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Terminals - Magnetic Wire Connectors

62841-1 is an international standard for magnetic wire connectors that establishes a global framework for their use and function. It covers the design, safety and performance requirements as well as materials, dimensions and testing methodology for terminals and connectors. It was developed to ensure consistent product performance, safety and compatibility throughout the industry.

Application Field

62841-1 is a comprehensive standard applicable to all types of magnetic wire terminals and connectors. These include double-entry and clamp terminals, staples, eyelets, male and female connectors, and terminal blocks. They are used in various applications such as power supplies, electrical wiring, automotive wiring, boilers, and industrial control and instrumentation systems.

Working Principle

A magnetic wire connector is a component that helps to securely and safely connect and conduct electricity between two wires. It consists of two parts: an outer shell and a contact chamber. The outer shell is an insulating material that surrounds the contact chamber. The contact chamber is usually filled with metal particles or ferrite. The conductive particles are magnetically attracted to each other when a current is applied, creating a secure connection. In some cases, the connector also includes a release mechanism to allow the wires to be disconnected from each other.

Installation Process

The installation process of a magnetic wire connector requires a few steps. First, the user should cut the wire and attach the connector. Once the connector is attached, the operator should inspect it for any damage or loose connections. Next, the operator should ensure that the connector is properly aligned and secured to the wire. Finally, the operator should put a label on the connector, indicating the required connection information.

Durability and Safety

In order to achieve a durable and safe connection between two wires, magnetic wire connectors are designed and tested to meet specific safety requirements. These connectors must meet a certain level of insulation and resistance to corrosion and wear. Additionally, the connectors must also be able to tolerate electrical loads in challenging operational environments. As part of the quality assurance procedure, manufacturers are required to test the product according to NEMA, UL, and CSA standards.

Conclusion

62841-1 is a standard that establishes the design, safety, and performance requirements of magnetic wire connectors. These connectors are widely used in different applications such as electrical wiring, automotive wiring, and industrial control and instrumentation systems. The installation process requires a few steps, such as cutting the wire and attaching the connector, ensuring proper alignment and securing it to the wire, and adding a label with connection information. To guarantee safety and durability, magnetic wire connectors must comply with testing guidelines set by NEMA, UL, and CSA.

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