6
Model LWE
Electric Defrost | 60 Hz
Model
Capacity
Fan Data
10°F TD
25°F SST
6°C TD
-4°C SST
15°F TD
25°F SST
8°C TD
-4°C SST
No.
CFM
m
3
h
BTUH
Watts
BTUH
Watts
LWE050
5,000
1,460
7,500
,00
1
725
1,33
LWE075
7,500
,00
11,250
3,300
1
730
1,41
LWE100
10,000
,930
15,000
4,390
1,450
,465
LWE130
13,000
3,810
19,500
5,710
1,470
,499
LWE155
15,500
4,540
23,250
6,810
1,460
,48
LWE180
18,000
5,70
27,000
7,910
3
2,130
3,61
LWE10
21,000
6,150
31,500
9,30
4
2,840
4,88
LWE70
27,000
7,910
40,500
11,860
4
2,800
4,760
LWE340
34,000
9,960
51,000
14,940
5
3,500
5,950
Model LWE
Electric Defrost | 50 Hz
†
Model
Capacity
Fan Data
10°F TD
25°F SST
6°C TD
-4°C SST
15°F TD
25°F SST
8°C TD
-4°C SST
No.
CFM
m
3
h
BTUH
Watts
BTUH
Watts
LWE050
4,800
1,410
7,100
,080
1
660
1,1
LWE075
7,100
,080
10,700
3,130
1
660
1,1
LWE100
9,500
,780
14,300
4,190
1,310 ,7
LWE130
12,400
3,630
18,500
5,40
1,330 ,61
LWE155
14,700
4,310
22,100
6,470
1,320 ,44
LWE180
17,100
,010
25,700
7,530
3
1,920 3,64
LWE10
20,000
,860
29,900
8,760
4
2,560 4,35
LWE70
25,700
7,530
38,500
11,80
4
2,530 4,301
LWE340
32,300
9,460
48,500
14,10
5
3,160 5,37
†
For EC motors, use 60 Hz capacity and airflow values
.(
Units with EC motors operating at
50 Hz will not see a reduction in performance due to the electronic control of the motor)
Performance Data