setting 8 8 ... 8 8 num
Stopbit_RS485_OB 15777 WORD - YOn-board RS485 stop bit number 1=ā1āstopābit2=ā2āstopābit
1... 2 1 num
Parity_RS485_OB 15778 WORD - Y
On-board RS485 protocol parity 0=āNULLā¢ 1=āODD
ā¢ 2=āEVEN
0 ... 2 2 num
Baud_RS485_OB 15779 WORD - Y
On-board RS485 protocol baudrate ā¢ 0=9600ābaud
ā¢ 1=19200ābaud
ā¢ 2=38400ābaud
ā¢ 3=57600ābaud
ā¢ 4=76800ābaud
ā¢ 5=115200ābaud
0 ... 5 2 num
ON BOARD CAN folder
Addr_CAN_OB 15780 WORD - YOn-board CAN serial addressTheāactualāaddressāisādeterminedābyātheāsumāofā thisāvalueā+ā theāvalueāofā theādipāswitch.
1 ... 127 1 num
Baud_CAN_OB 15781 WORD - Y
On-board CAN protocol baudrateā¢ 2=500ākbaud
ā¢ 3=250ākbaud
ā¢ 4=125ākbaud
ā¢ 5=125ākbaud
ā¢ 6=50ākbaud
2 ... 6 2 num
CAN PLUGIN PASSIVE folder
Addr_RS485_PI 15782 WORD - YRS485 passive plug-in serial addressTheāactualāaddressāisādeterminedābyātheāsumāofā thisāvalueā+ā theāvalueāofā theādipāswitch.
0āā¦ā255 1 num
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Proto_RS485_PI 15783 WORD - YRS485 passive plug-in protocol selec-tion2ā=āuNET3ā=āModbus/RTU
2āā¦ā3 3 num
Databit_RS485_PI 15784 WORD - Y RS485 passive plug-in data bit numberFixed setting 8 8āā¦ā8 8 num
Stopbit_RS485_PI 15785 WORD - YRS485 passive plug-in stop bit numberā¢ 1=ā1āstopābit
ā¢ 2=ā2āstopābit
1ā¦ā2 1 num
Parity_RS485_PI 15786 WORD - YRS485 passive plug-in protocol parity 0=āNULL1=āODD2=āEVEN
0āā¦ā2 2 num
Baud_RS485_PI 15787 WORD - Y
RS485 passive plug-in protocol bau-drate ā¢ 0=9600ābaud
ā¢ 1=19200ābaud
ā¢ 2=38400ābaud
ā¢ 3=57600ābaud
ā¢ 4=76800ābaud
ā¢ 5=115200ābaud
0āā¦ā5 2 num
Addr_CAN_PI 15788 WORD - YCAN passive plug-in serial address Theāactualāaddressāisādeterminedābyātheāsumāofā thisāvalueā+ā theāvalueāofā theādipāswitch.
1āā¦ā127 1 num
Baud_CAN_PI 15789 WORD - Y
CAN passive plug-in protocol bau-drateā¢ 2=500ākbaud
ā¢ 3=250ākbaud
ā¢ 4=125ākbaud
ā¢ 5=125ākbaud
ā¢ 6=50ākbaud
2āā¦ā6 2 num
RS232 PASSIVE PLUG-IN folder
Addr_ RS232_PI 15790 WORD - YRS232 passive plug-in serial addressTheāactualāaddressāisādeterminedābyātheāsumāofā thisāvalueā+ā theāvalueāofā theādipāswitch.
0 ... 255 1 num
Proto_ RS232_PI 15791 WORD - Y
RS232 passive plug-in protocol selec-tionā¢ 2ā=āuNET
ā¢ 3ā=āModbus/RTU
2 ... 3 3 num
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Databit_ RS232_PI 15792 WORD - YRS232 passive plug-in data bit numberā¢ 7=ā7ābit
ā¢ 8=ā8ābit
7 ... 8 8 num
Stopbit_ RS232_PI 15793 WORD - YRS232 passive plug-in stop bit numberā¢ 1=ā1āstopābit
ā¢ 2=ā2āstopābit
1... 2 1 num
Parity_ RS232_PI 15784 WORD - Y
RS232 passive plug-in protocol parity ā¢ 0=āNULL
ā¢ 1=āODD
ā¢ 2=āEVEN
0 ... 2 2 num
Baud_RS232_PI 15795 WORD - Y
RS232 passive plug-in protocol bau-drateā¢ 0=9600ābaud
ā¢ 1=19200ābaud
ā¢ 2=38400ābaud
ā¢ 3=57600ābaud
ā¢ 4=76800ābaud
ā¢ 5=115200ābaud
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PASSIVE ETHERNET COMMUNICATION MODULEETHERNETāconfigurationāparametersāforāpassiveāplug-inārequireāconfigurationāofātheāTCP/IPācommunicationāportā(forāexampleā502),ātheāIPāaddress,ātheāgatewayāandātheāsubnetāmaskTheāāDefaultāGatewayāāandāāNetāmaskāāparametersāareāofānoāsignificanceāinātheālocalāpoint-to-pointānetwork.ForāconnectionsāviaāaārouterātheāāDefaultāGatewayāāparametersāmustāmatchātheāIPāaddress,āasāinātheāfollowingāexample:
Value Value
Ip_1_ETH_PI Ethernet Passive Plug-In IP address (part 1) 192 DefGtwy_1_ETH_PI Default Gateway (part 1) 192
Ip_2_ETH_PI Ethernet Passive Plug-In IP address (part 2) 168 DefGtwy_2_ETH_PI Default Gateway (part 2) 168
Ip_3_ETH_PI Ethernet Passive Plug-In IP address (part 3) 0 DefGtwy_3_ETH_PI Default Gateway (part 3) 0
Ip_4_ETH_PI Ethernet Passive Plug-In IP address (part 4) 100 DefGtwy_4_ETH_PI Default Gateway (part 4) 1
Theāparametersānecessaryāforātheāconfigurationāofāportsāandāprotocolsāareāthese:
WebVisuāallowsātheāuseāofāHTTPāandāTFTPāservers.
