Simrad Navico AP12 Operator Manual

Simrad Navico AP12 Autopilot System manual cover

Pages 44

Year 1999

Language(s)

of 44

Simrad Navico AP12 Autopilot System Specification

The Simrad Navico AP12 Autopilot System is designed to offer reliable and efficient automatic steering for small to medium-sized vessels. The system is engineered to integrate seamlessly with both powerboats and sailboats, providing precise control and ease of use. At its core, the AP12 features a robust control unit that facilitates intuitive operation through a clear, backlit LCD display, allowing for easy navigation and adjustment of settings even in low-light conditions. The autopilot system employs advanced steering algorithms to ensure accurate course holding and smooth maneuvers, reducing the need for constant manual steering and thereby minimizing fuel consumption and fatigue during long voyages.

The AP12 is equipped with a rate gyro compass that enhances performance by providing stable course detection and reducing the effects of pitch and roll. This ensures accurate steering under various sea conditions, enhancing the vessel's safety and efficiency. The system's versatility is further demonstrated by its compatibility with a range of steering systems, including hydraulic, mechanical, and cable-driven setups, making it adaptable to a wide variety of boat configurations.

Installation is straightforward due to the compact design and comprehensive user manual, which facilitates quick setup and integration with existing onboard systems. The AP12 is also designed to interface with other marine electronics, such as GPS and chart plotters, offering enhanced navigational capabilities and route tracking. Built with durability in mind, the Simrad Navico AP12 is constructed with high-quality materials to withstand harsh marine environments, ensuring long-lasting performance and reliability. This autopilot system represents a blend of sophisticated technology and user-friendly operation, making it an ideal choice for boating enthusiasts seeking to enhance their navigational experience.

Simrad Navico AP12 Autopilot System F.A.Q.

How do I calibrate the Simrad Navico AP12 Autopilot System?

To calibrate the Simrad Navico AP12, enter the calibration mode by pressing and holding the 'STBY' button while turning on the autopilot. Follow the on-screen prompts to complete the calibration process, ensuring the vessel is in calm waters for accurate results.

What should I do if the autopilot loses course stability?

Check the rudder feedback unit and ensure it is properly aligned and functioning. Also, verify that the compass is correctly calibrated and free from magnetic interference. Adjust the autopilot's gain settings if necessary.

How can I reset the autopilot to factory settings?

To reset the Simrad Navico AP12 to factory settings, access the setup menu and navigate to the 'Factory Reset' option. Confirm the reset, and the device will return to its original settings.

Why does my autopilot keep displaying a 'No Data' error?

A 'No Data' error typically indicates a problem with the NMEA 0183 or NMEA 2000 network connection. Check all connections, cables, and ensure that the data source is active and transmitting correctly.

How do I update the software on the Simrad Navico AP12?

The Simrad Navico AP12 does not support direct software updates. Ensure your system is compatible with your other marine electronics and consult the manufacturer's website for any available updates or compatibility notes.

What are the key maintenance tasks for the AP12 autopilot system?

Regular maintenance tasks for the AP12 include checking all electrical connections, inspecting the drive unit for wear, ensuring the rudder feedback unit is secure, and cleaning the compass sensor to prevent interference.

Can I integrate the AP12 with other navigation systems?

Yes, the Simrad Navico AP12 can be integrated with other navigation systems using NMEA 0183 or NMEA 2000 protocols. Ensure compatibility with your specific devices and consult the integration manual for detailed instructions.

What should I do if the autopilot is not holding the course?

If the autopilot is not holding the course, verify the calibration settings, check the rudder feedback unit, and ensure that the compass is correctly installed and calibrated. Adjust the gain settings if necessary.

How can I troubleshoot communication issues with the AP12?

To troubleshoot communication issues, check all NMEA connections for loose wires or corrosion, ensure that all devices on the network are powered, and verify that the baud rate settings match between devices.

Why does the autopilot disengage unexpectedly?

Unexpected disengagement may be caused by electrical interference or a faulty drive unit. Inspect all cables for damage, ensure the power supply is stable, and replace any suspect components.