1420931

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Heavy Duty Connectors are designed to provide support for large power applications such as electric motors, alternators, generators, and welding machines. These high current rated couplings, which are available in a variety of shapes and sizes, are ideal for dependable, long-term performance. The 1420931 application field and working principles’ main components include housings, hoods, and bases.

Housings

Heavy Duty Connectors comprise of specially designed housings, typically made of zinc die-cast with thermoplastic cover. These housing elements enable a high level of performance, while permanently retaining internal components when connected in any specific application. This is mainly due to the unique design which simplifies installation, whilst reducing the need for post assembly steps.

Hoods

Heavy Duty Connectors include specially designed hoods, manufactured from zinc die-cast to ensure durability and reliability. These hoods snapped into place to provide a secure connection between the housing and the incoming cable a strong mechanical and environmental seal. The lip design present at the front of each hood sluggishly guides the contact elements in the inner side, producing a secondary seal and ensuring a reliable connection.

Bases

Heavy Duty Connectors are composed of specially designed bases, that are available in two different pieces, depending on the application requirements. Typically they are made of a zinc die-cast construction, with a nylon 6/6 injection-molded cover. The integral spring movement during assembly of the contact element ensures that it maintains proper contact.

The 1420931 application field and working principles of the Heavy Duty Connectors enable them to be used in a wide range of industrial and commercial applications. For instance, these are perfect for lifting, rotating, and moving equipment; connecting large power systems, construction and agricultural machinery, and electrical power networks. A combination of peculiar design and excellent performance ensures that the coupling ensures high levels of performance and dependability.

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