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

2 Multiple output module options: single output (NMS-240:5V/36A,12V/20A,24V/10A,48V/5A) and dual output (NMD-240:30V/5A each)

3 Complies with medical (ANSI/AAMI ES60601-1 Ed.3.1) and ITE (UL62368-1) safety standards

4 Wide input voltage range:90~264VAC or 120~370VDC

5 Advanced functions: remote sense, output voltage/current programming, current sharing for parallel operation

6 Flexible control: global ON/OFF and local ON/OFF for each module

7 Comprehensive protection: overload, overvoltage, overtemperature

8 Stable performance: low ripple/noise, high line/load regulation

9 High efficiency (up to 91% for certain modules)

10 TTL-level alarm signals: DC OK (output status) and T-Alarm (overtemperature warning)

1 Medical equipment: diagnostic devices, monitoring systems, treatment instruments

2 Industrial automation: control systems, PLCs, motor drives

3 Test and measurement instruments: laboratory equipment, signal generators

4 Communication systems: base stations, routers, switches

5 Data centers: server racks, storage devices

6 Embedded systems: custom electronic devices with multiple power needs

7 Parallel operation setups: high-power LED lighting, industrial heaters

1 Ensure the shorting connector (RC1 to GND-P) is assembled if global ON/OFF control is not used

2 Correctly connect +S/-S pins for remote sense to compensate voltage drop

3 For parallel operation: connect CS pins, keep output voltage difference <0.2V between modules, avoid PC function

4 Derate output current as per the curve when ambient temperature exceeds limits

5 Follow global/local ON/OFF logic (open for ON, short for OFF for local control)

6 Adjust voltage/current via PV/PC pins only within specified ranges

7 Ensure proper grounding and insulation during installation

8 Do not exceed total power limit of 1200W

9 Regularly check for loose connections and overheating

NMP1K2-CEKKCK-00-PDF数据手册-参考资料