R-407C WATER COOLED HEAT PUMP VERTICAL UNIT CONSOLE

R-407C WATER COOLED HEAT PUMP VERTICAL UNIT CONSOLE

EQV

R-407C

WATER COOLED

HEAT PUMP

VERTICAL UNIT CONSOLE TYPE

OR RECESSED

WLHP

5 - 17

Size

5

7

9

15

17

Cooling

[kW]

1,9

2,4

2,6

3,3

3,7

Heating

[kW]

2,2

2,5

2,5

3,2

3,7

The Versatemp EQV units offer a range of five quiet and efficient water to air reverse cycle heat pumps.

The units feature R407C refrigerant, two double inlet centrifugal direct coupled fans with 3 speed sealed for the life motors. Optional fascia (for direct wall mounting installations) made from aluzink and painted in white RAL 9002. Units are designed for ease of installation, service and maintenance.

The units automatically provide cooling or heating to ensure year round comfort. The microprocessor control system also provides other important functions such as monitoring and group control.

Options include cased, cased front entry air, basic for installation behind surround and basic with front entry return air. Plinth, grills and discharge ducts are all available to aid installation issues.

CERTIFIED QUALITY SYSTEM ISO 9001 : 2000

WLHP

5 - 17

STANDARD UNIT SPECIFICATIONS

COMPRESSOR

hermetic rotary compressor with gas compression in the crankcase, direct suction, no oil heater. It is mounted on antivibration rubber pads. Includes oil feed.

STRUCTURE

structure made entirely from “aluzink” plate that guarantees excellent mechanical characteristics and high corrosion strength over time. The compressor area is made from thick metal plate and is completely insulated with soundproofing material to minimise noise output. The ventilating section is completely lined with anti-condensate and soundproofing material.

PANELLING

external fairing made from “aluzink” plate and powder painted (colour RAL

9002, rough texture), fastened to the unit by two compression hooks and an easily-removable screw, enabling fast access to the internal components.

Where necessary, insulated with anti-condensate and soundproofing material.

AIR EXCHANGER

direct expansion finned exchanger, made from copper pipes in staggered rows and mechanically expanded to the fin collars. The fins are made from aluminium with a corrugated surface and adequately distanced to ensure the maximum heat exchange efficiency.

WATER EXCHANGER

Full copper tube-in-tube exchanger, hermetically welded to the refrigerant circuit.

Checked at a pressure of 30 bars and welded in nitrogen atmosphere to avoid oxidation.

Includes antifreeze protection at water outlet.

Version:

High efficiency (H) plate exchanger brazed-plate exchanger in AISI 316 stainless steel for increased surface exchange with external thermal/anticondensate insulation

FAN

dual intake centrifugal fan with forward blades for maximum efficiency and low noise. Statically- and dynamically-balanced according to the ISO 1940 standards, section 6.3. The scroll, the rotor and the frame are made from galvanized steel plate (semdzimir).

Directly coupled to the electric motor.

REFRIGERANT CIRCUIT

The circuit is complete with:

-liquid receiver

-high pressure switch

-4-way reverse cycle valve

-non-return valve

-expansion device

FILTRATION

NAN honeycomb mesh air filter made from neutral multiply polypropylene fabric (weighted efficiency A –gravimetric method – 48%).

TRAY

Inox steel AISI 304 condensate collection tray with anti-condensate insulation, welded, fitted with drain pipe

ELECTRICAL PANEL

the electrical panel, including the microprocessor controller, is positioned inside the units, with access through an easy-to-remove panel.

the Power Section includes:

-power input terminals

-auxiliary circuit fuse

-compressor control contactor

-isolating transformer for auxiliary circuit power supply the control section includes:

-antifreeze protection

-compressor overload protection and timer

-electronic thermostat for air temperature control

-centralised alarms with remote signalling

-remote ON/OFF control

-complete alarm management with log

-On/off switch

-Active alarm or function signal LED

-terminal block for connection to room thermostat;

-microprocessor control

ACCESSORIES

-manual two-way valve at the inlet and outlet of each exchanger on the water side. Used to isolate the unit from the water circuit to allow any maintenance operations.

