AIR TO WATER HEAT PUMP ALFÉA EXCELLIA DUO Five models: 11 to 16 kw (single and -phase) Heating and domestic hot water integrated COP up to 4. Suitable for new build and renovation Integrated domestic hot water production with 10 L tank more thermal comfort less energy losses Indoor hydraulic module Outdoor inverter unit
Alféa Excellia Duo HIGH PERFORMANCE: SERVICES FOR RENOVATION HIGH PERFORMANCE: SERVICES FOR RENOVATION The dedicated high performance design of the AIféa Excellia Duo allows it a working temperature of 60 C and a hot water temperature of 55 C in thermodynamic mode. With a Class A circulating pump, and a COP up to 4., the Alféa Excellia Duo has many options available, including cooling or swimming pool kit, so it can adapt to the needs of each project. WORKING TEMPERATURE RANGE DOWN TO - 5 C OUTDOOR MOST PERFORMING HEAT PUMP WITH DHW INCLUDED A SPLIT HEAT-PUMP FOR IMPROVED PERFORMANCES Indoor hydraulic module Outdoor inverter unit CHARACTERISTICS 60 C flow temperature until - 0 C outdoor temperature COP up to 4. DHW convenience: built in production with 10L hot water storage tank. Water curve control for 1 to zones Option of managing 1 hydraulic zone and 1 electric zone from the hot water system (option) Cooling (option) Auxiliary electrical heating (option) SUPPLIES Inverter outdoor unit: Cooling circuit Refrigerant circuit with liquid reinjection technology during compression phase (R410A) Double fan Full Inverter control Indoor module containing: Coaxial heat exchanger Class A circulating pump Water curve control, ambient sensor (option) Expansion vessel, valve, pressure meter, etc. Outdoor sensor Optional auxiliary electric heating
and energy savings 4 5 INDOOR HYDRAULIC MODULE 1 Electrical cabinet ACI AUTO 8 4 16 0 8 1 04 OX 6 Userinterface/controller A dedicated hydraulic conception for improved performances 1 0 HeatcircuitClassAcirculating pump 4 bar 1 Refrigerant Gas connection The Alféa range beneficiates from a coaxial heat exchanger, a technology developed and patented by Atlantic to maximize the heat pump performance. RESET ECS Refrigerant Liquid connection Pressure gauge Expansion vessel It provides the heat pump with the most advantages: Condenser Low heat losses DHWauxiliaryelectricheater Antifreeze in the circuit is not necessary Not sensitive to loaded water Resistance to fouling Stainless steel buffer tank: no corrosion Additional electric backup (optional) Maintenance trap in the upper section of the buffer tank PATENTED EXCHANGER DHW tank with high performance PU Foam insulation Without electric backup HIGH FLOW TEMPERATURE Flow temperature 60 C Flow temperature until -0 C outdoor temperature without using electric backup. At -15 C outdoor temperature At -0 C outdoor temperature 50 C 60 C Extensa + Excellia Hot water Hot water 60 Excellia 50 Extensa + Refrigerant fluid Hot heating circuit 40-0 -5-15 -10-5 0 Outdoor temperature ( C) OUTDOOR INVERTER UNIT Comparison between inverter and traditional heat control Temperature remaining stable Inverter Temperature desired Cold The inverter control adapts its power supply according to outside temperature in order to provide the exact amount of energy for a constant