Parameter Description Label
HTTPāports HTTP HyperText Transfer Protocol.AnāHTTPāserverāgenerallyāmonitorsāportā80āusingāTCPāprotocol. Port_HTTP_PI
TFTP ports TFTP Trivial File Transfer Protocol.ProtocolāusingābasicāFTPāfunctionalities.āTypicalāuse:ātransferāofāsmallāfilesābetweenāhostsāonāaānetwork.āTFTPāUSESāPORTā69
Port_TFTP_PI
DHCPāprotocol DHCP Dynamic Host Configuration Protocol EnableDHCP_ETH_
PI
DNSāsystemDNS Domain Name SystemSystemāforātheāconversionāofāhostānames,āorānetworkānodes,ātoāIPāaddressesUsedābyāTM171SW (SoMachineHVAC)ātoāsendātextāe-mailsā(strings)
PriDNS_1_ETH_PIPriDNS_2_ETH_PIPriDNS_3_ETH_PIPriDNS_4_ETH_PISecDNS_1_ETH_PISecDNS_2_ETH_PISecDNS_3_ETH_PISecDNS_4_ETH_PI
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Port_TFTP_PI 15772 WORD - YTFTP portTFTPā communicationā Portā num-berāDefaultā0ācorrespondsātoāport 69
0āā¦ā65535 0 num
Port_HTTP_PI 15796 WORD - YHTTP portHTTPā communicationā Portā num-berāDefaultā0ācorrespondsātoāport 80
0āā¦ā65535 0 num
Port_ETH_PI 15797 WORD - YPortTCP/IPā Modbusā communicationāport. Port 502 for example
0āā¦ā65535 502 num
Ip_1_ETH_PI 15798 WORD - Y Ethernet passive Plug-in IP address (part 1) 0āā¦ā255 10 num
Ip_2_ETH_PI 15799 WORD - Y Ethernet passive Plug-in IP address (part 2) 0āā¦ā255 0 num
Ip_3_ETH_PI 15800 WORD - Y Ethernet passive Plug-in IP address (part 3) 0āā¦ā255 0 num
Ip_4_ETH_PI 15801 WORD - Y Ethernet passive Plug-in IP address (part 4) 0āā¦ā255 100 num
DefGtwy_1_ETH_PI 15802 WORD - Y Default Gateway (part 1) 0āā¦ā255 192 num
DefGtwy_2_ETH_PI 15803 WORD - Y Default Gateway (part 2) 0āā¦ā255 168 num
DefGtwy_3_ETH_PI 15804 WORD - Y Default Gateway (part 3) 0āā¦ā255 0 num
DefGtwy_4_ETH_PI 15805 WORD - Y Default Gateway (part 4) 0āā¦ā255 1 num
NetMsk_1_ETH_PI 15806 WORD - Y Net mask (part 1) 0āā¦ā255 255 num
NetMsk_2_ETH_PI 15807 WORD - Y Net mask (part 2) 0āā¦ā255 255 num
NetMsk_3_ETH_PI 15808 WORD - Y Net mask (part 3) 0āā¦ā255 255 num
NetMsk_4_ETH_PI 15809 WORD - Y Net mask (part 4) 0āā¦ā255 0 num
PriDNS_1_ETH_PI 15810 WORD - Y Primary DNS server (part 1) 0āā¦ā255 194 num
PriDNS_2_ETH_PI 15811 WORD - Y Primary DNS server (part 2) 0āā¦ā255 25 num
PriDNS_3_ETH_PI 15812 WORD - Y Primary DNS server (part 3) 0āā¦ā255 2 num
PriDNS_4_ETH_PI 15813 WORD - Y Primary DNS server (part 4) 0āā¦ā255 129 num
SecDNS_1_ETH_PI 15814 WORD - Y Secondary DNS server (part 1) 0āā¦ā255 194 num
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SecDNS_2_ETH_PI 15815 WORD - Y Secondary DNS server (part 2) 0āā¦ā255 25 num
SecDNS_3_ETH_PI 15816 WORD - Y Secondary DNS server (part 3) 0āā¦ā255 2 num
SecDNS_4_ETH_PI 15817 WORD - Y Secondary DNS server (part 4) 0āā¦ā255 130 num
EnableDHCP_ETH_PI 15819 WORD - Y Enable DHCP 0āā¦ā1
(False,āTrue) False flag
Modems folderModem_RS232_PI 15820 BOOL - Y Presence of Modem 0āā¦ā1 0 num
Modem_InitStr1 15821 19 BYTES - Y Modem initialization string
(part I) ********** (1) string
Modem_InitStr2 15831 19 BYTES - Y Modem initialization string
(part II) ********** string
Modem_Hangup 15851 19
BYTES - Y Hangup String ********** ATH0 string
Display folderHmi_Language 15819 WORD - Y Display language 0āā¦ā65535 0 num
Par_ContrLCD 15723 WORD - YLCD ContrastAllowsā adjustmentā ofā theā LCDādisplayācontrast.
