What is Heavy duty connector

The international advanced nature of heavy-duty connectors in structural design and material use makes the connectors outstanding in electrical performance. The reliability of the electrical connection system cannot be achieved by traditional connection methods.

Application of overloaded connectors

Heavy-duty connectors are widely used in construction machinery, textile machinery, packaging and printing machinery, tobacco machinery, electric locomotives and petrochemical electrical equipment that require electrical and signal connections.

Advantages of overloaded connectors

1. To achieve pre-installation, pre-installation of a large number of and complex circuits, can greatly improve the efficiency of equipment installation and reduce the rate of wiring errors.

2. Heavy-duty connectors provide highly integrated connections, and the rich combination methods maximize the effective utilization of equipment space.

3. Heavy-duty connector The connector can realize the modular structure of each functional template block of the equipment conveniently and efficiently, so that the equipment can be transported, installed, maintained and repaired conveniently and safely. Connectors are widely used in the field of power transmission and distribution.

4. The high protection level (IP65, IP68) provided by the heavy-duty connector is unparalleled for the advantages of the equipment connection system in harsh environments. Provide effective protection in harsh environments such as sand, rain, cold, ice and snow, and oil pollution.

Heavy-duty connector technical parameters

16-pin socket, 4-pin socket, 5-pin hot runner socket

A. Inner core technical parameters: Working voltage: 230V Working current: 10A Flame retardant grade (according to UL94): V0 Wiring form: Screw crimping (0.5-4.0mm²) B. Shell technical parameters: Pollution degree: 3 (C ) Protection class: IP65 Upper shell cable entry thread: PG11

16-pin hot runner socket

A. Inner core technical parameters: Working voltage: 400V Working current: 16A Flame retardant grade (according to UL94): V0 Wiring form: screw crimping (0.5-4.0mm²)

B. Shell technical parameters: Pollution level: 3 (C) Protection level: IP65 Upper shell cable entry thread: PG21

24 core hot runner socket

A. Inner core technical parameters: Working voltage: 400V Working current: 16A Flame retardant grade (according to UL94): V0 Wiring form: screw crimping (0.5-4.0mm²)

B. Shell technical parameters: Pollution level: 3 (C) Protection level: IP65 Upper shell cable entry thread: PG29

The Importance of Heavy Duty Connectors in Industry

Heavy-duty connectors are considered "industrial connectors" and their applications are not limited to manufacturing. This connector is designed to withstand the harshest industrial environments. Traditional connected devices provide users with several years of service guarantees in a typical office environment. However, exposing the same copper or fiber optic connectors to extreme conditions degrades performance and reliability, requiring end users to pay high maintenance costs for troubleshooting and replacement parts. A new connector specifically designed to build a robust Ethernet connection in harsh environments is tougher, stronger and more resistant than previous connectors.