and economical heat. The inverter control allows savings up to 0% compared to a conventional regulation system. Hot An optimized control to maximize savings 4 1 5 8 Control: VPAM inverter Traditional Time 6 1 High-performance,lownoisepropeller 6 Refrigerant storage cylinder Electronic expansion valve Inverter variablespeedelectricmotor Cycle inversion valve Phonicallyandthermallyinsulated inverter scroll compressor Inverter control module 8 Anti-corrosiontreatedmetalcover 4Pumpdownbuttonandcontroldiode Highperformanceevaporatorwith optimizedheatexchangesurface; anti-corrosion,hydrophilicaluminium vanes, grooved copper tubes 5 Connector terminals (powersupplyandinterconnection) Refrigeratingconnectionvalves (flareconnection)withprotectivecover Condensate basin with drain
Technical characteristics and performances UNIT ALFÉA EXCELLIA ALFÉA EXCELLIA ALFÉA EXCELLIA ALFÉA EXCELLIA ALFÉA EXCELLIA DUO 11 DUO 14 DUO TRI 11 DUO TRI 14 DUO TRI 16 REFRIGERANT R410A R410A R410A R410A R410A MAIN CHARACTERISTICS Heating capacity + C/+5 C Floor Heating kw 10.800 1.500 10.800 1.000 15.10 Input power + C/+5 C Floor Heating kw.540.0.510.110.00 COP + C/5 C - Floor Heating 4.5 4.18 4.0 4.18 4.10 Heating capacity - C/+5 C Floor Heating kw 10.8 11.5 10.8 1.60 1. Input power - C/+5 C Floor Heating kw 4.0 5.10 4.80 5.10 5.400 COP - C/+5 C - Floor Heating.40.5.4.4.40 Heating capacity + C/+45 C Low T radiators kw.050 11.16.04 1.40 1.4 Input power + C/+45 C Low T radiators kw.818.61.86.810.6 COP + C/45 C Low T radiators.1.0..4.1 Heating capacity - C/+45 C Low T radiators kw.158 11.450.8 10.40 1.5 Input power - C/+45 C Low T radiators kw 4.56 5.0 4.60 5.140 6.0 COP - C/+45 C Low T radiator.00 1..16.0.0 Heating capacity + C/+55 C Low T radiators kw.50.480.5 10.810 1.08 Input power + C/+55 C Low T radiators kw.06.4.54 4.40 5.0 COP + C/+55 C Low T radiator.4.40.64.41.5 Heating capacity - C/+55 C Low T radiators kw.50.00. 10.00 11.5 Input power - C/+55 C Low T radiators kw 4.568 5.080 5.08 5.640 6.8 COP - C/+55 C Low T radiator 1.66 1.81 1.8 1. 1.4 Heating capacity + C / +60 C - High T Radiators kw.048 8.80.4 11.500 1.488 Heating capacity - C / +60 C - High T Radiators kw 6.0 8.41 8.480 10.100 10.04 Additional electric backup in option kw adjustable ou 6 adjustable ou 6 INDOOR HYDRAULIC MODULE Noise level* db(a) Sound pressure according to EN 110 db(a) 46 46 46 46 46 Dimensions h x w x d mm 1 850 x 650 x 68 1 850 x 650 x 68 1 850 x 650 x 68 1 850 x 650 x 68 1 850 x 650 x 68 Net weight/filled weight kg 15 / 50 15 / 50 15 / 50 15 / 66 15 / 50 HYDRAULIC CHARACTERISTICS Buffer tank capacity l 16 16 16 16 16 Expansion vessel capacity l 1 1 1 1 1 Max T departure PAC heating / DHW C 60 60 60 60 60 DHW tank capacity l 10 10 10 10 10 Electric backup kit kw 1.50 1.50 1.50 1.50 1.50 Materials DHW tank Enamelled steel Enamelled steel Enamelled steel Enamelled steel Enamelled steel Max working pressure DHW tank b 10.00 10.00 10.00 10.00 10.00 Period for temperature according to EN 1614 h/mm 1h55 1h55 1h55 1h55 1h55 Reference temperature according to EN 1614 C 54.00 54.00 54.00 54.00 54.00 COP according EN 1614 -..... Max usable hot water by volume EN 1614 L 40 40 40 40 1 800 User profile