Karakteristik Laju Pengeringan Pada Mesin Pengering Pakaian Sistem Pompa Kalor Dengan Daya 1 PK
LAMPIRAN
Lampiran A. Data Hasil Pengujian Pakaian Tabel. A1. Data Hasil Pengujian I (Speed 1) Bahan 1 pcs Kemeja A
(Massa Pakaian kering : 125 gram) Massa Tegang Kuat Tekanan R-22 Temperatur R-22
Pakaian an Arus Jam
Basah P
1 P
2 P
3 T
1 T
2 T 3 (Volt) (A) o o o
2
2
2 (gram)
(
C) (
C) (
C) (kgf/cm ) (kgf/cm ) (kgf/cm ) 10.14 338 5,6 23,5 22,0 8,3 58,0 53,5 200
5.1 10.44 242 6,3 26,0 24,3 11,11 62,0 58,0 200 5.7 11.14 173 6,5 28,0 25,0 11,11 62,5 59,0 200
6 11.44 157 6,5 28,0 25,0 11,11 62,5 59,0 200
4.9 Tabel. A2. Data Hasil Pengujian II (Speed 2) Bahan 1 pcs Kemeja A.
(Massa Pakaian kering : 125 gram) Massa
Tekanan R-22 Temperatur R-22
KuatPakaian Tegangan Jam
Arus Basah (Volt) P P P T T T
1
2
3
1
2
3 (A)
2
2 2 o o o (gram) (kgf/cm ) (kgf/cm ) (kgf/cm ) (
C) (
C) (
C) 12:14 336 5,6 23,0 21,0 7,7 55,0 54,0 200 4.8 12:44 250 5,7 20,8 22,3 11,11 62,0 58,0 200 4.6 13:14 178 6,2 20,4 23,0 11,11 62,0 58,0 200 4.6 13:44 166 6,2 20,9 26,0 10,55 62,0 59,0 200
4.7
P
3 (kgf/cm
(Volt) Kuat Arus (A)
1 P
2 P
3 T
1 T
2 T
2 ) (kgf/cm
(Massa Pakaian kering : 80 gram) Jam Massa Pakaian
2 ) (kgf/cm
2 ) ( o
C) ( o
C) ( o
C) 10:32 196 2,0 10,9 14,0 4,44 42,0 40,0 200 4 11:02 147 5,7 20,7 21,0 9,44 61,0 58,0 200 5
11:32 124 6,0 25,0 24,0 10 62,0 60,0 200 5.9
12:12 119 6,0 25,0 24,0 10 62,0 60,0 200 5.9
Basah (gram) Tekanan R-22 Temperatur R-22 Tegangan
5 Tabel. A4. Data Hasil Pengujian IV (Speed 1) Bahan 1 pcs Kemeja B.
Tabel.A3. Data Hasil Pengujian III (Speed 3) Bahan 1 pcs Kemeja A.
1 T
(Massa Pakaian kering : 125 gram) Jam Massa Pakaian
Basah (gram) Tekanan R-22 Temperatur R-22 Tegangan
(Volt) Kuat Arus (A)
1 P
2 P
3 T
2 T
5 16:28 154 6.1 22.6 21 5.55 60 55 200
3 (kgf/cm
2 ) (kgf/cm
2 ) (kgf/cm
2 ) ( o
C) ( o
C) ( o
C)
14:58 336 5,2 19,0 18,0 6,66 52,0 50,0 200 4.8
15:28 251 6,0 23,0 21,5 10 60,0 54,0 200 4.8
15:58 177 6,1 22,5 21,0 5,55 60,0 55,5 200P
P
2 T
(Volt) Kuat Arus (A)
1 P
2 P
3 T
1 T
2 ) (kgf/cm
3 (kgf/cm
(Massa Pakaian kering : 80 gram) Jam Massa Pakaian
2 ) (kgf/cm
2 ) ( o
C) ( o
C) ( o
C)
13:53 186 5,7 20,0 18,0 7,22 51,0 50,0 200 4.3
14:23 127 5,7 20,2 18,0 9,44 59,0 52,0 200 4.3
14:53 115 5,8 20,3 19,0 9,44 59,0 53,0 200 4.5
14:58 115 5,8 20,3 19,0 9,44 59,0 53,0 200 4.5
Basah (gram) Tekanan R-22 Temperatur R-22 Tegangan
4.3 Tabel. A6. Data Hasil Pengujian VI (Speed 3) Bahan 1 pcs Kemeja B.
Tabel. A5. Data Hasil Pengujian V (Speed 2) Bahan 1 pcs Kemeja B.
