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General| Brand | Faria Beede |
|---|---|
| Model | MG3000 |
| Category | Measuring Instruments |
| Language | English |
Details the NMEA 2000 networking, J-1939 compatibility, and button functionality of the tachometer.
Specifies the maximum panel thickness and hole sizes for instrument installation.
Provides instructions for attaching the back clamp to secure the instrument after panel mounting.
Details the pin configurations for the 12-pin connectors of the tachometer and speedometer.
Illustrates wiring for GPS, Depth Sounder, and Faria Bus using various connectors.
Describes the self-test sequence that occurs each time the tachometer is powered on.
Guides the user through selecting the desired system language for the interface.
Explains how to set the clock offset, requiring a connected GPS for accurate time.
Details setting the number of engines and identifying the specific engine to monitor.
Specifies the engine manufacturer to ensure proper data communication and interpretation.
Sets the default units for all data fields displayed on the instrument.
Configures remaining fuel source, number of tanks, type of tanks, and fuel tank capacity.
Describes the default data pages shown in Normal Mode and how to scroll through them.
Lists the available menu options for accessing settings and functions.
Provides instructions on how to enter the Tachometer Menu Options from Normal Mode.
Resets the total fuel used data and associated fuel economy calculations.
Adjusts the LCD display contrast level, offering 22 predefined levels.
Manages the brightness of the dial and display backlights.
Guides setting the fuel level to full and recording amounts of fuel added to tanks.
Explains the feature for recording engine hours, fuel used, and odometer readings for trips.
Instructions on how to access and view recorded trip and season data.
Guides the user on how to clear recorded trip and season data.
Lists main categories within the Edit Menu like System, Cal Trim, and Fuel Setup.
Manages global settings such as audio, self-test, master reset, and software version.
Describes how to re-initialize the tachometer after the initial setup.
Allows selection of the system language from available options.
Controls buzzer settings for warnings, button presses, and saved settings.
Configures whether the tachometer emits an audible beep for warnings.
Configures audio feedback that occurs after a setting is successfully saved.
Configures audio feedback for each button press on the tachometer.
Enables or disables all audio feedback options for the tachometer.
Manages clock display, including time zone offset and format (12/24 hour).
Covers setting the clock time, data type, and time zone offset.
Enables viewing current and past alarms, and clearing alarm history.
Provides instructions on how to clear all recorded alarms from the tachometer.
Allows changing units for data fields like volume, speed, and temperature.
Guides the user through performing a self-test to verify component communication.
Displays the current software version and revision for technical support.
Resets the tachometer to its original factory default settings.
Defines tank characteristics, totalizer functions, and various setup options for fuel management.
Guides setting the capacity of each fuel tank and selecting the appropriate fuel sender.
Details the procedure for setting the fuel level to indicate a full tank.
Instructs how to accurately record the amount of fuel added to a specific tank.
Allows the user to set the total capacity for each individual fuel tank.
Guides the multi-point calibration process for fuel senders to ensure accuracy.
Sets a specific volume threshold to trigger the low fuel warning alarm.
Explains how the totalizer monitors and combines fuel usage data from multiple tanks.
Resets the totalizer fuel used data, which also resets fuel economy data.
Records the highest speed achieved since the last reset.
Instructions on how to display the recorded maximum speed.
Guides the user on how to reset the recorded maximum speed value.
Controls data page appearance, number of pages, fields, scrolling, and units.
Allows adjustment of the number of data pages displayed in Normal Mode.
Guides selecting and editing the data fields displayed on each page.
Selects the specific data to be shown on the second line of the LCD display.
Configures the automatic scrolling feature for cycling through data pages.
Sets the time interval between automatic scrolls of data pages.
Allows changing the color of the LCD backlight from available choices.
Sets engine instance, maintenance intervals, and selects data sources for gauges.
Selects the source (analog or digital bus data) for each tank's information.
Sets the engine instance ID and selects the engine data source for monitoring.
Assigns an identifier (e.g., PORT, STARBOARD) to each engine for monitoring.
Sets and monitors the engine maintenance interval based on operating hours.
Resets the engine maintenance interval counter after service.
Specifies the engine manufacturer to ensure proper data interpretation.
Configures trim sender settings, including NMEA 2000 or specific manufacturer options.
Guides the calibration process for the trim sender for accurate readings.
Sets the number of batteries connected to the system.
Selects the data source for oil pressure readings.
Selects the data source for water temperature readings.
Selects the data source for air temperature readings.
Selects the source for speed data, such as GPS, Paddle Wheel, or Pitot.
Configures how steering angle data is used within the system.
Alerts users to changes in monitored data fields like RPM, Fuel Economy, and Speed.
Guides the user on how to turn specific pop-up alerts ON or OFF.
Sets the value that triggers a pop-up alert for a selected data field.
Allows setting custom alarms for specific data fields like oil pressure and engine temperature.
Provides a process of elimination for network and data display issues.
Lists critical and warning engine alerts, their possible causes, and recommended procedures.
A chart to diagnose and resolve common network connectivity and communication problems.
Provides a comprehensive list of abbreviations used in the tachometer and their meanings.
Explains the use of PGNs and how to obtain a list of supported PGN data.
Describes the internal buzzers used for warnings and other controllable audio settings.
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