Showing posts with label Maintenance and Winter Storage. Show all posts
Showing posts with label Maintenance and Winter Storage. Show all posts

Wednesday, 27 January 2021

seasonal maintenance

Page under construction.

Every year:

drain raw water strainer, muffler, water heater, and fresh water system

Oil and filter.  Trans oil every 2 seasons

Disconnect hose to raw water cooling pump and drain.   blow through the hose to ensure it’s clear.  In spring you will insepct the impeller

While pumping out holding tank before haul out, use pressure water system to fill toilet bowl with fresh water- leave hand pump valve open so that vaccum can suck the water from the bowl, rinsing the hose and ultimately leaving it the pump assembly and  the bowl empty..  No need for antifreeze if this is empty.  I leave the deck fitting open over the winter.   

Pump antifreeze through shower pan, fridge drain, water tank through pressure system via head and  galley, plus galley foot pump

Replace the joker valve in head, lubricate the heck out of every thing else.  If you don't do the joker valve, you will find black water back filling into the head in certain conditions.  

clean filter screens in shower pan pump (under foreward end of port settee, and below galley sink

Spring

blast furler head swivel bearings clean and lubricate.  This can cause enough friction under load to cause a halyard wrap.  Dangerous. 

Lubricate whisker pole

Inspect belts

When mast is down, 

clean, grease and inspect the masthead sheaves and axles and bushings..  This is so easy it makes no sense not to do it, and you can inspect the halyards at the same time.

Since you are at the mast....  see below - really good advice from Chuck S in Maryland.    Simple stuff that together makes for a big improvement in reliability and enjoyment.



Earlier I reported that I raise the mainsail on my 36 ft saiboat by hand.  Well I couldn't do that when I first got my boat and needed to use a winch on halyards.  My sailing friends told me that was normal and winches were always necessary to hoist such large  sails.  My mainsail weighs only 55 to 60 pounds, so I thought they might be wrong.  Later, I spent some time checking all of the mast base halyard blocks and freeing a few frozen sheaves in the deck organizer, I found I could raise the mainsail by hand very easily.  These sheaves are deceptive when frozen and allow a halyard to pass unimpeded initially when there is no load, but once the strain comes on, if they are frozen, the halyard becomes bar taught and the job requires a winch.  I also learned from reading the winch catalog that the largest loads; the genoa and main halyards work best if reeved along the most direct path to the right side of a winch drum.  So now I pick the clutch directly in line with the right side of the Starboard winch drum for my main halyard.  All my winch drums turn clockwise.  My genoa halyard is reeved through the clutch directly in line with the right side of the Port winch drum.   I run the spinnaker halyards through the outermost clutches and all the other lines have lower loads so can be run as you like.  And I label the clutches.

 
I also hoist the Genoa by hand onto the furler and because I clean the foil grooves and spray the sail tabbing with MackLube, it goes up pretty easily.  The lube also allows easy adjustment of the halyard tension when shaping the sail while sailing.  I usually pick a lightwind day and extend the genoa halyard so I can wrap the tail round the winch drum and lead it to the bow where I feed the sail into the groove as I pull the halyard.  I can clear any snags as they develop and the sail goes up happy and quick.
 
So clean and lube your winches and the clutches too.
Mark your halyards so you can repeat proper settings.
These things make operating the boat so much easier.
 
Sorry for the long rant.
 
Chuck 1989 C&C 34R, 
 

Friday, 30 December 2016

Winter Cover Frame

I posted the photos below after a discussion on snow-crushed cover frames.    Turns out that not all frames were created equal.

Windstar's frame came with the boat, not sure of its origins but it works pretty well.   Remarkably, Dennis from Quinte canvas was able to make a cover that fit very well from my emailed dimensions.

Key to the frame's strength vs the more typical backbone-and-ribs are:

  •  the vertical posts supporting the backbone via a T fitting.  (same fitting as each rib half) which I tie in place at the foot so they can't move. 
  • the longitudinal tubing along each side, running through a crossover fitting.  The frame is bungeed or tied to the toe rail at every crossover.   
  • One of the ribs is (now) inserted into the stanchion socket.   (I figured this out this season, photos are a few years old.  You can see the 4th rib from the bow is beside a stanchion base.)

If I were to build from scratch I would size the ribs so that as many as possible could be inserted into the stanchion sockets, adding any other ribs between as necessary.

The frame pieces are stored clamped onto a length of tubing, the ribs in pairs.

I have yet to devise an part-identification system that I am happy with.

The component parts can be sourced industrially and are known as structural pipe fittings (or similar).   some links and images at the bottom of the page.







Crossover Structural Pipe Fitting, 30LX29


Links to the bits and pieces below are examples only:


Here is the crossover fitting