flowair Cube 20-160 Instrukcja obsługi

www.flowair.com | 1

Rooftop Cube

TECHNICAL DOCUMENTATION

USER’S AND INSTALLATION MANUAL

DTR Cube v2.6 EN

2 |www.flowair.com

v2.6 MT-DTR-CUBE/TOTAL-EN-V2 64946

11.2022r

www.flowair.com | 3

Thank you for purchasing Cube unit.

This manual was published by FLOWAIR Sp. z. o. o. (formerly FLOWAIR Głogowski and Brzeziński Sp. J.). User’s and installation

manual is a set of recommendations and tips designed to show procedures, methods and remarks for proper installation, launch

and operation of the unit.

The manufacturer reserves the right to correct and change the user’s manual anytime without notice, so as changes in

the devices not influencing its operation.

The manual is an integral part of the device and must be delivered with it to the customer. Before installation, launch and operation

of Cube device, the customer should read thoroughly this manual, especially with security section to eliminate risk of harm to the

health or damage to material property. All guidelines mentioned in the manual should be applied without omitting any point.

Failure to adhere to the following points may result in life-threating due to improper transport and installation and can lead to

damages to the unit or its improper operation. The manufacturer shall not be liable for deficiencies during installation and unit

improper operation due to failure to comply with this manual. Meanwhile, the producer’s warranty will not be applied in case of

gross negligence or not complying with this manual.

You should consult the service or manufacturer if this manual contains incomprehensible or ambiguous descriptions.

It should be ensured that all users of unit are complied with this manual before launching it. In case of unit’s transfer to

another user, this manual must also be transferred.

All activities during connecting to electrical installation must be conducted by qualified staff, having necessary

attestations and certificates to work with voltage devices according to the laws of the country.

This manual is only intended to use for persons using or installing the Cube devices. Its content is legally protected and must not

be copied, translated or processed (including electronic media) in total or partially without the manufacturer’s written declaration

of consent.

FLOWAIR Sp. z. o. o.

(formerly FLOWAIR Głogowski i Brzeziński Sp.J.)

Office:

ul. Chwaszczyńska 135, 81-571 Gdynia

tel. +48 (58) 627 57 41, fax +48 (58) 627 57 21

4 |www.flowair.com

TABLE OF CONTENTS

TECHNICAL DOCUMENTATION: EN

1. IMPORTANT INFORMATION ...................................................................................................................................................................................... 6

2. REGULATIONS................................................................................................................................................................................................................ 9

2.1. Regulation (EC) No 842/2006 of the European Parliament and the Council ........................................................................................ 9

3. GENERAL INFORMATION .......................................................................................................................................................................................... 10

3.1. Cube application ............................................................................................................................................................................................. 10

3.2. Device configuration ..................................................................................................................................................................................... 10

3.3. General characteristics construction Cube 20 ....................................................................................................................................... 12

3.4. General characteristics construction Cube 40 ....................................................................................................................................... 12

3.5. General characteristics construction Cube 50 – 100 ............................................................................................................................ 13

3.6. General characteristics construction Cube 120/160 ............................................................................................................................ 14

3.7. General characteristics construction Cube R8 ....................................................................................................................................... 15

3.8. General characteristics construction supply module .......................................................................................................................... 15

4. TECHNICAL DATA ....................................................................................................................................................................................................... 16

4.1. Technical parameters – cooling devices for duct installation (Cube 20 -160) ................................................................................... 16

4.2. Technical parameters – ventilation devices for duct installation - Cube R8 ...................................................................................... 19

4.3. Technical parameters – cooling devices for ductless instalation – Cube 20 NWS; Cube 40 NWL ............................................... 20

4.4. Technical parameters – ventilation devices for ductless installation - Cube R8 NWS .................................................................... 22

4.5. Air flow diagram - ventilation part Cube 20 - 100 ...................................................................................................................................... 23

4.6. Air flow diagram - ventilation part Cube 120/160 ...................................................................................................................................... 24

4.7. Air flow diagram - ventilation part Cube R8 ................................................................................................................................................. 25

4.8. Cube 20 charts – cooling module .................................................................................................................................................................... 26

4.9. Cube 20 HP charts – heat pump module ...................................................................................................................................................... 27

4.10. Cube 40 charts – cooling module .............................................................................................................................................................. 28

4.11. Cube 40 HP charts – heat pump module ................................................................................................................................................ 29

