PWM connection cable Singularity PowerBoard SC-PB-LC-PWM for PWM fan and pump control

The Singularity PowerBoard SC-PB-LC-PWM connection cable provides a dedicated PWM signal link between PWM-capable fans or pumps and the Singularity PowerBoard. Designed for custom PC cooling loops and chassis installations, this cable transmits speed control signals to enable centralized fan and pump management and monitoring from the PowerBoard. The cable is intended to simplify cable routing and preserve reliable PWM signaling when integrating multiple cooling devices into a single control hub.

Advantages

This PWM connection cable delivers consistent PWM signal transmission to ensure accurate speed control for fans and pumps connected to the PowerBoard. It supports neat cable routing between devices and the PowerBoard, reducing clutter inside the chassis and helping maintain signal integrity. The cable is compatible with conventional PWM headers and is engineered for use in systems where centralized speed management is required.

Suitable for

• Connecting PWM fans to the Singularity PowerBoard for centralized speed control
• Linking PWM-controlled pumps in custom liquid-cooling loops to the PowerBoard
• Routing PWM signal lines in compact or crowded PC cases
• Integrating multiple cooling devices into a single monitoring and control point

Key specifications

• Function: PWM signal transmission for fan and pump speed control
• Compatibility: Standard 4-pin PWM headers and controllers designed for PWM control
• Use case: Internal PC cable for chassis and custom cooling loop installations
• Cable purpose: Signal routing to enable centralized monitoring and management

How to use

Connect the cable between a PWM-capable fan or pump header and the corresponding PWM input on the Singularity PowerBoard. Ensure correct orientation of the 4-pin connector so that the PWM signal wire aligns with the PowerBoard PWM input pin. After physical connection, configure fan and pump control through the PowerBoard interface or compatible software to set target speeds, curves, or monitoring parameters. Verify proper operation by observing speed changes and monitoring RPM reporting where supported.

Recommendations

For reliable operation, route the cable away from high-voltage or high-current lines to reduce interference. Verify connector seating before powering the system and consult the PowerBoard documentation for PWM input assignment and software configuration. Use this cable inside the chassis and avoid external exposure to moisture or excessive bending radii to maintain signal integrity.