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Steven LaneJul 29, 2025
What to do if the Icom Transceiver volume level is too low?
- TtonihooverJul 29, 2025
If the volume level of your Icom Transceiver is too low, adjust the [VOL] to a suitable level.
What to do if the Icom Transceiver volume level is too low?
If the volume level of your Icom Transceiver is too low, adjust the [VOL] to a suitable level.
What to do if the Icom IC-M422 Transceiver squelch is open?
If the squelch is open on your Icom Transceiver, set [SQL] to the threshold point.
Why is the squelch level too high on my Icom IC-M422 Transceiver?
If the squelch level is too high on your Icom Transceiver, set [SQL] to the threshold point.
What to do if the Icom Transceiver output power is set to low?
If the output power on your Icom Transceiver is set to low, push [HI/LO] on the microphone to select high power.
How to turn beep tones on for Icom Transceiver?
To turn the beep tone ON for your Icom Transceiver, go to Set mode and turn the beep tone ON.
What to do if my Icom Transceiver speaker has been exposed to water?
If the speaker of your Icom Transceiver has been exposed to water, drain the water from the speaker.
How to deactivate the attenuator on Icom IC-M422?
To deactivate the attenuator on your Icom Transceiver, push [LO/DX•IC] to turn the function OFF.
General| Type | Radio microphone |
|---|---|
| Volume control | - |
| Noise reduction | Yes |
| Microphone sensitivity | 12 dB |
| Microphone input impedance | 50 Ω |
| Product color | White |
| Display type | LCD |
| Connectivity technology | Wired |
| Power consumption (typical) | 4.5 W |
Weight and Dimensions| Depth | 193.3 mm |
|---|---|
| Width | 164 mm |
| Height | 78 mm |
| Microphone weight | 1072 g |
Device specifications including coverage, impedance, power, and dimensions.
Transmitter specifications including output power, modulation, and frequency.
Receiver specifications including sensitivity, selectivity, and audio output.
Detailed description of receiver signal paths, filters, and amplifiers.
Detailed description of transmitter signal paths, amplifiers, and control circuits.
Description of the second IF stage, demodulation, and AF output.
Description of Phase Locked Loop circuits for frequency stability.
Procedures for adjusting lock voltage and reference frequency.
Procedures for adjusting output power and frequency deviation.
Procedures for adjusting sensitivity and squelch levels.
