ZS-X11H DC Brushless Motor Drive Module- 400W 9/60V

The 400W DC Brushless Motor Drive Module with Hall Effect is designed for high-performance, three-phase brushless motors. It supports a wide voltage range of 9-60V and offers robust control features, including support for PLC 0-5V analog control and PWM control. Ideal for a variety of industrial and DIY applications, this module ensures stable performance with overcurrent protection and the ability to handle high power. With an integrated potentiometer for speed control and a standard heat sink for effective cooling, this module is user-friendly and easy to install.

Specifications of DC Brushless Motor Drive Module - 400W 9/60V

• Product Name: 400W Brushless DC Motor Driver with Hall Effect

• Model: ZS-X11H

• Working Voltage: 9-60V

• Maximum Current: Rated 16A, Peak 20A

• Maximum Power: 400W

• Overcurrent Protection: Yes

• Product Size: 63x45x31mm

How to Use

1. Interface Connections:

   • Connect the MA MB MC phase line outputs to the motor.

   • Use the 5V GND terminal for the motherboard's 5V power supply.

   • Connect the VCC GND to the main DC power supply.

   • For direction control, connect the direction control interface to the forward/reverse control signal.

   • Use the speed control input for adjusting speed via an external 0-5V analog signal or onboard potentiometer.

   • Connect the Ha Hb Hc +5V GND for Hall signal input, ensuring correct polarity.

2. Special Instructions:

   • For PWM signal input, remove the jumper cap and set the PWM signal to 0 momentarily for stability.

   • When using analog input, the onboard potentiometer can adjust the speed.

   • Forward/reverse rotation and brake are controlled via a high-level signal.

3. Debugging:

   • Ensure proper connections of the motor’s phase lines and Hall signals.

   • If unsure, test with low voltage (7-12V) and low current (1-2A) and adjust Hall signal wires until the motor operates smoothly.

Precautions

1. No Fuse: Install a fuse in the power supply circuit as the module does not include one.

2. Power Polarity: Reverse connection of power supply poles can cause irreversible damage to the board.

3. Overcurrent Protection: The module has overcurrent protection, but avoid artificial short-circuits to prevent damage.

4. Matching: Ensure the motor’s voltage, current, and power ratings are compatible with the drive module to avoid damage.