-ON/OFF solenoid valve, water side

-serial connection kit for connecting the unit control module to a centralised control system (PC or BMS).

-Versatemp series electronic thermostat (English market)

-remote thermostat

-Versatemp control (english market)

-water flow setter (manual valve)

-painted plinth for floor standing arrangement

-water circuit connection hoses plus condensate drain pipe

-condensate discharge pump

-outlet duct

-outlet grille with flexible joint for architectural surround

-coil antifreeze protection sensor

-differential pressure switch, water side

CONFIGURATION CODE

EQV 5 T V R3 W H

2

(1) CONTROL

Onboard keypad (T)

standard

remote keypad (TR)

unit supplied without onboard keypad

(2) CABINET

Vertical in view (V)

unit with RAL 9002 painted fascia

Vertical flush-mounted (VC)

unit supplied less fascia for mounting behind architectural surrounds

(3) INTAKE

Bottom intake (R3)

standard

Frontal return air inlet (FR)

upon request, the units can be supplied with front intake

1 2 3 4 5

(4) LOW TEMPERATURE

Low air temperature (B)

coil antifreeze protection sensor

Not required (-)

standard

(5) APPLICATION

Water loop (W)

standard

Geothermal (G)

units for geothermal applications

(6) ENERGY EFFICIENCY

High efficiency (H)

plate exchanger for greater efficiency with R-407C

Standard (S)

6

CONDENSER PRESSURE DROP

EQV 5-7-9-15-17

1

50

40

30

20

10

0

100

90

80

70

60

0 0.05

0.1

Q (l/s)

0.15

0.2

Q = WATER FLOW

DP = PRESSURE DROP

(1) TUBE IN TUBE EXCHANGER

(2) PLATE EXCHANGER

WLHP

5 - 17

2

50

40

30

20

10

0

80

70

60

0

EQV 5-7-9

0.05

0.1

Q (l/s)

EQV 15-17

0.15

0.2

2

90

80

70

60

50

40

30

20

10

0

0 0.05

0.1

0.15

Q (m 3/h)

0.2

0.25

0.3

3

WLHP

5 - 17

GENERAL TECHNICAL SPECIFICATIONS

Size

COOLING

Cooling capacity

Sensible capacity

Compressor power input

Total power input

HEATING

Heat output

Compressor power input

Total power input

COMPRESSOR

Type of compressors

No. of Compressors

AIR HANDLING SECTION

Front surface

Number of rows

Fin spacing

AIR HANDLING SECTION FANS (OUTLET)

Type of fans

Standard air flow

Installed unit power

CONDENSER

Water flow-rate

Pressure drop

CONNECTIONS

Water fittings

Condensate discharge

STANDARD UNIT WEIGHTS

Shipping weight

DIMENSIONS

Length

Depth

Height

(1) Ambient temperature 27°C/19.5 WB evaporator inlet water 30°C deducted the fan power absorption

(2) Ambient temperature 27°C/19.5 WB evaporator inlet water 30°C

(3) ambient temperature 20°C DB exchanger water inlet 20°C deducted the fan power absorption

(4) ambient temperature 20°C DB exchanger water inlet 20°C

5 7 9

3

4

4

2

2

1

2

5 kW kW kW kW kW kW kW

Nr m2

Nr mm

1,9

1,6

0,5

0,6

2,2

0,5

0,6

ROT

1

0,201

2

2,1

2,4

2,1

0,7

0,8

2,5

0,6

0,7

ROT

1

0,201

2

2,1

6 l/s kW

7 l/s kPa

CFG

180

0,1

CFG

180

0,1

CFG

180

0,1

8

9 mm mm kg

0,064

16

1/2"

15

74

0,064

16

1/2"

15

74

10 mm

10 mm

10 mm

1264

242

589

1264

242

589

1264

242

589

(5) ROT = rotary compressor

(6) CFG = centrifugal fan

(7) tolerance allowed +/- 20%

(8) female GAS fitting

(9) pipe outside diameter

(10) dimensions relating to the unit with cabinet

0,075

23

1/2"

