Manuals / Omron / Household Appliance / Home Security System

Omron FQM1-CM001 CX-ProgrammerConnecting Cables, Connecting the CX-Programmer, Section

Models: FQM1-MMP21 FQM1-MMA21 FQM1-CM001

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Page 261

Connecting the CX-Programmer

Section 8-2

USB

Cable 1

Cable 2

Port

Communic

Connecting

ations

Connector

Model

Connector

Connector

Model

Connector

Cable

mode

CS1F-CIF31

D-Sub 9-pin

CS1W-

CS/CJ

Unnecessary

Coordinator

Peripheral

female

CN226/626

peripheral

Module

bus (Tool

(2 or 6 m)

peripheral

bus) or

Host Link

D-Sub 9-pin

XW2Z-

D-Sub 9-pin

D-Sub 9-pin

CS1W-

CS/CJ

Peripheral

female

200S-CV/

male

female

CN118

peripheral

bus (Tool

500S-CV

(0.1 m)

bus) or

(2 or 5 m)

Host Link

D-Sub 9-pin

XW2Z-

D-Sub 9-pin

D-Sub 9-pin

CS1W-

CS/CJ

Host link

female

200S-V/

male

female

CN118

peripheral

500S-V

(0.1 m)

(2 or 5 m)

D-Sub 9-pin

XW2Z-

RS-232C

Unnecessary

RS-232C

Peripheral

female

200S-CV/

D-Sub 9-pin

D-Sub 9-pin

bus (Tool

500S-CV

bus) or

male

female

(2 or 5 m)

Host Link

D-Sub 9-pin

XW2Z-

RS-232C

Unnecessary

Host link

female

200S-V/

D-Sub 9-pin

500S-V

male

(2 or 5 m)

8-2-2 CX-Programmer Connecting Cables

Port on Module

Computer

Port on

Communications mode

Model

Length

Remarks

computer

(Network type)

Built-in periph-

Windows

D-Sub 9-pin

Peripheral bus (Tool bus)

CS1W-CN226

2.0 m

---

eral port

OS

male

or Host Link (SYSMAC

CS1W-CN626

6.0 m

WAY)

Built-in RS-232C

Windows

D-Sub 9-pin

Peripheral bus (Tool bus)

XW2Z-200S-CV

2 m

Uses static-

port

OS

male

or Host Link (SYSMAC

resistant con-

XW2Z-500S-CV

5 m

(D-Sub 9-pin

WAY)

nectors

female)

Note When connecting one of these cables to the Coordinator Module’s RS-232C port, always touch a grounded metal object to discharge any electrostatic charge from the body before touching the cable connector.

The XW2Z-@@@S-CV Cables are equipped with static-resistant XM2S-0911- E Connector Hoods to improve static resistance, but we recommend discharg- ing static build-up before touching these connectors as well.

!Caution The OMRON Cables listed above can be used for connecting cables or an appropriate cable can be assembled. The external device or Coordinator Module itself may be damaged if a standard computer RS-232C cable is used as a connecting cable.

238

Image 261

Omron FQM1-CM001, FQM1-MMA21, FQM1-MMP21 CX-ProgrammerConnecting Cables, Connecting the CX-Programmer, Section

