Load Cell for Filling Machine

The purpose of a Load Cell for Filling Machine is to fill a bag, pouch, or container like a bottle or bin. After the production process, the majority of the goods are measured in predetermined quantities, packed in bags or containers, and sold on the market. Get to know the complete details of filling machine single ended shear beam load cell and double ended shear beam load cell with details here.

In the filling machine, a single ended shear beam load cell is used. The details of the installation procedure of the single ended shear beam load cell is added here. The platform size that a single point load cell is used in should not exceed the recommended specifications provided by the manufacturer. Exceeding the specified platter size can result in diminished off-centre load accuracy and legal-for-trade compliance issues. Corner error can be further reduced by filling the dog-bone shaped sensing section. This is irreversible and must be done by a qualified professional familiar with this technique. Single-ended shear beam load cells are suitable for medium capacity weighing applications such as hoppers and vessels where a highly accurate measurement system is required.  They are also suitable for conveyor weighing applications. Because of its alloy steel structure and high integrity IP67 housing, the single-ended shear beam load cell is the best choice for general purpose industrial weighing applications where cost is a key factor.

Single-ended shear beam load cells can be mounted using one of two mounting assemblies: the Shock / Anti-Vibration Mount is designed for applications involving mixers, feed hoppers, and conveyors where transient loads or vibration may occur, and the Vessel Mount is intended for static applications. Either in new or existing installations, it is easy to install. Stainless Steel Construction; Installable With or Without the Load Cells in Place Simple Load Cell Lifting and Removal Durable Construction Shortens Installation Time Permanent Integral Security A built-in vessel jacking system provides maximum safety protection against the effects of wind and accidental collisions. It also has an anti-lift mechanism for greater vessel stability. Ensuring that there is no potential difference between the upper and lower plates is ensured by heavy duty earth straps. Strong welding currents can be removed with the help of a low resistance path. Above the cable outlet, a substantial protection plate is positioned to prevent damage from falling objects or misuse.

In the filling machine, the double ended shear beam load cells are used. The center web sensing part of the double-ended shear beam is located in the center of the load cell, giving it a comparable design to the single-ended shear beam. But while force is applied to the center of the beam structure, it is fastened at both ends. Higher-capacity industrial weighing applications exceeding ~5,000 pounds, such as truck scales, tank/silo weighing, and other big vessel-weighing applications, are typical uses for this kind of load cell. When compared to canister load cells, the double-ended shear beam has an advantage in terms of structural stability and dependability in harsher or more mobile applications. Because of the rigid rectangular shape and twin fixed points of the load cell, which naturally resist moving, securing double-ended shear beams usually requires a simpler setup.

This is a Dynamic Testing Process, where the Spring will be subjected to continuous Tension & Compression testing mode, to understand the Yield point and to evaluate the spring constant.