10132449-1411GLF

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The 10132449-1411GLF is a type of rectangular connector-headers, male pins. It is widely used in cold temperature environment and feature a 2.00 mm pitch, dual row design with a locked header and a mating side locking feature.

The 10132449-1411GLF consists of two parts, the header and the pin. The header is pre-mounted with drilled holes into the printed circuit board and is the connection between the PCB and the pin. The pin is typically crimped to a wire, and is inserted into the header. The header and pin are locked together creating a secure connection that is able to withstand high-current applications and vibration.

The 10132449-1411GLF has a high mated height of 8.20 mm and a maximum current rating of up to 12.3 amps. It also features an interference-resistant design with a top and bottom header housing and has an operating temperature range of -40 to +105°C.

The key features of the 10132449-1411GLF include an insulation resistance of at least 5,000 MΩ between mated pairs, a voltage rating of up to 250VAC, and a cost-effective solution for cold temperature environments.

The working process of the 10132449-1411GLF creates connections between wires in a user assembled environment. The process consists of three main steps: assembly, mating and termination. First, the user assembles the part into a printed circuit board or substrate. Second, the individual parts are pushed into the header with an insertion tool. Third, the user crimps the pin to the wire and inserts it into the header. Finally, the user terminates the connection by tightening the screw locks.

In conclusion, the 10132449-1411GLF is a rectangular connector-headers, male pins. It is ideal for high-current applications and cold temperature environments. The part has a dual row design, a locked header, and a mating side locking feature, and features a cost-effective solution for cold temperature environments. The part has a working process consisting of three main steps: assembly, mating and termination, which creates connections between wires in a user assembled environment.

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