Contents

OPERATION MANUAL FQM1 SeriesFlexible Motion Controller FQM1-CM001 FQM1-MMP21 FQM1-MMA21Flexible Motion Controller Operation Manual FQM1-CM001 FQM1-MMP21 FQM1-MMA21FQM1 Series Produced NovemberPage OMRON Product References NoticeVisual Aids OMRON,Page TABLE OF CONTENTS SECTION TABLE OF CONTENTSInspection and Maintenance TABLE OF CONTENTSSECTION AppendicesTABLE OF CONTENTS About this Manual Page xiii PRECAUTIONS3 Safety Precautions 2 General Precautions1 Intended Audience Intended AudienceSafety Precautions 3-1Operating Environment PrecautionsSafety Precautions 3-2Application PrecautionsSafety Precautions xvii•Changing the operating mode of the FQM1 Safety Precautions •Do not apply voltages or connect loads to the built-inoutputs in excess of the maximum switching capacity. Excess voltage or loads may result in burningxviii EMC Directive Conformance Conditions Conformance to EC DirectivesConformance to EC Directives EMC DirectivesConformance to EC Directives 4-5Relay Output Noise Reduction MethodsCountermeasures Countermeasure ExamplesConformance to EC Directives CharacteristicMotion Controller Circuit5 Data Backup Data Backupxxii Backing Up DM Area Data in Flash Memory Data Backupxxiii A404.14xxiv Data BackupSECTION Features and System Configuration Flexible Configurations of Up To 8 Axes 1-1Outline of FQM1 Flexible Motion ControllerOutline of FQM1 Flexible Motion Controller SectionSection Outline of FQM1 Flexible Motion ControllerBuilt-in RS-232CPort in Coordinator Module Built-in RS-422APort in Coordinator ModuleFQM1 Configuration 1-2FQM1 ConfigurationSection Pulse Input Frequency Measurement FunctionCJ1W-PA202/PA205RPower Supply Units FQM1 ConfigurationSection FQM1-CM001Coordinator ModuleModules ModulesSection Modules SectionOutline of Internal Data Exchange and I/O CX-Programmer 1-4 CX-ProgrammerSection CX-ProgrammerExpanded System Configuration 1-5Expanded System ConfigurationSystem Configuration SectionSection Expanded System ConfigurationHost Link System NT Link System 1:N Mode, StandardExpanded System Configuration SectionNT Link 1:N Mode RS-232C PT NT Link 1:N Mode System Configuration Example Expanded System ConfigurationSection Serial Gateway1-6Basic Operating Procedure Basic Operating ProcedureSection Basic Operating Procedure 3.Initial Hardware SettingsSection 1. Installation Basic Operating Procedure2.Wiring 3.Initial Hardware Settings 1-6-1Examples5.System Setup Settings Basic Operating ProcedureSection 6.Writing the Programs7.Transferring the Programs 8.Testing Operation Basic Operating Procedure8-aI/O Wiring Checks 8-bTrial Operation Check Output WiringTime Chart Monitoring Basic Operating ProcedureSection 9.Save and Print the Programs5-4-4Settings Function Tables Arranged by Purpose1-7-1 Sync Cycles and Synchronized dataSection Function Tables Arranged by Purpose5-1Synchronous Operation between Modules 5-1Synchronous Operation between ModulesFunction Tables Arranged by PurposeSection 1-7-27-6-6Pulse Output Function Details 7-6-12PLS2887 Pulse Output Direction PriorSection Function Tables Arranged by PurposeAbsolute Encoders 7-6-6Pulse Output Function DetailsSection Function Tables Arranged by Purpose7-10Analog Outputs 7-8Virtual Pulse Output Function7-6-13Pulse Output Function Procedures 7-6-13Pulse Output Function ProceduresFunction Tables Arranged by Purpose SectionFunction Tables Arranged by Purpose 1-7-3Section 7-9Analog Input Functions1-7-4 7-9-3Analog Input Function SpecificationsFunction Tables Arranged by Purpose SectionSection Function Tables Arranged by Purpose7-9Analog Input Functions 7-6Pulse Outputs7-4-3Interval Timer Interrupt Modes 7-4Interval Timer Interrupts7-4Interval Timer Interrupts 7-4-3Interval Timer Interrupt ModesSection Function Tables Arranged by Purpose7-5Pulse Inputs 7-6-8Time Measurement with the PulseSection Function Tables Arranged by PurposeSECTION Specifications and Nomenclature List of Models General SpecificationsGeneral Specifications List of ModelsSectionGeneral