0 ... 64 30 num
Par_BackLightTim
e15724 WORD - Y
Backlight switch-on timeAllowsāadjustmentāofāLCDādisplayāswitch-onātime.
0 ... 3600 10 num
(1)āAT&F&C&D2E0X1S0=0
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9.1.2. M171EP14R parameters
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ACKNOWLEDGEMENT folder
Par_TAB 15716 WORD - Y Map codeNote:āread/writeāparameter 0āā¦ā65535 0 num
Par_POLI 15717 WORD - Y Model CodeNote:āread/writeāparameter 0āā¦ā65535 2049 num
Par_PCH 15718 WORD - -Model ID Code
0āā¦ā65535 262 num
AI CALIBRATION folder
Gain_Ntc_AI1 15616 WORD - - Ai1 NTC calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI2 15617 WORD - - Ai2 NTC calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI3 15618 WORD - - Ai3 NTC calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI4 15619 WORD - - Ai4 NTC calibration gain 0āā¦ā65535 32768 numOffs_Ntc_AI1 15621 WORD -1 - Ai1 NTC calibration offset -32768āā¦ā32767 0 numOffs_Ntc_AI2 15622 WORD -1 - Ai2 NTC calibration offset -32768āā¦ā32767 0 numOffs_Ntc_AI3 15623 WORD -1 - Ai3 NTC calibration offset -32768āā¦ā32767 0 numOffs_Ntc_AI4 15624 WORD -1 - Ai4 NTC calibration offset -32768āā¦ā32767 0 num
Gain_PTC_AI1 15626 WORD - - Ai1 PTC calibration gain 0āā¦ā65535 32768 numGain_PTC_AI2 15627 WORD - - Ai2 PTC calibration gain 0āā¦ā65535 32768 numGain_PTC_AI3 15628 WORD - - Ai3 PTC calibration gain 0āā¦ā65535 32768 numGain_PTC_AI4 15629 WORD - Ai4 PTC calibration gain 0āā¦ā65535 32768 numOffs_PTC_AI1 15631 WORD -1 - Ai1 PTC calibration offset -32768āā¦ā32767 0 numOffs_PTC_AI2 15632 WORD -1 - Ai2 PTC calibration offset -32768āā¦ā32767 0 numOffs_PTC_AI3 15633 WORD -1 - Ai3 PTC calibration offset -32768āā¦ā32767 0 numOffs_PTC_AI4 15634 WORD -1 - Ai4 PTC calibration offset -32768āā¦ā32767 0 num
Gain_daOhm_AI1 15636 WORD - - Ai1 daOhm calibration gain 0āā¦ā65535 32768 numGain_daOhm_AI2 15637 WORD - - Ai2 daOhm calibration gain 0āā¦ā65535 32768 numGain_daOhm_AI3 15638 WORD - - Ai3 daOhm calibration gain 0āā¦ā65535 32768 numGain_daOhm_AI4 15639 WORD - - Ai4 daOhm calibration gain 0āā¦ā65535 32768 numOffs_daOhm_AI1 15641 WORD -1 - Ai1 daOhm calibration offset -32768āā¦ā32767 0 numOffs_daOhm_AI2 15642 WORD -1 - Ai2 daOhm calibration offset -32768āā¦ā32767 0 numOffs_daOhm_AI3 15643 WORD -1 - Ai3 daOhm calibration offset -32768āā¦ā32767 0 numOffs_daOhm_AI4 15644 WORD -1 - Ai4 daOhm calibration offset -32768āā¦ā32767 0 num
Gain_mA_AI1 15646 WORD - - Ai1 4-20mA calibration gain 0āā¦ā65535 32768 numGain_mA_AI2 15647 WORD - - Ai2 4-20mA calibration gain 0āā¦ā65535 32768 num
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Gain_mA_AI3 15648 WORD - - Ai3 4-20mA calibration gain 0āā¦ā65535 32768 numGain_mA_AI4 15649 WORD - - Ai4 4-20mA calibration gain 0āā¦ā65535 32768 numOffs_mA_AI1 15651 WORD -1 - Ai1 4-20mA calibration offset -32768āā¦ā32767 0 numOffs_mA_AI2 15652 WORD -1 - Ai2 4-20mA calibration offset -32768āā¦ā32767 0 numOffs_mA_AI3 15653 WORD -1 - Ai3 4-20mA calibration offset -32768āā¦ā32767 0 numOffs_mA_AI4 15654 WORD -1 - Ai4 4-20mA calibration offset -32768āā¦ā32767 0 num
Gain_5V_Ratio_AI1 15656 WORD - - Ai1 5V Ratiometric calibration
gain 0āā¦ā65535 32768 num
Gain_5V_Ratio_AI2 15657 WORD - - Ai2 5V Ratiometric calibration
gain 0āā¦ā65535 32768 num
Gain_5V_Ratio_AI3 15658 WORD - - Ai3 5V Ratiometric calibration
gain 0āā¦ā65535 32768 num
Gain_5V_Ratio_AI4 15659 WORD - - Ai4 5V Ratiometric calibration
gain 0āā¦ā65535 32768 num
Offs_5V_Ratio_AI1 15661 WORD -1 - Ai1 5V Ratiometric calibration
offset -32768āā¦ā32767 0 num
