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Swegon SILVER C CX, Installation, Operation And Maintenance Instructions

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Swegon SILVER C CX Installation, Operation And Maintenance Instructions Download Page 53

GB.SILVERSK.170901

We reserve the right to alter specifications.

www.swegon.com     53

RX Top

Thermal efficiency

Nominal flow rate

Effective electric power

SFPint

Face velocity

Nominal external pressure

Internal

pressure drop vent. comp.

Overall fan  efficiency (EU) No  327/2011

Maximum external leaking rate

Maximum internal leakage

Energy

performance o

f

filters

Casing

sound power level, LwA

%

m³/s

kW

W/(m³/s)

m/s

Pa

Pa

%

%

%

kWh/year

dB(A)

Red

Min. - low

NRVU, BVU

variable speed

Other

83

0,08

0,02

307

0,3

0

28

64,8

-

-

-

16

Red

Min. - high

NRVU, BVU

variable speed

Other

83

0,08

0,33

259

0,3

640

28

64,8

-

-

-

59

Yellow

Average

NRVU, BVU

variable speed

Other

86

0,30

0,30

685

1,2

250

161

64,8

-

-

-

46

Blue

Max. - high

NRVU, BVU

variable speed

Other

83

0,45

0,54

1152

1,7

254

297

64,8

1

1

1200

51

Red

Max. - low

NRVU, BVU

variable speed

Other

83

0,45

0,41

1172

1,7

0

297

64,8

-

-

-

50

Red

Min. - low

NRVU, BVU

variable speed

Other

83

0,08

0,02

307

0,3

0

28

65,5

-

-

-

16

Red

Min. - high

NRVU, BVU

variable speed

Other

83

0,08

0,56

271

0,3

1010

28

65,5

-

-

-

64

Yellow

Average

NRVU, BVU

variable speed

Other

84

0,37

0,45

899

1,4

300

219

65,5

-

-

-

49

Blue

Max. - high

NRVU, BVU

variable speed

Other

80

0,55

1,01

1517

2,1

484

405

65,5

1

1

1740

56

Red

Max. - low

NRVU, BVU

variable speed

Other

80

0,54

0,62

1521

2,1

0

399

65,5

-

-

-

54

Red

Min. - low

NRVU, BVU

variable speed

Other

67

0,10

0,01

166

0,2

0

21

63,8

-

-

-

17

Red

Min. - high

NRVU, BVU

variable speed

Other

67

0,10

0,57

161

0,2

979

21

63,8

-

-

-

64

Yellow

Average

NRVU, BVU

variable speed

Other

86

0,44

0,44

512

1,1

350

148

63,8

-

-

-

51

Blue

Max. - high

NRVU, BVU

variable speed

Other

83

0,73

0,86

1146

1,7

271

320

63,8

1

1

2340

60

Red

Max. - low

NRVU, BVU

variable speed

Other

83

0,73

0,68

1229

1,7

0

322

63,8

-

-

-

59

Red

Min. - low

NRVU, BVU

variable speed

Other

85

0,20

0,05

257

0,5

0

49

65,4

-

-

-

31

Red

Min. - high

NRVU, BVU

variable speed

Other

85

0,20

0,84

305

0,5

982

49

65,4

-

-

-

67

Yellow

Average

NRVU, BVU

variable speed

Other

84

0,66

0,78

919

1,6

350

275

65,4

-

-

-

57

Blue

Max. - high

NRVU, BVU

variable speed

Other

81

0,89

1,36

1478

2,1

396

445

65,4

1

1

3420

61

Red

Max. - low

NRVU, BVU

variable speed

Other

81

0,89

0,99

1473

2,1

0

449

65,4

-

-

-

60

Red

Min. - low

NRVU, BVU

variable speed

Other

83

0,20

0,04

225

0,3

0

34

65,4

-

-

-

28

Red

Min. - high

NRVU, BVU

variable speed

Other

83

0,20

0,87

215

0,3

958

34

65,4

-

-

-

67

Yellow

Average

NRVU, BVU

variable speed

Other

86

0,70

0,74

646

1,0

350

193

65,4

-

-

-

57

Blue

Max. - high

NRVU, BVU

variable speed

Other

83

1,04

1,24

1261

1,5

253

366

65,4

1

1

4130

63

Red

Max. - low

NRVU, BVU

variable speed

Other

83

1,05

1,02

1364

1,6

0

368

65,4

-

-

-

62

Red

Min. - low

NRVU, BVU

variable speed

Other

83

0,20

0,03

177

0,3

0

34

66,8

-

-

-

27

Red

Min. - high

NRVU, BVU

variable speed

Other

83

0,20

0,98

248

0,3

951

34

66,8

-

-

-

68

Yellow

Average

NRVU, BVU

variable speed

Other

84

0,90

0,96

921

1,3

300

287

66,8

-

-

-

58

Blue

Max. - high

NRVU, BVU

variable speed

Other

82

1,19

1,78

1459

1,8

394

454

66,8

1

1

5240

62

Red

Max. - low

NRVU, BVU

variable speed

Other

81

1,21

1,25

1452

1,8

0

465

66,8

-

-

-

60

Red

Min. - low

NRVU, BVU

variable speed

Other

83

0,08

0,02

308

0,3

0

28

64,8

-

-

-

19

Red

Min. - high

NRVU, BVU

variable speed

Other

83

0,08

0,33

259

0,3

639

28

64,8

-

-

-

59

Yellow

Average

NRVU, BVU

variable speed

Other

86

0,30

0,30

684

1,2

