Loader Scales

Loader scales are mainly used to measure the weight of loaded materials in real time during loader operation.

Construction sites:

used to accurately measure the weight of construction materials such as sand, gravel, and soil loaded on trucks, which is convenient for settling freight and controlling costs.

Mines: 

Weighing the loading of mineral resources such as ore helps monitor the amount of materials during mining and transportation.

Port terminals: 

Weighing the loading of goods to ensure that the loading volume meets transportation requirements and trade contracts.

Logistics warehousing:

During the loading and unloading process, quickly and accurately obtain the weight of the loaded goods to improve logistics operation efficiency.

In short, loader scales can provide accurate weight measurement for various scenarios involving material loading and transportation, helping to improve work efficiency and management level.

Weighing function:

Real-time monitoring of the weight of the material in the loader bucket, and display of the weight data on the dashboard of the loader cab or an external display screen. Through high-precision sensors, it can be accurate to a certain decimal place, such as 0.1 tons or 0.01 tons, to ensure the accuracy of weighing.

Weighing can be performed continuously during the loader operation without stopping the loader, which greatly improves work efficiency.

Data recording function:

Built-in memory or external storage device can record the weighing data of each loader operation, including loading time, material weight, loader number and other related information. These data can be stored in chronological order for subsequent query and analysis.

The data recording function can help users trace the situation of each loading, which is of great significance for quality control, cost accounting and equipment maintenance.

Calibration function:

Equipped with a calibration device or through a specific calibration procedure, the loader scale can be calibrated regularly. Since components such as sensors may be affected by environmental factors or use time and produce errors, the calibration function can ensure that the accuracy of weighing is always within a certain range.

Generally, zero point calibration and full scale calibration can be performed to adapt to different working environments and material weight ranges.

Interface function:

It has interfaces for connecting to external devices, such as RS232, RS485, etc., which facilitate data transmission with computers, printers, data acquisition systems, etc. By connecting to a computer, the weighing data can be imported into the management software for further processing and analysis, such as generating reports and performing statistics.

The interface function enables the loader scale to be integrated with the enterprise's information system to achieve data sharing and management, and improve the enterprise's operational efficiency.

Warning function:

When the weight of the material in the loader bucket exceeds the set limit, a warning signal will be issued, such as a sound alarm, flashing lights, etc., to remind the operator to avoid overloading. This helps to protect the structure and performance of the loader, while also complying with relevant transportation regulations to ensure transportation safety.

Some loader scales can also be automatically controlled according to a preset weight range, such as automatically stopping the loading operation when the full load weight is reached.