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 2.2.TECHNICAL DATA

* according to parameters: water 90/70 °C and inlet air temperature 0°C

TECHNICAL PARAMETERS HEATING

 

AIR FLOW 

III STAGE = 9m/s 

II 

 = 8m/s 

STAGE

 = 7m/s 

STAGE

V=1500 m3/h 

V=1350 m3/h 

V=1150 m3/h 

T

p1

 

P

T

 

Q

w

 

∆P

w

 

T

p2

 

T

p1

 

P

T

 

Q

w

 

∆P

w

 

T

p2

 

T

p1

 

P

T

 

Q

w

 

∆P

w

T

p2

Model: 

REVENTON 

AERIS 

100WN-1P

°C 

kW 

l/h 

kPa

 

°C 

°C 

kW 

l/h 

kPa

 

°C 

°C 

kW 

l/h 

kPa

°C 

17.0 

 

749

 

21.3 

 

36.0 

 

15.8 

 

698

 

18.8 

 

37.5 

 

14.2 

625

15.4 

40.0 

15.9 

 

703

 

19.0 

 

38.5 

 

14.8 

 

655

 

16.7 

 

40.0 

 

13.3 

587

13.7 

42.5 

10 

14.9 

 

655

 

16.7 

 

41.0 

 

10 

13.8 

 

611

 

14.7 

 

42.5 

 

10 

12.4 

547

12.1 

45.0 

15 

13.8 

 

608

 

14.6 

 

44.0 

 

15 

12.8 

 

566

 

12.9 

 

45.0 

 

15 

11.5 

507

10.5 

47.0 

Tw1/Tw2 = 

90/70

o

20 

12.7 

 

560

 

12.6 

 

46.5 

 

20 

11.8 

 

522

 

11.1 

 

47.5 

 

20 

10.6 

467

9.1 

49.5 

14.6 

 

643

 

16.7 

 

31.0 

 

13.6

 

599

 

14.7 

 

32.5 

 

12.2 

537

12.0 

34.5 

13.6 

 

596

 

14.5 

 

33.5 

 

12.7

 

556

 

12.8 

 

35.0 

 

11.3 

498

10.5 

37.0 

10 

12.5 

 

549

 

12.5 

 

36.5 

 

10 

11.6

 

512

 

11.0 

 

37.5 

 

10 

10.4 

458

9.1 

39.5 

15 

11.4 

 

501

 

10.6 

 

39.0 

 

15 

10.6

 

467

 

9.4 

 

40.0 

 

15 

9.5 

418

7.7 

41.5 

Tw1/Tw2 = 

80/60

o

20 

10.3 

 

453

 

8.9 

 

41.5 

 

20 

9.6 

422

 

7.8 

 

42.5 

 

20 

8.6 

378

6.4 

44.0 

12.3 

 

538

 

12.5 

 

26.0 

 

11.5 

 

501

 

11.0 

 

27.0 

 

10.3 

449

9.0 

29.0 

11.2 

 

491

 

10.6 

 

28.5 

 

10.5 

 

457

 

9.3 

 

29.5 

 

9.4 

410

7.7 

31.5 

10 

10.1 

 

443

 

8.8 

 

31.5 

 

10 

9.4 

 

413

 

7.8 

 

32.0 

 

10 

8.5 

370

6.4 

33.5 

15 

9.0 

 

395

 

7.2 

 

34.0 

 

15 

8.4 

 

368

 

6.3 

 

35.0 

 

