High-Power Pulse Width Modulator PWM Waterproof DC Motor Speed Controller (10-60V 10A)

This is a simple and easy-to-use DC motor speed controller of small size, elegant appearance and stable performance. It is made with high quality circuit board which ensures a longer service life. The input voltage can be DC 10V to 60V and output voltage is 0-100% of the input voltage. This speed controller is quite convenient to set.


Features:
- This speed controller has a delicate and practical housing which is waterproof so you can use it out of doors.
- Comes with screw terminal and a indication label of power and motor electrodes for convenient wiring.
- DC motor controller input is connected to direct current, can not be connected to alternating current, or it will be burnt.
- Make sure the positive and negative polarity is connected correctly, otherwise the controller will be damaged.
- Suitable for 12V motors with power less than 120W, 24V motors with power less than 240W, etc.

- Potentiometer Resistance: B100K
- Input Voltage Range: DC 10V-60V
- Output Voltage: 0-100% of the input voltage
- Control Power: 12V*10A=120W,24V*10A=240W......
- Rated Current: 10A
- Max Current: 20A
- Speed Range: 5%-100%
- PWM Frequency: 25Khz
- Size: 88 x 59 x 40mm / 3.46 x 2.32 x 1.57"
- Tap Hole Size: 8mm / 0.31"

  • N/A

  • Electronics 113: Motor Drivers & H-Bridges Explained
    A clear, engineering-focused guide to driving DC motors, stepper motors, and actuators safely: why microcontroller pins are never enough, how H-bridges actually work, and how to choose the correct motor driver without smoke, resets, or mysterious failures.
  • Electronics 114: Stepper Motors & Microstepping Explained
    A practical engineering guide to stepper motors: how they really work, why current control matters more than voltage, what microstepping actually does, and how to set up reliable motion systems for 3D printers, CNC machines, and precision positioning projects.
  • Electronics 115: Servo Motors & Closed-Loop Control
    A practical engineering guide to servo motors and closed-loop systems: how servos differ from steppers and DC motors, how feedback works, and how to design precise, stable motion systems without oscillation, jitter, or burned gearboxes.

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