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Choosing a force gauge and test stand: what matters?

A digital force gauge measures tension and compression forces in newtons. What matters is the right measuring range, the accuracy and the choice of test stand. A manual stand suits spot checks, while a motorised test stand at constant speed gives repeatable values for series and QA.

5 minStand: 2026-07Geprüft: Measurement specialists
View force gauges
Newton (N)
unit of the measured force
20-90 %
working force relative to the range
~0.5 %
typical accuracy of full scale
Tension + compression
both test directions possible
Inhalt
  1. Principle and range
  2. Tension and compression
  3. Test stand comparison
  4. Frequently asked questions

How does a force gauge measure and what is the measuring range?

A digital force gauge senses the applied force through a load cell and shows it in newtons (N). Pick the measuring range so the expected working force sits at roughly 20 to 90 percent of full scale - that keeps the reading accurate and avoids overload.

Accuracy: it is usually stated as a percentage of full scale, typically around 0.5 %. A smaller gauge with a fitting range measures small forces more accurately than a large one near the bottom of its scale.

Once the range fits, the same logic applies to picking a scale - see Choosing a scale.

Tension or compression - which test do I need?

In a tension test the force pulls on a joint - for example pull-off, pull-out or holding forces. In a compression test the force presses or crushes - for example actuation, break or spring forces. Most gauges measure both directions; fittings such as hooks, plates or clamps transfer the force cleanly.

Peak hold: the peak function captures the highest force value - important when the force occurs only briefly, such as during pull-off or breaking.

Manual or motorised test stand?

A manual test stand (screw or lever drive) guides the force gauge straight and suits spot checks. A motorised test stand travels at constant speed and delivers repeatable values - the basis for series testing and QA.

FeatureManual test standMotorised test stand
Drivescrew or lever, by handmotor with adjustable speed
Speeddepends on the operatorconstant and repeatable
Repeatabilitylimitedhigh
Typical usespot checks, setupseries, QA, documentation
Effortlow, mobilehigher, stationary
Force gauge

Digital, measures tension and compression in newtons, with peak hold.

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Manual test stand

Screw or lever drive for spot checks and setup.

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Motorised test stand

Constant speed for repeatable series testing.

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Frequently asked questions

How do I pick the right measuring range?

So the expected working force sits at roughly 20 to 90 percent of full scale. Too large a range wastes accuracy, too small risks overload.

What does accuracy of full scale mean?

The deviation refers to the full scale value of the range, typically around 0.5 percent. Near the bottom of the scale the relative error grows, so choose a fitting range.

When is a motorised test stand worth it?

As soon as values must be repeatable and documented - for series testing and QA. For occasional spot checks a manual test stand is enough.

The right force gauge and test stand

Digital force gauges for tension and compression plus manual and motorised test stands - from a single source.

Reviewed

Content reviewed by measurement specialists.

Tension and compression

Gauges for both test directions.

Complete

Force gauge and test stand from a single source.

Expert advice

Personal advice on measurement technology.

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