Heavy load connectors are widely used in engineering machinery, textile machinery, packaging and printing machinery, tobacco machinery, robots, rail transit, hot runner, power, automation and other equipment that need electrical and signal connection. Heavy duty connectors are internationally progressiveness in structural design and material use, making them outstanding in electrical performance. The traditional wiring method cannot achieve the reliability of the electrical connection system. This new type of interface is widely considered as "industrial connector", and its application is not limited to the manufacturing industry. The connector is designed to withstand the worst industrial conditions. Traditional connection equipment has provided years of service guarantee for users in typical office environments. However, exposing the same copper cable or optical fiber connector to extreme conditions will reduce its performance and reliability, and end users will have to pay high maintenance costs to troubleshoot and replace accessories. A new connector, specially designed to establish a strong Ethernet connection in harsh environments, is more robust, stronger and more resistant than the previous connectors.
Advantages of heavy-duty connectors:
1. Pre-installation and pre-installation of a large number of complex circuits can greatly improve equipment installation efficiency and reduce wiring error rate.
2. Heavy-duty connectors provide highly integrated connections, and rich combinations maximize the use of equipment space.
3. The heavy-load connector can realize the modular structure of each functional module of the equipment conveniently and efficiently, and transport, install, maintain and maintain the equipment conveniently and safely. Connectors are widely used in the field of power transmission and distribution.
4. The high level of protection provided by heavy-duty connectors is incomparable because of the advantages of the equipment connection system in harsh environments. Provide effective protection in harsh environments such as dust, rain, cold, snow and oil.