Name: S1D14A HPE 850W 48V Port Airflow Power Supply Unit
Brand: HPE
SKU: S1D14A
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The S1D14A HPE 850W 48V Power to Port Airflow Power Supply Unit delivers 850 watts of power at a 48V output, designed specifically for HPE server hardware requiring port airflow cooling configurations. It is built to integrate seamlessly within HPE's power infrastructure, ensuring compatibility and proper system cooling.

General Information
Brand	HPE
Condition	Refurbished

Technical Information
Input Voltage	AC 100-240V
Input Frequency	50-60Hz
Output	48V
Max. Output Power	850W
Hot Swappable	Yes
Redundant Support	Yes
Cooling Type	Active Fan
Modularity	Non-Modular
rail_design	Single 48V Rail
Number of Fans	1

Compatibility
Form Factor	Proprietary

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No
Compliance Standards	WEEE, RoHS, CE, cULus

Product Description
The S1D14A HPE 850W 48V Power to Port Airflow Power Supply Unit is designed to deliver stable power within HPE server environments. It is engineered to support a 48V output at an 850W power capacity, tailored for systems requiring port airflow cooling. This power supply unit is typically used in data centers and enterprise server setups where reliable power management and proper airflow are critical. IT professionals managing HPE server infrastructure are the primary users of this component. Key Features 850W power output providing consistent power delivery 48V voltage specification suitable for designated server models Port airflow design aiding system cooling efficiency Compatibility with HPE server power supply form factors Engineered for integration in enterprise hardware environments This power supply unit plays a vital role in maintaining server uptime by ensuring the delivery of required power while supporting the system's thermal management through its airflow design. It is an essential component to consider for maintaining operational stability in HPE server arrays.

Use Cases
The S1D14A power supply unit is commonly deployed in enterprise server environments where HPE equipment is used. It suits data center operations requiring controlled airflow and reliable power delivery to support critical workloads. This unit benefits IT administrators tasked with maintaining system stability and cooling efficiency. How It's Used: Powering HPE servers configured for port airflow cooling Supporting 48V power requirements in data center racks Replacement or upgrade in existing HPE power supply units Enabling continuous operation in enterprise computing environments Integration into HPE server arrays for power management This unit functions as a vital energy source within HPE server systems, contributing to both power delivery and thermal regulation. Its design aligns with the operational needs of enterprise IT infrastructures, facilitating sustained and controlled hardware performance.

FAQ's
What voltage output does the S1D14A power supply provide? The S1D14A power supply provides a 48V output, designed to meet specific voltage requirements in compatible HPE servers. Is the S1D14A compatible with all HPE servers? The S1D14A is compatible with HPE server models that support port airflow power supplies and require an 850W 48V unit, but it is not universally compatible with every HPE server. What does port airflow design mean for this PSU? Port airflow design indicates the unit is engineered to align with the server’s airflow direction through the power supply ports, aiding in effective heat dissipation. Can the S1D14A PSU be used as a replacement part? Yes, it can serve as a replacement in HPE servers that originally utilize the 850W 48V port airflow power supply configuration. What is the power capacity of the S1D14A unit? This power supply unit delivers a power capacity of 850 watts, suitable for the power demands of compatible server systems. Does the S1D14A support hot-swapping? The provided information does not specify hot-swap capability, so this should not be assumed without further verification.