Tension Load Cells

Tension load cells measure force applied in pull. They are used with suspended vessels, hanging hoppers, lifting arrangements and machinery where the load passes through the sensor rather than bearing down onto it.

Choose by working load, connection method, available space, alignment and compatibility with the indicator or transmitter. The installation must keep the sensor in a straight tensile load path.

5 products

Laumas SL Tension Load Cell

From £154.00

Laumas CTOL Tension Load Cell

From £154.00

Laumas SA Tension Load Cell

From £220.00

Laumas CTL Tension Load Cell

From £281.00

Laumas TAL Tension Load Cell

From £611.00

Tension load cells for suspended and pulling loads

A tension load cell is fitted directly into a pulling or suspended load path. Common uses include hanging vessels, hopper weighing, test equipment and machinery where tensile force needs to be measured.

Correct alignment is essential. Rod ends, shackles or other connection hardware must suit the model and allow the force to pass through the sensor without bending or side load. The electrical signal can be read by a weight indicator or integrated into machinery through a weight transmitter.

If the structure supports the load from beneath instead, compare compression load cells and the wider load cell range.

Tension weighing components

Tension load cells measure force acting in pull. They are commonly installed in suspended vessels, hanging hoppers, test machines and other arrangements where the load passes through the sensor.

Capacity selection must include the supported structure as well as its contents or working force. Dynamic effects, unequal loading and possible overload should also be considered.

The end connections need to keep the sensor aligned with the force. Bending, side loading, rigid pipework or a poorly designed linkage can affect the reading and may damage the load cell.

Pull-force measurement

The sensor should sit in a straight tensile load path, with connections that transfer force through its intended loading points.

System compatibility

Confirm excitation, output, wiring and cable against the chosen indicator, transmitter or control system.

Installation considerations

Allow the linkage to align naturally, protect the cable and retain safe access for inspection, calibration and replacement.

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Typical applications

Tension designs are suited to suspended structures and machinery where force acts by pulling through the sensor.

Suspended hopper weighing

A hopper can be suspended from one or more tension sensors to provide weight information for filling, discharge and stock monitoring.

Process batching systems

Suspended vessels can feed weight data into batching controls while ingredients are added or removed.

Mechanical force monitoring

Tension and S-type sensors can measure pulling force in test equipment, machinery and in-line monitoring arrangements.

OEM weighing equipment

OEM builders can incorporate a tension sensor where the linkage, capacity and connected electronics are designed as part of the machine.

Choosing tension load cells

Confirm that the load acts in tension, then check capacity, end connections, alignment, environment and electrical output.

Confirm load direction

A tension sensor is only appropriate where force pulls through the unit. Supported loads normally require a compression or beam design.

Select suitable capacity

Include dead weight and maximum contents or force, with allowance for dynamic loading, uneven distribution and overload.

Check mounting arrangement

Check threads, rod ends, shackles, available length and freedom of alignment. Avoid connections that introduce bending or side force.

Match the electronics

Match excitation, rated output, wiring and cable to the indicator, transmitter or controller that will use the signal.

Tension load cell FAQs

These checks help determine whether a tension model will suit the load path and existing weighing equipment.

What is a tension load cell used for?

It measures pulling force in suspended vessels, hanging hoppers, test equipment, lifting arrangements and other tensile load paths.

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

No. The two designs work with different load directions and mechanical arrangements, so changing between them requires the structure to be assessed.

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

Compare capacity, overall dimensions, threads or end connections, output, wiring, cable and environmental rating with the original unit.

Do tension load cells need special mounting hardware?

They normally need suitable rod ends, shackles or other aligned connections. The hardware must transfer force without bending or side loading.