15

75

ROT

1

0,201

2

2,1

2,6

2,2

0,8

0,9

2,5

0,7

0,8

17

ROT

1

0,186

3

2,1

3,7

3,2

1,2

1,3

3,7

1,1

1,2

CFG

220

0,14

0,114

46

1/2"

15

78

1335

242

589

15

ROT

1

0,186

3

2,1

3,3

2,8

1

1,1

3,2

0,9

1

CFG

220

0,14

0,114

46

1/2"

15

78

1335

242

589

4

ENERGY EFFICIENCY: HIGH EFFICIENCY (H)

GENERAL TECHNICAL SPECIFICATIONS

Size

COOLING

Cooling capacity

Sensible capacity

Compressor power input

Total power input

HEATING

Heat output

Compressor power input

Total power input

CONDENSER

Water flow-rate

Pressure drop

(1) Ambient temperature 27°C/19.5 WB evaporator inlet water 30°C deducted the fan power absorption

(2) Ambient temperature 27°C/19.5 WB evaporator inlet water 30°C

(3) ambient temperature 20°C DB exchanger water inlet 20°C deducted the fan power absorption

3

4

4

1

2

2

2

5 kW kW kW kW kW kW kW l/s kPa

5

2,2

1,9

0,5

0,6

2,4

0,5

0,6

7

2,6

2,1

0,7

0,8

3

0,7

0,8

9

2,9

2,2

0,8

0,9

3,6

1

1,1

0,11

34

0,13

45

0,13

45

(4) ambient temperature 20°C DB exchanger water inlet 20°C

(5) tolerance allowed +/- 20% plate exchanger for greater efficiency with R-407C we recommend the accessory differential pressure switch

15

3,9

3,2

1

1,1

5

1,2

1,3

0,18

40

17

4,2

3,2

1,2

1,3

5,1

1,4

1,5

0,19

46

ELECTRICAL DATA

Size

F.L.A. - FULL LOAD CURRENT AT MAX ADMISSIBLE CONDITIONS

Compressor 1 (230/1/50)

Outlet fan (230/1/50 )

Total (230/1/50 )

L.R.A. LOCKED ROTOR AMPERES

Compressor 1 (230/1/50)

Outlet fan (230/1/50 )

M.I.C. MAXIMUM INRUSH CURRENT

Value (230/1/50)

Voltage

230/1/50

A

A

A

A

A

A

5

3

0,8

3,8

15,5

1

16,5

7

3,6

0,8

4,4

20,5

1

21,5

9

4,3

0,8

5,1

24

1

25

15

6

0,8

6,8

35

1

36

WLHP

5 - 17

17

6,3

0,8

7,1

35

1

36

OPERATING LIMITS (COOLING)

Size

CONDENSER

Max water inlet temperature

Min. water inlet temperature

Maximum water side pressure

EVAPORATOR

Min air inlet temperature (W.B.)

Max. air temperature inlet (D.B.)

Max ambient relative humidity

OPERATING LIMITS (HEATING)

CONDENSER

Max water inlet temperature

Min. water inlet temperature

Min. water outlet temperature

Maximum water side pressure

Max. air temperature inlet (D.B.)

DB = dry bulb

WB = wet bulb

(1) with nominal water flow

(2) we recommend the defrost sensor

(3) once-through water system

1

2

°C

°C bar

°C

°C

%

5

45

18

13,8

13

29

70

7

45

18

13,8

13

29

70

9

45

18

13,8

13

29

70

15

45

18

13,8

13

29

70

17

45

18

13,8

13

29

70

1

1

3

°C

°C

°C bar

°C

45

18

7

13,8

29

45

18

7

13,8

29

45

18

7

13,8

29

45

18

7

13,8

29

45

18

7

13,8

29

AIR FLOW / FAN SPEED

Size

Air flow (minimum speed)

Air flow (medium speed)

Air flow (maximum speed)

Voltage

230/1/50 l/s l/s l/s

5

90

130

180

7

90

130

180

9

90

130

180

15

125

175

220

17

125

175

220

5

WLHP

5 - 17

SOUND LEVELS

FAN SPEED: Standard Speed (S)

5

7

9

15

17

Sound Power Level (dB)