Specifications Power Supply Unit SpecificationsSection Indicators 2-3Coordinator ModuleCoordinator Module SectionSwitch on Front Panel Function SpecificationsCoordinator Module SectionCoordinator Module SectionCIO Area I/O Specifications Motion Control ModulesMotion Control Modules SectionMotion Control Modules IndicatorsSection NomenclaturePerformance Specifications Motion Control ModulesSection General-purposeI/O Specifications I/O SpecificationsMotion Control Modules SectionMotion Control Modules Pulse I/O SpecificationsSection FQM1-MMP21Pulse I/OMotion Control Modules I/O SpecificationsSection Pulse Inputs and AnalogDimensions 2-5DimensionsSection FQM1-CM001Coordinator ModulePower Supply Units DimensionsPOWER L1 POWER L1Maximum Current and Maximum Total Power 2-6Module Current ConsumptionModule Current Consumption SectionCombining Power Supply Units and Motion Control Example Calculation of Current and PowerModule Current Consumption SectionMemory Block Diagram 2-7Memory Block DiagramSection Areas Backed Up by Super CapacitorsSection Memory Block DiagramSECTION Installation and Wiring Installation 3-1InstallationInstallation in Cabinets or Control Panels Accessibility for Operation and MaintenancePower lines 200 mm min FQM1 200 mm min InstallationSection Improving Noise ResistanceInstallation SectionFQM1 Orientation Installation 3-1-2Installation in a Control PanelWiring Ducts Wiring Duct ExampleInstallation 3-1-3Assembled Appearance and DimensionsRouting Wiring Ducts SectionAssembled Dimensions InstallationInstallation Dimensions Power Supply Unit width: “a” mmInstallation 3-1-4Connecting FQM1 ComponentsInstallation Height SectionInstallation 3-1-5DIN Track InstallationRelease DIN Track mounting pins SectionInstallation 2 3. Lock the pins on the backs of the ModulesSection DIN Track and Accessories InstallationSection •DIN TrackWiring 3-2WiringAC Power Source Power Supply CapacitySection WiringGrounding Terminal Screws andSection WiringFQM1 Control panelCrimp Terminals for Ground Wire WiringSection Terminal Screws andConnector Pin Arrangement WiringSectionConnection Methods 1:1 Connections withApplicable Connectors WiringCoordinator Module Connector IBM PC/AT or Compatible Connector 9-pin,MaleRS-232CPort Specifications WiringSection Connection Example to Programmable Terminal PTWiring Module Connectors 3-3Wiring Module ConnectorsGeneral-purposeI/O 40-pinConnector SectionGeneral-purposeI/O 26-pinConnector Wiring Module ConnectorsFQM1-MMP21Pulse I/O 40-pinConnector SectionWiring Module Connectors FQM1-MMA21Analog I/O 40-pinConnectorSection 3-3-2 Wiring Module ConnectorsSection FQM1-MM@21Motion Control ModulesWiring Module Connectors 3-3-3Wiring ExamplesConnecting Pulse Inputs FQM1-MMP21 MMA21 SectionPower supply Encoder Wiring Module ConnectorsSection FQM1 Shielded twisted-paircableConnecting Pulse Outputs FQM1-MMP21 Wiring Module ConnectorsSection ExampleConnecting Analog Outputs FQM1 MMA21 Wiring Module ConnectorsConnecting Analog Inputs FQM1-MMA21 ConnectorsWiring Servo Relay Units 3-4Wiring Servo Relay UnitsRecommended Wire Size SectionWiring Servo Relay Units SectionNomenclature and Functions Section Wiring Servo Relay UnitsUpper Terminal Block Pin Arrangement Lower Terminal Block Pin ArrangementWiring Servo Relay Units 6. Signal SwitchesSection External Dimensions Wiring Servo Relay UnitsWiring Screw-less Clamp Terminal Blocks Wiring MethodSection Wiring Servo Relay UnitsRecommended Screwdriver ModelWiring Servo Relay Units Wiring when Using Servo Relay UnitsSection Example Servo Relay Unit Wiring Wiring Servo Relay UnitsSection Upper Terminal Block ArrangementList of FQM1 Connecting Cables 3-5List of FQM1 Connecting CablesConnecting Cable Models SectionList of FQM1 Connecting Cables 6.Servomotor Connecting CablesSection Wiring Precautions 3-6Wiring PrecautionsI/O Signal Wiring 3-6-1Reducing Electrical NoiseExternal Wiring Wiring PrecautionsSurge suppressor specifications Diode specificationsWiring Precautions 