Over time, adhesive bonding or moisture ingress can cause the gauge to "creep," leading to false strain readings. Calibration identifies this drift, ensuring your structural health data remains accurate and reliable.
Yes. We calibrate the entire measurement chain, from the gauge factor settings to the data logger output, ensuring the millivolt ($mV$) signal translates to precise microstrain ($\mu\epsilon$) units.
Absolutely. We certify the high-resolution equipment needed for hole-drilling or saw-cut methods, ensuring the measurement of internal material stresses meets Australian engineering standards.
We verify your system's internal shunt resistors. This allows your technicians to perform quick, accurate field-checks between professional calibration intervals, maintaining data integrity during long-term monitoring.
We verify that the gauge’s thermal output matches its specification. This ensures that expansion caused by the Australian sun isn't mistaken for mechanical load or structural failure.
For critical infrastructure like bridges or mining rigs, we recommend annual verification. In highly corrosive or high-vibration environments, 6-monthly signal integrity checks are advised to detect sensor fatigue.
×
Choosing a selection results in a full page refresh.
