fluid & floating

dynamic draught and floating measurement

The Dynamic Draught and Floating Measurement System combines hydrostatic draught sensors with inertial motion measurements to provide continuous monitoring of the vessel's floating condition. Dynamic influences during the voyage are automatically compensated, enabling accurate floating condition assessment and optimization.

why hoppe

Continuous monitoring of the vessel's floating condition
Sensor fusion of draught and motion measurements
Dynamic compensation of voyage influences
Real-time trim and draught information
Accurate vessel motion monitoring
Integration into onboard monitoring systems
Reliable measurement under dynamic operating conditions

system design

Hydrostatic pressure sensors (HCG 2011)
HOSIM2 inertial measurement system
HOMIP PLC-based control architecture
Bow, stern, port and starboard draught measurements
Centralized data processing and visualization
Ethernet / RS485 communication architecture
Integration into ship management systems

DYNAMIC DRAUGHT MEASUREMENT

Precise determination of real draughts
Basis of trim optimization

DYNAMIC TRIM MEASUREMENT

True dynamic trim

DYNAMIC MOTION MEASUREMENT

Precise vessel motions
Rolling, pitch and acceleration forces
Hogging and sagging

Components

HOSIM – Motion Sensor

electric pressure sensor

Downloads

Brochure – DYNAMIC DRAUGHT AND FLOATING MONITORING

Fact sheet – Dynamic Draught and Floating Monitoring

Whitepaper – WHY DYNAMIC DRAUGHT MEASUREMENT IS IMPORTANT

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