86094187113760SULF

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Backplane Connectors - DIN 41612 offer a wide range of dynamical solutions and electrical interconnects for any telecommunications system. Designed to meet the ever-increasing demands of point-to-point backplane interconnects, DIN 41612 Backplane Connectors provide greater current sharing capability, improved noise immunity, and improved withstand resistance to temperature variations and changes in humidity. With its many features, the Profibus system has become an important application for any telecommunications or industrial control system.DIN 41612 is a section of round, modular-configurable interconnects that are beneficial for any type of high-speed, high-current, and low-voltage applications. Due to its ability to deliver high current and low voltage in a stable and consistent manner, the 86094187113760SULF is an ideal choice for backplane interconnects in applications such as PLC, robotics, or fiber optical systems.The 86094187113760SULF is a multi-pin connector that is compliant with the latest industry standard DIN 41612 Class C or C3-m. It has a durable, robust housing and comes in a variety of styles including panel mount, surface mount, and right-angle mount. It has an environmentally sealed and integral shrouding design that provides improved dirt protection and dustproof contacts while it is also rated up to 7A in the 5V DC range.The main application field of the 86094187113760SULF is in the industrial fields, where the electrical connection needs to be reliable in order to guarantee a steady flow of power to complex and sensitive equipment. As one of the most versatile connectors available, this DIN 41612 backplane connector is being used in a variety of industries for a range of applications, due to its ability to transmit data electrically between different devices and cable harnesses. Including access control systems, security monitoring systems, industrial control systems, medical imaging equipment, POS systems, and Automated Machine Control (AMC).The 86094187113760SULF Backplane Connectors – DIN 41612 offers an affordable solution. The connector has an ideal fitment for any type of backplane interconnects and offers an effective interface for a reliable electrical connection. It features an anodized aluminum alloy housing that ensures a good mechanical stability and superior corrosion resistance. The contact elements are made of high quality material that guarantees a secure and consistent connection even under high vibration and shock conditions.The 86094187113760SULF Backplane Connectors – DIN 41612 is designed to work in a variety of environmental conditions including extreme temperatures, exposure to dirt, dust, and high humidity. For electrical contact resistance, the contact pins are gold plated for superior conductivity. Additionally, it is designed to be highly reliable and be able to work in an intense environment.The working principle of the 86094187113760SULF Backplane Connector – DIN 41612 involves a multi-step process. First, the key contacts of the connector are inserted into the backplane. Then, the lances of the backplane connector are tightened to secure it in place. Once the connector is in place, an electrical connection is established through the conductor pins that form part of the connector. The pins make an electrical connection between the individual contacts of the backplane and the attached board. The connection can then be monitored by the processor to ensure the integrity of the system.In conclusion, the 86094187113760SULF Backplane Connectors and DIN41612 class is a versatile and reliable solution for any high-speed and high-current applications. Its mechanical stability, corrosion resistance, high temperature operation, and reliable connections make it an ideal choice for many industries. Its working principle is based on a multi-step process that involves inserting the key contacts into the backplane and tightening the lances to secure it in place. This way, a reliable electrical connection is ensured between the individual contacts of the backplane and the attached board.

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