IBM System x3690 X5 Server Cooling Fan Assembly – Hot-Swap Fan Module

Model Name : IBM System x3690 X5

Brand : IBM

Key Features

Designed for IBM System x3690 X5 – fits server models with machine types 7147, 7148, 7149, and 7192.
Hot-Swap Fan Module – allows tool-less replacement without shutting down the server when used in redundant configurations.
Efficient Internal Cooling – helps maintain optimal internal airflow, reducing the risk of thermal throttling and shutdowns.
Server-Grade Component – reliable operation under continuous, high-load conditions typical in enterprise environments.
OEM-Compatible – engineered to meet original server cooling specifications.

30 Days Warranty
Condition : Refurbished

Buy Product

₹9,400.00

Description
Specification
Reviews

IBM System x3690 X5 server cooling fan — compatible with machine types 7147, 7148, 7149, and 7192.

This hot-swap server fan module delivers efficient airflow to maintain internal temperatures and help prevent overheating under heavy workloads.

Suitable replacement part for maintaining reliable server cooling and optimal data-center performance.

Frequently Asked Questions For IBM System x3690 X5 server cooling fan

Q: Which IBM systems does this fan fit?

A: It’s designed for the IBM System x3690 X5 series and is compatible with machine types 7147, 7148, 7149, and 7192.

Q: What does “hot-swap” mean for this fan?

A: A hot-swap fan can be replaced without powering off the server, provided there’s sufficient redundant cooling. The fan tray can be pulled and replaced using the server’s easy-access hot-swap cage.

Q: Why is the correct cooling fan essential?

A: Proper cooling maintains safe operating temperatures, helps prevent overheating, avoids thermal throttling or shutdowns, and supports overall server reliability — especially under heavy workloads or in dense rack environments.

Q: How do I remove the old fan in an x3690 X5?

A: According to the service guide, you release the fan cage assembly and slide the fan module out — replace with the new one quickly to avoid airflow interruption.