TMMH-106-04-S-5

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TMMH-106-04-S-5 connectors are a type of rectangular headers, male pins connectors. The male pins provide an ideal connection for solderless connections. These connectors are typically used in applications that require several poles and line types, such as motor controls, computer peripheral devices, and electronic instrumentation.

The main feature of the TMMH-106-04-S-5 connectors is their wire retention capability, which provides a secure connection with no need for soldering. This connection is achieved through the use of clip tails which are designed to simultaneously grip the wire and the connector crimp. The clip tail design also helps prevent damage to the insulation of fragile wires like ribbon cable.

The TMMH-106-04-S-5 connector is a three pole, 4mm spacing, 5mm insulation breaker pin type header with two mating positions. The terminal pins are plated with tin over copper alloy and the insulation is made from high temperature, color coded, wear-resistant polyamide. This connector has a wire range of 3 to 6mm and can support 4mm crimps.

In terms of performance, the TMMH-106-04-S-5 connector can handle up to 20A current at 250V AC. Moreover, its extended locking mechanisms ensure maximum contact retention, providing a secure connection with minimal risk of connection interruption. In addition, this connector is RoHS Compliant, meaning it has been tested for its electrical and environmental characteristics.

The working principle of the TMMH-106-04-S-5 connector is simple. The connector is mounted in the application with the incoming wires inserted in the connector. The clip tails are then placed on the insulation breaker pins and crimped. This creates a secure connection and locks the wires in place. The connector is then ready to use and a robust connection is maintained over time.

In conclusion, the TMMH-106-04-S-5 connectors provide an ideal solution for a wide variety of applications that involve multiple poles and wire types. This type of connector is reliable, cost-effective, and provides quick and secure connections with minimal risk of electric shock or disruption.

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