ecogeo Commissioning

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1 1/2017 ecogeo Commissioning PROJECT HEAT PUMP MODEL SERIAL NUMBER SOFTWARE VERSION UPDATE VERSION RECEPTION DATE COMMISSIONING DATE OTHER DATE

Remarks 2017 NOTE1_The new ecogeo are delivered with: external probe, 2 temperature probes, energy label, installation and user manuals.

ecoforest Calentamiento y Mantenimiento con sistema HTR Ecoforest, trabajando en Frío o en Calor Calentamiento Rápido con Condensador ecogeo defrost HTR Technology by Ecoforest: Setup for 2 different

Higher temperature or HTR setpoint (up to 70ºC), completed from the DHW setpoint tempera- Interesting fact: for the unit to defrost with Ecoforest technology (using the heat from the DHW, heating or

$You may need some tools Multimeter Tiempo Refractometer Tools 2 Ud. 1st case: Tank temp. < Lower or DHW setpoint.$ case: Lower setpoint or DHW setpoint temp. < Tank temp. < Higher or HTR setpoint temp.

case: Lower setpoint or DHW setpoint temp. < Tank temp. < Higher or HTR setpoint temp.

2 Remarks 2017 NOTE1_The new ecogeo are delivered with: external probe, 2 temperature probes, energy label, installation and user manuals. NOTE2_Certain installations may require more than 2 temperature probes Temperatura 80 Tª HTR 70 ºC Tª ACS 45ºC HTR Technology_DHW up to 70ºC without electrical heater HTR ecoforest Calentamiento y Mantenimiento con sistema HTR Ecoforest, trabajando en Frío o en Calor Calentamiento Rápido con Condensador ecogeo defrost HTR Technology by Ecoforest: Setup for 2 different DHW setpoints: Lower temperature or DHW setpoint, covered by using the condenser. Higher temperature or HTR setpoint (up to 70ºC), completed from the DHW setpoint tempera- Interesting fact: for the unit to defrost with Ecoforest technology (using the heat from the DHW, heating or pool) without needing to use electrical heaters, modules 2 or 4 should be selected. The other modules can work with the AU12 but will not perform ecogeo defrost. You may need some tools Multimeter Tiempo Refractometer Tools 2 Ud. 1st case: Tank temp. < Lower or DHW setpoint. - Priority: Fast DHW production - Heat pump in DHW mode, using the condenser for DHW production - All the power dedicated to DHW production Fast heating to the lower setpoint or DHW setpoint 2nd case: Lower setpoint or DHW setpoint temp. < Tank temp. < Higher or HTR setpoint temp. - Priority: maintain comfortable temperature (home temperature) -Heat pump generates heating with the condenser and DHW with the desuperheater simultaneously - DHW temperatures of up to 70ºC without additional backup - Total power is divided between heating power and DHW power, giving priority to heating (since lower or DHW setpoint has already been reached) 3rd case: Lower setpoint or DHW setpoint < Tank temp. < Higher setpoint or HTR setpoint. - Priority: maintain comfortable temperature (home temperature) - Heat pump produces heating or cooling (depending on the module) and DHW with the desuperheater simultaneously - DHW temperatures of up to 70ºC without additional backup - Total power is divided between heating, cooling (depending on the module) and DHW power, giving priority to heating (lower setpoint or DHW setpoint has already been reached) 2 EH- Electrical Heater HTR- Model with HTR technology

3 Installation Defi nition BUILDING TYPE Installed model Number of heat pumps Size of the technical room Nominal diameter Installed material Sand bed On the outside Circuit vented Brine in the circuit? Protection degree Balancing circuits Filliing pressure Installed scheme description Installed volume Tank brand Model Exchange surface REMARKS Heating/Cooling area Emission system Underfl oor Fancoils Low Temp. Radiators Radiators Other: Pool Vented circuits 3

4 Inspection Previous to the installation EXISTS DRAIN PLINTH Does it accomplish the recommended maintenance distances? RIGHT CIRCUIT BREAKER ADEQUADE CABLE SECTION EXISTS A GOOD ILLUMINATION EXISTS A GOOD VENTILATION RECOMMENDATIONS REMARKS Previous Hydraulic Inspection 4

Previous Electrical Inspection NOTE_ Please note that warranty does not cover incidences coming from an inappropriate electrical connection as it may be a provisional

Current Power Section v A mm2 Kind of Breaker Kind of differential Switch Electrical Power Highest Consumption KW RECOMENDACIONES REMARKS Página 5 (más abajo).