4.12. Cube 50-100 charts – cooling module ..................................................................................................................................................... 30

4.13. Cube 50-100 HP charts – heat pump module ....................................................................................................................................... 31

4.14. Cube 120/160 charts – cooling module ................................................................................................................................................... 32

4.15. Cube 120/160 HP charts – heat pump module ..................................................................................................................................... 33

4.16. Service distances ............................................................................................................................................................................................. 34

4.17. Dimensions Cube 20 ...................................................................................................................................................................................... 36

4.18. Dimensions Cube 20 NWS D ....................................................................................................................................................................... 37

4.19. Dimensions Cube 20 NWS V ........................................................................................................................................................................ 38

4.20. Dimensions Cube 40 ...................................................................................................................................................................................... 39

4.21. Dimensions Cube 40 NWL D........................................................................................................................................................................ 40

4.22. Dimensions Cube 40 NWL V ........................................................................................................................................................................ 41

4.23. Dimensions Cube 50/60 ............................................................................................................................................................................... 42

4.24. Dimensions Cube 80/100 ............................................................................................................................................................................. 43

4.25. Dimensions Cube 80/100 L ......................................................................................................................................................................... 44

4.26. Dimensions Cube 120/160 B ....................................................................................................................................................................... 45

4.27. Dimensions 120/160 R .................................................................................................................................................................................. 46

4.28. Dimensions Cube R8 ...................................................................................................................................................................................... 47

4.29. Dimensions Cube R8 NWS D ....................................................................................................................................................................... 48

4.30. Dimensions Cube R8 NWS V ........................................................................................................................................................................ 49

5. TRANSPORT .................................................................................................................................................................................................................. 50

5.1. Horizontal transport ............................................................................................................................................................................................ 50

5.2. Transport dimensions Cube 20 ........................................................................................................................................................................ 50

5.3. Transport dimensions Cube 40 ........................................................................................................................................................................ 51

5.4. Transport dimensions Cube 50/60 .................................................................................................................................................................. 51

5.5. Transport dimensions Cube 80/100 ............................................................................................................................................................... 51

5.6. Transport dimensions Cube 80/100 L ........................................................................................................................................................... 52

5.7. Transport dimensions Cube 120/160 B ......................................................................................................................................................... 52

5.8. Transport dimensions Cube 120/160 R ......................................................................................................................................................... 52

5.9. Transport dimensions Cube R8 ........................................................................................................................................................................ 53

5.10. Transport dimensions NWS module (Cube 20/R8 NWS) .................................................................................................................... 53

5.11. Transport dimensions NWL module (Cube 40 NWL) ........................................................................................................................... 53

5.12. Lifting information ......................................................................................................................................................................................... 54

5.13. Lifting Cube 20 ................................................................................................................................................................................................ 55

5.14. Lifting Cube 40 ................................................................................................................................................................................................ 56

5.15. Lifting Cube 50/60 .......................................................................................................................................................................................... 57

5.16. Lifting Cube 80/100 ........................................................................................................................................................................................ 58

5.17. Lifting Cube 120/160 ..................................................................................................................................................................................... 59

5.18. Lifting heat recovery module ...................................................................................................................................................................... 60

5.19. Lifting Cube R8 ................................................................................................................................................................................................ 61

5.20. Rotating the module NWS/NWL ................................................................................................................................................................ 62

www.flowair.com | 5

5.21. Lifting NWS module (Cube 20/R8) ............................................................................................................................................................. 64

5.22. Lifting NWL module(Cube 40 NWL) .......................................................................................................................................................... 65

6. FOUNDATION .............................................................................................................................................................................................................. 66

6.1. Foundation Cube unit ......................................................................................................................................................................................... 66

6.2. Roof crosing NWS (Cube 20/R8 NWS) ............................................................................................................................................................ 74

6.3. NWS instalation (Cube 20/R8 NWS) ................................................................................................................................................................ 75

6.4. Roof crossing NWL (Cube 40 NWL) ................................................................................................................................................................. 78

6.5. NWL installation (Cube 40 NWL) ...................................................................................................................................................................... 79

6.6. Ventilation channels connection ..................................................................................................................................................................... 81

6.7. Inlet and exhaust covers installation (not applicable to the Cube 40 unit) ........................................................................................ 82

6.8. Heat recovery unit installation Cube 80/100 L i Cube 120/160 R .......................................................................................................... 83

