Heat pump Inverter with indoor wall unit

Description

Air Inverter II - B is the new heat pump with wall installable for heating, cooling and DHW production.

It is composed of an external unit with very high efficiency and a small box for the interior. Air Inverter II - B can be installed on the wall and in any building minimizing space and optimizing architectural integration building.

Available in 7 sizes from 4kW to 16kW with single-phase and three-phase power supply. It works with wide operating limits from -20 ° C to external 46 ° C and with flow temperature up to 60 ° C.

It is suitable both in new buildings and in the event of energy requalification in single or multi-family residential areas.

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The compact heat pump

The Air Inverter II - B heat pump consists of two sections:

An internal unit of compact dimensions, which can be fixed to the wall, designed for direct connection to a sanitary storage tank.
The silent outdoor unit with extremely small dimensions.

The advantage of the heat pump is its small size, it can be easily installed instead of the old wall-mounted boiler or in the kitchen cupboards.

Internal unit structure

1) Load-bearing structure in highly resistant sheet metal
2) Hydronic module
3) Supplementary electric heater from 2-4 kW and 6 kW (optional)
4) 3 valve through pre-wired sanitary management
5) 3 bar safety valve with pressure gauge
6) Condensate collection tray

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The heat pump is easy to install

Air Inverter II B meets the needs of every type of residential building with a decentralized system.

They have been designed to speed up the installation phases, as the indoor unit contains the main components needed for the plumbing and heating system.

Air Inverter II - B adapts perfectly to systems with radiant panels, fan coils, storage tanks for domestic hot water.

Features and Models

Model	Pot fridge *	EER	Pot term.	COP	Nutrition	Energy efficiency class
						MT - BT
04 M	4,47 kW	5,58	4,23 kW	5,21	230 / 1 / V 50	A ++ \| A ++
06 M	6,19 kW	4,80	6,33 kW	4,83	230 / 1 / V 50	A ++ \| A ++
08 M	8,01 kW	4,43	8,09 kW	4,57	230 / 1 / V 50	A ++ \| A ++
12 M	11,4 kW	4,40	12,2 kW	4,79	230 / 1 / V 50	A ++ \| A ++
12 T	11,4 kW	4,40	12,2 kW	4,79	400 / 3 / V 50	A ++ \| A ++
16 M	15,4 kW	4,33	15,8 kW	4,81	230 / 1 / V 50	A + \| A ++
16 T	15,4 kW	4,33	15,8 kW	4,81	400 / 3 / V 50	A + \| A ++

Terms of reference:
Cooling: A35 / W18
Heating: A7 / W35 (EN 14511)

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Design

Technical data Air Inverter II - B

Features and Models

SIZES	UM	04M	06M	08M	12M / T	16M / T
VERSIONS		IN-TB	IN-TB	IN-TB	TB	TB
HEATING Inlet / outlet water use side 30 / 35 ° C - Source side air 7 ° C (UR = 85%)
Thermal power	kW	4,23	6,33	8,09	12,16	15,77
Total input	kW	0,81	1,31	1,77	2,54	3,28
COP	-	5,21	4,83	4,57	4,79	4,81
Water flow	l / s	0,20	0,30	0,39	0,56	0,74
Maximum useful prevalence	kPa	71,0	63,0	55,0	78,0	54,0
HEATING Inlet / outlet water use side 30 / 35 ° C - Source side air 7 ° C (UR = 85%)
Thermal power	kW	4,78	5,68	6,09	9,76	12,06
Total input	kW	1,56	1,95	2,18	3,32	4,14
COP	-	3,06	2,91	2,79	2,94	2,91
Water flow	l / s	0,23	0,27	0,29	0,45	0,56
Maximum useful prevalence	kPa	71,0	63,0	55,0	78,0	54,0
HEATING Inlet / outlet water use side 30 / 35 ° C - Source side air 7 ° C (UR = 85%)
Thermal power	kW	4,06	6,00	7,29	12,22	16,44
Total input	kW	1,10	1,65	2,15	3,35	4,42
COP	-	3,69	3,64	3,39	3,65	3,72
Water flow	l / s	0,19	0,29	0,35	0,57	0,77
Maximum useful prevalence	kPa	72,0	65,0	53,0	82,0	62,0
COOLING Water inlet / outlet side of use 18 / 23 ° C - Air on source side 35 ° C
Thermal power	kW	4,47	6,19	8,01	11,39	15,40
Total input	kW	0,80	1,29	1,81	2,59	3,56
COP	-	5,58	4,80	4,43	4,40	4,33
Water flow	l / s	0,21	0,30	0,38	0,54	0,74
Maximum useful prevalence	kPa	71,0	63,0	55,0	78,0	54,0
COOLING Water inlet / outlet side of use 7 / 12 ° C - Air on source side 35 ° C
Cooling capacity	kW	4,34	6,24	7,57	11,34	15,53
Total input	kW	1,27	2,05	2,73	4,25	5,71
EER	-	3,42	3,05	2,77	2,67	2,72
ESEER	-	4,82	4,58	3,85	4,32	4,02
Water flow	l / s	0,21	0,30	0,36	0,54	0,74
Maximum useful prevalence	kPa	71,0	63,0	55,0	78,0	54,0
Total power consumption and performance according to EN 14511: 2013

Operating limits

Cooling, heating and domestic hot water Air Inverter II - T.

