Tencent SkillHub · Communication & Collaboration

Icom IC-7610

Control an Icom IC-7610 transceiver over USB/LAN. Get/set frequency, mode, power, S-meter, SWR. CW keying and beacon mode. Remote power on/off.

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High Signal

Control an Icom IC-7610 transceiver over USB/LAN. Get/set frequency, mode, power, S-meter, SWR. CW keying and beacon mode. Remote power on/off.

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Quick setup

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Requirements

Target platform: OpenClaw
Install method: Manual import
Extraction: Extract archive
Prerequisites: OpenClaw
Primary doc: SKILL.md

Package facts

Download mode: Yavira redirect
Package format: ZIP package
Source platform: Tencent SkillHub
What's included: SKILL.md, references/FULL-REFERENCE.md

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Trust & source

Release facts

Source: Tencent SkillHub
Verification: Indexed source record
Version: 2.1.0

Provenance

Publisher: morozsm
Source page: View original listing
Canonical URL: Open canonical page

Documentation

ClawHub primary doc Primary doc: SKILL.md 18 sections Open source page

Prerequisites

Hamlib (rigctl): brew install hamlib curl: usually pre-installed python3: usually pre-installed pyserial (only for serial power on): pip3 install pyserial wfview (optional, for LAN control): wfview.org/download

Configuration

Station config in .env (not in git). On first install: cp .env.example .env.

Environment Variables

VariableDefaultDescriptionCALLSIGN(required for CW/beacon)Your callsignSERIAL_PORT/dev/cu.usbserial-11320CI-V USB serial portBAUD_RATE19200Serial baud rate (⚠️ not 115200!)HAMLIB_MODEL3078Hamlib model ID for IC-7610FLRIG_URLhttp://127.0.0.1:12345/RPC2flrig XML-RPC endpointRIGCTLD_ADDR127.0.0.1:4533rigctld TCP address (wfview/hamlib)MAX_POWER_W50Hard power limit in watts source "$(dirname "$0")/.env" 2>/dev/null || true PORT="${SERIAL_PORT:-/dev/cu.usbserial-11320}" BAUD="${BAUD_RATE:-19200}" MODEL="${HAMLIB_MODEL:-3078}" FLRIG="${FLRIG_URL:-http://127.0.0.1:12345/RPC2}" RIGCTLD="${RIGCTLD_ADDR:-127.0.0.1:4533}" MAX_POWER="${MAX_POWER_W:-50}"

RFPOWER Scale

rigctl uses 0.0–1.0 where 1.0 = 100 W. So: RFPOWER = watts / 100. 5 W = 0.05, 50 W = 0.50. ⚠️ L RFPOWER 5 = 500 W equivalent, NOT 5 watts! flrig uses watts directly: rig.set_power 50 = 50 W.

Connecting

Three connection methods, in priority order. Auto-detect logic: # 1. Check rigctld (wfview LAN or standalone hamlib rigctld) if rigctl -m 2 -r "$RIGCTLD" f >/dev/null 2>&1; then CONN="rigctld" # 2. Check flrig elif curl -s --connect-timeout 2 --max-time 3 -X POST "$FLRIG" \ -H "Content-Type: text/xml" \ -d '<?xml version="1.0"?><methodCall><methodName>rig.get_vfoA</methodName></methodCall>' \ | grep -q '<value>'; then CONN="flrig" # 3. Fall back to direct serial else CONN="serial" fi

rigctld — LAN via wfview (recommended) or standalone hamlib daemon

Connects to IC-7610 over network via wfview (UDP) or a running rigctld daemon. Full control: freq, mode, power, S-meter, SWR, CW keying, power on/off. rigctl -m 2 -r "$RIGCTLD" <cmd> # Read: f m l RFPOWER l SWR # Write: F 14074000 M USB 3000 L RFPOWER 0.50 # CW: b "CQ CQ DE YOURCALL K" # Power: set_powerstat 0 (off) set_powerstat 1 (on) Setup: wfview → Settings → Enable LAN → connect to radio IP → Enable RigCtld (port 4533). ⚠️ Note: M (set mode) may hang waiting for ack from wfview rigctld — command still executes. Use a timeout wrapper or send as fire-and-forget when needed. Advantages over serial: No USB cable needed — Ethernet only Power on works with simple set_powerstat 1 (no raw CI-V / pyserial needed) Multiple programs can share the radio via wfview (rigctld + virtual serial port) Longer distance (Ethernet 100m vs USB 5m)

rigctl serial (direct USB, full control incl. CW and power on/off)

rigctl -m $MODEL -r "$PORT" -s $BAUD <cmd> # Read: f (freq) m (mode+BW) l RFPOWER l SWR # Write: F 14074000 M USB 3000 L RFPOWER 0.50 # CW: b "CQ CQ DE YOURCALL K" # Quick: f m l RFPOWER → freq, mode, BW, power in one call ⚠️ Baud 19200 (not 115200!). Always wrap: timeout 10 rigctl ... ⚠️ Port busy while flrig runs. Close flrig for CW/power on-off.

