1355526-2

Rectangular Connectors - Housings

1355526-2 application field and working principle are applicable in a variety of industries and applications, and can be used for data, control and power connections. They are widely used in the fields of industrial, medical, aerospace, military, robotics, transportation, and many other areas. 1355526-2 rectangular connectors and housings can be used for a variety of electrical and physical connections, such as assembly, testing, system level verification, and more.

Cable Connectors

The 1355526-2 rectangular cable connectors require a housing to provide a secure connection for electrical cables. These housings are typically made of durable materials such as thermoplastic, aluminum, and stainless steel. They are designed to provide strain relief to the cables, ensure high contact and interface protection, and reduce electromagnetic radiation. Additionally, these rectangular connectors are designed in compliance with the AMS and CE standards, ensuring they meet the necessary safety requirements.

Contacts

The 1355526-2 rectangular connector contacts are designed to meet a variety of electrical and mechanical requirements. These contacts are made of non-magnetic or conductive materials and can be either crimped or soldered to cables. Additionally, the contacts are designed with either flat or angled ends for reliable connections. The contacts also feature nickled, gold, or ultra-weld platings, depending on the application.

Safety Features

The 1355526-2 rectangular connectors provide various safety features to ensure reliable connections. The housings are designed to provide insulation protection in accordance with the UL safety standards. Additionally, the housings are designed with rounded edges to prevent accidental snagging of cables. Other safety features include anti-vibration mounts, grounding contacts, and locking mechanisms to prevent accidental disengagement of the cables.

Working Principle

The working principle of the 1355526-2 rectangular connectors relies on the principle of electrical flanges. During connection, the contacts of the connectors are inserted into appropriate sections of the housing. The contacts are then secured to the housing by twisting or locking the corresponding flanges. This allows for the cables to be connected securely and electrically, meeting the necessary electrical and mechanical requirements.