Name: UP957 Dell 670W Redundant Power Supply for PowerEdge 1950 Servers
Brand: Dell
SKU: UP957
Price: 152.41 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The Dell UP957 is a 670W redundant power supply designed to support Dell PowerEdge 1950 servers. It delivers backup power to maintain system uptime by replacing the primary power source in case of failure. This unit is specifically compatible with the Dell PowerEdge 1950, ensuring appropriate fit and function.

General Information
Brand	Dell
Condition	Refurbished

Technical Information
Input Voltage	AC 100-240V
Input Frequency	50Hz,60Hz
Output	12V
Max. Output Power	670W
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	PowerEdge 1950

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No
Compliance Standards	RoHS, CE, FCC, UL, cULus

Product Description
The Dell UP957 is a 670-watt redundant power supply designed for use with Dell PowerEdge 1950 servers. This component supplies reliable power to help maintain continuous server operation by providing backup power in case the primary supply fails. It is typically used in data centers or server rooms where minimizing downtime is critical. IT professionals and system administrators rely on such power supplies to ensure their Dell PowerEdge 1950 servers remain operational during power disruptions. Key Features 670W power output tailored for PowerEdge 1950 servers Redundant design to support continuous server uptime Compatibility limited to Dell PowerEdge 1950 models Maintains power stability and system reliability Designed for easy installation within server chassis This power supply plays a vital role in data center operations by providing a backup electrical source that prevents unexpected server shutdowns. Its integration helps sustain the availability of the PowerEdge 1950 server in environments where consistent performance is required.

Use Cases
The Dell UP957 power supply is typically deployed in enterprise data centers and server rooms where Dell PowerEdge 1950 servers operate. It is suited for environments requiring high availability and uninterrupted server operation, such as business-critical applications and centralized computing. How It's Used: Providing backup power in Dell PowerEdge 1950 servers during primary power failures Supporting redundancy setups to reduce server downtime in data centers Ensuring continuous operation for business applications hosted on PowerEdge 1950 Replacing faulty or aging power supplies in existing PowerEdge 1950 installations Maintaining power stability in environments with sensitive workloads Overall, this power supply contributes to the resiliency of server environments by enabling failover power support. It serves a critical role in preserving operational continuity for Dell PowerEdge 1950 servers under varying electrical conditions.

FAQ's
Which server model is the UP957 compatible with? The UP957 power supply is compatible specifically with Dell PowerEdge 1950 servers. It is designed to fit and function within this model's power infrastructure. What is the power output rating of the UP957? The UP957 delivers a power output of 670 watts, which supports the power requirements of the Dell PowerEdge 1950 server. What does “redundant power supply” mean for UP957? It means the UP957 can serve as a backup power source that activates if the primary supply fails, ensuring continuous server operation. Can the UP957 be used in servers other than PowerEdge 1950? The UP957 is designed exclusively for Dell PowerEdge 1950 servers and is not specified for other server models. Is special installation required for the UP957? The UP957 is designed for straightforward installation within the PowerEdge 1950 server chassis and generally does not require additional configuration. Does the UP957 help improve server uptime? By providing redundant power, the UP957 aids in maintaining server uptime during power supply failures, reducing unexpected shutdowns.