double ended shear beam load cell

Q: How is a double ended shear beam load cell used in weighbridges?

A: A double ended shear beam load cell is installed beneath the deck of a weighbridge, where it accurately detects the force applied by the vehicles weight. This force is converted into an analog voltage signal (2mV), enabling precise measurement of loaded and unloaded vehicles.

Q: What are the benefits of using a steel double ended shear beam load cell?

A: Steel construction ensures durability in harsh industrial environments, while the double ended shear beam design enhances load distribution and reduces measurement errors. Its 0.025% accuracy ensures reliable performance for heavy duty weighing applications like weighbridges.

Q: Where can I purchase this load cell in India?

A: This load cell is available through authorized dealers, distributors, exporters, manufacturers, producers, suppliers, traders, and wholesalers throughout India. You can source it directly from these networks based on your specific project requirements.

Q: What is the recommended operating temperature for this load cell?

A: The recommended operating temperature range is 0C to 50C, with a compensated temperature range of 10C to 50C to ensure measurement stability and accuracy during usage.

Q: When should I use a double ended shear beam load cell instead of a single ended type?

A: Double ended shear beam load cells are ideal for larger weighing platforms and applications where uniform load distribution is critical, such as in weighbridges, due to their enhanced structural strength and measurement stability.

Q: How is the analog output from this sensor utilized in weighing systems?

A: The load cell produces an analog output voltage of 2mV proportional to the applied load. This signal is typically processed by an indicator or control system in the weighing setup, which then displays or records the measured weight.

Q: What is the process for installing this double ended shear beam load cell?

A: Installation involves securely mounting the load cell at both ends beneath the weighing platform, connecting the electrical wiring to the measurement system, and calibrating the assembly to ensure accurate weight readings during daily operations.