Switching power supply 3000W 400V 7.5A CSP-3000-400

High-performance switch-mode power supply for demanding applications

The CSP-3000-400 switch-mode power supply is a solid and reliable energy source designed for applications requiring high power and stable voltage. This model, with a power of 3000W and an output voltage of 400V at a current of 7.5A, is perfect for powering industrial equipment, LED lighting, and laboratory and testing applications.

The power supply is characterized by high efficiency – reaching up to 93% – which translates into lower operating costs and reduced energy losses. The built-in active PFC (Power Factor Correction) function improves the power factor, minimizing interference in the electrical network. This ensures more stable and efficient operation.

The power supply's design has been carefully thought out for reliability and durability. Forced air circulation using built-in fans provides effective cooling even under heavy load, and a range of protections – against short circuit, overload, overvoltage, and overheating – protect both the power supply itself and the devices connected to it. Additional fan protection increases its lifespan.

• High efficiency: Up to 93% – reducing energy losses and operating costs.
• Active PFC function: Improving the power factor and reducing interference in the network.
• Forced air cooling: Stable operation even under heavy load.
• Complete protection: Short-circuit, overload, overvoltage, and overheating protection ensure installation safety.
• Remote control functions: Possibility of remote on/off and monitoring of the operating status using the OK signal and AUX output.
• Output voltage adjustment: Allows adjustment of the voltage to specific application needs (range 20-100%).
• 5-year warranty: Confirmation of high quality and reliability of the product.

The CSP-3000-400 power supply also offers a parallel operation function (2+1), allowing you to increase the output power by connecting multiple power supplies into one system. This is an ideal solution for applications requiring a large power reserve or redundancy. This makes it possible to create a scalable power system adapted to changing needs.