500W BLDC Brushless Motor Speed Controller DC 12-36V PWM Driver
500W BLDC Brushless Motor Speed Controller DC 12-36V PWM Driver
BLDC 500W Brushless Motor Speed Controller — DC 12–36V PWM Hall-less Driver Board
Take precise command of your brushless DC motor projects with this compact yet powerful 500W BLDC motor driver board. Designed for hall-less (sensorless) motors, it supports both forward and reverse rotation switching, making it ideal for DIY electronics, robotics, CNC builds, e-bikes, and industrial automation applications. With a wide input voltage range of DC 12–36V and a maximum current of 15A, this versatile controller handles demanding loads with ease.
Key Features
- Forward & Reverse Rotation Control: Built-in direction switching lets you change motor rotation on the fly — perfect for dynamic applications requiring bidirectional movement.
- Flexible Speed Control: Adjust speed via a potentiometer (10–50KΩ recommended) or a 5V PWM signal for seamless integration with microcontrollers such as Arduino or Raspberry Pi.
- Integrated Heat Sink: The driver board comes equipped with an 18mm thick aluminium heat sink for effective thermal management during continuous operation.
- Compact Form Factor: At approximately 63 × 43mm, this neatly laid-out PCB fits easily into tight enclosures and project builds.
- Wide Application Range: Suitable for a broad range of brushless DC motors used in power tools, fans, pumps, e-bikes, CNC spindles, and more.
- Robust Construction: Built from quality PCB and metal components for reliable, long-term performance.
Technical Specifications
| Input Voltage | DC 12V – 36V |
| Maximum Current | 15A |
| Maximum Power | 500W |
| PWM Signal | 5V PWM compatible |
| Speed Potentiometer | 10–50KΩ (user-supplied) |
| Board Dimensions | Approx. 63 × 43mm |
| Heat Sink Thickness | 18mm |
| Material | PCB & Metal |
| Motor Type | Hall-less (Sensorless) BLDC |
Important Usage Notes
- When testing, use an adjustable power supply in current-limiting mode to verify no-load current and prevent burnout from unexpected power surges.
- Do not short-circuit the three output phases (U, V, W) — this will damage the driver board.
- For high-power operation, monitor heat generation and install a cooling fan if the board runs hot.
- No socket or connecting cable is included — soldering is required. The forward/reverse switch and speed potentiometer must be sourced separately.
- Ensure your soldering iron is properly grounded to prevent induced current from damaging the driver.
Package Contents
- 1 × BLDC Motor Driver Board (500W)
Made in Mainland China.
You May Also Like
- Ancient Nutrition Multi Collagen Advanced Muscle 60 Capsules
- B&U 29mm Sinking Minnow Jerkbait Lure – Bass Trout Pike
Learn more: OSHA on personal protective equipment
Frequently Asked Questions
Q: What types of brushless motors are compatible with this BLDC speed controller?
A: This motor driver board is designed for hall-less (sensorless) brushless DC (BLDC) motors operating within DC 12–36V and up to 500W / 15A. It is commonly used with motors found in power tools, CNC spindles, e-bikes, fans, and pumps. It does not support hall-sensor-based motors.
Q: Can I control the speed using a microcontroller like Arduino?
A: Yes. In addition to a manual potentiometer (10–50KΩ), this BLDC controller accepts a 5V PWM signal, making it fully compatible with Arduino, Raspberry Pi, and similar microcontrollers for automated or programmable speed control.
Q: Does the board come with wires, a potentiometer, or a direction switch?
A: No — the board does not include a socket, connecting cables, a speed potentiometer, or a forward/reverse switch. These components must be sourced and soldered separately. Soldering skills are required for installation.
Q: What should I do if the driver board gets very hot during use?
A: The board features an integrated 18mm heat sink for passive cooling. For high-power or extended-duration use, it is strongly recommended to add an external cooling fan for forced air cooling to maintain safe operating temperatures and protect the driver from thermal damage.
Production & Packaging Notice
To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.