1 T
(Massa Pakaian kering : 80 gram) Jam Massa Pakaian
Basah (gram)
Tekanan R-22 Temperatur R-22
Tegangan(Volt) Kuat Arus (A)
1 P
2 P
3 T
2 T
C) 12:40 186 5,8 20,4 20,0 3,88 59,0 52,0 200 4.3 13:10 106 5,8 20,4 21,0 4,44 60,0 55,0 200
3 (kgf/cm
2 ) (kgf/cm
2 ) (kgf/cm
2
) ( oC) ( o
C) ( o
P
Tabel. A7. Data Hasil Pengujian VII (Speed 1) Bahan 1 pcs Celana Jeans.
(Massa Pakaian kering : 329 gram) Massa
Tekanan R-22 Temperatur R-22
KuatPakaian Tegangan Jam
Arus Basah (Volt) P
1 P
2 P
3 T
1 T
2 T
3 (A)
2
2 2 o o o (gram) (kgf/cm ) (kgf/cm ) (kgf/cm ) (
C) (
C) (
C) 11:30 760 2,0 10,9 14,0 10,0 41,0 40,0 200 3.9 12:00 648 5,8 20,9 23,0 9,44 61,0 60,0 200 5.2 12:30 636 6,2 25,2 24,1 10,55 66,0 61,0 200 5.9 13:00 556 6,3 25,2 24,9 10,55 66,0 62,0 200
6 13:30 474 6,3 25,2 24,9 10,55 66,0 62,0 200 6 13:38 464 6,3 25,2 24,9 10,55 66,0 62,0 200
6 Tabel. A8. Data Hasil Pengujian VIII (Speed 2) Bahan 1 pcs Celana Jeans.
(Massa Pakaian kering : 329 gram) Massa Tekanan R-22 Temperatur R-22 Kuat Pakaian
Tegangan Jam Arus Basah
(Volt) P
1 P
2 P
3 T
1 T
2 T
3 (A)
2
2 2 o o o (gram) (kgf/cm ) (kgf/cm ) (kgf/cm ) (
C) (
C) (
C) 13:55 760 5,7 20,3 20,0 4,7 58 53 200 4.9 14:36 662 5,9 24,0 22,0 10 61 53 200
5 14:56 600 6,2 24,0 22,0 10,55 62 58 200 5.2 15:24 521 6,2 24,5 23,0 11,11 63 58 200 5.4 15:54 449 6,2 24,5 23,0 10,55 62 60 200
5.4
C) ( o
3 T
1 T
2 T
3 (kgf/cm
2 ) (kgf/cm
2 ) (kgf/cm
2
) ( oC) ( o
1 P
C) 10:34 780 2,7 19,5 18 7,77 41 39 200
3.9 11:04 697 5,9 22,0 20 10 59 54 200
5 11:34 610 6,0 22,5 21 10 51 55 200
5 12:04 518 6,1 23,0 21 10 60 55 200
5 12:34 452 6,1 23,0 21 10 60 55 200
5 13:04 422 6,1 23,0 21 10 60 55 200
5 Lanjutan Tabel. A8. Data Hasil Pengujian VIII (Speed 2) Bahan 1 pcs Celana Jeans.
2 P
(Volt) Kuat Arus (A)
2 T
Jam Massa Pakaian Basah
(gram)
Tekanan R-22 Temperatur R-22
Tegangan (Volt)Kuat Arus (A) P
1 P
2 P
3 T
1 T
3 (kgf/cm
Basah (gram) Tekanan R-22 Temperatur R-22 Tegangan
2 ) (kgf/cm
2 ) (kgf/cm
2
) ( oC) ( o
C) ( o
C)
16.24 409 6,1 24,5 23,0 10,55 62 59 200 5,1
16.54 398 6,1 24,5 23,0 10,55 62 59 2005 Tabel. A9. Data Hasil Pengujian IX (Speed 3) Bahan 1 pcs Celana Jeans.
