background image

25

 

 

 

 

 

3.  TECHNICAL DATA

 

 

                  HEATING POWER 

 

 

T

– inlet water temperature; T

– outlet water temperature; T

p1 

– inlet air temperature; T

p2 

– outlet air temperature; P

– heating capacity; Q

– water flow; Q

p

air flow rate; Δp – 

pressure drop in the heat exchanger

 

 

 

Volcano VR Mini

 

Parameters T

z

/T

[°C]

 

90/70 

[°C]

 

80/60 [°C]

 

70/50 [°C]

 

50/30 [°C]

 

T

p1

 

[°C]

 

Q

p

 

[m³/h]

 

P

[kW]

 

T

p2

 

[°C]

 

Q

[m³/h]

 

Δp 

[kPa]

 

P

[kW]

 

T

p2

 

[°C]

 

Q

[m³/h]

 

Δp 

[kPa]

 

P

[kW]

 

T

p2

 

[°C]

 

Q

[m³/h]

 

Δp 

[kPa]

 

P

[kW]

 

T

p2

 

[°C]

 

Q

[m³/h]

 

Δp 

[kPa]

 

 

0

 

2100

 

20.7

 

29.5

 

0.92

 

13.9

 

17.9

 

25.4

 

0.79

 

10.7

 

15.1

 

21.4

 

0.66

 

7.9

 

9.2

 

13.1

 

0.4

 

3.4

 

1650

 

18.1

 

32.6

 

0.8

 

10.7

 

15.6

 

28.2

 

0.69

 

8.3

 

13.1

 

23.7

 

0.58

 

6.1

 

8

 

14.6

 

0.35

 

2.6

 

1100

 

14.1

 

38.3

 

0.63

 

6.8

 

12.2

 

33.2

 

0.54

 

5.3

 

10.3

 

27.9

 

0.45

 

3.9

 

6.3

 

17.2

 

0.28

 

1.7

 

 

5

 

1650

 

16.9

 

35.6

 

0.75

 

9.5

 

16.6

 

28.6

 

0.73

 

9.3

 

13.7

 

24.5

 

0.6

 

6.6

 

7.6

 

16.1

 

0.34

 

2.5

 

2100

 

19.4

 

32.6

 

0.86

 

12.3

 

14.5

 

31.1

 

0.64

 

7.2

 

12

 

26.6

 

0.53

 

5.2

 

6.8

 

17.4

 

0.3

 

2

 

1100

 

13.3

 

40.9

 

0.59

 

6

 

11.3

 

35.8

 

0.5

 

4.6

 

9.4

 

30.5

 

0.41

 

3.3

 

5.4

 

19.6

 

0.23

 

1.3

 

 

10

 

2100

 

18.1

 

35.7

 

0.8

 

10.8

 

15.3

 

31.7

 

0.67

 

8

 

12.4

 

27.6

 

0.54

 

5.5

 

6.4

 

19.1

 

0.28

 

1.7

 

1650

 

15.8

 

35.5

 

0.7

 

8.4

 

13.3

 

34.1

 

0.59

 

6.2

 

10.8

 

29.5

 

0.47

 

4.3

 

5.6

 

20.1

 

0.24

 

1.4

 

1100

 

12.4

 

43.5

 

0.55

 

5.3

 

10.4

 

38.3

 

0.46

 

3.9

 

8.5

 

33

 

0.37

 

2.8

 

4.4

 

21.9

 

0.19

 

0.9

 

 

15

 

2100

 

16.8

 

38.8

 

0.74

 

9.4

 

13.9

 

34.8

 

0.61

 

6.7

 

11

 

30.7

 

0.48

 

4.4

 

4.9

 

22

 

0.22

 

1.1

 

1650

 

14.6

 

41.4

 

0.65

 

7.3

 

12.1

 

37

 

0.54

 

5.2

 

9.6

 

32.4

 

0.42

 

3.5

 

4.3

 

22.8

 

0.19

 

0.9

 

1100

 

11.5

 

46.1

 

0.51

 

4.6

 

9.5

 

40.9

 

0.42

 

3.3

 

7.6

 

35.5

 

0.33

 

2.2

 

3.3

 

24.1

 

0.15

 

0.5

 

 

20

 

2100

 

15.5

 

41.9

 

0.69

 

8

 

12.6

 

37.9

 

0.56

 

5.6

 

9.7

 

33.7

 

0.42

 

3.5

 

3.3

 

24.7

 

0.14

 

0.5

 

1650

 

13.5

 

44.3

 

0.6

 

6.2

 

11

 

39.8

 

0.48

 

4.3

 

8.4

 

35.2

 

0.37

 

2.7

 

2.8

 

25.1

 

0.12

 

0.4

 

1100

 

10.6

 

48.6

 

0.47

 

4

 

8.6

 

43.4

 

0.38

 

2.8

 

6.6

 

38

 

