imeco evaporative condenser xlpl575 data sheet

imeco evaporative condenser xlpl575 data sheet

L290-L415
L - SERIES
L290-L635
301/8"-r-~-
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L435-L635
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FPT ORAIN
-1161/4"
---
MOTOR CONNS.
_. 43/4"
II
211"---
SUMP
WEIGHTS
Water
4*
4'
HP
Mtr
3
101100
5Charge
GPM
Water
400
325
490
68000
69000
65800
57500
98700
500
720
NH3
180.25
166.25
34.75
Heaviest
B
173.5
480
15
330
34.5
Gal.
7.5
410
287.2
244.7
248.2
237.6
223.4
234
205.7
336.8
368.8
450.3
600
418.4
27.5
10
21330
21430
2
21380
22977
1
22877
21077
12840
12790
20977
12740
20952
27706
18490
27806
42
10780
18931
30712
30812
600
15630
33597
12600
27856
600
4100
4000
6550
6475
7.5
20
&
10
15
&
HP
Unit
&
5510REMOTE
Mtr
101800
101950
78300
63700
61500
54000
55700
70000
50600
49000
75800
52200
86200
83400
95400
92160
400
600
308.5
294.3
266
276.6
251.8
212.8
326.2
358.1
361.7
407.8
400.7
.18590
600
20
21280
22927
21027
14730
14780
14680
22852
14655
12715
18440
27756
18540
19056
19006
18956
30662
30762
33497
18300
12790
8840
6600
6500
&7.5
NH3
Drain'
CFM
In'
Tons'
Ctrs
Ibs.5
Unit
H
Section
DIMENSIONS
8t
Sump
Height
Spray
Req'd4
Pump
Shipping6
Operating'
Refrig.
Fan
*Male Pipe Thread
tPlain End
Do not use for construction-product
drawings available on request.
Footnotes are listed on page 13_
*---'meco®
16
I
XL
PERFORMANCE
TABLES
290
M
SXLP
ML
265
Model
280
ML
M
S S 235
280
270
260
240
220
225
220
210
205
205
200
195
180
175
170
165
155
155
145
140
135
125
110
115
285
270
270
260
250
240
245
235
230
210
200
195
190
190
185
185
170
160
150
130
120
100
90
4,189.5
4,263.0
3,969.0
4,116.0
4,116.0
3,822.0
3,895.5
3,675.0
3,601.5
3,528.0
3,454.5
3,454.5
3,381.0
3,307.5
3,234.0
3,087.0
3,013.5
2,940.0
2,866.5
2,793.0
,719.5
2,719.5
2,646.0
2,572.5
2,499.0
2,352.0
2,278.5
2,205.0
2,131.5
2,058.0
1,984.5
1,837.5
1,911.0
1,764.0
1,617.0
1,690.5
1,470.0
122,425.5
,323.0
Rejection
(MB~)
HeatL
380
430
425
410
XL
385
350
330
MXLP
305
ML
295
300
ML
475
XL
320
M
LLModel
450
395
345
475
415
395
345
335
315
475
470
460
445
440
435
435
430
425
415
405
405
395
390
375
390
370
360
355
355
355
350
340
335
330
320
305
310
290
300
,982.5
6,982.5
,909.0
6,982.5
,541.5
6,615.0
,468.0
6,394.5
,394.5
6,321.0
6,321.0
,247.5
6,100.5
66,762.0
,100.5
6,247.5
5,953.5
6,027.0
,806.5
5,806.5
5,806.5
55,439.0
,733.0
5,512.5
5,733.0
5,586.0
5,659.5
5,292.0
5,218.5
,218.5
5,071.5
5,145.0
5,145.0
4,998.0
5,071.5
4,924.5
4,851.0
4,704.0
4,704.0
4,851.0
4,630.5
4,483.5
4,557.0