(Massa Pakaian kering : 329 gram) Jam Massa Pakaian
P
Tabel. A10. Data Hasil Pengujian X (Speed 1) Bahan 1 pcs Kemeja, 1 pcs Kaos Oblong, 1 pcs Celana Jeans. (Massa Pakaian kering : 641 gram) Massa
Tekanan R-22 Temperatur R-22
Kuat Pakaian Tegangan Jam
Arus Basah (Volt) P
1 P
2 P
3 T
1 T
2 T
3 (A)
2
2 2 o o o (gram) (kgf/cm ) (kgf/cm ) (kgf/cm ) (
C) (
C) (
C) 13:20 1810 3,0 17,0 16,0 6,1 49 46 200 4 13:50 1519 5,9 24,8 23,2 10 60 56 200
5.5 14:20 1164 6,4 25,3 25,0 11,66 63 59 200 6 14:50 1044 6,4 25,3 25,0 11,11 68 62 200 6 15:20 974 6,4 25,4 25,0 12,22 66 62 200
6 Tabel. A11. Data Hasil Pengujian XI (Speed 2) Bahan 1 pcs Kemeja, 1 pcs Kaos Oblong, 1 pcs Celana Jeans.
(Massa Pakaian kering : 641 gram) Massa
Tekanan R-22 Temperatur R-22
KuatPakaian Tegangan Jam
Arus Basah (Volt) P
1 P
2 P
3 T
1 T
2 T
3 (A)
2
2 2 o o o (gram) (kgf/cm ) (kgf/cm ) (kgf/cm ) (
C) (
C) (
C) 16:03 1758 5,5 21,5 20 8,88 59 53 200
5 16:27 1366 5,9 24,0 21 8,88 60 55 200
5 16:57 1170 5,9 23,5 23 10 61 58 200
5 17:23 1000 6,1 28,0 22 10 61 59 200
5 17:53 857 6,1 23,5 22 10 61 58 200
5 18:23 776 6 22.5 21 10 59 53 200 5
Sumber : Data Primer sebelum diolah, 2013
(kW) COP FP TP
4
15.58 0.8 0.0197 3.35855 2.55855 3.19819 4.19819 7.39639
3
1 14.58 0.768 0.02402 4.17219 3.40419 4.43254 5.43254 9.86508 2 15.28 0.768 0.02096 3.52333 2.75533 3.58767 4.58767 8.17534
ṁ (kg/s) Q K (kW) Q e (kW) COP FP TP
No. Jam W c (kW)
1 12.14 0.768 0.02241 3.85369 3.08569 4.01783 5.01783 9.03565 2 12.44 0.736 0.0194 3.2337 2.4977 3.39362 4.39362 7.78724 3 13.14 0.736 0.0194 3.2337 2.4977 3.39362 4.39362 7.78724 4 13.44 0.752 0.01942 3.24661 2.49461 3.3173 4.3173 7.6346
(kW) Q
e
(kW) ṁ (kg/s) Q K
No. Jam W c
1 10.14 0,816 0.02251 3.82746 3.01146 3.69051 4.69051 8.38103 2 10.44 0.912 0.02404 4.00698 3.09498 3.39362 4.39362 7.78724 3 11.14 0.960 0.02531 4.21788 3.25788 3.39362 4.39362 7.78724 4 11.44 0.784 0.02067 3.44469 2.66069 3.39374 4.39374 7.78747
ṁ (kg/s) Q K (kW) Q e (kW) COP FP TP
No. Jam W c (kW)
Tabel. B.3. Data Hasil Perhitugan III (Speed 3) Bahan 1 pcs Kemeja A.
Tabel. B.2. Data Hasil Perhitugan II (Speed 2) Bahan 1 pcs Kemeja A.
Lampiran B. Data Hasil Perhitungan Sistem Kompresi Uap (SKU) Tabel. B.1 Data Hasil Perhitugan I (Speed 1) Bahan 1 pcs Kemeja A.
16.28 0.8 0.0197 3.35855 2.55855 3.19819 4.19819 7.39639
ṁ (kg/s) Q K (kW) Q e (kW) COP FP TP
4
14.53 0.72 0.01977 3.34131 2.62131 3.64071 4.64071 8.28143
3
1 13.53 0.688 0.02227 3.87728 3.18928 4.63557 5.63557 10.2711 2 14.23 0.688 0.01889 3.19281 2.50481 3.64071 4.64071 8.28143
(kW) COP FP TP
(kW) Q
e(kW) ṁ (kg/s) Q K
No. Jam W c
1 12.40 0.688 0.01668 2.86866 2.18066 3.16957 4.16957 7.33914 2 13.10 0.688 0.01661 2.83979 2.15179 3.12759 4.12759 7.25519
No. Jam W c (kW)
Tabel. B.4. Data Hasil Perhitugan IV (Speed 1) Bahan 1 pcs Kemeja B.
