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July 2 ( 0 miles, 0 hours) July 3-4 (91.38 miles by knot meter, 15 hours,
2075.4 engine hours) 5:50PM We entered the river and engaged the autopilot The wind was light (4-6 kts) so we motored down the river. 6:50 PM We reached waypoint 2 at Gum Thicket Shoal, making 7.3 kts SOG under a cloudy sky with a light rain. 7:30 PM We have reached waypoint 3, the entrance to the Neuse River. We are making 7 kts SOG under a cloudy sky. 7:55 PM The wind picked up to 14 kts from the south, so we raised our sails and killed the engine. We were making 7.3 knots with a 10° heel. 8:12 PM The wind was up to 20 kts giving us a 15° heel, so we lowered the mizzen sail reducing our heel while maintaining an 8 kts speed. 8:48 PM Waypoint 5 reached. The wind is blowing 16
kts from the south and we are making 6.8 kts SOG. Distance covered is 22.5
miles. The sky is clearing and a full moon is out. There are over 15
shrimp boats ahead of us. 10:57 PM Waypoint 6 reached. We are making 6.7 kts and have traveled 36.4 miles. July
4th 1:13
AM I have spotted the flash of the Cape Hatteras Light House on the
horizon. According to the chart plotter it is 16 miles away. While I
can not see the light itself, the glow on the horizon is easy to see. 2:06 AM The light
of the Cape Hatteras Light House is now visible. The chart plotter has the
light house at 15.8 nm from me. It is funny to see birds flying out here
at night. 4:17 AM Waypoint 7 arrival, 5:50 AM As Laurin was starting
the 4:17 entry it started raining. It was blowing from behind us and she
was getting soaked. I got my foul weather jacket on and relieved her at
the helm. At 4:40 AM we were passed by a line of fast moving
showers. The wind shifted from our starboard stern to our port stern
blowing at 22 kts. Prior to Laurin having taking the helm, I had placed
the whisker pole on the Genoa. With the wind shift the Genoa
backfilled. I decided it could just stay that way until the wind and rain
reduced. Later after the wind reduced and the rain had quit I got the
whisker pole down and reset the Genoa. We are currently about 2 miles form
the entrance to Old House Channel which will lead us into the Roanoke
Sound. We have about 20 miles to go to Manteo. The sky has brightened
and there are some angry looking thunderstorms several miles off our starboard
stern. I can see some heavy rain falling from them. I have been
seeing the Bodie Island Light House for a while now. 6:20 AM Waypoint 7 has been reached (the mouth of Old House Channel). However the engine battery is too weak from having powered the running/steaming lights overnight to crank the engine without the help of the house batteries. The only problem with that is that the engine can not be run above an idle while trying to charge both sets of batteries. The alternator is too small to handle the load. I have a larger amperage alternator for the engine, but just have not gotten around to installing it yet. Rather than trying to run the 20 miles to Manteo down the channel at an idle, I have dropped the anchor and am waiting on the engine battery to charge enough to start the engine by itself. You cannot disengage batteries connect to the engine while it is running or you will fry the alternator. 9:00 AM I only had to wait
about 15 minutes of the engine battery to charge. We made the trip up the
channel with minimal problems - a few shallow areas I slowed down for. The
worst part was another heavy rain storm that passed over us with 25 kt winds
making it hard to see the channel markers. It lasted about 15
minutes. We came into Manteo Waterfront Marina, docked and proceeded to
settle in and put stuff out to dry. We have not seen the dock master yet -
hope it will not be long, we both really want to take a shower! July 8 (64.84 nm, 10 hours, 2097.6
engine hours 0740 - 0.0 nm N35° 54.555' W075° 40.086' 0813 - 2.51nm
N35° 53.682' W075° 38.137' 0855 - 7.78 nm N35° 49.459' W075° 35.772' 6.7 kts
SOG 155°T wind @13 kts from the west 0917 - 10.48 nm N35° 49.459' W075° 35.772'
6.5 kts SOG wind @15 kts from the west 0927 - 11.65 nm
N 35° 45.344' W075° 34.959' 6.7 kts SOG 212°T
wind @11.0 kts from the west 1003 - 16.0 nm 6.1 kts
SOG 166°T wind @13.0 kts from the SSW 1100 - 22.56 nm N 35°
37.515' W075° 37.469' 6.2 kts SOG 175°T wind
@14.0 kts from the south west 1148 - 28.25 nm, N35° 32.565', W075° 37.358', 6.4 kts
SOG, 226°T, wind @17 kts from the west, seas at 3-4' 1300 - 39.9 nm, N35° 27.259', W075
42.779', 5.7 kts SOG, 217°T, wind @16 kts from the SW 1405 - 42.64 nm, N35° 22.469',
W075° 47.684', 6.0 kts SOG, 213°T, wind @19 kts from the SW 1500 - 47.99 nm, N35° 18.605', W075°