4,483.5
4,263.0
4,410.0
4,336.5
4,410.0
Rejection
(MBH)
Heat
L
ML950-2
950-2
980-2
990-2
XL
920-2
ML850-2
ML
M
L Model
860-2
870-2
890-2
830-2
810-2
XL
ML
520
XLP
940-2
ML
900-2
850-2
880-2
XL
820-2
XL
L
950-2
ML 830-2
490
715
590
565
505
940
895
870
845
830
765
785
805
745
710
640
660
665
635
630
600
590
575
535
530
510
520
505
495
13,818.0
13,965.0
13,818.0
13,965.0
14,553.0
14,406.0
13,524.0
13,230.0
12,421.5
12,789.0
12,495.0
12,642.0
13,083.0
12,201.0
12,201.0
11,539.5
11,833.5
11,907.0
11,907.0
12,054.0
10,510.5
10,951.5
10,437.0
99,408.0
,702.0
,775.5
9,334.5
,820.0
88,673.0
,673.0
8,452.5
77,644.0
8,305.5
,864.5
,791.0
7,644.0
,423.5
7,423.5
,276.5
7,203.0
13,156.6
12,789.0
12,642.0
12,789.0
12,936.0
12,201.0
11,245.5
9,261.0
7,497.0
Rejection
(MBH)
HeatXL
XL1420-2
XL1200-2
XL1280-2
XL1330-2
XL1530-2
XL1610-2
XL1740-2
XLl880-2
10401150-2
2
XL1060-2
XL1180-2
XL1490-2
XL1660-2
XL1790-2
XLP
L
L1270-2
1020-2
1130-2
10 10-2
Model
XL1260-2
L1180-2
MLl040-2
XLI070-2
XL1320-2
XL1430-2
XL1690-2
XL1570-2
L 1010-2
*---'meco..
12
I
14,994.0
14,847.0
15,288.0
16,611.0
16,905.0
17,346.0
18,669.0
21,903.0
25,578.0
17,346.0
18,522.0
18,816.0
19,404.0
20,874.0
21,021.0
22,491.0
23,079.0
23,667.0
24,402.0
24,843.0
26,313.0
27,636.0
14,847.0
15,582.0
15,729.0
17,640.0
19,551.0
15,288.0
(MBH)
Rejection
Heat 600-2
43
55
75
300
115
145
150
170
250
80
38
410-2
440-2
460-2
470-2
500-2
570-2
620680-2
700-2
770-2
730-2
310
340
350
365
385
40
50
58
60
68
120
128
130
140
205
220
230
235
100
108
110
155
160
165
185
195
285
782
85
90
95
Model
28
30
35
XLC
25
558.6
588.0
632.1
735.0
808.5
852.6
882.0
999.6
411.6
441.0
367.5
514.5
4,557.0
4,998.0
5,145.0
5,365.5
5,659.5
10,290.0
10,731.0
6,027.0
6,468.0
6,762.0
6,909.0
7,350.0
8,379.0
8,820.0
9,114.0
9,996.0
1,396.5
1,102.5
1,146.6
1,176.0
1,249.5
1,323.0
2,058.0
2,131.5
2,205.0
2,278.5
2,352.0
2,425.5
2,499.0
2,719.5
2,866.5
1,617.0
3,675.0
4,189.5
1,470.0
1,587.6
1,690.5
1,764.0
1,881.6
1,911.0
3,013.5
3,234.0
3,381.0
3,454.5
11,319.0
Rejection
(MBH)
4,410.0
Heat
CAPACITY FACTORS
TOTAL HEAT
OF REJECTION
EXAMPLE 2 Hermetic Compressors
Known: Refrigerant = R-22
Compressor Evaporator Capacity = 100 tons
Compressor KW = 75
Condensing Temperature = +95°F
Wet Bulb Temperature = + 76°F
Compressor Evaporator Capacity = 100 x 12,000 =
1,200,000 BTUH
Compressor KW input = 75 x 3,415 =
256.125 BTUH
1,456,125 BTUH
Total Heat of Rejection =
Table 5 shows a capacity factor of 1.49 for 95°F Condensing Temperature and 76°F Wet Bulb Temperature of R-22 refrigerant.
