1kW power supplies with Active-PFC for industrial applications

ABSOPULSE Electronics has introduced the PFHI 1K-FXW series of high input voltage, wide input range switched-mode power supplies with active power factor correction (PFC) designed for 1kW industrial applications.

The power supplies operate over 180V to 480V AC-input range, 400Vac nominal input or custom. Outputs include 24Vdc/40A, 48Vdc/20A, 110Vdc/9A or 125Vdc/8A or custom.  An optional built-in redundancy diode allows for parallel connection to achieve higher output power or N+1 redundancy, and also makes the unit suitable for battery charging applications.

The PFHI 1K-FXW units employ active power factor correction, which limits input current harmonics to achieve a PFC rating of 0.97 at full load for the entire input range. All power supplies in the series comply with the EN61000-3-2 directive for low input harmonic distortion.

The power supplies are designed for compliance with EN/UL60950-1 and equivalent industrial safety standards. Filtering on the input and output contributes to low output ripple and noise. The input meets EN55032 Class A with wide margins; Class B is available as an option. Isolation includes 4300Vdc input to output, 3000VDC input to chassis and 1300VDC output to chassis. 

Cooling is by high quality built-in fans and by conduction via the baseplate, which provide sufficient cooling for operation over a 0°C to +50°C temperature range for full specification without derating. Wider temperature ranges are available on request.

The PFHI 1K-FXW units are constructed and designed to withstand high levels of shock and vibration (IEC 61373 Cat 1 A&B); this ensures reliable operation in harsh environments. The internal board is conformal coated for immunity to moisture, humidity and airborne contaminants. The units measure 185.4 x 69.3 x 351 mm / 7.3″ x 2.7″ x 13.8″ (W x H x D). 

 

Keep Up to Date with the Most Important News

By pressing the Subscribe button, you confirm that you have read and are agreeing to our Privacy Policy and Terms of Use
Previous Post

Season 5 – Episode #4: The mobile phone of the future

Next Post

Emergency lighting control strengthens interoperability for safety-critical applications