Super Hub Radiator

Transcript

SUPER HUB RADIATOR Patented high-efficiency heat pump to direct exchange refrigerant gas / water to produce heating and hot water for medium and large users In view of the best solutions renewable energy for the production of heating and hot domestic water is born our patented SUPER HUB RADIATOR, able to meet all needs related to installations for medium to large users (apartment buildings, sports centers, campgrounds, hotels etc.). The main features of the SUPER HUB RADIATOR are: INTEGRATED SOLUTIONS The SUPER HUB RADIATOR is designed to operate as an accumulator of thermal energy, providing ample possibility of configuration in combination with solar thermal and biomass. HIGH PERFORMANCE The special construction of the condensers patented multiple on direct exchange refrigerant gas / water ensures higher yield (SCOP), high reliability and easy maintenance. NO LEGIONELLA The SUPER RADIATOR HUB with the method first in - first out will provide maximum return of the heat pump and maximum hygiene of the domestic circuit which is always separated from the technique water. These particular copper exchanger can eliminate in the bud the great problem of legionella. B Made in Italy patent RENEWABLE ENERGY TAXES REDUCING HIGH EFFICIENCY ENERGY SAVING ENERGY SAVING The exclusive patent HUB Radiator redefines the performance parameters of the heat pump air / water going to catch up with the “direct exchange of the condenser coolant / water” the highest levels of system performance even with harsh winters. Specification and design of the Moto-evaporating (Booster) 60° ECOLOGIC GAS PHOTOVOLTAIC COMBINATION DHW WITHOUT LEGIONELLA HEATING 60 °C The range of the Moto-evaporating external (Booster) comprises 5 units from 3.0 to 16.6 kW thermal and 1 unit built from 3.0 kW thermal. The booster is composed of series of a heat exchanger direct immersion pre-assembled on the flange and an electrical control panel and control. The user can request the installation of heat exchangers / additional capacitors onboard inertial technical accumulation to be connected later to other Booster. The booster is controlled by a microprocessor electronic control modulating which maximizes efficiency and allows it to function properly both in winter and in summer (auto-adaptive multiple independent circuits). The booster can be supplied in two different versions below: 1) Booster mono compressor outdoor A or recessed B Booster represented in figure A has been realized for installations with wall brackets or placed on the floor. Booster represented in figure B has been designed to be inserted recessed inside the building when, for aesthetic reasons or landscape restrictions you can not use a standard unit from outside. 2) Booster multi compressor outdoor C D You may work in this case with: - N. 2 steps of capacity load (100% - 50% - 0%) with 2 compressors and 2 circuits separate and independent C . - n. 3 gradini di parzalizzazione di carico (100% - 66% - 33% - 0%) N. 3 steps of partialization load (100% - 66% - 33% - 0%) with 3 compressors and 3 separate circuits and independent in model in 3 Booster D . Moto-evaporating A External (1 Booster) Mono compressor HR 3.0 / 7.8 Moto-evaporating B Recessed (1 Booster) Mono compressor HR 3.0 Moto-evaporating A External (1 Booster) Mono vcompressor HR 5.2 / 8.3 Moto-evaporating C external (2 Booster) 2 