Greater Norwalk Amateur Radio Club
September
2003 Founded in 1934 Issue Number Nine————————————————————————————————————————————————
Club Repeaters: K1OF 147.390/ + 600 (no PL) & K1UHF 448.075/ - 500 (PL-114.8)
Club Web Site: www.gnarc.org/
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Breaking News & updates www.qsl.net/w1ee/breaking__________________________________________________________________________________________________
Next club meeting will be: Wednesday September 10, 2003
Guest Speaker will be CAW member Dave Mello W1DGM. Dave is a retired rocket scientist.
Read more about Dave at Breaking News & updates.
Regular Club Meetings start at 8:00 pm and are held in the Community Room at the Shop Rite on Connecticut Ave. (Rte-1) in Norwalk. Talk in: 147.390 no PL. Map/Directions
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President: Jay Kolinsky NE2Q (914) 764-5775
Vice President: Edmund “Ned” Bassick KA1CVV
Secretary: John Sabini WB1GRB (203) 348-3983
Treasurer: Bill Hart KC1TX (203) 454-2549
September GNARC Bulletin: John Sabini WB1GRB
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GNARC Membership Dues!
Senior Membership: Individuals over 65 years of age……….....….$15.00 per year
Standard Membership: Individuals under 65 years of age…….......$20.00 per year
Student Membership: Individuals under 18 years of age………..….$10.00 per year
Family Membership:……………...……………………...……….....….$25.00 per year
Send your dues to:
Bill Hart, KC1TX ~ 280 Main Street ~ Westport, Ct. 06880
I need articles desperately! Remember this is your newsletter.
Send your GNARC Bulletin articles to: [email protected] GNARC Bulletin in Subject Line.
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Article by: Allan Valeo ~ NN1H tri-band wire yagi
Many of us have experienced the disappointment of having a less than ideal location for an antenna. I live on a piece of land that has a useful footprint of about 70 feet by 50 feet and the house, a two story colonial, sits right in the middle of it.
So what do I do about my desire to work HF? Recently I found that more than one antenna could share a drive point in a parallel circuit. (Thanks to VE7CA for his tri-band wire yagi design, QST Nov 2001) My first experiment coupled a VHF and UHF element in a ground plane design. The elements are slightly shorter than standard ¼ wave vertical elements due to capacitive coupling, but the thing works! So how do I translate the design to HF?
I don't have space for an 80-Meter dipole so I started out with a compromise. I'd go for the other 4 standard bands. The design starts with a 1:1 current balun hung
in the corner of the eves of the house on the second floor. Drive is supplied through RG/58 coax. I picked a pair of trees east of the house and hung a 14 gauge copper wire 40-meter dipole to them from the balun. The configuration looks like a vee lying over on it side a bit. The two legs go up and away from the house at an angle of about 30 degrees from the vertical and from the horizontal with an East West orientation. A couple of on the air tests verified that the antenna worked on 40 Meters.
The next task was to add elements for 20 Meters and 10 Meters. My hope was that 15 Meters would work from the 40-Meter element. Supports for the other elements are made from bits of nylon tubing and nylon tie wraps. I picked 2 inch spacing and hung the 20-Meter element below the 40-meter element with 8 supports on each side. Then I hung the 10-Meter element below the 20-Meter wires with another 4 supports on each side. The whole array of wire is very stealthy and after aging a few weeks it's hard to see it at all.
Tuning was a matter of cut and try. The process was aided by hanging the three support points using pulleys and nylon sash cord to get the wires up and down quickly. It turns out that capacitive coupling again shortens the individual elements of the three dipoles. I gritted my teeth on this one and tuned for resonance instead of SWR. I suffer a 2.5:1 SWR on 15 Meters, which reduces the rigs maximum power out slightly in favor of getting a higher current on the root of the antenna. The results? The first few weeks verified the 40-Meter performance. I tuned it to the CW end of the band to enhance the 15 meter coverage, but I'm getting decent reports on the phone end of the band as well. My 20 meter successes include Mexico, Slovenia, Austria and Costa Rica. 15 Meters brought in Spain on a good opening. I've used an antenna tuner to get contacts on other bands as well, including 6 Meters when it was open.
More information. www.qsl.net/vk5emi/2E3B.htm www.arrl.org/tis/info/pdf/0111035.pdf
In August we had our clubs annual picnic and flea market. It was held at Dan's "N1ZZ" house. Their were items for sale and prizes. Dan set up his HF station set for anyone use. Many contacts were made.
