Name: S0F92A HPE Aruba X3A13 1600W C15 AC Power Supply Back-to-Front
Brand: HPE
SKU: S0F92A
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The HPE Aruba X3A13 power supply delivers 1600 watts of power with a back-to-front airflow design, optimized for use with HPE Aruba networking devices. It features a C15 AC input configuration, aligning with data center power standards to support stable and consistent operation.

General Information
Brand	HPE
Condition	Refurbished

Technical Information
Input Voltage	AC (100-240V)
Input Frequency	50 Hz,60 Hz
Max. Output Power	1600W
Hot Swappable	Yes
Redundant Support	Yes
Cooling Type	Active Fan
rail_design	Single 12V Rail
Number of Fans	1

Compatibility
Form Factor	Proprietary
Compatible For	HPE Aruba X3A13

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No
Compliance Standards	WEEE, RoHS

Product Description
The HPE Aruba X3A13 1600W Back to Front C15 AC Power Supply is engineered to provide stable and consistent power to HPE Aruba networking devices. It is typically utilized in data centers and enterprise network setups where efficient power management is critical. This power supply features a back-to-front airflow design, optimizing cooling within rack-mounted systems and ensuring proper thermal management. IT professionals managing HPE Aruba equipment rely on this component to maintain continuous network operations. Key Features 1600 watts power output suitable for high-demand network devices Back-to-front airflow supports efficient heat dissipation in rack environments C15 AC input configuration compliant with common data center power standards Compatibility specifically tailored for select HPE Aruba switches Robust build quality designed for consistent power delivery This power supply plays a crucial role in maintaining the operational stability of enterprise networking hardware. Its design supports integration into standard rack setups and helps ensure that network infrastructure receives uninterrupted power.

Use Cases
This power supply is primarily used in enterprise data centers and network deployments utilizing HPE Aruba switches. It is designed for environments requiring dedicated, reliable power sources with specific airflow characteristics to maintain thermal efficiency. How It's Used: Providing 1600W power to HPE Aruba switches in enterprise network racks Supporting back-to-front airflow cooling strategies in rack-mounted systems Integrating with data center power infrastructure via C15 AC input Replacing or upgrading existing power supplies in HPE Aruba networking equipment Ensuring consistent power delivery in high-density networking environments Overall, this power supply serves as a fundamental component in maintaining network uptime and performance by delivering appropriate power and supporting airflow requirements for HPE Aruba devices.

FAQ's
What devices are compatible with the S0F92A power supply? The S0F92A is designed specifically for HPE Aruba networking equipment. Compatibility is limited to certain Aruba switch models requiring a 1600W back-to-front power supply. What does the C15 AC power input mean? C15 refers to the IEC 60320 C15 connector type, which supports higher temperature and current ratings, commonly used in data center power supplies like this one. How does the back-to-front airflow design affect installation? The back-to-front airflow directs hot air out the rear of the device, matching standard data center cooling configurations and ensuring proper heat dissipation in rack environments. Can this power supply be used in non-Aruba devices? This power supply is intended for HPE Aruba equipment. Using it in non-compatible devices is not supported and may lead to incompatibility issues. What power output does the S0F92A provide? The S0F92A delivers 1600 watts of AC power to support demanding networking hardware within enterprise environments. Is this power supply hot-swappable? Information about hot-swapping is not provided with this product specification, so users should refer to device documentation for proper handling.