3 11.32 0.944 0.02438 4.07553 3.13153 3.3173 4.3173 7.6346 4 12.12 0.944 0.02438 4.07553 3.13153 3.3173 4.3173 7.6346
11.02 0.8 0.02081 3.49782 2.69782 3.37228 4.37228 7.74455
2
10.32 0.64 0.02424 4.37013 3.73013 5.82833 6.82833 12.6567
1
ṁ (kg/s) Q K (kW) Q e (kW) COP FP TP
No. Jam W c (kW)
Tabel. B.6. Data Hasil Perhitugan VI (Speed 3) Bahan 1 pcs Kemeja B.
Tabel. B.5. Data Hasil Perhitugan V (Speed 2) Bahan 1 pcs Kemeja B.
14.58 0.72 0.01977 3.34131 2.62131 3.64071 4.64071 8.28143
6
14.36 0.8 0.02124 3.56042 2.76042 3.45053 4.45053 7.90106
2
1 13.55 0.784 0.01987 3.41739 2.63339 3.35892 4.35892 7.71784
(kW) COP FP TP
(kW) Q
e(kW) ṁ (kg/s) Q K
13.38 0.96 0.02217 3.66724 2.70724 2.82004 3.82004 6.64009 No. Jam W c
13.30 0.96 0.02217 3.66724 2.70724 2.82004 3.82004 6.64009
Tabel. B.7. Data Hasil Perhitugan VII (Speed 1) Bahan 1 pcs Celana Jeans.
5
13.00 0.96 0.02217 3.66724 2.70724 2.82004 3.82004 6.64009
4
1 11.30 0.624 0.02958 5.26873 4.64473 7.44348 8.44348 15.887 2 12.00 0.832 0.02164 3.63773 2.80573 3.37228 4.37228 7.74455 3 12.30 0.944 0.0218 3.60612 2.66212 2.82004 3.82004 6.64009
ṁ (kg/s) Q K (kW) Q e (kW) COP FP TP
No. Jam W c (kW)
Tabel. B.8. Data Hasil Perhitugan VIII (Speed 2) Bahan 1 pcs Celana Jeans.
3 14.56 0.832 0.02149 3.59199 2.75999 3.3173 4.3173 7.6346 4 15.24 0.864 0.02214 3.68028 2.81628 3.25958 4.25958 7.51916 5 15.54 0.864 0.02232 3.73015 2.86615 3.3173 4.3173 7.6346 6 16.24 0.816 0.02108 3.52292 2.70692 3.3173 4.3173 7.6346 7 16.54 0.8 0.02066 3.45384 2.65384 3.3173 4.3173 7.6346
6
5
14.50 0.96 0.02131 3.4974 2.5374 2.64313 3.64313 6.28626
4
14.20 0.96 0.0246 4.0892 3.1292 3.25958 3.25958 7.51916
3
13.50 0.88 0.02402 4.03715 3.15715 3.58767 4.58767 8.17534
2
13.20 0.64 0.02128 3.7371 3.0971 4.83922 5.83922 10.6784
1
(kW) COP FP TP
(kW) Q
e(kW) ṁ (kg/s) Q K
13.04 0.8 0.02184 3.67013 2.87013 3.58767 4.58767 8.17534 No. Jam W c
12.34 0.8 0.02184 3.67013 2.87013 3.58767 4.58767 8.17534
Tabel. B.9. Data Hasil Perhitugan IX (Speed 3) Bahan 1 pcs Celana Jeans.
5
12.04 0.8 0.02184 3.67013 2.87013 3.58767 4.58767 8.17534
4
11.34 0.8 0.028 4.83508 4.03508 5.04385 6.04385 11.0877
3
11.04 0.8 0.02244 3.78318 2.98318 3.72897 4.72897 8.45795
2
1 10.34 0.624 0.02671 4.79311 4.16911 6.68126 7.68126 14.3625
(kW) COP FP TP
(kW) Q
e(kW) ṁ (kg/s) Q K
No. Jam W c
Tabel. B.10. Data Hasil Perhitugan X (Speed 1) Bahan 1 pcs Kemeja, 1 pcs Kaos Oblong, 1 pcs Celana Jeans.
