TSM-105-02-G-DV-A-P

The TSM 105-02-G-DV-A-P is a solderable, single row rectangular connector consisting of two parts, a header and male pins, making it an ideal solution for wire-to-board applications. It is available in multiple sizes, pin configurations, and contact plating options, making it easy to customize the connector for a variety of applications. In addition, the connector features a secure yet easy-to-release locking mechanism, allowing for a secure connection.

Application field

TSM 105-02-G-DV-A-P connectors are often used in a wide range of industrial applications, such as industrial and transportation controls, communications systems,CNC machinery control, robotics, avionics, power generation and distribution. Additionally, they are suitable for use with a range of different materials, including automotive wire assemblies, electronic controls, wire harnesses, and other requirements with environmental protection and heavy vibration.

Working Principle

The TSM 105-02-G-DV-A-P header and male pins are connected via a secure but easy-to-release locking mechanism. This locking mechanism is designed to ensure a reliable and secure connection of the two parts. The locking mechanism is achieved by inserting the male pins into the female contacts on the header, giving the connection maximum contact and holding power. The locking mechanism also features a secondary locking sleeve which helps to provide additional strength and stability to the connection.

In addition to providing reliable connections, the TSM 105-02-G-DV-A-P is designed with multiple plating and finish options, making it suitable for use in harsh operating environments. The connector is available in various plating options, including gold, silver, and tin, as well as a variety of finishes such as matte, gloss, and black oxide.

The TSM 105-02-G-DV-A-P can be used in a variety of wire-to-board applications, making it an ideal solution for industrial, automotive, and other applications. This connector is designed to provide secure connections under all conditions, including in harsh environments and even in vicinity of corrosive chemicals. The connector is also designed to be robust enough to withstand shock and vibration for use in more extreme conditions.