MAXA i-32V5 A06 heat pump (6kw)
3.320,00 VAT excluded
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Brand: MAXA
Type: Monoblock hydronic heat pump

Requirement: Cooling/ Heating

Power: 6 kw

Energy Class: A+++ (35°C)
Ideal for rooms up to a maximum of 80 square meters
Refrigerant gas: R-32
Dimensions (HxWxD) : 830 x 918 x 394 mm
Power supply : Single phase
Warranty : 3 years with first ignition included mandatory

Recommended options:

  • Anti-vibration feet
  • Wall-mounted remote control

Certifications:

 

 

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Description

TECHNICAL FEATURES

 

i-32V5
06A 08A 10
 

 

 

 

 

Cooling

 

Cooling capacity (1) min/nom/max

 

kW

 

3,22 / 5,19 /5,71*

 

3,74 / 6,14 /6,65*

 

4,66 / 7,53 /8,28*

Power consumption (1) kW 1,64 1,97 2,39
E.E.R. (1) W/W 3,16 3,12 3,15
 

Cooling capacity (2) min/nom/max

kW 5,52/6,37/6,72* 5,58/8,03/8,67* 6,22/9,50/10,4*
Power consumption (2) kW 1,30 1,79 2,15
E.E.R. (2) W/W 4,90 4,49 4,41
SEER (5) W/W 4,42 4,51 4,34
Water flow rate (1) L/s 0,25 0,29 0,36
Use-side exchanger pressure drop (1) kPa 3,2 5,3 6,9
 

 

 

 

 

 

Heating

Thermal power (3) min/nom/max kW 4,47/6,13/7,48* 4,24/7,71/8,99* 5,18/9,76/11,2*
Power consumption (3) kW 1,25 1,71 2,28
C.O.P. (3) W/W 4,90 4,57 4,43
Thermal power (4) ) min/nom/max kW 4,29 / 5,97 /7,03* 4,24 / 7,71 /8,99* 5,18 / 9,76 /11,2*
Power consumption (4) kW 1,58 2,11 2,80
C.O.P. (4) W/W 3,78 3,65 3,48
SCOP (6) W/W 4,46 4,46 4,53
Water flow rate (4) L/s 0,29 0,37 0,47
Use-side exchanger pressure drop (4) kPa 4,4 8,6 9,7
Energy Efficiency

water 35°C / 55°C

Class A+++/A++ A+++/A++ A+++/A++
 

 

Compressor

Type Twin Rotary Dc Inverter
Number of compressors 1 1 1
Coolant oil(Type) ESTER OIL VG74
Coolant oil (Quantity) L 0,62 0,62 1
Cooling circuits 1 1 1
 

 

Coolant

Type R32 R32 R32
Refrigerant Qty (7) kg 0,97 0,97 2,5
Refrigerant qty in tons of CO2 equivalent (7) ton 0,7 0,7 1,7
Design pressure (high/low) mod. heat pump bar 42,8/1,3 42,8/1,3 42,8/1,3
Design pressure (high/low) mod. chiller bar 42,8/3,5 42,8/3,5 42,8/3,5
Zone fans

external

Type Brushless DC Motor
Number 1 1 1
 

Internal exchanger

Internal exchanger type A plates
No. of internal exchangers 1 1 1
Water content L 0,6 0,6 1,2
 

 

 

Hydraulic circuit

Useful prevalence (1) kPa 74,9 71,0 68,9
Water content of hydronic circuit L 0,6 0,6 1,2
Maximum water-side pressure bar 6 6 6
Hydraulic connections inch 1 “M 1 “M 1 “M
Minimum water volume (8) L 40 40 50
Maximum circulator power kW 0,10 0,10 0,08
Max circulator absorbed current A 0,66 0,66 0,38
Energy Efficiency Index (EEI) circulator ≤ 0,21 ≤ 0,21 ≤ 0,21
Sound emissions Sound Power Lw (9) dB(A) 64 64 64
Sound Power Lw (10) dB(A) 62 62 62
 

 

Electrical data

Power supply 230V/1/50Hz
Maximum power input kW 3,4 4,1 4,6
Maximum absorbed current A 15,5 18,7 20,2
Maximum power input with antifreeze kit kW 3,5 4,2 4,8
Maximum absorbed current with antifreeze kit A 15,9 19,1 20,7

Performance referred to the following conditions in accordance with 14511:2018:

(1) Cooling: outdoor air temperature 35°C; water temperature in/out. 12/7°C.

(2) Cooling: outdoor air temperature 35°C; inlet/outlet water temperature 23/18°C.

(3) Heating: outdoor air temperature 7°C b.s. 6°C b.u.; water temp.ing./exc. 30/35°C

(4) Heating:outdoor air temperature 7°C b.s. 6°C b.u.; water temp.ing./exc. 40/45°C.

(5) Cooling: inlet/outlet water temperature 7/12°C.

(6) Heating: average climatic conditions; Tbiv=-7°C; temp.water ing./usc. 30/35°C.

(7) Indicative data and subject to change. Always refer to the technical label on the unit for the correct figure.

(8) Calculated for a decrease in system water temperature of 20°C with a defrost cycle lasting 6 minutes.

(9) Sound power: heating mode condition (3) according to EN 12102-1:2013; value determined on the basis of measurements made in accordance

With the UNI EN ISO 9614-1 standard.

(10) Sound power: heating mode at part load according to annex A of EN 12102:2017; value determined based on measurements made

in accordance with UNI EN ISO 9614-1, in compliance with the requirements of Eurovent and Heat Pump Keymark certification.

(*) by activating the maximum Hz function.

N.B. Performance data shown are approximate and may be subject to change. In addition, the yields declared in (1), (2), (3) and (4)

are intended to refer to instantaneous power according to UNI EN 14511. The figure stated in (5) and (6) is determined according to UNI

EN 14825.

Additional information

Weight 80 kg

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