3-6-2Connecting I/O DevicesSection Input DevicesPrecautions when Connecting a Two-wireDC Sensor Wiring PrecautionsSection 1,2,3Output Wiring Precautions Wiring PrecautionsSection Output Short-circuitProtectionSection Wiring PrecautionsFQM1 FQM1SECTION Operation Coordinator Module 4-1Coordinator ModuleSection User Program4-1-2Coordinator Module Operation System Setup Flash MemoryCoordinator Module Section4-1-4Startup Initialization 4-1-3I/O Refreshing and Peripheral ServicingCoordinator Module Section4-2-1Outline 4-2Motion Control Modules4-2-2Description of Each Area Motion Control ModulesSystem Setup Using CX-Programmer I/O Memory System SetupMotion Control Modules SectionMotion Control Modules SectionSync Mode Operation Motion Control Modules Initialization at At power ON Common ProcessingSection Program Execution4-3-2 4-3Operating ModesStatus and Operations in Each Operating Mode Operating Modes4-4-1Power OFF Operation 4-4Power OFF OperationPower OFF OperationSection 4-3-3Operating Mode Changes and I/O MemoryPower OFF Timing Chart Power OFF OperationFixed Power OFF Detection Time User-setPower OFF Detection TimePower OFF Operation SectionDescription of Operation SECTION Module Functions and Data Exchange Synchronous Operation between ModulesSection Synchronous Operation between ModulesSync and ASync Modes Sync Mode5-2Data Exchange between Modules Data Exchange between ModulesSection 5-3-1Outline 5-3Cyclic Refresh5-3-2Applications Cyclic RefreshCyclic Refresh 5-3-3Cyclic Refresh Area DetailsSection Coordinator Module Cyclic Refresh Area5-3-4 Cyclic Refresh Area AllocationsCyclic Refresh Section5-4-1 Synchronous Data RefreshOutline 5-4-25-4-3 Synchronous Data Link Bit AreaSynchronous Data Refresh SectionSynchronous Data Refresh System Setup Coordinator ModuleSection Synchronization between ModulesSystem Setup Motion Control Modules 5-5DM Data TransferDM Data Transfer SectionStep 1: Make Auxiliary Area Settings Settings Details5-5-3Executing DM Data Transfer 5-5-2Cycle Time Settings 5-6Cycle Time Settings5-6-1Constant Cycle Time Function SectionSystem Setup Cycle Time SettingsConstant Cycle Time Exceeded Error Clear Bit SectionSystem Setup Cycle Time SettingsSection Cycle Time Too Long FlagConstant Cycle Time Exceeded Error Clear Function Cycle Time SettingsSection Normal OperationSystem Setup Read Protection Using Passwords5-7-1Specifying the Startup Mode 5-7-2Program ProtectionPassword Protection Automatic Backup to Flash Memory5-7-3Flash Memory SectionDiagnostic Functions 5-8Diagnostic FunctionsRefer to SECTION 9 Error Processing for details SectionDiagnostic Functions 5-8-2Failure Alarm FunctionsSection Operation of FAL006Section Diagnostic FunctionsOperation of FALS007 FALSSECTION Coordinator Module Functions Serial CommunicationsSection Serial CommunicationsSection Serial CommunicationsHost Link Communications Procedure6-1-1 Serial CommunicationsSectionSection Host Link CommandsSerial Communications Link Units System Manual W143 for detailsFINS Commands Serial CommunicationsSection 6-1-2 No-protocolCommunications RS-232CPort Serial CommunicationsSection End code setting ProcedureSerial Communications SectionRS-232CSettings Host Link Port Settings System SetupSystem Setup Serial Communications6-1-4Serial PLC Links System ConfigurationSerial CommunicationsSection OverviewCJ1M Master Settings ProcedureFQM1 Slave Settings Serial CommunicationsCJ1M Master PLC Setup SettingsFQM1 Slave System Setup System ConfigurationSmart Active Parts Communications Settings System SetupSerial Communications Section6-1-6 No-protocolCommunications RS-422APort RS-422ASettingsSerial Communications SectionSECTION Motion Control Module Functions 7-6-10 OverviewSection OverviewInterval Timer Interrupts 7-2Interrupt FunctionsInterrupt Functions SectionInterrupt Functions 7-2-3Disabling and Enabling All InterruptsSection Disabling All InterruptsInput Interrupts Input InterruptsSection Clearing Recorded InterruptsInput Interrupt Mode Procedure 