Close
Shopping Categories
Search

12V-30V Brushless DC Motor Controller for 12V/24V BLDC Motor

Economical price brushless DC motor controller drives motor under 120W, used for 24V BLDC worm gear motor or planetary gear motor to perform speed control. Power supply range from 12V to 30V, compact size and easy operation with external potentiometer.
SKU: CCHN-BLDC-C120A
30-day Returns
Free Shipping
Delivery date: 6-25 days

BLDC motor controller works at 12V to 30V power supply and typical power is 24V DC. Its speed control is up to 20000 rpm, output current is up to 8A, used for worm and planetary gear motor.

Features

  • Drive motor under 120W
  • Acceleration and deceleration settings
  • Power protection function (Max current setting)
  • Easy operation with external potentiometer
  • Speed setting via external analog and PWM
  • Compact size

Specification

Model CCHN-BLD120A (Click it to see more controller specs)
Power Supply 12V ~ 30V DC
Typical Power 24V DC
Rated Current 5A
Max. Output Current 8A
Over Voltage Protection 5V
Under Voltage Protection 20mA
External Potentiometer 10KΩ
Input Analog Voltage 5 VDC
Speed Control Range 20000rpm
*Limited by the maximum rated speed of the motor


Dimensions (Unit: mm)

Dimensions of BLDC Motor Controller 12V ~ 30V

Details

12V~30V BLDC Motor Controller Details

Tips: Why do brushless DC motors need to be equipped with a BLDC controller?

The brushless DC motor replaces the mechanical commutator with an electronic commutator. Because of the electronic commutation, the brushless DC motor needs a driver-drive circuit. The commutation circuit of a brushless DC motor is composed of two parts: drive and control. The two parts are not easy to separate. In particular, low-power circuits often integrate the two into a single application-specific integrated circuit.

Brushless DC motors do not have brushes and commutators, so if you want to maintain the direction of rotation, you must have an electronic commutator. The electronic commutator is controlled by the driver. At the same time, the brushless motor controller can also control the start and stop of the motor, forward and reverse rotation, speed adjustment, overvoltage, overcurrent, and undervoltage protection. So there must be a brushless motor controller, even if the DC brushless motor is directly energized, it will not work.