Load Cell Specially Designed for Livestock Industry
Intelligent Controller Embedded with Algorithms Chip
Cloud Computing System
Deliver precise visualization of silo data and enable accurate feed production plan, preventing interruptions due to feed shortage or waste due to feed overflow.
Demonstrate accurate data comparison between feed producers and breeding farms, monitor and alarm for any data deviation in real time, and enable farms to take proactive actions.
Monitor breeding operations through Cloud computing of feed consumption data, provide an assistive tool for breeding facilities inspection, and build a solid data basis for breeding farm management.
Smart push notifications for abnormal situation. Whether it is a hardware failure of the load cell/intelligent controller, or a data deviation of feed inflow/outflow, the Cloud computing system will send prewarning and remind breeding farm managers for timely troubleshooting and equipment maintenance.
Simple & Easy DIY installation: each silo generally has 4, 6, or 8 stand bars; installation of WitGood load cells, as simple as shoe-wearing, can be finished in three hours by two staff per empty silo, no need to use cranes or to dismantle existing wirings.
Dynamic real-time calibration: Through the Deep Learning of AI, each load cell can be calibrated in real-time, and data deviation arising from various disturbing factors can be rectified, relieving farms from burdens of manual calibration and struggles with data fluctuations.
Provide reliable feeding analysis & reports to breeding farm managers, assisting them to setup operation standards and adjust operation strategies accordingly.
Inaccurate Data Reading of Load Cells
No Reliable Data basis for Operation Analysis (often a guesswork)
High Labor Cost on Calibrations, Installation, and Maintenance, Tedious Operation Process
Load Cells' Exposure to Various Uncontrollable Factors (Temperature, Humidity, Air pH etc.)
Unable to Meet Complex Data Management Needs in Transition to Smart Agriculture
Silo weighing products, such as load cells and weighing modules, operate on the principle of strain gauge technology. A strain gauge is a device used in smart agriculture equipment that measures the strain (deformation) of an object. When force is applied to the object, it causes a change in the object’s shape, which the strain gauge measures as a change in electrical resistance.
In the context of silos, load cells are installed at the base or support points of the silo. When the silo is filled, the weight of the contents causes a deformation in the load cells for silos. This deformation is detected by the strain gauge, which then converts it into an electrical signal. The signal is proportional to the force applied, which in this case, is the weight of the silo’s contents.
This signal is then sent to a digital indicator or a control system, which interprets the signal and displays the weight. This allows for real-time monitoring of the silo’s contents, ensuring accurate inventory management and preventing overfilling or underfilling.
Moreover, modern silo weighing products often come with additional features such as temperature compensation, which adjusts the measurements for variations in temperature, and overload protection, which prevents damage to the load cells from excessive weight.
In essence, the science behind silo weighing products like weighing modules are a combination of mechanical engineering and electronics, providing a reliable and accurate solution for weight measurement in silos.
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