Loader Scale: Dynamic Intelligent Weighing, Changing the Cumbersome Traditional Weighing Methods

The loader scale is a weighing equipment designed for dynamically weighing loaded materials during the loading process of loading equipment. It is integrated with the mechanical control part of the loader, enabling weighing while the loader is operating without the need to stop.

Due to its convenient use, the loader scale allows for automatic weighing of materials while loading, resulting in high weighing efficiency. It is widely used in coal mines, ports, construction, and railway transportation for cargo loading control. Before the advent of loader scales, loading weighing typically relied on primitive and cumbersome methods, such as estimation, rough calculation, and volumetric measurement techniques. These traditional methods were cumbersome to execute, lacked precision, and often led to truck overloading or underloading, resulting in vehicle damage, reduced lifespan, safety hazards, or traffic penalties for overloading. Both the process and the outcomes of these methods caused unnecessary economic losses for businesses.

Moreover, traditional loading weighing methods did not achieve informatization or intelligence, leading to a significant disconnect between management and the loading site. Departments responsible for loading information received delayed data, making timely analysis impossible and hindering precise scheduling decisions based on accurate data, thereby reducing management efficiency.

The quick measurement of bulk cargo loading has become an urgent issue for enterprises in loading and transportation. Various weighing instruments emerged before the loader scale, but they generally suffered from defects such as low accuracy, poor stability, complex operation, low cost-effectiveness, and difficult maintenance, ultimately failing the test of market practice. The loader scale, with its high accuracy, ease of operation, and cost-effectiveness, quickly addressed these issues and found widespread application across various industries.

The weighing process of the Guo Nuo Technology loader scale is controlled by a microcomputer, eliminating the need to stop mechanical operations and ensuring high weighing efficiency. With a stable accuracy of 0.5%, it meets the OIML R51Y(B) accuracy standard of the International Organization of Legal Metrology (OIML), satisfying the precision requirements for loading weighing across different industries. During the entire loading process, loading information is automatically recorded and accumulated, with voice announcements for each load, allowing loaders to monitor the loading status through voice instructions without needing to constantly check the display screen.

The instrument features a large color display for real-time data display and quick data retrieval. It stores up to 10,000 records of data, including the number of loads, weight, and cumulative values during the loading process, preventing data loss. Additionally, to address the issue of management disconnect at the loading site, the Guo Nuo Technology loader scale can be equipped with a query system, enabling intelligent departments to perform real-time queries, printing, and other operations. This system facilitates data analysis to monitor vehicle dynamics at the loading site, enabling reasonable scheduling and enhancing management efficiency.

All hardware components of the Guo Nuo Technology loader scale undergo rigorous testing, ensuring quality and longevity. Furthermore, the system is highly scalable, has a long service life, and offers excellent cost-effectiveness.

The loader scale has revolutionized the loading process by enabling continuous, precise, and efficient weighing, significantly improving productivity and economic benefits for businesses. It has replaced the traditional loading weighing methods that were time-consuming, inefficient, and cumbersome, gaining widespread market acceptance.