Economy And Capacity Test of a Three Ton York Ice Plant
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54. Range of temp., water, deg. 9.
55. B.T.U. per hr. in condensing water- --•• -- 51363.
56. Total heat removed from each lb. NH 3 , B.T.U.-- 583.3 57. Heat removed from NH3 per hr.
B.T.U. -41473.3 Freezing Tank 58. Range of Temp. Brine- - 2.37 59. B.T.U. per hr . from Brine 22586.
60. " " " to NH3 16 General Results 63. Tons of ice per ton of coal--- 1.775 64. » ■ " " I.H.P. steam .604 65. • " " " " KH 3 - .497 66. Mechanical Eff. of set -- 82.1,% 67. Actual coefficient of performance 3.15 68.... Ideal " " " H.?
69. Efficiency of ref. process 26.9^& 70. Tonnage-- 1.88 HEAT EALAflCE A. - Heat received by cooling agent per hr .
1. Heat taken from brine 22586. B.T.U.
2. ■ e qui v. compressor r.H.P. — 7157. B.T.T .
3. Heat by radiation (by diff.) — 11670.3 B .T.TI.
41413.3 B.T.U.
B. - Heat given up by agent per hr.
1. Heat removed in condenser - - 41413.3 B.T.U.
CALCULATIONS 43. T.H.P. (Engine) - PLAN 33000 = 28 x 1/2 x 28 x 290 = 3.41 33000 44. Water Rate (Theoretical) Wr - 13750 W - 13750 .03806 — 18.8 "~ P 28 W = wt.
What to read after Economy And Capacity Test of a Three Ton York Ice Plant?
You can find similar books in the "Read Also" column, or choose other free books by Waldemar Sir, Walter to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
54. Range of temp., water, deg. 9.
55. B.T.U. per hr. in condensing water- --•• -- 51363.
56. Total heat removed from each lb. NH 3 , B.T.U.-- 583.3 57. Heat removed from NH3 per hr.
B.T.U. -41473.3 Freezing Tank 58. Range of Temp. Brine- - 2.37 59. B.T.U. per hr . from Brine 22586.
60. " " " to NH3 16 General Results 63. Tons of ice per ton of coal--- 1.775 64. » ■ " " I.H.P. steam .604 65. • " " " " KH 3 - .497 66. Mechanical Eff. of set -- 82.1,% 67. Actual coefficient of performance 3.15 68.... Ideal " " " H.?
69. Efficiency of ref. process 26.9^& 70. Tonnage-- 1.88 HEAT EALAflCE A. - Heat received by cooling agent per hr .
1. Heat taken from brine 22586. B.T.U.
2. ■ e qui v. compressor r.H.P. — 7157. B.T.T .
3. Heat by radiation (by diff.) — 11670.3 B .T.TI.
41413.3 B.T.U.
B. - Heat given up by agent per hr.
1. Heat removed in condenser - - 41413.3 B.T.U.
CALCULATIONS 43. T.H.P. (Engine) - PLAN 33000 = 28 x 1/2 x 28 x 290 = 3.41 33000 44. Water Rate (Theoretical) Wr - 13750 W - 13750 .03806 — 18.8 "~ P 28 W = wt.
What to read after Economy And Capacity Test of a Three Ton York Ice Plant?
You can find similar books in the "Read Also" column, or choose other free books by Waldemar Sir, Walter to read onlineMoreLess
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