Disipador HP Enterprise HPE 667268-001

The HPE 667268-001 heatsink/radiator is designed for efficient cooling of processors in HP Enterprise systems. It latches to the top of the processor and interfaces with the heatsink retaining latch on the system I/O board to provide stable, direct contact for heat dissipation. Constructed from durable materials, this part supports reliable thermal management and contributes to sustained system performance.

Advantages

The heatsink provides effective thermal transfer from the processor to the radiator assembly and is compatible with the system I/O board retaining latch, ensuring secure mounting. Manufactured to HP Enterprise specifications (MPN 667268-001), it offers durability and consistent performance under server workloads.

Suitable for

• Cooling processors in HP Enterprise servers that accept HPE 667268-001 compatible heatsinks
• Replacement of a worn or defective processor heatsink in supported HP Enterprise systems
• Server maintenance and thermal subsystem upgrades where the system I/O board uses a heatsink retaining latch

Key specifications

• Brand: HP Enterprise
• Manufacturer part number (MPN): 667268-001
• EAN: 5711045396076
• Type: Processor heatsink / radiator
• Mounting: Latches to processor and engages heatsink retaining latch on system I/O board

How to use

Power down the server and follow proper electrostatic discharge (ESD) precautions. Remove any existing heatsink according to the server service manual. Align the HPE 667268-001 so its retention features engage the processor and the heatsink retaining latch on the system I/O board, then secure it until the latch clicks into place. Reconnect any required cables or airflow guides and power on the system to verify normal operation and stable temperatures.

Recommendations

Install this heatsink only in systems specified by HP Enterprise for MPN 667268-001 compatibility. Use the server manufacturer's service manual for torque and installation procedures, verify thermal interface material is applied correctly, and monitor system temperatures after installation to confirm proper cooling performance.