7-3-5Using Input InterruptsInput Interrupts SectionInput Interrupts Counter Mode ProcedureSection 1,2,37-3-6Application Example Input InterruptsSection Interval Timer Interrupt Modes 7-4Interval Timer Interrupts7-4-4Using Interval Timer Interrupts Interval Timer InterruptsInterval Timer Interrupts 7-4-5Application ExampleSection Specifications Pulse Inputs7-5-1 Applicable ModelsSection Pulse InputsPulse InputsSection 7-5-4Pulse Input SpecificationsSection Pulse InputsMinimum response pulse At 50 kHzPhase Z Phases A and B7-5-6 7-5-7Phase Differential Inputs Input Signal Type and Count ModePhase Differential Input Operation Pulse InputsPulse Inputs Reset MethodsSection Counter Operation Numeric RangesSoftware Reset Phase-ZSignal Reset Input and Software ResetPulse Inputs SectionPulse Inputs SectionRange Comparison Method Pulse Inputs SectionMonitoring High-speedCounter Movement Mode Pulse Inputs High-speedCounter Movement Mode 1 SpecificationsSection Monitoring a High-speedCounter’s Frequency ModePulse Inputs Frequency Measurement Mode 2 SpecificationsSection Latching a High-speedCounter’s PVHigh-speedCounter Procedure 7-5-9Pulse Input Function ProceduresPulse Inputs SectionMode 1 Procedure Pulse InputsSection Procedure Mode 2 ProcedureProcedure Pulse InputsSection Pulse InputsExample High-speed Counter PVSection Pulse InputsExample High-speedCounter Range Comparison Bit Pattern OutputPulse Inputs SectionP_On Pulse Inputs SectionExample Latching High-speed Counter PV 7-6-1 Pulse Outputs7-6-2 Pulse OutputsSection7-6-3 Pulse OutputsSectionAcceleration/ decelera 7-6-4 Pulse Output SpecificationsPulse Outputs SectionApplicable Instructions 7-6-5Pulse OutputsSection Instructions Ineffective during Pulse OutputPulse Output Function Details 7-6-6Pulse OutputsSection OverviewSection Pulse OutputsPulse output DescriptionSettings ProcedurePulse Outputs SectionPulse Outputs SectionIndepen Pulse Outputs Precautions when Using Pulse OutputsSection Target frequencyPulse Outputs 7-6-7 One-shotPulse Output FunctionSection FormulaOne-shotPulse Output Specifications Pulse OutputsSection 7-6-8Time Measurement with the Pulse Counter Pulse OutputsSection Pulse Counter Timer Specifications Pulse OutputsSection Section Pulse OutputsLinear Mode Operation Frequency speed Target value Target valuePulse Outputs Section3.00 Circular Mode Operation SectionSingle-rotationspeed control pattern High-speedregion Low-speed 0regionPulse Outputs Setting theSection Speed-changeCyclePulse Outputs Setting the Pulse Output Direction Priority ModeSection Pulse Output Direction Priority ModePulse Outputs SectionPulse Outputs with Acceleration/Deceleration Pulse Outputs ProcedureSection Electronic Cam Control FunctionsSection Pulse OutputsPulse Outputs Pulse Counter Timer Function STIM980Section One-shotPulse Output STIM9807-6-14Pulse Output Function Examples Pulse OutputsSection Section Pulse OutputsChanging the Frequency in Steps Accelerating the Frequency at a Fixed RateSection Pulse OutputsSpecified number of pulses Speed reaches 0 while the remainingPulse Outputs SectionP_On Always ON Flag P_On Always ON Flag Section Pulse Outputs7-6-15Pulse Output Starting Conditions Pulse Counter Time Measurement Timer ExamplePulse Outputs SectionSection Pulse OutputsSection Pulse OutputsPULS886 Absolute Pulse Output in Progress Pulse Output OperationSection Pulse OutputsPLS2887 Cases 1, 2, andSection Pulse OutputsCases 6, 8, 9, and Cases 7, 11, 12,7-7-1Applicable Models 7-7-2OverviewSection 7-7-3Data Format of Absolute Encoder Output Serial Data SpecificationSection Data FormatSection 7-7-4Counter OperationCounting Operation Counter Operation Details Absolute Linear CW−7-7-6Absolute Present Value SectionAbsolute Linear Counter Absolute Circular Counter 7-7-7Absolute Present Value Preset 7-7-8Absolute Offset PresetSection System Setup Related Areas7-7-9 Auxiliary Area SectionSection A606Note Refer to 7-7-6Absolute Present Value Setting the Pulse Input Method Step 1 Required: