Many enterprises have inquired about temperature effects on electronic belt scales, particularly non-Guonuo clients experiencing measurement inaccuracies and increased errors as temperatures rise. Seasonal temperature fluctuations, especially during summer and winter, often lead to widespread measurement deviations in belt scale systems.
Temperature Impact on Belt Scale Measurement
Multiple factors influence belt scale accuracy, including structural design, sensor quality, installation alignment, belt tension, material flow consistency, and temperature variations. Both laboratory tests and practical applications confirm that temperature changes significantly affect measurement results.
Outdoor installations expose belt scales to uncontrollable environmental factors, such as weather, which challenge precision. Temperature primarily impacts sensors: strain gauges bonded to the sensor's elastic element alter resistance with temperature shifts, while the elastic element's physical properties also change, collectively degrading accuracy.
Industry Solutions for Temperature Drift
Common methods to mitigate temperature drift include:
1.Sensor Self-Compensation: A temperature-sensitive resistor is connected in series within the bridge circuit, using iterative approximation to offset temperature effects.
2.Output Sensitivity Compensation: Symmetrically adding compensation resistors at the bridge input reduces bridge voltage as temperature rises, counteracting sensitivity shifts.
Guonuo's Innovative Temperature Compensation Technology
Guonuo Technology adopts a groundbreaking approach by integrating temperature sensors directly into the scale instrument. This system continuously monitors ambient temperature and incorporates real-time data into its algorithms to dynamically adjust zero points, sensitivity coefficients, and other critical parameters.
This advanced compensation technology ensures near-zero temperature impact on measurement accuracy. Committed to user-centric innovation, Guonuo delivers precise, stable, and adaptable solutions through relentless technological advancements.