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ghu

Can these traps continually run if they have constant pressure on them?

how to make this video? i am trying to make working principle animation. which application was used for this video?

If steam loss is there, can we reutilise this steam from condensate discharge?

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Nice

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Please talk about how an inverted bucket trap is also good at using steam. If i understand it correctly the very design of the trap in order to function right must be made such that it remains primed at all times. Which means that the incoming steam bubbling up from the bottom of the water filled trap will more readily condense. This makes sense when u also realize that the trap is designed to not empty itself as much as possible. It needs some water in it to readily condense the incoming steam from the bottom. Its a perpetual self sustaining process. Am i wrong?

Good

For the depiction of the saturated steam curve and segmented bimetallic element which closely follows it, it is suggested that for the steam shown in the test rig, at ~100 psig, only ~20°F of subcooling would open the trap. However, the trap clearly doesnt discharge until a much lower temperature in the experiment, one which seems consistent with a single bimetallic "conventional" element? How is this appropriate for saturated steam service? How long of a cooling leg is necessary?