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Nema17 frame size stepper controller, 1.5-4 amps phase current, 10-40VDC power supply, Serial port with RS232 interface - details see: https://www.machineto.com/serial-port-rs232-interface-uim24104-ms-stepper-controller-10062483

1. Nema 17 frame size miniaturestepper controller
2. 10-40VDC wide range power supply
3. 1.5-4 amps per phase adjustable output current
4. Serial port PWM chopper constant current stepper controller withRS232 interfacefor bipolar and unipolar stepper motors
5. Free software for demostration
6. With die-cast aluminium Heat Sink for heat radiation

   4 amps settable output phase current	8 amps settable output phase current
   UIM24104	UIM24108
   UIM24104-M	UIM24108-M
   UIM24104-S	UIM24108-S
   UIM24104-M-S	UIM24108-M-S

Driving Mode

RS232 interface

Drive Voltage

Given a target wattage (which is the power you need from the motor), the voltage needed to drive the motor is that wattage, divided by the rated amperage of the motor.

DriveVolts = Watts / Amps

The voltage on the motor label, is the steady state voltage, or the voltage which the motor can support when it is sitting at rest, which will be much less than the voltage used when the motor is turning. The maximum voltage that the motor can take when turning, the maximum safe drive voltage for the motor, can be estimated from the motors Inductance rating (if known) by simply multiplying it by 32.

MaxVolts ~= Inductance (in mH) * 32