What to do if my Standard Communications Horizon GX2335S NOVA+ Transceiver fails to power up?
If your Standard Communications Transceiver won't power up, the issue might be a lack of DC voltage or a blown fuse. Check the power cable for DC voltage and replace the fuse (6A 250V) if necessary.
Why does my Standard Communications Horizon GX2335S NOVA+ blow a fuse when connected to the power supply?
If your Standard Communications Transceiver blows a fuse upon connecting to the power supply, the power wires may be reversed. 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 SCC Dealer.
What to do if receiving stations report low transmit power on my Standard Communications Horizon GX2335S NOVA+?
If receiving stations report low transmit power, even when your Standard Communications Transceiver is set to HI power, the antenna might be the problem. Have the antenna checked or test the transceiver with another antenna. If the problem persists, contact your SCC Dealer for servicing.
How to stop popping or whining noise from Standard Communications Horizon GX2335S NOVA+ Transceiver speaker?
To eliminate popping or whining noises from the speaker of your Standard Communications Transceiver while the engine is running, reroute 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 add an alternator whine filter.
Why is “HI” blinking on my Standard Communications Horizon GX2335S NOVA+ Transceiver?
If “HI” is blinking when you turn on your Standard Communications Transceiver, the power supply voltage is likely too high. Confirm that the connected power supply voltage is not 24 volts and that the generator has not malfunctioned.
General| Brand | Standard Communications |
|---|---|
| Model | Horizon GX2335S NOVA+ |
| Category | Transceiver |
| Language | English |
Overview of the VHF/FM transceiver's capabilities and features.
Technical data required for licensing applications and regulatory compliance.
Specifies required tests before initial operation, performed by a technician.
Guidelines for selecting an optimal mounting location for the transceiver.
Step-by-step guide for mounting the transceiver using the standard bracket.
Instructions for connecting power and antenna, including safety precautions.
Describes the primary knobs and buttons on the transceiver's front panel.
Explains the functionality of the transceiver's keypad buttons for various operations.
Details the purpose and location of the microphone, antenna, and speaker connection ports.
Covers RAM mic, DC input, PTT, PWR UP, CH KEY, and microphone hanger functions.
Provides common symptoms, probable causes, and remedies for transceiver issues.
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