ZS-X11H 400W BLDC 3-Phase Brushless Motor Controller 6V-60V PWM Hall Driver Module

Specifications

• Operating Voltage: 6V to 60V DC (Wide Range)
• Maximum Power: 400W
• Rated Current: 16A (Peak 20A - Active Cooling Recommended for Peak)
• Motor Type: 3-Phase Brushless DC (BLDC) with Hall Sensors

      Control Methods:

• PWM: Pulse Width Modulation for speed control.
• Analog: 0-5V potentiometer input.

• Protection: Overcurrent protection integration.
• Dimensions: 63mm x 45mm x 31mm
• Weight: 180g

Applications

• DIY Electric Vehicles: Perfect for building custom e-scooters, electric skateboards, or ROVs (Remotely Operated Vehicles).
• Industrial Automation: Drives conveyor belt motors or high-speed sorting fans.
• CNC & Machining: precise control for brushless spindle motors.
• Robotics: Heavy-lift drone motors or ground vehicle traction systems.

Project Evolution

• Prerequisite Knowledge: If you have mastered driving simple DC motors with an L298N driver, you are ready for this upgrade.
• The Upgrade: Moving to the ZS-X11H unlocks Silent Operation and High Torque at low speeds—capabilities that brushed motors simply cannot match.
• Effort Level: Intermediate. Requires soldering skills and understanding of 3-phase wiring.

Virtual Technician: Wiring & Safety Guide

• ⚠️ Critical Warning: Do not reverse the power supply polarity (Positive/Negative). This will instantly damage the module. Ensure your motor's Hall Sensor sequence matches the driver's input (Ha, Hb, Hc) or the motor may jitter.

Pinout Mapping:

• MA, MB, MC: Phase Line Output (Connect to Motor U/V/W).
• 5V, GND: Hall Sensor Power (output to motor sensors).
• Ha, Hb, Hc: Hall Signal Inputs (from motor).
• VCC, GND: Main Power Input (6-60V DC).
• PWM / 0-5V: Speed Control Signal Input.

Package Includes:

• 1 x ZS-X11H 400W BLDC 3-Phase Brushless Motor Controller 6V-60V PWM Hall Driver Module

Frequently Asked Questions (FAQ)

• Does this driver support sensorless BLDC motors?
  No, this driver specifically requires Hall Effect sensors (5 wires for sensors + 3 wires for phases) to operate correctly.
• What is the maximum voltage this board can handle?
  It supports a wide input range from 6V up to 60V DC.
• Can I use this with an Arduino?
  Yes, you can control the speed using a PWM signal from an Arduino connected to the PWM input pin.
• Do I need a separate power supply for the logic?
  No, the board has an onboard voltage regulator that powers the logic components from the main motor power supply.
• Why is my motor vibrating or jittering?
  This usually indicates an incorrect Phase-to-Hall wire sequence. Try swapping the phase wires (MA/MB/MC) until the motor runs smoothly.
• Does it support reverse direction?
  Yes, there is a Forward/Reverse (F/R) terminal. Shorting this pin to GND changes the direction.
• What happens if I exceed 16A current?
  The driver may overheat and shut down. For continuous use above 15A, we recommend adding a cooling fan.
• Can I use a 48V e-bike battery?
  Yes, a fully charged 48V battery (approx 54.6V) is within the safe operating limit of this driver.
• Is there a brake function?
  Yes, the board includes a Brake terminal. Connecting it to the ground stops the motor immediately.
• What type of potentiometer should I use?
  A standard 10kΩ linear potentiometer is recommended for manual speed control.
• Does it come with the cables?
  No, the module comes with screw terminals. You will need to provide your own wires.
• Can this drive a stepper motor?
  No, this is strictly for 3-phase Brushless DC (BLDC) motors, not stepper motors.
• What is the frequency for PWM control?
  The recommended PWM frequency is between 1kHz and 10kHz.
• Is the heatsink electrically isolated?
  The heatsink is generally isolated, but we recommend not letting it touch other metal parts to prevent short circuits.
• Can I use this for a spindle motor?
  Yes, it is suitable for small DC spindle motors used in desktop CNC machines, provided they are within the 400W limit.
• How do I connect the Hall sensors?
  Match the 5V and GND from the motor to the board, then connect the three signal wires to Ha, Hb, and Hc.
• Will this work with a hub motor?
  Yes, as long as the hub motor has Hall sensors and falls within the voltage/current specs.
• Does it have under-voltage protection?
  It has basic protection, but we recommend using a Battery Management System (BMS) if using lithium batteries.
• What is the "SET" interface for?
  It is often used for switching between control modes (hardwired vs PWM), though usually factory set. Refer to the specific batch manual.