SOLC-105-02-L-Q-A-K

SOLC-105-02-L-Q-A-K is a rectangular connector elements of headers, receptacle, and female sockets. It is widely used in industrial equipment such as remote sensing devices, medical devices, government security devices, and laser contour sensors. The connector housing is made of nickel plated brass, while the mating pin is made of gold plated brass. It provides reliable connection, and is easy to install.

The connector is characterized by polarization, which prevents misalignment. The anti-corrosion feature allows it to work in harsh environment. The double wave spring ensures high insertion performance and reliable contact between the mating parts. Furthermore, it has a robust design, and can withstand impact and vibration. The product is RoHS compliant, and provides superior electrical insulation to prevent shorting and sparking.

The SOLC-105-02-L-Q-A-K features a 12-pin layout. It has a current rating of 13 A per pin, and an insulation resistance of 1000 mΩ. It has a rated voltage of up to 1500V DC, and a dielectric strength of 2000V AC/1min. The working temperatures range from -25°C to +125°C. The connector has two locking points, which provide a secure connection. The lead spacing of the terminals is 0.6 mm.

In terms of working principle, the connector works in a simple way. When two mated parts are assembled, the raised section of the extraction frame latches onto the insertion frame. This creates a “snap” sound, indicating that the connection is in a completed state. Further, the two sides are pressed tightly to ensure a reliable connection. It is designed to prevent disconnection due to vibrations and external shock.

To conclude, the SOLC-105-02-L-Q-A-K connector is a reliable element for headers, receptacles, and female socket applications requiring high levels of performance and reliability. It has a robust design, and offers superior corrosion resistance. The connector features a polarized design that prevents misalignment, and its double wave spring ensures a secure connection even in harsh environments.