Offs_5V_Ratio_AI2 15662 WORD -1 - Ai2 5V Ratiometric calibration
offset -32768āā¦ā32767 0 num
Offs_5V_Ratio_AI3 15663 WORD -1 - Ai3 5V Ratiometric calibration
offset -32768āā¦ā32767 0 num
Offs_5V_Ratio_AI4 15664 WORD -1 - Ai4 5V Ratiometric calibration
offset -32768āā¦ā32767 0 num
Gain_10V_AI1 15666 WORD - - Ai1 0-10V calibration gain 0āā¦ā65535 32768 numGain_10V_AI2 15667 WORD - - Ai2 0-10V calibration gain 0āā¦ā65535 32768 numGain_10V_AI3 15668 WORD - - Ai3 0-10V calibration gain 0āā¦ā65535 32768 numGain_10V_AI4 15669 WORD - - Ai4 0-10V calibration gain 0āā¦ā65535 32768 numOffs_10V_AI1 15671 WORD -1 - Ai1 0-10V calibration offset -32768āā¦ā32767 0 numOffs_10V_AI2 15672 WORD -1 - Ai2 0-10V calibration offset -32768āā¦ā32767 0 numOffs_10V_AI3 15673 WORD -1 - Ai3 0-10V calibration offset -32768āā¦ā32767 0 numOffs_10V_AI4 15674 WORD -1 - Ai4 0-10V calibration offset -32768āā¦ā32767 0 numGain_5V_AI1 15676 WORD - - Ai1 0-5V calibration gain 0āā¦ā65535 32768 numGain_5V_AI2 15677 WORD - - Ai2 0-5V calibration gain 0āā¦ā65535 32768 numGain_5V_AI3 15678 WORD - - Ai3 0-5V calibration gain 0āā¦ā65535 32768 numGain_5V_AI4 15679 WORD - - Ai4 0-5V calibration gain 0āā¦ā65535 32768 numOffs_5V_AI1 15681 WORD -1 - Ai1 0-5V calibration offset -32768āā¦ā32767 0 numOffs_5V_AI2 15682 WORD -1 - Ai2 0-5V calibration offset -32768āā¦ā32767 0 numOffs_5V_AI3 15683 WORD -1 - Ai3 0-5V calibration offset -32768āā¦ā32767 0 numOffs_5V_AI4 15684 WORD -1 - Ai4 0-5V calibration offset -32768āā¦ā32767 0 num
Gain_PT1000_AI1 15686 WORD - - Ai1 PT1000 calibration gain 0āā¦ā65535 32768 numGain_PT1000_AI2 15687 WORD - - Ai2 PT1000 calibration gain 0āā¦ā65535 32768 numGain_PT1000_AI3 15688 WORD - - Ai3 PT1000 calibration gain 0āā¦ā65535 32768 numGain_PT1000_AI4 15689 WORD - - Ai4 PT1000 calibration gain 0āā¦ā65535 32768 num
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Offs_PT1000_AI1 15691 WORD -1 - Ai1 PT1000 calibration offset -32768āā¦ā32767 0 numOffs_PT1000_AI2 15692 WORD -1 - Ai2 PT1000 calibration offset -32768āā¦ā32767 0 numOffs_PT1000_AI3 15693 WORD -1 - Ai3 PT1000 calibration offset -32768āā¦ā32767 0 numOffs_PT1000_AI4 15694 WORD -1 -- Ai4 PT1000 calibration offset -32768āā¦ā32767 0 numAO CALIBRATION folder
Gain_10V_AO1 15696 WORD - - AO1 0-10V calibration gain 0āā¦ā65535 32768 numGain_10V_AO2 15697 WORD - - AO2 0-10V calibration gain 0āā¦ā65535 32768 numOffs_10V_AO1 15698 WORD -1 - AO1 0-10V calibration offset -32768āā¦ā32767 0 numOffs_10V_AO2 15699 WORD -1 - AO2 0-10V calibration offset -32768āā¦ā32767 0 num
ANALOG INPUTS folder
Temp_UM 15725 WORD - Y
Temperature unit of measure-mentā¢ 0ā=āĀ°C;
ā¢ 1ā=āĀ°F
0,ā1 0 num
Cfg_Ai1 15726 WORD - -
Type of analog input Ai1ā¢ 0=āNTCā(NK103)
ā¢ 1=āDI
ā¢ 2=āNTCā(103AT)
ā¢ 3ā=ā4ā¦20mA
ā¢ 4=0-10V
ā¢ 5=0-5VāRatiometric
ā¢ 6=Pt1000
ā¢ 7=hĪ©(NTC)
ā¢ 8=daĪ©(PT1000)
ā¢ PTC
ā¢ 10=0-5V
0 ... 10 3 num
Cfg_Ai2 15727 WORD - - Type of analog input Ai2SeeāCfg_Ai1 0 ... 10 3 num
Cfg_Ai3 15728 WORD - - Type of analog input Ai3SeeāCfg_Ai1 0 ... 10 2 num
Cfg_Ai4 15729 WORD - - Type of analog input Ai4SeeāCfg_Ai1 0 ... 10 2 num
FullScaleMin_Ai1 15736 WORD -1 - Analog input Ai1 start of scale value -9999ā¦+9999 0
FullScaleMax_Ai1 15737 WORD - - Analog input Ai1 full scale value -9999ā¦+9999 1000
FullScaleMin_Ai2 15738 WORD -1 -Analog input Ai2 start of scale valueSeeāFullScaleMin_Ai1
-9999ā¦+9999 0
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FullScaleMax_A2 15739 WORD - - Analog input Ai2 full scale valueSeeāFullScaleMAx_Ai1 -999ā¦+999 1000