7. INSTALLATION ............................................................................................................................................................................................................. 85

7.1. Hydraulic connection - units for duct installation ...................................................................................................................................... 85

7.2. Hydraulic hub chart for water heater in the rooftop unit ........................................................................................................................ 86

7.3. Hydraulic connection – units dor ductless installation ............................................................................................................................. 87

7.4. Hydraulic hub chart for water heater in the NW module ......................................................................................................................... 88

7.5. Condensation drain ............................................................................................................................................................................................. 89

7.6. Electric connection............................................................................................................................................................................................... 91

7.7. Installation flow chart ........................................................................................................................................................................................ 100

8. START-UP AND EXPLOITATION ............................................................................................................................................................................ 102

8.1. Gas heater ............................................................................................................................................................................................................. 102

8.2. Electric heater ...................................................................................................................................................................................................... 103

8.3. Water heat exchanger ....................................................................................................................................................................................... 103

8.4. Water cooler ......................................................................................................................................................................................................... 103

8.5. Rotational exchanger ........................................................................................................................................................................................ 103

8.6. Fans ......................................................................................................................................................................................................................... 103

8.7. Dampers ................................................................................................................................................................................................................ 104

8.8. Automation control systems ........................................................................................................................................................................... 104

8.9. Filter replacment................................................................................................................................................................................................. 104

9. RESPONSIBILITY TABLE ........................................................................................................................................................................................... 108

10. SERVICE AND WARRANTY ................................................................................................................................................................................ 109

6 |www.flowair.com

TECHNICAL DOCUMENTATION: EN

1. IMPORTANT INFORMATION

This manual contains important information about preventing possible accidents and damage to Cube units during operation.

Special care should be taken during all actions with the unit and obey to this manual and all technical data. FLOWAIR shall not be

responsible for any omissions and damages caused by them.

In the manual you will find warnings and important tip marked as below:

 Threat of loss of life or

health or permanent

damage to the unit.

 Risk of electric shock.

 Warnings regarding

unauthorized use of Cube

devices. Unsafe practices,

the occurrence of which

may result in property

damage or minor personal

injury.

 Advice and

information on how to

use Cube devices.

SAFETY INFORMATION:

Cube units are compiled with PED 97/23/UE directive (does not apply to Cube R8)

Obey safety instructions under all circumstances!

• It is prohibited to use Cube units for industrial vacuum caused by renovations or other construction

works when dust, harsh or explosive compounds are emitted.

• It is prohibited to use Cube units for rooms’ ventilation system where harsh chemicals are emitted

due to buildings purposes.

• The appliance presents a risk of injury from rotating parts.

• The appliance presents a risk of injury from sharp edges and considerable weight.

• The appliance presents a risk of injury from compressed gas.

• The appliance presents a risk of injury from high and low temperature elements.

• The appliance presents a risk of injury from burns to the refrigerant.

• The appliance presents a risk of injury from burns from high-temperature exhaust fumes.

• Prior to start operations it is essential to switch off the unit with main switch.

• Prior to open casing it is essential to assure that electricity is disconnected and secured against

accidental switching on by other persons.

www.flowair.com | 7

• Cube units must not be used by children or adults with reduced mobility, or limited mental abilities.

• Cube units must not be used by non-trained users or who are not familiar with this manual.

• Cube unit must be used in accordance with its intended use.

• All installation or service works must be done by qualified staff with proper attestations for electricity

and controlled substances (cooling factors).

• Staff should wear suitable protective equipment (helmet, glasses, gloves, etc.).

• During cooling unit operation, some of its parts heat up over 60°C. Precautions shall be taken. Even after

switching off the unit, high temperature may persist which can lead to skin burns.

• Do not touch water exchanger radiators, condenser or vaporizer.

• Do not touch electric heaters with skin under any circumstances.

• Pressure monitoring, filling or emptying cooling systems must be done with existing installation and

proper equipment.

• Installation must be drained from any refrigerant before any dismantling or unsoldering to avoid

explosion risk due to oil and refrigerant splashes.

• Tampering in cooling system by abusing cables or other elements is unacceptable as it may lead to

cooling system decompression and refrigerant leak to atmosphere. The direct contact with refrigerant

may lead to hands or mucous membranes frostbites.

• In order to comply with CE regulations, only original spare parts accepted by the manufacturer can be

used..

