ELVT11500E

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ELVT11500E Application Field and Working Principle

Terminal blocks – headers, plugs and sockets are the connection devices used in numerous electrical and industrial applications. In the sector of terminal blocks, it is vital to select the right device for each application in terms of technology, size, style, and material. ELVT11500E is one of the most commonly used blind mate terminal block, which provides an ideal solution for customer application.

ELVT11500E operates on a patented pitch 1.0mm (originated from LEMO) interface operating principle. This principle is so useful that the operation looks like a spring-loaded mechanism, where a simple touch of the user\'s finger can move the terminal block. This is mainly because the terminal block does not have any threads that need to be adjusted manually. It also makes the connection maintenance much easier.

No doubt, ELVT11500E, one of LEMO’s terminal block series, is ideal for blind mate operations because of its super small dimensions. Its smart design of one finger operation of insertion and removal enables its application in medical devices, industrial control, and communication systems. ELVT11500E is also easy to upgrade or modify, thus it is suitable for applications that require regular changes.

Besides, ELVT11500E series is resistant to vibration and shaking, which is more efficient and reliable in comparison with other terminal blocks, such as screw type terminal blocks. It can be used in a wide range of temperatures, between -55C and +125C degree, and meets the requirements of different industries, such as ISO9001, CQC product, UL Matel FIl and so on.

In conclusion, ELVT11500E is a unique and special terminal block series. It is suitable for various applications since it is equipped with a patented pitch 1.0mm interface operating principle. ELVT11500E is not only small, resistant to vibration and temperature, but also easy to upgrade and modify. It is easy to understand why it is increasingly used in medical, industrial control, and communication systems.

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