Calculate performance data
 
Calculate your individual performance data simply and easily by using the following controller to adapt the calculation to your individual values. Changes are calculated directly and updated in the table below.
 
 
Medium
 
 

Cooling

Flow temperature (°F) 7
Room air temperature (°F) 27
Relative humidity (%) 48
 
 

Heating

Flow temperature (°F) 75
Room air temperature (°F) 20
 
 

Primary air

Number of connecting pieces (piece(s)) 0
Primary air quantity (GPM - Gallons Per Minute) 20
Primary air temperature (°F) 14
primary air humidity (%) 30
 
 

Control voltage

[V] 6
[V] 5
[V] 4
[V] 3
[V] 2

Your search resulted in 16 hits

Unit design

System

Ceiling version

Air outlet

Control option

Dimensions

(WxHxL)

(mm)

Control voltage

(V)

Cooling output, total

(W)

Heat output

(W)

Sound pressure level1)

(dB(A))

Sound power level

(dB(A))

 Calculation

dry cooling

2-pipe

600 x 600 mm

one-sided air outlet

electromechanical

598

165

1198

10

8

6

4

2

752

659

475

263

134

3247

2820

1998

1144

610

39

34

25

16

13

47

42

33

24

21

 Calculate

dry cooling

2-pipe

625 x 625 mm

one-sided air outlet

electromechanical

620

165

1240

10

8

6

4

2

752

659

475

263

134

3247

2820

1998

1144

610

39

34

25

16

13

47

42

33

24

21

 Calculate

dry cooling

4-pipe

600 x 600 mm

one-sided air outlet

electromechanical

598

165

1198

10

8

6

4

2

646

566

408

238

132

1664

1505

1172

770

468

39

34

25

16

13

47

42

33

24

21

 Calculate

dry cooling

4-pipe

625 x 625 mm

one-sided air outlet

electromechanical

620

165

1240

10

8

6

4

2

646

566

408

238

132

1664

1505

1172

770

468

39

34

25

16

13

47

42

33

24

21

 Calculate

wet cooling

2-pipe

600 x 600 mm

one-sided air outlet

electromechanical

598

165

1198

10

8

6

4

2

752

659

475

263

134

3247

2820

1998

1144

610

39

34

25

16

13

47

42

33

24

21

 Calculate

wet cooling

2-pipe

625 x 625 mm

one-sided air outlet

electromechanical

620

165

1240

10

8

6

4

2

752

659

475

263

134

3247

2820

1998

1144

610

39

34

25

16

13

47

42

33

24

21

 Calculate

wet cooling

4-pipe

600 x 600 mm

one-sided air outlet

electromechanical

598

165

1198

10

8

6

4

2

646

566

408

238

132

1664

1505

1172

770

468

39

34

25

16

13

47

42

33

24

21

 Calculate

wet cooling

4-pipe

625 x 625 mm

one-sided air outlet

electromechanical

620

165

1240

10

8

6

4

2

646

566

408

238

132

1664

1505

1172

770

468

39

34

25

16

13

47

42

33

24

21

 Calculate

dry cooling

2-pipe

600 x 600 mm

two-sided air outlet

electromechanical

598

165

1198

10

8

6

4

2

1364

1195

854

472

244

5852

5085

3607

2071

1113

42

37

28

19

15

50

45

36

27

23

 Calculate

dry cooling

2-pipe

625 x 625 mm

two-sided air outlet

electromechanical

620

165

1240

10

8

6

4

2

1364

1195

854

472

244

5852

5085

3607

2071

1113

42

37

28

19

15

50

45

36

27

23

 Calculate

dry cooling

4-pipe

600 x 600 mm

two-sided air outlet

electromechanical

598

165

1198

10

8

6

4

2

1173

1027

739

433

243

3091

2794

2173

1426

868

42

37

28

19

15

50

45

36

27

23

 Calculate

dry cooling

4-pipe

625 x 625 mm

two-sided air outlet

electromechanical

620

165

1240

10

8

6

4

2

1173

1027

739

433

243

3091

2794

2173

1426

868

42

37

28

19

15

50

45

36

27

23

 Calculate
1)The sound pressure levels were calculated with an assumed room insulation of 8 dB(A). This corresponds to a distance of 2 m, a room volume of 100 m3 and a reverberation time of 0.5 s (in accordance with VDI 2081)