250

161

64,8

-

-

-

46

Blue

Max. - high

NRVU, BVU

variable speed

Other

83

0,45

0,54

1149

1,7

251

297

64,8

4

1

1220

52

Red

Max. - low

NRVU, BVU

variable speed

Other

83

0,45

0,39

1174

1,7

0

297

64,8

-

-

-

51

Red

Min. - low

NRVU, BVU

variable speed

Other

83

0,08

0,02

308

0,3

0

28

65,5

-

-

-

19

Red

Min. - high

NRVU, BVU

variable speed

Other

83

0,08

0,57

271

0,3

1010

28

65,5

-

-

-

64

Yellow

Average

NRVU, BVU

variable speed

Other

84

0,37

0,45

896

1,4

300

219

65,5

-

-

-

50

Blue

Max. - high

NRVU, BVU

variable speed

Other

80

0,55

1,01

1516

2,1

479

407

65,5

1

1

1740

57

Red

Max. - low

NRVU, BVU

variable speed

Other

80

0,54

0,60

1520

2,1

0

400

65,5

-

-

-

55

Red

Min. - low

NRVU, BVU

variable speed

Other

67

0,10

0,01

167

0,2

0

21

63,8

-

-

-

18

Red

Min. - high

NRVU, BVU

variable speed

Other

67

0,10

0,58

162

0,2

982

21

63,8

-

-

-

64

Yellow

Average

NRVU, BVU

variable speed

Other

86

0,44

0,45

513

1,1

350

148

63,8

-

-

-

52

Blue

Max. - high

NRVU, BVU

variable speed

Other

83

0,75

0,83

1237

1,8

206

338

63,8

4

1

2580

61

Red

Max. - low

NRVU, BVU

variable speed

Other

83

0,75

0,69

1323

1,8

0

338

63,8

-

-

-

61

Red

Min. - low

NRVU, BVU

variable speed

Other

85

0,20

0,04

259

0,5

0

49

65,4

-

-

-

33

Red

Min. - high

NRVU, BVU

variable speed

Other

85

0,20

0,84

304

0,5

982

49

65,4

-

-

-

68

Yellow

Average

NRVU, BVU

variable speed

Other

84

0,66

0,79

917

1,6

350

275

65,4

-

-

-

57

Blue

Max. - high

NRVU, BVU

variable speed

Other

81

0,89

1,36

1478

2,1

390

446

65,4

1

1

3420

62

Red

Max. - low

NRVU, BVU

variable speed

Other

81

0,89

0,89

1478

2,1

0

446

65,4

-

-

-

60

Red

Min. - low

NRVU, BVU

variable speed

Other

83

0,20

0,04

226

0,3

0

34

65,4

-

-

-

29

Red

Min. - high

NRVU, BVU

variable speed

Other

83

0,20

0,87

216

0,3

956

34

65,4

-

-

-

68

Yellow

Average

NRVU, BVU

variable speed

Other

86

0,70

0,74

646

1,0

350

193

65,4

-

-

-

58

Blue

Max. - high

NRVU, BVU

variable speed

Other

83

1,06

1,23

1325

1,6

215

377

65,4

1

1

4390

63

Red

Max. - low

NRVU, BVU

variable speed

Other

83

1,07

1,04

1414

1,6

0

379

65,4

-

-

-

63

Red

Min. - low

NRVU, BVU

variable speed

Other

83

0,20

0,03

190

0,3

0

34

66,8

-

-

-

29

Red

Min. - high

NRVU, BVU

variable speed

Other

83

0,20

0,97

247

0,3

953

34

66,8

-

-

-

69

Yellow

Average

NRVU, BVU

variable speed

Other

84

0,90

0,96

920

1,3

300

287

66,8

-

-

-

58

Blue

Max. - high

NRVU, BVU

variable speed

Other

82

1,19

1,78

1459

1,8

392

455

66,8

1

1

5230

63

Red

Max. - low

NRVU, BVU

variable speed

Other

81

1,21

1,19

1453

1,8

0

465

66,8

-

-

-

61

04

05

12

Right

Left

04

05

07

08

11

07

08

11

12

Working point

Part of information requirements for NRVU according to Regulation (EU) No 1253/2014

Size

Colour

Remark

AHU type

Type of drive

Type of HRS

Inspection

side

Summary of Contents for SILVER C CX

Page 1: ...GB SILVERSK 170901 We reserve the right to alter specifications www swegon com 1 OPERATION AND MAINTENANCE INSTRUCTIONS FOR THE SILVER C RX PX CX SD The document was originally written in Swedish ...

Page 2: ...on of air leakage 14 4 Maintenance 15 4 1 Filter change 15 4 1 1 Dismantling the filters 15 4 1 2 Installing new filters 15 4 1 3 Initial pressure drop filters 16 4 2 Cleaning and Inspection 28 4 2 1 General 28 4 2 2 Filter spaces 28 4 2 3 Heat exchangers 28 4 2 4 Fans and fan spaces 28 4 3 General inspection 28 5 1 To connect manometers 29 5 Measurement of the airflow 29 5 2 Auxiliary diagram for...

Page 3: ...xchanger if fitted The lockable inspection doors serve as protection from contact with the fans and protection for the heat ex changer If the ducts are not firmly connected to the fan outlets the outlets must be firmly fitted with a safety guard wire mesh screen Warning The inspection doors on the filter fan sections must not be opened while the unit is operating Wait until the fans have stopped b...

