Name: 8008-3583 IBM Redundant Power Supply Module for 3583 Systems
Brand: IBM
SKU: 8008-3583
Price: 533.59 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The IBM 8008-3583 power supply module delivers redundant power support specifically for IBM 3583 storage systems. It is designed to fit seamlessly into the designated power supply slots of the 3583 series, providing backup power through a hot-swappable configuration. This module helps maintain system uptime by enabling power redundancy and allowing maintenance without interrupting system operations.

General Information
Brand	IBM
Condition	Refurbished

Technical Information
Input Voltage	DC
Hot Swappable	Yes
Redundant Support	Yes

Compatibility
Form Factor	Proprietary
Compatible For	IBM 3583

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No

Product Description
The IBM 8008-3583 redundant power supply module is engineered to provide backup power support for IBM 3583 storage systems. It is commonly deployed in data centers and enterprise storage environments where maintaining uninterrupted power supply is critical. IT administrators and data center technicians typically use this module to ensure system reliability and uptime. Key Features Compatible with IBM 3583 storage systems Provides redundant power to prevent system outages Hot-swappable design for maintenance without shutdown Designed to fit within IBM 3583 power supply bays Enhances overall system availability and operational continuity This power supply module plays an important role in maintaining the operational integrity of IBM 3583 storage arrays by supplying redundant power. It helps reduce the risk of data loss or downtime caused by power failures, supporting continuous data access and storage functions.

Use Cases
The IBM 8008-3583 power supply module is typically installed in enterprise data centers and storage environments using IBM 3583 systems. It benefits operations that require uninterrupted power to critical storage infrastructure where power redundancy is essential to prevent outages and maintain data availability. How It's Used: Provides backup power in IBM 3583 storage arrays Installed in data centers requiring high availability storage Used by IT teams to facilitate hot-swappable power supply replacement Supports environments with strict uptime and redundancy requirements Deployed in systems where data integrity depends on continuous power By supporting power redundancy and easy replacement, this module helps ensure that IBM 3583 storage systems remain operational during power supply failures or maintenance. It assists in minimizing downtime and protects data center operations against interruptions.

FAQ's
What system is the IBM 8008-3583 power supply module compatible with? The IBM 8008-3583 power supply module is compatible specifically with IBM 3583 storage systems. It is designed to fit the power supply bays of these systems to provide redundant power support. Can the 8008-3583 module be replaced without shutting down the system? Yes, the IBM 8008-3583 power supply module supports hot-swapping, allowing replacement without powering down or interrupting the IBM 3583 system. What is the purpose of a redundant power supply module in IBM 3583? The redundant power supply module provides backup power in case the primary supply fails, helping to maintain continuous operation of IBM 3583 storage systems and prevent outages. Does the 8008-3583 module improve system uptime? By enabling power redundancy and allowing hot-swappable replacement, the 8008-3583 module helps reduce downtime caused by power failures, contributing to higher system availability. Is the IBM 8008-3583 module designed for data center environments? Yes, it is intended for use in data centers and enterprise storage environments where IBM 3583 systems are deployed and power redundancy is critical. How does the IBM 8008-3583 fit within the IBM 3583 system? The power supply module is designed to fit into the designated power supply bays of IBM 3583 storage arrays, ensuring proper integration and power delivery within the system.