Key Features

✔ Wide Voltage Range – Supports 12V–48V DC motors (20A max). ✔ High Power Handling – Up to 960W (48V × 20A) for heavy-duty applications. ✔ PWM Speed Control – Adjustable speed via potentiometer or external PWM signal (5V–24V). ✔ Forward/Reverse & Braking – Full motor direction control with a simple switch. ✔ Overcurrent Protection – Built-in safety against short circuits and overloads. ✔ Efficient Cooling – Aluminum heatsink for heat dissipation under high loads. ✔ Analog & Digital Control – Compatible with PWM signals (Arduino, Raspberry Pi, etc.). ✔ LED Indicators – Displays power and operational status.

Technical Specifications

• Input Voltage: 12V–48V DC

• Max Continuous Current: 20A (peak 30A for short bursts)

• PWM Frequency: 15kHz (adjustable)

• Control Signal:

  • Manual: Potentiometer for speed adjustment

  • External PWM: 5V–24V input (0%–100% duty cycle)

• Direction Control: Toggle switch (FWD/REV/Brake)

• Efficiency: >90% (depends on load)

• Protections: Overcurrent, short-circuit, overheating

• Cooling: Aluminum heatsink (fan optional for extreme loads)

• Dimensions: 80mm × 60mm × 30mm

• Weight: ~150g

Applications

• Electric Vehicles – E-bikes, scooters, go-karts.

• Robotics & Drones – High-torque motor control.

• Industrial Machinery – Conveyor belts, CNC machines.

• DIY Projects – Wind turbines, hydraulic pumps, 3D printer upgrades.

• RC Models – High-speed boat/car motor control.

How It Works

1. Power Connection – Connect 12V–48V DC to the input terminals.

2. Motor Connection – Wire the motor to the output terminals (observe polarity for direction control).

3. Speed Adjustment – Use the potentiometer or an external PWM signal (e.g., from Arduino) to set speed.

4. Direction Control – Toggle between forward, reverse, and braking modes.