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you can download the ORIGINAL text-file for your personal printout (zipped)
I just have finished an update of my last 10m-repeaterlist WW 4.99. You can find many news and corrections of my last list. Thanks for all the informations and news for my 10m-Repeaterlist, I have received via e-mail or Packet Radio to
HB9BUB, DL7KH, VK5AH, EI4HG and ZL2CX.
The new list includes THE ARRL REPEATER DIRECTORY 1999/2000 EDITION and it is sorted to 10m-output frequencies. Quickly you can find now the 10m-repeaters working on the same frequency. Please send me your corrections, news and updates (tx-pwr, tx-qth, tx and rx-locator, use of antennas to tx and the rx-side, CW-ID?, link on what band? and additional input-frequencies from other repeaters on 6m, 2m, 220mhz and 23cm-bands, using ctcss-tone on the repeater, voice-messages and so on).
You can send me your news for the next 10m-repeaterlist via packet-radio to:
This full 10m-repeaterlist includes 28 parts.. (the unedited original text-file)
This list you can find also into the world wide web under the URL's:
http://www.qsl.net/dl2gg (Ray, DL2GG/YV5 in Caracas!) http://kilohertz.de or http://hfdx.com
or http://www.hb9hd.ch (includes the WEB-Side from the Swiss 10m-repeater HB9HD!)
73 de Bernhard, DL6XB, Builder of DFØHHH in Hamburg on 29.690 MHz output.
COORDINATION OF THE 29 MHZ FM REPEATERS IN THE IARU REGION 1
Since the number of active 29 MHz repeaters in Region 1 is increasing and applications for new ones are continuously dropping in, it seems necessary to coordinate them on Region 1 level.
The main policy for the coordinator is, that he shall do his best to make it possible for all radio amateurs interested in 29 MHz FM repeaters to get an allocation where they do not cause interference to other repeaters or modes.
It is important for the coordinator to keep and update a
list of repeaters. The Region 1 member societies should therefore provide information
about changes of the 29 MHz FM Repeater situation in their countries for the coordinator.
The written determination of the regional and the national frequency coordination body shall prevail and be considered good amateur operating practice.
The regional frequency coordination body of IARU Region 1 is the 29 MHz MF Repeater Coordinator, nominated by and member of the HF Committee. Name, callsign and address are published in each number of Region 1 News.
The national frequency coordination is carried out in
deliberation with the Region 1 Coordinator by a body nominated by the national member
THE IARU-REGION 1 29MHZ-FM-REPEATER-COORDINATOR IS:
SM3AVQ, Lars Olsson,
Furumovaegen 21 K
S-80641 Gaevle, SWEDEN
Home:00946 (0)26 518424, QRL:00946 (0)26 179275, Summerhouse: 00946 (0)26
99578, GSM(Mobile):00946 (0)70 7204203, Fax:00946 (0)26 179365e-mail: firstname.lastname@example.org
GUIDELINES FOR COORDINATION
The distance between two repeaters using the same frequency pair should be at least 250 km.
If the distance of a repeater-location to the boarder of a neighboring country is less than 250 km, the HF Committee or the neighboring national society must be consulted for coordination.
Access to the repeaters shall always be possible with a 1750 Hz tone. Other access methods (DTMF tones) may be allowed in parallel with the standard 1750 Hz.
If a radio link is used between the repeaters RX and TX it is advisable to use a subtone system (CTCSS).
The holder of a 29 MHz Repeater license is free to
switch off the repeater when it is misused or if the repeater in normal conditions causes
interference with another one.
GENERAL RULES FOR REPEATER OPERATION
Repeaters are primarily intended to facilitate mobile operation. Mobile traffic shall always have priority.
If you can hear each other on the in-frequency - QSY to a simplex frequency.
Never occupy a repeater if simplex traffic is possible, because that prevents others from using it.
Use the minimum amount of power necessary to maintain contact.
Monitor the repeater in order to become familiar with any peculiarities in its operation.
There is no need for long calls. Just simply indicate that you are on the repeater.
Identify legally. You must identify at least every 10 minutes during a contact and at the end of it.
Pause between transmissions to allow other hams to break in and gain access to repeater too.
Be thoughtful and keep the transmissions as short as possible. Be aware that your transmissions are monitored by many listeners.
the amateur radio hobby a bad reputation!
THE 29 MHZ FM SEGMENT IN THE IARU REGION 1
FREQUENCY (MHz) APPLICATION
29.510 Band edge, don't use
29.520 - 29.550 FM Simplex
29.560 - 29.590 Repeater inputs, (10 kHz spacing)
29.600 Calling Frequency
29.610 - 29.650 FM Simplex
29.660 - 29.690 Repeater outputs, (10 kHz spacing)
FREQUENCIES FOR FM REPEATERS IN THE IARU REGION 1
DESIGNATION REPEATER INPUT REPEATER OUTPUT
RH1 29.560 MHz 29.660 MHz
RH2 29.570 MHz 29.670 MHz
RH3 29.580 MHz 29.680 MHz
RH4 29.590 MHz 29.690 MHz
EXPLANATION FOR THE
(de ARRL, WIA and DL6XB)
What follows is a discussion of some of the specialized features used in repeaters listings (NOTES) in the directory.
