ELM 3-1.035

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ELM 3-1.035 is part of the ELM range of components, which is used in a wide range of applications such as industrial automation, communications and vehicle electronics. This component is a spacer or standoff, mainly used for the spacing, insulation and support of PCBs (printed circuit boards). It is commonly used to ensure that components or devices mounted on the PCB have access to the correct operating temperature and to keep the board at a safe distance from other components or devices.

The ELM 3-1.035 has a dimensions of 3 mm x 1.035 mm, the thread length is 6.35mm and the spacer type is round. It is made of anodized aluminum, a robust and durable material, which is resistant to corrosion and has a high thermal conductivity. The component is suitable for use in high temperature environments, as the aluminum is an effective heat conductor, ensuring that heat is efficiently dissipated.

The ELM 3-1.035 has two main working principles. Firstly, it allows components and devices mounted on the PCB to be kept apart from other components and devices, which helps to reduce noise and interference from other circuits. Secondly, its aluminium construction is an effective heat conductor and helps to dissipate heat away from the components and devices, thus improving the overall performance and reliability of the application.

The component is compatible with a variety of types of PCBs and mounting structures, making it suitable for a wide range of applications. It is also available in a variety of lengths and sizes to suit different applications. Furthermore, it is also available with a range of accessories such as mounting clips, standoffs and washers, which help to provide a secure, consistent and reliable mounting surface.

The ELM 3-1.035 is a highly functional component which is suitable for a wide range of applications. Its robust construction and easy installation make it an ideal component for industrial and vehicle electronics. Its insulation and heat-dissipation properties ensure the safe and effective operation of components and devices in high temperature environments, while its compatibility with various types of PCBs and mounting structures make it a versatile component for a range of applications.

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