circuits with two compressors HR 16.6 36 Moto-evaporating D external (3 Booster) three compressors 3 independent circuits with 3 steps partialization (100% -66% -33% -0%) 23.4 kW Total SUPER HUB RADIATOR Patented high-efficiency heat pump to direct exchange refrigerant gas / water to produce heating and hot water for medium and large users inertial accumulation (unit) versions A_RM1 - A_RM2 - A_RM3 Exchanger Biomass top Version A_RM3 Version A_RM2 Version A_RM1 Quick DHW exchanger finned copper Exchanger Inferior solar Specification and design of the technical inertial tanks Technical accumulations in the range SUPER HUB RADIATOR 300 to 2,000 liters are made with special insulation and further finish coating colored PVC. The tank is in carbon steel painted outside with rust. The accumulations are made in three different versions: - A_RM1 (accumulation technical water with top flange and removable exchanger DHW series) - A_RM2 (accumulation technical water with solar heat exchanger fixed lower, upper flange and removable exchanger DHW series) - A_RM3 (accumulation technical water with solar heat exchanger fixed lower, fixed exchanger for higher biomass and upper flange and exchanger removable DHW series) Using the same flange will fit depending on the configuration required exchangers refrigerant / water direct exchange to be connected with external drives (Booster) in heat pump. Model Outdoor Booster 3.0 HR heating Recessed Booster 3.0 HR heating Outdoor Booster 5.2 HR heating Outdoor Booster 7.8 HR heating Outdoor Booster 8.3 HR heating Outdoor Booster 16.6 HR heating Accumulate A_RM1 300 l Accumulate A_RM1 500 l Accumulate A_RM1 800 l Accumulate A_RM1 1000 l Accumulate A_RM1 1500 l Accumulate A_RM1 2000 l Accumulate A_RM2 300 l Accumulate A_RM2 500 l Accumulate A_RM2 800 l Accumulate A_RM2 1000 l Accumulate A_RM2 1500 l Accumulate A_RM2 2000 l Accumulate A_RM3 300 l Accumulate A_RM3 500 l Accumulate A_RM3 800 l Accumulate A_RM3 1000 l Accumulate A_RM3 1500 l Accumulate A_RM3 2000 l Thermal power kW3,0 3,0 5,2 7,8 8,3 16,6 Quick DHW exchanger Exchanger solar Exchanger Biomass Extractable da 4,54 m2 - - Extractable da 4,54 m2 - - Extractable da 5,26 m2 - - Extractable da 5,26 m2 - - Extractable da 6,34 m2 - - Extractable da 6,34 m2 Fixed da 1,60 m2 - Extractable da 4,54 m2 Fixed da 2,00 m2 - Extractable da 4,54 m2 Fixed da 2,70 m2 - Extractable da 5,26 m2 Fixed da 3,50 m2 - Extractable da 5,26 m2 Fixed da 4,50 m2 - Extractable da 6,34 m2 Fixed da 4,80 m2 - Extractable da 6,34 m2 Fixed da 1,60 m2 - Extractable da 4,54 m2 Fixed da 2,00 m2 Fixed da 1,20 m2 Extractable da 4,54 m2 Fixed da 2,70 m2 Fixed da 1,80 m2 Extractable da 5,26 m2 Fixed da 3,50 m2 Fixed da 2,10 m2 Extractable da 5,26 m2 Fixed da 4,50 m2 Fixed da 2,50 m2 Extractable da 6,34 m2 Fixed da 4,80 m2 Fixed da 3,20 m2 Extractable da 6,34 m2 Fixed da 4,00 m2 37 Code 76010240 76010280 76010400 76010500 76010600 76010700 € 1.880,00 4.400,00 3.040,00 3.280,00 4.740,00 8.940,00 37310300 37310500 37310800 37311000 37311500 37312000 37320300 37320500 37320800 37321000 37321500 37322000 37330300 37330500 37330800 37331000 37331500 37332000 2.760,00 2.940,00 3.900,00 4.152,00 4.880,00 6.140,00 3.042,00 3.466,00 4.260,00 4.340,00 6.100,00 6.600,00 3.240,00 3.898,00 4.500,00 4.780,00 6.600,00 6.900,00 SUPER HUB RADIATOR Patented high-efficiency heat pump to direct exchange refrigerant gas / water