Extreme Networks XN-ACPWR-750W-R

750 W AC Power Supply Module Back-to-Front Airflow

The Extreme Networks XN-ACPWR-750W-R is a robust, hot-swappable AC Power Supply module delivering 750 W of clean,reliable power to demanding ExtremeSwitching platforms. Designed with back-to-front airflow, it aligns with chassis cooling systems to maintain temperature control even in high-density deployments. Compatible with multiple Extreme switch families—including VSP 7400, SLX 9150, SLX 9250, X695, 8520, and 8720—the module ensures seamless integration and maintains network uptime with minimal disruption.

Features

This Power Supply module represents a critical component for high-performance network infrastructure, offering a hefty 750 W output suitable for PoE-heavy or high-throughput switch configurations. The back-to-front airflow design enhances chassis cooling, balancing heat distribution to complement internal fans and maintain optimal temperature thresholds The XN-ACPWR-750W-R is compatible with a wide range of ExtremeSwitching hardware, including VSP 7400, SLX 9150/9250, X695, 8520, and 8720 switches Thermally and electrically reliable, it's engineered for domains where continuity and performance are crucial. The module supports graceful hot-swappable replacement, enabling maintenance or upgrades while the system remains powered.

Advanced Options

Constructed with durable components suitable for enterprise environments, this unit provides efficient, uninterrupted power delivery. With safety and quality assurance fromExtreme Networks, it fits seamlessly into critical network systems requiring high wattage, dependable operation, and airflow consistency.The XN-ACPWR-750W-R Power Supply module is engineered to sustain high-demand network systems with unwavering reliability. Its 750 W capacity ensures ample power to support PoE-intensive or high-throughput workloads. The back-to-front airflow architecture meticulously partners with internal cooling systems to maintain thermal equilibrium and maximize equipment longevity under load