Showing posts with label Reassembling. Show all posts
Showing posts with label Reassembling. Show all posts

Friday, 22 November 2019

Smiths Braille pocket watch A1866 movement. Reassembly


Smiths Braille pocket watch A1866 movement. Reassembly

Full photo album of the Project  Click here - opens new window

Time spent in the workshop yesterday was all about reassembling the “Peaky Blinders” Smiths A1866 movement.

I am well happy, I removed the jammed Train, Escape wheels without damaging any pivots, and the completely jammed train wheels are now running smoothly before replacing Pallet Fork.

And as you can see from the video all went well, it’s up and running.

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Now have to decide what to do with the hands, as there is a lot of chrome missing on them.

I now have to thank Watch Repair Lessons Facebook group member Roger for all the information on the SMITHS Braille Pocket Watch he has put in a comment on my last post.

I was thinking that I may paint the hands black, and Roger informs me that “The hands are much thicker and shorter than a standard watch when you got a replacement watch from Smiths the hands where mat Black”. So Black, they will be.

Plus do a bit of research on how to make the Dial presentable!

Wednesday, 16 October 2019

Vintage Seiko 5 wristwatch, Cal 4206B Complete the reassembling.

Vintage Seiko 5 wristwatch, Cal 4206B Complete the reassembling.
Today I completed the reassembly of the 1981 Seiko 5 calibre 4206D Case no; 0500 Serial number 167431 Women's wristwatch.
This is the smallest mechanical watch movement I have worked on so far, being smaller than a “Twenty Pence” piece coin!
smaller than a “Twenty Pence” piece coin!
Smaller than a “Twenty Pence” piece coin!
Day and Date mechanisms fitted along with minute, hours wheels etc.
Day and Date mechanisms fitted
Day and Date mechanisms fitted
 I did waste a bit of time looking for the Day Jumper Spring, which decided to fly off! 
 Day Jumper Spring
Day Jumper Spring
Dial and Hands fitted and movement refitted into the watch case
Tested the hands at the 9o/c and 3o/c positions, Spot on!
Tested the hands at the 9o/c and 3o/c positions
Tested the hands at the 9o/c and 3o/c positions
Placed movement on the timing machine and readings are good. Will let the movement run a few days to settle down, then I will regulate it.
 movement on the timing machine
movement on the timing machine

Monday, 14 October 2019

Vintage Seiko 5 wristwatch, Cal 4206B. Reassembling Part 2.


Vintage Seiko 5 wristwatch, Cal 4206B.  Reassembling Part 2.

More time spent in the workshop today, so completed the reassembling of the Train Wheels, Pallet Fork, Complete Balance, Cleaned Balance Cock Diashock, Barrel and Click, and then fitted the Automatic winding Mechanism fitted on the Vintage Seiko 5 wristwatch, Cal 4206B.
Train Wheels and Barrel Fitted
Train Wheels and Barrel Fitted 
Taken some "X-Ray" pictures of the Fourth and Third wheels under the microscope.
 
X-Ray photograph of the Fourth Wheel
X-Ray photograph of the Fourth Wheel

X-Ray photograph of the Third Wheel
X-Ray photograph of the Third Wheel
The Movement is running well with good aptitude on the Balance Wheel video.
My YouTube video of movement running with Balance Cock Diashock removed for cleaning



My YouTube video with the Movement running well with good aptitude on the Balance Wheel.


Rotar fitted so rear side of completed
Rotar fitted so the rear side of movement completed
So next time move to the dial side, to reassemble the Day and Date calendar wheels, etc and complete the reassembling of the movement.

Saturday, 12 October 2019

Vintage Seiko 5 wristwatch, Cal 4206B, Start of reassembling part 1


Only a small amount of time in the workshop today, but I did start the reassembling of the small Vintage Seiko 5 wristwatch, Cal 4206B.

Checking on the microscope for cleanliness and any broken parts as I go.
Checking on the microscope for cleanliness and any broken parts as I go.

Notice a hair on the mainplate! Removed and also dried oil on one of the Pivots, which I removed with Pegwood.
Notice dried grease on a pivot and removed with Pegwood.
Notice dried grease on a pivot and removed with Pegwood.

Removed, cleaned and oiled the diashock on the mainplate.
Diashock photographed under microscope
Diashock photographed under the microscope

Then completed the reassembling of the Winding mechanism, and tested in all three stem positions and working well.
Dial side of the winding mechanism photographed under microscope
Dial side of the winding mechanism photographed under the microscope.

Train side of the winding mechanism photographed under the microscope.
Train side of the winding mechanism photographed under microscope
Train side of the winding mechanism photographed under the microscope