Autohelm Tiller Arm.

If my Hydrovane is a 1st mate, then the Autohelm is 2nd Mate – or at least a talented Cabin Boy!
I have no idea if my old version can be upgraded to work with the as-yet-uninstalled new Raymarine radar system. I’m assuming not.

Back in November 2015 the control head was deluged by a freak wave halfway across the Bay of Biscay (I know..what else happens on a sailboat? But there we have it!) and burned out, leaving me to handhold Frank to Camariñas in a (what else in November?) storm. Parking up in the aforesaid fishing port for Christmas, I returned to Texas and found a new unit on ebay.

But at the other end of the Autopilot, attached to the Type 1 hydraulic ram, is an arm. This connects the ram to the tiller shaft. It was still working, but badly corroded. Here is is after I managed to get it off:

And here is the new one!

The hole for the tiller shaft has been machined to 1.25″, but the key is not uniform to 3 decimal places (it has had a hard life..) so I took the arm without a keyway cut. I’ll have to find a shop to get it machined.

This tiller arm is bronze and weighs maybe 10-15 pounds. Slow progre$$, but progre$$.

The Key to success is a key that fits!

Domestic Electric

hot socket

A few months back, I bought a US socket to replace the UK 240v twin socket that came with Frank, but did not get around to installing it. I just used UK-US adaptors.

This lets me run mains-power devices (kettle, power tools, heater, etc) on board when using shore power.

It has been cold, so I had the heater on, as I have done before. There was a strange smell which I eventually localized to the socket.

I have been using UK -> US adaptors to run 110v items. I pulled out one – no problem. Pulled out the left side one… and the GFPE tripped as the plug flashed. So that works!

The 13a fuse in the adaptor had failed to blow and the brass prong was taking some heat:

adaptor plug

Fascinating. The live, or “hot” in the USA, is shown here after I disconnected from shore power, opened the socket and clipped the wire. I have a plug-in circuit tester to check if the sockets are really turned off.

live wire

I found a cool website, The Circuit Detective to help me translate between UK and USA terms (there is a lot of difference besides voltage) and get the new socket wired in correctly.

So I now have a UK-fitted GFPE on board, where the mains power comes in, and two US sockets fitted with GFCI. I wanted to keep a dual 240/110 system, for when Frank is in Caribbean and other Commonwealth marinas, but I think I will look at installing and running the shore power through a US Standard GFPE, and maybe run two systems later.

Gfci socket

I no longer need big-assed UK plug-adaptors!

Wind vane and Sailtimer finally up mast

When Frank was having her keel dropped, at Hooking Bull in Rockport back in 2016, because this necessitated having the mast down, I planned to install a SailTimer Wireless Wind Instrument which arrived long after the mast was back up and Frank was in her new berth in Corpus Christi Marina

This week, Matt Sebring of Coastal Bend Yacht Services has mounted it, along with a Windex (the one mounted when at Hooking Bull lasted a week, when a pterodactyl (I am no ornithologist, but they are big-assed ugly monsters that share the marina with the boats) decided that the Windex did not belong on the top of the mast.

2019-07-26 at 10-50-51

It took so long for me to get around to installing the Sailtimer that they have redesigned it – I should have waited until now to buy it. But next time I am at the Marine I can see if it actually works, and also see if the Windex has survived..

Stbd port

Last August I repaired the port side forward port (the big one), rebedding the glass in marine silicon in the alloy frame and repairing the porthole in which it sits. That port was leaking water on the galley side. It seems to be dry now, so this last weekend I did the other side, which leaks water into the chart station, ruining anything not waterproof in the desk and so on.

Gaps filled and epoxied..

2019-07-28 at 09-35-11

Gaps in port frame before thee repair.

2019-07-27 at 16-14-01

The port before repair

2019-07-27 at 13-15-082019-07-27 at 13-14-56

For some silly reason I can’t find or did not take pics of the frame, nor of the finished job, but I will add them later. Neither repaired job is perfect – I need to clean up the silicon from the glass, but it will keep the water out. Four more to go, two each side (smaller).

1800 Miles from Tortola

I have several hours of video from my solo Atlantic crossing, and have been too busy to create a video of this 2nd leg of my sail from Gosport to Corpus Christi, Texas.

Four years and three months ago I was heading to Tortola, BVI. I came across a short video clip, and turned it into this short message relating the solo sailor to starting up a business: there are many talented sailors, but only a few are “the willing”. Likewise in business.

It is not really a “Frank-Just Frank” video, but without Frank I would not have been there. BTW, I never did get to Tortola, heading instead to St Croix, where I immigrated to the USA and parked Frank for a few months at St Croix Marine

 

Aircon Water-Cooling Pump System

After a bit of tooing and froing with Groco over hose fittings and positioning of the strainer (it can be above the waterline, if the raw water inlet cock is fitted with a shut-off valve), I started on the water supply system for the to-be-bought (either this one or this one) aircon system.

I managed to buy some 1″ (hose is always inside dia, whereas fittings are outrside dia) water hose from West Marine in Corpus Christi and worked out that I could fit the pump and strainer under the sink, both below the waterline.

I was planning to fit the pump vertically, but decided that it could go horizontally. I also toyed with putting the pump in the old fridge compartment, but that would mean drilling bigger holes to route the water inlet hose, which is around 1.5″ o.d. The water hose to the a.c unit is 5/8″ , so around 1″ o.d. – a lot smaller and easier to route.

I need to build a cabinet that will fit into the hold where the fridge used to be. This cabinet will shield the a.c. from the engine bay and from any bilge fumes, so that I don’t end up recycling bad air. The unit will sit in the cabinet, which is to the left of the cooker (the pump is to the right, hence my concerns about routing the water hose). Waste seawater and condensate will be pumped to the transom and overboard.

The pump installation is not quite finished yet, and I may move the strainer to the left and down a tad. But we have progress!

Pics below:

News of The Screws

In St Croix I greased the MaxProp propeller, which involves buying some expensive grease and injecting it through a screw-in nipple. I also polished the bronze, added a new zinc and   also serviced the rope cutter (new zinc and bearing). I had bought some antifoul for the prop and shaft but decided to save it for another time.

Nine or 10 weeks later she was out of the water again, and I was amazed at the barnacles which were on the screw and shaft! 

This is the screw after 11 months in the water, from September 2014 Gosport to July St Croix.


Contrast with how the prop looked just after Frank was “re-branded” and put back in the water in Spring of 2014. 

Below are some pics of the MaxProp in various stages of undress at Hooking Bull boatyard, Rockport TX, May 2016. Somewhere I have pics of the screw with its new coat of antifoul. I hope it will last the season.

For a 3boat driven byna 8hp engine Frank was always reluctant to get a move on. I suspected that the settings were wrong (the MaxProp is a self-feathering blade which can be fine tuned to match the gearbox), and the guy at the distributor kindly gave me the correct settings to match my 2.14 reduction ratio gearbox. The difference is readily apparent. I can now turn the power on and off quickly, which is much better for navigating marinas or driving and turning through tough seas.

Note the alpha settings on the outer ring.

The prop is offset, making a clockwise turn easy but an anti clockwise turn, especially in reverse, is a nightmare. Go slow, be prepared to do lots of to-ing and fro-ing to manoeuver at close quarters, and be ready to use a power dump to halt momentum and start again!

I left the 1″ zinc on, and added one.

That square plate is a ground plate, magnesium alloy. Designed to correctly ground a SSB radio. It has two mounting points and is removeable for cleaning. The gap between the plate and hull is designed to maximise grounding. Most grounding plates have multiple mounting points – with this, fewer mounting bolts through the hull mean fewer holes through the hull.