If the rear panel of the camera really does get to over 120deg, then that Tilta peltier plate directly attached to the back might make a difference. It will at least create enough of a temp delta to keep temps down to a decent level. If the heat is escaping from the back is like that (the first plate is the main board with the processors on it), then getting the peltier close to that board should be helpful.
I may have to eat my words about how that device doesn't stand a great chance at all on cooling the camera.
If the rear panel shows 122 degrees, I wonder what the processors are running at. If the peltier plate runs a 50 deg delta to the body, and we assume 30% of that actually makes it to the inside (if that), it should bring the temps inside down to around 100 or so which is where all the older bodies operated at during long exposures.
If the rear panel of the camera really does get to over 120deg, then that Tilta peltier plate directly attached to the back might make a difference. It will at least create enough of a temp delta to keep temps down to a decent level. If the heat is escaping from the back is like that (the first plate is the main board with the processors on it), then getting the peltier close to that board should be helpful.
I may have to eat my words about how that device doesn't stand a great chance at all on cooling the camera.
If the rear panel shows 122 degrees, I wonder what the processors are running at. If the peltier plate runs a 50 deg delta to the body, and we assume 30% of that actually makes it to the inside (if that), it should bring the temps inside down to around 100 or so.
If the peltier plate runs a 50 deg delta to the body, and we assume 30% of that actually makes it to the inside (if that), it should bring the temps inside down to around 100 or so which is where all the older bodies operated at during long exposures.