ELM 2-1.145

ELM 2-1.145 is an LED light-emitting diode spacer, standoff, and securing device. It is a versatile and cost-efficient lighting solution for a wide range of applications. This article examines the application fields and working principles of ELM 2-1.145.

Applications

ELM 2-1.145 is primarily used in machine vision, building and landscape lighting, medical instrumentation and display panels. The device is an excellent choice when a reliable existing installation is desired, eliminating the need to drill, fill or fasten additional supports. When used in digital signage, ELM 2-1.145 provides an efficient light distribution and increased visibility. ELM 2-1.145 is also ideal for applications requiring waterproofing and long-term durability.

Working Principle

ELM 2-1.145 is designed for dual purpose as a spacer and secure mounting device. Its two components, a flexible thread and a pressure or friction-mounting base, are designed to simplify installation process without excessive fastening. The flexible thread gives the spacer and standoff a great stability and strength when mounted to a rigid surface. In addition, the thread ensures an even and secured distribution of the LED light. The base of the ELM 2-1.145 employs pressure or friction-mount technology providing a reliable secure and waterproof containment.

The device has a service life of over 50,000 hours and is available in three waterproof grades, MS IP67, MS IP65, and MS IP54. The ELM 2-1.145 is designed for the use of low-voltage LEDs, not exceeding 12 VDC. With a current rating of 0.25 amps, the ELM 2-1.145 is capable of illuminating up to 3 square meters of area under ideal and even light distribution. The device is available in standard lengths and can be custom cut to fit custom applications.

Conclusion

The ELM 2-1.145 provides an efficient and reliable solution for applications needing LED spacer, standoff and securing device. The device\'s flexible thread and pressure/friction-mount base technology guarantees a secure and waterproof installation, while its long-term durability and low-voltage use makes it optimal for many applications.