Page 4: ...rial aluminium zinc plated sheet steel Environmental Class C4 Panel thickness of 52 mm with intervening insulation consisting of mineral wool The size 11 30 SILVER C units with plate heat exchanger PX or rotary heat exchanger RX with air intake from above and the separate size 04 08 supply air and extract air units SD as well as the SILVER C RX Top are equipped with pleated class F7 filters The un...

Page 5: ...left hand version Fig 1b the components marked with an asterisk change function and designation the components are named according to whether they are for supply air or extract air The arrangement of the components and their desig nations 1 OUTDOOR AIR In left hand version Extract air 2 EXHAUST AIR In left hand version Supply air 3 Extract air fan with motor and motor control system 4 Extract air ...

Page 6: ...2b the components marked with an asterisk change function and designation the compo nents are named according to whether the function is for supply air or extract air The arrangement of the components and their desig nations 1 EXHAUST AIR In left hand version Supply air 2 OUTDOOR AIR In left hand version Extract air 3 Supply air filter 4 Damper actuators shut off and bypass dampers 5 Extract air f...

Page 7: ...according to Fan Arrangement 2 The fans and filters are then vertically mirror inverted In the left hand version Fig 3b the components marked with an asterisk change function and designation the components are named according to whether the func tion is for supply air or extract air The arrangement of the components and their desig nations 1 OUTDOOR AIR In left hand version Extract air 2 EXHAUST A...

Page 8: ...hown here as a supply air han dling unit If the unit is used as an extract air handling unit the components marked with an asterisk change function and designation the components are named according to whether the function is for supply air or extract air The arrangement of the components and their desig nations 1 OUTDOOR AIR In extract air handling units Extract air 2 SUPPLY AIR In extract air ha...

Page 9: ...it is used as an extract air handling unit the components marked with an asterisk change function and designation the components are named according to whether the function is for supply air or extract air The arrangement of the components and their desig nations 1 OUTDOOR AIR In extract air handling units Extract air 2 SUPPLY AIR In extract air handling units Exhaust air 3 Coil heat exchanger if ...

Page 10: ...r extract air The arrangement of the components and their desig nations 1 OUTDOOR AIR In extract air handling units Extract air 2 SUPPLY AIR In extract air handling units Exhaust air 3 Supply air fan with motor and motor control system In extract air handling units Extract air fan with motor and motor control system 2 5 6 SILVER C SD separate supply air and extract air handling units sizes 14 120 ...

Page 11: ...he filter see drawing below If the inclination needs adjusting see special instructions for adjusting the inclination of the rotary heat exchanger 04 80 or the installation instructions for the SILVER C 120 L L 0 5xL 0 5xL SILVER C RX sizes 50 120 The illustration shows the factory preset rotor inclination in a unit with Fan Arrangement 1 The inclination must always be towards the filter which mea...

Page 12: ...A The index air device here is air device A3 which means that you first throttle air device A4 the reference device to device A3 s quotient Then adjust the others to the same quotient as air device A4 Throttle branch damper B to the same quotient as branch damper A throttle branch damper C to the same quotient as branch damper A Check that all dampers have the same quotient When commissioning has ...

Page 13: ...e commissioning plate using the plastic plugs supplied with it reach up and insert plastic plug through the rectangular hole in the commissioning plate SILVER C RX Top Left hand versione Sizes 04 12 1 plate EXTRACT AIR EXTRACT AIR Right hand version Sizes 04 08 1 plate Adjustment plate Adjustment plate Fixing screw s Fixing screw s Two commissioning plates are supplied together with the SILVER C R...

Page 14: ...ions If the negative pressure in the extract air section is less than that in the supply air section the damper setting must be adjusted as follows 1 Stop the air handling unit open the inspection door to access the extract air filter SILVER C RX Top SILVER C RX with air intake from above Blank off the appropriate number of holes in the commissioning plate using the plastic plugs supplied SILVER C...

Page 15: ...of airflow and if you are replacing standard filters or pos sibly pre filters 4 1 1 Dismantling the filters It is advisable to clean inside the filter space while the filters are removed Standard filters Pull out the handles A to free the filters from the filter holder Withdraw the filters Pre filters if required in the AHU Withdraw the filters 4 1 2 Installing new filters Standard filters Insert ...

Page 16: ...s Standard filter F7 RX PX size 04 05 0 10 20 30 40 50 60 70 80 90 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 Pre filters G4 0 5 10 15 20 25 30 35 40 45 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Airflow m3 s 0 20 40 60 80 100 120 140 160 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 Airflow m3 s Initial pressure drop Pa Standard filter F7 RX Top size 04 ...

Page 17: ...0 4 0 5 0 6 0 7 Airflow m3 s Initial pressure drop Pa Standard filter F7 SD size 04 05 0 10 20 30 40 50 60 70 80 90 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 Pre filters G4 0 5 10 15 20 25 30 35 40 45 50 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Airflow m3 s ...

Page 18: ...7 08 0 10 20 30 40 50 60 70 80 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 Pre filters G4 0 5 10 15 20 25 30 35 40 45 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Airflow m3 s 0 20 40 60 80 100 120 140 160 180 200 0 0 2 0 4 0 6 0 8 1 Airflow m3 s Initial pressure drop Pa Standard filter F7 RX Top size 07 08 Upper Lower ...

Page 19: ...0 7 0 8 0 9 1 Airflow m3 s Initial pressure drop Pa Standard filter F7 SD size 07 08 0 10 20 30 40 50 60 70 80 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 Pre filters G4 0 5 10 15 20 25 30 35 40 45 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Airflow m3 s ...

