Electronic Belt Scale from Guonuo Technology: High Precision, Stable Performance, Multi-functional

An electronic belt scale is an electronic version of the belt scale installed on a belt conveyor to measure the weight of materials passing through. It utilizes a weight sensor to capture the load signal of the material on the belt and a speed sensor to capture the belt speed signal. The computerized belt scale instrument processes these signals to calculate the instantaneous and cumulative flow of the material.

As a dynamic weighing instrument, electronic belt scales offer significant advantages in bulk material measurement, allowing weighing without halting the belt conveyor and providing users with measurement data for production management. However, due to their high sensitivity, electronic belt scales can be easily affected by factors such as application, maintenance operations, and calibration, leading to issues with precision and stability, which may limit their effectiveness in certain scenarios.

To ensure the practical value of electronic belt scales, precision and the ability to maintain it are crucial. Additionally, minimizing routine maintenance tasks like cleaning and inspections, as well as ensuring easy calibration and verification, are essential for enhancing the user experience. Guonuo Technology, with extensive experience and practical case studies in the field of industrial bulk material dynamic weighing, designs and manufactures electronic belt scales that meet user requirements.

Firstly, in terms of precision and stability, Guonuo's electronic belt scales come in various models, including low, medium, and high-precision options, catering to different accuracy needs. For instance, high-precision belt scales feature a suspended structure for direct force transmission, suitable for high-accuracy measurement applications; double-lever structures provide a longer weighing area, ideal for long-distance conveyors with certain inclination angles; and lower-precision belt scales are suitable for measuring low-value materials where only approximate weights are needed.

To ensure overall stability, Guonuo adopts a two-pronged approach. On one hand, they equip the scales with digital high-precision weight sensors to enhance the anti-interference capability of load signals and incorporate features like linear compensation. The dual-wheel trolley structure accurately reflects belt speed, and the high-performance computerized instrument not only quickly calculates flow information but also offers multiple compensation functions to improve weighing stability.

On the other hand, Guonuo customizes electronic belt scales based on users' specific application needs, considering factors such as required precision, material characteristics, conveyor inclination, belt width, flow rate, and environmental conditions to ensure the scale's suitability for the on-site environment.

Furthermore, Guonuo's electronic belt scales are designed for user-friendly operation and minimal maintenance. The instrument features a Chinese menu-guided interface that is simple and easy to learn, eliminating the need for extensive training. The belt scale structure is streamlined, particularly the unit matrix design, which reduces the working surface and maintenance workload. The instrument and remote PC software enable one-click zero calibration and verification.

Lastly, in terms of functionality, Guonuo's electronic belt scales provide users with enhanced management capabilities. The computerized instrument performs multitasking, processing data while displaying, querying, and sharing it. Managers can use the PC software to access measurement data and generate customized reports or data queries.

In summary, Guonuo Technology's electronic belt scales are developed with the goals of high precision, stability, and reliability. They offer rich functionality, a more simplified and reasonable design, easy installation and maintenance, and significantly improved practicality.