Guonuo Technology's FSD High-Precision Electronic Belt Scale

With the application of advanced technologies such as the Internet of Things, computer information, and networking in the industrial sector, industrial automation is developing rapidly. As an important aspect of industrial automation development, the comprehensive performance and automation level of bulk material measurement have also made qualitative progress.

The electronic belt scale is an automated electronic measurement device for bulk material measurement. It can complete dynamic measurement of materials without stopping the material conveyance, significantly improving automation, informatization, and intelligence compared to traditional mechanical belt scales.

The varying requirements of industrial applications, materials, conveyor conditions, and enterprise measurement needs lead to differences in electronic belt scales. Moreover, different belt scale manufacturers have their own characteristics, and their performance levels vary. However, considering development trends, directions, and application technologies, electronic belt scales are evolving towards simpler structures, higher measurement accuracy, stable and reliable performance, informatization, automation, intelligence, easy installation, displacement, and maintenance, simple operation, and rich functionality.

Based on extensive industrial automation measurement technology and experience, combined with numerous practical customer cases, and utilizing advanced technologies such as computer information and the Internet of Things, Guonuo Technology has designed and manufactured the FSD High-Precision Electronic Belt Scale. This scale is advanced in structure, accuracy, performance, functionality, and operability, driving the development of the industrial bulk material measurement industry through technological innovation.

In terms of design structure, the Guonuo High-Precision Belt Scale employs a freely combinable matrix structure for enhanced stability, simplifying the overall scale frame structure. It no longer uses levers for force transmission; instead, the load sensors directly perceive changes in material weight, avoiding measurement errors during force transmission. Each set of idlers equipped with a load sensor forms an independent weighing unit. Multiple weighing units can be freely combined according to actual application needs. If one unit malfunctions, it does not affect the operation of others. Additionally, the matrix structure increases the weighing length of the system, resulting in higher and more stable measurement accuracy.

The adoption of a leverless, fully suspended unit combination weighing mode reduces the overall horizontal surface area of the weighing system, minimizing dust accumulation and material jamming. This not only avoids their impact on measurement but also reduces routine maintenance of the belt scale.

The Guonuo High-Precision Electronic Belt Scale utilizes sensor technology to monitor the overall working status of the weighing system and environmental factors on-site. It makes corresponding compensations and self-alarms to mitigate the impact of environmental factors (such as temperature) on measurement. Self-diagnosis and self-alarm facilitate prompt troubleshooting, resolution of abnormalities, and adjustments by maintenance personnel, enhancing system stability and preventing measurement errors from causing losses to enterprises.

By leveraging computer information and networking technologies, the entire weighing system is integrated into the enterprise network, allowing managers to remotely view measurement information, conduct remote verification, and control. This informatization of measurement equipment improves the overall informatization level of enterprise management.

Guonuo Technology's FSD High-Precision Electronic Belt Scale has made significant progress in design structure, functionality, and technology, driving advancements in the industrial dynamic measurement industry through conceptual and technological innovation.