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50/40 °c, 60/50 °c, 70/50 °c – REMKO PWW 5000 User Manual

Page 9: 80/60 °c, 90/70 °c

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9

Technical Data PWW 5402 / PWW 5602

2 steps

2 steps

Type

5402

5602

Speed

U/min.

670

500

660

500

Electrical connection

Volt

3 x 400

3 x 400

3 x 400

3 x 400

Frequency

Hz

50

50

50

50

Power consumption

kW

0,16

0,095

0,35

0,21

Rated current

A

0,38

0,19

0,78

0,39

Air capacity

m³/h

3470

2500

5500

4200

Sound pressure level L

pA

1m

1)

dB(A)

57

50

60

53

Max. heat projection range

m

4,0

2,9

4,6

3,4

Heating medium connection

inch

R 1“

R 1“

R 1“

R 1“

Weight

kg

39

39

46

Heating Medium

t

L1

°C

kW

t

L2

°C

kW

t

L2

°C

kW

t

L2

°C

kW

t

L2

°C

50/40 °C

0

19,9

18

17,0

21

27,1

15

24,1

17

5

17,4

21

15,0

23

23,6

18

21,1

20

10

14,9

24

12,8

26

20,2

22

18,0

23

15

12,4

27

10,8

29

16,8

25

15,1

26

20

9,9

29

8,7

31

13,6

28

12,2

29

60/50 °C

0

25,4

23

21,6

26

34,7

19

30,9

22

5

22,9

26

19,7

29

31,1

23

27,8

25

10

20,4

29

17,5

32

27,6

26

24,8

28

15

17,8

32

23,2

34

23,9

29

21,6

31

20

15,2

34

13,0

37

20,5

32

18,4

34

70/50 °C

0

25,3

22

21,7

26

27,1

15

24,3

17

5

22,8

26

19,9

29

24,0

19

21,4

21

10

20,3

29

17,8

32

20,9

22

18,6

24

15

17,6

31

15,7

35

17,7

25

15,8

27

20

15,6

35

13,7

38

15,0

29

13,1

30

80/60 °C

0

30,6

27

26,2

32

41,7

23

37,2

27

5

28,1

30

24,4

35

38,3

27

34,2

30

10

25,7

34

22,4

38

34,8

30

31,1

33

15

23,2

37

20,2

41

31,4

34

28,0

36

20

20,7

40

18,1

43

28,1

37

25,1

39

90/70 °C

0

36,1

32

30,9

37

49,5

28

44,0

32

5

33,7

35

29,0

41

45,9

31

40,9

35

10

31,2

39

25,9

*44

42,4

34

37,9

38

15

28,7

42

24,8

*47

38,7

38

34,7

41

20

26,2

*45

22,7

*49

35,3

41

31,7

*44

46

1) Noise measurement DIN 45635 - 01 - KL 3
2) t

L1

= incoming air temperature, t

L2

= outgoing air temperature

* For outgoing air temperatures above 42 °C a very strong thermal lift can form. The penetration depth of the warm air stream becomes shorter,

the cold air in the area where people are working cannot be adequately permeated and mixed by the warm air.

Temperature layers from bottom to top are the result. Pockets of cold air form in the area where people are working near the ceiling

Excessive buildup of heat (heat loss).