• Cube’s cooling system is equipped with safety system protecting against pressure increase, however

containment loss can happen due to safety valve trigger or system unsealing. In such case please leave

the place immediately and call the service. .

• After service works make sure that doors are closed..

• Before unit is launched make sure that all fans and moving parts won’t be interfered by any external

factors.

REFIGERANT:

Cube’s cooling system is filled with R410A – R32/125 (50/50%) refrigerants. It is a HFC group refrigerant not containing chlorine

atoms, therefore it’s ecological and was authorized to use with no limitation.

R410A refrigerant is non-explosive and non-toxic (PED 2nd group), however when contacted with fire, some toxic or corrosive

vapors may appear because of thermal decomposition. Inhaling large amount of this factor may result in narcotic state, oedema,

arrhythmias and in extreme cases – heart attacks and sensitization to adrenaline.

 R410A refrigerant, if in contact with fire can create toxic and corrosive (high moisture) hydrogen fluorine

vapors.

 R410A refrigerant is heavier than air (gas density 0,44kg/m3) therefore in case of leakage it can accumulate

in hollows, displacing oxygen – risk of suffocation.

In case of first aid need due to injuries caused by:

• Do not administer medication to a person in distress.

• Move to fresh air, administer oxygen and apply artificial respiration if necessary. Leave the victim in safe place. Call the

ambulance.

• Do not administer adrenaline or any similar substances.

In case of a frostbite sprinkle with water for at least 15 minutes. Put a sterile dressing and ask for medical help.

RESIDUAL HAZARD

Despite the Cube unit was designed and tested to be fully safe during operation, there is a slight risk connected to improper

use. The residual risk is connected with improper servicing by a user. By obeying the rules mentioned in points 1.10. and 1.11. a

risk is limited to the lowest level, where there will be no risk of life, health or natural environment.

8 |www.flowair.com

NAMEPLATE

Each Cube unit is equipped with nameplate stuck under the main switch as shown in picture below:

The nameplate contains basic product information such as unit’s code allowing to determine configuration, serial number,

parameters and amount of refrigerant and also basic electrical and air flow parameters.

www.flowair.com | 9

2. REGULATIONS

2.1. Regulation (EC) No 842/2006 of the European Parliament and the Council

In accordance to UE Regulation 842/2006 regarding some fluorinated gases, Cube user is obliged to control them regarding

leakages according to timetable once a year.

ATTENTION: Not complying with the regulation is an offence and is subject to administrative penalties!

Check that refrigeration equipment must be registered in accordance with the laws in force in your country.

2.2. Commission Regulation (EU) No 327/2011

VENTILATION DEVICES:

Supply / Exhaust fan

Cube R8

Fans quantity

1

Overall efficiency

70,3 %

Measurement category used to determine energy

efficiency

static

Efficiency category

A

Efficiency grade in optimal point of energy

efficiency

79,8 %

Integrated EC controller

Manufacturer’s trademark, trade registry number,

production site.

Ziehl-Abegg,

NIP: 527-23-34-309, Regon 017239920, Germany

Product’s model number

ECblue

Rotations per minute at optimal point of energy

efficiency

2400 rev/min

Specific ratio

1,0

Information essential for dismantling, recycling or

removing after operation

Dismantling process should be made by a person with appropriate

qualifications. Dismantling and recycling process should be done in

agreement with certified waste management unit.

Information essential for minimum environmental

impact and assuring optimal operation time with

regard to installation, operation and fan use

Periodic warranty inspections must be conducted as well as later

maintenance inspections. Regulations mentioned in user’s manual must

be obeyed.

Additional elements to determine fan’s energy

efficiency

N/A

10 |www.flowair.com

3. GENERAL INFORMATION

3.1. Cube application

The Cube unit, due to its compact construction, has all modules for full air processing like air condition and ventilation.

Depending on unit’s type and size, Cube can be used for air recovery ventilation, heating and cooling in buildings like:

• large industrial buildings.: production or storage halls, printeries, logistic centers,

• commercial buildings (shopping malls, supermarkets, petrol stations, car showrooms),

• public buildings such as: cinemas, theatres, gyms,

• restaurants or fast-food places.

