63
c l i m a t e m a s t e r.c o m
Trilogy
®
Q-Mode
®
(QE) Series IOM - 60Hz HFC-410A
R e v i s e d : D e c e m b e r 2 2 , 2 0 2 1
Performance Data — Trilogy
®
QE
1860 - Hot Water (High)
High
EWTS
°F
DTS
LWTS
DTL
→
12
EWTL HC KW HE COP Hz LWTL
20
6
14.0
70
47.2 4.31 32.5
3.2
105
82.0
6
14.0
90
45.1 5.42 26.6
2.4
105
102.0
6
14.0
110
39.1 5.81 19.3
2.0
94
122.0
6
14.0
130
27.2 5.23
9.4
1.5
72
142.0
6
14.0
135
26.8 5.54
7.9
1.4
72
147.0
30
12
18.0
70
48.8 4.06 34.9
3.5
101
82.0
12
18.0
90
46.7 5.13 29.2
2.7
101
102.0
12
18.0
110
39.9 5.48 21.2
2.1
90
122.0
12
18.0
130
27.1 4.86 10.5
1.6
67
142.0
12
18.0
135
26.7 5.14
9.1
1.5
67
147.0
6
24.0
70
50.5 3.68 37.9
4.0
94
82.0
6
24.0
90
48.5 4.70 32.4
3.0
94
102.0
6
24.0
110
40.8 4.99 23.8
2.4
83
122.0
6
24.0
130
27.0 4.35 12.1
1.8
61
142.0
6
24.0
135
26.4 4.61 10.7
1.7
61
147.0
40
12
28.0
70
51.2 3.43 39.5
4.4
89
82.0
12
28.0
90
49.3 4.41 34.2
3.3
89
102.0
12
28.0
110
41.1 4.68 25.2
2.6
78
122.0
12
28.0
130
26.9 4.04 13.1
1.9
57
142.0
12
28.0
135
26.3 4.29
11.7
1.8
57
147.0
6
34.0
70
51.8 3.05 41.4
5.0
82
82.0
6
34.0
90
50.0 3.98 36.4
3.7
82
102.0
6
34.0
110
41.4 4.22 27.0
2.9
72
122.0
6
34.0
130
26.7 3.63 14.3
2.2
52
142.0
6
34.0
135
26.1 3.86 12.9
2.0
52
147.0
50
13
37.0
70
51.8 2.87 42.1
5.3
79
82.0
13
37.0
90
50.2 3.76 37.3
3.9
79
102.0
13
37.0
110
41.4 4.00 27.7
3.0
69
122.0
13
37.0
130
26.6 3.45 14.8
2.3
49
142.0
13
37.0
135
25.9 3.66 13.5
2.1
49
147.0
7
43.0
70
51.6 2.51 43.1
6.0
70
82.0
7
43.0
90
50.3 3.35 38.9
4.4
70
102.0
7
43.0
110
41.3 3.59 29.0
3.4
62
122.0
7
43.0
130
26.4
3.11
15.8
2.5
45
142.0
7
43.0
135
25.7 3.31 14.4
2.3
45
147.0
60
13
47.0
70
51.3 2.28 43.5
6.6
67
82.0
13
47.0
90
50.2 3.08 39.7
4.8
67
102.0
13
47.0
110
41.1 3.32 29.8
3.6
59
122.0
13
47.0
130
26.3 2.92 16.3
2.6
42
142.0
13
47.0
135
25.5 3.10 15.0
2.4
43
147.0
7
53.0
70
50.5 1.97 43.8
7.5
63
82.0
7
53.0
90
50.0 2.71 40.7
5.4
63
102.0
7
53.0
110
40.8 2.96 30.7
4.0
55
122.0
7
53.0
130
26.1 2.65 17.1
2.9
39
142.0
7
53.0
135
25.3 2.82 15.7
2.6
39
147.0
70
13
57.0
70
50.0 1.78 43.9
8.2
60
82.0
13
57.0
90
49.8 2.48 41.3
5.9
60
102.0
13
57.0
110
40.6 2.73 31.2
4.3
52
122.0
13
57.0
130
26.0 2.49 17.5
3.1
37
142.0
13
57.0
135
25.1 2.65 16.1
2.8
37
147.0
7
63.0
70
49.0 1.54 43.8
9.3
56
82.0
7
63.0
90
49.5 2.18 42.1
6.7
56
102.0
7
63.0
110
40.3 2.43 32.0
4.9
48
122.0
7
63.0
130
25.8 2.28 18.0
3.3
34
142.0
7
63.0
135
24.9 2.42 16.6
3.0
34
147.0
80
13
67.0
70
48.4 1.40 43.7
10.1
53
82.0
13
67.0
90
49.4 2.00 42.5
7.2
53
102.0
13
67.0
110
40.1 2.25 32.4
5.2
46
122.0
13
67.0
130
25.6 2.15 18.3
3.5
32
142.0
13
67.0
135
24.7 2.29 16.9
3.2
32
147.0
7
73.0
70
47.7 1.25 43.4
11.2
48
82.0
7
73.0
90
49.4 1.79 43.3
8.1
48
102.0
7
73.0
110
40.1 2.02 33.2
5.8
42
122.0
7
73.0
130
25.4 1.98 18.7
3.8
30
142.0
7
73.0
135
24.4 2.10 17.2
3.4
30
147.0
90
13
77.0
70
47.3 1.19 43.3
11.7
45
82.0
13
77.0
90
49.6 1.68 43.9
8.6
45
102.0
13
77.0
110
40.2 1.89 33.7
6.2
40
122.0
13
77.0
130
25.3 1.87 18.9
4.0
28
142.0
13
77.0
135
24.2 1.99 17.4
3.6
28
147.0
7
83.0
70
47.0 1.15 43.1
11.9
41
82.0
7
83.0
90
50.3 1.58 44.9
9.3
41
102.0
7
83.0
110
40.6 1.75 34.7
6.8
36
122.0
7
83.0
130
25.1 1.71 19.2
4.3
26
142.0
7
83.0
135
24.0 1.83 17.7
3.8
26
147.0
* pressure drop is less than 1 ft
Interpolation is permissable, extrapolation is not.
Above data is based on 15% methanol.
