Mine Electronic Belt Scale: Automatic Collection of Production Monitoring Data

It is well known that electronic belt scales utilize load sensors and speed sensors to dynamically weigh materials being transported on belt conveyors and automatically monitor the running speed of the belt. Based on the detected load signals and speed signals, they calculate the instantaneous flow rate and cumulative flow rate of the materials.

Due to their efficient and precise weighing capabilities, as well as their ability to provide real-time measurement data, electronic belt scales are relied upon in many industrial settings for weight measurement and metering management.

However, certain special industries, influenced by their working environments, require special standards to meet the demands of harsh and high-risk conditions. Among these, electronic belt scales used in coal mine undergrounds, entry and exit points, and other coal transportation systems must adhere to specific standards.

Mine electronic belt scales are specifically designed for use in coal transportation lines underground in coal mines and can meet the application requirements of flammable, explosive, and hazardous environments.

They accurately measure the weight of coal flows, enhancing the precision and intensity of coal production monitoring. Furthermore, they provide strong support for coal transportation process control and contribute to the intelligence and automation of mining production.

In terms of remote coal production monitoring in coal mines, mine electronic belt scales offer accurate, reliable, and real-time data support at the source. They automatically collect production data and, when connected to network information and computer systems, enable real-time sharing of production data. Remote computers can monitor the flow rate, weight, coal flow speed, and equipment operation status in real time.

Simultaneously, all this data is stored in a database for subsequent querying, analysis, and processing. Additionally, mine belt scales can set alarm thresholds. When the coal flow weight exceeds or falls below the set threshold, an automatic alarm is triggered, alerting staff to take prompt action and preventing overproduction.

Moreover, if the mine belt scale detects intentional damage to the equipment during monitoring, the system directly triggers an alarm to prevent tampering with production data.

 Finally, mine electronic belt scales incorporate multiple anti-interference technologies and, if necessary, are equipped with data sub-stations to optimize signals and extend transmission distances. A series of technical measures fully ensure the accuracy of production data detection and transmission.

Mine electronic belt scales can also be used in conjunction with coal transportation program control systems to achieve automated control of the coal transportation process.

The measurement data can enhance coal transportation management. By detecting coal flow and belt speed through the mine belt scale, abnormal situations during coal transportation, such as coal flow overload, belt misalignment, or excessive belt speed, can be promptly identified and resolved, thereby improving the stability and reliability of the entire coal transportation system.

Furthermore, when used in conjunction with coal transportation control and protection systems, the coal transportation process becomes more stable and efficient. Additionally, the measurement functions of mine belt scales, such as real-time dynamic data display and production data reports, aid in better optimizing production plans.

The automatic collection, real-time uploading and sharing, and intelligent monitoring and analysis of measurement data from mine belt scales better assist in coal transportation program control monitoring and management.

After the implementation of mine electronic belt scales in coal mines, real-time and accurate monitoring of production and automatic collection of data have been achieved. Through the data collection system, relevant personnel can promptly understand the production status of the mine. By utilizing measurement data and monitoring load and belt speed, the stability and efficiency of the entire coal transportation system can be improved.