You can view the photos of the event:
www.qsl.net/w1ee/2003tailgate.htmIf you have any old club photos please send them to me. I would like to save and publish these photos.
Past Archives:
www.qsl.net/w1ee/arct.htmBulletin Sound Files.
I record each meeting to help me write this
bulletin each month.
I had a idea to record certain parts of the gnarc meeting on a web page so
members not attending the meeting could hear the audio. I have had only some
success. Unfortunately I need a much faster connection and would need a
volunteer with this knowledge to publish these sound files on a web page each
month. I would like to discuss this idea with the members at the September
meeting.
Emergency Power
Ladies and Gentlemen:
Let me first be clear: I speak for myself, alone,
as an individual ham and ARES rank & file member. I do NOT speak for
management of ARRL, ARES, or anybody else. I suspect they would agree with this,
---but that's for their own lips to speak.
Having said that...
I call upon ALL repeater owners to provide emergency power for their repeaters BEFORE October 1st of this year.
Obviously, some will be able to provide longer-duration standby power than others. Many engineering considerations---and cost considerations must be traded off. I'd suggest a minimum of 24 hours at full performance be a place to start.
A repeater is a franchise. Ham radio serves in the public interest, convenience, or necessity. If we are to have any hope of fighting off the Broadband Over Power line shark, we will need to be public service oriented as never before.
It's interesting to note, two of the smallest and
most local of Area One's repeaters --Bethel, and peanut-whistle Ridgefield, were
both uninterrupted during the entire event.
The Big Guns can't match that?
If you run a Big Gun wide-area coverage repeater, and that last statement offends you, ---good. Go out and buy a couple of car batteries and a charger to vent your anger.
I don't know about all the repeaters in Area One or in the state; I'm sure many provided excellent service, and were Ready when the hammer fell.
However, I'd like to extend my compliments and
applause to the Greater Norwalk Amateur Radio Club for maintaining the
Three-Nine machine on the air on emergency power. A large number of stations
were present, active,
involved, and Ready---and their machine was Able. Good job, guys... You're a
model, and I hope an inspiration to others.
73,
W1WJB
________________________________________________________________
Amateur Radio Newsline™ is delivered primarily
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The weekly Amateur Radio Newsline™ Amateur
Radio bulletin is formatted and engineered primarily for distribution on VHF /
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specifically contoured for these delivery media, but the service can also be
relayed with good results on HF SSB.
Amateur Radio Newsline™ bulletins conform to all sections and codes as
outlined under the Part 97 Amateur Radio Service rules regarding the legal means
of amateur radio operators issuing “QST’s” or “Bulletins of Interest to
All Amateurs.” We differ only in format and follow a more traditional radio
“spot news” format.
Whenever possible, Amateur Radio Newsline™ stories include the voices of the newsmakers themselves so that you can more easily understand the effect that the story will have on all radio amateurs. If you have ever heard CBS Network Radio News or NBC News on the Hour then you will be familiar with the format utilized by Amateur Radio Newsline™, with the exception that the information we provide is strictly directed to radio amateurs.
Amateur Radio Newsline™ can be heard every
Sunday at 8:00 pm on the Stamford repeater. 146.655. PL-100Hz. You are
welcome to join the net.
Big Blackouts in U.S.
History
The Great Northeast Blackout of 1965: After a
relay failure, more than 80,000 square miles of the northeastern United States
and parts of Canada lost power, turning the lights out on 30 million people.
The New York Blackout of 1977: One hot night in
July, multiple lightning strikes knocked out power to the entire city of New
York, leaving 8 million people without light or air conditioning. The blackout
triggered mass looting and arson across much of the city.
The Northwestern Blackout of 1996: Transmission
lines sagged into some trees, causing an electrical short that knocked out power
to more than 4 million people in Oregon, California and other western states.
The Blackout of 2003: Cities across the
Midwestern United States, northeastern United States and southern Canada lost
power, apparently due to a problem with a series of transmission lines known as
"The Lake Eerie Loop." Roughly 50 million people lost power.
The blackout on August 14th was the biggest in
U.S. history. And just like every major blackout, it raised a lot of questions
about how our power distribution system works.
At a high level, the power grid is a very simple
thing. It consists of a set of large power plants (hydropower plants, nuclear
power plants, etc.) all connected together by wires. One grid can be as big as
half of the United States.
