𐄀 Technology Connection to Future
Zhejiang Yonggui Electric Equipment Co., Ltd.
EN

HDC-HE64-FC-MC Rectangular Connectors

Yonggui HDC-HE64-FC-MC Rectangular Connectors are high-quality connectors designed for various electrical applications. These industrial connectors, weighing 0.07 kg, are UL and CE certified, ensuring their safety and reliability.

Choose Yonggui HDC-HE64-FC-MC Rectangular Connectors for reliable and efficient electrical connections.

Part number: 

Male: 113060100522

Female: 113060200512

Specifications of HDC-HE64-FC-MC Rectangular Connectors

ModelCodeWeight(kg)ULCEDescribe
HDC-HE64-FC1130602005120.07

Female plug, cold pressed connection, 64+PE;

Rated current: 16A;

Rated voltage: 500V;

Wire specification: 0.14-4mm ²;

Polycarbonate: RAL 7032 (egg lime).

HDC-HE64-MC1130601005220.07

Male plug, cold pressed connection, 64+PE;

Rated current: 16A;

Rated voltage: 500V;

Wire specification: 0.14-4mm ²;

Polycarbonate: RAL 7032 (egg lime).


Contact Yonggui Electric for Connectors
Contact Yonggui Electric for Connectors
We Can Provide
  • Customized Solutions

    Tailoring connectors to your unique needs.

  • Expert Technical Support

    Provide systemic solutions

  • Quick Response

    Respond to needs within 12 hours

Blog & News
Yonggui Electric Semi-Annual Report
Founded in 1973, Yonggui Electric was listed on the ChiNext board of the Shenzhen Stock Exchange on September 20, 2012 (Stock Abbreviation: Yonggui Electric; Stock Code: 300351). The company focuses o...
Read More
Join Yonggui at InnoTrans 2024 in Berlin!
Since 1973, Yonggui Electric has been pioneering rail connector technology, creating China's first railway connectors in 1979. Today, our products support subways, high-speed rail, and maglev appl...
Read More
Exploring the Pantograph Working Principle in Railway Systems
In the expansive landscape of rail transport, the pantograph stands as a critical component, embodying a fascinating working principle that ensures the efficient and precise supply of power to trains....
Read More