770-BFGM Dell 2U Sliding Rail Kit

770-BFGM Dell 2U Sliding Rail Kit Overview

The 770-BFGM Dell 2U Sliding Rail Kit is an essential accessory designed specifically for EMC PowerEdge R760 servers. This rail kit facilitates efficient server installation and maintenance, ensuring secure mounting while optimizing access to hardware components. With its robust construction and smooth sliding mechanism, it is ideal for enterprise data centers and IT infrastructure setups.

Compatibility with EMC PowerEdge R760

One of the standout features of the 770-BFGM rail kit is its seamless compatibility with the EMC PowerEdge R760. Designed to fit the unique specifications of this server model, the rail kit ensures precise alignment and secure mounting. This compatibility eliminates the need for additional adapters or modifications, providing a hassle-free installation experience.

Specifications of the 770-BFGM Rail Kit

• Form Factor: 2U, suitable for medium-to-large scale server configurations.
• Sliding Mechanism: Allows for smooth and full-extension sliding for easy server access.
• Material: Constructed from high-grade steel for durability and stability.
• Weight Capacity: Supports the weight of fully loaded PowerEdge R760 servers.
• Installation Type: Tool-less rail system for quick and secure setup.

Benefits of Using the Dell 2U Sliding Rail Kit

Implementing the 770-BFGM Dell 2U Sliding Rail Kit in your IT setup offers numerous advantages, enhancing both operational efficiency and server management.

Enhanced Accessibility

The sliding rail mechanism allows administrators to access the server effortlessly without the need to dismount it from the rack. This feature is particularly beneficial for routine maintenance, upgrades, and troubleshooting, reducing downtime and effort.

Space Optimization

By securely mounting the PowerEdge R760 servers, the rail kit helps in organizing data center space efficiently. Its 2U form factor ensures compatibility with standardized rack setups, making it an ideal choice for scalable infrastructures.

Durability and Stability

Crafted from high-quality materials, the 770-BFGM rail kit offers long-lasting performance. Its robust design ensures that the server remains stable even during high workloads or in environments with considerable vibrations.

Tools Required

The 770-BFGM rail kit features a tool-less installation design. However, for added stability, optional tools such as screwdrivers may be used for securing additional mounting points.

Applications of the Dell 2U Sliding Rail Kit

The 770-BFGM rail kit is suitable for a variety of IT environments, catering to different operational needs.

Data Centers

In large-scale data centers, the 770-BFGM rail kit simplifies server management, enabling quick access and maintenance of EMC PowerEdge R760 servers.

Small to Medium Businesses

For SMBs, the rail kit provides a cost-effective solution for organizing and securing IT infrastructure, ensuring efficient use of space and resources.

High-Performance Computing

The rail kit is ideal for high-performance computing environments, where quick access to server hardware is crucial for minimizing downtime.

Comparison with Other Dell Rail Kits

770-BFGM vs. 1U Rail Kits

The 770-BFGM is designed for 2U servers like the PowerEdge R760, offering greater weight capacity and stability compared to 1U rail kits, which are better suited for smaller servers.

770-BFGM vs. Static Rail Kits

While static rail kits provide a fixed mounting solution, the sliding functionality of the 770-BFGM offers superior accessibility and ease of maintenance.

Environmental Considerations

The 770-BFGM rail kit is designed with environmental considerations in mind, adhering to Dell’s commitment to sustainable IT solutions.

Recyclable Materials

The rail kit is made from recyclable materials, reducing its environmental footprint at the end of its lifecycle.

Energy Efficiency

By facilitating organized server setups, the rail kit contributes to efficient airflow in data centers, promoting better cooling and energy efficiency.