ERM 1-220

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LEDs (Light Emitting Diodes) are powerful sources of light which have become increasingly popular in modern lighting systems due to their cost efficiency, long lifespans, and energy efficiency. While LEDs come in many sizes and shapes, one of the most common types is the ERM 1-220, a rectangular-shaped LED used in a wide range of commercial and industrial applications.

In order for an LED to be properly mounted and connected in an electrical system, it must be securely held in place by spacers, standoffs, and similar types of components. Using these components, engineers and technicians can mount LED components with precision and accuracy while making sure they stay in place regardless of the environmental conditions they may face.

The ERM 1-220 LED is designed to be used with standard-sized spacers and standoffs which are able to secure the LED tightly without damaging it. It is important to select a spacer and standoff which offers the necessary security while allowing easy and safe access to the LED’s terminals.

Spacers, also known as thermal expanders, are designed to keep heat away from the LED, avoiding damage or distortion due to the transfer of heat. Standoffs are utilized to keep the LED in the proper position and keep it from swaying due to shock and vibration.

Depending on the application, the spacers and standoffs used for the ERM 1-220 LED will vary in size. Generally, the most commonly used spacers have an outside diameter of 12mm and an inside diameter of 10mm, while the most common standoff will have a diameter of 8mm.

Once the spacer and standoff components have been properly secured, it is important to add the heat conducting silicon adhesive. This adhesive is applied directly onto the base of the LED and helps to transfer the heat out of the LED, ensuring that it operates without damage.

The ERM 1-220 LED is the perfect choice for any application requiring a powerful and cost-effective lighting solution. With the addition of the right spacers and standoffs, and the application of the appropriate heat-conducting silicon adhesive, the LED can be quickly and easily mounted to provide a high quality source of light for years and years to come.

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