The Sorensen XG600-2.6 is a 1500W programmable DC power supply in a compact 1U rackmount form factor, delivering up to 1560W total output power. Engineered for test, production, laboratory, OEM, and quality assurance environments, it combines high power density with precision regulation and multiple control interfaces for seamless integration into automated test systems.
Technical Specifications
Output Ratings
• Voltage: 0–600V
• Current: 0–2.6A
• Total output power: Up to 1560W (1500W rated)
• Power density: 1500W in 1U form factor
Regulation & Stability
• Line regulation: 0.005% of rated output voltage + 2 mV (voltage); 0.005% of rated output current + 0.2 mA (current)
• Load regulation: 0.05% of rated output voltage + 10 mV (voltage); 0.1% of rated output current + 0.4 mA (current)
• Transient response: Output voltage recovery within 0.05% of rated output for load step 10–90% of rated current
Power Input
• Universal AC input with Power Factor Correction (PFC)
• Input voltage: 85–132 Vac or 170–265 Vac (constant load)
Auxiliary Outputs
• AUX1: 5V, 0.5A
• AUX2: 15V, 0.5A
– Key Features
Constant voltage and constant current modes with automatic crossover provide flexible operating characteristics. Over voltage, over current, and over temperature protection safeguard connected loads. Programmable fold-back protection enables mode transition control, while output auto-start and auxiliary auto-start modes restore previous operating states after power cycles.
– Interfaces & Control
Standard digital connectivity includes USB, RS-232, and RS-485. Optional interfaces support GPIB (IEEE 488.2) and LXI Class C Ethernet. Analog programming accepts freely selectable input ranges from 0V to 2–10V via local front panel or remote isolated connectors. Status monitoring provides CV/CC mode indication, OVP, OCP, and OTP signals.
– Typical Applications
Designed for demanding test and production environments, the XG600-2.6 serves laboratories, quality assurance operations, and OEM system integration where high power density, precise output control, and multi-interface capability are required.
