ERM 1-1.140

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ERM 1-1.140 Application Field and Working Principle

ERM 1-1.140, commonly known as LEDs - Spacers, Standoffs, are a type of technology used in the assembling of LED components. They are used to provide structural support, as well as provide electrical connections between two parts in an LED lighting system. This technology is an integral part of LED system designs and provides the necessary structural support for LED products.

The ERM 1-1.140 design consist of an LED holder and an aluminum spacer, which acts as an electrical insulator and also provides additional structural support. The LED holder is designed to recess within the spacer, allowing for the LED to be attached to the aluminum spacer. On the other side of the spacer, a contact pin is inserted into the LED holder, which provides an electrical connection between the LED and the spacer. The contact pin allows for the LED to be inserted into the LED holder, while providing an electrical connection between the LED and the spacer.

In order to attach the LED to the aluminum spacer, the LED holder needs to be recessed into the spacer. This is done by using an insertion tool, which works by pushing the LED holder into the aluminum spacer. Once the LED holder is fully inserted, it needs to be secured to the spacer with an adhesive. This adhesive is often referred to as an epoxy, and provides an electrical connection between the LED and the spacer.

Finally, the LED holder needs to be insulated from the aluminum spacer with a special insulation layer. This insulation layer is often referred to as an IR reflecting film, which helps to prevent excess heat from damaging the LED and the spacer. The insulation layer helps to ensure that the LED doesn\'t experience any electrical shorts due to contact with the aluminum spacer.

The ERM 1-1.140 technology is used in a variety of applications, such as automotive lamps, LED flashlights, and stage lighting. This technology is highly reliable and perfect for any application where an LED component needs to be securely connected to the aluminum spacer. Moreover, it has been designed to perform reliably and last for a long time.

In conclusion, ERM 1-1.140 is a reliable and effective technology for LED component assembly. This technology is used for a variety of applications and provides the necessary structural support and electrical connection for LED products. The design consists of an LED holder and an aluminum spacer, which both provide the necessary electrical connection and structural support for the LED components. Moreover, this technology has been designed to perform reliably and last for a long time.

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