Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

1106429-7 Heavy Duty Connectors - Housings, Hoods, Bases

The 1106429-7 heavy-duty connector is a standard multi-pin connector designed to meet the needs of harsh environmental conditions. With a unique single lens design, this connector provides superior protection and a better mechanical and electrical seal in extreme temperatures, harsh chemicals, vibration, humidity and moisture.

The 1106429-7 connector has two main components: the housing and the base. The housing is the body of the connector and contains a number of protruding pins. It also includes a strain relief clip to ensure that the pins remain in their positions during operations. The base is the part that attaches to the wire. It is designed to provide secure and reliable connections between the wiring and the connector.

Construction

The 1106429-7 connector is constructed from high-grade materials designed to withstand the harsh conditions found in industrial and military applications. The connectors are machined from steel, brass, aluminum, nickel-plated aluminum, stainless steel, nylon, and many other materials to ensure a tight, secure fit. Additionally, the connectors are coated with Dry Film lubricant to further protect against corrosion and maintain a long service life.

The connector is comprised of electrical contacts, which are filled with a conductive material. The contact material is usually either silver-plated copper, copper alloy, or copper-plated steel. For higher voltage applications, copper-covered, aluminum, or silver-coated contacts can be used. The contacts and contact areas are selected to provide maximized electrical efficiency, with minimum noise reduction and performance degradation.

Working Principle

The 1106429-7 connector housing and base function together as a unit. The wires are stripped back, the base is prepped, and the pins are inserted. The pins are held in place by the strain relief clip. The housing is then mated to the base assembly; once this is done the contacts are electrically connected. The connection between contacts is completed through the use of a secure mechanical force and a contact medium, usually solder.

The connector ensures that the wires remain clamped securely in the contacts, which are held in place by the strain relief clip. The strain relief clip then helps to keep the pins at a consistent position, ensuring a secure connection. The mechanically secure contact and pressure are maintained by the rugged and durable construction materials used.

The 1106429-7 connector also provides protection from environmental factors. The single lens design provides a better mechanical and electrical seal, as well as superior protection from extreme temperatures, vibration, humidity, and moisture. In addition, the Dry Film lubricant coating provides added protection against corrosion.

Applications

The 1106429-7 connector can be used in a wide variety of applications. It is suitable for use in robotics, aircraft, medical devices, and many other industrial and military applications. Its rugged construction and environmental seal make it a good choice for harsh operating environments. Additionally, its high contact pressure and secure fitting ensure reliable electrical connections.

The 1106429-7 is an ideal choice for high power and high voltage applications. Its high contact pressure and secure connection provide the power necessary for these types of applications. It is also ideal for use on energy harnesses, junction boxes, and other power distribution systems.

Conclusion

The 1106429-7 heavy-duty connector is an ideal choice for harsh and high power applications. Its rugged construction and single lens design provide superior protection from environmental factors. The high contact pressure and secure fitting make the connector a reliable choice for industrial and military applications. Additionally, the Dry Film lubricant provides added protection against corrosion, ensuring a long service life.

The specific data is subject to PDF, and the above content is for reference