801-83-012-40-001101

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Rectangular connectors - headers, receptacles, and female sockets - are used extensively in the industrial, medical, telecom, and automotive industries. Taking 801-83-012-40-001101 as an example application field and working principle, this article outlines the features and uses of these components.

Design and Pins

Typical configurations have two or more rows of pins, with the number and arrangement of pins varying across different designs. For 801-83-012-40-001101, the pins are arranged into two rows, with 12 pins in each row. Due to the rectangular shape of the connectors, a good connection is guaranteed since the sides of the connector fit together, eliminating the need for additional locking mechanisms.

Materials

The body, contact leads, and insulation are typically made of copper and/or stainless steel. 801-83-012-40-001101 has a stainless steel body and copper contact leads, making it very durable and rust-resistant. The insulation is also made of thermoset plastic, ensuring the integrity of the electrical connection, even in high-vibration environments.

Purpose and Application

Rectangular connectors offer an easy-to-use, reliable connection when connecting two or more wires. 801-83-012-40-001101 is designed for use in high-voltage applications such as control panels, computers, telecommunications equipment, lighting fixtures, and specialized industrial machinery. It is also used in medical equipment, automotive equipment, and electrical wiring systems.

Working Principle

801-83-012-40-001101 utilizes the principle ofpin-and-socket arrangement. After the pins and receptacles of the connector are plugged in, the contact points create a tight electrical connection, allowing electricity to flow from one point to the other. The stainless steel body and copper contact leads effectively transfer and disperse the current, preventing cases of electrical shock or short-circuiting.

Safety

The high-temperature thermoset insulation in 801-83-012-40-001101 provides excellent protection against electric shock and short-circuiting. Additionally, the stainless steel body serves as a shield against mechanical stress and wear and tear. Furthermore, the connector is UL and CSA certified, ensuring that it meets all safety and performance standards for the application field.

Conclusion

When choosing a connector for a particular application, safety and reliability should be the main priorities. 801-83-012-40-001101 is a versatile, reliable solution for high-voltage applications; its pin-and-socket arrangement offers a secure connection, and its high-temperature resistant insulation and stainless steel body provide superior protection against electric shock and short-circuiting. Overall, this connector is highly recommended for medical, telecom, industrial, and automotive applications.

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