Shear Beam Load Cells

Shear beam load cells are a practical choice for weighing tanks, hoppers, platforms and process vessels. The Laumas range covers capacities and construction options for new installations, planned upgrades and like-for-like replacements.

Choose by capacity, mounting dimensions, load distribution and site conditions, then confirm that the output suits the connected weighing electronics.

8 products

Laumas FTK Shear Beam Load Cell

From £143.00

Laumas FTP Shear Beam Load Cell

From £176.00

Laumas FTKL Shear Beam Load Cell

From £176.00

Laumas FTP DOP Shear Beam Load Cell

From £198.00

Laumas FTZ Shear Beam Load Cell

From £198.00

Laumas FCAX Shear Beam Load Cell

From £231.00

Laumas FTZA Shear Beam Load Cell

From £275.00

Laumas FTH Shear Beam Load Cell

From £600.00

Shear beam load cells for vessel and platform weighing

Shear beam load cells are commonly fitted beneath tanks, hoppers and platforms because they combine a compact format with dependable performance in fixed installations. The load must pass through the sensor as intended, so the mechanical arrangement matters just as much as the stated capacity.

A suitable load-cell mounting kit helps control movement and unwanted side forces. Where several sensors support one vessel, a junction box can combine and trim their signals before connection to a weight indicator or weight transmitter.

For replacement work, compare the original model’s capacity, mounting centres, overall dimensions, output, cable and environmental rating. A close mechanical and electrical match usually makes installation and recalibration more straightforward.

Shear Beam Load Cell Selection

A shear beam load cell measures force applied across a machined beam section. It is well suited to medium-capacity platforms, tanks and hoppers where the sensor can be installed in a controlled mounting arrangement.

Start with the total working load, including the vessel or platform itself, and divide it across the number of supports. Allow for uneven loading and process movement rather than choosing directly from the nominal contents alone.

For an existing system, check mounting centres, body dimensions, cable entry and electrical output against the original data sheet. For a new installation, plan the restraints, mounting hardware, junction box and access for calibration at the same time as the sensor selection.

Industrial Load Measurement

These sensors are widely used beneath platforms, tanks and hoppers. Their compact shape makes them easier to install where a robust fixed weighing point is needed.

System Compatibility

Confirm the excitation and signal requirements of the connected indicator or transmitter. Multi-cell installations may also need a suitable junction box for corner adjustment and cable termination.

Replacement and OEM Use

For a replacement, match the rated capacity, dimensions, mounting threads, output and cable arrangement. For an OEM build, allow enough space for correct loading and future service access.

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Typical Applications

Shear beam designs suit fixed structures where the load can be introduced through a controlled mounting assembly.

Platform and Floor Scales

A shear beam sensor can support platform and floor scales where the frame spreads the load across one or more fixed weighing points.

Hopper and Vessel Weighing

Tanks and hoppers often use three or four sensors with mounting assemblies that allow normal structural movement while keeping the load path aligned.

Process Weighing Systems

They can provide weight feedback for batching, filling, stock monitoring and other processes where the vessel remains part of the production line.

OEM Machinery and Retrofit Projects

Compact dimensions and a wide choice of capacities make shear beam models useful in purpose-built machinery and retrofit projects where an existing sensor must be matched.

How to Choose

Begin with the total load and support arrangement, then compare the mounting format, environment and electrical output.

Capacity and Load Distribution

Include the dead weight of the structure as well as its contents. In multi-cell systems, allow for unequal load sharing between supports.

Mounting Arrangement

Use mounting hardware designed for the selected model and ensure the load is applied in the correct direction without binding or side force.

Electrical Compatibility

Check excitation, rated output, wiring and cable length against the indicator, transmitter or junction box already specified.

Environment and Service Access

Consider moisture, washdown, temperature, vibration and access for inspection. The stated protection and construction should suit the actual site.

Shear Beam Load Cell FAQs

These are the checks buyers most often need to make when selecting or replacing a shear beam load cell.

What is a shear beam load cell used for?

They are commonly used beneath tanks, hoppers, platforms and process vessels where a compact sensor is installed in a fixed mounting assembly.

How do I choose a replacement shear beam load cell?

Compare capacity, mounting centres, body dimensions, output, wiring, cable and environmental rating with the existing unit before ordering.

Can shear beam load cells be connected to a weight transmitter?

Yes. The transmitter must provide compatible excitation and accept the load cell’s signal. Multi-cell systems may connect through a junction box first.

Do shear beam load cells need mounting kits?

Most tank, hopper and vessel installations benefit from a model-specific mounting kit to control the load path and accommodate normal structural movement.