It makes sense to me. I have used a LOT of manometers in my career to measure differential static pressures, total pressure, velocity pressures. You may come up with a marketable tool if you can figure out how to "activate" and "deactivate" the tube ends simultaneously to prevent sucking the water out in an instant! I believe you might need a good dampener device as well because the pulsating of the columns would be amplified, wouldn't it?
Originally posted by Bill
Ken Talbot wrote:I don't think the reservoir is the answer.
Picture this:[list][*]In the original example, 2 carbs are connected by a single, continuous tube[*]Vaccuum from each carb acts on the fluid from both sides[*]If the carbs are in balance (i.e. equal vaccum), the fluid remains centered at the bottom of the loop[*](snip)list]Does that make sense?
Ken Talbot wrote:I don't think the reservoir is the answer.
Picture this:[list][*]In the original example, 2 carbs are connected by a single, continuous tube[*]Vaccuum from each carb acts on the fluid from both sides[*]If the carbs are in balance (i.e. equal vaccum), the fluid remains centered at the bottom of the loop[*](snip)list]Does that make sense?
Comment