Intake Weighbridge Cross Checking for Raw Flax Scutching Manifests
Intake weighbridge cross checking reconciles gross straw mass, core moisture regain, and soil tare against scutching manifests to verify net fibre yields.
Static Axle Scale
Weighing Platform
Industrial sensors embedded in mill entryways measure the mass of each truck axle individually while the vehicle remains stationary at the check point. Using a static axle scale allows logistics teams to verify that load distribution is safe and that the total weight matches the commercial declarations. This method captures weights axle by axle and sums them up to provide a gross vehicle mass.
It offers a compact alternative to full length platform scales in sites with limited space.
Measuring Cycle
Operation requires the driver to position each pair of wheels precisely over the flush mounted pressure pads. The static axle scale records the static force exerted once the suspension has settled, preventing the inaccuracies caused by dynamic oscillations during moving weighments. Errors can occur if the truck brakes are applied forcefully while on the pads, creating lateral tension in the sensor.
Consistent calibration involves testing with known weights on each specific pad to ensure balanced readings across the entire width.
Volume Verification
Data generated at these checkpoints forms the basis for initial freight cost calculations and fibre tonnage intake logs. Because the static axle scale provides high resolution data for discrete load points, it also helps mill safety officers prevent overloading of forklifts during later unloading steps. The cumulative totals are cross referenced with warehouse registers to maintain high inventory precision.
Reliable axle measurements reduce commercial risk during mass balance reconciliations.