Name: 00RY499 IBM 674W Power Supply for Storage Systems Reliable
Brand: IBM
SKU: 00RY499
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (129 reviews)

Product Overview
The IBM 00RY499 674W Power Supply for Storage System provides dedicated power output specifically designed for compatible IBM storage units. It fits within IBM storage system form factors and supports stable operation by delivering consistent 674W electrical power required for storage hardware function.

General Information
Brand	IBM
Condition	Refurbished

Technical Information
Input Voltage	AC 100-240V
Input Frequency	50/60 Hz
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
Compatible For	IBM proprietary storage enclosures (compatible models vary by chassis/series)

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No

Product Description
The IBM 00RY499 is a 674W power supply unit intended for use with specific IBM storage systems. It provides the necessary electrical power to operate storage hardware efficiently within data center or enterprise environments. This power supply is typically utilized by IT professionals managing IBM storage solutions that require reliable power components. Designed to fit into compatible IBM storage chassis, this power supply supports system uptime by maintaining consistent energy delivery. Key Features 674 watts power capacity tailored for storage hardware IBM-manufactured to meet system compatibility standards Designed specifically for IBM storage system integration Supports stable and continuous power delivery Form factor compatible with designated IBM storage units This power supply plays a crucial role in ensuring stable operation of IBM storage systems by providing adequate and regulated power. It is an essential replacement or upgrade component for maintaining system integrity in storage environments.

Use Cases
The IBM 00RY499 power supply is typically used in enterprise or data center environments where IBM storage systems operate. It benefits IT administrators who manage storage infrastructure needing dependable power components to support continuous storage operations. How It's Used: Replacing faulty or aging power supplies within compatible IBM storage systems Providing power in IBM storage arrays deployed in data centers Supporting storage systems in enterprise IT environments requiring stable power delivery Integrating into existing IBM storage hardware setups to maintain operational uptime Used by maintenance teams servicing IBM storage infrastructure Overall, this power supply supports the operational stability and uptime of IBM storage hardware by supplying consistent power tailored to the system's requirements. Its role is fundamental in maintaining power integrity and system functionality.

FAQ's
What storage systems is the IBM 00RY499 power supply compatible with? The IBM 00RY499 power supply is designed for use with select IBM storage systems. Compatibility depends on the specific model of the storage hardware as designated by IBM. What is the power output of the IBM 00RY499? This power supply delivers 674 watts of power, suitable for providing stable electrical power to compatible IBM storage components. Is the IBM 00RY499 a hot-swappable power supply? The product information does not specify hot-swap capability. Installation procedures should follow IBM storage system guidelines. Can the 00RY499 power supply be used in non-IBM storage systems? This power supply is intended for IBM storage systems and compatibility with other systems is not supported based on the provided information. What form factor does the IBM 00RY499 have? The IBM 00RY499 power supply is designed to fit the form factor requirements of the designated IBM storage systems, ensuring proper integration and fit. Does the IBM 00RY499 support redundant power configurations? The provided details do not confirm support for redundancy. Configuration depends on the storage system design.