0.29

 

1.8

 

1.9

 

25.2

 

0.08

 

0.2

 

 
 
 
 
 
 
 
 

 

T

– inlet water temperature; T

– outlet water temperature; T

p1 

– inlet air temperature; T

p2 

– outlet air temperature; P

– heating capacity; Q

– water flow; Q

p

air flow rate; Δp – 

pressure drop in the heat exchanger

 

 
 
 

 

Volcano VR Mini 3

 

Parameters T

z

/T

[°C]

 

90/70 [°C]

 

70/50 [°C]

 

45/35 [°C]

 

40/30 [°C]

 

T

p1

 

[°C]

 

Q

p

 

[m³/h]

 

P

[kW]

 

T

p2

 

[°C]

 

Q

[m³/h]

 

Δp 

[kPa]

 

P

[kW]

 

T

p2

 

[°C]

 

Q

[m³/h]

 

Δp 

[kPa]

 

P

[kW]

 

T

p2

 

[°C]

 

Q

[m³/h]

 

Δp 

[kPa]

 

P

[kW]

 

T

p2

 

[°C]

 

Q

[m³/h]

 

Δp 

[kPa]

 

 

0

 

2000 

26,7 

37,0 

1,20 

23,8 

19,5 

27,0 

0,90 

14,5 

13,3 

18,5 

1,30 

32,5 

11,5 

16,0 

1,10 

25,8 

1550

 

22,6 

40,3 

1,00 

17,7 

16,5 

29,5 

0,70 

10,8 

11,3 

20,1 

1,10 

24,1 

9,7 

17,4 

0,90 

19,1 

1000

 

16,7 

46,2 

0,70 

10,4 

12,3 

33,8 

0,50 

6,4 

8,3 

23,0 

0,80 

14,2 

7,2 

19,9 

0,70 

11,2 

 

5

 

2000 

24,9 

40,0 

1,10 

20,9 

17,7 

29,9 

0,80 

12,3 

11,5 

21,2 

1,10 

25,2 

9,8 

18,7 

0,90 

19,1 

1550

 

21,0 

43,1 

0,90 

15,6 

14,9 

32,2 

0,70 

9,1 

9,7 

22,7 

0,90 

18,7 

8,2 

20,0 

0,80 

14,2 

1000

 

15,5 

48,7 

0,70 

9,1 

11,1 

36,2 

0,50 

5,4 

7,2 

25,2 

0,70 

11,0 

6,1 

22,1 

0,60 

8,3 

 

10

 

2000 

23,0 

43,0 

1,00 

18,3 

15,9 

32,7 

0,70 

10,1 

9,8 

24,0 

0,90 

18,8 

8,0 

21,4 

0,80 

13,4 

1550

 

19,5 

45,9 

0,90 

13,6 

13,4 

34,8 

0,60 

7,5 

8,2 

25,2 

0,80 

14,0 

6,7 

22,4 

0,60 

10,0 

1000

 

14,3 

51,1 

0,60 

8,0 

9,9 

38,5 

0,40 

4,4 

6,1 

27,4 

0,60 

8,2 

5,0 

24,2 

0,50 

5,8 

 

15

 

2000 

21,3 

45,9 

0,90 

15,9 

14,1 

35,5 

0,60 

8,2 

8,0 

26,6 

0,80 

13,2 

6,2 

24,0 

0,60 

8,6 

1550

 

17,9 

48,6 

0,80 

11,8 

11,9 

37,4 

0,50 

6,1 

6,8 

27,7 

0,70 

9,8 

5,2 

24,8 

0,50 

6,4 

1000

 

13,2 

53,5 

0,60 

6,9 

8,8 

40,6 

0,40 

3,6 

5,0 

29,5 

0,50 

5,70 

3,9 

26,2 

0,40 

3,70 

 

20

 

2000 

19,4 

48,7 

0,90 

13,6 

12,3 

38,2 

0,50 

6,4 

6,2 

29,2 

0,60 

8,50 

4,4 

26,5 

0,40 

4,70 

1550

 

16,4 

51,2 

0,70 

10,0 

10,4 

39,8 

0,50 

4,8 

5,3 

30,0 

0,50 

6,30 

3,7 

27,0 

0,40 

3,50 

1000

 

12,1 

55,7 

0,50 

5,9 

7,7 

42,7 

0,30 

2,8 

3,9 

31,4 

0,40 

3,70 

2,7 

27,9 

0,30 

2,00 

 
 
 
 
 
 
 
 

EN

 

Summary of Contents for VOLCANO VR Mini

Page 1: ...Technicaldocumentation Check us on VOLCANOVR Mini VOLCANOVR Mini 3 VOLCANO VR1 VOLCANO VR2 VOLCANO VR3 VOLCANO VR4 VOLCANO VR D Mini VOLCANOVR D VR ver 5 0 06 2022 EN...

