The Xantrex XHR 60-10 is a single-output DC power supply delivering 0–60 V and 0–10 A (600 W maximum) for laboratory, industrial, and OEM test applications. Built-in power factor correction enables operation from standard 120 VAC, 15 A circuits while reducing input current harmonics. The half-rack design integrates into multi-instrument test benches without requiring dedicated high-current AC infrastructure.
The supply operates in both Constant Voltage (CV) and Constant Current (CC) modes with automatic crossover and front-panel mode indication. Ten-turn potentiometers provide high-resolution voltage and current adjustment. Adjustable overvoltage protection (OVP) with front-panel control and LED status indication protects connected loads. Integrated overcurrent protection and thermal shutdown (selectable latching or auto-reset) ensure safe operation under fault conditions.
Technical Specifications
• Output Voltage: 0–60 V DC
• Output Current: 0–10 A
• Maximum Power: 600 W
• Input: 115/230 V AC, 50/60 Hz
• Efficiency: Typically 85%
• Switching Technology: Zero voltage soft-switching for high efficiency and low noise
• Temperature Coefficient: 0.02% /°C
• Output Ripple and Noise: Low noise
– Key Features
• Automatic CV/CC mode crossover with LED indication
• Ten-turn voltage and current control potentiometers
• Simultaneous digital readouts for voltage and current
• Adjustable front-panel OVP with LED status
• Output standby mode (push-button control)
• Optional remote analog programming of voltage and current limit with selectable ranges
• Optional remote sensing and voltage/current readback
• Optional remote on/off control
• Optional GPIB or RS-232 computer interface for full remote programming and monitoring
• Optional 4-channel isolated programming capability
– Typical Applications
Bench power for component and subsystem testing, power conditioning validation, current-limited load simulation, and automated test system integration where precise voltage and current control with OVP protection is required.
– Compatibility & Integration
Remote programming interfaces support analog control, isolated analog control (ISOL), GPIB, and RS-232 protocols for integration into test automation systems. Built-in power factor correction allows operation from standard laboratory AC outlets.
