ELM 3-1.200

ELM 3-1.200 are a type of light emitting diode (LED) spacers/standoffs which have many applications in both commercial and industrial settings. These spacers/standoffs have a diameter of 3mm and a total length of 1.200mm.

The primary purpose of using an ELM 3-1.200 spacer/standoff is to prevent or reduce the risk of damage to electrical or mechanical components due to impact and vibration. The design of the ELM 3-1.200 allows it to absorb and dissipate shock and vibration. This protects the components from the potentially damaging effects of a moving object hitting them.

Another reason to use ELM 3-1.200 spacers/standoffs is to protect the components from corrosive environments and/or hostile environment. The spacers/standoffs are made of high quality and durable materials which are resistant to wear and tear, as well as corrosion. This ensures that the components remain safe and secure, and are not affected by harsh conditions.

The main working principle behind the ELM 3-1.200 is its ability to absorb and dissipate shock and vibration. The design of the spacers/standoffs is engineered in such a way that when vibration is present, the material of the spacer/standoff will absorb the energy of the vibration and dissipate it away, leaving the electrical or mechanical components unharmed.

The ELM 3-1.200 can be used in many different applications, including in telecommunication systems, medical, automotive, and industrial machinery applications. In these applications, the ELM 3-1.200 can be used as an isolator to separate components from each other, thus preventing or reducing the risk of damage due to shock and vibration.

The ELM 3-1.200 is a great choice for a variety of applications, as it is cost effective, durable, and has a high level of performance. Its ability to absorb shock and vibration make it the ideal choice for many applications where components must be isolated from each other or protected from hostile environments.