Using the illustrated chart giving the boiling point of moisture at various depths of vacuum, with an ambient temperature of 72°F, what depth of v...

Question

Using the illustrated chart giving the boiling point of moisture at various depths of vacuum, with an ambient temperature of 72&deg;F, what depth of vacuum would be associated with the BEST chance of achieving a dehydration evacuation with a deep vacuum pump? Illustration GS-RA-56

Accepted Answer

29.99" Hg or 254 microns of Hg absolute

Engine: Refrigeration AC

Using the illustrated chart giving the boiling point of moisture at various depths of vacuum, with an ambient temperature of 72°F, what depth of vacuum would be associated with the BEST chance of achieving a dehydration evacuation with a deep vacuum pump? Illustration GS-RA-56

More Refrigeration AC questions

Engine: Refrigeration AC

Using the illustrated chart giving the boiling point of moisture at various depths of vacuum, with an ambient temperature of 72&deg;F, what depth of vacuum would be associated with the BEST chance of achieving a dehydration evacuation with a deep vacuum pump? Illustration GS-RA-56

More Refrigeration AC questions

Using the illustrated chart giving the boiling point of moisture at various depths of vacuum, with an ambient temperature of 72°F, what depth of vacuum would be associated with the BEST chance of achieving a dehydration evacuation with a deep vacuum pump? Illustration GS-RA-56