Zhejiang Yonggui Electric Equipment Co., Ltd.

HDC-HE6-FC-MC Rectangular Connectors

Yonggui HDC-HE6-FC-MC Rectangular Connectors are heavy-duty connectors with 6 pins. These industrial connectors are designed for reliable and efficient power transmission in various applications.

  • Heavy-duty construction for durability

  • 6-pin design for secure and efficient power transmission

  • Easy to install and use

Part number: 

Male: 113060100502

Female: 113060200489

Specifications of HDC-HE6-FC-MC Rectangular Connectors

DescriptionSpecificationOrder numberScale drawings
Dimension unit
MaleFemale 1
HDC-HE6-MCHDC-HE6-MC113060100502

HDC-HE6-MC

HDC-HE6-FCHDC-HE6-FC
113060200489

HDC-HE6-FC


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 system-level solutions

  • Quick Response

    Respond to needs within 12 hours

Blog & News
What Determines Axle Counter Sensor Reliability Across Different Railway Environments
A train journey begins long before passengers enter the carriage. Behind every smooth departure, precise stop, and safe movement is a continuous flow of detection data that railway systems rely on to ...
Read More
Connector Reliability: A Critical Factor in Large-Scale Energy Storage System Performance
A battery energy storage system may contain advanced cells, intelligent control platforms, and powerful conversion equipment, but none of these technologies can perform effectively without reliable el...
Read More
Behind Reliable Connections: The Engineering Challenges of Telecom Connector Design
A communication network can only perform as reliably as the smallest connection point allows. While servers, optical systems, and transmission equipment often receive the most attention, the telecommu...
Read More
Important Notice: Yonggui Electric's official business emails use the @yonggui.com domain. Please verify email communications before taking action. Learn more ›