BOCO Electronics' Air-Cooled Single-Phase Dual-Input Computing Server Power Supply delivers a rated power of up to 4000W, with peak efficiency up to 95%. This series supports a wide output voltage range of 12-16.5V or 17-22V, meeting the power requirements of different devices. Built with an advanced I2C communication protocol, it supports remote monitoring and firmware upgrades, ensuring flexible adaptability and long-term stable operation. The air-cooled design effectively improves heat dissipation efficiency and enables stable operation in harsh environments. It is widely suitable for high-load, high-density applications such as data centers, industrial equipment, and edge computing, ensuring efficient and stable system operation.
| Power (W) |
Main Output Voltage (V) |
Auxiliary Output |
Input (VAC) |
Dimensions (mm^3) |
Efficiency |
Temperature Range (°C) |
Cooling Method |
| 4000 |
12-16.5 |
12.3V/200W |
2x C20/200-240 |
342.4 x 259 x 67.8 |
94.5% @4000W |
-20~55 |
Air cooling |
| 4200 |
17-22 |
12.3V/200W |
2x C20/200-240 |
250 x 254 x 63.3 |
94.5% @4000W |
-20~55 |
Air cooling |
Product Advantages
| Peak Efficiency up to 95% |
Significantly reduces energy consumption and improves overall system performance, helping users reduce operating costs and increase power utilization. |
| Safe and Stable Operation |
High-quality components and optimized design ensure efficient operation in extreme environments such as high temperature, high humidity, dust, and vibration. |
| Built-in I2C Communication Protocol |
Supports remote monitoring, data transmission, and remote firmware upgrades, making power management more intelligent and convenient, and enabling efficient O&M management. |
| Comprehensive Protection Strategy |
Equipped with multiple protection mechanisms, including overcurrent, overvoltage, overtemperature, and overload protection, to fully safeguard the safety and reliability of the power supply system and prevent device damage and system failures. |
| Convenient Structural Design |
Adapts to the installation requirements of multiple device types, making it easier for users to select and deploy power supplies according to specific application environments, with greater flexibility and adaptability. |