IMD23
IMD23 w/ Pole Damping Technology *NEW*
IMD23 with RoHS compliant and configuration board

For Frequently Asked Questions (FAQ), please click here

Return and Exchange Procedure

If you need to return or exchange any product to RMS Technologies, please to fill out a RMA Request Form.

For RMA Driver/ Controller, if you need to return or exchange any product to RMS Technologies, please to fill out a RMA Driver Controller Request Form.

Restocking & Repair Fees may apply. Please review the terms and conditions of our Return Policy.

General Guidelines and Troubleshooting

Our manuals contain step-by-step connection guides for our products. You can find our most updated manuals on our website in the "Download" section. Our manuals contain all the features and specifications of our products.

If you have question about a specific product, you can go to that products page under "Products" and go to the "Troubleshooting" section for answers to common questions. Many of your questions can be answered by reviewing the manual.

Wiring Connections

1. Check the color code of the lead wires on your motor; find the color code that matches your wires. For example, if the colors of the 4 wires on your motor are Red, Blue, Green, Black, your color code is 1.

2. Then, connect the proper color wire to the appropriate terminal labeled on your bipolar driver. The terminals on your driver will be labeled A, A-, B, and B-.

4 LEAD WIRES
Color Code 1
Red
Blue
Green
Black
Color Code 2
Brown
Orange
Red
Yellow
Color Code 3
Red
White/Red
Green
White/Green
Bipolar Driver

Handling and Usage Guidelines

The following guidelines should be followed to avoid unnecessary damage to your driver, controller, and/or motor:

  • Never disconnect a motor from a driver while in operation, damage to the driver may result.
  • Do not try to supply voltage in excess of the driver's rated value. This will damage the board.
  • Never disconnect any of our units while power is still being supplied.
  • Do not disassemble or tamper with the motor; a significant reduction in motor performance will occur.
  • Do not machine shafts; this will have a negative effect on shaft run out and perpendicularity.
  • Do not use the holding/detent torque of the motor as a fail safe brake.
  • Never hold motor by their lead wires, this can cause the wires to come loose.

If you need additional help email us at support@rmsmotion.com