Types.....
paul at paccomm.com
paul at paccomm.com
Tue Jun 6 09:58:54 EDT 1995
Of course, there's those types who just love being shouted at
by SSTV operators ("This is OUR frequency - no contest! no contest!
SSTV! [etc., etc.]") .... just what you get at 14230 !
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Paul Evans, W4/G4BKI paul at paccomm.com +1 (813) 874-2980
Fax:+1 (813) 872-8696 Views expressed here are not necessarily |\
those of PacComm. I don't surf the internet, I SAIL IT! /| \
Cptn of S/V "Spindrift" (Catalina 36), Dunedin, FL. / | \
PacComm Packet Radio Systems,Inc., / | \
4413 N.Hesperides St., Tampa, FL 33614-7618 / | \
-----|------
\----------------
\_____________/
>From Bill_Rogers <rogers at eng15.rochny.uspra.abb.com> Tue Jun 6 14:39:54 1995
From: Bill_Rogers <rogers at eng15.rochny.uspra.abb.com> (Bill_Rogers)
Date: Tue, 6 Jun 95 9:39:54 EDT
Subject: Classic Rover Entry
Message-ID: <9506061340.AA20477 at nms1.abb.com>
Hello VHF contestants:
The KB3PW/RC rover will be active in the following
grid squares:
FN13, FN12, FN02, FN03,
EN92, EN93, EN94, FN04,
FN14, FN24, FN23, FN22
most likely in this order.
We have all bands + light and both narrow and WB 10GHz.
The biggest unknown: How the 30 foot crank-up tower will
play with the OPP and customs.
GL to all,
Bill Rogers, KA2CKI
--
-------------------------------------------------------------
|
Bill Rogers | Tel: (716) 273 7110
Development Engineer | Fax: (716) 273 7262
|
ABB Industrial Systems |
Post Office Box 22685 |
Rochester, New York 14692-2685 |
|
-------------------------------------------------------------
Internet: rogers at rogers.rochny.uspra.abb.com
-------------------------------------------------------------
>From Rich L. Boyd" <rlboyd at CapAccess.org Tue Jun 6 15:02:36 1995
From: Rich L. Boyd" <rlboyd at CapAccess.org (Rich L. Boyd)
Date: Tue, 6 Jun 1995 10:02:36 -0400 (EDT)
Subject: Power assisted climbing
Message-ID: <Pine.3.07.9506061029.D2232-9100000 at cap1.capaccess.org>
For winch advice, you might try W7RM, who uses a winch and also K3LYW,
U.S. Tower Service, Frederick, Maryland, or East Coast Antenna Service,
Rockville, Maryland. I know the last two phone numbers are available from
telephone information. All use power winches to raise towers and antennas.
73
Rich Boyd KE3Q
>From jholly at hposl62.cup.hp.com (Jim Hollenback) Tue Jun 6 15:59:33 1995
From: jholly at hposl62.cup.hp.com (Jim Hollenback) (Jim Hollenback)
Date: Tue, 6 Jun 1995 07:59:33 -0700
Subject: exchange table
Message-ID: <9506060759.ZM13849 at hpwsmjh1.cup.hp.com>
Is there a place where I can download the exchange table used for
the ANARTS contest this weekend? It's probably to late to mail off
a request to the contest manager and I don't have a copy of the
RTTY contest guide.