FullScaleMin_Ai3 15740 WORD -1 -Analog input Ai3 start of scale valueSeeāFullScaleMin_Ai1
-9999ā¦+9999 0
FullScaleMax_Ai3 15741 WORD - - Analog input Ai3 full scale valueSeeāFullScaleMax_Ai1 -999ā¦+999 1000
FullScaleMin_Ai4 15742 WORD -1 -Analog input Ai4 start of scale valueSeeāFullScaleMin_Ai1
-9999ā¦+9999 0
FullScaleMaxAi4 15743 WORD - - Analog input Ai4 full scale valueSeeāFullScaleMax_Ai1 -999ā¦+999 100
Calibration_Ai1 15748 WORD -1 - Analog input Ai1 differential -180ā...ā180 0Ā°C/10ā
or Ā°F/10
Calibration_Ai2 15749 WORD -1 - Analog input Ai2 differential -180ā...ā180 0 Ā°C/10āor
Ā°F/10
Calibration_Ai3 15750 WORD -1 - Analog input Ai3 differential -1000ā...ā1000 0
Calibration_Ai4 15751 WORD -1 - Analog input Ai4 differential -1000ā...ā1000 0
SubCfg_AI1 16010 WORD - Y
Analog input AI5 sub-mode fun-ction
ā¢ 0ā =ā Lowā Passā Filterā disabled,āanalogāvalueāinārawāpoints
ā¢ 1ā =ā Lowā Passā Filterā disabled,āanalogāvalueāconverted
ā¢ 2ā =ā Lowā Passā Filterā enabled,āanalogāvalueāinārawāpoints
ā¢ 1ā =ā Lowā Passā Filterā enabled,āanalogāvalueāconverted
0 ... 3 3 num
SubCfg_AI2 16011 WORD - Y See SubCfg_AI1 0 ... 3 3 numSubCfg_AI3 16012 WORD - Y See SubCfg_AI1 0 ... 3 3 numSubCfg_AI4 16013 WORD - Y See SubCfg_AI1 0 ... 3 3 num
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9.1.3. M171 Performance Flush parametersLA
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ACKNOWLEDGEMENT folder
Par_TAB 15716 WORD - Y Map codeNote:āread/writeāparameter 0āā¦ā65535 0 num
Par_POLI 15717 WORD - Y Model CodeNote:āread/writeāparameter 0āā¦ā65535 2049 num
Par_PARMOD 15719 BOOL - -
Parameter changedFlagā indicatingā changeā toā defaultāsettings.ā¢ 0=āmapānotāmodified.
ā¢ 1=āatā leastāoneāparameterāhasābeen changed from the original configuration.
0āā¦ā1 0 num
AI CALIBRATION folderGain_Ntc_AI1 15616 WORD - - Ai1 NTC calibration gain 0āā¦ā65535 32768 numGain_Ntc_AI2 15617 WORD - - Ai2 NTC calibration gain 0āā¦ā65535 32768 numGain_5V_AI3 15620 WORD - - Ai3 0-5V calibration gain 0āā¦ā65535 32768 num
Gain_10V_AI3 15621 WORD - - Ai3 0-10V calibration gain 0āā¦ā65535 32768 numGain_mA_AI3 15622 WORD - - Ai3 4-20mA calibration gain 0āā¦ā65535 32768 num
Offs_Ntc_AI1 15650 WORD -1 - Ai1 NTC calibration offset -32768āā¦ā32767 0 num
Offs_Ntc_AI2 15651 WORD -1 - Ai2 NTC calibration offset -32768āā¦ā32767 0 num
Offs_5V_AI3 15654 WORD -1 - Ai3 0-5V calibration offset -32768āā¦ā32767 0 num
Offs_10V_AI3 15655 WORD -1 - Ai3 0-10V calibration offset -32768āā¦ā32767 0 num
Offs_mA_AI3 15656 WORD -1 - Ai3 4-20mA calibration offset -32768āā¦ā32767 0 num
ANALOG INPUTS folder
Temp_UM 15725 WORD - YTemperature unit of measureā¢ 0ā=āĀ°C;
ā¢ 1ā=āĀ°F
0,ā1 0 num
Cfg_AI1 15726 WORD - -
Type of analog input Ai1ā¢ 0=āNTCā(NK103)
ā¢ 1=āDI
ā¢ 2=āNTCā(103AT)
0 ... 2 2 num
Cfg_Ai2 15727 WORD - - Type of analog input Ai2SeeāCfg_Ai1 0 ... 2 2 num
Cfg_Ai3 15728 WORD - -
Type of analog input Ai3ā¢ ā3ā=ā4ā¦20mA
ā¢ ā4=0-10V
ā¢ ā5=0-5V
3 ... 5 3 num
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Cfg_Ai4 15729 WORD - - Type of analog input Ai4SeeāCfg_Ai3 3 ... 5 3 num
FullScaleMin_Ai3 15736 WORD -1 -
Analog input Ai3 start of scale valueN.B.:āMinimumā fullā scale:ā forā cur-rentā probes,ā valueā atā 4mA,ā forā0-10Vā voltageā probes,ā valueā atā0V,ā10%āforā(ā0-5V)āprobes,āvalueāatā10%ā(correspondingātoā0.5V).
-9999ā¦+9999 0
FullScaleMAx_Ai3 15737 WORD -1 -
Analog input Ai3 full scale valueN.B.:āMaximumā fullā scaleā forā cur-rentā probes,ā valueā atā 20mA,ā forā0-10Vā voltageā probes,ā valueā atā10V,ā forā (0-5V)ā probes,ā valueā atā90%ā(correspondingātoā4.5V).