Please note the following remarks previous to the installation.

5 Previous Electrical Inspection NOTE_ Please note that warranty does not cover incidences coming from an inappropriate electrical connection as it may be a provisional electrical installation, through an electric generator, etc Voltage Max. Current Power Section v A mm2 Kind of Breaker Kind of differential Switch Electrical Power Highest Consumption KW RECOMENDACIONES REMARKS Página 5 (más abajo).- For the right performance of the heat pump, it is necessary to install an outside temperature sensor, delivered together with the heat pump. Please note the following remarks previous to the installation. - Install the outside temperature sensor in a well ventilated area, but keep it away from the wind and the rain. - Keep the outside sensor at least 1 m away from windows or doors to avoid warm air fl ows. - It is recommended to use 2 pole screen cables to avoid interferences. Signal: Analog Input AI11 (domestic) AI20 (high power) Type: NTC 10k 25 C temperature sensor Signal approximately where is the outside temperature sensor 5

6 APPROXIMATE Scheme 6

7 Protection Settings Press the buttons ESC & Prog. at the same time and intro the password 6592 sólo modelo HP 7

8 ** ** 8 ** ** **

9 9

10 Alarms Inspection from everywhere, press this button to see the ALARM list AI1 Temperatura Aspiración Compresor 2 AI8 Temperatura Retorno Climatización 3 AI7 Temperatura Impulsión Climatización 4 Fallo en Reloj interno o no conectado 5 Fallo en memoria extendida 6 AI4 Brine outlet temperature 7 AI3 Presión Descarga Compresor 8 AI10 Temperatura depósito 1 (ACS) 9 AI5 Brine return temperature 10 AI11 Temperatura sonda Exterior 11 AI6 Presión ciruito Captación 12 AI9 Presión ciruito Climatización 13 Temperatura baja Retorno Captación 14 Presión descarga alta 15 Tempertura de descarga alta 16 Tempertura Inverter 17 Temperatura baja Impulsión Captación 18 Alta temp.captación 19 Presión de aspiración Baja 20 Temperatura Impulsión Calefacción alta 21 Fallo en sondas internas de Ecogeo 22 Presión en circuito de calefacción baja 23 Presión en circuito de captación baja 24 ThTune offl ine 25 ThTune n. Temperature probe broken or not working 26 ThTune n. Humidity probe broken or not working 27 ThTune n. Clock board Fault 28 ThTune offl ine 29 ThTune n. Temperature probe broken or not working 30 ThTune n. Humidity probe broken or not working 31 ThTune n. Clock board Fault 32 Temperatura exterior baja 33 Temperatura de pozo baja 34 AI12 ACS 35 Fallo com. inverter 36 Low outdoor temp. 37 Cascade comms. lost 38 Slave 1 offl ine 39 Slave 2 offl ine 40 Sonda S1: Sonda S2: 41 Bajo Recalentamiento (LowSH) 42 Baja temperatura de evaporacion (LOP) 43 Alta temperatura de evaporacion (MOP) 44 Alta temperatura de condensacion (HiTCond) Baja temperatura de aspiracion 45 Autotune 46 Numero pcoe: pcoe offl ine 47 Numero pcoe: AI13 Sonda entrada analogica canal 1 desconectada o rota 48 Numero pcoe: AI14 Sonda entrada analogica canal 2 49 Numero pcoe: AI15 Sonda entrada analogica canal 3 desconectada o rota 50 Numero pcoe: AI16 Sonda entrada analogica canal 4 desconectada o rota 51 Numero pcoe: Alarma desajuste I/O (sin confi rmacion de pco por 10s) 52 tht nß0 Probe short circuit 53 tht nß0 Probe open circuit 54 tht nß0 E2 fault 55 tht nß0 High temp. alarm 56 tht nß0 Low temp. alarm 57 tht nß0 tht offl ine 58 tht nß0 Probe short circuit 59 tht nß0 Probe open circuit 60 tht nß0 E2 fault 61 tht nß0 High temp. alarm 62 tht nß0 Low temp. alarm 63 tht nß0 tht offl ine 64 tht nß0 Probe short circuit 65 tht nß0 Probe open circuit 66 tht nß0 E2 fault 67 tht nß0 High temp. alarm 68 tht nß0 Low temp. alarm 69 tht nß0 tht offl ine 70 tht nß0 Probe short circuit 71 tht nß0 Probe open circuit 72 tht nß0 E2 fault 73 tht nß0 High temp. alarm 74 tht nß0 Low temp. alarm 75 tht nß0 tht offl ine 76 AI2 Compressor suction Pressure