Octave band (Hz)

63 125 250 500 1000 2000 4000 8000

59

60

61

62

60

54

55

56

57

55

51

53

53

55

55

51

53

53

54

54

45

48

48

51

51

41

44

44

46

46

37

41

41

44

44

31

35

35

38

38

Sound pressure level

Sound power level dB(A)

47

48

48

49

49 dB(A)

52

54

54

56

56

FAN SPEED: Medium speed (M)

5

7

9

15

17

Sound Power Level (dB)

Octave band (Hz)

63 125 250 500 1000 2000 4000 8000

57 52

60 55

60 55

60 55

62 57

47

50

51

53

53

45

48

50

52

54

40

43

44

47

50

34

38

41

44

47

29

34

37

40

43

23

28

31

34

37

Sound pressure level

Sound power level dB(A)

41

43

45

46

49 dB(A)

46

49

51

53

56

FAN SPEED: Low speed (L)

5

7

9

15

17

Sound Power Level (dB)

Octave band (Hz)

63 125 250 500 1000 2000 4000 8000

57 52

60 55

60 55

44 40

61 56

45

48

49

34

50

41

42

47

60

53

36

38

41

55

50

30

31

39

49

47

25

27

34

50

43

19

21

28

47

37

Sound pressure level

Sound power level dB(A)

38

39

43

45

48 dB(A)

43

45

49

52

55 the sound levels are referred to a wall mounted unit, with cabinet and with several air flow. The sound pressure level is referred at a distance of 1 m. from unit surface working in free field conditions.

6

PERFORMANCE CORRECTION COEFFICIENTS (AIR STANDARD FLOW-RATE ASSUMED AS 1)

5

7

9

15

17

Kf

0,91

0,90

0,93

0,93

0,93

Ks

0,89

0,88

0,95

0,95

0,95

L

Kt

0,94

0,94

0,97

0,97

0,97

Kef Ket

0,97

0,97

0,95

0,95

0,95

1,02

1,08

1,04

1,04

1,04

Kf

0,97

0,98

0,99

0,99

0,99

Ks

0,96

0,95

0,99

0,99

0,99

VOLTAGE

230/1/50

LOW SPEED (L)

MEDIUM SPEED (M)

STANDARD SPEED (S)

KF = COOLING PERFORMANCE MULTIPLICATION COEFFICIENT

KS= SENSIBLE OUTPUT MULTIPLICATION COEFFICIENT

KT = HEATING PERFORMANCE MULTIPLICATION COEFFICIENT

KEF = COMPRESSOR POWER INPUT MULTIPLICATION COEFFICIENT IN COOLING OPERATION

KET = COMPRESSOR POWER INPUT MULTIPLICATION COEFFICIENT IN HEATING OPERATION

M

Kt

0,98

0,96

0,99

0,99

0,99

Kef Ket

0,98

0,99

0,97

0,97

0,97

1,01

1,03

1,02

1,02

1,02

Kf

1,00

1,00

1,00

1,00

1,00

Ks

1,00

1,00

1,00

1,00

1,00

S

Kt

1,00

1,00

1,00

1,00

1,00

Kef Ket

1,00

1,00

1,00

1,00

1,00

1,00

1,00

1,00

1,00

1,00

WLHP

5 - 17

28 / 21

30 / 22

22 / 16

24 / 17

26 / 19

27 / 19,5

28 / 21

30 / 22

27 / 19,5

28 / 21

30 / 22

22 / 16

24 / 17

26 / 19

27 / 19,5

24 / 17

26 / 19

27 / 19,5

28 / 21

30 / 22

22 / 16

24 / 17

26 / 19

22 / 16

24 / 17

26 / 19

27 / 19,5

28 / 21

30 / 22

22 / 16

COOLING PERFORMANCE

Size

5

7

9

15

17

Ta

(°C)