3.2. Device configuration

Cube units can be additionally equipped with heater to increase the temperature of air at outlet. There is a water, electric or gas

modulating heater and an option of a reversible heat pump paired with an electric, water or gas heater. Unit’s size, together with

types and optional equipment creates range described according to chart below:

COOLING DEVICES:

1

Nominal cooling capacity

2

Heat recovery

R

Rotational exchanger

B

No heat recovery

3

Type of heater/cooler

N

No additional heater / cooler

W

Water heater

G

Gas heater

E

Electric heater

HP

Reversible heat pump

C

Water cooler

4

Non-standard

Wx

x-row water heat exchanger

Gmxx

Modulated gas heater (capacity xx)

Exx

Electric heater(capacity xx)

XXYY

Class filter: XX - supply, YY - exhaust

L

Heat recovery module(Cube 80/100)

REC

Execution without exhaust fans

JRN

One-way ventilation system (JRN – fresh and recirculating air; JR – recirculating air;

JN – fresh air)

JR

JN

Full unit’s configuration is set on ordering process, leaded by our Sales Department or Project Support Department

consultations.

www.flowair.com | 11

VENTILATION DEVICES:

1

Heat recovery

R

Rotary heat exchanger

B

No heat recovery

2

Nominal airflow[m3/h *10^3]

3

Type of heater/cooler

N

No additional heater / cooler

W

Water heater

G

Gas heater

E

Electric heater

C

Water cooler

DX

Cooling freon exchanger

DXHP

Cooling and heating freon exchanger

4

Non-standard

Wx

x-row water heat exchanger

Gmxx

Modulated gas heater (capacity xx)

Exx

Electric heater (capacity xx)

XXYY

Non-standard filter XX – supply filter class, YY – exhaust filter class

L

External heat recovery module (Cube 80/100)

REC

Unit without exhaust fans

JRN

One-way ventilation system (JRN – fresh and recirculating air; JR – recirculating air;

JN – fresh air)

JR

JN

SUPPLY MODULE CONFIGURATION:

1

Roof base

NWS

Roof base for Cube R8 i Cube 20

NWL

Roof basefor Cube 40

2

Water heater

N

No additional heater

W2

2-row water heater

W3

3-row water heater

3

Supply module

D

Swirl diffuser with actuator

V

Ventilation ducts connections

3J

Long range nozzles

Full unit’s configuration is set on ordering process, leaded by our Sales Department or Project Support Department

consultations.

12 |www.flowair.com

3.3. General characteristics construction Cube 20

3.4. General characteristics construction Cube 40

1. Supply fan EC

2. Exhaust fan EC

3. Compressor cycle fan

4. Water heat exchanger (Cube – W)

5. Circulating pump (Cube – W)

6. 3-way valve (Cube – W)

7. Electric heater (Cube – E) / Gas heater (Cube – G)

8. Fresh air filter

9. Exhaust filter

10. Recirculation damper (economizer)

11. Rotary heat exchanger

12. Compressor

13. External compressor cycle heat exchanger

14. Internal compressor cycle heat exchanger

15. Crane holders

www.flowair.com | 13

3.5. General characteristics construction Cube 50 – 100

1. Supply fans EC

2. Exhaust fans EC

3. Compressor cycle fans

4. Water heat exchanger (Cube – W)

5. Circulating pump (Cube – W)

6. 3-way valve (Cube – W)

7. Electric heater (Cube – E) / Gas heater (Cube – G)

8. Fresh air filter

9. Exhaust filter

10. Recirculation damper (economizer)

11. Rotary heat exchanger

12. Compressor

13. External compressor cycle heat exchanger

14. Internal compressor cycle heat exchanger

15. Crane holders

14 |www.flowair.com

3.6. General characteristics construction Cube 120/160

1. Supply fans EC

2. Exhaust fans EC

3. Compressor cycle fans

4. Water heat exchanger (Cube – W)

5. Circulating pump (Cube – W)

6. 3-way valve (Cube – W)

7. Electric heater (Cube – E) / Gas heater (Cube – G)

8. Fresh air filter

9. Exhaust filter

10. Recirculation damper (economizer)

11. Rotary heat exchanger

12. Compressor

13. External compressor cycle heat exchanger

14. Wymiennik ciepła wewnętrznego obiegu

15. Crane holders

www.flowair.com | 15

3.7. General characteristics construction Cube R8

1. Supply fans EC

2. Exhaust fans EC

3. Water heat exchanger (Cube – W)

4. Circulating pump (Cube – W)

5. 3-way valve (Cube – W)