11 Solutions (1/2) 11

12 Solutions (2/2) 12

13 REMARK_Use the adjustable legs to compensate for possible irregularities on the supporting surface. 13

Connection with AU12 Overall features of the Air Unit Nominal voltage 230 V / 50 Hz, 1/N/PE~ Maximum electrical consumption 180 W Starting current 0.

446 mm Unladen weight (not assembled) 85 kg AIR UNIT, AU12 Compatible with ecogeo BASIC and ecogeo COMPACT heat pumps Exclusive hydraulic installation Fan speed control

Optional combination with geothermal brine Modular confi guration.

+ AU 12 Air temperature C -15 C -7 C 2 C 7 C 20 C Outlet temperature C 35 C Heat Output Power Consumed COP kw kw 6.46 8.73 11.76 13.73 20.09 3.21 3.21 3.19 3.16 3.05 2.

44 consumption. Heat Output Power Consumed COP kw kw 3.64 4 4 4 4 1.21 1.62 2.2 2.59 3.

14 Connection with AU12 Overall features of the Air Unit Nominal voltage 230 V / 50 Hz, 1/N/PE~ Maximum electrical consumption 180 W Starting current 0.20 A Fan rotation speed rpm air fl ow m3/h Noise emission level (5 m ) db Dimensions (Height x Width x Depth) 901x 1007 x 478 mm Fan diameter 446 mm Unladen weight (not assembled) 85 kg AIR UNIT, AU12 Compatible with ecogeo BASIC and ecogeo COMPACT heat pumps Exclusive hydraulic installation Fan speed control Direct connection to the heat pump Axial Ziehl-Abbeg fan with the highest effi ciency and most silent operation in the market Built-in hybrid operation. Optional combination with geothermal brine Modular confi guration. Optional connection of several units to increase power and performance Main installation components in the internal unit, thereby increasing useful life ecogeo 3-12 kw + AU 12 Air temperature C -15 C -7 C 2 C 7 C 20 C Outlet temperature C 35 C Heat Output Power Consumed COP kw kw The consumption of the circulator pumps, primary and Outlet temperature C 55 C secondary, are included in the consumption. Heat Output Power Consumed COP kw kw Compressor 100% Compressor 85% ecogeo 5-22 kw + AU 12 Compressor 70% Air temperature C -15 C -7 C 2 C 7 C 20 C NO: Outlet temperature C 35 C Heat Output Power Consumed COP kw kw Outlet temperature C 55 C Heat Output Power Consumed COP kw kw ADVICE_Install silent blocks in each support. 14

15 Technical Room Components Circulation pumps and Preassembled Units ECOGEO COMBINED OUTLET UNIT (MIXING GROUP AND DIRECT Combined unit equipped with an insulation box for wall mounting. It has a built-in GRUNDFOS circulator pump of 130 mm and an ESBE VRG332-KVS13 threeway valve (Only in mixing group) Includes outlet and return valves with thermometers. 15

Domestic Hot Water DHW Tanks/Cilinders CHARACTERISTICS OF THE DHW TANKS Designed specifi cally for our heat pumps Manufactured in AISI 316 stainless steel Flexible helical corrugated coil that

different designs STORAGE TANK ELECTRICAL HEATER CONNECTION 1, THERMOSTAT INCLUDED 200-300 LITRES T-DW 1-2-5 3-7 4-9 8 6 200 1 3/4 1/2 1 1/4 1 300 1 3/4 1/2 1 1/4 1 Conn.

