Have you visited the www.alphaxbetax.com website?
It's a wealth of Wollensak information.
Have you visited the www.alphaxbetax.com website?
It's a wealth of Wollensak information.
Do you have both halves of the triple-convertible lens?
With most convertible lens, the shortest focal length is with the 2 elements combined.
Longer focal lengths are with a single front or rear element behind the aperture.
Also...no way that's an f4 lens...that has to be the US System...
US 16 = f/16, you can calculate f-numbers going by marked aperture stops from there.
I THINK it's probably hopeless to make this fully functional unless I find another one for parts that can yield the missing pieces, but is anyone familiar at all with this shutter?
In addition, the lens on this labeled "Century Triple Convertible 5x7 17 IN." I've played with it a bit by sticking a piece of paper where the ground glass goes, and was able to get it in focus, but by my measurements this camera only has about 20" of bellows draw. 17" seems REALLY long for 5x7. I'm curious about this being a "convertible" though.
+1. I learned the same lesson, the same way. Hard! The bellows on your camera looks to be in great shape. You can use this camera as long as there are no light leaks. As to the shutter working? Missing pistons mean buying a parts Len/shutter which can be a little hard to find, but not impossible. If you want to see if the results are worth the cost and effort just use a "hat" shutter. You'll be using fairly slow speed film and with a small, say f22 aperture you can just cover the lens, pull the dark slide, uncover the lens for the required time and then cover the lens. Been done since the beginning of time in photography.One little tip I learned the hard way about convertible lenses of this period; If you are going to use only one lens cell, be sure to refocus your image AFTER stopping down to the desired f stop. The image can shift out of focus due to the location of the aperture being before the lens.
This can be a bit tricky, as if you are shooting at a small aperture, the image will be very dim...
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