51.641', 6.0 kts SOG, 212°, wind @20 kts from the SW 1600 - 54.14 nm, N35° 14.338', W075° 55.998',
5.9 kts SOG, 212°T, wind @20 kts from the SW 1700 - 60.27
nm, N35° 10.128', W075° 00.325', 5.9 kts SOG, 229°T, wind @20.2 kts from the
SW 1740 - 64.84nm, N35°
06.869', W075° 59.085', 0 kts SOG, wind @17 kts, 2097.6 engine hours July 9
(44.05 nm, 5.95 hours, 2103.7 engine hours) 1145 - 3.66nm, 6.1 kts
SOG, wind 9.1kts from the WNW 1200 - 5.06 nm, N35° 09.471', W076° 02.041', 6.8 kts SOG, wind 6.5 kts from the NW 1234
- 9.56 nm, N35° 10.344', W076° 07.079', 6.4 kts SOG, 245°T, wind
6.7 kts from the NW 1300
- 12.16 nm, N35° 09.417', W076° 10.130', 6.7 kts SOG, 245°T, wind 5.1 kts
from the NW 1354 - 19.51 nm, N35°
07.097', W076° 17.408', 7.0 kts SOG, 266°T, wind 1.4 kts from the W 1500 - 27.88 nm, N35° 06.869',
W076° 26.743', 6.9 kts SOG, 265°T, wind 2.9 kts from the WNW 1513 -
29.63 nm, N35° 06.811', W076° 28.709', 7.0 kts SOG, 227°T, wind 2.2 kts from
the W 1558 - 35.39 nm, N35° 03.431', W076° 33.549', 7.1 kts SOG,
248°T, wind 6.1kts from the West 1654 - 42.84 nm,
N35° 00.923', W076° 41.292' 1710 - 44.05
nm, N35° 01.121', W076° 42.429' 2103.7 engine hours 2305 - What a bummer of an evening. I decided to figure out why the Smart Alternator Regulator (SAR) for the Genie was not coming on. After verifying the wiring I started the Genie and climbed into the engine compartment. The On signal was present at the SAR. A few seconds later I heard the Genie load down. I sat there for a few minutes trying to figure out what I had done - and nothing was the answer. I then crawled out of the engine compartment and noticed that lights I had on were now off. The 100A battery breaker had also tripped. I killed the Genie and reset the battery breaker. Still no lights. I tried some lights that were not previously on and they worked. I had a really bad feeling about this. I went to the cockpit and checked the instruments there and they were now all off - and would not come back on. I went back down and turned off all the loads, and started the Genie back up. With my DVM on the batteries, I watched as after 15 seconds the alternator loaded down and 15 seconds after that the battery breaker tripped. The voltage on the batteries had risen slightly when the Genie's alternator started putting out voltage. I killed the Genie and wrote an email to the dealer form whom I purchased the Ample Power equipment. July 10 2100 - As I drove home today, I analyzed what had happened and when I spoke with my Ample Power dealer he confirmed my thoughts. According to the gospel of Ample Power, you should set up a positive distribution point (bus bar) and a negative distribution point (another bus bar). All sources of power and loads should go the the distribution points and such was how I wired the boat. I replaced the standard Off-1-Both-2 battery switch with a panel that had an on/Off switch for the engine battery and a 100 Amp breaker for the house batteries. The panel also included a switch that would tie the two batteries together in case of an emergency. The battery breaker was between the house batteries and the positive distribution point. The Genie is capable of delivering 175 amps, and apparently was delivering more than 100 amps to the house batteries thus tripping the 100 amp breaker. This left a minimal load on the Genie's alternator. I did not realize it until later, but an unloaded alternator will put out much more than 12v. Thus the breaker protected the batteries, but not the circuits of the boat. I called my insurance company, BoatUS and reported my claim. After taking down what had happened the agent told me that since it was a wiring problem I created they probably would not pay for any damages. Typical insurance company line - give us your money, but do not count on getting any back. Anyway they assigned a marine surveyor to the case who is scheduled to go take pictures of the boat. Tommy Sluggs called me later in the day to discuss the situation. He was more hopeful that BoatUS would pay for the damage. A sent the Tommy a statement as to what happened and a list of the equipment damaged. He expects to get to the boat this weekend or early next week. Until he submits his report it is just a game of waiting. July 16-20 (On the Hobie
