IPL1-104-01-F-S-RE1-K

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IPL1-104-01-F-S-RE1-K is a rectangular connector, with headers and male pins, commonly used in electric circuits and machinery. It is suitable for a wide range of applications, such as connections with instruments, sensors, controllers, amplifiers, motors, and other electric components. This connector is designed with wire-to-discrete connections in mind, allowing for rapid and easy installation.

The IPL1-104-01-F-S-RE1-K rectangular connector features an insulation displacement connector (IDC) design. This type of connection is made by pressing the wire into the connector\'s contacts, with no need for crimping, soldering, or additional insulation. The IDC design allows for low resistance connection and is appropriate for lower-voltage applications.

The contact arrangement consists of two parallel rows of pins and two rows of headers. The pins are divided into two types, male and female, with the male pins having an inner diameter of 2.2mm and an outer diameter of 2.54mm. The headers are divided into two types, male and female, with a spacing of 2.54mm. The pins are surrounded by an insulation tube, in which the wires are inserted. The insulation tube is made of polyimide, which is resistant to temperatures up to 200°C.

The working principle of the IPL1-104-01-F-S-RE1-K consists of two steps. First, the insulation displacement connector (IDC) is used to make a connection. The wire is simply pressed into the contact or header, making contact with the metal pins inside and completing an electrical circuit. Second, the two rows of pins and the headers mate together, creating a strong mechanical bond between the two connections. This ensures a secure connection and minimizes vibration and movement.

In conclusion, the IPL1-104-01-F-S-RE1-K rectangular connector is a reliable, efficient, and easy-to-install solution for connecting instruments, sensors, controllers, amplifiers, and other electrical components. With the IDC design and the two rows of pins, the connector ensures a strong connection, has low electrical resistance, and is compatible with a wide range of temperatures. It is an ideal solution for various industrial and commercial applications.

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