6. Electric heater (Cube – E) / Gas heater (Cube – G)

7. Fresh air filter

8. Exhaust filter

9. Recirculation damper (economizer)

10. Rotary heat exchanger

11. Crane holders

3.8. General characteristics construction supply module

1. Roofing

2. Acoustic silencers

3. Connections

4. Water heat exchanger in the NW module (option)

5. Base

6. Isolation

7. Connection of water heat exchanger with mixing

cycle (option)

8. Possible supply module configurations

• D - swirl diffuser with actuator

• V - ventilation ducts connections

• 3J - long range nozzles

16 |www.flowair.com

4. TECHNICAL DATA

4.1. Technical parameters – cooling devices for duct installation (Cube 20 -160)

Compressor system

Cube

20

Cube

40

Cube

50

Cube

60

Cube

80

Cube

100

Cube

120

Cube

160

Thermodynamic power

- cooling

(1)

kW 19,9 38,2 57,5 65,2 80,8 91,4 132,0 156,8

EER (1)

-

3,24

3,03

3,42

3,45

3,28

3,56

3,36

SEER(on) (2)

-

5,73

4,09

4,14

4,07

4,12

3,97

4,38

4,19

Energetic efficiency (3)

%

210,5

152,8

153,7

151,6

154,0

148,7

165,4

158,0

Compressor type -

scroll,

inverter

scroll,

tandem

scroll,

multicicuit

Compressors quantity

-

1

2

4

Circuits quantity

-

1

2

4

Power range % 40 - 100 50, 100 50, 100 50, 100 50, 100 50, 100

25, 50, 75,

100

25, 50, 75,

100

Refrigerant

R410A

Refrigerant quantity

kg

5,5

9,5

2x8,8

2x9,1

4x9,0

4x9,1

Airflow

Total air flow / Fresh air m3/h 5500 8000 14000

16000

/

15000

19000

/

17000

21000

/

17000

24000

/

20000

28000

/

20000

Minimum cooling

efficiency

m3/h 3000 6000 10500 12000 13500 15750 21000 21000

Heat recovery

efficiency

(4)

m3/h >78,5 >73,1 >73,7 >73,0 >73,3 >73,3 >73,0 >73,0

Exchanger type

-

rotational

(1) EN 14511

(2) EN14825

(3) UE 2016/2281

(4) UE 1253/2014

www.flowair.com | 17

General technical data – cooling devices with heat pump for duct installation (Cube 20 – 160 HP)

Compressor system -

cooling

Cube

20 HP

Cube

40 HP

Cube

50 HP

Cube

60 HP

Cube

80 HP

Cube

100 HP

Cube

120 HP

Cube

160 HP

Thermodynamic power -

cooling

(1)

kW 19,8 38,2 56,8 64,4 79,6 90,3 130,3 154,8

EER netto(1)

-

3,13

2,96

3,87

3,37

3,38

3,25

3,51

3,31

SEER(on) (2)

-

5,63

4,08

4,11

4,02

4,07

3,91

4,33

4,13

Energetic efficiency (3)

%

206,7

152,4

152,6

149,6

152,1

146,3

163,1

155,6

Compressor system -

heating

Thermodynamic power –

heating

(1)

kW 20,2 40,9 53,9 61,4 76,5 87 126,8 152

COP

(1)

-

4,05

3,63

3,76

3,91

3,85

3,8

3,75

SCOP(on)

(2)

-

4,53

3,55

3,34

3,33

3,49

3,44

3,56

3,52

Energetic efficiency

(3)

%

172,8

133,6

125,5

125,2

131,4

129,4

134,0

132,7

Compressor type -

scroll,

inverter

scroll,

tandem

scroll,

multicicuit

Compressors quantity

-

1

2

4

Circuits quantity

1

2

4

Power range % 40 -100 50, 100 50, 100 50, 100 50, 100 50, 100

25, 50, 75,

100

25, 50, 75,

100

Refrigerant

R410A

Refrigerant quantity

kg

5,9

9,5

2x9,3

2x9,6

4x9,5

4x9,6

Airflow

Total air flow / Fresh air m3/h

do

5500

do

8000

do

14000

do 16000

/

do 15000

do 19000

/

do 17000

do 21000

/

do 17000

do 24000

/

do 20000

do 28000

/

do 20000

Minimum cooling

efficiency

m3/h 3000 6000 10500 12000 13500 15750 21000 21000

Heat recovery

Heat recovery efficiency(4)

m3/h

>78,5 >73,1 >73,7 >73,0 >73,3 >73,3 >73,0 >73,0

Exchanger type -

rotational

Construction data – cooling devices for duct installation (Cube 20 – 160)

