Name: 159663-001 Compaq Redundant Power Supply for SAN Switch Backup
Brand: Compaq
SKU: 159663-001
Price: 197.00 USD
Availability: InStock
Rating: 4.8 (129 reviews)

Product Overview
The 159663-001 Compaq redundant power supply serves as a backup power source for SAN switches, ensuring continuous operation in storage network environments. It fits specific Compaq SAN switch models and features a hot-swappable design to allow easy replacement without disrupting system uptime.

General Information
Brand	Compaq
Condition	Refurbished

Technical Information
Input Voltage	AC
Input Frequency	50Hz,60Hz
Hot Swappable	Yes
Redundant Support	Yes
Cooling Type	Active Fan
Number of Fans	1

Compatibility
Form Factor	Proprietary
Compatible For	Compaq SAN Switch

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No

Product Description
The 159663-001 Compaq redundant power supply is engineered to provide backup power for storage area network (SAN) switches. It is typically used in data center environments where maintaining uninterrupted network operations is critical. IT administrators and data center professionals use this power supply to reduce the risk of downtime caused by power failures. Its design allows for seamless integration with compatible Compaq SAN switch systems, supporting operational continuity through immediate power redundancy. The hot-swappable feature enables replacement or maintenance without shutting down the connected equipment. Key Features Redundant power supply unit specifically for SAN switch applications Supports continuous power to prevent network interruptions Hot-swappable for maintenance without downtime Designed to fit compatible Compaq SAN switch hardware Ensures system reliability in critical data center environments This power supply plays a vital role in maintaining the operational stability of SAN networking devices. By providing backup power, it helps safeguard data accessibility and network integrity in environments that demand high availability.

Use Cases
The 159663-001 Compaq redundant power supply is commonly deployed in enterprise data centers and server rooms where SAN switches require consistent power to maintain storage network connectivity. It benefits environments with critical workloads that cannot tolerate power interruptions. How It's Used: Provides backup power for Compaq SAN switches in data centers Supports uninterrupted storage network operations during power events Enables hot-swapping to replace power supplies without downtime Used by IT teams managing enterprise SAN infrastructure Integrates into redundant power architectures for enhanced reliability This power supply contributes to the overall resilience of storage networks by minimizing the risk of power-related failures. It is a key component in maintaining continuous data access and network stability in critical IT environments.

FAQ's
What devices is the 159663-001 power supply compatible with? It is designed specifically for use with compatible Compaq SAN switches, ensuring proper fit and functionality within those systems. Can this power supply be replaced without shutting down the system? Yes, the 159663-001 features a hot-swappable design, allowing replacement without interrupting the operation of the SAN switch. What is the primary function of this redundant power supply? Its main role is to provide backup power to the SAN switch, maintaining continuous operation during power failures or primary supply issues. Is this power supply suitable for non-Compaq SAN switches? The 159663-001 is specifically made for Compaq SAN switches; compatibility with other brands is not supported or recommended. Does this unit come with installation instructions? While specific instructions are not provided here, installation typically involves inserting the unit into the designated power supply bay in the SAN switch according to Compaq guidelines. What environment is ideal for using this power supply? It is intended for use in enterprise data centers or server rooms where SAN switches require reliable power redundancy.