1617004-6 Uncategorized

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1617004-6 is the designation of a connector system standardized by the International Electrotechnical Commission (IEC). The system was first published in 1993, gained widespread usage thanks to its robustness and simple structure, and has become the recognized industry standard in many applications.

Commonly referred to as the 16-pin connector system or the 6-pole system, the 1617004-6 is applicable to any low-voltage situation where both safety and robustness are required. It can be found in a wide variety of industries, ranging from industrial controls to telecommunications, computer systems, consumer electronics, and digital media.

The 1617004-6 system is composed of two major components: a locking female component which houses the male plug, and a male plug which enables connection to other devices. The female element contains eleven contact pins arranged in a single line, while the male plug consists of a 6-pole contact pin head which provides the necessary mechanical and electrical contacts.

The 6-pole contact pin head is designed to ensure that a secure connection is made between the two components. It works in conjunction with the female element to ensure that the connection remains tight and secure. The 1617004-6 system also utilizes a contact-designation system, which is designed to prevent it from being mixed up with the other types of connectors used in the same application.

As well as providing safety and robustness, the 1617004-6 system also offers the advantages of easy installation, simple maintenance, and cost effectiveness. This is due to its simple construction, and the fact that it consists of two components that can be easily connected and disconnected without the need for special tools or skills.

In summary, the 1617004-6 system is a widely-used labeling and connector system that provides the safety, robustness, and cost efficiency required in many applications. Its simple design, easy installation, and low maintenance make it the ideal choice for a variety of low-voltage applications.

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