15.20 0.96 0.02301 3.78311 2.82311 2.94074 3.94074 6.88147
16.27 0.8 0.02094 3.53925 2.73925 3.42406 4.42406 7.84812
6
17.53 0.8 0.02124 3.56042 2.76042 3.45053 4.45053 7.90106
5
17.23 0.8 0.02124 3.56042 2.76042 3.45053 4.45053 7.90106
4
16.57 0.8 0.02124 3.56042 2.76042 3.45053 4.45053 7.90106
3
2
16.03 0.8 0.0215 3.64434 2.84434 3.55543 4.55543 8.11085
1
(kW) COP FP TP
(kW) Q
e(kW) ṁ (kg/s) Q K
No. Jam W c
Tabel. B.11. Data Hasil Perhitugan XI (Speed 2) Bahan 1 pcs Kemeja, 1 pcs Kaos Oblong, 1 pcs Celana Jeans.
18.23 0.8 0.02244 3.78318 2.98318 3.72897 4.72897 8.45795
Lampiran C. Data Grafik Pengujian RH Meter Masuk Ruang Evaporator
Humidity T
C) (%rh)
( Masuk Evaporator
60 100
90
50
80
70
40
60 Celsius(°C)
30 50 dew
point(°C)
40 Humidity(%rh)
20
30
20
10
10
5
1
7
3
9
5
1
7
3
9
5
1
7
3
9
5
1
7
3
9 :2 :3 :3 :4 :4 :5 :0 :0 :1 :1 :2 :3 :3 :4 :4 :5 :0 :0 :1 :1 10 10 10 10 10 10 11 11 11 11 11 11 11 11 11 11 12 12 12 12
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13 Waktu (s)
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1 Gambar C.1 Grafik Hasil Pengujian I RH Meter Masukan Evaporator
5
C)
11/12/2013 12:38
11/12/2013 12:42
11/12/2013 12:46
11/12/2013 13:49
11/12/2013 13:53
11/12/2013 13:57
11/12/2013 14:01
m bar C2. G r m bar C3.Gr a
Ga m Ga m
11/12/2013 12:50
11/12/2013 12:54
11/12/2013 12:58
14:05 11/12/2013
14:09 11/12/2013
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5
T (
10
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30
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40
45 11/12/2013 13:49
Ma
suk Eva p P engujian I
Masuk E
11/12/2013 13:10
60
30
40
50
60
70
80 11/12/2013
13:46 wakt u
10
20
30
40
50
70 11/12/2013
10
15:01 wakt u
Humid
E vaporato r E vaporato r
Celsius(° C dew
poin t Humidity ( u (s)
Celsius(°C) dew point( °
Humidity( % u (s) it y( %rh )
C ) t(°
C) (%rh )
°C) % rh)
Universitas Sumatera Utara
11/12/2013 13:02 11/12/2013
20
r Masukan E r Masukan E
11/12/2013 13:14
11/12/2013 14:33
11/12/2013 13:06
11/12/2013 14:21
11/12/2013 14:25
11/12/2013 14:29
11/12/2013 13:02
P engujian I
I
raf ik Hasil P afi k Hasi l P
11/12/2013 13:22
11/12/2013 13:26
11/12/2013 13 30
vaporato
11/12/2013 14:37
14:57
11/12/2013 14:41
11/12/2013 14:45
p orator
I RH Mete r
I RH Mete r
11/12/2013 13:30
11/12/2013 13:34
11/12/2013 13:38
11/12/2013 13:42
11/12/2013 r
14:45 11/12/2013
14:49 11/12/2013
14:53 11/12/2013
11/12/2013 13:18
15:32 13/11/2013
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15:14 13/11/2013
15:05 13/11/2013
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14:47 13/11/2013
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50 13/11/2013
45
40
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30
25
20
15
10
Masuk Evaporator
Masuk Evaporator
15:50 13/11/2013
90
C)
Universitas Sumatera Utara
Waktu (s)
h)
Humidi ty (%r
C)
T(
W a k tu (s)
Humidi ty (%r h )
