DELL D500EPM-00 500W Power Supply Silver
A 500 W ATX power supply with one 6-pin, one 6+2-pin and two 4-pin +12 V connectors for Dell systems
- Product weight3
- Delivers up to 500 W continuous power for demanding systems
- Wide 100–240 V AC input works worldwide without a converter
- Includes one 6-pin, one 6+2-pin and two 4-pin +12 V connectors for GPU and CPU
- Cable lengths of 9.5, 11.5, 15 and 22 inches suit various case layouts
- Weighs 3.0000 kg for a solid, stable installation
Purpose and audience
This Dell D500EPM-00 is a 500 W power supply built for Dell desktop systems. It delivers AC input from 100 to 240 V and provides a maximum output of 500 W through the connectors listed below.
Who it fits and who it does not
It suits owners of compatible Dell workstations that require the specific 6-pin and 6+2-pin PCIe cables plus two 4-pin +12 V cables included here. Builders needing a standard 24-pin ATX main connector, an 8-pin EPS cable or any other plug not listed should look elsewhere.
Deciding specification
The unit supplies one 6-pin connector at 9.5 inches, a second 6-pin at 11.5 inches sharing a cable with the 6+2-pin at 15 inches, and two +12 V 4-pin connectors each at 22 inches.
How it compares
Measured against everything we stock in Electronic Translators & PDAs, at today’s prices. Recalculated every night.
- Price $113.99
- Cheaper than about 57% of the 129 comparable items (median $173.99).
Specifications
| Product | |
|---|---|
| Brand name | DELL |
| Model name | DELL-D500EPM-00 |
| Part number | DELL-D500EPM-00 |
Questions about this item
How much power can the 500W rating actually deliver to my components?
The unit is rated for a maximum continuous output of 500W across all rails combined.
What does the 100-240 V~/7 A 50/60Hz input mean for my wall outlet?
It accepts standard mains voltages worldwide from 100 V to 240 V at 50 Hz or 60 Hz without a voltage switch.
Will the 6-pin, 6+2-pin and 4-pin cables reach my motherboard and GPU in a mid-tower case?
Cable lengths are 9.5", 11.5", 15" and 22", so measure your component positions against those figures.
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