Remko pwl – REMKO PWL 101 HK User Manual
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REMKO PWL
Type
PWL 101-H
PWL 102-H
PWL 103-H
Type
2-speed
2-speed
2-speed
Speed
rpm
920
750
920
750
920
750
Electrical connection
V
400/3~N
Frequency
Hz
50
Power consumption
kW
0.1/0.07
Nominal current
A
0.26/0.13
Air capacity
m³/h
2030
1685
1960
1610
1885
1530
Sound pressure level
1)
dB (A)
56
47
56
47
56
47
max. mounting height
m
2.8
2.7
2.5
max. range
2)
m
3.4
3.2
3.0
Hydraulic connection
Inch
R 1“
R 1“
R 1“
Water volume
l
1.0
1.6
2.5
Weight
kg
31
35
38
PWW heating
medium
t
L1
°C
kW
t
L2
°C
kW
t
L2
°C
kW
t
L2
°C
kW
t
L2
°C
kW
t
L2
°C
kW
t
L2
°C
50 / 40 °C
0
9.2
13
8.2
13
14.7
21
13.3
23
19.0
28
16.4
30
5
8.0
16
7.2
17
12.9
24
11.7
26
16.7
30
14.4
32
10
6.9
20
6.2
21
11.1
26
10.1
28
14.4
32
12.5
33
15
5.8
23
5.2
24
9.4
29
8.6
31
12.2
34
10.5
35
20
4.7
27
4.2
27
7.6
32
7.1
33
10.0
36
8.7
37
60 / 50 °C
0
11.4
16
10.2
17
18.2
26
16.4
28
23.4
34
20.2
37
5
10.2
19
9.1
20
16.4
29
14.8
31
21.0
37
18.2
39
10
9.1
23
8.1
24
14.6
31
13.2
33
18.7
39
16.2
40
15
8.0
27
7.1
27
12.8
34
11.6
36
16.4
41
14.2
42
20
6.9
30
6.1
31
11.0
37
10.0
39
14.2
45
12.3
44
70 / 50 °C
0
12.0
16
10.7
18
19.5
28
17.8
31
25.4
37
22.0
40
5
10.8
20
9.7
21
17.6
30
16.1
33
23.0
39
19.9
42
10
9.7
24
8.6
25
15.8
33
14.5
36
20.6
41
17.9
44
15
8.5
27
7.6
28
14.0
36
12.9
38
18.3
43
15.9
45
20
7.4
31
6.6
32
12.2
39
11.3
41
16.0
45
13.9
47
80 / 60 °C
0
14.3
20
12.7
21
23.1
33
20.9
36
29.9
44
25.8
47
5
13.1
23
11.7
25
21.2
36
19.2
39
27.4
46
23.7
49
10
11.9
27
10.6
28
19.3
38
17.6
41
25.0
48
21.7
51
15
10.8
31
9.6
32
17.5
41
15.9
44
22.7
50
19.6
52
20
9.6
34
8.6
35
15.7
44
14.3
46
20.4
52
17.6
54
90 / 70 °C
0
16.5
23
14.7
24
26.7
38
24.1
41
34.4
51
29.7
54
5
15.3
26
13.7
28
24.7
41
22.3
44
31.9
53
27.5
56
10
14.1
30
12.6
32
22.8
43
20.6
47
29.4
55
25.4
58
15
13.0
34
11.6
35
21.0
46
19.0
49
27.0
57
23.3
60
20
11.8
37
10.5
39
19.1
49
17.3
52
24.7
59
21.3
61
PWL 101-103 - Heating • Rating tables • Technical Data
We reserve the right to make dimensional and design changes in the interest of technical advances.
t
L1
= air inlet temperature/t
L2
= air outlet temperature
2) at
∆
t 20 K (difference in temperature between air inlet and air outlet)
Operation with range restriction