Military-Grade 3-Phase Power Factor Correction Module

Brand: Synqor

SKU: MPFC-440-3PH-400-LE
This product is available globally.
  • 440Vrms L-L Input Voltage
  • 47 – 800Hz Input Frequency
  • 400Vdc Output Voltage
  • 5kW Output Power
  • 97% Full Load Efficiency

Description

The MilCOTS 3-Phase MPFCQor Power Factor Correction module is an essential building block of an AC-DC power supply. Used in conjunction with one of SynQor’s matched 3-Phase AC line filters and a limited amount of stabilizing capacitance, this MPFCQor will draw well-balanced and low-distortion sinusoidal currents from each phase of a 3-Phase AC input. It is designed to comply with a wide range of military standards and is manufactured in the United States.

Operational Features

  • Large-module form factor
  • 5.0 kW continuous rating at 80 °C baseplate temperature
  • Semi-regulated output: 400 Vdc
  • Compatible with Military Standard 60 Hz, 400 Hz & var. freq. systems
  • Meets military standards for harmonic content
  • Drives pulsed output loads without passing transients back to the input (requires adequate capacitance; see pulsed loads section)
  • Minimal inrush current
  • Balanced phase currents
  • High power factor (0.999 at 60 Hz / 5.0 kW)
  • Minimal external output capacitance needed
  • Supports full load current during startup ramp
  • Additional input filters available to meet full EMI
  • N * 5.0 kW power levels when paralleled Protection

Compliance Features

3-Phase PFCQor series converters are designed to meet: (With an MCOTS 3-Phase AC input filter)

  • MIL-STD-461 (C, D, E, F)
  • MIL-STD-1399 (at 440 Vrms L-L)
  • MIL-STD-810G

Mechanical Features

  • Size: 7.320” x 4.920” x 0.602” (186 x 125 x 15.3 mm)
  • Weight: 36 oz (1020 g)

Control Features

  • All control pins referenced to separate floating return
  • Asynchronous serial data interface
  • AC and DC Power Good outputs
  • PFC Enable and Battle Short inputs
  • 3.3 V always-on standby power output
  • Clock synchronization output

Protection Features

  • Output current limit and auto-recovery short circuit protection
  • Auto-recovery input under/over-voltage protection
  • Auto-recovery output over-voltage protection
  • Auto-recovery thermal shutdown