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Certification:ASME、ISO9001、CE、ISO、BV、CCC
Available fuel:Nature gas, methanol, liquid propane gas, diesel, heavy oil, light oil, crude oil, etc.
Available industries:Heat supplying, chemical, food, textile, printing and dyeing, cigarettes and tobacco, fodder, pharmacy, building materials, brewery, rubber, hospital etc.
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The weight of ammonia circulated in a machine is found to be 21.8 lb/hr. If the vapor enters the compressor with a specific volume of 9.6 ft3/lb, calculate the piston displacement, assuming 80% percent volume efficiency. a) 261.6 ft3/hr. c) 281.8 ft3/hr. b) 271.6 ft3/hr. d) 291.6 ft3/hr. Solution: Actual volumetric efficiency = Volume flow
Get priceThe weight of ammonia circulated in a machine is found to be 21.8 lb/hr. If the vapor enters the compressor with a specific volume of 9.6 ft3/lb, calculate the piston displacement, assuming 80% percent volume efficiency. a) 261.6 ft3/hr. c) 281.8 ft3/hr. b) 271.6 ft3/hr. d) 291.6 ft3/hr. Solution: Actual volumetric efficiency = Volume flow
Get priceThe weight of ammonia circulated in a machine is found to be 21.8 lb/hr. If the vapor enters the compressor with a specific volume of 9.6 ft3/lb, calculate the piston displacement, assuming 80% percent volume efficiency. a) 261.6 ft3/hr. c) 281.8 ft3/hr. b) 271.6 ft3/hr. d) 291.6 ft3/hr. Solution: Actual volumetric efficiency = Volume flow
Get priceThe weight of ammonia circulated in a machine is found to be 21.8 lb/hr. If the vapor enters the compressor with a specific volume of 9.6 ft3/lb, calculate the piston displacement, assuming 80% percent volume efficiency. a) 261.6 ft3/hr. c) 281.8 ft3/hr. b) 271.6 ft3/hr. d) 291.6 ft3/hr. Solution: Actual volumetric efficiency = Volume flow
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