T1M-03-GF-RA-TR

Rectangular Connectors - Headers, Male Pins, are widely used in many different types of electrical and electronic applications. The T1M-03-GF-RA-TR is no exception to this, offering unique benefits to a wide range of applications with its innovative design.

The T1M-03-GF-RA-TR is a 3-pin header with male pins. It is designed for use in applications such as industrial machines, industrial computers, robots, medical equipment, etc. The pins are of the 2.54 mm pitch which is the same as used in common PCB boards. It is constructed from electro-less-nickel plated copper alloy which offers high electrical performance, high conductivity and durability in harsh environments.

The pins are connected using a unique elastic interface technology which ensures superior contact between the pins, as well as increased reliability and stability. This technology also ensures a lower electrical contact resistance, especially when connecting multiple pins. The pins also feature a “grip-ring” which is designed to firmly secure the connection. This ensures that the connection will not come loose when exposed to vibrations.

The design of the T1M-03-GF-RA-TR offers a wide variety of applications due to its unique features. It is especially suited to applications which require a reliable and stable connection. The pins have a higher current carrying capacity than traditional connectors and are ideal for use in industrial machinery, robot arms, medical equipment, etc. The design also makes it suitable for use in harsh environments such as factories and on oil rigs.

The working principle of the T1M-03-GF-RA-TR connector involves the connection of the male pins, using an elastic interface technology. This ensures a robust connection with increased reliability and stability. The pins are then firmly secured using the “grip-ring” which locks them in place and prevents them from becoming loose when exposed to vibrations. This ensures a reliable connection for the life of the product.

The T1M-03-GF-RA-TR connector is designed for use in a wide variety of applications. It offers a reliable connection which is highly durable and independent of other components. It also offers improved current carrying capacity and stability when compared to traditional designs. This makes it ideal for industrial machinery, medical equipment, robots, and other applications which require reliable and stable connections.