Name: 800-0017-50 HP 510W Hot-Pluggable Power Supply 100-240V 50-60Hz
Brand: HP
SKU: 800-0017-50
Price: 147.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The 800-0017-50 HP 510W Hot-Pluggable Power Supply delivers consistent electrical power to compatible HP servers, accommodating input voltages from 100 to 240 volts and frequencies between 50 and 60 Hz. Its hot-pluggable design enables replacement without system downtime, fitting into enterprise IT infrastructure requiring reliable power components.

General Information
Brand	HP
Condition	Refurbished

Technical Information
Input Voltage	AC
Input Frequency	50-60Hz
Output	12V
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

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No

Product Description
The HP 510W 100-240V 50-60Hz Hot-Pluggable Power Supply provides necessary electrical power for compatible HP server systems. Its hot-pluggable design allows system administrators to replace or install the power supply without powering down the system, minimizing downtime. This power supply is suitable for environments requiring flexible voltage input from 100 to 240 volts and supports the common frequency range of 50 to 60 Hz, accommodating various power standards globally. Typically used in enterprise data centers, this power supply serves IT professionals managing server hardware who need reliable power delivery within supported specifications. Key Features 510 watts power output suitable for specified HP systems Wide input voltage acceptance from 100 to 240 volts Compatible with 50 to 60 Hz alternating current frequency Hot-pluggable capability allows replacement without system shutdown Designed specifically for HP server hardware integration This power supply plays a critical role in maintaining continuous operation of HP servers by providing regulated power. Its hot-pluggable feature supports maintenance activities without impacting server availability, which is essential in business-critical environments.

Use Cases
This HP 510W power supply is commonly deployed in data centers and enterprise server environments where maintaining continuous power to HP server hardware is critical. It suits IT administrators managing server racks requiring flexible power input and hot-swappable components. How It's Used: Replacing failed power supplies in HP enterprise servers without system shutdown Supporting HP servers operating in regions with 100-240V power grids Installing in server configurations requiring 510W power capacity Maintaining power supply redundancy setups in critical server environments Facilitating power management in mixed-frequency (50-60Hz) electrical environments Overall, this power supply helps ensure consistent operation of HP servers by providing adaptable and serviceable power delivery. It is integral to minimizing downtime and supporting maintenance workflows in professional IT settings.

FAQ's
What voltage range does the 800-0017-50 support? The 800-0017-50 power supply supports an input voltage range from 100 to 240 volts, allowing it to operate in diverse electrical environments globally. Can this power supply be replaced without shutting down the server? Yes, the 800-0017-50 is hot-pluggable, meaning it can be removed and replaced while the server remains powered on, reducing downtime. What frequency ranges are compatible with this power supply? This power supply is compatible with alternating current frequencies from 50 to 60 Hz, covering common power standards worldwide. Is the 800-0017-50 designed for specific HP servers? The power supply is designed specifically for HP server hardware requiring 510 watts of power and compatible input specifications. What is the wattage rating of this power supply? The 800-0017-50 power supply provides a total output of 510 watts, suitable for powering designated HP server systems. Does this power supply support power redundancy configurations? This model can be used in systems that support redundant power supply configurations, helping to maintain continuous operation if one supply fails.