to produce heating and hot water for medium and large users Accessories SUPER HUB RADIATOR Codice € 75050102 75050103 75060300 144,00 152,00 290,00 Circulator electronic inverter additional max 3.3 m3 / h max head 6.2 m power consumption min. 4 W - 45 W max 35006001 214,00 Pump installation kit that includes: circulation pump electronic inverter complete shut-off valves, valve jolly air vent, safety valve, threaded plugs and wells probe holders 75100011 380,00 Mixing valve fixed point for radiant systems at low temperature 75100003 200,00 Wall thermostat to control circulating pump with digital display 75100007 120,00 AIR BOX cupboard cylindrical unit outer frame cover technical accumulation 75060202 75060203 75060204 620,00 990,00 1.100,00 RACK 3 closet External Drive Booster mod. 3.0 - 5.2 - 7.8 H 2100 - L 960 - D 540 75060206 1.180,00 Control panel and remote control wall or recessed 75100005 228,00 37081060 37081061 78,00 114,00 mod. 1500 W mod. 2000 W mod. 3000 W Single-phase 230 V electrical heater degree of protection IP 65 P 930 H 1950 mod. 300 L 950 P 930 H 1950 mod. 500 L 950 mod. 800 L 1200 P 1180 H 2100 Bracket for external Booster including rubber anti-vibration mod. Booster 3.0 mod. Booster 5.2-7.8-8.3 Support base with anti-vibration for external Booster Additional capacitor 75100020 384,00 26505565 300,00 Booster for just hot 75100001 184,00 Vibration damper kit for floor installation 75100021 62,00 Kit timer 35639900 110,00 38 SUPER HUB RADIATOR Patented high-efficiency heat pump to direct exchange refrigerant gas / water to produce heating and hot water for medium and large users Kit solar thermal system to be integrated with HUB RADIATOR SUPER 1 The tank A_RM2 is arranged to be easily integrated with our kits solar thermal thanks to a heat exchanger lower fixed mounted on board. All booster will be connected to the tanks through a dedicated technical exchanger condenser direct coolant / water that will be managed as a single and independent circuit. The possible combinations are as follows: - Kit solar thermal with storage A_RM2 500 liters that can connect up to a maximum of 4 Boosters (Boosters have 4 separate and independent circuits to work on 4 capacity steps) - Kit solar thermal with storage A_RM2 800 liters that can connect up to 6 Booster. (Boosters have 6 separates and independents circuits to work on 6 capacity steps) - Solar thermal kit with accumulations A_RM2 from 1000-1500-2000 liters that can connect up to 8 Boosters. (Boosters have 8 separate circuits and independent work on 8 capacity steps) 2 Solar thermal kit 3 x 2,5 m2 500 liters - Accumulation technical inertial A_RM2 500 liters (Fig. 1) - N. 3 in flatbed SELECTIVE 2.5 m2 (Fig. 2) - Anchor Kit 3 collectors SELECTIVE 2.5 m2 (Fig. 3) - Solar station 2-way model. UNIT 2 (Fig. 4) Models - MULTI CONTROL Solar control unit (Fig. 5) - Solar expansion tank 40 liters (Fig. 6) Kit da 3 x 2,5 - 500 l Flat roof - Fittings kit string (string 1 - 3 collectors) (Fig. 7) Kit da 3 x 2,5 - 500 l Pitched roof - Removable DHW exchanger 4,54 m2 (Fig. 8) 3 4 5 6 7 8 Code 75050300 75050301 € 7.796,00 7.664,00 Solar thermal kit 5 x 2,5 m2 800 liters - Accumulation technical inertial A_RM2 800 liters (Fig. 1) - N. 5 in flatbed SELECTIVE 2.5 m2 (Fig. 2) - Anchor Kit 5 collectors SELECTIVE 2.5 m2 (Fig. 3) - Solar station 2-way model. UNIT 2 (Fig. 4) - MULTI CONTROL Solar control