1771752

1771752 Application Field and Working Principle

1771752 Heavy Duty Connectors are designed for exceptionally demanding, high-end applications such as military, aerospace, telecommunications and medical device markets. They are extremely robust connectors, designed to operate at a temperature range from -65 to +125°C, which makes them perfectly suited for harsh industrial environments. The heavy-duty construction and superior contact design guarantee maximum resistance to shock and vibration.

Moreover, the 1771752 heavy duty connectors provide maximum security with their improved resistance to dust and moisture, and provide superior protection against abuse or accidental mishandling. They include a wide range of sizes, shapes and configurations, with a comprehensive selection of inserts and modules to meet custom requirements.

Working Principle

The working principle of 1771752 heavy duty connectors is based on a mechanical coupling system that is combined with a special contact mechanism that provides excellent electrical connection. The mechanical connection consists of a male connector that is inserted into a female connector, while the electrical connection involves the use of a spring-loaded contact terminal. The contact mechanism is designed to provide a secure contact between the two connectors. The contact terminal is made of copper and is reinforced with a superior chrome finish for improved electrical reliability.

The 1771752 heavy duty connectors are designed to be highly reliable in extreme applications, providing operational safety and peace of mind for the end user. The connectors are constructed to maximize contact life, providing superior wear resistance and corrosion protection, while also providing exceptional noise immunity and shock and vibration protection. The connectors are designed with finely machined surfaces and superior contact design.

The 1771752 heavy duty connectors provide the highest possible security, making them extremely suitable for harsh industrial environments. These connectors offer superior resistance to shock and vibration, dust and moisture, and electromagnetic interference. The connectors also provide superior protection against abuse or accidental mishandling and maximum security with improved resistance to wear and corrosion.