FOLC-140-01-S-Q-LC

The FOLC-140-01-S-Q-LC is an industrial-grade rectangular connector header/receptacle. It is typically used for automated assembly and robotics applications. It features a galvanized steel housing, a phosphor bronze contact, and high-temperature thermoplastic. With a rated current of 8a and a maximum voltage of 300VAC, it offers reliable protection in high-temperature, high-current applications.

The FOLC-140-01-S-Q-LC is well-suited for a variety of applications. Its reliable and rugged design is ideal for quickly connecting peripherals like motion and automation controllers, actuators, sensors, and more. Additionally, it is designed to meet IEC standards for temperature, voltage, insulation, and performance, making it a reliable and safe solution for a variety of applications.

In terms of design, the FOLC-140-01-S-Q-LC features a one-piece contact, which is a way to make a more reliable connection. The contact is designed to come into contact with the pitch or female socket only at the point at which the contact resists. This limits the amount of wear and tear and increases the reliability of the connection.

The FOLC-140-01-S-Q-LC also features a phosphor bronze contact which is strong, durable, and highly conductive. The contact is corrosion-resistant and offers superior electrical and thermal conductivity. This is important in high-temperature and high-power applications as it helps to prevent heat buildup in the contacts.

In terms of operation, the FOLC-140-01-S-Q-LC is fairly straightforward. To connect two components, the header and receptacle are connected with screws for a strong, secure connection. The screw connection is usually insulated to prevent shorts and ensure a reliable connection. Once the two components are connected, the contact pins can be plugged into the appropriate female socket. This completes the connection and ensures that the electrical current is flowing correctly.

In conclusion, the FOLC-140-01-S-Q-LC is a reliable and robust rectangular connector, well-suited for a variety of applications. Its robust design and reliable current allows it to provide reliable power for high-temperature and high-power applications. Additionally, its one-piece contact and phosphor bronze contact ensure a reliable connection and prevent wear and tear.