A grid works very well as a power distribution system because it allows a lot of
sharing. If a power company needs to take a power plant or a transmission tower
off line for maintenance, the other parts of the grid can pick up the slack.
The thing that is so amazing about the power grid is that it cannot store any
power anywhere in the system. At any moment, you have millions of customers
consuming megawatts of power. At that same moment you have dozens of power
plants producing exactly the right amount of power to satisfy all of that
demand. And you have all the transmission and distribution lines sending the
power from the power plants to the consumers.
This system works great, and it can be highly reliable for years at a time.
However, there can be times, particularly when there is high demand, that the
interconnected nature of the grid makes the entire system vulnerable to
collapse. Here's how that happens:
Let's say that the grid is running pretty close to its maximum capacity.
Something causes a power plant to suddenly trip off line. The
"something" might be anything from a serious lightning strike to a
bearing failure and subsequent fire in a generator. When that plant disconnects
from the grid, the other plants connected to it have to spin up to meet the
demand. If they are all near their maximum capacity, then they cannot handle the
extra load. To prevent themselves from overloading and failing, they will
disconnect from the grid as well. That only makes the problem worse, and dozens
of plants eventually disconnect. That leaves millions of people without power.
The same thing can happen if a big transmission line fails. In 1996 there was a
major blackout in the western U.S. and Canada because the wires of a major
transmission line sagged into some trees and shorted out. When that transmission
line failed, all of its load shifted to neighboring transmission lines. They
then overloaded and failed, and the overload cascaded through the grid.
In nearly every major blackout, the situation is the same. One piece of the
system fails, then the pieces near it cannot handle the increased load caused by
the failure, so they fail. The multiple failures make the problem worse and
worse and a large area ends up in the dark.
One solution to the problem would be to build significant amounts of excess
capacity -- extra power plants, extra transmission lines, etc. By having extra
capacity, it would be able to pick up the load at the moment that something else
failed. That approach would work, but it would increase our power bills. At this
moment we have made the choice as a society to save the money and live with the
risk of blackouts. Once we get tired of blackouts and the disruption they cause,
we will make a different choice.
Message Board
55 Ft. Heavy Duty Crank Up Tower
with tilt over base in very good cond. About 10 years old. $700.00 or best
offer. (Hygain/Telex) Phone, 203-353-8422. Leave
message. John,WB1GRB. E-mail me: [email protected]
Or phone. Pictures: www.qsl.net/w1ee/tower
Icom 706mkIIG, no box, in excellent
condition, have all the small connectors it came with, asking 650$ or Best
offer. 203 748 7143
SWAN ST2 ANTENNA TUNER w/built in
meters. Max legal power, Very Clean, lightly used. Output: Balanced, single wire
& Coax. $160. Call Jack, K1UL, (203) 322-6047
MFJ ANTENNA TUNER A-1 Cond. $100;
Cushcraft R4 Ant , New, $25; ¼ ? Mag. Mt. Ant., $12; ? ? Mag. Mt. Ant, $15, ? ?
Trunk Mt. Ant.,
$10; Measurements Grid Dip Meter, $25; HP Signal Gen.; $15; Code Pract. Mach.,
$15. K1DLT, (203) 324-2723
For sale CT Sys. 3000B service
monitor. Good condition. $1000.00 firm. [email protected]
Message Board Located At: www.gnarc.org/ & www.qsl.net/w1ee/
Questions: 203-353-8422. [email protected]
POSTAL ADDRESS Courtesy of.
C/o Greg Bryson KA1NGF
304 Main Av, Perry Plaza
Norwalk, CT. 06851
Phone (203) 847-6166
The Greater Norwalk Amateur Radio Club
P.O. Box 115
304 Main Street
Norwalk, Connecticut 06851
Club Web Site: www.gnarc.org/
A non-profit service oriented organization
"Technological progress has merely provided us with more efficient means
for going backwards." -Aldous Huxley (Quote Of the
Month)
Join us before for pizza at John’s Best Pizza on New Canaan Ave. at 6 pm.
Articles must be in by the 20th of the month to be published in this newsletter
& web site.
Updates & Breaking News can be made anytime and will be published at: www.qsl.net/w1ee/breaking
Please I desperately need articles from our GNARC club members!