T (
15:59 13/11/2013
Humidity(%rh)
Celsius(°C) dew point( °C )
17:02
16:53 13/11/2013
16:44 13/11/2013
16:35 13/11/2013
16:26 13/11/2013
16:17 13/11/2013
16:08 13/11/2013
5
V RH Meter Masukan E vaporator
90
11:36 13/11/2013
11:29 13/11/2013
11:22 13/11/2013
60 13/11/2013
50
40
30
20
10
80
11:50 13/11/2013
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60
50
40
30
20
10
Ga m bar C5. Grafik Hasil Pengujian
Ga m bar C4.Grafik Hasil Pengujian IV RH Meter Masukan E vaporator
11:43 13/11/2013
11:57 13/11/2013
70
13:28 13/11/2013
60
50
40
30
20
10
Humidity(%rh)
Celsius(°C) dew point( °C )
13:35
13:21 13/11/2013
12:04 13/11/2013
13:14 13/11/2013
13:07 13/11/2013
13:00 13/11/2013
12:53 13/11/2013
12:46 13/11/2013
12:39 13/11/2013
12:32 13/11/2013
12:25 13/11/2013
12:18 13/11/2013
12:11 13/11/2013
80
14:32 14/11/2013
13:12 14/11/2013
14:24 14/11/2013
14:16 14/11/2013
14:08 14/11/2013
14:00 14/11/2013
13:52 14/11/2013
13:44 14/11/2013
13:36 14/11/2013
13:28 14/11/2013
13:20 14/11/2013
60 14/11/2013
14:40 14/11/2013
50
40
30
20
10
Masuk Evaporator
Masuk Evaporator
60
50
40
14:56 14/11/2013
14:48 14/11/2013
Humidi ty (%r
Universitas Sumatera Utara
Waktu (S )
h)
Humidi ty (%r
C)
T (
Waktu (s)
h)
C)
20
Humidity(%rh) T (
Celsius(°C) dew point( °C )
15:52
15:44 14/11/2013
15:36 14/11/2013
15:28 14/11/2013
15:20 14/11/2013
15:12 14/11/2013
15:04 14/11/2013
II RH Meter Masukan Evaporator
30
90
40
35
30
25
20
15
10
5
10
80
50 14/11/2013
70
60
50
40
30
20
10
VI RH Meter Masukan E vaporator Ga m bar C7.Grafik Hasil Pengujian V
Ga m bar C6. Grafik Hasil Pengujian
45
10:22 14/11/2013
Humidity(%rh)
12:06 14/11/2013
Celsius(°C) dew point( °C )
13:10
13:02 14/11/2013
12:54 14/11/2013
12:46 14/11/2013
12:38 14/11/2013
12:30 14/11/2013
12:22 14/11/2013
12:14 14/11/2013
11:58 14/11/2013
10:30 14/11/2013
11:50 14/11/2013
11:42 14/11/2013
11:34 14/11/2013
11:26 14/11/2013
11:18 14/11/2013
11:10 14/11/2013
11:02 14/11/2013
10:54 14/11/2013
10:46 14/11/2013
10:38 14/11/2013
10
15:09 16/11/2013
13:49 16/11/2013
13:57 16/11/2013
14:05 16/11/2013
14:13 16/11/2013
14:21 16/11/2013
14:29 16/11/2013
14:37 16/11/2013
14:45 16/11/2013
14:53 16/11/2013
15:01 16/11/2013
15:17 16/11/2013
15:25 16/11/2013
15:33 16/11/2013
15:41
Celsius(°C) dew point( °C )
Humidity(%rh) T (
C)
Humidi ty (%r
h)
W a k tu (s)
Universitas Sumatera Utara
13:41 16/11/2013
13:33 16/11/2013
13:25 16/11/2013
Ga m b ar C8. Grafik Hasil Pengujian VIII RH Meter Masukan
13:09 16/11/2013
50 16/11/2013
45
40
35
30
25
20
15
10
5
13:17 16/11/2013
Masuk Evaporator
80
70
60
50
40
30
20
10
90
10
Evaporato r
Lampiran D. Grafik Hasil Pengujian RH Meter pada Keluaran Evaporator
T
C) (
Keluar Evaporator
Humidity (%rh)
35 100
90
30
80
25
70
60
20 Celsius(°C)
50
15 dew
point(°C)
40 Humidity(%rh)
30
10
20
5
10
6
2
8
4
6
2
8
4
6
2
8
4
6
2
8
