ELM 5-1.180

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LED spacers, standoffs, and other components are components that provide structural support for LEDs and the accompanying electronics. ELM 5-1.180 is a design from ELM that is engineered for LED applications. This article will cover the application fields and working principle of the ELM 5-1.180.

The ELM 5-1.180 is designed specifically for the mounting and support of LED components and PCBs. The design features a heat sink baseplate, heat sink fins, locking nut, and PCB standoffs. The baseplate has multiple openings for attaching the fins and housing for the locking nut. The fins are then secured into place with the locking nut.

The fins of the ELM 5-1.180 are designed to increase thermal efficiency. The fins act as a heat spreader and allow the heat to be dissipated to the environment more quickly. The heat sink baseplate is also designed to transfer the heat efficiently to the fins. The locking nut allows for extra security and stability of the fins.

The PCB standoffs are designed to improve the structural integrity of the LED components and the accompanying electronics. The standoffs are made of metal and are designed to be mounted directly onto the PCB. The metal standoffs are slightly taller than the PCB and provide a cushion between the components and the PCB. This helps to reduce the vibration and shock of the components and to ensure a secure and reliable connection to the PCB.

One application field of the ELM 5-1.180 is automotive lighting. Automotive lighting is a hazardous environment, so the ELM 5-1.180 provides a reliable mounting solution for LED components and PCBs. The fins and baseplate help to improve the thermal efficiency of the lights, allowing them to function more reliably and efficiently. The PCB standoffs also provide extra protection for the components and increase their structural integrity.

Another application field of the ELM 5-1.180 is industrial lighting. This includes harsh outdoor conditions, such as wind and rain, so the extra protection and stability of the standoffs and heat sinks help to ensure that the lights continue to function reliably. Additionally, the improved thermal efficiency of the lights helps to ensure their longevity, reducing maintenance costs and downtime.

The working principle of the ELM 5-1.180 is simple. When the fins and baseplate are attached to the LED components and PCB, the heat is transferred to the fins and dissipated quickly. The locking nut provides extra security and stability and the PCB standoffs provide a cushion between the components and the PCB. This improves the structural integrity of the components and helps to ensure a reliable connection.

In conclusion, the ELM 5-1.180 offers a reliable and efficient mounting solution for LED components and PCBs. The design features a heat sink baseplate, heat sink fins, locking nut, and PCB standoffs, which help to increase the thermal efficiency of the components and provide extra protection and stability. Automotive and industrial lighting are two application fields for the ELM 5-1.180 and the working principle is simple and effective.

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