The Pickering 10-910L-001 is a power supply unit engineered for Pickering System 10 and System 20 chassis, delivering three regulated voltage supplies to drive switching modules in high-density test and measurement systems. Housed in a 12HP front panel slot, it accepts universal AC input (100V to 250V AC, 45–65 Hz) and outputs 100W maximum across three independent rails with isolated supplies and independent current management. The unit meets demanding industrial safety standards and operates across a wide temperature range with defined derating characteristics.
Technical Specifications
• Input Voltage: 100V AC to 250V AC, 45–65 Hz
• Output Power: 100W maximum total
• Output Rails:
– +5V logic supply: 4.0A continuous, 7.0A peak
– +5V relay supply: 3.0A continuous, 7.0A peak
– +12V relay supply: 2.0A continuous, 3.0A peak
• Input-to-Output Isolation: 4 kV
• Operating Temperature: 0°C to 70°C (derate 2.5% per °C above 45°C)
• Connector: DIN 41612 type H
• Physical: 12HP width, front panel mount
• Weight: 1.45 kg
• Compliance: IEC 380, IEC 435, BS 5850, BS 6301, VDE 0804, VDE 0806, UL 478, CSA 22.2
– Key Features
• Triple isolated output supplies support logic and relay-driven modules
• Power trading capability enables flexible output allocation across rails
• 4 kV galvanic isolation between input and output stages
• Compact 12HP form factor integrates into existing System 10/20 architectures
• Universal AC input eliminates regional power conditioning requirements
– Typical Applications
Systems requiring distributed power delivery to switching matrices, relay modules, and logic circuits within modular test platforms. Suited for automated test equipment (ATE) environments where multiple voltage rails must remain independently regulated under varying load conditions.
– Compatibility & Integration
Direct compatibility with Pickering System 10 and System 20 chassis (models 10-930-001, 10-934-001, 20-935-001, 20-936-001). Integrates with Pickering interface modules such as the 10-921 RS-232-C/IEEE-488.2 Interface Module to form complete switching systems.