SettingSetting the Input Pulse Counting Speed Setting the Counter OperationStep 4 Required Absolute Present Value Preset Offset PresetSection Step 3 as Needed: Origin Compensation AbsoluteProgram Description Section0.00 Section000005 Section7-8-1 7-8Virtual Pulse Output Function7-8-2 Virtual Pulse Output FunctionSectionVirtual Pulse Output FunctionSection T First Word of Setting TableOverview OperandsVirtual Pulse Output Function SectionDescription Positioning or Speed Control Using a Virtual Axis 7-9Analog Input Functions7-9-1 7-9-2Sensor pressure, displacement, etc Analog Input FunctionsSection Analog Input Function Specifications 7-9-3Analog Input FunctionsSection System Setup Related Areas and SettingsSettings Time when settingSection Analog Input FunctionsAuxiliary Area A550Analog Input Functions SectionA562 Analog Input Functions SectionA570 7-9-5Applicable Instructions Signal Range: −10 to 10 Signal Range: 0 to 107-9-6A/D Conversion Value Analog Input FunctionsSignal Range: 0 to 5 Signal Range: 1 to 5 V and 4 to 20 mAAnalog Input Functions SectionSection Analog Input FunctionsExample Application ExampleAnalog Outputs 7-107-10-1 7-10-2Analog OutputsSection 7-10-3Analog Output Function SpecificationsAnalog Outputs put Tab Page − OutputAnalog Outputs SectionCPU standby status Analog Outputs Specified Output Values and Analog Output SignalsSection END Refreshing With Immediate Refreshing7-10-5Procedure Analog OutputsSection Section Analog OutputsOutputting the Analog Output Value Stored in the Auxiliary AreaSection Analog OutputsSection Analog OutputsSECTION Connecting the CX-Programmer CX-ProgrammerSection CX-ProgrammerConnecting the CX-Programmer 8-2Connecting the CX-ProgrammerConnecting to the Peripheral Port Connecting to the RS-232CPortConnecting to the Peripheral Port Connecting the CX-ProgrammerConnection Diagram SectionConnecting to the RS-232CPort Connecting the CX-ProgrammerUsing an RS-232CCable Section8-2-2 CX-ProgrammerConnecting Cables Connecting the CX-ProgrammerSection Connecting the CX-Programmer Connecting an RS-232CCable to the RS-232CPortSection Section Connecting the CX-ProgrammerSECTION Error Processing Error Log 9-1Error LogErrors Generated by FAL006/FALS007 Error Log StructureError Categories Error Processing9-2-2Error Information Error ProcessingSectionError Processing Error Codes9-2-3 Section9-2-4Error Processing Flowchart Error ProcessingSection CPU Errors Error ProcessingFatal Errors SectionError Processing message and related Auxiliary Area flags/words and correct the cause of the errorSection Fatal Errors Error ProcessingError ErrorNon-fatalErrors Error ProcessingNon-fatalErrors SectionError Processing Other ErrorsSection 9-2-6Power Supply Check Error ProcessingSection 9-2-8Program Error Check 9-2-7Memory Error CheckError Processing Section9-2-10System Setup Error Check 9-2-9Cycle Time Overrun Error CheckError Processing SectionError Processing 9-2-11I/O Setting Error CheckI/O Setting Error occurred SectionError Processing 9-2-12I/O CheckSection Troubleshooting Problems in Modules Troubleshooting Problems in ModulesCoordinator Module Errors 9-2-13Environmental Conditions CheckMotion Control Module Errors Troubleshooting Problems in ModulesInput Errors SectionTroubleshooting Problems in Modules Output ErrorsSection SECTION Inspection and MaintenanceModule Replacement Precautions 10-1Inspections10-1-1Inspection Points 10-1InspectionsInspectionsSection Inspection Points for Periodic InspectionsSection InspectionsTools Required for Inspections Required ToolsSection InspectionsProgramming Programs and Tasks Appendix AUsing Normal Subroutines SubroutinesWhat Are Subroutines? ProgrammingProgramming Using Subroutines That Pass ParametersAppendix A Execution with Subroutine Input Condition FlagsAppendix A ProgrammingJSB982 Operation AddressAppendix A ProgrammingApplication Examples Without Macro FunctionAppendix A ProgrammingExecution with Subroutine Input Condition Flags Main ProgramPower Flow Basic