Zhejiang Yonggui Electric Equipment Co., Ltd.

HDC-HQ5 Rectangular Connectors

Yonggui presents HDC-HQ5 rectangular connectors that are ideal for heavy-duty applications. These industrial connectors are designed to provide reliable and secure connections in demanding environments. With 5 pins, they offer enhanced performance and durability. The HDC-HQ5 connectors come in male and female variations. They are available with order numbers 113060100511 (HDC-HQ5-MC) and 113060200501 (HDC-HQ5-FC). Scale drawings and dimensions are provided for easy installation. Choose Yonggui HDC-HQ5 rectangular connectors for your heavy-duty connectivity needs.

Part number: 

Male: 113060100511

Female: 113060200501

Specifications of HDC-HQ5 Rectangular Connectors

DescriptionSpecificationOrder numberScale drawings
Dimension unit
MaleFemale

HDC-HQ5-MC

HDC-HQ5-MC113060100511
HDC-HQ5-MC-FC
HDC-HQ5-FCHDC-HQ5-FC
113060200501


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
MCS Charging Connector vs CCS: Key Differences in High-Power EV Charging
As electric vehicles (EVs) scale beyond passenger cars into heavy-duty trucks, buses, and commercial fleets, charging standards must evolve to support ultra-high power. Two key technologies shaping th...
Read More
Custom Wire Harness for Electric Vehicles: Meeting High-Voltage and Safety Requirements
As electric vehicles (EVs) continue to gain global momentum, the demand for reliable, high-performance electrical systems has never been greater. At the core of these systems lies the custom wire harn...
Read More
PDU in Electric Vehicle: Why It Is the "Brain" of the EV Power System
As electric vehicles (EVs) continue to evolve toward higher voltage, greater intelligence, and faster charging, one critical component quietly orchestrates the entire power flow—the PDU in electric v...
Read More