【HVAC Version】Daily Question 20180404

2018-04-04View Original

Thread Content

21. Which of the following statements regarding the slope and slope direction of the compressor’s intake and exhaust pipes is correct? ( ) 　　A. The slope of the suction pipe for Freon compressors must be at least 0.01, and it should slope toward the compressor.
B. The slope of the suction pipe for ammonia compressors must be at least 0.03, and it should slope toward the compressor.
C. The slope of the exhaust pipe for compressors must be at least 0.01, and it should slope toward the compressor.
D. The slope of the exhaust pipe for compressors must be at least 0.03, and it should slope toward the oil collector. AA

Reply #22018-04-04

A. The slope of the suction pipe for Freon compressors must be at least 0.01, and it should slope in the direction of the compressor

Reply #32018-04-04

A. The slope of the suction pipe for Freon compressors must be at least 0.01, and it should slope in the direction of the compressor

Reply #42018-04-04

A. The slope of the suction pipe for Freon compressors must be at least 0.01, and it should slope in the direction of the compressor

Reply #52018-04-04

The correct description regarding the slope and slope direction of the compressor’s intake and exhaust pipes is (A). 　　A. The slope of the suction pipe for Freon compressors must be at least 0.01, and it should slope toward the compressor.
B. The slope of the suction pipe for ammonia compressors must be at least 0.03, and it should slope toward the compressor.
C. The slope of the exhaust pipe for compressors must be at least 0.01, and it should slope toward the compressor.
D. The slope of the exhaust pipe for compressors must be at least 0.03, and it should slope toward the oil collector

Reply #62018-04-04

A. The slope of the suction pipe for Freon compressors must be at least 0.01, and it should slope in the direction of the compressor

Reply #72018-04-04

A. The slope of the suction pipe for Freon compressors must be at least 0.01, and it should slope in the direction of the compressor

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