Load Cell for Trolley Weighing System: Single-Ended Shear Beam Load Cell (SESB)
Just One End Rectangular beams with one end fixed and a load applied to the other “live” end are known as single-ended beam load cells. They go by the names shear, bending beam, and cantilever load cells as well. Depending on the specific design of the beam load cell, the sensor section, which is positioned in the middle of the beam, detects shear or bending force when a load is applied. This type of load cell is frequently used in scale and process weighing applications. The Load Cell for Trolley Weighing System precisely positioned strain gauges of the sensing component within a through-hole in bending beam load cells allow for accurate measurements of the bending forces when the beam deforms elastically.
Single Ended Shear Beam Load Cell
Load Cell for Trolley Weighing System uses a single ended shear beam load cell. When using a single point load cell, the platform size shouldn’t be larger than what the manufacturer recommends. Oversizing the platter can lead to problems with legal-for-trade compliance and reduced accuracy of the off-center load. By filling the dog-bone-shaped sensing region, corner error can be further decreased. This needs to be done by a trained expert who is experienced with this method because it is irreversible. For medium capacity weighing applications, including hoppers and vessels, where a very accurate measurement system is needed, a single-ended shear beam load cell is appropriate.
Applications involving conveyor weighing are also appropriate for them. The single-ended shear beam load cell is the ideal option for general purpose industrial weighing applications where cost is a critical element due to its alloy steel frame and high integrity IP67 enclosure. One of two mounting assemblies can be used to place a single ended shear beam load cell: the vessel mount is meant for static applications, while the shock/anti-vibration mount is meant for applications involving mixers, feed hoppers, and conveyors where transient loads or vibration may occur.
It is simple to install in both new and old systems. Installable With or Without the Load Cells in Place; Stainless Steel Construction Easy Lifting and Removing of Load Cells Sturdy Design reduces in length Time of Installation Everlasting Integral Security The best safety defense against wind-related damage and unintentional accidents is offered by an integrated vessel jacking system. In order to increase vessel stability, it also features an anti-lift device. Heavy duty earth straps guarantee that there isn’t any possible difference between the upper and bottom plates. A low resistance route can be used to eliminate strong welding currents. A large protective plate is positioned above the cable outlet to guard against overuse or damage from falling objects.
