Compression & Tension Load Cells

Compression & Tension Load Cells are used for industrial weighing and force measurement applications where loads may be applied in compression, tension or both, depending on the installation.

Laumas load cells in this category can be specified for process weighing systems, suspended weighing, OEM equipment, replacement parts and control system integration when matched with suitable weighing electronics and mounting arrangements.

Compression & Tension Load Cells

Compression & Tension Load Cells are used in industrial weighing equipment and force measurement systems where loads may be applied through compression, tension or a mechanically connected load path.

This collection supports process weighing, OEM machinery, replacement parts, system upgrades and maintenance stock where the correct load direction, capacity, mounting format and signal compatibility are critical.

Application fit: consider the load path, installation geometry and working capacity.
System compatibility: match the load cell with suitable indicators, transmitters or weighing instrumentation.
Reliable installation: use appropriate mechanical mounting to reduce side loads and support stable measurement.

Compression and tension measurement

Compression & Tension Load Cells are used where a weighing or force measurement point may be loaded in compression, tension, or both depending on the installation. They are commonly specified for industrial weighing equipment, test fixtures, suspended weighing arrangements, process weighing systems and machinery where reliable load measurement is required.

Selection should consider the applied load direction, working capacity, mechanical fixing method, available installation space and the surrounding environment. For replacement parts, matching the load cell type, capacity, dimensions and electrical output to the existing weighing system is important for compatibility with indicators, transmitters and control equipment.

These components can be used with suitable weight indicators, weight transmitters, junction boxes and mounting hardware as part of a complete weighing system. Correct installation and signal conditioning help support stable measurement, straightforward calibration and effective integration into OEM equipment, maintenance stock or system upgrade projects.

Bidirectional load measurement

Suitable for applications where the load cell must respond to compression and tension forces, subject to the correct model, capacity and mechanical installation.

System integration

Designed for use with compatible weighing electronics such as indicators, transmitters and control panel equipment for process weighing and automation tasks.

Replacement and OEM use

Useful for new machinery, refurbishment work, replacement parts and maintenance stock where the mechanical format and electrical characteristics match the application.

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Typical applications

Compression and tension load cells are used across industrial measurement tasks where force or weight must be measured through a mechanically connected load path.

Suspended weighing systems

Used in hanging or suspended arrangements where the load is applied in tension and must be converted into a reliable weight signal.

Process vessels and hoppers

Applied in process weighing installations where the mechanical design requires direct force measurement and compatible load cell signal conditioning.

Test and measurement equipment

Used in industrial test rigs, machinery checks and force measurement applications where controlled compression or tension loads are monitored.

Choosing the right load cell

The correct compression and tension load cell depends on the mechanical design of the weighing point and how the signal will be used by the wider system.

Confirm load direction

Check whether the application applies compression, tension or alternating forces, and select a load cell type that is mechanically suitable for that load path.

Select the capacity

Choose a capacity that covers the maximum working load while allowing for installation forces, dynamic effects and any overload conditions identified by the system design.

Match the mounting format

Review the fixing points, thread arrangement, installation envelope and associated mounting hardware so the load cell can be installed without side loading or misalignment.

Check signal compatibility

Ensure the load cell output and wiring are compatible with the intended weight indicator, transmitter, junction box or control panel equipment before ordering.

Compression and tension load cell FAQs

These answers cover common selection, replacement and integration points for industrial users specifying compression and tension load cells.

What is a compression and tension load cell used for?

It is used to measure force or weight where the load may be applied in compression, tension or both, depending on the mechanical arrangement and load cell design.

Can I replace an existing load cell with a different model?

Only if the capacity, dimensions, mounting arrangement, electrical output and system compatibility are suitable. For weighing systems, calibration will normally be required after replacement.

What should I check before specifying a load cell?

Check the load direction, required capacity, mounting method, available space, environmental conditions, cable route and compatibility with the weighing electronics.

Do compression and tension load cells need mounting accessories?

Many installations require suitable mechanical fittings or mounting hardware to align the load correctly and protect the sensor from unwanted forces. The requirement depends on the application design.