The Power Ten P63C-25-400 is a 10 kW DC power supply engineered for demanding industrial and laboratory applications requiring stable, reliable power delivery. This P63 Series unit operates from 0 to 25 VDC at 400 A output, delivering 75 mV peak-to-peak ripple and noise. Built on efficient PWM and zero-crossing switching topology, the supply achieves high power density in a compact 19″ × 5.25″ × 22″ rackmounted chassis weighing 80 lbs. Conservative thermal design and component derating ensure long-term reliability in continuous operation.
Technical Specifications
Power Output
• Maximum: 10 kW
• Output voltage: 0 to 25 VDC
• Output current: 400 A
• Ripple and noise: 75 mV peak-to-peak
Input Specifications
• Standard input: 190–253 VAC, 3-phase, 47–63 Hz
• Optional inputs: 360–440 VAC or 432–528 VAC, 3-phase
• Typical input current @ 208 VAC: 41 A
Regulation and Stability
• Line regulation: 0.1% of maximum rated output voltage
• Load regulation: 0.5% of maximum rated output current
• Stability: ±0.05% of set point per 8 hours after 30 minutes warm-up
• Transient response: 30% current step recovers to ±2% of set voltage within 10 msec
Environmental
• Operating temperature: 0 to 50°C
• Storage temperature: −20 to 70°C
• Cooling: Internal fans
– Key Features
• Bus bar DC output interface with 0.410″ holes (outputs ≤50 VDC)
• Remote sensing terminals for load-point voltage compensation
• DB 25-pin female connector for control and monitoring
• On/Off control via contact closure (6–120 VDC, TTL/CMOS compatible)
• Real-time output voltage and current monitoring
• Overvoltage protection limit adjustment
• Summary fault status reporting
• Optional IEEE 488.2 and RS-232 interface with SCPI protocol support
• Isolated analog control option available
– Certifications
UL/CSA 61010, IEC/EN 61010-1, CE compliant (LVD and EMC), TÜV NRTL to UL1950, TÜV to IEC 950
– Typical Applications
Industrial test benches, materials testing, electrochemistry, battery charging, load simulation, and laboratory research requiring precise DC voltage and current delivery.
