ELM 7-105

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LED spacers and standoffs, like the ELM 7-105 model, are used mainly in automotive and aviation industries to protect delicate electronic components from the vibration and shock caused by engine operations. These components are essential for the functioning of any electronic system, and thus require protection from mechanical forces.

The ELM 7-105 model is designed for use in demanding automotive and aviation environments, where vibration and shock can cause irreparable damage to delicate electronic components. The spacer is made from a steel core with a thermoplastic outer shell, which gives it superior mechanical strength and stability. The standoffs are designed with an aluminum sleeve and a rubber insert, which makes them resilient to vibration and shock.

In order to ensure proper functioning in vibration- and shock-prone environments, the ELM 7-105 model features an advanced dampening system. This system absorbs and disperses mechanical energy before it has a chance to reach the delicate electronic components, thus preventing damage to them. This makes the spacers and standoffs reliably perform in both automotive and aviation industries.

The working principle of the ELM 7-105 model is fairly simple. When the electronic system is exposed to vibrations or shock, the rubber insert of the standoffs absorbs the energy and transmits it to the thermoplastic outer shell of the spacer. This transmits the energy to the steel core of the spacer, which dissipates the energy and prevents it from reaching the sensitive electronic components.

Apart from providing superior mechanical strength and stability, ELM 7-105 model also ensures that delicate electronic components remain unharmed in vibration and shock-prone environments. This makes it the ideal solution for aerospace, automotive, and other industrial applications.

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