73, Jim, WA6SDM
jholly at cup.hp.com
>From John W. Brosnahan" <broz at csn.net Tue Jun 6 16:28:53 1995
From: John W. Brosnahan" <broz at csn.net (John W. Brosnahan)
Date: Tue, 6 Jun 1995 09:28:53 -0600
Subject: AI7B and power assisted tower climbing
Message-ID: <199506061528.JAA28038 at teal.csn.net>
Couldn't resist responding to your request for info on power assisted tower
climbing, with a story told to me by Paul Bittner, W0AIH. Seems that Paul
hated to waste the time climbing up and down his 200 ft 40M tower and decided
to clip onto the haul rope he was using. He said that he had a young fellow
that was helping him and asked the unnamed assistant to drive the pickup to
raise him the 200 ft. The pickup took off at a pretty good clip and Paul was
rising so fast that he was afraid that he might catch an arm or a leg on the
tower so he just concentrated on trying to keep as far away from the tower
as possible. But somehow Paul's belt or a tool attachment hung up on the
tower about half way up and the nylon rope began to stretch as Paul yelled
for the truck to stop--but to no avail. Finally the stretching rope would
not be denied and whatever had caught on the tower broke loose and Paul
shot straight up like a reverse bungee jumper. Fortunately he suffered no
ill effects, something I attribute to the fact that he is REVEREND Paul
Bittner and has a little better propagation path for his prayers.
Paul did not seem to be put off too much by his experience and subsequently
built a winch that his wife could operate so that he could have her raise
him in a more controlled fashion.
Would I ever do something like this--not on your (I guess it is MY) life. I
purchased on a GSA auction a few years ago a couple of towers, the larger one
being a 320ft Rohn C. Unfortunately I broke my elbow playing soft ball
before I could take them down and had to hire a crew to do the job. They
used 40 ft of Rohn 25 for the gin pole and the two guys would ride the
gin pole up to the 320ft level to begin work. I just don't think I am ready
to try something like this, yet, or ever. (One of the two workers who rode
the tower was subsequently recruited and hired by me to be a field
engineer for my previous company--the other worker subsequently died in a
fall from a TV tower. Accidents do happen--even to the professionals. So
my advice would be against doing anything beyond your capabilities.)
Good Luck! John W0UN broz at csn.org
>From Johnny Ryden <jr at pts.se> Tue Jun 6 16:34:09 1995
From: Johnny Ryden <jr at pts.se> (Johnny Ryden)
Date: Tue, 6 Jun 1995 17:34:09 +0200 (MET DST)
Subject: Fieldhunter´s list, 1.8 to 10 MHz
Message-ID: <199506061534.RAA14152 at ekgserv.pts.se>
In connection with the World Wide Grid Contest this coming weekend,
10 to 11 June, I thought I would spread the latest edition of the
Fieldhunter´s list on this media. Consider the list as a continued
contest.
The Fieldhunter´s list shows WORKED fields (not squares) according
to the Maidenhead locator system. A field is a block of 20 degrees
(longitude) by 10 degrees (latitude). Rules and further information
follow after the list. We welcome your comments and contribution to
the list.
The columns show:
Position on list. Callsign. The own field. Number of fields worked.
Date (YYMMDD) for last update.
* * 1.8 / 3.5 / 7 / 10 MHz * * Standings as of 31 March 1995
1.8 MHz
1 SM5BFJ JO 92 950211
2 SM6CPY JO 84 910202
