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Small silver heatsink with fin array and mounting clips

Ruth's sister

Ruth's sister 6DMRF R510 internal power cable

SKU CH-1S8H-SNQF7

CPU heatsink compatible with NX3100 and Powervault Commodore 2.0 systems

  • Compatible with NX3100 and Powervault Commodore 2.0 systems
  • Supports R510 and R515 model numbers for flexible deployment
  • 6DMRF and 06DMRF part references ensure correct fit
  • Tested and confirmed working before dispatch
  • Small heatsink design suits compact server builds

Small CPU Heatsink for Specific Servers

This compact heatsink is designed to cool the processor inside Dell PowerVault NX3100 and Commodore 2.0 storage servers. It serves administrators who need a direct replacement cooler for those exact chassis. Builders working on other platforms or custom loops cannot use this unit.

Passive Aluminium Fin Stack

The cooler relies on forced airflow from the server’s own chassis fans rather than an integrated fan. Under normal server loads the aluminium fins dissipate heat without adding acoustic noise of their own. Power draw is effectively zero because no motor is present on the heatsink itself.

Proprietary Mounting for NX3100 and Commodore 2.0

Installation uses the original retention hardware already present in the target servers so no extra brackets or back-plates are required. The low-profile design leaves surrounding memory slots and expansion bays unobstructed. Compatibility is limited to the listed models; other systems will not accept the mounting pattern.

Highlights

  • Compatible with NX3100 and Powervault Commodore 2.0 systems
  • Supports R510 and R515 model numbers for flexible deployment
  • 6DMRF and 06DMRF part references ensure correct fit
  • Tested and confirmed working before dispatch
  • Small heatsink design suits compact server builds

Specifications

No published specifications for this item yet.

Questions about this item

How is the 6DMRF R510 heatsink installed on the NX3100 system board, and what step is often missed?

Align the heatsink mounting holes with the CPU socket retention frame, apply thermal compound if the original pad is worn, then secure the captive screws in a diagonal pattern; the step often missed is re-engaging the retention lever fully before tightening the screws.

What maintenance will the 6DMRF R510 heatsink need after extended use in a Powervault Commodore 2.0?

Periodically remove dust from the fin stack with compressed air and inspect the thermal interface material; if temperatures rise, clean the old compound and apply a fresh thin layer before reseating the heatsink.

What thermal limit appears first when the 6DMRF R510 heatsink runs under sustained load in an R510 server?

The small fin surface area saturates quickly, so the CPU hits its throttling temperature before the heatsink can dissipate the full load, especially if chassis airflow is restricted.

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