2334-6221TG

2334-6221TG is a member of the popular 2-contact, 3-phase connector system. This type of connector features a terminal-type socket and is suitable for applications where a reusable connection is necessary and when frequent mating is required.

In common applications, 2-contact, 3-phase connectors are used to connect motor leads, current sensing elements, and heavy duty vehicle circuits. Hence, these connectors are primarily used in the automotive, industrial, and manufacturing industries. However, due to its versatility, 2-contact, 3-phase connectors are also used in other industries.

The basic working principle of a 2-contact, 3-phase connector is that when the contacts are terminated to the conductor, they create a secure and reliable connection. This connection must be able to withstand a minimum voltage rating, a maximum current rating, and a maximum operating temperature rating. Additionally, when a connection is made, it must be dust-proof and corrosion-resistant, as well as provide excellent physical characteristics such as good EMC protection and contact stability.

A connector of this type is also equipped with a mating cycle, which involves metal contact points being interlocked by a copper-bar. When the contacts are engaged, the interlocking contact points create an electrical or mechanical connection. Additionally, the copper-bar maintains a secure connection by preventing accidental disconnection.

Currently, the 2-contact, 3-phase connector system has a broad range of applications. It is typically used for off-board connections for power distribution, motorized systems, combustion motors, heating systems, and lamps. In addition, these connectors are widely used in machinery such as pumps, compressors, and machine tools. The high compression force of the copper-bar ensures that the connection is strong and reliable.

In conclusion, the 2-contact, 3-phase connector system, such as the 2334-6221TG, is a reliable and versatile connector that is primarily used in the automotive, industrial, and manufacturing industries. Thanks to its superior electrical and mechanical characteristics, it is also being used in other industries as well. The basic working principle of this type of connector involves contact points being interlocked and secured by a copper-bar, which ensures a secure and reliable connection. Additionally, it has a broad range of applications, which include off-board power distribution, motorized systems, and machinery.