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    Half Bridge Shear Strain Gauge

    Electrical half bridge shear strain gauge with high measurement accuracy, resistance can be selected 350/650/1000Ω, provide custom product service, suitable for all kinds of scales, industrial force measurement, stress analysis test and high temperature melt pressure sensors.
    This product has a minimum quantity of 100
    Free Shipping Worldwide
    Delivery date: 2-12 days

    Buy cheap half bridge shear strain gauge, a wide range of models to choose from, support product customization, precision sealing structure is conducive to the long-term stability of the load cell.


    • Model: ATO-SG-HA
    • Deviation of Nominal value: ≤±0.5%
    • Tolerance of the Mean Value: ≤±0.1 %
    • Sensitivity Factor: 2.0~2.2
    • Dispersion of the Mean: ± 1 %
    • Average Heat Output Coefficient: 1 μm/m/C
    • Dispersion of Average Heat Output: ≤30μm/m/C
    • Insulation Resistance: 10^4 MΩ
    • Fatigue Life: ≥10^7
    • Operating Temperature: -30℃~150℃

    Half Bridge Shear Strain Gauge Structure Diagram

    Half bridge strain gage structure diagram
    Resistance Strain Gauge Model (Unit: mm)

    Model Sensitive Grid Size Base Size
    ATO-SG350-2HA 2.0×3.7 9.0×5.6
    ATO-SG350-3HA 2.8×5.5 9.7×6.7
    ATO-SG350-4HA 3.7×6.4 8.5×7.4
    ATO-SG650-3HA 2.8×4.7 8.8×5.7
    ATO-SG1000-3HA 2.8×5.5 9.7×6.7
    ATO-SG1000-4HA 3.8×6.4 8.5×7.4

    Tips: How to choose the size of the strain gauge?

    Select the size of the strain gauge according to the material and stress conditions of the specimen, as well as the area where the strain gauge is allowed to be pasted. For large strain gages, it is recommended to use strain gages with a grid length of 3-6mm. If the stress concentration area of the specimen or the allowable bonding surface is small, it is recommended to use a strain gauge with a grid length of ≤1 mm. A strain gauge with a longer grid length has the advantages of easy bonding, wiring, and good heat dissipation. There is a certain improvement in the performance of the strain gauge. The smaller the size of the strain gage, the higher the requirements for the paste quality and the relatively poor heat dissipation. Therefore, on the premise of ensuring the measurement accuracy and sufficient installation area, it is appropriate to select a strain gage with a larger grid length.

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