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Regarding the order of pressure levels for the following items: a – maximum operating pressure, b – highest allowable operating pressure, c – design pressure, d – pressure at which the safety valve activates, e – burst pressure of the rupture disc, f – pressure for pneumatic testing, g – pressure for airtightness testing.
Regarding the order of pressure levels for the following items: a – maximum operating pressure, b – highest allowable operating pressure, c – design pressure, d – pressure at which the safety valve opens, e – burst pressure of the rupture disc, f – pressure for pneumatic testing, g – pressure for airtightness testing. Sorting: e f c a d b g
There’s a trick in this question, right? The maximum allowable operating pressure isn’t compared with the pressure used for the pressure test; it can be either high or low
This post was last edited by SDHZZXM on 2017-8-23 15:04: a-maximum operating pressure < c-design pressure (air-tightness test pressure) < d-valve opening pressure < e-rupture disc burst pressure < b-maximum allowable operating pressure < f-air test pressure
a- Maximum operating pressure < c- Design pressure < e- Airtightness test pressure < f- Pressure for airtightness testing < d- Pressure at which the safety valve activates < e- Burst pressure of the rupture disc < b- Maximum allowable operating pressure
a- Maximum operating pressure < c- Design pressure < e- Airtightness test pressure < f- Pressure for airtightness testing < d- Pressure at which the safety valve activates < e- Burst pressure of the rupture disc < b- Maximum allowable operating pressure