Technical

SINGLE ENDED SHEAR BEAM LOAD CELLS

Here’s the answer to the commonly asked question: what is a single ended beam load cells? Single-ended shear beam load cells offer flexible and affordable weighing solutions. In this single ended shear beam load cells, only one end of the device is used to measure weight. These load cells are widely applied in silo weighing, floor scales, light-duty platform scales, hopper scales, and several trade-permissible uses. Alloy steel is the preferred material for shear beam load cells, as it provides the strength to handle large weights efficiently. It is particularly suitable for harsh industrial applications.

The single ended shear beam load cells is electroless nickel-plated for corrosion resistance and includes a waterproof seal for environmental protection. With advanced manufacturing facilities, we produce a wide range of shear beam load cells to meet various industrial needs.

Technical Info

The robust construction of shear beam load cells makes them ideal for industrial applications. Their IP 67 and IP 68 protection ratings ensure resistance against dust infiltration, powerful water splashes, and even submersion.

Two crucial factors found in a shear beam load cell’s datasheet are the nominal load and the breaking or limit load. Additionally, the minimum division value, used to determine the allowable tare weight, is significant. Since modern shear beam load cells are often output current calibrated – impedance trimmed, connecting multiple load cells in parallel is straightforward.

How Does a Single Ended Shear Beam Load Cells Work?

Here’s how a single ended shear beam load cell functions, including its shear beam load cell working principle.

Shear Beam Load Cell Working Principle

When measuring compressive forces, shear beam load cells are commonly utilized. The core of a shear beam load cell is a spring element, a metal component that elastically deforms under stress and returns to its original shape when the stress is removed. The shear beam load cell mounting is done by positioning the cell on this metal element, which detects strain and converts it into an electrical signal output. This is the basic shear beam load cell working principle and how a single ended shear beam load cell operates.

Advantages of Using Single Ended Shear Beam Load Cells

    • Highly precise and repeatable, making them ideal for applications requiring exact force or weight measurements.
    • Long service life and stability, due to their strong design, ensuring reliable operation over time.
    • Compact and low-profile design, allowing easy integration into different equipment and systems.
    • Built-in overload protection, preventing damage while maintaining accuracy under heavy loads.
    • Function well in diverse environmental conditions, thanks to their robust construction.

With their high precision, strong construction, and versatile applications, shear beam load cells are widely used across various industries. Evaluating the right parameters can help you select the best single ended shear beam load cell for your needs.

Applications of Single Ended Shear Beam Load Cells

Some key applications of single ended shear beam load cells include:

  • Floor scales
  • Light-duty platform scales
  • Hopper scales
  • Belt scales
  • Container scales
  • Mid-range platform scales or filling plants
  • Pallet truck scales
  • Silo weighing
  • Typical floor scales
  • Bag weighing machines
  • Bench scales
  • Calibration load cells
  • Conveyor belt weighing
  • Elevator load monitoring
  • Force measurement tension systems

Double Ended Shear Beam Load Cell Working

Unlike single ended shear beam load cells, double ended shear beam load cells are designed for applications requiring higher stability and load-bearing capacity. In double ended shear beam load cell working, both ends of the load cell are fixed while the force is applied at the center. This enhances stability and reduces errors caused by off-center loading.

Double Ended Shear Beam Load Cell Applications

  • Truck scales
  • Heavy-duty industrial platforms
  • Railway scales
  • Tension and force measurement
  • Weighbridges

Whether you need a single ended shear beam load cell or a double ended shear beam load cell, understanding their working principles and applications helps in choosing the best solution for your specific requirements.

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