To Next PageTo Next PageWhat to do if there is a fan failure in Raytheon Anschütz Standard 22 GYRO COMPASS Control Unit?
If you encounter a fan failure in your Raytheon Anschütz Control Unit due to a motor defect, blockage, or a current sensor issue in the control circuit, open the compass door and use an external fan to cool the unit if needed.
What to do if I see a Device Error on my Raytheon Anschütz Standard 22 GYRO COMPASS Control Unit?
If you get a Device Error on your Raytheon Anschütz Control Unit and suspect the Operator Unit is switched off, check the Operator Unit to ensure it is powered on.
What to do if there is a CAN Bus line X1 failure in Raytheon Anschütz Control Unit?
If the CAN Bus line X1 fails on your Raytheon Anschütz Control Unit, it could be due to a short circuit at the CAN line. Check the CAN-Bus to resolve this issue.
How to fix Distribution Unit Error on Raytheon Anschütz Standard 22 GYRO COMPASS Control Unit?
If you encounter a Distribution Unit Error on your Raytheon Anschütz Control Unit due to a defect in the electronics, exchange the item or switch to another Distribution Unit.
General| Manufacturer | Raytheon Anschütz |
|---|---|
| Category | Control Unit |
| Model | Standard 22 |
| Power Supply | 24 V DC |
| Operating Temperature | -15°C to +55°C |
| Type | Gyro Compass |
| Dimensions | 420 mm |
Explains warning symbols and their meanings for hazard identification.
Lists related documentation by number and title for further reference.
Provides a glossary of acronyms and terms used in the manual.
Crucial safety warnings for operation, configuration, and system changes.
Describes the operator unit's hardware components, features, and design principles.
Details all physical buttons, LEDs, and display indicators on the operator unit.
Provides an overview of connected sensors and displayed heading information.
Explains monitoring heading differences between sensors and setting thresholds.
Details inputting speed and latitude for automatic heading error correction.
Manages correction values to compensate for magnetic heading deviation.
Details the CAN-Bus architecture, addressing, and termination.
Lists common error messages like 'No CAN connection' and their remedies.
Provides detailed mechanical and electrical specifications of the operator unit.
Crucial safety warnings regarding configuration changes and resets.
Outlines preconditions and steps for initial operation setup.
Describes general operation, interface elements, and menu navigation.
Instructions for adjusting brightness and switching between day/night display modes.
Details adjustable settings on the overview page like sensor, speed, latitude, and variation.
Allows setting user threshold values for heading difference alarms.
Covers accessing service mode and configuring various system settings.
Reduces gyro compass settling time from 4 hours to 1 hour.
Checks the functionality of display elements and LEDs.
Critical safety warnings for installation personnel and procedures.
Outlines installation steps, DIP-switch adjustments, and configuration.
Details procedures for connecting power supply and bus systems.
Step-by-step guide for connecting the 24V DC power supply.
Instructions for connecting the CAN-Bus with termination.
Details connecting serial interfaces for RS422/RS485 communication.
Lists configurable features and requirements for the configuration tool.
Identifies components and their functions on the PC boards.
Describes serial interface communication protocols and telegrams.
Guides on setting Unit ID, CAN-Group, and CAN-Number for network devices.
Safety notes related to interface reconnections and alert escalation.
Lists alert messages, their possible causes, and remedies for troubleshooting.
Explains the operator unit's interface to the BNWAS.
States the operator unit is maintenance-free and how to handle malfunctions.
Provides guidelines for disposing of the unit according to WEEE regulations.