16 estimated 70 miles) Upon leaving Holding Beach on Sunday, Justin followed me up the coast to Oriental. We spent the night there, taking the opportunity to remove all the Raytheon instruments that were damaged on July 9th's mishap. I shipped the instruments off to RayMarine once I returned to Burlington. No word from the insurance company yet. August 16 The past few weeks have been with good news and not so good news. First BoatUS insurance has agreed to pay for damages I suffered on July 9th to my electronics - less the deductible of course. RayMarine has declined to repair my electronics under warranty. The cost of having the units repair varies from $100 to $450. I received the first batch back today. On another not so food note, the primary diesel engine continues to overheat. I had the thermostat changed with no change. I ended up taking all the cooling system parts off the engine, cleaned, checked, and repainted them. The only problem I could find was a blockage of old impeller parts in the intake of the raw water pump. I also replaced the rubber seals between the heat exchanger and the expansion tank. The old units had split. The engine idled at 130°F but would climb to 230°F at 2800 RPM under load. The local diesel mechanic had suggested some weeks ago that the problem was either a blown head gasket, or a cracked cylinder head. Having tried to look for every other possible solution, I called another engine repair company who agreed that the head gasket or cylinder head are at fault. I went ahead and started tearing down the head to where only the rockers were left. The local mechanic is scheduled to finish taking the head off and determine the fault. August 27 I arrived back in Oriental yesterday. I remounted the radar dome in the cool of the late afternoon - only to have it not work! Not a pleasing moment. I finished mounting the other instruments this morning and they all worked without a problem. I called Raytheon tech support for help on the radar. After explaining the situation, he had me run a single test and pronounced he knew the problem. There is a small connector inside the radar dome that all the signal wires travel in. A white wire on the right end of the connector is the video out from the dome. It seems that this wire has a tendency to break at the connector. Sure enough this was my problem. A simple matter to fix. I took timing measurements off the windlass detection circuit last night. I got a really clean (no bounce) 20 ms pulse every 200 ms. This works out to a speed of 75 feet/minute. The windlass is rated at 80 feet/minute, so it is pretty close. I plan on making a new forward strap for the dingy tomorrow and then fit the dinghy cover on the davits. It really feels good to be back in Oriental and on the boat. September 15 All the instruments are back in and working great. The log was reset, so I need to add 671.6 NM to current log to get actual total miles traveled. I have an old laptop computer sitting on the nav station connected to the SeaTalk data bus Running RayTech software, the laptop displays the output from all the instruments (except the radar). The engine has continued to overheat, and after getting a second opinion (which agreed my local diesel mechanic) the verdict was I either had a blown head gasket, or a cracked cylinder head. I removed almost everything from the cylinder in preparation to take it off and made arrangements for my local mechanic to take the head off and check for cracks. As it turned out the gasket had not yet blown through and the head was not cracked. The head was warped 8 thousands of an inch and was sent off to be machined flat. The internal tubes for cooling water are also being replaced as they were corroded and some what clogged. The internal water pump is being replaced since the impeller seemed to be too far from the wall to pump effectively. And lastly, the heat exchanger failed a pressure test, so it too is being replaced. Hopefully the combination of all these things will resolve my overheating once and for all. In late August I was sitting in the cockpit of my boat watching a thunderstorm roll in. The lighting was flashing all around, when there was suddenly one bolt that the thunder occurred at the same time as the lighting. A couple of seconds later debris was raining down on me. It seems that the bolt struck the mast of a sailboat just 2 boats down from mine (a 43 foot Hunter named Rainy Day). It removed the mast mounted VHF antenna and destroyed all the instruments on the boat. For once something has happened and I did not have any damage from it. I was hoping to make the October Annapolis boat show, but it turns out to be the first weekend of the month. I want to have my deck finished before I go, and that does not afford me enough time to finish my work. At this point I hope to make it in late October. Work on the windlass DRO (digital read out) goes well. All the hardware has been built, and I have started on the 1st program - I hope to make great progress this coming two weeks while at the boat. I am returning to the boat on Sept 16th. |
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