Haltech DC Motor Controller DC - DCMD Size: 86 mm x 55.5 mm - HT-038009
Product Information:
The Haltech DC Motor Controller DC - DCMD is an advanced device designed for precise control of DC motors in racing vehicles and motorsport applications. With the ability to control the speed and direction of the motor, the DCMD allows for accurate management of various systems such as fuel pumps, radiator fans, and other devices that require speed regulation.
Key Features:
- Precise control: Allows precise regulation of speed and direction for DC motors, ensuring optimal system performance.
- High power: Supports motors up to 25A, making it suitable for controlling demanding devices in racing vehicles.
- Easy integration: Compatible with Haltech engine management systems, enabling seamless integration with existing vehicle systems.
- Overload protection: Equipped with features to protect against overload and overheating, ensuring reliability and longevity of the device.
- CAN Bus support: Supports CAN communication, enabling integration with other devices and systems in the vehicle.
Technical Specifications:
- Product Number: HT-038009
- Inputs: 2 x analog 0-5V (for speed and direction)
- Outputs: 2 x PWM control for DC motors
- Communication: CAN Bus
- Protection: Overload and overheat protection
- Compatibility: Haltech engine management systems
Package Contents:
- 1 x DC Motor Driver (DCMD)
- 1 x CAN communication cable
- 1 x Installation manual
Applications:
- Precise control of DC motors in racing vehicles and motorsport applications.
- Speed and direction regulation of fuel pumps, radiator fans, and other devices requiring motor control.
- Integration with Haltech engine management systems to optimize vehicle performance.
The Haltech DC Motor Driver (DCMD) is a reliable solution for professionals and automotive enthusiasts who need precise control of DC motors in their racing vehicles and motorsport applications. With advanced technology, easy integration with Haltech systems, and protective features, the DCMD ensures reliability and performance in demanding racing conditions.








