ELM 1-1.110

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LEDs have been widely used in applications such as automotive, industrial, medical, and consumer electronics. The ELM 1-1.110 represents the latest advancement in LED technology that provides high brightness and exceptional performance in a variety of conditions. The ELM 1-1.110 is a spacer, standoff, that is designed and engineered to enable the installation of larger and more powerful LEDs in challenging applications.

These standoff spacers feature a unique two-level design that uses two levels of contact tension and a patented locking mechanism to securely attach the LED to the base and to the mounting surface. The ELM 1-1.110 spacers are designed to provide superior performance when used in applications that require robustness and superior electrical and thermal contact between the LED and the mounting surface.

The ELM 1-1.110 spacers feature a self-aligning feature that allows the installer to attach the standoffs by hand rather than requiring complicated and tedious drilling and fastening processes, making the installation more efficient and secure. Additionally, the ELM 1-1.110 spacers are constructed from materials that are resistant to corrosion, oxidization, and other environmental conditions, giving them a long service life and superior reliability.

In terms of working principles, the ELM 1-1.110 stands out for its unique two-level contact tension design. The first level of contact tension uses a friction-sensitive material that provides a strong grip against the LED base when the LEDs are mounted. The second level of contact tension uses a patented locking mechanism that provides an additional level of stability and security.

The high strength of this design ensures that the standoffs remain securely attached to the LED base and to the mounting surface, even in tough and diverse applications such as outdoor lighting, industrial equipment, and medical devices. The secure connection also limits the amount of electromagnetic noise generated, further improving the performance and reliability of the LED applications.

Another key feature of the ELM 1-1.110 spacers is their ability to dissipate heat away from the LED base. This is achieved through the use of a heat-dissipating plate that is designed to draw heat away from the LED base and spread it evenly across the mounting surface. This ensures that the LED does not overheat or experience thermal stress, leading to better performance and longer LED life.

The ELM 1-1.110 spacers are designed and engineered to provide superior performance and reliability with a wide range of LED applications. Combined with their unique design, superior materials, and robust construction, the ELM 1-1.110 spacers are ideal for use in challenging and demanding conditions.

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