3 W1JR FN 79 900520
4 SM3CWE JP 75 930331
5 SM6OLL JO 35 950212
6 SM3BP JP 33 910331
SM6CTQ JO 33 850127
8 SM3CFV JP 25 941231
9 TI4SU EK 24 910818
YU7EF KN 24 870930
11 SM7WT JO 22 941231
12 OK1DKS JO 12 890327
SM0HTO JO 12 900129
SM5INC JO 12 940331
15 G4FVK IO 10 910609
SM4ARQ JO 10 941105
17 SM6ZN JO 7 920406
SM7RDT JO 7 940927
19 SM0LH JO 5 880121
20 SK6AW JO 4 890930
21 LA8AK JO 3 871119
SM4JXG JO 3 911231
SM4RIK JO 3 950101
24 SM7NZB JO 2 931231
3.5 MHz
1 SM6CPY JO 162 901217
2 K2RR FN 155 880505
3 SM3CWE JP 142 930331
4 W1JR FN 126 900520
5 YU7EF KN 120 870930
6 SM7WT JO 113 941231
7 SM5CAK JO 104 940731
8 SM3CFV JP 90 941231
9 SM0HTO JO 85 940817
10 SM0CCE JO 79 850122
11 SK6AW JO 69 890930
12 SM4ARQ JO 53 941227
13 SM3CVM JP 50 900909
14 TI4SU EK 48 890508
15 SM5INC JO 37 931231
16 OK1DKS JO 30 890327
17 F6HKA JO 28 880829
18 SM3BP JP 21 901231
19 SM0LH JO 19 930203
20 SM6ZN JO 18 920406
21 SM7CQY JO 16 950322
22 G4FVK IO 15 910609
23 SM7RDT JO 13 940927
24 KC9RG EN 11 890331
SM0SKB JO 11 950105
26 SM6FXW JO 10 911225
27 SM7NZB JO 9 931231
28 LA8AK JO 8 871119
29 SM4JXG JO 7 911231
SM4RIK JO 7 950101
SM5DUT JO 7 910912
7 MHz
1 SM7WT JO 169 941231
2 SM3CWE JP 163 930331
3 W1JR FN 146 900520
4 SM5CAK JO 142 940731
5 SM0CCE JO 138 850122
6 SM3CFV JP 124 941231
7 SM0HTO JO 121 940817
8 SM3CVM JP 101 900909
9 SM5INC JO 94 931231
10 SK6AW JO 92 890930
11 SM4ARQ JO 88 941227
12 SM7PKK JO 86 870322
13 TI4SU EK 76 890508
14 YU7EF KN 74 870930
15 F6HKA JN 43 880829
16 SM3PZG JP 38 890806
17 SM3BP JP 31 901231
SM6ZN JO 31 911222
19 OK1DKS JO 29 890327
SM7CQY JO 29 950322
21 SM4RIK JO 23 950101
SM7RDT JO 23 940927
23 SM0LH JO 19 890221
24 G4FVK IO 17 910609
25 SM0SKB JO 15 950105
26 9V1RH OJ 14 870610
27 KC9RG EN 13 890331
28 SM4JXG JO 11 911231
SM7NZB JO 11 931231
30 SM5DUT JO 10 910912
SM6FXW JO 10 900103
32 LA8AK JO 5 871119
10 MHz
1 SM7WT JO 90 941231
2 W1JR FN 82 900520
3 SM3CFV JP 79 941231
4 SM3CWE JP 74 930331
5 SM5FUG JO 67 941031
6 SM5INC JO 52 931231
7 9M2FP OJ 49 880531
8 VS6BI OL 47 900618
9 SM3BP JP 44 950319
10 SM7BDB JO 43 910331
11 SM4ARQ JO 40 941105
12 SM6ZN JO 36 920508
13 SM0HTO JO 33 940817
14 SM0LH JO 17 930203
SM5ACQ JO 17 870625
16 SM5DUT JO 16 941212
SM6MSG JO 16 871016
18 SM4RIK JO 14 950101
19 SM4JXG JO 11 911231
20 SM6FXW JO 9 910916
21 KC9RG EN 8 890331
SM7CQY JO 8 950322
23 SM0SKB JO 6 950105
24 SM5PAX JO 4 850930
25 F6HKA JO 3 880829
SM5CAK JO 3 870206
SM7NZB JO 3 931231
28 SK6AW JO 2 890930
RULES: 1. All fields must have been worked via passive reflectors.
2. All stations involved must be on the earth´s surface. 3. QSL cards
are not required if you are certain that the other station considers
the QSO to have been completed. 4. All QSO´s must have been worked from
points within a circle of 1000 km radius. 5. There is no starting date
for contacts to be eligible.
A world map showing the 324 fields can be found in "The Radio Amateur´s
World (Locator) Atlas", that normally should be available at your natio-
nal amateur radio society.
Compiled quarterly since 1982, the list shows the situation on March 31,
June 30, September 30 and December 31 at 2400 UTC. Please send your info
as soon as possible to SM5INC, Johnny Ryden, Slanbarsvagen 270, S-745 60
Enkoping, SWEDEN. Phone +46-17127883.
Packet SM5INC @ SK5BB.#AROS.U.SWE.EU
E-mail jr at pts.se
More information about the CQ-Contest
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