-9999ā¦+9999 1000
Calibration_Ai1 15748 WORD -1 - Analog input Ai1 differential -180ā...ā180 0 Ā°C/10āorāĀ°F/10
Calibration_Ai2 15749 WORD -1 - Analog input Ai2 differential -180ā...ā180 0 Ā°C/10āorāĀ°F/10
Calibration_Ai3 15750 WORD -1 - Analog input Ai3 differential -1000ā...ā1000 0
Calibration_Ai4 15751 WORD -1 - Analog input Ai4 differential -1000ā...ā1000 0Compensation_
AI1 15752 WORD -1 - Internal compensation AI1 -1000ā...ā1000Ā°C/10 0 Ā°C/10
Compensation_AI4 15753 WORD -1 - Internal compensation AI4 -1000ā...ā1000
Ā°C/10 0 Ā°C/10
RS485 ON BOARD folder
Addr_RS485_OB 15774 WORD - Y
On-board RS485 serial addressTheāactualāaddressāisādeterminedābyā theā sumā ofā thisā valueā +ā theāvalueāofātheādipāswitch.ā
0 ... 255 1 num
Proto_RS485_OB 15775 WORD - Y
On-board RS485 protocol selec-tionā¢ 2ā=āuNET
ā¢ 3ā=āModbus/RTU
2 ... 3 2 num
Databit_RS485_OB 15776 WORD - Y
On-board RS485 data bit num-berFixed setting 8
8 ... 8 8 num
Stopbit_RS485_OB 15777 WORD - Y
On-board RS485 stop bit num-berā¢ 1=ā1āstopābit
ā¢ 2=ā2āstopābits
1... 2 1 num
Parity_RS485_OB 15778 WORD - Y
On-board RS485 protocol parityā¢ 0=āNULL
ā¢ 1=āODD
ā¢ 2=āEVEN
0 ... 2 2 num
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Baud_RS485_OB 15779 WORD - Y
On-board RS485 protocol bau-drateā¢ 0=9600ābaud
ā¢ 1=19200ābaud
ā¢ 2=38400ābaud
ā¢ 3=57600ābaud
ā¢ 4=76800ābaud
ā¢ 5=115200ābaud
0 ... 5 2 num
ON BOARD CAN folder
Addr_CAN_OB 15780 WORD - YOn-board CAN serial addressTheāactualāaddressāisādeterminedābyā theā sumā ofā thisā valueā +ā theāvalueāofātheādipāswitch.
1 ... 127 1 num
Baud_CAN_OB 15781 WORD - Y
On-board CAN protocol bau-drate2=500ākbaud3=250ākbaud4=125ākbaud5=125ākbaud6=50ākbaud
2 ... 6 2 num
ON BOARD ETHERNETTheāparametersānecessaryāforātheāconfigurationāofāportsāandāprotocolsāareāthese:
WebVisuāallowsātheāuseāofāHTTPāandāTFTPāservers.
Parameter Description Label
HTTPāports HTTP HyperText Transfer Protocol.AnāHTTPāserverāgenerallyāmonitorsāportā80āusingāTCPāprotocol. Port_HTTP
TFTP portsTFTP Trivial File Transfer Protocol.ProtocolāusingābasicāFTPāfunctionalities.āTypicalāuse:ātransferāofāsmallāfilesābetweenāhostsāonāaānetwork.āTFTPāUSESāPORTā69
Port_TFTP
DHCPāprotocol DHCP Dynamic Host Configuration Protocol EnableDHCP_
ETH
DNSāsystemDNS Domain Name SystemSystemāforātheāconversionāofāhostānames,āorānetworkānodes,ātoāIPāaddressesUsedābyāTM171SW (SoMachineHVAC)ātoāsendātextāe-mailsā(strings)
PriDNS_1_ETHPriDNS_2_ETHPriDNS_3_ETHPriDNS_4_ETHSecDNS_1_ETHSecDNS_2_ETHSecDNS_3_ETHSecDNS_4_ETH
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ETHERNET ON BOARD folder
Port_TFTP 15772 WORD - YTFTP portTFTPā communicationā Portā numberāDefaultā0ācorrespondsātoāport 69
0āā¦ā65535 0 num
Port_HTTP 15796 WORD - YHTTP portHTTPā communicationā Portā numberāDefaultā0ācorrespondsātoāport 80
0āā¦ā65535 0 num
Port_ETH 15797 WORD - YPortTCP/IPāModbusācommunicationāport.āPort 502 for example
0āā¦ā65535 502 num
Ip_1_ETH 15798 WORD - Y On-board Ethernet passive IP address (part 1) 0āā¦ā255 10 num
Ip_2_ETH 15799 WORD - Y On-board Ethernet passive IP address (part 2) 0āā¦ā255 0 num
Ip_3_ETH 15800 WORD - Y On-board Ethernet passive IP address (part 3) 0āā¦ā255 0 num
Ip_4_ETH 15801 WORD - Y On-board Ethernet passive IP address (part 4) 0āā¦ā255 100 num
DefGtwy_1_ETH 15802 WORD - Y Default Gateway (part 1) 0āā¦ā255 192 numDefGtwy_2_ETH 15803 WORD - Y Default Gateway (part 2) 0āā¦ā255 168 numDefGtwy_3_ETH 15804 WORD - Y Default Gateway (part 3) 0āā¦ā255 0 numDefGtwy_4_ETH 15805 WORD - Y Default Gateway (part 4) 0āā¦ā255 1 numNetMsk_1_ETH 15806 WORD - Y Net mask (part 1) 0āā¦ā255 255 numNetMsk_2_ETH 15807 WORD - Y Net mask (part 2) 0āā¦ā255 255 numNetMsk_3_ETH 15808 WORD - Y Net mask (part 3) 0āā¦ā255 255 numNetMsk_4_ETH 15809 WORD - Y Net mask (part 4) 0āā¦ā255 0 numPriDNS_1_ETH 15810 WORD - Y Primary DNS server (part 1) 0āā¦ā255 194 numPriDNS_2_ETH 15811 WORD - Y Primary DNS server (part 2) 0āā¦ā255 25 numPriDNS_3_ETH 15812 WORD - Y Primary DNS server (part 3) 0āā¦ā255 2 numPriDNS_4_ETH 15813 WORD - Y Primary DNS server (part 4) 0āā¦ā255 129 numSecDNS_1_ETH 15814 WORD - Y Secondary DNS server (part 1) 0āā¦ā255 194 numSecDNS_2_ETH 15815 WORD - Y Secondary DNS server (part 2) 0āā¦ā255 25 numSecDNS_3_ETH 15816 WORD Y Secondary DNS server (part 3) 0āā¦ā255 2 numSecDNS_4_ETH 15817 WORD - Y Secondary DNS server (part 4) 0āā¦ā255 130 numEnableDHCP_
ETH 15819 WORD - Y Enable DHCP 0āā¦ā1(False,āTrue) False flag
Display folder
Hmi_Language 15819 WORD - -
Display language0ā=āItalian1ā=āEnglish2ā=āFrench3ā=āGerman4ā=āSpanish
0āā¦ā65535 0 num
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Par_ContrLCD 15723 WORD - YLCD Contrast AllowsāadjustmentāofātheāLCDādisplayācontrast.
