This kit uses known masses to calibrate a load cell using the linear response between strain gauges and weight under gravity. The HX711 is easily integrated with Arduino. Using this calibration kit, makers and engineers can build a low-weight measurement scale, a real-time measurement system for aerodynamic loads, a density measurement system using water, and so much more!
The Load Cell Calibration Kit includes:
1x 1 kg Load Cell
1x HX711 Strain Gauge 24-bit Amplifier
2x 3D Printed supports (one bottom, one top)
1x M5 Hex Screw, 1x M4 Hex Screw (for affixing the supports to the load cell)
3x rubber stoppers to prevent slipping
5x calibrated masses (20g, 10g, 5g, 2g, 1g)
An example video demonstration of the load cell can be found at:
NOTE: Because the supports are 3D printed, they may be slightly different from the ones photographed. They will function and appear exactly the same, with slight variations in minor striations or patterning.
This kit uses known masses to calibrate a load cell using the linear response between strain gauges and weight under gravity. The HX711 is easily integrated with Arduino. Using this calibration kit, makers and engineers can build a low-weight measurement scale, a real-time measurement system for aerodynamic loads, a density measurement system using water, and so much more!
The Load Cell Calibration Kit includes:
1x 1 kg Load Cell
1x HX711 Strain Gauge 24-bit Amplifier
2x 3D Printed supports (one bottom, one top)
1x M5 Hex Screw, 1x M4 Hex Screw (for affixing the supports to the load cell)
3x rubber stoppers to prevent slipping
5x calibrated masses (20g, 10g, 5g, 2g, 1g)
An example video demonstration of the load cell can be found at:
NOTE: Because the supports are 3D printed, they may be slightly different from the ones photographed. They will function and appear exactly the same, with slight variations in minor striations or patterning.
