Air-Cooled Dual-Input Computing Power Supply 4000W/4200W High Efficiency for Data Centers and Industrial Automation Boco Electronics

Air-Cooled Dual-Input Computing Power Supply 4000W/4200W High Efficiency for Data Centers and Industrial Automation Boco Electronics

  • Air-Cooled Dual-Input Computing Power Supply 4000W/4200W High Efficiency for Data Centers and Industrial Automation Boco Electronics
  • Air-Cooled Dual-Input Computing Power Supply 4000W/4200W High Efficiency for Data Centers and Industrial Automation Boco Electronics
  • Air-Cooled Dual-Input Computing Power Supply 4000W/4200W High Efficiency for Data Centers and Industrial Automation Boco Electronics
  • Air-Cooled Dual-Input Computing Power Supply 4000W/4200W High Efficiency for Data Centers and Industrial Automation Boco Electronics
Summary
Boco Electronics' Air-Cooled Dual-Input Computing Power Supply delivers up to 4000W/4200W high-efficiency power with 94.5% efficiency and wide voltage output (12-15V/17-22V), ideal for data centers, industrial automation, and edge computing. Featuring forced-air cooling, dual C20 inputs, and I2C communication for remote monitoring, it ensures reliable, stable performance in demanding environments.More
Specifications
Power (W):
4000/4200
Main Output Voltage (V):
12-15/17-22
Cooling Method:
Forced-Air Cooling
  • Air-Cooled Dual-Input Computing Power Supply 4000W/4200W High Efficiency for Data Centers and Industrial Automation Boco Electronics
  • Air-Cooled Dual-Input Computing Power Supply 4000W/4200W High Efficiency for Data Centers and Industrial Automation Boco Electronics
Boco Electronics' air-cooled dual-input computing power supplies deliver a rated power output of up to 4000W, with peak efficiency reaching 95%. This series supports a wide output voltage range of 12-15V or 17-22V, accommodating diverse power demands across various devices.
Equipped with an advanced I2C communication protocol, it enables remote monitoring and firmware upgrades, ensuring enhanced adaptability and long-term operational stability. The forced- air cooling design optimizes thermal management, ensuring reliable and efficient performance even in demanding environments.
Widely deployed in high-load, high-density applications such as data centers, industrial automation, and edge computing, these power supplies provide dependable and energy-efficient power solutions to support mission-critical computing infrastructure.
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