1 Modular design with 6 slots, supporting up to 1200W total output power

2 Wide input voltage range: 90~264VAC (47~63Hz) or 120~370VDC

3 High power factor: PF>0.95@230VAC, PF>0.98@115VAC at full load

4 High efficiency: up to 91% (typical) at full case load with H/K modules (24V/48V nominal)

5 Compliance with multiple safety standards: medical (2x MOPP between primary and secondary), ITE (UL62368-1, IEC60601-1 Ed.3.1, etc.)

6 Flexible output options: supports single output modules (5V@36A,12V@20A,24V@10A,48V@5A) and dual output modules (up to 240W per module)

7 Rich control functions: remote on/off, output voltage/current programming, remote sense, current sharing for parallel operation

8 Comprehensive protection: over temperature (auto-recover), overload (constant current limiting), over voltage (shut down and re-power to recover)

9 Compact size: 250×127×41mm (L×W×H), easy to install with M4 screws

10 Auxiliary power output: 5V@2A (front-end) and 5V@10mA (modules), plus DC OK and T-alarm signals

1 Industrial automation systems: power supply for PLCs, sensors, actuators requiring multiple DC voltages

2 Medical equipment: compliant with medical safety standards, suitable for diagnostic instruments and monitoring systems

3 Test and measurement instruments: stable and adjustable DC outputs for lab testing devices

4 Communication systems: reliable power for routers, switches, and base stations

5 Data centers: distributed power for server racks and network components

6 Industrial control panels: meets diverse power needs of control components

7 High-power applications: parallel operation via current sharing function for increased output capacity

1 Input voltage must match the specified range (90~264VAC/120~370VDC) to avoid damage

2 For output voltages below 12V, derate current to 90% rated value when ambient temperature is -15°C~-30°C

3 Use M4 screws with mounting torque of 7~10 Kgf-cm; do not exceed penetration depth

4 Fill blank slots with BLANK-NMS240 modules to ensure proper operation

5 For parallel operation: connect CS pins, ensure voltage difference <0.2V between modules, and do not exceed total power

6 Follow on/off control logic: global ON when RC1 is shorted to GND-P; local ON when RC2 is open

7 Ensure adequate ventilation for heat dissipation; over temperature triggers auto-shutdown

8 Do not overload modules beyond 240W or total system beyond 1200W

9 Refer to function manual for correct wiring of remote sense, programming, and alarm signals

NMP1K2-HCKHHK-00-PDF数据手册-参考资料