Name: 335892-001 HP 575W Redundant Power Supply for ProLiant DL380 Server
Brand: HP
SKU: 335892-001
Price: 71.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The 335892-001 HP 575W redundant power supply is designed for HP ProLiant DL380 servers, offering 575 watts of power with redundancy support. It features hot-swappable capability and a form factor compatible with the ProLiant DL380 server series, ensuring continuous power delivery and ease of maintenance.

General Information
Brand	HP
Condition	Refurbished

Technical Information
Input Voltage	100-240VAC
Input Frequency	50/60Hz
Output	12V
Max. Output Power	575W
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	ProLiant DL380

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No

Product Description
The 335892-001 HP 575W redundant power supply is engineered to provide reliable power delivery to HP ProLiant DL380 servers. It is designed to maintain system uptime by offering redundancy, which allows the server to continue operating even if one power supply fails. This power supply unit typically finds use in data centers and enterprise environments where uninterrupted server operation is critical. IT administrators and system integrators managing HP ProLiant DL380 servers benefit from its reliable power support. Key Features Provides 575 watts of power tailored for ProLiant DL380 servers Redundant design supports continuous operation during power supply failure Supports hot-swappable installation for quick replacement without shutting down the server Manufactured by HP specifically for compatibility with the DL380 server family Standard form factor for easy integration into existing server setups This power supply plays a crucial role in maintaining server availability by minimizing power-related downtime. Its redundancy and hot-swap capabilities make it suitable for environments demanding consistent power delivery to critical hardware.

Use Cases
The 335892-001 HP 575W redundant power supply is typically deployed in enterprise data centers and IT environments using HP ProLiant DL380 servers. It supports workloads requiring consistent power and minimal service interruptions. How It's Used: Providing backup power in HP ProLiant DL380 server configurations to prevent outages Enabling hot-swappable power supply replacement during maintenance without server downtime Supporting critical business applications running on ProLiant DL380 servers Integrating into redundant power setups to enhance server reliability in data centers Facilitating quick recovery from power supply failures in enterprise environments This power supply supports the operational continuity of servers by delivering redundant power. Its role ensures that critical IT infrastructure remains powered and accessible during hardware service or failure scenarios.

FAQ's
What servers is the 335892-001 power supply compatible with? The 335892-001 power supply is compatible specifically with HP ProLiant DL380 server models. It is designed to fit and operate within this server family. What does redundant power supply mean in this context? Redundant power supply refers to an additional power unit installed to provide backup power in case the primary supply fails, maintaining continuous server operation. Can this power supply be replaced without shutting down the server? Yes, the 335892-001 supports hot-swappable installation, allowing replacement while the server remains powered on. How much power does the 335892-001 supply provide? This power supply delivers 575 watts to support the ProLiant DL380 server's power requirements. Is the 335892-001 compatible with non-HP servers? This power supply is designed specifically for HP ProLiant DL380 servers and may not be compatible with other servers. What form factor does the 335892-001 use? The power supply uses a form factor compatible with HP ProLiant DL380 servers, allowing straightforward integration into these systems.