LOCATION - The city/town where the repeater is located a pound sign (#) following indicates the repeater is uncoordinated by the coordination council.
OUTPUT - The output frequency in megahertz.
INPUT - The input frequency in megahertz.
CALL - The call sign of the repeater.
ERP - Effective radiated power (watts).
HASL - Height above sea level (metres).
Locator - QTH-Locator from this 10m-repeater.
NOTES - How the repeater may be accessed and other specialized features
are indicated by the following abbreviations:
o - Open (usually carrier-operated)
bi/bl - Bi-lingual system
c - Closed, limited access system
d - Demonstration, experimental system
LiTZ - (Ltz) Long-Tone Zero. Used to alert users to an emergency in some areas of the country.
t - Tone-Access (CTCSS tone) required to access the system. Standard
EIA frequency codes are listed later in this chapter.
tt - Touch-Tone (R) access to specialized features.
RB - Remote Base
SNP - Shared Non-Protected Pair. In some areas there are repeater frequencies listed as SNP. These frequencies are intended to provide spectrum for experimental repeaters, search and rescue operations, portable public service systems and to act as a holding place for repeaters awaiting coordination. Users of SNP frequencies do so under the following guidelines:
1) The frequencies are shared by all users.
2) Operators receive no protection from other co-channel users.
3) All systems use CTCSS or other approved method of limited access.
4) The frequency coordinator shall coordinate the CTCSS tones.
b - Burst (tonecall)
bcn - Beacon
RH - Shortwave-channel in the IARU-Region 1 for 10-m-repeaters
INFO - Please send more informations of this repeater to:
DL6XB @ DB0HHB.#HH.DEU.EU
li - licensed, but not currently on air
EXPLANATION FOR THE 10M-REPEATERLIST WORLDWIDE (de
ARRL, WIA and DL6XB)
op - Operating (carrying on)
pl - Planning/development stage / planned; not yet licensed
QTH ? - Location not known...?
T - testing
? - licensed but operational status unknown
SPECIALIZED FEATURES (NOTES continued):
a - autopatch
(ca) - closed autopatch; may be used with authorization
DS - Dual Squelch
e - emergency power
e-sun - solar power
e-wind - wind power
l - linked or crossband system
p - portable system
pkt - digital/packet capability
R/r - RACES affiliated
A - ARES affiliated
x - wide area coverage system
y - RTTY/ASCII system
z - direct access to law enforcement
Wx - weather net/weather usage
Exp - experimental system
RX - Receiver
TX - Transmitter
Voice: - Voiceannouncement: ......(Text)......
* - This is currently understudy by ARRL
SPONSOR - The Sponsor of the repeater. Plus (+) sign indicates the listed call plus additional calls, sponsor the repeater.
T/O - timeout (in minutes)
CTCSS (PL) TONE FREQUENCIES
The purpose of CTCSS (PL) is to reduce co-channel interference during band openings. CTCSS (PL) equipped repeaters would respond only to signals having the CTCSS tone required for that repeater. These repeaters would not respond to weak distant signals on their inputs and correspondingly not transmit and repeat to add to the congestion. The standard Electronic Industries Association (EIA) frequency codes, in hertz, with their Motorola alphanumeric designators, are as follows: (see the Call Area list!)
During 1980 the ARRL Board of Directors adopted the 10-meter CTCSS (PL) tone-controlled squelch frequencies listed below for voluntary incorporation into 10-meter repeater systems to provide a uniform national system.