Twu (° C): exchanger outlet water temperature
Tae (° C): outdoor air temperature
(1) Normal operating range
(2) Operating range with the use of resistance

ΔP (kPa): useful prevalence
Q (l / s): water flow rate
Pel (W): absorbed electrical power

Dimensional units

DIMENSIONAL INTERNAL UNITS

Size UM 04 M-06 M-08 M 12 - 16 M / T

Weight in operation 48 50 kg

Shipping weight kg 49 51

Dimensional Internal Unit Inverter II B

1 Electrical panel
2 Unit control keypad
3 Power line input
4 Functional spaces standard units
5 Exchange heat exchanger ACS 3 / 4 ”(with VI)
6 Return exchanger ACS 3 / 4 ”(with VI)
7 System delivery side use 3 / 4 ”(with
8 RV.iIt) installation of use side 3 / 4 ”(with VI)
9 Suction attachment 5 / 8 ”
10 Liquid connection 3 / 8 ”
11 Pressure gauge
12 System loading valve
13 1 condensate drain "
14 System vent valve
VI Shut-off valve

DIMENSIONAL EXTERNAL UNIT 04 M - 06M

Dimensional units Inverter IN External

Size - UM - 04 M - 06 M

Operating weight - kg - 60 - 60
Shipping Weight - kg - 72 - 72

1 Compressor compartment
2 Electrical panel
3 Power line input
4 Condensate drain
5 Suction attachment 5 / 8 ”
6 Liquid connection 3 / 8 ”
7 Functional spaces
8 Electric fan

DIMENSIONALS EXTERNAL UNIT 08 M

Dimensional units Inverter IN External 08

Size - UM - 08 M

Operating weight - kg - 76
Shipping Weight - kg - 88

1 Compressor compartment
2 Electrical panel
3 Power line input
4 Condensate drain
5 Suction attachment 5 / 8 ”
6 Liquid connection 3 / 8 ”
7 Functional spaces
8 Electric fan

DIMENSIONAL EXTERNAL UNIT 12 M / T

dimensional 12

Size - UM - 12 M / T - 16M / T

Operating weight - kg - 115 - 115
Shipping Weight - kg - 128 - 128

9. Compressor compartment
10. Electrical cabinet
11. Power line entry
12. Condensate drain
13. Liquid line connections
14. Gas line connections
15. Functional spaces
16. electric fan

Installation

Indicative hydraulic scheme

The system components must be defined by the designer and installer (eg Vents, taps, calibration / safety valves etc.).

1	Refrigerant line (gas)	S	Condensate drain and safety valves Ø 1 ¼ "
2	Refrigerant line (liquid)	VR	Check valve *
3	Domestic hot water outlet Ø ¾ "	FI	System filter (supplied as standard)
4	Aqueduct entrance Ø ¾ "	F	Water filter *
5	Plant water delivery Ø ¾ "	PA	Limescale protection *
6	System water return Ø ¾ "	RID	Pressure reducer *
7	Plant water delivery to Ø ata ”(2 raise) option		Vent *
8	System water return Ø acqua ”(2 raise) option		Shut-off valves
9	Domestic water recirculation		* At the customer's charge

Multi-function keyboard

	Heat pump	Compressor operation percentage	A	Unit LEDs Fixed ON Flashing OFF
	Primary pump active	Cooling	B	Alarm signaling LED
	Sanitary water production	Heating	in the morning	System delivery temperature
	Non-timed compressor	antilegionella	in the morning	System setpoint
	Timed compressor	Domestic hot water recirculation	in the morning	Current DHW temperature
	defrosting	Solar panels (if present)	in the morning	ACS setpoint
	Plant	Programming	in the morning	Solar exchanger inlet temperature
ACCESS	Plant status	Alarm in progress

Controls:

Comfort (sets the system water set-point for optimal comfort in the room)
Economical (optimizes the system water set-point for lower energy consumption)
Automatic programmed (operation based on the weekly schedule + health schedule)
Only sanitary (the unit is active only for the production of domestic hot water)