unit (Fig. 5) Models - Solar expansion tank 60 liters (Fig. 6) Kit 5 x 2,5 - 800 l Flat roof - Fittings kit string (string 1 - 5 collectors) (Fig. 7) - Removable DHW exchanger 5,26 m2 (Fig. 8) Kit 5 x 2,5 - 800 l Pitched roof Code 75050400 75050401 € 11.004,00 10.804,00 Solar thermal kit 6 x 2,5 m2 1000 liters - Accumulation technical inertial A_RM2 1000 liters (Fig. 1) - N. 6 in flatbed SELECTIVE 2.5 m2 (Fig. 2) - Anchor Kit 6 collectors SELECTIVE 2.5 m2 (Fig. 3) - Solar station 2-way model. UNIT 2 (Fig. 4) - MULTI CONTROL Solar control unit (Fig. 5) Models - Solar expansion tank 60 liters (Fig. 6) Kit 6 x 2,5 - 1000 l Flat roof - Fittings kit string (string 1 - 6 collectors) (Fig. 7) Kit 6 x 2,5 - 1000 l Pitched roof - Removable DHW exchanger 5,26 m2 (Fig. 8) Code 75050500 75050501 € 12.196,00 11.932,00 Solar thermal kit 10 x 2,5 m2 1500 liters - Accumulation technical inertial A_RM2 1500 liters (Fig. 1) - N. 10 in flatbed SELECTIVE 2.5 m2 (Fig. 2) - Anchor Kit 10 collectors SELECTIVE 2.5 m2 (Fig. 3) - Solar station 2-way model. UNIT 2 (Fig. 4) - MULTI CONTROL Solar control unit (Fig. 5) Models - Solar expansion tank 100 liters (Fig. 6) Kit 10 x 2,5 - 1500 l Flat roof - Fittings kit string (string 2 - 10 collectors) (Fig. 7) - Removable DHW exchanger 6,34 m2 (Fig. 8) Kit 10 x 2,5 - 1500 l Pitched roof Code 75050600 75050601 € 19.132,00 18.636,00 Solar thermal kit 12 x 2,5 m2 2000 liters - Accumulation technical inertial A_RM2 2000 liters (Fig. 1) - N. 12 in flatbed SELECTIVE 2.5 m2 (Fig. 2) - Anchor Kit 12 collectors SELECTIVE 2.5 m2 (Fig. 3) - Solar station 2-way model. UNIT 2 (Fig. 4) - MULTI CONTROL Solar control unit (Fig. 5) Models - Solar expansion tank 100 liters (Fig. 6) Kit 12 x 2,5 - 2000 l Flat roof - Fittings kit string (string 2 - 12 collectors) (Fig. 7) Kit 12 x 2,5 - 2000 l Pitched roof - Removable DHW exchanger 6,34 m2 (Fig. 8) Code 75050700 75050701 € 21.830,00 20.756,00 39 SUPER HUB RADIATOR Patented high-efficiency heat pump to direct exchange refrigerant gas / water to produce heating and hot water for medium and large users Dimensions Booster external HR 3.0 - 7.8 P Dimensions Booster recessed HR 3.0 L H 140 Dimensions Booster external HR 5.2 - 8.3 Dimensions Booster external HR 16.6 bicompressore L Booster L H P kg HR 3.0 external 700 552 256 33 HR 3.0 external 590 400 230 35 HR 5.2 external 950 690 360 55 HR 7.8 external 902 650 307 55 HR 8.3 external 925 872 368 76 HR 16.6 external 925 1640 368 140 Values in mm Overall dimensions and technical data solar collector SELECTIVE 2.5 2005 1880 1340 100 22 1290 DESCRIPTION Weight Tube collector Length tube Distance tube Case material Insulation thickness Glass Absorbing surface net Aperture area Total surface collector Surface treatment Efficiency (aperture) Loss coefficient (opening) Absorption Issue Recommended flow / panel Water capacity collector Maximum operating pressure Stagnation temperature 40 U.M. kg mm mm mm mm SELECTIVE 2.5 50 22 1340 1880 Aluminum 45 Extra-clear, tempered, prismatic m2 m2 m2 2,30 2,35 2,59 Selective TITAN (titanium oxide) η0 α1 / α2 % % l/h l bar °C 0,716 3,87 / 0,0069 95 4,7 130 2 10 192 SUPER HUB RADIATOR Patented high-efficiency heat pump to direct exchange refrigerant gas / water to produce heating and hot water for medium and large users Technical inertial accumulation (unit) versions A_RM1 - A_RM2 - A_RM3 A_RM1 A_RM2 A_RM3 Dimensions