15 

7.5 

330

5.2 

36.0 

Tw1/Tw2 = 

70/50

o

20 

7.9 

346

5.7 

36.5 

20 

7.4 

323

5.0 

37.5 

20 

6.6 

289

4.1 

38.5 

9.9 

432

8.8 

21.0 

9.3 

403

7.8 

22.0 

8.3 

361

6.4 

23.5 

8.8 

385

7.1 

23.5 

8.2 

359

6.3 

24.5 

7.4 

322

5.2 

26.0 

10 

7.7 

337

5.6 

26.5 

10 

7.2 

314

5.0 

27.0 

10 

6.5 

282

4.1 

28.0 

15 

6.6 

288

4.3 

29.0 

15 

6.2 

269

3.8 

29.5 

15 

5.5 

241

3.1 

30.5 

Tw1/Tw2 = 

60/40

o

20 

5.5 

238

3.1 

31.5 

20 

5.1 

222

2.7 

32.0 

20 

4.6 

199

2.2 

32.5 

V – air volume
P

T

 –heating capacity

T

p1

 – inlet air temperature

T

p2

 –outlet air temperature

T

w1

 – inlet water temperature

T

w2

 –outlet water temperature

Q

w

 –water flow rate

Δ

P

w

 – pressure drop of water

TECHNICAL DATA

Product code

AERIS 100WN-1P

AERIS 150WN-1P

AERIS 200WN-1P

17.0
15.8
14.2

26.1
24.1
21.9

III BIEG

II BIEG

I BIEG

III BIEG

II BIEG

I BIEG

37.1
34.0
31.4

Maximum airflow [m³/h]

Maximum air speed [m /s]

III BIEG

II BIEG

I BIEG

1500
1350
1150

2250
2000
1750

3250
2850
2550

Curtain's range [m] 

III BIEG

9
8
7

9
8
7

9
8
7

3

3

3

Water flow rate [d /h]

III BIEG

II BIEG

I BIEG

749
698
625

1150
1062

968

1638
1498
1386

Maximum water temperature [°C]

90

90

90

Maximum pressure [MPa]

1.6

1.6

1.6

Connection diameter

 [``]

¾

¾

¾

Supply voltage [V] / Supply frequency [Hz]

230/50

230/50

230/50

Rated motor current [A]

III BIEG

II BIEG

I BIEG

0.65
0.57
0.52

0.87
0.78
0.70

1.39
1.30
1.22

III BIEG

II BIEG

I BIEG

Motor power [W]

150
130
120

200
180
160

320
300
280

Class of isolation / Protection degree IP [-]

E / IP 20

E / IP 20

E / IP 20

Net weight [kg]

18

28

34

III BIEG

II BIEG

I BIEG

57
55
52

59
57
54

61
59
56

Noise [dB]

Power of the device [kW]*

AC100WN1P

AC150WN1P

AC200WN1P

Summary of Contents for AC100WN1P

Page 1: ...AERIS 100WN 1P AERIS 150WN 1P AERIS 200WN 1P Technical documentation WATER HEATED AIR CURTAIN MODELS...

Page 2: ...ns and safety rules must be followed During the installation use service and periodical inspections all regulations and safety rules must be followed In case of unserviceable please plug out the devic...

Page 3: ...7 36 5 20 7 4 323 5 0 37 5 20 6 6 289 4 1 38 5 0 9 9 432 8 8 21 0 0 9 3 403 7 8 22 0 0 8 3 361 6 4 23 5 5 8 8 385 7 1 23 5 5 8 2 359 6 3 24 5 5 7 4 322 5 2 26 0 10 7 7 337 5 6 26 5 10 7 2 314 5 0 27 0...

Page 4: ...00WN 1P C kW l h kPa C C kW l h kPa C C kW l h kPa C 0 37 1 1638 53 5 36 5 0 34 0 1498 45 4 38 5 0 31 4 1386 39 4 40 5 5 34 8 1538 47 6 39 5 5 31 9 1406 40 5 41 0 5 29 5 1301 35 1 43 0 10 32 5 1436 42...

Page 5: ...should buy them yourself and make sure they are suitable forthistypeofinstallation a wallmounting unscrew the fixing screws to remove the mounting plate from the back ofthemainbody install mounting p...

Page 6: ...ngmediumthroughtheheatexchangermustbedependent on the fan operation e g using a thermostatic valve it is forbidden to keep theflowwithoutthefanmotorrunning ifthedeviceisnotusedforalongertimedisconnect...

Page 7: ...atedaircurtainAERISWN 1P 4 3 stagespeedcontrollerswiththermostatHC3S A workincontinuousmode B operationinthermostaticmode 5 Two wayvalvewithactuatorHC 6 Doorswitch 7 ProgrammablecontrollerHMI 8 Extern...

Page 8: ...pplier provides a repairment replacement orrefundforthedefectivedevicewithinaspecifiedtimelimit VII Warranty does not cover the parts of the device subject to normal maintenanceandthefollowingcases a...

Page 9: ...Warranty card...

Page 10: ......

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