Well, here it is. After 93 years, the Kirby Mill finally got the clock that George Kirby ordered and never finished paying for! (see thread "Advise on finish")
After 1-1/2 years of a very enjoyable project, my wife and I installed the clock a few weeks ago. It still needs; motion works and hands installed, weight guards, some type of bell / chime, and floor cut out covers. We are also looking for an indicator dial for it, so if anyone knows where we might find one, please let us know.
You can call this a "repair" or "resotoration", but the decision process we followed was like this:
first - use the original parts whenever possible, and retain as much of the original finish as possible.
Second - use original Howard parts whenever we could even though they may not have been part of this clock (there were many missing parts including the time winding drum assembly, escapement wheel and bearings, pendulum spring, adjuster and casting, winding gears, several bushings, and many more parts).
Third - make new parts if original Howard parts could not be obtained.
Here's a few "things" about the clock, some of which were debated on this message board.
It was very important to us to make every effort to retain the original finish which we were able to "uncover" under many layers of paint. We did not "repaint" pinstirping or any other parts since they would have not matched the original.
Here's a few things we learned along the way (some from this message board) and a few facts:
After removing layers of paint to uncover the original, two coats of Mclosky satin spar varnish, steel wooled and past waxed gave a beautiful finish.
Brass was cleaned and polished with white viniger, table salt, and steel wool, then laquered.
I had to make a lot of screws and threaded parts, and non of the threads are conventional - all needed to be single pointed on a lathe.
Zig zag pattern on escapment parts was re-done by using a very interesting hand engraving process that required a custom engraving tool (learned form the internet, and commonly used to engrave brass musical instruments).
Weight cables are terminated inside winding drums by a simple knot that prevents the cable from pulling back through. The "pull out" force is minimal as long as 4 to 5 winds of cable are retained at all times.
This clock is currently running with 75 lbs in both weights and a single compound in the cable (so the clock sees 37.5 lbs), with very little power at the chime side.
Weight drop, as installed is approximatly 24 feet. This yields just under 8 days for time, and about 3 days of strike.
We installed the clock, gave the pendulum a light push, and the clock has not stopped yet. The pendulum in our mill lobby is really impressive and soothing at it's nearly 2 second beat.
Thanks to all who helped!
Sam
After 1-1/2 years of a very enjoyable project, my wife and I installed the clock a few weeks ago. It still needs; motion works and hands installed, weight guards, some type of bell / chime, and floor cut out covers. We are also looking for an indicator dial for it, so if anyone knows where we might find one, please let us know.
You can call this a "repair" or "resotoration", but the decision process we followed was like this:
first - use the original parts whenever possible, and retain as much of the original finish as possible.
Second - use original Howard parts whenever we could even though they may not have been part of this clock (there were many missing parts including the time winding drum assembly, escapement wheel and bearings, pendulum spring, adjuster and casting, winding gears, several bushings, and many more parts).
Third - make new parts if original Howard parts could not be obtained.
Here's a few "things" about the clock, some of which were debated on this message board.
It was very important to us to make every effort to retain the original finish which we were able to "uncover" under many layers of paint. We did not "repaint" pinstirping or any other parts since they would have not matched the original.
Here's a few things we learned along the way (some from this message board) and a few facts:
After removing layers of paint to uncover the original, two coats of Mclosky satin spar varnish, steel wooled and past waxed gave a beautiful finish.
Brass was cleaned and polished with white viniger, table salt, and steel wool, then laquered.
I had to make a lot of screws and threaded parts, and non of the threads are conventional - all needed to be single pointed on a lathe.
Zig zag pattern on escapment parts was re-done by using a very interesting hand engraving process that required a custom engraving tool (learned form the internet, and commonly used to engrave brass musical instruments).
Weight cables are terminated inside winding drums by a simple knot that prevents the cable from pulling back through. The "pull out" force is minimal as long as 4 to 5 winds of cable are retained at all times.
This clock is currently running with 75 lbs in both weights and a single compound in the cable (so the clock sees 37.5 lbs), with very little power at the chime side.
Weight drop, as installed is approximatly 24 feet. This yields just under 8 days for time, and about 3 days of strike.
We installed the clock, gave the pendulum a light push, and the clock has not stopped yet. The pendulum in our mill lobby is really impressive and soothing at it's nearly 2 second beat.
Thanks to all who helped!
Sam
![DSC02530[1].jpg](/data/attachments/32/32114-b03a6c6fa9de3eb76cfb6604ce3f58bd.jpg)