0āā¦ā64 30 num
Par_BackLightTime 15724 WORD - -
Backlight switch-on timeAllowsā adjustmentā ofā LCDā displayāswitch-onātime.
0āā¦ā3600 10 sec
Buzzer folder
Buzzer_Mode 15990 WORD - -Buzzer mode0=āalwaysāoff1=ābeepāperākey
0āā¦ā1 0 num
HMI Management folderHmi_Language 15989 WORD 0āā¦ā65535 0 num
HmiList_Current 15820 WORD - -
CurrentāHMI0=āHMIāremoteā11=āHMIāremoteā22=āHMIāremoteā33=āHMIāremoteā44=āHMIāremoteā55=āHMIāremoteā66=āHMIāremoteā77=āHMIāremoteā88=āHMIāremoteā99=āHMIāremoteā1010ā=ānotāused11=āLocalāHMI
0āā¦ā11 11 num
If HmiList_Current=11 the following folders/parameters are NOT USED.HMI remote 1 folder
HmiList_ID_1 15821 WORD - - HMIāremoteā1ānavigationāIDālist 0 ... 254 0 num
HmiList_Res_1 15833 WORD - -
HMIā remoteā 1ā navigationā resourceātypeHMIā remoteā 1ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15845 WORD - -HMIā remoteā 1ā navigationā resourceāaddressā forā CAN,āRTUā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15846 WORD - - HMIā remoteā 1ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15847 WORD - - HMIā remoteā 1ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15848 WORD - - HMIā remoteā 1ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_1 15893 15ābyte - - HMIāremoteā1ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
HMI remote 2 folderHmiList_ID_2 15822 WORD - - HMIāremoteā2ānavigationāIDālist 0 ... 254 0 num
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HmiList_Res_2 15834 WORD - -
HMIā remoteā 2ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15849 WORD - -HMIā remoteā 2ā navigationā resourceāaddressā forā CAN,āRTUā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15850 WORD - - HMIā remoteā 2ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15851 WORD - - HMIā remoteā 2ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15852 WORD - - HMIā remoteā 2ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_2 15901 15ābyte - - HMIāremoteā2ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
HMI remote 3 folder
HmiList_Res_3 15835 WORD - -
HMIā remoteā 3ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15853 WORD - -HMIā remoteā 3ā navigationā resourceāaddressā forā CAN,āRTUā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15854 WORD - - HMIā remoteā 3ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15855 WORD - - HMIā remoteā 3ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15856 WORD - - HMIā remoteā 3ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_3 15909 15ābyte - - HMIāremoteā3ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
HMI remote 4 folderHmiList_ID_4 15822 WORD - - HMIāremoteā4ānavigationāIDālist 0 ... 254 0 num
HmiList_Res_4 15836 WORD - -
HMIā remoteā 4ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15857 WORD - -HMIā remoteā 4ā navigationā resourceāaddressā forā CAN,āRTUā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15859 WORD - - HMIā remoteā 4ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15859 WORD - - HMIā remoteā 4ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
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HmiList_Addr_4 15860 WORD - - HMIā remoteā 4ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_4 15917 15ābyte - - HMIāremoteā4ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
HMI remote 5 folderHmiList_ID_5 15825 WORD - - HMIāremoteā5ānavigationāIDālist 0 ... 254 0 num
HmiList_Res_5 15837 WORD - -
HMIā remoteā 5ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15861 WORD - -HMIā remoteā 5ā navigationā resourceāaddressā forā CAN,āRTHā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15862 WORD - - HMIā remoteā 5ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15863 WORD - - HMIā remoteā 5ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15864 WORD - - HMIā remoteā 5ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_5 15925 15ābyte - - HMIāremoteā5ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
HMI remote 6 folderHmiList_ID_6 15826 WORD - - HMIāremoteā6ānavigationāIDālist 0 ... 254 0 num
HmiList_Res_6 15838 WORD - -
HMIā remoteā 6ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15865 WORD - -HMIā remoteā 6ā navigationā resourceāaddressā forā CAN,āRTHā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15866 WORD - - HMIā remoteā 6ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15867 WORD - - HMIā remoteā 6ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15868 WORD - - HMIā remoteā 6ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_6 15933 15ābyte - - HMIāremoteā6ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
