12V-56V Servo Single-channel BLDC Brushless Motor Control Module Supports Variety Encoders with Overheat Protection Vue Default Title

12V-56V BLDC Brushless Motor Control Module | 60A, Multi-Encoder

Default Title
Sale price  $164.99 Regular price $203.99
Skip to product information
12V-56V Servo Single-channel BLDC Brushless Motor Control Module Supports Variety Encoders with Overheat Protection Vue Default Title

12V-56V BLDC Brushless Motor Control Module | 60A, Multi-Encoder

Sale price  $164.99 Regular price $203.99
Default TitleDefault Title

12V–56V Single-Channel BLDC Brushless Motor Control Module with Overheat Protection

Take your brushless motor projects to the next level with this high-performance, single-channel BLDC motor control module. Designed for engineers, robotics enthusiasts, and makers who demand precision and reliability, this servo-grade driver supports a wide voltage range of 12V–56V and delivers up to 60A working current — making it suitable for demanding industrial, robotics, and automation applications.

Powered by the ARM Cortex-M4 STM32F405RGT6 processor, this module combines processing power with versatility. It supports multiple encoder types and a rich set of communication interfaces, giving you full flexibility over how you integrate it into your system.

Made in Mainland China.

Key Features

  • Wide Voltage Input: Operates from 12V to 56V DC, compatible with a broad range of power supplies and battery systems.
  • High Current Capacity: Drives BLDC brushless motors with a working current of up to 60A for high-torque applications.
  • ARM Cortex-M4 Processor: Powered by the STM32F405RGT6 for fast, reliable motor control computations.
  • Multi-Encoder Support: Compatible with TLE5012B, AS5047, AMT10X, MT6816, and more — giving you flexibility to use your preferred feedback sensor.
  • USB Debugging Interface: Easily set and read parameters, and control motor operation via the onboard USB port.
  • Rich Communication Interfaces: Includes CAN, USART, PWM, and pulse interface for seamless integration into complex systems.
  • Onboard Temperature Sensor: Monitors driver temperature in real time and activates overheat protection to keep your system safe during extended operation.
  • EU LVD Compliant: Operates within the low-voltage directive range (below 75V DC).

Specifications

  • Input Voltage: 12V – 56V DC
  • Max Working Current: 60A
  • Processor: ARM Cortex-M4 STM32F405RGT6
  • Supported Encoders: TLE5012B, AS5047, AMT10X, MT6816, and others
  • Communication Interfaces: CAN, USART, PWM, Pulse
  • Debugging Interface: USB
  • Overheat Protection: Yes (onboard temperature sensor)
  • EU LVD Voltage: Low voltage — below 50V AC or 75V DC
  • Origin: Mainland China

Package Includes

  • 1× Brushless Motor Control Module

Important Notes

  • Due to lighting and display screen differences, the item's color may appear slightly different from the pictures.
  • Please allow 1mm–1cm measurement tolerances due to manual measurement.

For more information on electrical safety standards and best practices for electronic components, visit CPSC Electrical Safety.

Frequently Asked Questions

Q: What types of brushless motors can this BLDC motor control module drive?

A: This module is designed to drive single-channel BLDC (Brushless DC) brushless motors with a working current of up to 60A and a supply voltage between 12V and 56V DC. It is suitable for servo-grade motors used in robotics, automation, electric vehicles, and industrial equipment.

Q: Which encoders are compatible with this motor control module?

A: This module supports a variety of encoder types, including TLE5012B, AS5047, AMT10X, and MT6816, among others. This multi-encoder compatibility gives you the flexibility to pair it with the sensor best suited to your application.

Q: How do I configure and communicate with this BLDC motor controller?

A: The module features a USB debugging interface for easy parameter setting and reading directly from a computer. It also supports multiple communication protocols including CAN, USART, PWM, and pulse interfaces for integration into more complex or automated systems.

Q: Does this motor control module have any thermal protection?

A: Yes. An onboard temperature sensor continuously monitors the driver's operating temperature in real time. If the temperature exceeds a safe threshold, the overheat protection function is automatically triggered to protect both the module and connected components.

You may also like