4 :2 :3 :3 :4 :5 :5 :0 :0 :1 :2 :2 :3 :3 :4 :5 :5 :0 :0 :1 :2 10 10 10 10 10 10 11 11 11 11 11 11 11 11 11 11 12 12 12 12
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13 Waktu (s)
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 2/ 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1 1/1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1 Gambar D1. Grafik Hasil Pengujian I RH Meter Pada Keluaran Evaporator
14:23 11/12/2013
13:47 11/12/2013
14:19 11/12/2013
14:15 11/12/2013
14:11 11/12/2013
14:07 11/12/2013
14:03 11/12/2013
13:59 11/12/2013
13:55 11/12/2013
13:51 11/12/2013
35 11/12/2013
14:27 11/12/2013
30
25
20
15
10
5
Keluar Evaporator
Keluar Evaporator
90
14:35 11/12/2013
14:31 11/12/2013
Humidi ty (%r
Universitas Sumatera Utara
Waktu (s)
h)
Humidi ty (%r
C)
T (
Waktu(s)
h)
C)
70
Humidity(%rh) T (
Celsius(°C) dew point( °C )
14:59
14:55 11/12/2013
14:51 11/12/2013
14:47 11/12/2013
14:43 11/12/2013
14:39 11/12/2013
80
90
12:34 11/12/2013
35 11/12/2013
30
25
20
15
10
5
80
12:42 11/12/2013
70
60
50
40
30
20
10
Ga m bar D2. Grafik Hasil Pengujian II RH Meter Keluaran Evaporator Ga m bar D3. Grafik Hasil Pengujian III RH Meter Keluaran E vaporator
12:38 11/12/2013
12:46 11/12/2013
50
13:34 11/12/2013
40
30
20
10
Humidity(%rh)
Celsius(°C) dew point( °C )
13:42
13:38 11/12/2013
13:30 11/12/2013
12:50 11/12/2013
13:26 11/12/2013
13:22 11/12/2013
13:18 11/12/2013
13:14 11/12/2013
13:10 11/12/2013
13:06 11/12/2013
13:02 11/12/2013
12:58 11/12/2013
12:54 11/12/2013
60
15:24 13/11/2013
35 13/11/2013
15:14 13/11/2013
15:04 13/11/2013
14:54 13/11/2013
14:44 13/11/2013
14:34 13/11/2013
14:24 13/11/2013
14:14 13/11/2013
14:04 13/11/2013
13:54 13/11/2013
30
15:34 13/11/2013
25
20
15
10
5
Keluar Evaporator
Keluar Evaporator
10
90
80
15:44 13/11/2013
60
15:54 13/11/2013
Universitas Sumatera Utara
Waktu(s)
h)
Humidi ty (%r
C)
T (
Waktu(s)
h)
C) Humidi ty (%r
Humidity(%rh) T (
Celsius(°C) dew point( °C )
17:04
16:54 13/11/2013
16:44 13/11/2013
16:34 13/11/2013
16:24 13/11/2013
16:14 13/11/2013
16:04 13/11/2013
Meter Pada Keluaran Evaporator
70
90
11:30 13/11/2013
11:23 13/11/2013
35 13/11/2013
30
25
20
15
10
5
80
11:44 13/11/2013
70
60
50
40
30
20
10
Ga m bar D5. Grafik Hasil Pengujian V RH
Ga m bar D4. Grafik Hasil Pengujian IV RH Meter Keluaran E vaporator
11:37 13/11/2013
11:51 13/11/2013
40
13:15 13/11/2013
30
20
10
Humidity(%rh)
Celsius(°C) dew point( °C )
13:43
13:36 13/11/2013
13:29 13/11/2013
13:22 13/11/2013
13:08 13/11/2013
11:58 13/11/2013
13:01 13/11/2013
12:54 13/11/2013
12:47 13/11/2013
12:40 13/11/2013
12:33 13/11/2013
12:26 13/11/2013
12:19 13/11/2013
12:12 13/11/2013
12:05 13/11/2013
50
14:32 14/11/2013
13:12 14/11/2013
14:24 14/11/2013
14:16 14/11/2013
14:08 14/11/2013
14:00 14/11/2013
13:52 14/11/2013
13:44 14/11/2013
13:36 14/11/2013
13:28 14/11/2013
13:20 14/11/2013
35 14/11/2013
14:40 14/11/2013
30
25
20
15
10
5
Keluar Evaporator