Construction

Cube

20 (HP)

Cube

40 (HP)

Cube

50 (HP)

Cube

60 (HP)

Cube

80 (HP)

Cube

100 (HP)

Cube

120 (HP)

Cube

160 (HP)

Outlet channels

connection mm

900x

500

900x

500

1400x

500

1400x

500

1500x

500

1500x

500

1600x

650

1600x

650

Exhaust channels

connection

mm

900x

500

900x

500

1400x

500

1400x

500

1500x

500

1500x

500

1600x

500

1600x

500

Filters -

pocket

Coarse 80% (~G4)

cassete

Coarse 80% (~G4)

Thermal insulation class

-

M0

Casing / middle panel

color

- RAL 7035 /RAL 7024

Casing

-

insulated panels with 50 mm mineral wool

Main frame

-

steel, integrated

Weight kg

>650

<850

>900

<1100

>1315

<1550

>1350

<1600

>1600

<1990

>1700

<2250

>1800

<2250

>1930

<2350

(1) EN 14511

(2) EN14825

(3) UE 2016/2281

(4) UE 1253/2014

18 |www.flowair.com

Electrical data – cooling devices for duct installation (Cube 20 – 160)

Electrical data (1)

Cube

20 (HP)

Cube

40 (HP)

Cube

50 (HP)

Cube

60 (HP)

Cube

80 (HP)

Cube

100 (HP)

Cube

120 (HP)

Cube

160 (HP)

Max. power consumption

kW

15

25

34

39

54

59

72

100

Max. current consumption

A

27

45

63

72

92

107

135

173

Start-up current

consumption LRA

A 12 129 171 186 188 242 246 255

Power supply

V/Hz

3x400/50

Optional data – cooling devices for duct installation (Cube 20 – 160)

Water heat exchanger (Cube W)

Cube

20 (HP)

Cube

40 (HP)

Cube

50 (HP)

Cube

60 (HP)

Cube

80 (HP)

Cube

100 (HP)

Cube

120 (HP)

Cube

160 (HP)

Type of exchanger

-

water exchanger, 2-row

Nominal heating power (2)

kW

55

74

111

120

158

167

182

199

Pressure drop

-

0 – built-in circulation pump

Connection ″

G 1″

internal

G 1″

internal

G 1 1/4″

internal

G 1 1/4″

internal

G 1 1/4″

internal

G 1 1/4″

internal

G 1 1/4″

internal

G 1 1/4″

internal

Electric heater (Cube E)

Option - E15, E23,

E30, E45

E15, E23,

E30, E45

E15, E30,

E45, E60,

E75

E15, E30,

E45, E60,

E75

E30, E45,

E60, E75,

E90

E30, E45,

E60, E75,

E90

E30, E45,

E60, E75,

E90

E30, E45,

E60, E75,

E90

Electric heater (Cube E)

E15

E23

E30

E45

E60

E75

E90

Nominal heating power

kW

15,0

22,5

30,0

45,0

60,0

75,0

90,0

Heating degrees - 2 3 3 3 3

3

4

Gas heater (Cube Gm)

Option - Gm20,

Gm34

Gm20,

Gm34,

Gm45

Gm45,

Gm65,

Gm80,

Gm105

Gm45,

Gm65,

Gm80,

Gm105

Gm45,

Gm65,

Gm80,

Gm105

Gm45,

Gm65,

Gm80,

Gm105

Gm65,

Gm80,

Gm105

Gm65,

Gm80,

Gm105

Gas heater technical data (3)

Gm20 Gm34 Gm45 Gm65 Gm80 Gm105

Nominal heating power

kW

18,2

33,6

40,5

62,9

80

97,2

Gas consumption (G20)

m3/h

2,01

3,69

4,44

6,88

8,68

10,58

Flue gas exhaust system

-

integrated

Gas connection

″

GZ 3/4”

Minimum air flow

m3/h

3000

3500

4200

6500

8200

10000

(1) It does not apply to devices with an electric heater.

