Parker Products OEM350X, OEM650X manual Software Debugging Tips, Returning the System

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TROUBLESHOOTING • OEM650/OEM650X

2.Confirm that the host and peripheral are configured for the same baud rate, 8 data bits, 1 stop bit, and no parity.

3.Use DC common or signal ground as a reference, not earth ground.

4.Cable lengths should not exceed 50 ft. unless you are using some form of line driver, optical coupler, or shield. As with any control signal, be sure to shield the cable-to-earth ground at one end only.

5.To test the terminal or terminal emulation software and the RS- 232C cable for proper three-wire communication, unhook the OEM650X and enter a character. You should not receive an echoed character. If you do, you are in half duplex mode. Con- nect the host’s transmit and receive lines together and send another character. You should receive the echoed character. If not, consult the manufacturer of the host’s serial interface for proper pin outs.

Software Debugging Tips

This section offers helpful tips for debugging programs and under- standing errors and fault conditions. The OEM650/OEM650X has several tools that you can use to debug a problem in the system.

The software tools are listed below:

RA—Limit Switch Status Report

R—Report Status

IS—Input Status Report

BS—Buffer Status Report

B—Buffer Status Report

Returning the System

If your OEM650/OEM650X system is faulty, you must return the drive and motor for replacement or repair. A failed drive can damage motors. If you must return your OEM650/OEM650X to effect repairs or upgrades, use the following steps:

1.Get the serial number and the model number of the defective unit(s), and a purchase order number to cover repair costs in the event the unit is determined by Parker Compumotor to be out of warranty.

2.Before you ship the drive to Parker Compumotor, have someone from your organization with a technical understanding of the OEM650/OEM650X and its application include answers to the following questions:

What is the extent of the failure/reason for return?

How long did it operate?

How many units are still working?

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Contents Compumotor 88-013157-02A Important User InformationIntroduction ContentsInstallation Index Tuning & SpecificationsTroubleshooting User Guide Contents How To Use This User GuideInstallation Process Overview AssumptionsSoftware Reference Manual Installation PreparationOverview OEM650/OEM650X OEM650 Description Chapter ObjectiveOEM650X Description OEM350/350X DescriptionFeatures OEM650/OEM650X Ship kit Chapter ObjectivesEvaluation kits Quick Test OEM650/OEM650XOEM650/OEM650X Jumpers Top View Size 23 OEM650 Motors Parallel WiringSize 34 OEM Series Motors Parallel Wiring Motor Size Current Resistor Reversing VDC+ and VDC- can seriously damage the drive Quick Test OEM650 with Separate Indexer Quick Test OEM650X CompumotorIndexerLD3 OEM650/OEM650X Mounting OEM650/OEM650X DimensionsMounting Without a Heatsink Panel LayoutDrive Current Over-Temperature ProtectionMounting With OEM-HS1 13. OEM-HS1 DimensionsPanel layout for minimum depth is shown in Figure Mounting With OEM-HS2 16. OEM-HS2 DimensionsJumper #1 Motor Current Range Jumpers #2 #5 Motor ResolutionJumper Functions Jumpers #9 #10 Auto Standby Jumpers #6 #8 Motor Waveform ShapeJU9 Jumper #11 Auto TestAttaching the Load Motor MountingParallel Misalignment Angular MisalignmentSingle-Flex Coupling CouplingsDouble-Flex Coupling Rigid CouplingDirection Input Signal Specification Step Input Signal SpecificationOEM650 Inputs and Outputs Step Pulse InputRemote Input Fault OutputGear Shift Input Step Signal 1 & Direction Signal 2 OutputsOEM650X Inputs and Outputs Home Position Input Signal CW Signal 3 & CCW Signal 4 Limit InputsReserved Signal Output #1 Signal 10 and Output #2 SignalRS-232C-Tx Signal 14, Rx Signal 15, and Ground Signal Sequence Inputs #1 #3 Signals 11Shutdown Output Signal Closed Loop OperationEncoder Inputs A, B, Z Signals Trigger Inputs #1 #3 Signals 20Address Signals #1 #3 Signals 23 Daisy Chaining 20. Daisy Chain ConfigurationConnection Sizing Power SupplyCalculations Motor TypeCurrent Amps Power DumpShort-Circuit Protection Tuning ProceduresResonance Mid-Range InstabilityTachometer Method Gauging Motor ResonanceSounding Board Method Stethoscope MethodTouch Method Tuning the Drive to the MotorMotor Waveforms Performance Specifications OEM650/OEM650X with OEM57-83-MOS OEM57 Motors Parallel Configuration OEM83 Motors Tuning & Specifications OEM650/OEM650X Motor Maintenance Drive MaintenanceProblem Isolation Reducing Electrical NoiseFront Panel LEDs Common Problems and Solutions Symptoms Possible Causes Solutions Symptoms Probable Causes Solutions RS-232C Problems Testing the MotorReturning the System Software Debugging TipsOEM650/OEM650X Troubleshooting Troubleshooting OEM650/OEM650X Index Index OEM650/OEM650X OEM650X Inputs & Outputs Screw Terminal Connections OEM650 Inputs & Outputs, and Internal Connections