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Operations at Fire Stations: Difference between revisions
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→400.40 Basic Fire Station Operations: Added footnote about selecting VFO mode
BruceSchafer (talk | contribs) (→400.55 Amateur radio script for fire station ARO to Net Control (ECC): Added links to BEECN Scripts page) |
BruceSchafer (talk | contribs) (→400.40 Basic Fire Station Operations: Added footnote about selecting VFO mode) |
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d. If no contact is possible on the Multnomah County ARES Resource Net via the MC-2 repeater, AROs should attempt to make a simplex contact with the Resource Net using the output frequency of the MC-2 repeater: 147.280 MHz, which can be accomplished using MC-12 stored in memory channel 12. | d. If no contact is possible on the Multnomah County ARES Resource Net via the MC-2 repeater, AROs should attempt to make a simplex contact with the Resource Net using the output frequency of the MC-2 repeater: 147.280 MHz, which can be accomplished using MC-12 stored in memory channel 12. | ||
e. After checking in with the Resource Net Controller (or attempting to check in) the ARO should switch over to the BEECN simplex frequency: 144.410 MHz, which should be stored in memory channel 20. | e. After checking in with the Resource Net Controller (or attempting to check in) the ARO should switch over to the BEECN simplex frequency: 144.410 MHz, which should be stored in memory channel 20.* The ARO will use 144.410 MHz to check in with the BEECN Tactical Net Controller sited at the ECC and provide any requested information. | ||
f. Regular radio traffic and monitoring commences. BEECNs will request permission from the fire station to begin passing traffic. The BEECN Net Controller will contact each fire station periodically for status reports. (AROs will handle life threatening situations by calling 911 if it is available.) | f. Regular radio traffic and monitoring commences. BEECNs will request permission from the fire station to begin passing traffic. The BEECN Net Controller will contact each fire station periodically for status reports. (AROs will handle life threatening situations by calling 911 if it is available.) | ||
g. The operator of the UHF handheld is responsible for regularly checking in with the BEECNs on their channel. This includes BEECNs on the channel not normally associated with the fire station (e.g. a BEECN whose operators cannot reach their normally assigned fire station may reach and need assistance from another). | g. The operator of the UHF handheld is responsible for regularly checking in with the BEECNs on their channel. This includes BEECNs on the channel not normally associated with the fire station (e.g. a BEECN whose operators cannot reach their normally assigned fire station may reach and need assistance from another). | ||
<nowiki>*</nowiki> If changing to channel 20 causes PNTC13 to appear on the radio's display, the channel is programmed with the BEECN simplex frequency. If PNTC13 doesn't appear, the ARO can use the radio's VFO mode to select 144.410 MHz. On Icom transceivers VFO mode is accessed by pressing the [V/MHz] key to select VFO mode when the transceiver is not already in VFO mode. The [V/MHz] key is the right-most key below the display. Hint: If a small M is displayed to the right of the frequency, the transceiver is in Memory mode rather than VFO mode. . | |||
Once the transceiver is in VFO mode, rotate the tuning knob on the right to select 144.410. If the initial frequency is a long way from 144.410, you can save time by briefly telling the transceiver to change frequency 1 MHz at a time by tapping the [V/MHz] key. The display should change to show fewer digits. After the first three digits show “144”, tap the [V/MHz] again to return to the normal VFO tuning mode. | |||
=== 400.45 Radio Traffic Priorities === | === 400.45 Radio Traffic Priorities === | ||