Factors affecting the weighbridges accuracy

For industries and businesses, the seemingly simple task of weighing products is actually a complex process that a digital weighbridge system can accomplish. The responsibility for weighing goods varies from business to business, but all businesses use it to weigh the vehicles that bring products into and out of the facility. In industries such as mining, accurately determining the weight of vehicles carrying goods is not just crucial but a complex task that requires a deeper understanding. Inaccurate weight measurement can have negative consequences, including financial loss, cargo return, and audit problems. Therefore, businesses in these sectors must ensure that the system they have implemented for weighing goods is as precise as possible.

Factors affecting the accuracy of weighbridges:

Several distinct elements influence the accuracy of mobile weighbridges. To gain a deeper understanding of these factors, we can categorize them into two groups: mechanical and human errors. Let's delve into each of these categories to understand how they influence weighbridge accuracy.

Human Errors

Any equipment requiring human input, regardless of technology, is susceptible to human error. One possible reason for these errors in weighbridge systems is a person inside the vehicle during the weighing process. This could cause vibrations to rise, which could affect the measurements. If the truck is not rolled onto the weighbridge scale, the scale will generate inaccurate readings. Always reach out to a reputed weighbridge supplier for help.

Mechanical Errors

There are a multitude of mechanical issues that could lead to an erroneous weight assessment. One of the most crucial parts of a weighbridge system is the load cell or load sensor. The quality of this component can significantly affect the accuracy of the weighbridge. The load cell flexes after the vehicle is placed on the scale, translating the mechanical force of loading into force and producing an electrical signal. However, the load frequently causes measurement errors, depending on how the weight is transferred to the load cell on the scale. Sometimes, the load is not applied to every cell according to the manufacturer's instructions. An inaccurate measurement could result from improperly applied loads, such as twisted loads. Lastly, if the floor on which the load cells are mounted is not sturdy enough or if the load is supported by bumpers, check-rods, or other components intended to stabilize the load, the output may change and provide inaccurate data.

You can reach out to Technoweigh to know more about the weighbridges and order as per your requirements.