MKS MOS25 V2.0 High Current Heat Bed Controller Module
The MKS MOS25 V2.0 is a robust heating controller module designed to manage high current loads for 3D printer heat beds and extruders. It effectively offloads power requirements from control boards, ensuring stable and reliable heating performance for large print surfaces.
Features
- Ensures superior MOSFET performance with a maximum current capacity of 280A.
- Features an extra-large heat sink for sustained current output up to 30A or more.
- Directly compatible with hot-bed output signals from RAMPS 1.4 and MKS series control boards.
- Supports versatile digital control signals ranging from 5V to 24V for broad compatibility.
Out of stock
Many standard 3D printer control boards are not adequately rated to handle the substantial DC currents generated by high-power heat beds and some larger hot-end heaters. This limitation is particularly prevalent in 12V systems, where insufficient current capacity can lead to overheating, component damage, or unstable printing temperatures.
By integrating the MKS MOS25 V2.0 FET heating controller into your heat bed circuit, and ideally your hot-end circuit, you can significantly mitigate these issues. This module is precisely rated for high current applications, supporting up to 25A. It is crucial never to exceed this 25A limit, which translates to 300 Watts at 12V. Proper wiring with appropriately rated conductors and secure terminations is essential to ensure safe and efficient operation of your heated components.
Additional Information
| Weight | 0.038 kg |
|---|---|
| Dimensions | 11 × 9 × 3 cm |
