Solar / PV Connector QC4.10 Mate for High-Current Solar Applications

Solar / PV Connector QC4.10 Mate delivers secure and efficient mating connections for high-current solar power systems.

SolarPV Connector QC4.10 Mate
SolarPV Connector QC4.10 Mate

The Solar / PV Connector QC4.10 Mate is designed to provide reliable mating connections in high-current photovoltaic systems. Engineered for stable electrical performance and secure engagement, it supports efficient power transmission in large-scale solar installations. Its robust structure ensures long-term durability, making it suitable for demanding outdoor PV environments.

SolarPV Connector QC4.10 Mate
SolarPV Connector QC4.10 Mate
SolarPV Connector QC4.10 Mate

Features

  • Excellent current carrying and high voltage (2000V) capability

  • Excellent waterproof performance

  • Easy Installation

  • Low contact resistance

  • Higher cable tensile strength


Technical Data

Item

QC4.10-Mate

Rated Current

2.5mm²-41A; 4mm²-46A; 6mm²-55A; 10mm²-70A

Rated Voltage

IEC2000V / UL2000V

Maximum Outside Diameter

18.7mm

Wet leakage resistance

≥2000MΩ

Contact Resistance

≤0.1mΩ

Temperature Range

-40℃~+85℃

Certification test

IEC62852, UL6703

Reliability Testing

DH2000, HF50, HAST96, TC400

compatibility

MC4, EVO2

Adaptable cable specifications

2.5/4.0/6.0mm²/10mm²

Designed for stable high-current PV connections

High-Current Mating

Designed for stable high-current PV connections

High-Current Mating

Designed for stable high-current PV connections

High-Current Mating

Ensures reliable and low-loss power transfer

Secure Fit Design

Ensures reliable and low-loss power transfer

Secure Fit Design

Ensures reliable and low-loss power transfer

Secure Fit Design

FAQs

Q1: What is the QC4.10 Mate connector used for?
It is designed to mate with QC4.10 connectors in PV systems.

Q2: Why is a dedicated mate connector needed?
It ensures secure and stable connections between PV components.

Q3: Where is the QC4.10 Mate commonly installed?
It is used between PV modules and system wiring.

Q4: Does it support efficient power transmission?
Yes, it helps maintain low contact resistance.

Q5: Is it suitable for large PV installations?
It is commonly used in commercial and utility-scale solar systems.