What are the characteristics of Guo Nuo Technology's matrix high-precision electronic belt scale?

As a device for dynamic material measurement, electronic belt scales are widely used in mines, ports, metallurgy, and other industries. The data is mainly used for enterprise raw material measurement and internal economic accounting, with measurement data directly impacting the cost accounting of relevant units. High precision is required for measurement data. The accuracy achievable by ordinary electronic belt scales cannot meet high-precision requirements, and they struggle to adapt to various environments while maintaining measurement accuracy and stability. Additionally, the installation, application, and maintenance of ordinary electronic belt scales are more complex, failing to meet the requirements of lean production.

With rich experience in industrial dynamic measurement technology and practice, Guo Nuo Technology has designed a brand-new product structure by integrating innovative design concepts and computer software technology, creating the matrix high-precision electronic belt scale. The application of this belt scale significantly improves the accuracy and long-term stability of dynamic measurement of materials on belt conveyors, offering high practical value. It is also more convenient to install and use, more adaptable, and requires less maintenance.

The excellent application performance of Guo Nuo Technology's matrix high-precision electronic belt scale is mainly attributed to its advanced technology and concepts, which include the following points:

(1) It abandons the traditional lever force transmission concept and adopts a matrix-style freely arranged weighing frame structure. Each fully suspended single idler roller is equipped with four high-precision sensors, forming a weighing unit. These units can be flexibly combined according to needs and application conditions to create a weighing platform. Each weighing unit operates independently, ensuring that issues with one unit do not affect others, greatly enhancing both measurement accuracy and long-term stability.

(2) The entire high-precision measurement system employs a real-time online intelligent inspection system to monitor each sensor, module, and the overall system status. It features self-alarm, self-diagnosis, and fault recording functions, minimizing abnormal handling time.

(3) The high-precision belt scale uses digital high-precision weighing sensors, which offer unparalleled anti-interference capabilities compared to analog signals. They are highly sensitive, have a high protection level, and can accurately detect material flow on the belt. The signal transmission process is not affected by electromagnetic interference, ensuring that the weight signals received by the instrument are real-time and accurate. Furthermore, the high-precision sensors are resistant to horizontal forces, partial loads, and have minimal zero-point fluctuations, avoiding significant temperature-induced zero-point fluctuations.

(4) The high-precision belt scale is equipped with a high-precision smart instrument that, in addition to real-time monitoring of the measurement system, has an built-in temperature sensor. It incorporates temperature monitoring into calculations to avoid temperature-related impacts on measurement results. The instrument also features large storage capacity, data protection, communication capabilities, and fast speed, providing on-site conditional data query capabilities and real-time data sharing.

(5) The high-precision speed sensor of the dual-wheel trolley speed measurement roller measures the speed of the upper belt. The speed measurement wheel maintains non-bouncing contact with the belt, ensuring stable and accurate speed measurement.

(6) It can be equipped with Guo Nuo Technology's weighing management cloud platform for real-time monitoring of the operating status of belt scales within the network. This allows for overall measurement data control, remote alarms, and intelligent analysis of belt scale operating conditions. It provides pre-analysis structural support for maintaining the belt scale, enhancing the accuracy and stability of the entire measurement system.

Of course, Guo Nuo Technology's matrix high-precision electronic belt scale also features functions such as self-calibration and self-verification. In summary, from structural design to technological application, Guo Nuo Technology's matrix high-precision electronic belt scale contributes to improved measurement accuracy, stability, and practicality.