Multiply the system Total Heat of Rejection of 1,456,125 BTUH by the established capacity factor of 1.49:
1,456,125 x 1.49 = 2,169,626 BTUH (2,169,6 MBH)
From page 12, select a model with a base THR in MBH equal to or greater than 2,169.6 MBH. In this example, select an XLP-S
150 or XLC-150.
Solution: Establish Total Heat of Rejection.
---
-R-134a
0.51
0.52
-226.4
60°
55°
66°
64°
72°
75°
78°
77°
80°
84°
68°
74°
76°
79°
82°
101.6
4.17
57.4
50°
2.50
2.38
4.54
3.64
1.85
3.85
2.35
2.08
1.88
1.47
1.49
1.75
2.44
3.23
1.22
1.15
1.39
1.59
2.27
2.13
2.00
2.78
2.56
0.59
0.64
0.69
0.68
0.71
0.79
0.55
0.54
0.58
0.62
0.61
0.66
7.69
0.96
0.85
1.11
1.56
1.82
0.82
0.76
0.91
1.19
1.33
1.28
1.64
0.70
0.77
0.94
1.06
1.03
1.23
0.81
0.88
0.86
0.98
5.88
3.12
4.76
2.70
1.61
1.92
2.94
1.30
1.89
2.38
0.67
0.53
0.57
0.56
0.60
1.05
1.16
1.43
1.37
1.09
0.80
0.92
0.90
0.65
0.78
0.84
1.00
111.2
121.4
132.2
143.6
155.7
1168.4
259.9
242.7
2.70
210.8
1.96
1.59
1.28
1.10
195.9
0.56
0.93
0.80
0.71
0.63
113.9
81.8
104.3
124.1
171.1
134.9
158.4
146.3
78.6
95.2
64.0
71.1
86.7
70°
62°
1.72
0.75
0.83
0.72
0.97
1.14
0.93
1.01
Pressure
(psi!!)
R-22
Condensing
Condo2.17
TABLE 5-HEAT OF REJECTION CAPACITYFACTORS-R-22
Enterin
Air Wet Bulb Temperature (OF)
Temp.
--
-
0.47
7.56
60°
66°
72°
70°
76°
82°
80°
55°
64°
62°
68°
75°
74°
79°
78°
77°
84°
3.78
92.9
50° (psi!!)
2.19
2.16
0.64
0.60
0.70
0.79
0.87
0.94
0.91
0.53
0.61
0.67
0.65
0.75
0.73
0.80
0.78
0.89
0.83
1.09
1.26
1.72
1.51
1.43
0.69
0.77
0.86
0.82
0.98
0.93
1.04
1.16
1.48
1.60
4.86
3.68
2.96
1.33
1.74
1.58
2.34
2.06
1.94
0.88
1.05
1.25
1.17
1.35
1.56
0.50
0.58
0.63
0.49
0.55
6.48
4.00
3.24
4.39
3.49
1.46
3.02
2.72
0.68
0.66
1.11
1.03
0.96
0.59
0.56
0.71
0.76
0.84
0.90
0.99
1.20
1.36
1.97
1.21
2.52
5.91
1.10
1.45
1.84
1.01
0.92
1.30
1.40
1.86
1.64
0.48
0.52
0.51
0.54
2.89
6.18
1.04
2.89
103.1
181.1
138.3
114.1
125.8
151.7
165.9
214.2
232.3
251.5
271.7
197.2
0.64
0.71
2.47
0.86
0.73
0.57
0.51
1.17
185.1
1.86
1.46
1.01
0.62
1.77
2.47
Pressure
1.31
1.08
1.37
Condensing
R-717
Condo·2.52
TABLE 6-HEAT OF REJECTION CAPACITYFACTORS-AMMONIA
Enterin
Air Wet Bulb Temperature (OF)
Temp.
J
*--Imeco®
11
I