The Power Ten P66E-60330 is a three-phase input DC power supply engineered for demanding industrial and laboratory applications. Delivering up to 60 VDC at 330 A, this 20 kW unit combines efficient PWM and zero-crossing switching topology for high power density and stable output. Precision regulation, fast transient response, and comprehensive monitoring make it suitable for high-current test, burn-in, and production environments.
Technical Specifications
Output Power & Voltage
• Maximum output: 20 kW at 60 VDC, 330 A
• Voltage regulation: 0.1% of rated maximum
• Current regulation: 0.5% of rated maximum
• Output ripple & noise: Low peak-to-peak (low-noise option available for ≤60 V models)
Input & Line Specifications
• AC input: 3-phase, 47–63 Hz
• Voltage options: 190–253 VAC (standard), 360–440 VAC, or 432–528 VAC
• Input current @ 208 VAC: 41 A at 10 kW output
• Remote sensing terminals provided to compensate for line drop at load
Dynamic Performance
• Transient response: ±2% recovery within 10 msec for 30% current step load
• Stability: ±0.05% per 8 hours after 30-minute warm-up at fixed conditions
Interfaces & Control
• DC output: Bus bars with 0.410″ interface holes (≥50 VDC models)
• AC input: 3-wire + GND (#10-32 threaded studs)
• Control: DB 25-pin rear connector with on/off contact closure, TTL/CMOS support, OVP limit adjustment
• Optional remote programming: IEEE 488.2, RS-232, RS-485 (SCPI protocol) for voltage, current, and output control
Physical
• Dimensions: 19″ W × 5.25″ H × 22″ D
• Weight: 80 Lbs (10 kW model)
– Key Features
• Precision voltage and current regulation for stable test conditions
• Fast load transient recovery supporting dynamic test scenarios
• Remote sensing compensation for accurate voltage delivery across cable runs
• DB 25 control interface with programmable overvoltage protection
• Optional SCPI-based remote programming for automated test systems
• CE and UL/CSA 61010 certifications
– Typical Applications
• High-current component testing and characterization
• Burn-in and reliability testing
• Production line power delivery
• R&D and laboratory benchtop use
– Compatibility & Integration
Optional IEEE 488.2, RS-232, and RS-485 interfaces enable integration into automated test systems. Remote voltage, current, and output control via SCPI protocol. Programmable OVP settings via rear DB 25 connector.