Keluar Evaporator
80
70
14:48 14/11/2013
50
14:56 14/11/2013
Universitas Sumatera Utara
Waktu(s)
h)
C) Humidi ty (%r
T (
Waktu(s)
h)
Humidi ty (%r
C)
Humidity(%rh) T (
Celsius(°C) dew point( °C )
15:52
15:44 14/11/2013
15:36 14/11/2013
15:28 14/11/2013
15:20 14/11/2013
15:12 14/11/2013
15:04 14/11/2013
II RH Meter Keluaran Evaporator
60
10
10:23 14/11/2013
35 14/11/2013
30
25
20
15
10
5
90
10:39 14/11/2013
80
70
60
50
40
30
20
10
Ga m bar D6. Grafik Hasil Pengujian VI RH Meter Keluaran Evaporator Ga m bar D7. Grafik Hasil Pengujian V
10:31 14/11/2013
10:47 14/11/2013
30
12:23 14/11/2013
20
10
Humidity(%rh)
Celsius(°C) dew point( °C )
13:03
12:55 14/11/2013
12:47 14/11/2013
12:39 14/11/2013
12:31 14/11/2013
12:15 14/11/2013
10:55 14/11/2013
12:07 14/11/2013
11:59 14/11/2013
11:51 14/11/2013
11:43 14/11/2013
11:35 14/11/2013
11:27 14/11/2013
11:19 14/11/2013
11:11 14/11/2013
11:03 14/11/2013
40
15:17 16/11/2013
14:05 16/11/2013
14:13 16/11/2013
14:21 16/11/2013
14:29 16/11/2013
14:37 16/11/2013
14:45 16/11/2013
14:53 16/11/2013
15:01 16/11/2013
15:09 16/11/2013
15:25 16/11/2013
13:49 16/11/2013
15:33 16/11/2013
15:41
Celsius(°C) dew point( °C )
Humidity(%rh) T (
C)
Humidi ty (%r
h)
Waktu(s)
Universitas Sumatera Utara
13:57 16/11/2013
13:41 16/11/2013
Ga m b ar D8. Grafik Hasil Pengujian VIII RH Meter Kelu aran Evaporato r
13:25 16/11/2013
13:17 16/11/2013
13:09 16/11/2013
35 16/11/2013
30
25
20
15
10
5
13:33 16/11/2013
Keluar Evaporator
80
70
60
50
40
30
20
10
90
10
Lampiran E. Grafik Hasil Pengujian RH Meter Pada Ruang Pengering
11:54 11/12/2013
11:06 11/12/2013
11:12 11/12/2013
11:18 11/12/2013
11:24 11/12/2013
11:30 11/12/2013
11:36 11/12/2013
11:42 11/12/2013
11:48 11/12/2013
12:00 11/12/2013
12:06 11/12/2013
12:12 11/12/2013
12:18
Celsius(°C) dew point( °C )
Humidity(%rh) T(
C) Humidity (% rh)
Waktu(s)
Universitas Sumatera Utara
11:00 11/12/2013
10:54 11/12/2013
10:48 11/12/2013
Ga m bar E1.Grafik Hasil Pengujian I
10:36 11/12/2013
10:30 11/12/2013
10:24 11/12/2013
60 11/12/2013
50
40
30
20
10
10:42 11/12/2013
Ruang Pengering
RH Meter Pada Ruang Pengering
70
60
50
40
30
20
10
80
90
14:02 11/12/2013
30
13:58 11/12/2013
13:54 11/12/2013
13:50 11/12/2013
13:46 11/12/2013
50 11/12/2013
45
40
35
25
14:06 11/12/2013
20
15
10
5
Ruang Pengering
Ruang Pengering
70
60
50
14:14 11/12/2013
14:10 11/12/2013
II RH Meter Pada Ruang Pengering
14:54 11/12/2013
Universitas Sumatera Utara
Waktu(s)
C) Humidity (% rh)
Humidity(%rh) T(
Celsius(°C) dew point( °C )
14:58
14:50 11/12/2013
30
14:46 11/12/2013
14:42 11/12/2013
14:38 11/12/2013
14:34 11/12/2013
14:30 11/12/2013
14:26 11/12/2013
14:22 11/12/2013
14:18 11/12/2013
40
Waktu(s)
5
45
40
35
30
25
20
15
10
80
12:35 11/12/2013
70
60
50
40
30
20
10
Ga m bar E2.Grafik Hasil Pengujian II RH Meter Pada Ruang Pengering Ga m bar E3.Grafik Hasil Pengujian I
50 11/12/2013
12:39 11/12/2013