High security
Can detect the tearing situation of the conveyor belt in a timely manner. At the moment when the conveyor belt tears, the signal change of the induction coil can be quickly captured, causing the equipment to stop running immediately. For example, in the coal transportation process underground in a coal mine, if the conveyor belt tears, stopping the machine in a timely manner can prevent a large amount of coal from falling, prevent burying the transportation equipment, and reduce the threat to the safety of underground workers.
Effectively prevent further expansion of tearing. Due to the rapid response of the system, the degree of belt tearing is avoided, thereby reducing the risk of safety accidents caused by serious damage to the conveyor belt, such as preventing material spillage caused by belt breakage and equipment damage.
Accurate detection
The detection method based on electromagnetic induction principle has high accuracy. It can accurately determine whether the Low Rolling Belt has torn, reducing false alarms and missed alarms. The arrangement of induction coils can cover key areas of the conveyor belt and be sensitive to even small tears.
Can accurately locate the tear location. By using a conveyor belt running distance detector and signal analysis, the location of the conveyor belt tear can be accurately determined, making it convenient for maintenance personnel to quickly locate the fault point and save maintenance time.
Strong reliability
The design and installation of induction coils usually take into account the harsh working environment of conveyor belts. It can work stably under complex conditions such as high humidity, high dust, and strong magnetic field interference. For example, in the ore loading and unloading conveyor belt system at the port, although the on-site environment has high humidity and a lot of ore dust, the tear resistant induction coil conveyor belt can still operate reliably.
The self diagnostic function of the system ensures its reliability. During the operation of the equipment, the system can monitor its own sensors, signal processing modules, and other components in real time. Once a component failure is detected, it can promptly issue a fault alarm to remind staff to repair or replace it.
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