Name: S0F91A HPE Aruba X3A13 1600W Front to Back C15 Power Supply
Brand: HPE
SKU: S0F91A
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The HPE Aruba X3A13 1600W Front to Back C15 AC Power Supply delivers 1600 watts of power with a front to back airflow design. It uses a C15 AC connector and is intended for use in compatible HPE Aruba network devices, providing stable power for enterprise networking environments.

General Information
Brand	HPE
Condition	Refurbished

Technical Information
Input Voltage	AC (IEC C15 inlet)
Input Frequency	50/60 Hz
Output	12V DC
Max. Output Power	1600W
Hot Swappable	Yes
Redundant Support	Yes
Cooling Type	Active Fan
Modularity	Non-Modular
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, CE, FCC, UL, TUV, cULus

Product Description
The HPE Aruba X3A13 1600W Front to Back C15 AC Power Supply provides dedicated power delivery for compatible HPE Aruba network devices. Engineered to fit within the system chassis, it supports front to back airflow to maintain effective thermal management. This power supply unit is primarily used in enterprise networking environments where consistent and stable power is essential for network infrastructure. IT professionals and system administrators utilize this power supply to ensure continuous device operation. Key Features 1600W power capacity suitable for demanding hardware Front to back airflow direction to optimize chassis cooling C15 AC input connector matching standard power outlets Designed specifically for HPE Aruba systems compatibility Robust design supporting stable and continuous power delivery This power supply plays a critical role in maintaining uptime for HPE Aruba network equipment. Its airflow design contributes to effective system cooling, while its power rating supports the operational needs of enterprise hardware. Proper installation and compatibility ensure reliable network performance.

Use Cases
This power supply is typically deployed in data centers and enterprise network environments where HPE Aruba hardware is used. It is suitable for situations requiring steady power delivery and effective thermal management within network chassis. How It's Used: Installed in HPE Aruba switches or network devices requiring 1600W power Used in enterprise data centers needing consistent power supply units Deployed where front to back airflow is essential for cooling Integrated in network racks to maintain infrastructure uptime Replaced or upgraded in systems ensuring compatible power delivery The power supply supports the overall function and reliability of HPE Aruba network equipment by providing the necessary electrical power and airflow design. It contributes to maintaining system stability under typical enterprise workloads.

FAQ's
What devices are compatible with the S0F91A power supply? The S0F91A power supply is designed specifically for certain HPE Aruba network devices. Compatibility depends on the device model and hardware requirements matching the 1600W capacity and form factor. What does front to back airflow mean in this power supply? Front to back airflow indicates the direction in which air moves through the power supply, helping to cool the device chassis by pushing air from the front towards the back. What type of AC connector does the S0F91A use? This power supply uses a C15 AC input connector, which connects to standard power sources supporting this connector type. Can this power supply be used in non-HPE Aruba systems? The S0F91A is intended for use with compatible HPE Aruba hardware. Use with other systems is not supported and may not fit or function correctly. Is the 1600W power rating sufficient for typical Aruba network devices? The 1600W rating is suitable for the specific HPE Aruba devices designed to use this power supply, providing adequate power for normal operation under expected workloads. Does the airflow design impact system cooling? Yes, the front to back airflow design helps maintain optimal cooling by directing air through the chassis, reducing internal temperatures during operation.