DC 12V-36V 500W Brushless Motor Controller Hall Balanced Car Driver Board

Product Description

This is a DC 12V-36V 500W Brushless Motor Controller Hall Motor Balanced Car Driver Board.

Specifications

• Operating Voltage: DC12-36V
• Operating Current: <=15A
• Drive Power: <=500W
• Speed Voltage: 0.1V-5V
• Operating Temperature: -40~85 degrees Celsius
• Humidity: <=90%RH
• Stall Protection: Yes
• Enable Control: Yes
• Over-current Protection: Yes
• Steering Control: Yes
• Speed Control Signal: Yes
• PCB Size: 63x42x17mm

Features 

• SMT process, high quality
• DC brushless motor driver board
• Operating voltage: DC 12V to 36V; operating current <=15A
• With speed regulation function, 0.1V-5V speed voltage
• Stall protection, over-current protection, enable control, steering control and speed control signal

Pin Connections

Power Terminal OUT:

• VCC (positive power supply)
• GND (negative one)
• MC (motor phases W)
• MB (motor phases V)
• MA (motor phases U)

SET for the Control Side:

• GND: Control terminal ground
• VR: The governor end 0-5V (corresponding to 10% of motor speed – 100%)
• ZF: Reversing control (connected to 5V or ground can change the motor rotation direction)
• M: Tachometer pulse output (depending on the number of motor poles corresponding to the number of pulses per revolution of the output number)
• EL: Enable control terminal (connected to 5V or ground running then 5V, grounding the motor stops)

HALL for the Hall Terminals:

• • 5V, Hall power positive
  • Ha, Hall signal
  • Hb, Hall signal
  • Hc, Hall signal
  • GND, Hall negative

Application Notes

Note: Due to different Hall motor manufacturers, the Hall line order may show difference from the pictures, you need to adjust the sequence. If the line sequence is wrong, it will not work as expected, such as start-up abnormally, with large current or even burn the driver board

Tips: If you use less than 60W, without additional heat sink; please make sure to add heat sink when exceed 60W. When installing the heat sink, you must pay attention to the insulation for 6pcs MOS on the back of module. It will damage the driver board permanently without insulation