Page 2: ...iple of operation 2 3 Construction of the device 2 4 Overall dimensions 3 TECHNICAL DATA 4 INSTALLATION 4 1 Installation with a bracket 4 2 Installation instructions 5 AUTOMATIC DEVICES 5 1 Automatic...

Page 3: ...ntenance work it is required to disconnect power supply and protect it against unintentional activation 2 STRUCTURE INTENDED USE PRINCIPLE OF OPERATION 2 1 INTENDED USE VOLCANO VR has been designed to...

Page 4: ...f the device High engine power allows for achieving high efficiency at low power consumption rates maintaining full air feed regulation Properly profiled housing lowers the noise emission levels which...

Page 5: ...0 12 0 4 1100 10 6 48 6 0 47 4 8 6 43 4 0 38 2 8 6 6 38 0 29 1 8 1 9 25 2 0 08 0 2 Tz inlet water temperature Tp outlet water temperature Tp1 inlet air temperature Tp2 outlet air temperature Pg heatin...

Page 6: ...34 5 0 84 11 1 15 4 31 8 0 68 7 6 11 8 29 0 52 4 8 4 2 23 2 0 18 0 8 2800 15 8 36 8 0 7 7 9 12 9 33 7 0 57 5 5 9 9 30 5 0 43 3 5 3 5 23 7 0 15 0 6 Tz inlet water temperature Tp outlet water temperatu...

Page 7: ...3 70 20 5300 60 6 53 8 2 70 84 5 39 6 42 1 1 70 47 3 19 5 30 9 1 70 49 70 9 4 24 7 0 70 11 70 3950 49 6 57 1 2 20 66 2 32 5 44 3 1 40 33 3 16 0 32 0 1 40 35 00 7 7 25 1 0 60 8 40 2850 39 3 60 7 1 70 4...

Page 8: ...TABLE Parameter Unit of measure VOLCANO VOLCANO VOLCANO VOLCANO VOLCANO VOLCANO VOLCANO VOLCANO VR Mini VR Mini 3 VR1 VR2 VR3 VR4 VR D Mini VR D Number of rows in the heater 2 3 1 2 3 4 Maximum air fl...

Page 9: ...air stream range m 12 9 7 11 8 6 Volcano VR 3 Volcano VR 4 fan speed III II I III II I air ow m h 5700 4100 3000 5300 3950 2850 noise level for Volcano AC dB A 57 51 45 56 51 41 noise level for Volcan...

Page 10: ...ng observe the following factors mounting height for vertical air guides adjustment distance between units recommended distance 6 12m Volcano VR1 VR2 VR3 3 7m Volcano VR Mini in order to ensure even h...

Page 11: ...u adjust the device in the right position fit plugs onto the bracket The bracket unit consists of 1 ARM 1 piece 2 HOLDER 3 M10 SCREW WITH A WASHER AND NUT FASTENING THE CLAMP 2 sets 4 M10 SCREW FASTEN...

Page 12: ...N O V R M I N I V R M i V R Marks L mm A 247 B 517 C 308 D 610 NOTE In case of VOLCANO VR Mini 3 and VOLCANO VR4 heaters we recommend to connect the power supply to the upper connector in order to add...

Page 13: ...ate condensate In this situation a drip tray is recommended to collect and drain the condensate NOTE In order to limit the effect of entrainment of the condensate by the air stream it is recommended t...

Page 14: ...hings VOLCANO VR MINI VR Mini 3 VR1 VR2 VR3 VR4 VR D MINI VR D EC NEW Power supply 3 x 1 5mm2 Control 0 10 V DC LiYCY 2 x 0 75 mm2 shielded Additional output 10 V DC Example of the nameplate unit s eq...

Page 15: ...of power supplyconnection with a min 3 x 1 5mm2 wire Automation element drawings present the visualizations of model products only TWO WAY VALVE WITH VR ACTUATOR VR VTS 1 2 1204 2019 TWO WAY VALVE Con...

Page 16: ...automatic devices power supply fan It is suggested to use additional external current differential protection NOTE All connections should be made according to this technical documentation and the docu...

Page 17: ...nnection 3 Make sure that the equipment is at zero voltage 4 Cover or isolate nearby components that are still live To energize the system apply the measures in reverse order Components The machines c...

Page 18: ...sposal organization in your vicinity Clarify what is expected in terms of the quality of dismantling the machine and provision of the components Dismantle the machine using the general procedures comm...

Page 19: ...s on the motor and ARW made correctly Electrical connection need to be done strictly according to the drawings in the manual If there is no bridge between U1 and TK TB clamps the motor lacks thermal p...

Page 20: ...the complaint notification refers to the following equipment VR Mini VR1 VR2 VR3 VR D VTS POLSKA Sp z o o Al Grunwaldzka 472 A 80 309 Gda sk Polska EN www vtsgroup com The company submitting the notif...

Page 21: ...41...

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