according to EN 1614 - L L L L L Power reserve Pes according to EN 1614 W 5 5 5 5 5 ELECTRICAL CONNECTIONS Power supply 0 V 50 Hz 0 V 50 Hz 400 V 50 Hz 400 V 50 Hz 400 V 50 Hz Standby power consumption W 5 5 5 5 5 Fuse rating for electric backup (curve C) A 0 0 0 Heat pump backup heater cable mm G6 G6 4G.5 4G.5 4G.5 HYDRAULIC CONNECTIONS Ø Heating circ. inlet and outlet (male thread) inch 1 1 1 1 1 OPERATING RANGE Min./max. outdoor temperature C -5 / +5-5 / +5-5 / +5-5 / +5-5 / +5 OUTDOOR UNIT Noise level** db(a) 4 4 41 4 Sound pressure according to EN 110 db(a) 6 0 66 68 6 Dimensions h x l x p mm 10 x 0 x 400 10 x 0 x 400 10 x 00 x 400 10 x 00 x 400 10 x 00 x 400 Operating weight kg REFRIGERANT CHARACTERISTICS Gas diameter inch 5/8 5/8 5/8 5/8 5/8 Liquid diameter inch /8 /8 /8 /8 /8 Factory charge of HFC R410 A refrigerant g 500 500 500 500 500 Min./max. length m 5 /0 5 / 0 5 / 0 5 / 0 5 / 0 Max. diff. in height m 0 0 0 0 0 Maximum length without additional charging m 15 15 15 15 15 mass of gas by adding additional m g 50 50 50 50 50 ELECTRICAL CONNECTIONS Power supply 0 V 50 Hz 0 V 50 Hz 400 V 50 Hz 400 V 50 Hz 400 V 50 Hz Standby mode consumption W.5.5 11.5 11.5 11.5 Rated current A 11.4 14.. 4.8 5.5 Maxi current A 5 8.5.5 10.5 Circuit breaker rating curve D A 0 0 0 Outside unit power supply cable mm G6 G6 5G.5 5G.5 5G.5 Outside unit-indoor module interconnection cables mm 4G1.5 4G1.5 4G1.5 4G1.5 4G1.5 Dimensions (in mm) Outdoor inverter unit Alféa Excellia Duo 11 and 14 single phase Side view 0 650 Air Bottom view *sound pressure level at 1 m from the appliance, 1.5 m from the ground, free field, directivity. - **sound pressure level at 5 m from the appliance, 1.5 m from the ground, free field, directivity. Outdoor inverter unit Alféa Excellia Duo 11, 14 and 16 three phases 0 Bottom view Indoor hydraulic module 644 60 5 56 4 650 rifice of flow d écoulement orifice (Ø0) 4trou 4 holes sø 10) 1 0 1 00 of flow orifice 1 0 1 00 4 holes Air 1850 10 10 1840 Air 4 /8 5/8 16 14 10 400 1 1 400 Front view Side view Front view Front view Side view 68 10
Alféa Excellia Duo INSTALLATION SCHEMES A - Alféa Excellia Duo: 1 heating zone Outdoor unit and ground support Refrigerant connections Hydraulic module with integrated DHW Room control unit Outdoor sensor OR B - Alféa Excellia Duo: heating zones Outdoor unit and ground support Refrigerant connections Hydraulic module with integrated DHW Room radio control unit nd zone kit (integrated in the hydraulic module) Outdoor sensor OR C - Alféa Excellia Duo: Boiler backup and heating zones Outdoor unit and ground support Refrigerant connections 8 Hydraulic module with integrated DHW Room radio control unit nd zone kit (integrated to the hydraulic module) Boiler connection kit Boiler Outdoor sensor OR 5
ATLANTIC INTERNATIONAL 58, avenue du Général Leclerc 40 Bourg-la-Reine France Tel.: +()1.46.8.60.00 Fax: +()1.46.8.60.01 www.atlantic-comfort.com Discover our International website! www.atlantic-comfort.com Atlantic International SAS au capital social de 58 000 euros 1, rue Croix Fauchet - 45140 Saint Jean de la Ruelle RCS orléans B 0.84.6 - agencelr.com - No contractual pictures - English export - January 014 6