Belt conveyor is an automated equipment for transporting bulk materials, with advantages such as large conveying capacity, strong conveying capacity, simple structure, easy maintenance, and standardized components. It can easily achieve automation and programmed operation, and is widely used in coal, mining, metallurgy, building materials, power plants, cement, port trade and other fields to transport bulk materials or finished products.
According to the process requirements of the conveying site, the belt conveyor can be transported by a single unit or by multiple units forming a conveying system. It can be transported horizontally or at a certain inclination angle to meet different operational requirements.
Belt conveyors can transport materials without absolute limitations on volume, density, shape, etc. Various types of powder, granular, and block materials can be transported, such as coal, gravel, ore, sand and gravel, cement, fertilizers, grains, etc. According to the distance of the conveyed materials, belt conveyors come in different lengths, ranging from a few dozen meters to several hundred meters.
When using belt conveyors for material transportation, enterprises need to grasp the weight of the transported materials due to production control, input-output ratio calculation, and other reasons. The ideal and efficient method for weighing the materials conveyed by the conveyor is to complete dynamic weighing without interrupting the operation of the conveyor. If the conveyor is stopped for weighing, the efficiency is low, the time is long, and the cost is high.
The conveyor electronic belt scale is a type of weighing device installed on a section of the belt conveyor, which can continuously and dynamically measure the weight of the conveyed material without stopping the operation of the belt conveyor. It can continuously measure the weight of the conveyed material as long as the conveyor is working. It can not only measure the instantaneous flow rate of materials conveyed by the conveyor, but also measure the cumulative weight, with high weighing efficiency and low cost.
The detection and measurement process of the conveyor electronic belt scale is automatically carried out with the operation of the conveyor. The weighing sensor automatically obtains the load signal of the material passing through the belt, the speed sensor automatically obtains the running speed signal of the belt, and the instrument receives both signals in real time and processes them quickly.
At the same time, the instrument display screen displays the instantaneous flow rate and cumulative flow rate of the material in real time. The entire measurement process of obtaining load data and calculating material weight is automatically completed without the need for manual intervention. After the material transportation is completed, the weight detection is also synchronized.
In addition, management requires accurate, real-time, and historical weight data of materials, and conveyor electronic belt scales can also meet the above requirements. The belt scale instrument has communication capability and can be connected to the enterprise information network to complete data transmission, sharing, and interaction.
Managers can access real-time measurement data, real-time operation of conveyor electronic belt scales, and view and analyze historical data through the upper computer software system.
The belt conveyor continuously transports, and the electronic belt scale of the conveyor can dynamically and continuously complete weighing and measurement in real time, while also completing real-time data sharing.
The operation of the conveyor electronic belt scale embodies the advantages of real-time, dynamic, continuous, automatic, and continuous. With the completion of material measurement and detection and real-time transmission and sharing of measurement data by the belt conveyor, it provides users with efficient measurement and management.