Information on ProgrammingProgramming Appendix AAppendix A ProgrammingFlags OperandsAddressing I/O Memory Areas Instruction Location and Input ConditionsProgramming Appendix AProgramming Specifying OperandsAppendix A OperandAppendix A ProgrammingOperand DescriptionProgramming Appendix AOperand Appendix A ProgrammingUpper 4 bits Lower 4 bitsProgramming Data FormatsAppendix A Note Signed Binary DataAppendix A ProgrammingComplements Two’s ComplementsNote Signed BCD Data ProgrammingAppendix AInput Conditions Instruction VariationsProgramming Appendix AProgramming Appendix AUpwardly differentiated input instruction Using Condition Flags Programming PrecautionsCondition Flags ProgrammingProgramming 1.Using Execution Results in NC and NO InputsAppendix A Instruction AAppendix A ProgrammingCMP 0010 D00100 Reflects CMP execution results MOV 1 0200 D00200 Reflects MOV execution resultsProgramming Error FlagAppendix A Main Conditions Turning ON Condition FlagsAppendix A ProgrammingEquals Flag Carry FlagProgramming Special Program SectionsAppendix A Instruction CombinationsAppendix A ProgrammingInstructions Not Allowed in Subroutines Note Block Program SectionsFQM1 Operation Flowchart Computing the Cycle TimeProgramming Appendix AProgramming Overview of Cycle Time CalculationsAppendix A Coordinator ModuleAppendix A ProgrammingProgramming Module I/O Refresh TimesAppendix A Cyclic Refresh Time in the Coordinator ModuleOnline Editing Cycle Time Extension Example of Calculating the Cycle TimeProgramming Appendix AProgramming Response TimeAppendix A Coordinator Module I/O Response TimeAppendix A ProgrammingMotion Control Module I/O Response Time Minimum I/O Response Time General-purposeI/O 0 toAppendix A ProgrammingMotion Control Module Interrupt Response Times Calculation ExampleAppendix A ProgrammingMotion Control Module Interrupt Processing Times Scheduled Interrupt TaskAppendix A ProgrammingProcessing Time Interrupt Response Time Calculation Example2When using interrupt tasks frequently, be sure to consider the time required for interrupt processing and its affect on the overall system ProgrammingAppendix A I/O Memory Overview of I/O Memory Appendix BI/O Memory Parameter AreaCoordinator Module I/O Memory StructureI/O Memory Appendix BMotion Control Modules I/O MemoryAppendix B I/O Memory CIO AreaAppendix B I/O Bit Area: CIO 0000 and CIOAppendix B I/O MemorySynchronous Data Link Bit Area: CIO 0200 to Serial PLC Link Bit Area CIO 0080 to CIOTemporary Relay Area TR Auxiliary Area: A000 to A649 A000.00 to A649.15Refreshing Using the IORF097 Instruction I/O MemoryTimer Area I/O MemoryAppendix B Counter Area I/O MemoryAppendix B Condition Flags Data Memory DM AreaBinary-modeAddressing @D BCD-modeAddressing *Dsymbol Using the Condition FlagsI/O Memory Appendix BUsing the Clock Pulses Clock PulsesI/O Memory Appendix BSystem Setup Parameter AreaI/O Memory Appendix BOverview of System Setups System Setup, Auxiliary Area AllocationsSystem Setup in the Coordinator Module Appendix CAppendix C Communications Settings Peripheral Port Settings for Host LinkStandard/Custom Setting Appendix CStandard/Customer Setting Peripheral Port Settings for NT LinkAppendix C Host Link Unit NumberAppendix C RS-232CPort Settings for Host LinkBaud Rate Serial Communications ModeRS-232CPort Settings for Peripheral Bus ToolBus RS-232CPort Settings for NT LinkStandard/Custom Setting Appendix CBaud Rate Appendix CSerial Communications Mode Data FormatAppendix C RS-232CPort Settings for PLC Link PC Link SlaveStart Code and End Code Number of Received BytesRS-422APort Settings for Serial Gateway RS-422APort Settings CX-Programmer:Drive Tab PageStandard/Custom Setting Appendix CAppendix C Peripheral Service TimeStart Code and End Code Number of Received BytesCX-Programmer:Module Settings Tab Page System Setup in Motion Control ModulesAppendix C CX-Programmer:Cycle Time Tab PageCX-Programmer:Pulse Input Tab Page FQM1-MMP21Motion Control Modules with Pulse I/OCX-Programmer:Pulse