326807-2

The 326807-2 is a terminal device from the rectangular connectors family. It is designed for connections between insulated wires and multiple point connections. The simple way made easy to bring power from a previous location to the next points of use strongly indicates that 326807-2 is a preferred terminal connector in the industrial automation field.

Application Field

The 326807-2 is used for connection between insulated wires and multiple points for electrical control and power connections. It can be used for a wide variety of purposes, from automotive industry, to medical use, and industrial automation. Due the structure and design of the terminal, it is applicable in temperatures ranging up to 105℃.

Working Principle

The structure of the 326807-2 terminals consists of solidity pillar core and tow-tier insulation. Different approaches have been taken to further improve the safety of the connections, such as the use of high-temperature resistant silicone washers which are tightly cling to the terminal connections when temperatures increase.

The technique used to make the most out of the 326807-2 terminals is by using a close end awl to make sure that all the connection reveals only one main unit. The open end awls are used if the efficiency of the terminal needs to be improved, providing better gripping with the insulated wire. The use of the tools gives the possibility of doing adjustments easily.

Advantages

The 326807-2 terminals are specially designed to be easy to apply, being used mostly for industrial straight away. This provides a wide range of advantages, such as:

• Persistent electrical contact, since its connection is made of silver-plated copper
• High-temperature environmental variable resistance
• Corrosion-resistant plating
• Strain relief application

Conclusion

The 326807-2 is undoubtedly a useful tool for many businesses, especially in relation with industrial automation, and other fields such as medical and automotive, for which the 326807-2 can offer great advantages. The design of the terminal provides a much higher connection resistance, which ultimately allows for increased safety and performance.