T1320160132-000

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The T1320160132-000 is a heavy duty connector housing used in industries such as oil and gas, automotive, aviation, and telecommunications. It is a robust and reliable product designed to meet the highest standards in safety, reliability, and performance.

The T1320160132-000 is comprised of a contact holder, a plastic housing, a base, and a hood. The contact holder is made of injection-molded thermoplastic resin and is designed to securely hold and make electrical contact with contacts. The plastic housing is typically comprised of UL94V-0 flame-rated material and provides a weatherproof seal against dust, water, and other contaminants. The base is a UL94V-0 rated, resilient polypropylene material and is designed to mate with other heavy duty connectors. Finally, the hood is a UL94V-0 rated polyester material that provides extra protection against mechanical stress.

The T1320160132-000 also features a number of additional features that make it suitable for use in harsh and demanding environments. It has an operating temperature rating of -40°C to +125°C, a contact retention force of up to 50N, and a vibration resistance of up to 30g’s. The heavy duty connector also features UL94V-0 flammability rating and salt spray resistance up to 500 hours.

The T1320160132-000’s working principle is based on an electrical contact bridge between the contact holder and the contact. When an electrical connection is made, an arc is created, which passes through the contact bridge, providing an uninterrupted electrical connection. The contact holder also holds a preload tension to protect against shock and vibration, further ensuring reliable connections. Additionally, a series of seals and gaskets are used to ensure a weatherproof and dustproof seal.

The T1320160132-000 heavy duty connector housing is designed to provide a dependable solution for a variety of applications. Its robust design and strong electrical contact bridge makes it suitable for use in industries that require reliable and long-term dependable performance. Additionally, its high operating temperature rating, contact retention force, and vibration resistance make it suitable for applications that are subject to harsh environments.

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