The HP/Agilent 6472C is a programmable DC power supply delivering 0–64 V and up to 150 A of output current, with 10 kW total power capacity. Built on SCR regulator technology, this unit operates in both constant voltage and constant current modes, providing stable, precise output for industrial, laboratory, and high-power test applications. Remote programming and sensing capabilities enable load-optimized voltage regulation and flexible system integration across demanding environments.
Technical Specifications
Output:
• Voltage Range: 0–64 V
• Current Range: 0–150 A
• Power Output: 10 kW maximum
• CV Regulation: <0.05% + 100 mV (line); <0.05% + 100 mV (load); <0.03% + 8 mV/°C (temperature coefficient)
• CC Regulation: <0.1% + 60 mA (line); <0.1% + 50 mA (load); <0.06% + 65 mA/°C (temperature coefficient)
• Transient Recovery: <300 ms to within 600 mV nominal following half-rated current load step
• Overvoltage Protection: Optional crowbar available (Option 006)
AC Input:
• Voltage Options: 208 V, 230 V, 380 V, 400 V, 460 V ac (±10%)
• Phase: Three-phase
• Frequency: 57–63 Hz (50 Hz with realignment option)
• Input Current: 50 A per phase @ 230 V ac (varies by voltage option)
Physical & Environmental:
• Dimensions: 16-3/4" W × 26-1/4" H × 26-1/8" D
• Weight: 500 lbs (net); 655 lbs (shipping)
• Operating Temperature: 0–50°C
• Storage Temperature: −40 to +75°C
– Key Features
• Dual-mode operation: constant voltage and constant current
• Remote voltage and current programming via external source or resistance
• Remote sensing for minimized lead-drop voltage at load
• Analog front-panel voltage and current metering
• 19" standard rack mounting compatible
– Typical Applications
Power-intensive testing, burn-in and stress screening, electrochemistry, materials processing, and laboratory power distribution where precision regulation and load adaptability are critical.
– Compatibility & Integration
Three-phase AC input accommodates global power standards. Remote programming and sensing interfaces support system automation and distributed load management.