Page 20: ... F7 RX PX size 11 12 0 10 20 30 40 50 60 70 80 90 100 0 0 2 0 4 0 6 0 8 1 1 2 1 4 1 6 Pre filters G4 0 10 20 30 40 50 60 0 0 2 0 4 0 6 0 8 1 1 2 1 4 1 6 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Airflow m3 s 0 50 100 150 200 250 300 0 0 2 0 4 0 6 0 8 1 1 2 1 4 Airflow m3 s Initial pressure drop Pa Standard filter F7 RX Top size 11 12 Upper Lower ...

Page 21: ...0 180 0 1 2 3 4 5 6 7 Airflow m3 s Initial pressure drop Pa Standard filter F7 SD size 11 12 0 20 40 60 80 100 120 0 0 2 0 4 0 6 0 8 1 1 2 1 4 1 6 Pre filters G4 0 10 20 30 40 50 60 0 0 2 0 4 0 6 0 8 1 1 2 1 4 1 6 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Airflow m3 s ...

Page 22: ...l pressure drop Pa Pre filters aluminium 0 10 20 30 40 50 60 70 80 90 0 0 5 1 1 5 2 2 5 Airflow m3 s Initial pressure drop Pa Standard F7 filters bag filters intake from the side SD size 14 20 0 20 40 60 80 100 120 0 0 5 1 1 5 2 2 5 Pre filters G4 0 10 20 30 40 50 60 0 0 5 1 1 5 2 2 5 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Initial pressure drop Pa Airf...

Page 23: ...uminium 0 20 40 60 80 100 120 0 0 5 1 1 5 2 2 5 3 3 5 Airflow m3 s Initial pressure drop Pa Standard filter F7 SD size 25 30 0 20 40 60 80 100 120 0 0 5 1 1 5 2 2 5 3 3 5 Pre filters G4 0 10 20 30 40 50 60 0 0 5 1 1 5 2 2 5 3 3 5 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Initial pressure drop Pa Airflow m3 s Airflow m3 s Standard F7 filters bag filters in...

Page 24: ...20 30 40 50 60 0 0 5 1 1 5 2 2 5 3 3 5 4 4 5 5 Airflow m3 s Initial pressure drop Pa Pre filters aluminium 0 20 40 60 80 100 120 0 0 5 1 1 5 2 2 5 3 3 5 4 4 5 5 Airflow m3 s Initial pressure drop Pa Standard filter F7 SD size 35 40 0 20 40 60 80 100 120 0 0 5 1 1 5 2 2 5 3 3 5 4 4 5 5 Pre filters G4 0 10 20 30 40 50 60 0 0 5 1 1 5 2 2 5 3 3 5 4 4 5 Airflow m3 s Initial pressure drop Pa Pre filters...

Page 25: ...4 5 6 7 Airflow m3 s Initial pressure drop Pa Pre filters aluminium 0 10 20 30 40 50 60 70 80 90 100 0 1 2 3 4 5 6 7 Airflow m3 s Initial pressure drop Pa Standard filter F7 SD size 50 60 0 20 40 60 80 100 120 0 1 2 3 4 5 6 7 Pre filters G4 0 10 20 30 40 50 60 0 1 2 3 4 5 6 7 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Initial pressure drop Pa Airflow m3 s ...

Page 26: ...0 10 20 30 40 50 60 70 0 1 2 3 4 5 6 7 8 9 10 Airflow m3 s Initial pressure drop Pa Pre filters aluminium 0 20 40 60 80 100 120 0 1 2 3 4 5 6 7 8 9 10 Airflow m3 s Initial pressure drop Pa Standard filter F7 SD size 70 80 0 20 40 60 80 100 120 140 0 1 2 3 4 5 6 7 8 9 10 Pre filters G4 0 10 20 30 40 50 60 70 0 1 2 3 4 5 6 7 8 9 10 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial ...

Page 27: ... 12 14 16 Airflow m3 s Initial pressure drop Pa Pre filters aluminium 0 20 40 60 80 100 120 0 2 4 6 8 10 12 14 16 Airflow m3 s Initial pressure drop Pa Standard filter F7 SD size 100 120 0 20 40 60 80 100 120 140 0 2 4 6 8 10 12 14 16 Pre filters G4 0 10 20 30 40 50 60 70 0 2 4 6 8 10 12 14 16 Airflow m3 s Initial pressure drop Pa Pre filters aluminium Initial pressure drop Pa Initial pressure dro...

Page 28: ...h a soft nozzle or wet cleaning with water and or solvent Before you begin cleaning cover adjacent functional sections to protect them If cleaning solvent is used do not use solvent that will corrode aluminium or copper Swegon s cleaning agent is recommended This cleaning agent is sold by Swegon Service Inspect the drain to make sure that it isn t clogged The by pass and shut off dampers do not re...

Page 29: ...gher to lower pressure The pressure on the supply air side is normally higher which means that the outdoor airflow is the supply air fan s airflow plus the leakage and purging airflow and the extract airflow is the extract air fan s airflow minus the leakage and purging airflow 0 4 0 5 0 7 0 8 1 1 1 2 1 4 2 0 2 5 3 0 3 5 4 0 5 0 6 0 7 0 8 0 1 0 0 1 2 0 Applicable on condition that the pressure bal...

