Five Industrial Applications Of Wireless Remote Control


The wireless remote control is a remote wireless operating device that can be used to control engineering machinery or industrial equipment. It can ensure the safe operation of engineering construction and improve production efficiency.

Wireless remote controls have the following applications in industry:

1. Industrial driving

Industrial cranes are one of the most used areas of remote control systems, especially in metallurgy, automobile manufacturing, paper mills, material warehouses and other newly added cranes that are almost always equipped with industrial remote control devices.

2. Truck crane and truck crane

Generally, the remote control system of a large truck crane is equipped with a data feedback device, which can transmit the operating parameters to the system display screen, and the operator can control the crane according to the displayed data.

3. Concrete pump truck

When operating the concrete pump truck, the console is far away from the pouring work surface. The original traditional operation method requires the cooperation of multiple people to complete. It is inefficient and cannot fully exert its performance. The use of industrial remote control devices can give full play to its overall performance. After driving and positioning at the work place, the remote control system can be used to control the various actions of the pump truck.

Four, mining machinery

The visibility of the mine is low, and remote hydraulic machinery equipped with a feedback device is used. In places with low visibility and harsh environment, it can also conveniently operate the heavy-duty rock drill frame for drilling operations; the remote control display will show the fault information of the rock drill. It greatly improves the safety, comfort and accuracy of operation, saves costs, and improves efficiency.

5. Crawler cleaning loader

The industrial remote control device is used to remotely modify the loader, without changing the existing manual operation mode, while 100% simulating the mechanical power performance and operating functions of the original crawler loader, so that unmanned driving can complete the slag removal operation. It avoids the original bad environment, blurred vision, and hidden accidents caused by high-temperature slag, which improves the efficiency of slag removal, changes the working environment of workers, and reduces their labor intensity.