Extra Page. Copied with permission. http://w1cws.southern.vg/ham/repeater.php 08/29/2003
Local Repeaters |
Frequency | Call | PL | Offset | Location |
29.6200 | KQ2H | 146.2 | -1KHz | Manhattan. , NY |
53.3700 | N2ACF Linked to 443.85Mhz |
No PL | - | Stony Point , NY |
145.1300 | K2PUT | 136.5 | - | Carmel , NY |
145.1700 | N2JTI | 114.8 | - | Nyack , NY |
145.2500 | WB2BQW IRLP Node ID 339 |
100.0 | - | New Windsor , NY |
145.2500 | WB2BQW | No PL | - | Waterbury , CT |
145.3300 | WA2LQO | 136.5 | - | Hauppauge , NY |
145.4300 | W2LRC Shuttle Audio Retransmissions |
136.5 | - | Smithtown , NY |
146.4300 | KC2RA | 136.5 | +1Mhz | Staten Island , NY |
146.4750 | WR1AIE | 100.0 | +1Mhz | New Canaan , CT |
146.6550 | W1EE | 100.0 | - | Stamford , CT |
146.6850 | W2GSB | 110.9 | - | Babylon , NY |
146.7150 | WA2DCI IRLP Node ID 4220 |
136.5 | - | East Patchogue , NY |
146.7450 | WA2LQO | No PL | - | Bethpage , NY |
146.7750 | K1BCG | 110.9 | - | Old Saybrook , CT |
146.8500 | W2VL | 136.5 | - | Long Island , NY |
146.8950 | N2EYH | 100.0 | - | Millbrook , NY |
146.9100 | K2JQB | 114.8 | - | Westchester , NY |
147.0000 | WB2ZSE | 136.5 | - | New York , NY |
147.0150 | WB2IXR | 114.8 | + | Yorktown , NY |
147.0600 | WB2ZII | 114.8 | + | Westchester , NY |
147.1650 | K2CIB | 114.8 | + | Nyack , NY |
147.1800 | WA1NQP | 141.3 | + | Naugatuck , CT |
147.2100 | WR2ABA | 136.5 | + | Long Island , NY |
147.3000 | W1QI | 100.0 | + | Danbury , CT |
147.3150 | KB1CDI | 88.5 | + | Terryville , CT |
147.3600 | WA2YEG | 107.2 | + | Manhattan , NY |
147.3750 | WB2NHO | 136.5 | + | Selden , NY |
147.3900 | K1OF EchoLink Node 12904 |
No PL | + | Norwalk , CT |
224.4000 | WB2ZII | 114.8 | - | Valhalla , NY |
224.5600 | W2RGM | No PL | - | Dix Hills , NY |
224.8200 | WB2NHO | 136.5 | - | Long Island , NY |
440.0500 | N2LEN | 114.8 | + | Brooklyn , NY |
440.7000 | WB2HWW IRPL Node ID 782 |
No PL | + | Queens , NY |
441.1000 | N2ROW N2HDW Repeater Network |
136.5 | + | Brooklyn , NY |
443.6000 | N2HDW N2HDW Repeater Network |
114.8 | + | Pearl River , NY |
443.8500 | N2ACF IRLP Node ID 403 |
114.8 | + | Stony Point , NY |
444.9500 | KB2HRA | 114.8 | + | Flushing , NY |
445.8250 | N2VQP (?) | 156.7 | - | Staten Island , NY |
447.0250 | K2TFC Echolink Node 45090 |
91.5 | - | Selden , NY |
447.1250 | W1EE | 114.8 | - | Stamford , CT |
447.4750 | WB2ZII | 114.8 | - | Valhalla , NY |
447.8250 | WA2YEG | 107.2 | - | Manhattan , NY |
448.0250 | K1DR | 123.0 | - | New Canaan , CT |
448.0750 | K1UHF | 114.8 | - | Norwalk , CT |
448.5750 | N2HDW N2HDW Repeater Network |
114.8 | - | New York , NY |
449.0250 | N2HDW N2HDW Repeater Network |
123.0 | - | Manhattan , NY |
449.1250 | WB2NHO | 136.5 | - | Long Island , NY |
449.2250 | KQ2H Linked to 29.62MHz |
107.2 | - | Wurtsboro , NY |
449.4750 | NI1U | 110.9 | - | Guilford , CT |
449.8250 | KA1MJ | 110.9 | - | East Haven , CT |
449.9000 | KM1R Backup Repeater for NI1U |
110.9 | - | North Guilford , CT |
449.9250 | N1HLS | 110.9 | - | Branford , CT |
1288.0000 | W2VL | 136.5 | - | Long Island , NY |