DB/WB

28 kWe kWs kWf

1,70 0,52 1,45

1,75 0,52 1,57

1,86 0,54 1,55

1,89 0,54 1,60

1,97 0,56 1,52

2,03 0,57 1,60

2,20 0,65 1,99

2,27 0,66 2,13

2,42 0,68 2,11

2,46 0,69 2,15

2,58 0,70 2,00

2,66 0,72 2,01

2,38 0,75 2,05

2,46 0,75 2,18

2,61 0,78 2,17

2,65 0,78 2,23

2,78 0,80 2,14

2,86 0,82 2,24

3,10 0,92 2,58

3,21 0,92 2,74

3,42 0,91 2,73

3,47 0,91 2,81

3,64 0,91 2,75

3,75 0,90 2,93

3,59 1,03 2,97

3,70 1,04 3,14

3,92 1,06 3,12

3,98 1,07 3,21

4,15 1,09 3,14

4,26 1,10 3,36

WATER OULET TEMPERATURE (°C) (DT = 8°C)

33 kWe kWs kWf

38 kWe kWs kWf

43 kWe kWs kWf kWf

1,72 0,50 1,46 1,71

1,78 0,51 1,57 1,76

1,88 0,53 1,56 1,86

1,91 0,53 1,61 1,89

0,51 1,47

0,52 1,58

0,54 1,57

0,54 1,62

1,66 0,55 1,48 1,57

1,71 0,56 1,59 1,62

1,81 0,58 1,58 1,71

1,83 0,58 1,63 1,73

1,99 0,54 1,53 1,97

2,04 0,55 1,61 2,02

2,21 0,65 1,99 2,18

2,28 0,66 2,13 2,25

2,43 0,68 2,11 2,40

2,47 0,68 2,16 2,44

2,58 0,70 2,00 2,55

2,66 0,72 2,02 2,63

2,40 0,74 2,06 2,36

2,46 0,75 2,18 2,43

2,61 0,78 2,18 2,57

2,65 0,78 2,23 2,61

2,77 0,80 2,14 2,73

2,86 0,82 2,24 2,82

3,06 0,95 2,57 2,97

3,16 0,96 2,72 3,07

3,36 0,95 2,71 3,27

3,41 0,95 2,80 3,32

3,57 0,95 2,75 3,47

3,68 0,94 2,94 3,58

3,49 1,07 2,95 3,36

3,60 1,09 3,13 3,47

3,82 1,13 3,11 3,68

3,87 1,15 3,20 3,73

4,02 1,18 3,14 3,86

4,11 1,21 3,36 3,95

1,01 2,55

1,01 2,70

1,01 2,70

1,01 2,79

1,01 2,75

1,00 2,95

1,13 2,94

1,16 3,11

1,22 3,10

1,24 3,20

1,29 3,13

1,33 3,36

0,56 1,54

0,57 1,62

0,67 2,00

0,68 2,14

0,70 2,12

0,71 2,16

0,73 2,01

0,74 2,03

0,76 2,07

0,78 2,19

0,80 2,18

0,81 2,24

0,84 2,15

0,85 2,24

1,90 0,60 1,54 1,80

1,95 0,61 1,63 1,84

2,11 0,71 2,01 2,00

2,18 0,72 2,14 2,07

2,33 0,75 2,12 2,21

2,36 0,75 2,17 2,25

2,48 0,78 2,02 2,38

2,56 0,80 2,04 2,47

2,28 0,81 2,07 2,15

2,35 0,82 2,20 2,23

2,49 0,85 2,19 2,38

2,53 0,86 2,24 2,42

2,65 0,89 2,15 2,54

2,74 0,92 2,25 2,62

2,84 1,08 2,53 2,67

2,94 1,08 2,69 2,76

3,14 1,08 2,69 2,97

3,19 1,08 2,78 3,02

3,34 1,08 2,75 3,18

3,45 1,07 2,97 3,30

3,19 1,23 2,93 3,00

3,30 1,26 3,10 3,10

3,50 1,33 3,09 3,29

3,55 1,35 3,19 3,34

3,68 1,42 3,13 3,47

3,76 1,46 3,36 3,56

50 kWe kWs

0,64 1,50

0,65 1,57

0,67 1,59

0,68 1,64

1,21 2,51

1,21 2,66

1,21 2,67

1,21 2,76

1,21 2,76

1,21 2,99

1,40 2,90

1,44 3,01

1,52 3,08

1,55 3,18

1,62 3,13

1,68 3,36

0,70 1,56

0,71 1,64

0,81 1,94

