Alex Hawley
Member
Please help me diagnose this problem. Below are four 8x10 contact prints taken over the last year. As you can see, the upper right quadrant in each one is less dense (meaning more dense on the negative). The pattern is quite similar between each one. I'm thinking this is a transient bellows leak. Here's what I have determined so far:
This is maddening because I'm losing negatives, plus this location is a good hundred miles away. And also, I only seem to get into this situation when shooting in this area due to the way the light and shadows are working, for whatever that's worth.
So what to do next? I'm trying to find a flashlight that works so I can try scoping the bellows. But since this problem seems fairly transient, I'm not real confident the standard bellows check will reveal anything.
- Its not the lens-there are two different lens/shutter combos here, one just recently overhauled by Grimes and used in one of these shots.
- Its not the film holders-I checked my records and its independent of any of my holders.
- It seems to only happen when aimed into the sun with the sun high and right of center. Shots taken with camera angles a little left or further right on the same day and location don't show the problem.
- The problem has never occurred with the sun behind the camera
- I do not believe its due to a light leak in the darkroom. If it was, I believe all of the sheets loaded, unloaded, processed during a session would have similar problems.
- These were all taken with normal bellows length for the lens used, 9.5 inches or 12 inches. The bellows was not extended. I have taken many close-ups with the bellows extended during this period and have not seen the problem.
This is maddening because I'm losing negatives, plus this location is a good hundred miles away. And also, I only seem to get into this situation when shooting in this area due to the way the light and shadows are working, for whatever that's worth.
So what to do next? I'm trying to find a flashlight that works so I can try scoping the bellows. But since this problem seems fairly transient, I'm not real confident the standard bellows check will reveal anything.