To Next PageTo Next PageWhy does my Standard Horizon Transceiver show 'HI BATTERY' or 'LO BATTERY'?
The 'HI BATTERY' or 'LO BATTERY' message on your Standard Horizon Transceiver indicates that the power supply voltage is either too high or too low. Verify that the connected power supply voltage is not above 17 volts or below 10 volts.
How to fix a Standard Horizon Transceiver that won't turn on?
If your Standard Horizon Transceiver isn't powering up, the issue might be related to the power supply or the power knob. First, check the 12VDC battery connections and the fuse. Then, ensure that you press and hold the VOL/PWR knob to switch the radio on.
What to do if my Standard Horizon MATRIX GX2100 Transceiver keeps blowing fuses?
If your Standard Horizon Transceiver repeatedly blows fuses when connected to the power supply, the power wires may be reversed. Check the power cable for DC voltage and replace the fuse (6A 250V). Ensure the red wire connects to the positive (+) battery post and the black wire to the negative (-) post. If the fuse continues to blow, contact your Dealer.
Why is my Standard Horizon MATRIX GX2100 transmit power low?
If a receiving station reports low transmit power from your Standard Horizon Transceiver, even when set to HI power, the antenna might be the problem. Have the antenna checked, or test the transceiver with an alternative antenna. If the problem continues, contact your Dealer.
How to stop engine noise on my Standard Horizon MATRIX GX2100 speaker?
If you're hearing popping or whining noises from the Standard Horizon Transceiver speaker while the engine is running, it's likely due to engine noise. Try rerouting the DC power cables away from the engine. You can also add a noise suppressor on the power cable, switch to resistive spark plug wires, and/or install an alternator whine filter.
Why isn't my position displayed on my Standard Horizon Transceiver?
If your position isn't showing on your Standard Horizon Transceiver, the issue could be with the accessory cable connection or the GPS navigation receiver settings. Check the accessory cable connection, noting that some GPS units use the battery ground line for NMEA connections. Also, verify that the output signal format of the GPS navigation receiver is set to NMEA0183 with GLL, RMB, or RMC sentence as the output signal. If your GPS has a baud rate setting, ensure it is set to 4800 with parity set to NONE.
What to do if AIS information is not displayed on my Standard Horizon GX2000 Transceiver?
If AIS information is not displayed on your Standard Horizon GX2000 Transceiver, check the accessory cable connection. Specifically, short circuit the NMEA-HS(+) cable (BROWN) and NMEA-COMMON (–) cable (GREEN). Also, confirm that the baud rate setting of the AIS receiver is set to 38400 baud.
Why is there no sound from the PA speaker on my Standard Horizon Transceiver?
If no sound is coming from the PA speaker of your Standard Horizon Transceiver, the accessory cable connection might be the cause. Check the accessory cable connection, ensuring you short circuit the PA speaker cable RED/SHIELD.
Why is there no sound from the speakers of my Standard Horizon Transceiver?
If sound isn't being emitted from either the internal or external speaker of your Standard Horizon Transceiver, the accessory cable could be the issue. Inspect the accessory cable connections, and short circuit the external speaker cable WHITE/SHIELD.
General| Brand | Standard Horizon |
|---|---|
| Model | MATRIX GX2100 |
| Category | Transceiver |
| Language | English |
Overview of GX2000/GX2100 VHF/FM transceivers and key features.
Covers safety precautions and RF exposure requirements for installation.
Information on obtaining and requirements for a ship station license.
Notices on unauthorized modifications and FCC compliance regarding interference.
Explains VHF radio frequencies, range, and factors affecting transmission.
Guidance on selecting marine antennas based on gain and type.
Procedure for making a Mayday distress call on Channel 16.
Procedures for initial contact and communication with other vessels.
Describes desktop, overhead, and flush mounting procedures.
Details on connecting power, antenna, and accessories.
Wiring diagrams for connecting GPS, AIS, speakers, and PA horns.
Explanation of primary controls like CHANNEL, PWR/VOL, and SQL knobs.
Instructions for receiving signals and making transmissions.
How to select different display modes like NORMAL, AIS, COMPASS.
Instructions for receiving NOAA weather broadcasts and alerts.
How to set up and operate Memory and Priority scanning modes.
Instructions for using the PA hailer and fog horn functions.
How to use the intercom feature with the optional RAM3 microphone.
Procedure for programming and verifying the Maritime Mobile Service Identity (MMSI).
Detailed steps for transmitting and receiving DSC distress calls.
Procedures for making and receiving All Ships, Individual, and Group calls.
How to request and send vessel position information using DSC.
Steps for performing DSC test calls to verify functionality.
Configuring display settings for screen types like NORMAL, AIS, COMPASS.
Adjusting receiver sensitivity using LOCAL or DISTANCE modes.
Assigning functions to soft keys and configuring key timer settings.
Programming channels into memory and selecting scan types.
Configuring NOAA weather alert modes and functions.
How to assign custom names to radio channels.
Overview of the AIS system, vessel classes, and reception range.
Configuring AIS display direction, range, CPA, and TCPA alarms.
How to view and interact with AIS targets on the radio display.
Procedures for marking current position and adding new waypoints.
Steps for navigating to saved waypoints using the compass display.
Explanation of the controls and buttons on the CMP30 (RAM3) remote mic.
Customizing soft key functions for the remote microphone.
Information on ordering replacement parts and obtaining factory service.
A chart to diagnose and resolve common transceiver problems.
Procedure to clear scan memory and preset memory.
Procedure to reset the radio to factory default settings.
General specs including channels, voltage, current, dimensions, weight.
Technical details of the transmitter's performance.
Technical details of the receiver's performance for voice and DSC.
Details on NMEA 0183 input/output formats for GPS, DSC, and AIS.
Diagrams showing the unit's physical dimensions.
