. Tests of a York refrigerating machine . ts of Tests continued. Correction for radiation No. Item , 1 Number of trial I 2 3 4 5 6 7 8 9 10 11 12 74 Rise ir of brine ir. radiation tost. (deg. P.) 0 0 0 I I .3 .35 .42 0 .5 .42 75 Loss in tons of refrigeration due to radiation to brire. 0 0 0 0 .9 .281 .272 .379 0 . 562 .388 76 temp, of ammonia flowing through coils, (deg. F.) ^ 33,01 77 Sq. ft. of exposed ammonia pipe. 78 Tecip. difference between and outsi
. Tests of a York refrigerating machine . ts of Tests continued. Correction for radiation No. Item , 1 Number of trial I 2 3 4 5 6 7 8 9 10 11 12 74 Rise ir of brine ir. radiation tost. (deg. P.) 0 0 0 I I .3 .35 .42 0 .5 .42 75 Loss in tons of refrigeration due to radiation to brire. 0 0 0 0 .9 .281 .272 .379 0 . 562 .388 76 temp, of ammonia flowing through coils, (deg. F.) ^ 33,01 77 Sq. ft. of exposed ammonia pipe. 78 Tecip. difference between and outside air. (deg. P.) 50 46 n .1? Px<i t O Aft 79 Heat loss due to amir,onia radiation per hr. () 602 581 654 603 603 555 606 691 566 517 555 661 80 Loss in tons of refrigeration due to radiation to aimnonia . .05 .056? .0545 .0462 . 050: .045: .0500 ,0575 .047 4 .0430 .0502 .055 81 Total capacity in tons of refrigeration per 24 hr.
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