HPE S0F92A

Aruba X3A13 12 V DC 1600 W Back-to-Front C15 AC Power SupplyUnit

The HPE ArubaX3A13 12 V DC 1600 W Back-to-Front C15 AC Power Supply (model S0F92A) is a high-efficiency,hot-swappable power injection module designed for Arubanetwork switches. Delivering a robust 1600 W output at 12 V DC, this power supply ensures consistent and reliable performance even under peak load. Its back-to-front airflow design aligns with modern rack cooling infrastructures, optimizing thermal efficiency in data center environments. The compact, plug-in form factor enables seamless integration and simplified hot-swap maintenance—ideal for enterprises and service providers demanding high availability and minimal downtime.

Features

Engineered for enterprise-grade deployments, the S0F92A model provides high-density power support tailored for Aruba CX-series modular switches (e.g., CX 9300-32D, CX 9300S-32C8D) . With its back-to-front directional airflow, the module supports efficient thermal dissipation that matches prevailing data center cooling strategies, thereby reducing strain on adjacent components and enhancing overall system lifespan The module employs an IEC C15 AC input, providing compatibility with higher-temperature-rated power cords whereas the internal conversion delivers stable 12 V DC to power switch components. The design is compact—measuring roughly 1.5 in × 2.2 in × 15.5 in (H × W × D) and weighing approximately 1.2 kg (2.65 lb)—providing a space-efficient, rack-friendly profile.

Advanced Options

As a plug-in module, the unit supports hot-swapping for serviceability without disrupting network operations. This facilitates high availability and modular scalability in mission-critical environments.The HPE ArubaS0F92A power supply delivers enterprise-class reliability critical for high-density networking environments. Its 1600 W output capability accommodates peak power demands from modern mix of PoE, SFP, or high-speed Ethernet modules. The back-to-front airflow facilitates consistent cooling, aligning with common data center strategies and minimizing potential thermal stress. Combined with hot-swappable functionality, it allows on-the-fly replacement without interrupting network services—boosting uptime in redundant power architectures.