0,82 2,01

0,85 2,13

0,86 2,18

0,89 2,03

0,92 2,05

0,91 2,08

0,93 2,17

0,97 2,19

0,99 2,25

1,02 2,15

1,05 2,25

48 kWe kWs kWf

0,61 1,49 1,52

0,62 1,60 1,57

0,64 1,59 1,66

0,65 1,64 1,68

0,66 1,55 1,74

0,68 1,64 1,78

0,77 2,00 1,94

0,79 2,07 2,01

0,82 2,13 2,15

0,83 2,18 2,19

0,86 2,03 2,32

0,88 2,05 2,42

0,88 2,08 2,09

0,90 2,20 2,17

0,93 2,19 2,32

0,95 2,25 2,36

0,98 2,15 2,48

1,01 2,25 2,56

1,17 2,52 2,58

1,17 2,67 2,68

1,17 2,68 2,89

1,17 2,77 2,94

1,17 2,76 3,11

1,16 2,98 3,23

1,35 2,91 2,91

1,38 3,09 3,01

1,46 3,08 3,19

1,49 3,18 3,24

1,56 3,13 3,38

1,61 3,36 3,47 data refers to the following conditions : deducted the fan power absorption data at variable water flow: at costant water flow, the IN/OUT water temperature changes according to working conditions

Ta = evaporator inlet air temperature

DB = dry bulb

WB = wet bulb kWf = Cooling capacity in kW kWs = sensible cooling capacity (kW) kWe = Compressor power input in kW

7

8

WLHP

5 - 17

HEATING PERFORMANCE

Size Ta (°C)

7

5

7

9

15

17

2,87

2,86

3,44

3,40

2,86

2,86

2,87

2,87

2,87

2,23

2,22

2,21

2,21

2,20

2,19

2,18

3,36

3,34

3,32

3,31

3,29

2,21

2,21

2,19

2,19

2,18

2,17

2,16

1,94

1,93

1,92

1,90 kWt

2,00

1,98

1,95

21

22

14

16

16

18

19

20

20

21

22

14

16

18

19

18

19

20

21

22

19

20

21

22

14

14

16

18

19

20

21

22

14

16

18

0,48

0,51

0,53

0,55

0,56

0,57

0,58

0,48

0,49

0,50

0,51 kWe

0,42

0,45

0,47

0,59

0,62

0,64

0,65

0,66

0,68

0,69

0,74

0,78

0,82

0,84

0,86

0,88

0,89

0,98

0,99

1,00

1,01

1,02

1,03

1,03 data refers to the following conditions : deducted the fan power absorption data at variable water flow: at costant water flow, the IN/OUT water temperature changes according to working conditions

Ta = condenser air intake temperature kWt = heating capacity (kW) kWe = Compressor power input in kW

3,20

3,19

3,80

3,77

3,23

3,22

3,21

3,21

3,20

2,52

2,51

2,49

2,48

2,48

2,47

2,46

3,75

3,74

3,73

3,72

3,72

2,54

2,53

2,52

2,51

2,50

2,49

2,47

2,21

2,20

2,19

2,18 kWt

2,27

2,25

2,22

3,45

3,44

4,09

4,08

3,52

3,50

3,48

3,47

3,46

2,76

2,75

2,73

2,73

2,72

2,71

2,71

4,07

4,06

4,05

4,05

4,04

2,82

2,80

2,78

2,77

2,76

2,75

2,74

2,43

2,42

2,41

2,40 kWt

2,48

2,46

2,44

12

WATER OULET TEMPERATURE (°C) (DT = 8°C)

