NShi
NShi RPS-500-48-C 499.2W 48V 10.4A Server Chassis
Delivers 48V at 10.4A with 94% efficiency and medical safety approval for BF-rated equipment
- Chassis TypeDesktop
- Medical-grade safety with 2×MOPP certification per IEC 60601-1
- Up to 94% efficiency reduces waste heat and running costs
- No-load draw below 0.5W via PS_ON control saves standby power
- Operates from -30°C to +70°C for harsh environments
- Class I and Class II EMI compliance simplifies system integration
Medical-grade power supply for server chassis
The NShi RPS-500-48-C delivers 499.2 W at 48 V and 10.4 A in a desktop-style server chassis. It is built for equipment that must meet strict medical safety standards and operate reliably across a broad temperature range.
Desktop chassis with Class I and Class II support
The unit fits a 5" by 3" footprint and accepts 80~264 VAC input. Medical safety approvals include 2 x MOPP per ANSI/AAMI ES60601-1 and IEC/BS EN/EN60601-1, with EMI compliance for both Class I (with FG) and Class II (no FG) designs. No-load consumption stays below 0.5 W via PS_ON control, and efficiency reaches up to 94%.
Replaces lower-efficiency or non-medical supplies
It upgrades systems that need 2*MOPP certification, leakage current under 220 uA, and EMC conformity to BS EN/EN55011 for BF-rated patient-contact equipment. The jump is worth it when your design requires -30~+70 °C operating range and the enclosed -C style mounting.
Highlights
- Medical-grade safety with 2×MOPP certification per IEC 60601-1
- Up to 94% efficiency reduces waste heat and running costs
- No-load draw below 0.5W via PS_ON control saves standby power
- Operates from -30°C to +70°C for harsh environments
- Class I and Class II EMI compliance simplifies system integration
Specifications
| Chassis Type | Desktop |
|---|
Questions about this item
What AC input range does the RPS-500-48-C accept?
The unit operates from 80 to 264 VAC, covering most global mains supplies without manual switching.
What footprint and mounting style does the enclosed -C model use?
It fits a 5 by 3 inch PCB footprint and is designed for desktop chassis mounting.
How do you enable the sub-0.5 W no-load mode on this supply?
Assert the PS_ON control signal; the low standby draw is only active when PS_ON is driven correctly.
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