Tension Load Cells

Tension Load Cells are used for industrial weighing applications where the load is applied in pull rather than compression. They support suspended hoppers, hanging vessels, force measurement assemblies and process weighing systems that require accurate load measurement through a tensile load path.

Choose from Laumas tension weighing components for replacement work, OEM builds, maintenance requirements and new installations. Consider capacity, mounting format, alignment, output compatibility and integration with weight indicators, transmitters or control equipment when specifying a system.

Tension weighing for industrial systems

Tension Load Cells are used where the measured force is applied as a pull, making them suitable for suspended weighing, hanging hopper arrangements, vessel supports and force measurement assemblies.

These load measurement components can form part of complete weighing systems with weight indicators, weight transmitters, junction boxes, remote displays and control panel equipment. They are relevant for replacement parts, OEM equipment, maintenance stock, system upgrades and new process weighing installations.

For suspended loads, hoppers and process vessels
Selection based on capacity, mounting style and load direction
Compatible system design supports reliable signal conditioning and weighing automation

Tension weighing components

Tension Load Cells are designed for applications where the load is applied in pull rather than compression. They are commonly used in suspended weighing systems, hanging hoppers, vessel supports, force measurement assemblies and process weighing installations where the mechanical arrangement requires tensile load measurement.

When selecting a tension sensor, engineers should consider the applied load direction, working capacity, mounting arrangement, available space, environmental conditions and compatibility with the wider weighing system. The load cell must be mechanically supported and installed so that force is transferred correctly without side loading, misalignment or unwanted mechanical restraint.

These components can be used as replacement parts, for OEM equipment, for new installations or as part of system upgrades involving weight indicators, weight transmitters and control panel integration. Matching the load cell output, cabling, junction hardware and signal conditioning equipment helps ensure dependable system performance and straightforward commissioning.

Pull-force measurement

Designed for weighing and force measurement where the load is applied in tension, such as suspended vessels, hanging assemblies and mechanical linkage systems.

System compatibility

Select sensors with the correct capacity, output and mounting format for use with existing weight indicators, transmitters, junction boxes and process control equipment.

Installation considerations

Correct alignment, load path, fixings and mechanical protection are important to reduce side loading and support accurate, repeatable weighing performance.

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Typical applications

Tension weighing is used where a suspended load, hanging structure or pull-force arrangement needs to be measured as part of a weighing or process control system.

Suspended hopper weighing

Used where hoppers, bins or vessels are supported from above and the load is measured through tensile supports or hanging hardware.

Process batching systems

Suitable for process weighing arrangements where material addition, discharge or batch control depends on reliable load measurement.

Mechanical force monitoring

Applied in industrial assemblies where pull force needs to be measured, monitored or converted into a usable weighing signal.

Choosing tension load cells

Selection should be based on the mechanical design of the weighing system as well as the electrical and control requirements of the installation.

Confirm load direction

Use a tension type only where the load is applied as a pull force. If the structure is supported from below, a compression or beam type may be more appropriate.

Select suitable capacity

Choose a capacity that covers the maximum working load, allowing for tare weight, dynamic effects and the number of load cells sharing the load.

Check mounting arrangement

Review thread, eye, clevis or linkage requirements and ensure the installation allows correct alignment without side loading or mechanical binding.

Match the electronics

Confirm compatibility with the weight indicator, transmitter, junction hardware or PLC interface used for signal conditioning, display and control integration.

Tension load cell FAQs

Common buyer questions about selecting, replacing and integrating tension sensors in industrial weighing systems.

What is a tension load cell used for?

A tension load cell measures pull force. It is used in suspended weighing systems, hanging vessels, mechanical linkages and applications where the load is supported in tension.

Can I replace a compression load cell with a tension load cell?

Only if the mechanical design applies the load in tension. Compression and tension sensors are installed differently, so the load path, mounting and system design must be checked before replacement.

What should I check when replacing an existing tension load cell?

Check capacity, mechanical dimensions, mounting thread or hardware, output compatibility, cable arrangement and how the cell connects to the indicator, transmitter or junction box.

Do tension load cells need special mounting hardware?

They often require suitable end fittings, alignment hardware or mounting assemblies to apply the force correctly. Poor alignment can introduce side loads and affect measurement performance.