Shear Beam Load Cell Manufacturers In Punjab

Accurate Measurement of Bending Force

Shear beam load cells are designed to measure force applied parallel to their surface, offering precise weight detection. These products are used in industrial applications like platform scales, floor scales, and tank weighing systems where accuracy is essential.

Easy Mounting with Standardized Hardware

Shear beam load cells come with threaded holes and mounting plates for quick and secure installation. These products are used in diverse industrial applications that require stable and repeatable force detection with minimal setup time.

Long-Term Performance with Minimal Drift

Thanks to temperature compensation and internal calibration stability, the shear beam load cell delivers reliable readings over extended periods. It maintains signal consistency even in environments with vibration, moisture, or frequent use.

What Is a Shear Beam Load Cell

A shear beam load cell is a precision sensor that measures weight or force by detecting shear strain within a metal body. It’s widely used in industrial weighing systems, especially in platform scales, tank weighing setups, and automated batching systems.

How the Load Cell Operates

Shear beam load cells work on the principle of strain gauge technology. When a load is applied to the cell, it bends slightly, producing a shear strain.

Internal Components and Build Structure

• Strain Gauges – Bonded to the metal body, they detect micro-deformations
• Metal Sensing Element – Often stainless steel or alloy steel for strength
• Protective Sealing – IP65 or IP68-rated covers for moisture and dust protection
• Output Cable – Transmits the voltage signal to the weighing controller
• Mounting Holes or Threads – For easy and accurate installation on support structures

Industrial Key :

• High Accuracy & Repeatability – Minimal deviation over repeated loads
• Hermetically Sealed Models – Suitable for harsh, wet, or dusty environments
• Low Profile & Compact Size – Fits under tanks, hoppers, and conveyor belts
• Overload Protection – Built-in stops prevent permanent deformation
• Load Capacities – Ranges typically from 50 kg to 10 tons or more

Integration with Digital Weighing Systems

• Digital Weight Indicators
• PLC and SCADA Systems
• Automatic Control Panels

Installation and Care Guidelines

• Mount on Rigid, Level Base – Avoid mechanical errors or twisting
• Use Anti-Vibration Pads – Reduces external noise interference
• Keep Cables Protected – Avoid cuts, moisture, or electrical interference
• Routine Calibration – Maintain accuracy over long-term use
• Follow Load Direction Markings – Ensures proper function and safety