dnewton3
Staff member
Who cares if the media is "wavy" or "twisted", etc ????
You should be asking "How did it do the intended job?" or perhaps "Is there any evidence of failure that directly is evidenced with wear data?"
Too many of you focus on the benign, and mostly inane, details.
In theory, for there to be a good seal for the system to work properly, there MUST be some amount of FORCE to hold the filter intact to the ADBV. It would be nearly inconceivable that there would not be at least some amount of deformation of the media. If the media showed zero signs of any collapse, then it would be likely that no pressure from the spring is being exerted to the media and leak potential around the ADBV is greater.
Were there any tears in the media? Any voids that would indicate a flow-path circumvention?
If not, quit worrying.
You should be asking "How did it do the intended job?" or perhaps "Is there any evidence of failure that directly is evidenced with wear data?"
Too many of you focus on the benign, and mostly inane, details.
In theory, for there to be a good seal for the system to work properly, there MUST be some amount of FORCE to hold the filter intact to the ADBV. It would be nearly inconceivable that there would not be at least some amount of deformation of the media. If the media showed zero signs of any collapse, then it would be likely that no pressure from the spring is being exerted to the media and leak potential around the ADBV is greater.
Were there any tears in the media? Any voids that would indicate a flow-path circumvention?
If not, quit worrying.