Page 30: ... 1 2 1028 690 0 00043 28 74 11 0 20 1 1 867 1 2 1028 690 0 00043 28 74 12 0 20 1 4 630 1 8 1034 311 75 0 00045 13 21 14 0 20 1 65 871 1 8 1034 311 75 0 00045 13 21 20 0 30 2 1 712 2 8 1245 151 0 00525 21 89 25 0 30 2 5 998 2 8 1245 151 0 00525 21 89 30 0 50 3 2 816 4 1269 77 688 0 00174 6 48 35 0 50 3 9 1207 4 1269 77 688 0 00174 6 48 40 1 0 75 3 9 561 5 901 32 942 0 05509 15 464 40 2 0 75 5 0 901...

Page 31: ...se beams are optional 52 50 50 52 16 16 J C K C 403 108 SILVER SILVER SILVER C Top 11 12 Size A B C D F G H J K L Ø Weight kg 04 05 750 825 240 345 230 460 920 561 1500 315 214 243 Top 04 05 750 825 233 5 1033 237 5 350 920 561 1500 315 247 07 800 995 277 5 440 271 543 1085 730 1600 400 262 301 Top 07 800 995 276 1048 280 435 1085 730 1600 400 306 08 800 995 277 5 440 271 543 1085 730 1600 400 270...

Page 32: ...35 40 SILVER C 50 60 SILVER C 70 80 76 76 28 34 28 SILVER SILVER Size A B C D E F G H I J K L M Weight kg 14 765 1400 1136 550 208 400 1000 1395 298 109 200 2080 188 521 589 20 765 1400 1136 550 208 400 1000 1395 298 109 200 2080 188 557 625 25 835 1600 1336 550 193 500 1200 1595 298 94 200 2220 203 666 746 30 835 1600 1336 550 193 500 1200 1595 298 94 200 2220 203 708 786 35 948 1990 1726 550 200...

Page 33: ...1070 191 1200 2400 3440 520 210 470 3322 800 170 2500 1720 3540 3900 120 1126 3340 1070 191 1200 2400 3440 520 210 470 3322 800 170 2500 1720 3746 4168 56 N O 56 M N P P 77 3186 77 1048 1000 1048 1048 122 45 SILVER SILVER SILVER The air handling unit is supplied without end connection panel if a duct accessory housed in an insulated casing will be connected ...

Page 34: ...0 52 N SILVER SILVER The air handling unit is supplied without end connection panel if a duct accessory housed in an insulated casing will be connected SILVER C 14 20 25 30 Size A B C D E F G H I J K L M N Ø Weight kg 04 05 800 825 240 345 230 460 920 2000 315 291 337 07 915 995 277 5 440 271 543 1085 2230 400 360 419 08 915 995 277 5 440 271 543 1085 2230 400 369 428 11 655 1199 324 1200 397 324 ...

Page 35: ...VER C 70 80 Size A B C D E F G H I J K L N Weight kg 35 948 1990 1726 824 200 600 1400 1985 392 153 295 2719 240 1410 1524 40 948 1990 1726 824 200 600 1400 1985 392 153 295 2719 240 1460 1574 50 1050 2318 856 150 800 1600 2253 423 115 360 2956 1887 2011 60 1050 2318 856 150 800 1600 2253 423 115 360 2956 1967 2091 70 1275 2637 904 164 1000 1800 2640 319 161 419 3454 2797 2949 80 1275 2637 904 164...

Page 36: ...e A B D E F G H I J K L M N O P Weight kg 100 1126 3340 1144 191 1200 2400 3440 520 210 470 3396 800 170 2500 1720 4374 4734 120 1126 3340 1144 191 1200 2400 3440 520 210 470 3396 800 170 2500 1720 4580 5002 The air handling unit is supplied without end connection panel if a duct accessory housed in an insulated casing will be connected Width of centre section s casing B 200 mm ...

Page 37: ...8 935 740 1352 540 650 599 5 324 500 Size Weight kg fan filter Weight kg fan filter coil 11 150 176 321 347 12 161 187 332 358 SILVER C 14 20 Size Weight kg fan Weight kg fan filter Weight kg fan filter coil 14 169 188 254 292 450 518 20 187 206 272 310 498 536 Size L1 L2 L3 B H A C D E F G I J 14 20 1040 1875 2615 1400 806 1136 988 740 887 400 1000 200 203 If a duct accessory housed in an insulat...

Page 38: ...600 1400 295 263 Fan Fan filter Fan filter coil heat exchanger If a duct accessory housed in an insulated casing will be connected the air handling unit is supplied with an end con nection panel designed for connection to the duct accessory Width of coil heat exchanger if required B 200 mm SILVER C 50 60 Size Weight kg fan Weight kg fan filter Weight kg fan filter coil 50 379 410 558 620 1093 1155...

Page 39: ...70 210 800 170 2500 The air handling unit is supplied without end connection panel if a duct accessory housed in an insulated casing will be connected Width of coil heat exchanger if required B 200 mm SILVER C 70 80 The air handling unit is supplied without end con nection panel if a duct accessory housed in an insu lated casing will be connected Width of coil heat exchanger if required B 200 mm F...

Page 40: ...er 5 0 kW motor control syst 3 x 400 V 50 Hz rated 8 9 A SILVER C 35 Motor shaft power 4 0 kW motor control syst 3 x 400 V 50 Hz rated 7 3 A alt Motor shaft power 5 0 kW motor control syst 3 x 400 V 50 Hz rated 8 9 A SILVER C 40 Motor shaft power 5 0 kW 3 9 kW motor control syst 3 x 400 V 50 Hz rated 7 2 A alt Motor shaft power 6 5 kW motor control syst 3 x 400 V 50 Hz rated 11 9 A SILVER C 50 Mot...

