T2040012060-000

Heavy Duty Connectors – Contacts

The T2040012060-000 series of heavy duty connectors and contacts come into play when high-reliability, high-powered connections are required. These heavy duty connectors are perfect for use in the sectors of military, medical, automotive, and other fields that require high levels of connection strength and protection. These connectors are made from top-grade materials such as aluminum, brass, and stainless steel, and offer superior strain relief and vibration resistance.

Application Field

The T2040012060-000 series of heavy duty connectors and contacts are used in a variety of applications due to their reliable, high-powered connections. They are often seen in military and medical equipment used for the transfer of power and data, as well as for signaling. Additionally, they can be used in other sectors such as industrial, automotive, and communications, where reliable signal and power transfer is required.

Working Principle

The T2040012060-000 series of heavy duty connectors and contacts feature several unique components that make them reliable and reliable. The first component is the contact pin, which is made from high-grade conductive materials such as brass, aluminum and stainless steel. This pin is designed to ensure superior electrical connection and vibration resistance. The pins are also designed to be corrosion resistant, ensuring a long lasting connection. Additionally, these connectors also feature a spring resilience, allowing them to resist shock loads up to 1,500N.

The second part of these connectors is the housing, which is made from a heavy duty plastic or metal material. This housing is designed to waterproof and resist environmental conditions, as well as providing extra protection against external forces such as vibrations. The housing also features a threaded area, which allows the contacts to be locked and secured. Finally, the connectors are also protected by a metal or plastic casing, which provides extra protection against environmental hazards.