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Sailboat Racing Clinic Offered by: Small Yacht Sailing Club of Oregon (SYSCO)
The Small Yacht Sailing Club of Oregon (SYSCO) extends an invitation to all interested skippers and crew to attend this pre-race tune-up and race clinic. SYSCO membership is not required. SYSCO promotes one design and level class yacht racing. To encourage their introduction to yacht racing, novice sailors are specifically invited to participate. Thursday, March 29, 2007 Chalkboard Session at 18:30 hours (6:30 p.m.) Rose City Yacht Club Topics will include: OCSA Race Book Friday, March 30, 2007 On the Water Session at 18:00 hours (6 p.m.) The session will feature several practice starts together with a round-the-buoy practice race to the finish. Experienced skippers will be available for onboard assistance. The on the water session will be conducted in the vicinity of mark “C” as designated by the OCSA Alphabetic Course Chart. For more information contact: Karen Anderson, SYSCO Race
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We
Need a Third C22 to RaceDan Dugan (Harmony, #14286) and I (Crocus, #8244) need at least one other Catalina 22 skipper to sign up to participate in the SYSCO Spring Series so we can race one-design.
Here's the Catalina 22 race schedule for the series:
- April 19
- April 26
- May 3
- May 17
- May 24
If what's holding you back from racing your boat is a concern that you don't have enough experience or knowledge, please talk to me. I'd be happy to answer any questions you might have. Catalina 22 racing is pretty casual here locally. We have no secrets we won't share to help you sail your boat better. Having a specific course and destination makes racing a lot of fun.
Fleet 20's racing page has a lot of information on local racing. Everything from the entry form to the sailing instructions for each race are available. You may also find the material targeted at race committee very informative because it explains in simple straight forward language what the race committee is doing to start and finish races.
Dan and I need to get our entry forms in for the Spring Series by April 13th so SYSCO will know if at least three Catalina 22's will be racing the series. Hope to see you on the starting line. Please contact me if you are going to race.
Dale Mack
celtic-myst@comcast.net or
360-260-4196
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Since acquiring Crocus, a spreader had been frozen in one of the stainless steel spreader brackets. I recently repaired the spreader when I had the mast off the boat to upgrade to internal halyards. With the mast laying across two saw horses I was surprised to see how much play there was in the spreader brackets. I had expected that the bolt and the four screws would have everything snug against the mast. I removed the cotter pin for the spreader that wasn't frozen and gained access to the top of the stainless steel bolt that runs through the mast and the two brackets. Since the spreader was frozen inside the socket, I knew I wasn't going to gain access to the nut on the other side. Hoping that by maintaining tension on the system (i.e. pulling the spreader bracket away from the mast) would allow me to unbolt the system, I proceed to place on socket wrench on the bolt and slowly remove the bolt. Luck sometimes happens and soon the brackets were ready to remove. As I pulled the bolt I followed it with a piece of wire to prevent the compression sleeve inside the mast from coming adrift. The ends of the wire were then bent over to prevent it from falling out.
With
the brackets removed some of my mast's past was revealed. Today my mast is
painted white, but the mast is actually anodized which usually means you don't
have to paint it. Everywhere beneath the stainless steel bracket that
contacted aluminum had signs of earlier corrosion. The mast had apparently
been cleaned up at some point, primed with zinc chromate, and then painted.
Galvanic corrosion is always a concern when dissimilar metals come in contact,
and this can be rapid when aluminum (actually aluminum alloy) is placed in
proximity to stainless steel in a wet environment. I place a layer of
insulating material between aluminum and stainless steel. Something as
simple as covering the back of the fitting with electrician's tape is enough to
provide adequate protection.
I also discovered that because the top two screws and the bolt weren't tight, the brackets had actually dimpled the mast. When I reinstall the brackets I plan to use stainless steel pop rivets in place of the screws. The rivets will be treated with an anti-corrosion product like "Tef-Gel Anti Corrosion Gel". The rivets can easily be drilled out if the brackets have to be removed in the future.
Steps in Fabricating a New Spreader
| Catalina 22 spreaders are angled up causing rain water to flow into the socket of the bracket and collect. Without any sort of anti-corrosion product between the aluminum and the stainless steel, corrosion begins and eventually locks the parts together. Even soaking in "Liquid Wrench" didn't help. I had to cut the spreader off and drill out portions of the frozen in remnants before I could ply out the corroded parts. |
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| The spreaders are made of high grade aluminum.
After checking out Catalina Direct, I decide that the $53 price tag plus
shipping seemed a little steep. Fellow Fleet 20 member Avid
Brickman pointed me at the
Metal
Supermarket, which has a store near the airport in Portland (they
cut to length). The type of aluminum I used is 6061-T6 and the
dimensions required are: 27" (length) x 1" (OD) x 0.125 (wall) Total cost: $14.60 |
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Shroud Slot Depth
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Shroud Slot
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Cutting the Shroud Slot
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Finishing the Shroud slot
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Seizing Wire
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Drilling the Hole for Seizing Wire
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Bracket Cotter Pin Holes
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Old versus New Spreader
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The Finished Spreader
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Checkout these links to Northwest Catalina newsletters and local racing:
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The Fleet 20 newsletter is published online once a month. Articles are the opinions of the
authors and don't necessarily
represent the consensus of Fleet 20.