Name: DPS-1000JB Delta 1080W Gold Power Supply for EqualLogic PS6100
Brand: Delta
SKU: DPS-1000JB
Price: 181.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The DPS-1000JB Delta 1080W Gold Power Supply is engineered to supply efficient and stable power to EqualLogic PS6100 storage arrays. It fits within data center infrastructure requiring a durable power source with a gold efficiency rating, manufactured by Delta to meet specific power requirements of this storage series.

General Information
Brand	Delta
Condition	Refurbished

Technical Information
Input Voltage	AC 100-240V
Input Frequency	50/60Hz
Output	12V
Max. Output Power	1080W
Efficiency Rating	80 Plus Gold
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	EqualLogic PS6100

Physical Characteristics
Weight	3.00

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

Product Description
The DPS-1000JB is a 1080W power supply module specifically designed to provide power to the EqualLogic PS6100 storage arrays. It ensures consistent and efficient power delivery within enterprise storage environments where the PS6100 series is deployed. This power supply is typically used in data centers and IT infrastructures utilizing EqualLogic PS6100 units, supporting continuous operation for storage workloads. IT professionals managing storage hardware benefit from its compatibility and energy-efficient design. Key Features 1080W power capacity suitable for EqualLogic PS6100 arrays Gold-level efficiency rating reduces energy consumption Designed and manufactured by Delta Electronics Supports hot-swappable installation in compatible systems Optimized for stable and reliable power delivery in storage applications This power supply plays a critical role in maintaining the operational stability of EqualLogic PS6100 storage units by ensuring they receive adequate and efficient power. Its design aligns with enterprise needs for energy management and hardware reliability in storage environments.

Use Cases
The DPS-1000JB power supply is primarily deployed in enterprise storage environments utilizing EqualLogic PS6100 arrays. It is suited for data centers and IT operations managing heavy storage workloads where uptime and power efficiency are important. How It's Used: Installed as a replacement or spare power supply for EqualLogic PS6100 units Used in data centers to support continuous operation of storage arrays Employed in environments aiming to optimize power consumption with gold-rated efficiency Integrated into server rooms with EqualLogic PS6100 hardware requiring reliable power backup Facilitates maintenance by supporting hot-swappable functionality in compatible systems This power supply ensures that the EqualLogic PS6100 storage systems operate within their required power parameters, contributing to overall system reliability and reducing energy costs in enterprise IT setups.

FAQ's
What storage system is the DPS-1000JB compatible with? The DPS-1000JB power supply is designed specifically for use with the EqualLogic PS6100 storage arrays, ensuring compatibility and proper fitment. What does the Gold efficiency rating mean? The Gold efficiency rating indicates that the power supply operates with improved energy efficiency compared to standard units, reducing power waste and consumption. Can the DPS-1000JB be hot-swapped in the PS6100? Yes, this power supply supports hot-swappable installation, allowing replacement without powering down the storage array. Who manufactures the DPS-1000JB power supply? Delta Electronics manufactures the DPS-1000JB, known for producing power supply solutions for enterprise equipment. What is the power output of the DPS-1000JB? The DPS-1000JB provides 1080 watts of power, sufficient for the operational needs of the EqualLogic PS6100 arrays. Is the DPS-1000JB suitable for energy-conscious data centers? Yes, its Gold efficiency rating makes it suitable for data centers seeking to optimize energy consumption while maintaining power stability.