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YINGHUA

YINGHUA 500W Redundant PSU for PowerEdge R410 H318J MHD8J

SKU CH-0GSG-K58A8

500 W redundant power supply fits PowerEdge R410 servers using part numbers H318J or MHD8J

  • Designed for PowerEdge R410 server compatibility
  • 500W output supports redundant power configurations
  • Matches part numbers H318J and MHD8J for direct replacement
  • New condition ensures reliable server operation

Compatible 500W Redundant PSU for PowerEdge R410

This 500 watt redundant power supply replaces Dell part numbers A500E-S0, D500E-S0, H318J and MHD8J in the PowerEdge R410 server. It delivers 500 watts of continuous power with hot-swap redundancy to keep the system running if one module fails. The unit is new and built to the original form factor for direct installation.

Hot-swap redundancy removes

The redundant design lets administrators replace a failed module without shutting down the server, protecting uptime for critical workloads. Matching the listed Dell part numbers ensures the correct connector pinout and physical fit for the R410 chassis. Buyers who need higher wattage or a different server form factor should verify compatibility before purchase.

Highlights

  • Designed for PowerEdge R410 server compatibility
  • 500W output supports redundant power configurations
  • Matches part numbers H318J and MHD8J for direct replacement
  • New condition ensures reliable server operation

Specifications

No published specifications for this item yet.

Questions about this item

Does the redundant 500 W unit for the PowerEdge R410 have a user-replaceable fan or filter that will need periodic cleaning?

The redundant 500 W supply uses an internal fan cooled by the server chassis airflow; no user-serviceable fan or filter is exposed, so cleaning is limited to the system intake vents during routine server maintenance.

Under sustained full-load operation, will the 500 W redundant PSU hit its thermal limit or its current limit first?

At continuous 500 W draw the unit reaches its rated power ceiling before thermal throttling activates, so the current limit is the first constraint encountered.

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