Page 41: ...otal volume of the coils excl pipework package and pip ing CX size 35 40 166 litres CX size 50 60 218 litres CX size 70 80 280 litres CX size 100 120 452 litres SD size 11 12 58 litres SD size 14 20 90 litres SD size 25 30 136 litres SD size 35 40 184 litres SD size 50 60 256 litres SD size 70 80 280 litres CX SD size 100 120 452 litres ...

Page 42: ...ed standards have been observed EN ISO 12100 2010 Safety of machinery General principles for design Risk assessment and risk mitigation EN 60204 1 2006 Safety of machinery Electrical equipment of machines Part 1 Generic standards EN ISO 13857 2008 Safety of machinery Safety distances to prevent hazard zones from being reached by arms and legs EN 61000 6 2 2005 Electromagnetic compatibility EMC Par...

Page 43: ...fety of machinery General principles for design Risk assessment and risk mitigation EN 60204 1 2006 Safety of machinery Electrical equipment of machines Part 1 Generic standards EN ISO 13857 2008 Safety of machinery Safety distances to prevent hazard zones from being reached by arms and legs EN 61000 6 2 2005 Electromagnetic compatibility EMC Part 6 2 Generic standards Immunity for industrial envi...

Page 44: ...ty of machinery General principles for design Risk assessment and risk mitigation EN 60204 1 2006 Safety of machinery Electrical equipment of machines Part 1 Generic standards EN ISO 13857 2008 Safety of machinery Safety distances to prevent hazard zones from being reached by arms and legs EN 61000 6 2 2005 Electromagnetic compatibility EMC Part 6 2 Generic standards Immunity for industrial enviro...

Page 45: ...12100 2010 Safety of machinery General principles for design Risk assessment and risk mitigation EN 60204 1 2006 Safety of machinery Electrical equipment of machines Part 1 Generic standards EN ISO 13857 2008 Safety of machinery Safety distances to prevent hazard zones from being reached by arms and legs EN 61000 6 2 2005 Electromagnetic compatibility EMC Part 6 2 Generic standards Immunity for in...

Page 46: ...ss webpage Type Size Impeller type Motor manufacture Specific ratio Overall efficiency η e s Efficiency grade N Efficiency category Vaiable speed drive Air Handling Units including GOLD E EU regulation 327 2011 fan data Technical documentation data Datum 2013 09 19 Impeller diameter Motor power Power input P ed Air Flow q v Pressure increase p fs Speed n mm kW Actual Req 2013 Req 2015 Actual Req 2...

Page 47: ...gulated to zero however this presupposes a certain static pressure drop in the ducting approx 50 Pa Permissible operating range in accordance with regulation 1253 2014 Working point with the highest air flow shall be found within the permissible area In case of unbalanced air flows mean working point supply extract shall be used Working points with less air flow is allowed to be found outside the ...

Page 48: ...high NRVU BVU variable speed Other 67 0 10 0 79 169 0 2 1212 20 63 5 69 Yellow Average NRVU BVU variable speed Other 86 0 45 0 54 440 1 0 450 119 63 5 54 Blue Max high NRVU BVU variable speed Other 83 0 75 1 20 887 1 6 537 237 63 5 4 1 1440 62 Red Max low NRVU BVU variable speed Other 83 0 75 0 67 1114 1 6 0 237 63 5 61 Red Min low NRVU BVU variable speed Other 85 0 20 0 04 258 0 4 0 47 65 4 30 Re...

Page 49: ...03 1449 2 0 0 410 65 4 59 Red Min low NRVU BVU variable speed Other 85 0 20 0 04 242 0 4 0 44 65 4 29 Red Min high NRVU BVU variable speed Other 85 0 20 0 85 278 0 4 989 44 65 4 69 Yellow Average NRVU BVU variable speed Other 83 0 70 0 70 742 1 5 300 215 65 4 55 Blue Max high NRVU BVU variable speed Other 79 0 99 1 32 1237 2 1 339 354 65 4 1 1 2290 61 Red Max low NRVU BVU variable speed Other 79 0...

Page 50: ... variable speed Other 85 1 10 0 99 486 1 4 350 154 66 8 59 Blue Max high NRVU BVU variable speed Other 82 1 60 1 54 872 2 0 252 258 66 8 1 1 3040 65 Red Max low NRVU BVU variable speed Other 82 1 60 1 23 968 2 0 0 258 66 8 65 Red Min low NRVU BVU variable speed Other 68 0 21 0 03 131 0 3 0 21 66 0 22 Red Min high NRVU BVU variable speed Other 68 0 21 1 45 163 0 3 1199 21 66 0 74 Yellow Average NRV...

Page 51: ... 299 65 2 67 Red Min low NRVU BVU variable speed Other 77 0 50 0 04 86 0 3 0 23 65 2 26 Red Min high NRVU BVU variable speed Other 77 0 50 2 61 156 0 3 1099 23 65 2 70 Yellow Average NRVU BVU variable speed Other 85 2 50 2 29 515 1 5 350 162 65 2 61 Blue Max high NRVU BVU variable speed Other 81 3 71 4 11 997 2 2 281 278 65 2 1 1 7680 67 Red Max low NRVU BVU variable speed Other 81 3 71 3 36 1154 ...