HMI remote 7 folderHmiList_ID_7 15827 WORD - - HMIāremoteā7ānavigationāIDālist 0 ... 254 0 num
HmiList_Res_7 15839 WORD - -
HMIā remoteā 7ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
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HmiList_Addr_1 15869 WORD - -HMIā remoteā 7ā navigationā resourceāaddressā forā CAN,āRTUā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15870 WORD - - HMIā remoteā 7ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15871 WORD - - HMIā remoteā 7ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15872 WORD - - HMIā remoteā 7ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_7 15941 15ābyte HMIāremoteā7ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
HMI remote 8 folderHmiList_ID_8 15828 WORD - - HMIāremoteā8ānavigationāIDālist 0 ... 254 0 num
HmiList_Res_8 15840 WORD - -
HMIā remoteā 8ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15873 WORD - -HMIā remoteā 8ā navigationā resourceāaddressā forā CAN,āRTUā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15874 WORD - - HMIā remoteā 8ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15875 WORD - - HMIā remoteā 8ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15876 WORD - - HMIā remoteā 8ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_8 15949 15ābyte - - HMIāremoteā8ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
HMI remote 9 folderHmiList_ID_9 15829 WORD - - HMIāremoteā9ānavigationāIDālist 0 ... 254 0 num
HmiList_Res_9 15841 WORD - -
HMIā remoteā 9ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15877 WORD - -HMIā remoteā 9ā navigationā resourceāaddressā forā CAN,āRTUā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15878 WORD - - HMIā remoteā 9ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15879 WORD - - HMIā remoteā 9ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15880 WORD - - HMIā remoteā 9ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_9 15957 15ābyte - - HMIāremoteā9ānavigationāfileā(DOSā8.3āuppercaseāformat) ******** string
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HMI remote 10 folderHmiList_ID_10 15830 WORD - - HMIāremoteā10ānavigationāIDālist 0 ... 254 0 num
HmiList_Res_10 15842 WORD - -
HMIā remoteā 10ā navigationā resourceātype1=RTUā(RS485āModbusāRTU)2=TCPā(ModbusāTCP)3=CANā(CAN)
1āā¦ā3 3 num
HmiList_Addr_1 15881 WORD - -HMIā remoteā 10ā navigationā resourceāaddressā forā CAN,āRTUā andā TCPā (IPāpartā1)
0 ... 255 0 num
HmiList_Addr_2 15882 WORD - - HMIā remoteā 10ā navigationā resourceāaddressāforāTCPā(IPāpartā2) 0 ... 255 0 num
HmiList_Addr_3 15883 WORD - - HMIā remoteā 10ā navigationā resourceāaddressāforāTCPā(IPāpartā3) 0 ... 255 0 num
HmiList_Addr_4 15884 WORD - - HMIā remoteā 10ā navigationā resourceāaddressāforāTCPā(IPāpartā4) 0 ... 255 0 num
HmiList_File_10 15965 15ābyte - - HMIā remoteā 10ā navigationā fileā (DOSā8.3āuppercaseāformat) ******** string
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CHAPTER 10 Programming of the TM171EP14R
The TM171ADMI and TM171AMFK are accessories that can be connected to the M171 Performance TM171EP14R expan-sion (target)āserialāportātoāmakeāaāquickāprogrammingāofā:ā¢ Targetsāparametersā(uploadāandādownloadāofāaāparameterāmapāto/fromāoneāorāmoreātargetsāofātheāsameātype)
ā¢ Targets BIOS
Connection of Programming Cable (TM171ADMI)
DMI Converter
TM171EP14R
USB Male
USB Male
USB Female
TM171ADMI g TM171EP14R TM171ADMI f TM171EP14RParameters Parameters
BIOS -Fig. 64. ConnectionsābetweenāTM171ADMIāConverterāandātheāModiconāTM171EP14R
NOTE:āWhenāsupplyingāpowerātoātheāexpansionāmoduleāfromātheāPC,āTM171EP14Rāmustānotābeāconnectedātoāearth.ā Ifāaāgroundā(earth)āconnectionāexistsāforātheāPCāasāwellāasātheāTM171EP14Rāaāgroundāloopāconditionācouldādevelopāandārender either PC or the TM171EP14R inoperable.
NOTICEINOPERABLE EQUIPMENTIfā youā areā unsureā whetherā theā TM171EP14Rā isā connectedā toā anā SELVā powerā supply,ā disconnectā theā powerā supplyā connectionātoātheāTM171EP14RābeforeāconnectingāaāPC.Failure to follow these instructions can result in equipment damage.
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Connection of Multi Function Key (TM171AMFK)
To connect TM171AMFK to TM171ADMI the BLUEācableāisāused.
DMI Converter MFK
BU
MFK
TM171EP14R
TM171ADMI+PC g TM171AMFK TM171ADMI+PC f TM171AMFKBIOS -
Fig. 65. Connections between TM171AMFK and TM171ADMI Converter + PC
WARNINGUNINTENDED EQUIPMENT OPERATION
ā¢ ConnectātheāprogrammingācableātoātheāPCāfirst,āthenātoātheāprogrammingāportāofātheācontroller.ā¢ Disconnect the programming cable from the controller before disconnecting it from the PC.
Failure to follow these instructions can result in death, serious injury, or equipment damage