Meaning
Physical configuration process establishes the sensitivity thresholds of electronic recording devices attached to fragile cargo during distribution. This shock sensor calibration ensures that the device only logs impact events that exceed the force required to damage the product. It prevents the generation of false alarms from normal transit vibrations while capturing critical handling failures.
Technical Procedure
Technicians subject sensor units to controlled deceleration tests to set specific g-force limits. These limits are customized based on product fragility. This precise adjustment ensures that recorded transit data is accurate.
Liability Alignment
Shipping agreements use these calibrated logs to determine which party is responsible for product damage that occurred during transit. If the sensor records a force exceeding the calibrated limit while in the carrier’s possession, the carrier is held liable for the loss. This objective proof resolves disputes and simplifies insurance claims, since it removes any ambiguity about when and where the damage occurred and provides the necessary documentation for the shipper’s legal team to pursue recovery.
Risk Governance
Logistics companies run regular checks on their inventory of sensors to ensure that the instruments have not drifted from their set thresholds over time. This ongoing maintenance is required to maintain the credibility of the monitoring system. It ensures that the recorded data remains legally defensible in dispute resolutions.
