HPE S0F94A 

Aruba Networking X762 Back-to-Front Fan

The HPES0F94A Aruba Networking X762 Back-to-Front Fan is a Cooling fan  high-performance cooling solution designed to maintain optimal airflow and temperature control in enterprise-class networking environments. Specifically built for Aruba switches, this fan module ensures that critical infrastructure operates efficiently, even under demanding workloads. With its back-to-front airflow design, it aligns with data center cooling strategies that prioritize front-to-rear airflow containment for better efficiency.This fan is ideal for organizations running ArubaX762 networking platforms in data centers or enterprise IT environments where reliable, consistent cooling is essential. By ensuring proper heat dissipation, the HPES0F94A extends the longevity and stability of networking hardware, minimizing downtime and protecting investments.

Features

The ArubaNetworking X762 Back-to-Front Fan (S0F94A) delivers consistent and Cooling fan  reliable cooling performance to keep mission-critical switches operating within safe thermal ranges. It is engineered with intelligent airflow design, ensuring that hot air is efficiently expelled from the system to maintain balanced operating conditions.With tool-less installation and hot-swappable functionality, this fan module is simple to deploy and replace without interrupting service. It is optimized for high-density deployments and works seamlessly within standard rack-mounted environments. For IT administrators looking to ensure high availability and dependable thermal management, the HPES0F94A offers both reliability and efficiency in cooling performance.

Advanced Options

The HPE ArubaArubaS0F94A Back-to-Front Fan provides Cooling fan enterprise-grade cooling performance tailored to modern networking demands. Its airflow design supports effective thermal management in data centers where airflow direction is crucial for efficiency. By maintaining proper cooling levels, this fan reduces the risk of overheating, extends component lifespan, and ensures consistent system performance.