godream
godream 570W Redundant Power Supply C570A-S0 RXCPH FU100 VPR1M For PowerEdge R710 T610
570 W redundant ATX supply for PowerEdge R710 and T610 servers
- TypeATX
- 570 W output powers Dell PowerEdge R710 and T610 servers
- Redundant design keeps systems running if one unit fails
- ATX form factor fits standard server chassis slots
- New condition ensures full rated performance from first use
570W Redundant Power Supply for PowerEdge
This 570W redundant power supply is designed for Dell PowerEdge R710 and T610 servers. It provides hot-swap redundancy to maintain uptime if one module fails. The unit suits IT administrators who need reliable power for these specific rack and tower platforms. It is a new component intended for direct replacement in compatible systems.
ATX Redundant Power Constraints
The supply uses an ATX form factor adapted for redundant server chassis. It cannot be used in standard desktop ATX cases because the mechanical latch and connector layout differ. Buyers who need a single non-redundant unit for a workstation should look elsewhere. The 570W rating applies to the combined output of the redundant pair.
Fordele
- 570 W output powers Dell PowerEdge R710 and T610 servers
- Redundant design keeps systems running if one unit fails
- ATX form factor fits standard server chassis slots
- New condition ensures full rated performance from first use
Specifikationer
| Type | ATX |
|---|
Spørgsmål om denne vare
Should I choose the C570A-S0 or the VPR1M part number for my Dell PowerEdge?
Both part numbers identify the same 570W redundant unit built for the R710 and T610, so either code will fit your server.
What does the 570W rating actually deliver inside a PowerEdge R710?
It supplies up to 570 watts of continuous power to the R710 or T610 chassis, with hot-swap redundancy so the server stays running if one module fails.
Også på denne hylde
Kunderne har også sammenlignet disse
Samme hylde, samme kasse — otte mønter og 30 minutters kurslås.
Supermicro 2 kW Redundant Server Power Supply 80 Plus Titanium 12 V 166.70 A
- 120 V AC 230 V AC
- 96%



