NMB Technologies Next-Gen High Performance 40mm Server Fans

Introduction

The NMB Technologies Next-Gen High Performance 40mm Server Fans are engineered for optimal cooling performance in high-demand environments. With impressive specifications, these fans are designed to meet the rigorous needs of modern data centers and server applications.

Part Description

The NMB Technologies 04056EA model features a compact design with dimensions of 40mm x 40mm x 56mm. Operating at a rated voltage of 12V, these fans can achieve speeds of up to 40,000 RPM. Compared to previous models, they offer a 15% increase in speed, a 24% increase in airflow, and a 20% boost in static pressure. The fans are built with a three-phase motor technology and precision-machined ball bearings, ensuring low vibration and increased efficiency for a long operational life. They are also constructed from UL 94V-0 rated materials, making them suitable for a wide range of applications.

Applications

• Data centers
• Servers
• Power supplies
• Networking equipment
• Telecom systems
• Robotics

Industries

• Information Technology
• Telecommunications
• Robotics and Automation
• Data Management
• Electronics Manufacturing

Usage Ideas

1. Server Cooling System: Integrate the 40mm server fans into a custom-built server rack to enhance cooling efficiency and maintain optimal operating temperatures for critical hardware.
2. Robotic Cooling: Utilize these fans in a robotics project where heat dissipation is crucial, ensuring that motors and processors remain cool during operation.
3. Telecom Equipment: Design a telecom cabinet that incorporates these fans to improve airflow and prevent overheating of sensitive communication equipment.

Conclusion

The NMB Technologies Next-Gen High Performance 40mm Server Fans are a vital component for anyone looking to enhance cooling solutions in high-performance environments. With their advanced features and robust design, these fans are ideal for a variety of applications across multiple industries, ensuring reliability and efficiency in demanding conditions.