- Baseline reset on change: If the reading shifts, press the ZERO key to clear the change and re-test. This helps maintain accuracy after any signal drift or disturbance. - Local gravity calibration: You can input the precise gravity acceleration value for your testing location. This improves measurement accuracy and the reliability of unit conversion. - Noise reduction at low forces: The minimum force value shielding function filters data within the configured minimum range to prevent low-end noise from affecting results. - Flexible measurement options: Choose from three measurement modes Real time, Peak, and First peak to match your analysis needs. - Practical benefits: Enhances accuracy through site-specific calibration, reduces false readings with low-force shielding, and supports multiple analysis perspectives with selectable measurement modes. - Use scenario 1: On-site testing of mounting hardware where local gravity differs by location; input the local gravity value to ensure force readings reflect true loads and yield correct unit conversions. - Use scenario 2: Structural vibration testing where you need to capture peak forces; use Peak or First peak mode to isolate the core event while Real time provides continuous monitoring. - Use scenario 3: Quality control of small components that generate weak signals; enable minimum force shielding to suppress noise and improve measurement reliability.