Heading Control System
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NavAP Heading Control System

Heading Control System Navis Engineering manufactures the new generation of autopilots – NavAP Heading Control System. A modern and technologically advanced digital heading control unit intended to reduce the operator’s workload, increase the vessel motion efficiency and improve operational safety. The NavAP autopilot is a result of substantially redesign. The front panel has been modernized and configured as a 5 or 7 inch high-resolution IPS matrix based display. The widest viewing angles among modern displays allow seeing the displayed information regardless of the angle of view...

System overview The NavAP is fully adaptive. The use of only one ‘Sensitivity’ parameter for fine-tuning system performance covers all known yawing, steering and counter rudder settings of the autopilots of other brands. The NavAP has built-in ‘Heading Monitor System’(HMS) functionality, which makes it possible to receive and monitor the data coming from two heading data sources continuously (gyro+gyro, gyro+magnetic compass, atellite gyro etc.). Several speed sources can also be used during operation (GPS, waterspeed log or bottom tracking log). The NavAP fully self-adjusting ‘Auto Tune’...

Operation modes Operation Modes APH-5 Mass 1.0 kg, 10 W Auto The NavAP automatically keeps the set heading on high and low speeds. The low-speed heading mode can be used by means of 1 or 2 thrusters connected to the NavAP. Track The NavAP controls vessel motion on straight legs between track points set from chart system. FU Follow-up manual control of the steering systems using the rotary knob on the control panel or via an external FU lever/wheel. CTS Pilot The NavAP automatically keeps the set course (COG). River Pilot Manual Rate of Turn (ROT) control using the rotary knob on the control...

Electrical parameters // ©2024 Navis Engineering Supply voltage Power consumption Approx.25 W (The total power consumption depends on the configuration.) Signal inputs System Configuration System configuration System configuration MANDATORY SENSORS Magnetic compass NMEA telegram APB, BWC/BWR, HTC, HSC, Propr VTG, GLL, GGA, ZDA Signal outputs INPUTS/OUTPUTS CHART SYSTEM/ ECDIS NMEA telegrams HTD, RSA, ROR, ALR, ALA,HMS, HMR NMEA telegrams ALF, ALC, ACN, ARC, HBT for communication with CAMS, BAM Control of steering gear/tunnel thruster 2 switching outputs CONTROL PANEL OPTIONAL SENSORS Gyro...

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