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Strain Gages(Kyowa/KFG Series), 150¡É
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  • ¸ðµ¨¸íKFG Series
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Strain Gages

 

 KFG Series
General-purpose Foil Strain Gages

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Summary

The KFG series gages use polyimide resin for the base part that is approx. 13 ¥ìm thick. It ensures excellent flexibility. The outstanding moisture proof enables the KFG gages to operate in outdoor measurement effectively. Unless directly exposed to water drop, no coating treatment is required.

Click here for the [Typical Strain Gauge Bonding Procedure]
Click here for the [Strain Gages with Pre-attached Lead Cables]

 

Major Properties

Materials Resistive elementCuNi alloy foil
Materials BasePolyimide
Operating temperature ranges in combination with major adhesives after curing (¡ÆC)CC-33A: -196 to 120¨¬C
CC-36: -30 to 100¨¬C
EP-340: -55 to 150¨¬C
PC-600: -196 to 150¨¬C
Operating temperature ranges in combination with major leadwire cables (¡ÆC)Polyester-coated copper cable: -196 to 150¨¬C
Vinyl-coated flat cable (L-6, L-7): -10 to 80¨¬C
middle-temperature cable (L-11, L-12): -100 to 150¨¬C
Selftemperature-compensation range (¡ÆC)10 to 100¨¬C
Applicable linear expansion coefficient (¡¿10-6/¡É)5, 11, 16, 23, 27
Strain limit at room temp. (approx. %)5.0
Fatigue life at room temp., approx. (times)1.2x107 (¡¾1500¥ìm/m)

Contents

Besides the silver-clad copper lead wire, KFG strain gages with pre-attached lead cables are available on request.
When ordering, please suffix the lead-wire cable code to the model number with a space in between.

e.g.
KFG-2-120-C1-11 suffixes L1M3R for the gage with a 1 m long vinyl-coated flat 3-wire cable becomes
KFG-2-120-C1-11 L1M3R

For details, please refer to the [Strain Gages with Pre-attached Lead Cables]

Products table

All display

KFG120¥Ø Uniaxial

    KFG120¥Ø Biaxial, 0¡Æ/90¡Æstacked rosette

      KFG120¥Ø Triaxial, 0¡Æ/45¡Æ/90¡Æstacked rosette for Stress Analysis

        KFG120¥Ø Biaxial, 0¡Æ/90¡Æplane arrangement

          KFG120¥Ø Biaxial, 0¡Æ/90¡Æ, for torque

            KFG120¥Ø Biaxial, 0¡Æ/90¡Æ, for torque

              KFG120¥Ø Triaxial, 0¡Æ/45¡Æ/90¡Æ