(2) Heating factor's temperature 70/50°C and inlet air temperature 8°

(3) Data refer to G20 gas supply

www.flowair.com | 19

4.2. Technical parameters – ventilation devices for duct installation - Cube R8

Air flow

Cube R8

Total air flow / Fresh air

m3/h

up to 8000

External pressure drop for the 8000 m3/h

air flow

m3/h 350

Heat recovery

Heat recovery efficiency

(1)

m3/h

>73,1

Exchanger type -

rotational

Construction data – ventilation devices for duct installation - Cube R8

Construction

Cube R8

Outlet channels connection

mm

900x500

Exhaust channels connection

mm

900x500

Filters (supply/exhaust)

-

ePM2,5 65% (~F7) / ePM10 50% (~M5)

Thermal insulation class

-

M0

Casing / middle panel color

-

RAL 7035 /RAL 7024

Casing

-

insulated panels with 50 mm mineral wool

Main frame

-

steel, integrated

Weight kg

>650

<800

Electrical data – ventilation devices for duct installation - Cube R8

Electrical data( (2)

Cube R8

Max. power consumption

kW

7

Max. current consumption

A

11

Power supply

V/Hz

3x400/50

Optional data – ventilation devices for duct installation - Cube R8

Water heat exchanger (Cube W)

Cube R8

Type of exchanger

-

water exchanger, 2-row

Nominal heating power (3)

kW

74

Pressure drop

-

0 – built-in circulation pump

Connection

″

G 1″ internal

Electric heater (Cube E)

E15 E23 E30 E45 E60

Nominal heating power

kW

15,0

22,5

30,0

45,0

60,0

Heating degrees - 2 3 3 3 3

Gas heater technical data (4)

Gm20 Gm34 Gm45 Gm65

Nominal heating power

kW

18,2

33,6

40,5

62,9

Gas consumption (G20)

m3/h

2,01

3,69

4,44

6,88

Flue gas exhaust system

-

integrated

Gas connection

″

GZ 3/4”

Minimum air flow

m3/h

3000

3500

4200

6500

(1) UE 1253/2014

(2) it does not apply to devices with an electric heater

(3) heating factor's temperature 70/50°C and inlet air temperature 8°C

(4) data refer to G20 gas supply

20 |www.flowair.com

4.3. Technical parameters – cooling devices for ductless instalation – Cube 20 NWS; Cube 40 NWL

Compressor system

Cube

20 NWS

Cube

40 NWL

Thermodynamic power

- cooling

(1)

kW 19,9 38,2

EER (1)

-

3,24

3,03

SEER(on) (2)

-

5,73

4,09

Energetic efficiency

(3)

%

210,5

152,8

Compressor type -

scroll,

inverter

scroll,

tandem

Compressors quantity

-

1

2

Circuits quantity

-

1

Power range

%

40 - 100

50, 100

Refrigerant

R410A

Refrigerant quantity

kg

5,7

8,6

Airflow

Total air flow / Fresh air

m3/h

do 5500

do 8000

Minimum cooling

efficiency

m3/h 3000 6000

Heat recovery

efficiency

(4)

m3/h >78,5 >73,1

Exchanger type

-

rotational

General technical data – cooling devices with heat pump for ductless installation – Cube 20 NWS; Cube 40 NWL

Compressor system -

cooling

Cube

20 HP NWS

Cube

40 HP NWL

Thermodynamic power -

cooling

(1)

kW 19,8 38,2

EER (1)

-

3,13

2,96

SEER(on)

(2)

-

5,63

4,08

Energetic efficiency

(3)

%

206,7

152,4

Compressor system -

heating

Thermodynamic power –

heating

(1)

kW 20,2 40,9

COP

(1)

-

4,05

3,63

SCOP(on) (2)

-

4,53

3,55

Energetic efficiency 3)

%

172,8

133,6

Compressor type -

scroll,

inverter

scroll,

tandem

Compressors quantity

-

1

2

Circuits quantity

1

Power range

%

40 -100

50, 100

Refrigerant

R410A

Refrigerant quantity

kg

5,9

8,6

Airflow

Total air flow / Fresh air

m3/h

do 5500 do 8000

Minimum cooling

efficiency

m3/h 3000 6000

Heat recovery

efficiency

(4)

m3/h >78,5 >73,1

Exchanger type

-

rotational

(1) EN 14511

(2) EN14825

(3) UE 2016/2281

(4) UE 1253/2014

Strona się ładuje...

flowair Cube 20-160 Instrukcja obsługi

Niniejsza instrukcja jest również odpowiednia dla

flowair Cube 20-160 Instrukcja obsługi

w innych językach

Inne dokumenty