Page 52: ...eed Other 83 0 20 0 03 187 0 3 0 31 67 4 27 Red Min high NRVU BVU variable speed Other 83 0 20 1 16 207 0 3 1209 31 67 4 71 Yellow Average NRVU BVU variable speed Other 86 0 75 0 86 505 1 1 450 151 67 4 57 Blue Max high NRVU BVU variable speed Other 83 1 10 1 64 875 1 6 526 254 67 4 3 1 2420 63 Red Max low NRVU BVU variable speed Other 83 1 10 0 91 1040 1 6 0 254 67 4 62 Red Min low NRVU BVU varia...

Page 53: ...4 0 90 0 96 921 1 3 300 287 66 8 58 Blue Max high NRVU BVU variable speed Other 82 1 19 1 78 1459 1 8 394 454 66 8 1 1 5240 62 Red Max low NRVU BVU variable speed Other 81 1 21 1 25 1452 1 8 0 465 66 8 60 Red Min low NRVU BVU variable speed Other 83 0 08 0 02 308 0 3 0 28 64 8 19 Red Min high NRVU BVU variable speed Other 83 0 08 0 33 259 0 3 639 28 64 8 59 Yellow Average NRVU BVU variable speed O...

Page 54: ...er 79 0 08 0 64 295 0 2 1198 23 63 5 68 Yellow Average NRVU BVU variable speed Other 77 0 45 0 54 608 1 0 450 162 63 5 53 Blue Max high NRVU BVU variable speed Other 70 0 73 1 24 1190 1 6 569 330 63 5 1 1 1350 61 Red Max low NRVU BVU variable speed Other 72 0 66 0 45 1242 1 4 0 277 63 5 57 Red Min low NRVU BVU variable speed Other 79 0 08 0 01 255 0 2 0 22 63 5 12 Red Min high NRVU BVU variable sp...

Page 55: ...VU BVU variable speed Other 79 0 20 0 04 324 0 4 0 57 65 4 28 Red Min high NRVU BVU variable speed Other 79 0 20 0 76 413 0 4 975 57 65 4 69 Yellow Average NRVU BVU variable speed Other 73 0 62 0 61 776 1 3 300 220 65 4 53 Blue Max high NRVU BVU variable speed Other 71 0 83 1 38 1203 1 8 558 342 65 4 1 1 1650 59 Red Max low NRVU BVU variable speed Other 71 0 81 0 53 1203 1 8 0 331 65 4 55 Red Min ...

Page 56: ... 5 0 297 65 4 61 Red Min low NRVU BVU variable speed Other 81 0 20 0 03 250 0 3 0 41 67 4 26 Red Min high NRVU BVU variable speed Other 81 0 20 0 99 326 0 3 1197 41 67 4 71 Yellow Average NRVU BVU variable speed Other 78 0 75 0 88 715 1 1 450 213 67 4 56 Blue Max high NRVU BVU variable speed Other 73 1 08 1 71 1218 1 6 539 363 67 4 1 1 2260 62 Red Max low NRVU BVU variable speed Other 74 1 01 0 69...

Page 57: ...around 63 4 47 7 21 1330 2 6 527 402 69 2 2 0 10100 67 Red Max low NRVU BVU variable speed Run around 63 4 47 3 21 1329 2 6 0 402 69 2 64 Red Min low NRVU BVU variable speed Run around 74 0 60 0 03 66 0 2 0 14 66 7 21 Red Min high NRVU BVU variable speed Run around 74 0 60 2 65 122 0 2 993 14 66 7 71 Yellow Average NRVU BVU variable speed Run around 67 3 10 2 61 487 1 2 350 155 66 7 60 Blue Max hi...

Page 58: ... speed Run around 65 4 93 4 97 1008 1 9 257 297 66 7 1 0 9650 67 Red Max low NRVU BVU variable speed Run around 65 5 00 3 36 1223 1 9 0 304 66 7 67 Red Min low NRVU BVU variable speed Run around 74 0 60 0 04 82 0 2 0 14 65 7 21 Red Min high NRVU BVU variable speed Run around 74 0 60 3 57 134 0 2 1223 14 65 7 73 Yellow Average NRVU BVU variable speed Run around 67 3 30 3 44 542 1 3 450 170 65 7 62 ...

Page 59: ...ed Run around 63 6 02 4 37 1338 2 3 0 403 65 2 65 Red Min low NRVU BVU variable speed Run around 68 1 00 0 09 135 0 4 0 29 67 4 28 Red Min high NRVU BVU variable speed Run around 68 1 00 7 13 274 0 4 1488 29 67 4 76 Yellow Average NRVU BVU variable speed Run around 65 4 50 5 16 878 1 7 400 274 67 4 64 Blue Max high NRVU BVU variable speed Run around 64 5 89 14 53 1413 2 2 991 417 67 4 1 0 13400 71...

Page 60: ... 300 224 66 0 56 Blue Max high NRVU BVU variable speed Run around 63 1 43 2 41 1250 2 1 605 387 66 0 1 0 3690 63 Red Max low NRVU BVU variable speed Run around 63 1 43 1 00 1295 2 1 0 387 66 0 61 Red Min low NRVU BVU variable speed Run around 78 0 20 0 01 95 0 3 0 12 66 8 20 Red Min high NRVU BVU variable speed Run around 78 0 20 0 91 108 0 3 978 12 66 8 72 Yellow Average NRVU BVU variable speed R...

