IS220UCSAH1A

Brand:GE

Type:IS220UCSAH1A

Origin: the United States

Warranty: 365 days

Colour: new/used

Shipping method: Courier delivery

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APPENDIX C – DANAHER MOTION LINEAR MOTOR WIRING The S200 Drive with SynqNet option card runs linear motors with a linear feedback device connected to J14. Feedback device possibilities include A quad B incremental encoder with Hall, 1 Vp-p analog Sin-Cos encoder with Hall, and EnDat 2.1/2.2 with absolute linear position. Be sure to set the following drive NV parameters to their proper values. AuxFBType to match the feedback device type connected to J14 FBSrc to Option Card to use the J14 Aux Feedback to commutate the motor AuxFBDivisor to the proper value to allow commutation with DPoles = 2

APPENDIX D – PROCESS TO SETUP NON-DANAHER MOTORS The S200 drive family is available with a full set of plug and run accessories and aids for the Danaher Motion AKM family of high performance general purpose rotary servo motors. However, S200 drives should be able to run any three phase permanent magnet motor that has a compatible feedback device. Table D.1 Possible combinations of S200 drive and non-catalog or custom motors. Model Feedback Type Wiring Comment SFD to J3 Chapter 6 Drive to motor Should Base or auto set up Base+SynqNet S200 6-step/Hall to J3 Section 7.3 Wire, set KIP, and run Incremental + Hall to J14 1 Vp-p Analog Sin-Cos + Hall to J14 SynqNet Option Card Only EnDat 2.1/2.2 from Heidenhain to J14 Chapter 6 power Section 6.9 feedback Use this Appendix to discover proper wiring and manually set up drive motor parameters For motors not already catalog setup to work with the Danaher S200 drives you need to figure out the wiring between the motor coils, the Hall commutation sensors, and the encoder feedback device to the drive. There is no industry standard definition for the designation of the motor coil terminals, the Hall terminals, or the feedback device terminals. Each manufacturer has their own definitions and the proper wiring between the drive and the motor, feedback device(s) must be found experimentally. Each of these three connection sets can be done multiple different ways. To get a consistent working set of wiring the motion direction for the motor coils and the feedback device(s) must be the same. The following procedure gives a step by step set of tests to figure out a working set of wiring between a SynqNet equipped S200 drive and the non-catalog motor. During the process the drive is configured for that motor. The goal of each of the below steps is to insure that positive motion as defined by the application is actually positive sequence wiring for each element in the system. For reference, Danaher Motion standard for positive direction is clockwise motion when facing the motor shaft for rotary motors and coil motion in the direction of the motor cable lead exit. In short, you could call the following a procedure to insure the 3 Positives.