flrig XML-RPC

call_flrig() { curl -s --connect-timeout 3 --max-time 5 -X POST "$FLRIG" \ -H "Content-Type: text/xml" \ -d "<?xml version=\"1.0\"?><methodCall><methodName>$1</methodName><params>$2</params></methodCall>" | \ grep -o '<value>[^<]*</value>' | head -1 | sed 's/<[^>]*>//g' } # Read: call_flrig rig.get_vfoA / rig.get_modeA / rig.get_power / rig.get_Sunits / rig.get_SWR # Write: call_flrig rig.set_vfoA '<param><value><double>14074000</double></value></param>' # call_flrig rig.set_modeA '<param><value><string>USB</string></value></param>' # call_flrig rig.set_power '<param><value><double>50</double></value></param>'

Remote Power On/Off

Requires: rear POWER switch ON + MENU → SET → Network → Power OFF Setting = Standby/Shutdown.

Via rigctld (wfview LAN) — simplest

rigctl -m 2 -r "$RIGCTLD" set_powerstat 0 # off rigctl -m 2 -r "$RIGCTLD" set_powerstat 1 # on — works! wfview handles it

Via serial — power off works, power on needs raw CI-V

Off: rigctl -m $MODEL -r "$PORT" -s $BAUD set_powerstat 0 On: rigctl set_powerstat 1 DOES NOT WORK via serial (rig_open fails in standby). Use raw CI-V: python3 -c " import serial, time ser = serial.Serial('$PORT', $BAUD, timeout=2) ser.reset_input_buffer() ser.write(bytes([0xFE,0xFE,0x98,0xE0,0x18,0x01,0xFD])) time.sleep(1); resp = ser.read(100); ser.close() print('Power ON: OK' if 0xFB in resp else 'FAIL') " Wait 7–10 sec after power on before sending commands. "Command rejected" during boot is normal.

CW & Beacon

Works via both rigctld (LAN) and direct serial. # Via rigctld (LAN): rigctl -m 2 -r "$RIGCTLD" b "CQ CQ CQ DE $CALLSIGN $CALLSIGN K" # Via serial: rigctl -m $MODEL -r "$PORT" -s $BAUD b "CQ CQ CQ DE $CALLSIGN $CALLSIGN K" # Beacon loop (works with either connection) for i in $(seq 1 $REPEATS); do rigctl -m 2 -r "$RIGCTLD" b "VVV DE $CALLSIGN VVV DE $CALLSIGN" [ $i -lt $REPEATS ] && sleep $INTERVAL done Radio setting for CW: MENU → SET → Connectors → USB Keying (CW) → RTS

Pre-TX checklist (MANDATORY before every transmission)

Operator confirmation received Frequency within amateur band (1.8–2.0, 3.5–4.0, 7.0–7.3, 10.1–10.15, 14.0–14.35, 18.068–18.168, 21.0–21.45, 24.89–24.99, 28.0–29.7 MHz) Mode matches band segment (no phone below CW/data boundary) Power ≤ $MAX_POWER_W (default 50 W); above → extra confirmation SWR ≤ 3.0 if available; >3.0 → REFUSE (antenna problem)

No confirmation needed

Reading freq/mode/S-meter/SWR, switching VFO, changing freq/mode, power on/off.

Always require confirmation

PTT, CW keying, beacon, power > $MAX_POWER_W. Any RF transmission.

Auto-refuse (even with confirmation)

Transmit outside amateur bands. Transmit with SWR > 3.0.

Beacon regulatory (FCC)

Remote operation legal (§97.109d). Unattended beacon only 28.2–28.3, 50.06–50.08+ MHz. Below 28 MHz → operator must be on comms.

Reference

Full documentation in references/FULL-REFERENCE.md — consult when needed: Complete flrig XML-RPC method list (30+ methods) CI-V protocol reference (commands, modes, addressing) Error recovery table (common errors + fixes) Shell helper functions (freq_valid, set_power_safe, rig_retry, preflight, quick_status) Radio menu settings (Network, CI-V, Connectors) Compatibility notes for other Icom transceivers US Amateur Band Plan table (detailed, with CW/Data/Phone segments)

Category context

Messaging, meetings, inboxes, CRM, and teammate communication surfaces.

Source: Tencent SkillHub

Largest current source with strong distribution and engagement signals.

Package contents

Included in package

2 Docs

SKILL.md Primary doc
references/FULL-REFERENCE.md Docs