16 Domestic Hot Water DHW Tanks/Cilinders CHARACTERISTICS OF THE DHW TANKS Designed specifi cally for our heat pumps Manufactured in AISI 316 stainless steel Flexible helical corrugated coil that increases the contact surface and improves heat transmission Rigid, injected, HCFC-free polyurethane foam Outer fi nish in semi-rigid PVC Standard volumes of 200 to 1000 litres Contact us for different designs STORAGE TANK ELECTRICAL HEATER CONNECTION 1, THERMOSTAT INCLUDED LITRES T-DW /4 1/2 1 1/ /4 1/2 1 1/4 1 Conn.TYPE H H H H M Model B (mm) A (mm) T-DW T-DW FROM 500 TO 1,000 LITRES T-DW /4 1 1/2 1 1/ /4 1 1/2 1 1/4 2 DN /4 1 1/2 1 1/4 2 DN400 Kind conx. H H H H H Flange Model B (mm) A (mm) T-DW T-DW T-DW T-DW 200 T-DW 300 T-DW 500 T-DW 750 T-DW 1000 Volume (l) Coil exchange surface (m 2 ) DHW operating pressure (bar) External diameter (mm) Total height (mm) 1,502 1,866 1,904 1,815 2,055 Reference

Heating Buffer tanks CHARACTERISTICS OF BUFFER TANKS Designed specifi cally for our heat pumps Suitable for both heating and cooling applications Manufactured

Contact us for different designs T-B 1-2-8 3-4-6-7 5 80 1/2 H 1 1/2 H 1/2 H 100 1/2 1 1/2 3/4 200 1/2 2 3/4 300 1/2 3 3/4 500 1/2 DN80 1 750 1/2 DN80 1 1000

Designed specifi cally for our heat pumps. Ideal layout when the design requires energy storage.

T-B 80 T-B 100 T-B 200 T-B 300 T-B 500 T-B 750 T-B 1000 T-B 2000 Volume (l) 80 100 200 300 500 750 1000 2000 Operating pressure (bar) 3 3 3 3 3 3 3 3 External

17 Heating Buffer tanks CHARACTERISTICS OF BUFFER TANKS Designed specifi cally for our heat pumps Suitable for both heating and cooling applications Manufactured in carbon steel Thermally insulated with rigid, injected, HCFC-free polyurethane foam Outer fi nish in semi-rigid PVC Standard volumes of 80 to 2000 litres Contact us for different designs T-B /2 H 1 1/2 H 1/2 H 100 1/2 1 1/2 3/ /2 2 3/ /2 3 3/ /2 DN /2 DN /2 DN /2 DN /2 Conn. type H threaded Flange Threaded OUTLET UNITS HYDRAULIC SEPARATOR BUFFER HEAT PUMP HEAT PUMP Buffer tank in parallel. Designed specifi cally for our heat pumps. Ideal layout when the design requires energy storage. Buffer tank in "buffer" series Designed specifi cally for our heat pumps. Ideal layout when a minimum volume in the circuit is not guaranteed. T-B 80 T-B 100 T-B 200 T-B 300 T-B 500 T-B 750 T-B 1000 T-B 2000 Volume (l) Operating pressure (bar) External diameter (mm) Total height (mm) ,502 1,866 1,904 1,815 2,055 2,361 Reference REMARK: It s important don t install manifolds with hydraulic separator with buffer tanks. 17

18 More information:

Ecoforest. Innovating from the beginning. Foundation of the company. Creation, innovation stars 1968

Ecoforest. Innovating from the beginning. Foundation of the company. Creation, innovation stars 1968 Heat pumps ecogeo Ecoforest Innovating from the beginning 1959 Foundation of the company Creation, innovation stars 1968 Pioneers in the manufacture of pellet stoves in Europe 1992 ECOFOREST was founded