CTCSS (PL) TONE FREQUENCIES
Call Area Tone 1 Tone 2
W1 131.8 Hz-3B 91.5 Hz-ZZ
W2 136.5 Hz-4Z 94.8 Hz-ZA
W3 141.3 Hz-4A 97.4 Hz-ZB
W4 146.2 Hz-4B 100.0 Hz-1Z
W5 151.4 Hz-5Z 103.5 Hz-1A
W6 156.7 Hz-5A 107.2 Hz-1B
W7 162.2 Hz-5B 110.9 Hz-2Z
W8 167.9 Hz-6Z 114.8 Hz-2A
W9 173.8 Hz-6A 118.8 Hz-2B
W0 179.9 Hz-6B 123.0 Hz-3Z
VE 127.3 Hz-3A 88.5 Hz-YB
Bandplan for frequency modulation (FM) in the IARU-Region 1
29.520 - 29.550 MHz FM-Simplexworking (10-kHz-distance 29520,29530 kHz and so on)
29.560 - 29.590 MHz Repeater inputs (RH1 - RH4)
29.600 MHz FM Simplex calling-frequency (to connection pse clear)
29.610 - 29.650 MHz FM-Simplexworking (10-kHz-distance 29610,29620 kHz and so on)
29.660 - 29.690 MHz Repeater outputs (RH1 - RH4)
10-m-repeater-channels in the IARU-Region 1
(Ch) Input Output
RH- 29.530 29.630 MHz (not IARU-Region 1 bandplanconform)
RH1 29.560 29.660 MHz
RH2 29.570 29.670 MHz
RH3 29.580 29.680 MHz
RH4 29.590 29.690 MHz
Bandplan for 10-m-repeaters in the IARU-Region 2
29.510 - 29.590 MHz Repeater inputs
29.600 MHz National FM Simplex Frequency
29.610 - 29.690 MHz Repeater outputs
Bandplan for 10-m-repeaters in the IARU-Region 3
29.510 - 29.700 MHz FM Repeaters and Simplex
29.520 - 29.580 MHz Repeater Inputs
Note: Four repeater channels are allocated, with 20 kHz channel spacing and 100kHz offset.
29.600 MHz International FM Simplex
29.620 - 29.680 MHz Repeater Outputs
Repeater frequency pairs (input/output) in the IARU-Region 2 and 3
29.520/29.620 MHz 29.560/29.660 MHz
29.540/29.640 MHz 29.580/29.680 MHz
REPEATER LINGO (by The ARRL REPEATER DIRECTORY 1999/2000 Edition):
This chapter covers a basic course in "repeater-speak" and explains many of the terms heard on your local repeater. Read on and enjoy!
Definitions of the words and phrases commonly used on repeaters:
Autopatch - A device that interfaces the repeater system with the telephone system to extend ham communication over the telephone communication network.
Breaker - A ham who interjects his call sign during a QSO in an attempt to get a chance to communicate over a repeater.
Channel - The pair of frequencies (input and output) a repeater operates on.
Closed Repeater - A repeater whose use is limited to certain individuals.
These are completely legal under FCC Rules.
Control Operator - An individual ham designated to "control" the repeater, as required by FCC regulations.
COR - Carrier-Operated-Relay, a device that, upon sensing a received signal, turns on the repeater's transmitter to repeat the received signal.
Courtesy Tone - A short tone sounded after each repeater transmission to permit other stations to gain access to the repeater before the tone sounds.
Coverage - The geographical area in which the repeater may be used for communication.
CTCSS - Continuous Tone Coded Squelch System, a subaudible tone system which operates the squelch (COR) of a repeater when the corresponding subaudible tone is present on a transmitted signal. The squelch on a repeater that uses CTCSS will not activate if the improper CTCSS tone, or if no tone, is transmitted.
Crossband - Communication to another frequency band by means of a link interfaced with the repeater.
Desense - Degradation of receiver sensitivity caused by strong unwanted signals reaching the receiver front end.
Duplexer - A device that permits the use of one antenna for both transmitting and receiving with minimal degradation to either the incoming or outgoing signals.
Frequency Synthesis - A scheme of frequency generation in modern transceivers using digital techniques.
Full Quieting - Signal strength in excess of the amount required to mask ambient noise.
Hand-Held - A portable FM transceiver that is small enough to use and carry in one hand.
Input - The frequency the repeater receiver is tuned to: The frequency that a repeater user transmits on.
Intermod - Interference caused by spurious signals generated by intermodulation distortion in a receiver front end or transmitter power amplifier stage.
Key-Up - Turning on a repeater by transmitting on its input frequency.
LiTZ - Long Tone Zero (LiTZ) Alerting system. Send DTMF zero (0) for at least three seconds to request emergency/urgent assistance.
Machine - The complete repeater system.
Mag-Mount - A mobile antenna with a magnetic base that permits quick installation and removal from the motor vehicle.
Offset - The spacing between a repeater's input and output
Omnidirectional - An antenna system that radiates equally in all directions.
Output - The frequency the repeater transmits on; the frequency that a repeater user receives on.
Picket-Fencing - Rapid flutter on a mobile signal as it travels past an obstruction.
Polarization - The plane an antenna system operates in; most repeaters are vertically polarized.
Reverse Autopatch - A device that interfaces the repeater with the telephone system and permits users of the phone system to call the repeater and converse with on-the-air repeater users.
RPT/R - Abbreviation used after repeater call signs to indicate that the call sign is being used for repeater operation.
Simplex - Communication on one frequency, not via a repeater.
Split Sites - The use of two locations for repeater operation (the receiver is at one site and the transmitter at another), and the two are linked by telephone or radio.
Squelch Tail - The noise burst that follows the short, unmodulated carrier following each repeater transmission.
Time-Out-Timer - A device that limits the length of a single repeater transmission (usually 3 minutes).
Tone Pad - A device that generates the standard telephone system tones used for
controlling various repeater functions.
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