17 22 24

0,90

0,92

1,00

1,03

0,79

0,82

0,85

0,87

0,89

0,64

0,66

0,69

0,70

0,72

0,73

0,74

1,06

1,08

1,10

1,12

1,14

0,54

0,56

0,59

0,60

0,61

0,62

0,64

0,52

0,53

0,54

0,55 kWe

0,47

0,49

0,51

0,92

0,93

1,04

1,08

0,81

0,84

0,87

0,89

0,90

0,68

0,71

0,74

0,76

0,77

0,79

0,81

1,13

1,16

1,18

1,21

1,23

0,59

0,61

0,64

0,65

0,67

0,68

0,69

0,56

0,57

0,58

0,59 kWe

0,51

0,53

0,55

3,63

3,62

4,32

4,32

3,73

3,69

3,66

3,65

3,64

2,96

2,94

2,93

2,93

2,93

2,92

2,92

4,31

4,30

4,29

4,28

4,26

3,04

3,01

2,98

2,97

2,96

2,95

2,95

2,59

2,58

2,57

2,56 kWt

2,64

2,62

2,60

0,92

0,94

1,08

1,14

0,83

0,85

0,88

0,89

0,91

0,73

0,76

0,80

0,82

0,83

0,85

0,87

1,20

1,23

1,26

1,29

1,32

0,63

0,66

0,69

0,70

0,71

0,73

0,74

0,59

0,60

0,61

0,63 kWe

0,54

0,56

0,58

3,68

3,67

4,39

4,40

3,79

3,75

3,71

3,70

3,69

3,02

3,01

3,00

3,00

3,00

3,00

3,00

4,39

4,37

4,36

4,34

4,32

3,12

3,07

3,04

3,03

3,02

3,02

3,02

2,64

2,63

2,62

2,61 kWt

2,69

2,67

2,65

0,92

0,93

1,10

1,17

0,83

0,85

0,88

0,89

0,91

0,75

0,79

0,82

0,84

0,86

0,88

0,90

1,23

1,27

1,30

1,33

1,36

0,65

0,68

0,70

0,72

0,73

0,75

0,76

0,60

0,61

0,63

0,64 kWe

0,55

0,57

0,59

27

0,91

0,93

1,13

1,21

0,82

0,85

0,87

0,88

0,90

0,78

0,82

0,86

0,88

0,90

0,92

0,94

1,28

1,31

1,35

1,38

1,41

0,68

0,70

0,73

0,74

0,76

0,77

0,79

0,62

0,63

0,64

0,65 kWe

0,56

0,58

0,61

3,73

3,72

4,49

4,49

3,85

3,80

3,76

3,75

3,74

3,10

3,10

3,10

3,10

3,10

3,10

3,10

4,48

4,46

4,44

4,41

4,37

3,23

3,16

3,12

3,10

3,10

3,10

3,10

2,69

2,68

2,67

2,66 kWt

2,74

2,72

2,70

DIMENSIONAL DRAWING

Size

E

F

G

I

H

A

B

C

D

L

M

N

O

DIMENSIONAL DRAWING

1

D

A

3

4 E

1

B

L

I

H

O

G

(1) POWER INPUT

(2) UNIT WALL-MOUNTING BRACKET

(3) OUTSIDE AIR INTAKE

(4) FAIRING FASTENING SYSTEM (COMPRESSION)

(5) CONDENSER WATER INLET

(6) CONDENSER WATER OUTLET

(7) MINIMUM DISTANCE BETWEEN UNIT AND LOWER SURFACE (100 MM)

(8) UNIT MOUNTED THERMOSTAT

(9) FRONT AIR INTAKE (OPTIONAL)

(10) CONDENSATE DRAIN PIPE OUTLET

9

WLHP

5 - 17

mm mm mm mm mm mm mm mm mm mm mm mm mm

5

1264

242

589

995

358

368

1221

230

560

756

358

368

756

7

1264

242

589

995

358

368

1221

230

560

756

358

368

756

9

1264

242

589

995

358

368

1221

230

560

756

358

368

756

15

1335

242

589

995

358

368

1292

230

560

826

358

368

826

17

1335

242

589

995

358

368

1292

230

560

826

358

368

826

VERSATEMP

8

C

F

2

5 6

7

2

M

5

6

10

N

7

9

WLHP

5 - 17

The data contained in this bulletin is not binding and may be changed by the manufacturer without prior notice. All reproduction, even partial, is prohibited.

© Copyright - CLIVET S.p.A. - Feltre (BL) - Italy

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