Wireless Remote Control DC Motor Speed Regulator DC12V-30V Motor Forward and Reverse Controller Limit Waterproof Speed Governor Vue Default Title

Wireless Remote DC Motor Speed Controller 12V–30V 30A Forward Reverse

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Sale price  $138.99 Regular price $171.99
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Wireless Remote Control DC Motor Speed Regulator DC12V-30V Motor Forward and Reverse Controller Limit Waterproof Speed Governor Vue Default Title

Wireless Remote DC Motor Speed Controller 12V–30V 30A Forward Reverse

Sale price  $138.99 Regular price $171.99
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Wireless Remote Control DC Motor Speed Controller — DC 12V to 30V

Take precise command of your DC motor projects with this feature-packed Wireless Remote Control Motor Speed Regulator. Designed for DC12V–30V systems, it delivers smooth 0–100% speed regulation, full forward and reverse direction control, and a waterproof build that stands up to demanding environments — all operated conveniently via wireless remote. Whether you're automating a workshop tool, building a robotics system, or controlling a conveyor, this governor gives you reliable, hands-free motor management.

Made in China.

Key Features

  • Wide Voltage Range: Compatible with DC 12V to 30V systems for maximum versatility.
  • Full Speed Regulation: Continuously adjustable from 0% to 100% of input voltage — no dead zones, no jumps.
  • Forward & Reverse Control: Switch motor direction effortlessly with the wireless remote.
  • High Current Capacity: Rated and maximum current of 30A — handles up to 200W at 12V and 400W at 24V.
  • 21 kHz PWM Frequency: Ultra-smooth motor control with minimal noise and heat generation.
  • Limit Switch Ready: Built-in limit switch support for automated stop positioning.
  • Waterproof Design: Sealed construction protects against moisture and dust in real-world installations.
  • Onboard Potentiometer: B100K resistance value with 8mm opening for fine manual tuning.

Technical Specifications

Input Voltage DC 12V – 30V
Output Voltage ~0–100% of Input Voltage
Rated / Max Current 30A
Max Control Power 200W @ 12V  |  400W @ 24V
Speed Regulation Range 0% – 100%
PWM Frequency 21 kHz
Potentiometer B100K, 8mm opening
Control Type Wireless Remote + Onboard Potentiometer
Waterproof Yes

What's in the Box

  • 1× Motor Speed Regulator with Wireless Remote Control

Safety & Electrical Standards

This controller operates at low voltage (below 75V DC), falling within EU LVD low-voltage safety requirements. For guidance on electrical safety standards for motor control devices, refer to OSHA's Electrical Safety guidelines.

Note: Slight color variation may occur due to monitor settings. Allow ±1 cm measurement tolerance due to manual measurement methods.

Frequently Asked Questions

Q: What DC voltage range is this motor speed controller compatible with?

A: This wireless DC motor speed regulator supports an input voltage range of DC 12V to 30V, making it compatible with a wide variety of 12V and 24V DC motor systems commonly used in DIY projects, automation, and industrial applications.

Q: Can this controller handle both forward and reverse motor direction?

A: Yes. The wireless remote control allows you to switch the DC motor between forward and reverse directions with ease, and built-in limit switch support enables automatic stopping at preset positions.

Q: What is the maximum current and power this speed governor can handle?

A: The controller has a rated and maximum current of 30A. It supports up to 200W for 12V motors and up to 400W for 24V motors, making it suitable for moderate to heavy-duty DC motor control applications.

Q: Is this DC motor controller waterproof?

A: Yes. The unit features a waterproof design, protecting it from moisture and dust — ideal for outdoor installations, workshop environments, or any application where exposure to the elements is a concern.

Q: What PWM frequency does this speed regulator use, and why does it matter?

A: This controller uses a 21 kHz PWM (Pulse Width Modulation) frequency. A higher PWM frequency results in smoother motor operation, reduced audible noise, and lower heat generation compared to lower-frequency controllers.

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