Page 61: ... 20 Red Min high NRVU BVU variable speed Run around 78 0 20 0 91 107 0 3 978 12 66 8 72 Yellow Average NRVU BVU variable speed Run around 66 1 10 0 81 423 1 4 300 134 66 8 57 Blue Max high NRVU BVU variable speed Run around 65 1 66 1 53 842 2 1 259 248 66 8 1 0 3250 65 Red Max low NRVU BVU variable speed Run around 64 1 80 1 25 1251 2 3 0 282 66 8 67 Red Min low NRVU BVU variable speed Run around ...

Page 62: ... around 63 3 35 4 49 1314 3 3 367 400 65 2 1 0 9550 66 Red Max low NRVU BVU variable speed Run around 63 3 31 2 51 1409 3 2 0 394 65 2 64 Red Min low NRVU BVU variable speed Run around 72 0 50 0 04 100 0 5 0 26 67 2 25 Red Min high NRVU BVU variable speed Run around 72 0 50 2 74 225 0 5 1235 26 67 2 72 Yellow Average NRVU BVU variable speed Run around 65 2 40 2 29 800 2 3 300 250 67 2 60 Blue Max ...

Page 63: ... 102 0 2 995 12 66 7 71 Yellow Average NRVU BVU variable speed Run around 66 3 10 2 45 383 1 2 350 122 66 7 60 Blue Max high NRVU BVU variable speed Run around 65 5 04 4 86 876 1 9 264 252 66 7 1 0 10300 68 Red Max low NRVU BVU variable speed Run around 65 5 59 4 15 1346 2 1 0 295 66 7 69 Red Min low NRVU BVU variable speed Run around 76 0 60 0 03 74 0 2 0 12 65 7 21 Red Min high NRVU BVU variable...

Page 64: ...0 21 66 7 19 Red Min high NRVU BVU variable speed Run around 73 0 30 1 32 182 0 4 983 21 66 7 68 Yellow Average NRVU BVU variable speed Run around 65 1 60 1 32 739 2 0 250 236 66 7 57 Blue Max high NRVU BVU variable speed Run around 64 2 15 2 71 1188 2 7 367 370 66 7 1 0 5050 63 Red Max low NRVU BVU variable speed Run around 63 2 26 1 68 1376 2 8 0 399 66 7 62 Red Min low NRVU BVU variable speed R...

Page 65: ... 138 63 5 1 not applicable 1070 58 Red Max low NRVU BVU variable speed none not applicable 0 54 0 19 250 1 3 0 78 63 5 not applicable 50 Red Min low NRVU BVU variable speed none not applicable 0 08 0 01 59 0 2 0 5 63 5 not applicable 10 Red Min high NRVU BVU variable speed none not applicable 0 08 0 64 33 0 2 1214 5 63 5 not applicable 65 Yellow Average NRVU BVU variable speed none not applicable ...

Page 66: ... Red Max low NRVU BVU variable speed none not applicable 0 76 0 25 250 1 8 0 94 65 4 not applicable 51 Red Min low NRVU BVU variable speed none not applicable 0 20 0 02 61 0 5 0 17 67 4 not applicable 22 Red Min high NRVU BVU variable speed none not applicable 0 20 0 99 68 0 5 1218 17 67 4 not applicable 68 Yellow Average NRVU BVU variable speed none not applicable 0 70 0 73 201 1 7 450 119 67 4 n...

Page 67: ...51 0 3 990 12 66 7 not applicable 65 Yellow Average NRVU BVU variable speed none not applicable 1 60 1 16 123 1 8 350 79 66 7 not applicable 54 Blue Max high NRVU BVU variable speed none not applicable 2 53 2 41 250 2 8 365 143 66 7 1 not applicable 4450 62 Red Max low NRVU BVU variable speed none not applicable 1 95 0 63 250 2 2 0 101 66 7 not applicable 56 Red Min low NRVU BVU variable speed non...

Page 68: ... speed none not applicable 4 42 1 46 250 2 3 0 94 70 5 not applicable 60 Red Min low NRVU BVU variable speed none not applicable 0 75 0 03 21 0 4 0 14 69 2 not applicable 22 Red Min high NRVU BVU variable speed none not applicable 0 75 3 56 56 0 4 1136 14 69 2 not applicable 69 Yellow Average NRVU BVU variable speed none not applicable 3 50 2 91 135 1 8 400 86 69 2 not applicable 58 Blue Max high ...

Page 69: ...applicable 0 86 0 30 250 1 5 0 80 65 4 not applicable 54 Red Min low NRVU BVU variable speed none not applicable 0 20 0 02 43 0 3 0 9 65 4 not applicable 24 Red Min high NRVU BVU variable speed none not applicable 0 20 0 76 32 0 3 1024 9 65 4 not applicable 66 Yellow Average NRVU BVU variable speed none not applicable 0 75 0 63 84 1 3 400 49 65 4 not applicable 51 Blue Max high NRVU BVU variable s...

Page 70: ...ue Max high NRVU BVU variable speed none not applicable 4 00 3 92 not applicable 2 9 442 42 65 2 1 not applicable not applicable 65 Full face Blue Max high NRVU BVU variable speed none not applicable 4 00 3 92 not applicable 2 9 465 19 65 2 1 not applicable not applicable 65 Duct Blue Max high NRVU BVU variable speed none not applicable 4 00 5 01 not applicable 2 9 672 42 67 2 1 not applicable not...

Page 71: ...0901 We reserve the right to alter specifications www swegon com 71 7 3 Building Materials Declara tion For a complete Declaration of Construction Materials see our home page at www swegon com under Products Services ...

Page 72: ...GB SILVERSK 170901 We reserve the right to alter specifications 72 www swegon com All documentation is available in digital form and can be downloaded from www swegon com ...

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