Output Tab Page Appendix CPulse Output Function DetailsFQM1-MMA21Motion Control Modules with Analog I/O When settingAppendix C CX-Programmer:Pulse Input Tab PagePeripheral Port Settings Details on System Setup SettingsRS-232CPort Settings Host Link Port Appendix CConstant Cycle Time Appendix CWatch Cycle Time Messages Sent and Received with No-protocolModeFixed Peripheral Servicing Time Appendix CAppendix C The default value for each servicing process is 6.25% of the last cycle’s cycle time. In general, it is rec- ommended that the default value be used. Set a uniform servicing time only when peripheral servicing is being delayed because each service process is being spread over several cyclesAppendix C Auxiliary Area Allocations by FunctionAllocations That Are the Same for All Modules FQM1-MMP21Motion Control Modules with Pulse I/OA608 Appendix CAddress Appendix CBits NameA610 Appendix CA611 Appendix CA620 to Appendix CA626 Appendix CFQM1-MMA21Motion Control Modules with Analog I/O Appendix CAddress BitsA562 Appendix CA564 Appendix CAppendix C flows/underflows are checked when the PV is readNote For a Linear Counter, high-speedcounter over change in the PV of the high-speedcounter overAddress Appendix CBits NameAddress Appendix CBits NameA610 Appendix CAllocations Related to Built-inInputs Appendix CInput Interrupts Other Error Flags and Bits Program Error FlagsError Log and Error Code Appendix CMemory Errors FAL/FALS ErrorsSystem Setup I/O ErrorsCommunications Appendix COther Peripheral PortAllocations Directly Related to Instructions Built-inI/O AllocationsAppendix C RS-232CPortOutputs 40-pin General-purposeI/O Connector Inputs 40-pin General-purposeI/O ConnectorInputs 26-pin General-purposeI/O Connector Outputs 26-pin General-purposeI/O ConnectorAppendix D Auxiliary Area AllocationsAuxiliary Area Allocations in Order of Address Appendix D Auxiliary Area AllocationsAuxiliary Area Allocations Appendix DA414 Auxiliary Area Allocations Appendix DA520 Auxiliary Area Allocations Appendix DA559 Auxiliary Area Allocations Appendix DA570 Auxiliary Area Allocations Appendix DA606 to Auxiliary Area Allocations Appendix DA610 Auxiliary Area Allocations Appendix DA612 Auxiliary Area Allocations Appendix DA626 Error Log Area: A100 to A199 Error Codes and Error FlagsDetailed Explanations on the Auxiliary Area Auxiliary Area AllocationsFQM1 Memory Addresses Memory ConfigurationAuxiliary Area Allocations Appendix DAuxiliary Area AllocationsAppendix D Memory MapAppendix D Auxiliary Area AllocationsSequence Input Instructions Sequence Output InstructionsAuxiliary Area Allocations Timer and Counter InstructionsAppendix D Sequence Control InstructionsAuxiliary Area Allocations Appendix DData Movement Instructions Appendix D Auxiliary Area AllocationsData Shift Instructions Increment/Decrement InstructionsSymbol Math Instructions Auxiliary Area AllocationsAppendix D Appendix D Auxiliary Area AllocationsConversion Instructions Logic InstructionsAppendix D Auxiliary Area AllocationsSpecial Math Instructions Floating-pointMath InstructionsAppendix D Auxiliary Area AllocationsTable Data Processing Instructions Data Control InstructionsAppendix D Auxiliary Area AllocationsInterrupt Control Instructions High-speedCounter and Pulse Output InstructionsAppendix D Auxiliary Area AllocationsStep Instructions I/O Refresh InstructionAppendix D Auxiliary Area AllocationsSerial Communications Instructions Debugging InstructionsAuxiliary Area Allocations Appendix DBranching Appendix D Auxiliary Area AllocationsIndex Index Index Index Index Page Index Peripheral Devices, 6 peripheral port IndexIndex Servo Drivers IndexIndex Index Cat. No. O010-E1-01 Revision HistoryPage FA Systems Division H.Q 66 Matsumoto OMRON CORPORATIONMishima-city,Shizuoka Japan Tel: 8155-977-9181/Fax:Terms and Conditions of Sale Certain Precautions on Specifications and Use1 Commerce Drive Schaumburg, IL OMRON ELECTRONICS LLCOMRON CANADA, INC 885 Milner Avenue Toronto, Ontario M1B