Name: 740-032091 Juniper 650W ATX Power Supply Stable Output
Brand: Juniper
SKU: 740-032091
Price: 233.00 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The Juniper 650W ATX Power Supply offers a 650-watt power output designed to meet the requirements of ATX-compliant network devices. It fits standard ATX form factors and is manufactured specifically by Juniper to ensure compatibility with their hardware platforms, providing stable and consistent power delivery.

General Information
Brand	Juniper
Condition	Refurbished

Technical Information
Input Voltage	AC 100-240V
Input Frequency	50/60Hz
Max. Output Power	650W
Hot Swappable	No
Redundant Support	No
Cooling Type	Active Fan
Modularity	Non-Modular
rail_design	Single 12V Rail
Number of Fans	1

Compatibility
Form Factor	ATX

Physical Characteristics
Weight	3.00

Certifications and Environmental
Assembly Required	No

Product Description
The Juniper 740-032091 is a 650W ATX power supply designed to deliver necessary power to compatible Juniper network devices. It is typically used in data center or enterprise networking environments where stable and consistent power is required for reliable operation. This power supply is intended for use by IT professionals and system administrators managing Juniper hardware, ensuring proper power delivery and system performance. Key Features 650W power capacity suitable for ATX standard devices Form factor compliant with ATX power supply specifications Manufactured by Juniper for compatibility with their systems Supports stable power output for network infrastructure Designed to fit within standard power supply mounting setups This power supply plays an essential role in providing the necessary electrical power to network devices, supporting operational stability and system uptime. Its compliance with ATX form factor standards allows for straightforward installation and replacement in the appropriate systems.

Use Cases
The Juniper 650W ATX Power Supply is commonly employed in enterprise networking environments where Juniper hardware is deployed. It suits data centers and IT facilities requiring dependable power for network switches or similar equipment. How It's Used: Powering Juniper network switches in data center racks Replacing existing power supplies in compatible ATX form factor devices Supporting stable operation of Juniper hardware in enterprise networks Providing backup power supply options for network infrastructure maintenance Installation by IT technicians managing Juniper equipment power systems This power supply serves the operational need for consistent power delivery in networking equipment, helping maintain system functionality and uptime. Its design aligns with standard ATX power supply requirements to simplify integration and replacement.

FAQ's
What devices is the Juniper 740-032091 power supply compatible with? The 740-032091 power supply is designed for Juniper network devices that require a 650W ATX power supply. Compatibility is specific to systems supporting the ATX form factor as provided by Juniper. What does the 650W rating indicate? The 650W rating specifies the maximum continuous power output the supply can deliver to the device. It reflects the power capacity available for connected hardware components. Is the Juniper 740-032091 a standard ATX power supply? Yes, this power supply conforms to the ATX standard form factor dimensions and electrical specifications, allowing it to fit in systems designed for ATX PSUs. Can this power supply be used in non-Juniper devices? Use in non-Juniper devices is not guaranteed as the power supply is manufactured specifically for Juniper hardware, and compatibility depends on form factor and power requirements. Are there specific installation requirements for this power supply? Installation requires a compatible ATX power supply slot and connectors as specified by the Juniper device. It should be installed by qualified personnel following hardware guidelines. Does this power supply support hot swapping? The provided information does not specify hot swap capability; therefore, it should not be assumed without further technical documentation.