CFG+ Digital force gauge

CFG+ Digital force gauge

The CFG+ digital force gauge represents an extremely affordable alternative to mechanical gauges and features an accuracy of ±0.5% of full-scale.

There are 3 models available with maximum capacities of 50, 200 and 500 N.

The CFG+ digital force gauge represents an extremely affordable alternative to mechanical gauges and features an accuracy of ±0.5% of full-scale.

There are 3 models available with maximum capacities of 50, 200 and 500 N.

A clear simple LCD display shows readings in the most common measurement units (N, kN, mN, gf, kgf, lbf and ozf). Values are shown as continuously changing ‘live’ or frozen in the display to capture the peak reading.

Manufactured in a lightweight ABS plastic housing, the CFG+ has a simple keypad and comes equipped with RS232 output for easy data transmission.

Its primary use is as a hand-held device but it’s design makes it attachable to manual test stands for more controlled testing. An overload warning function, to reduce the risk of accidental damage to the instrument by an operator, is standard on all models.

Powered by disposable AA batteries, the CFG+ comes with basic accessories for tension and compression testing. A declaration of conformity is supplied as standard with a calibration certificate available for a small additional fee.

Tension & Compression

Measurement range

All force gauges measure from zero to the value indicated in the table below.

Model CFG+
50
CFG+
200
CFG+
500
N 50 200 500
lbf 11 44 110
kgf 5 20 50
Resolution
Model CFG+
50
CFG+
200
CFG+
500
N 0.05 0.2 0.5
lbf 0.01 0.05 0.1
kgf 0.005 0.02 0.05
Accuracy

CFG+: ±0.5 % of full scale

e.g. CFG+ 500 has a full-scale capacity of 500 N so is accurate to ± 2.5 N at any point between 0 – 500 N.

Units of measurement

mN, N, kN, gf, kgf, ozf, lbf

Sampling Rate

500 Hz

Overload Rating

150% of full scale

Dimensions

Dimensions

Width

76 mm

Height

133 mm

Depth

31 mm

Weight

250g

*As the device is used in varying environmental conditions, the uncertainty of measurement could be as much as 0.1% of full scale.

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