inertial accumulation U.M. 300 500 800 1000 1500 2000 De mm 600 750 990 990 1200 1300 Di mm 500 650 790 790 1000 1100 H mm 1580 1650 1700 2080 2135 2455 C mm 215 240 275 275 360 365 E mm 680 615 655 810 785 925 F mm 1080 1105 1145 1355 1285 1495 I mm 1350 1375 1410 1755 1745 2050 L mm 280 340 350 350 440 445 M mm 800 860 870 1035 1100 1085 N mm 900 960 975 1295 1265 1495 O mm 1260 1320 1325 1775 1665 1975 X-Y-G-D ” 1 1 1 1 1 1 A ” 1 1/2 1 1/2 1 1/2 1 1/2 1 1/2 1 1/2 B ” 1/2 1/2 1/2 1/2 1/2 1/2 Surface removable DHW (1) m2 4,5 4,5 5,2 5,2 6,3 6,3 Surface footer exchanger (2) m2 1,6 2,0 2,7 3,5 4,5 4,8 Surface fixed top exchanger (3) m2 1,2 1,8 2,1 2,5 3,2 4,0 Insulation thickness mm 50 50 100 100 100 100 pressure accumulation bar 4 4 4 4 4 4 Max working temperature °C 95 95 95 95 95 95 pressure fixed exchangers bar 12 12 12 12 12 12 Empty weight A_RM1 kg 81 115 148 186 232 308 Empty weight A_RM2 kg 92 129 168 208 260 356 Empty weight A_RM3 kg 101 143 186 231 288 386 41 SUPER HUB RADIATOR Patented high-efficiency heat pump to direct exchange refrigerant gas / water to produce heating and hot water for medium and large users Hydraulic connection diagram example for heating / DHW with: SUPER HUB RADIATOR, heating stove pellets DOMUS hydro and solar thermal Booster mono compressor mod. HR 7.8 1 Vent valve 2 Pressure reducer 3 System pump 4 Safety valve 5 Supply hot water DHW 6 Expansion vase 7 Thermostat of ambiance 8 Shut-off valve 9 Backflow for water networks 10 Line filter 11 Switchboard double Booster 12 Solar controller CONTROL MULTI 13 Solar station 2-way 2 UNIT 14 Safety exhaust system water 15 Mixing valve DHW 16 Thermo hydro DOMUS pellets Solar thermal collector Thermal storage inertial A_RM2 Heating stove hydro DOMUS PELLET Examples of production DHW with finned exchanger and accumulation at 58 °C Capacity accumulation 300 l 500 l 800 l 1000 l 1500 l 2000 l exchanger surface 4,54 m2 4,54 m2 5,26 m2 5,26 m2 6,34 m2 6,34 m2 Booster HR installed 7.8 7.8 + 3.0 7.8 + 7.8 7.8 + 7.8 + 7.8 16.6 + 16.6 16.6 + 16.6 + 16.6 DHW production at 40 °C 220 l/h 260 l/h 340 l/h 540 l/h 890 l/h 1220 l/h Hypothesis of thermal efficiency with fixed footer exchanger Capacity accumulation exchanger surface Power* Capacity 2 300 l 1,6 m 14 kW 620 l/h 500 l 2,0 m2 21 kW 880 l/h 800 l 2,7 m2 26 kW 1090 l/h 1000 l 3,5 m2 28 kW 1310 l/h 1500 l 4,5 m2 37 kW 1720 l/h 2000 l 4,8 m2 42 kW 1880 l/h * Hypothesis of thermal efficiency with temperature 80/60 °C (side exchanger) - 50/70 °C (tank side) Pressure Drop 2 kPa 4 kPa 5 kPa 6 kPa 8 kPa 10 kPa Ipotesi resa termica scambiatore fisso superiore Capacity accumulation exchanger surface Power* Capacity 2 300 l 1,2 m 8 kW 400 l/h 500 l 1,8 m2 18 kW 700 l/h 800 l 2,1 m2 20 kW 900 l/h 2 1000 l 2,5 m 24 kW 1100 l/h 1500 l 3,2 m2 30 kW 1400 l/h 2000 l 4,0 m2 36 kW 1600 l/h * Hypothesis of thermal efficiency with temperature 80/60 °C (side exchanger) - 50/70 °C (tank side) 42 Pressure Drop 1 kPa 3 kPa 3 kPa 6 kPa 8 kPa 10 kPa SUPER HUB RADIATOR Patented high-efficiency heat pump to direct exchange refrigerant gas / water to produce heating and hot water for medium and large users Technical data table SUPER HUB RADIATOR DESCRIPTION Thermal power air 7 °C / water 35 °C COP Thermal power air 2 °C / water 35 °C COP Thermal power air 7 °C / water 45 °C COP Thermal power air 2 °C / water 45 °C COP U.M. HR 3.0 HR 5.2 HR 7.8 HR 8.3 HR 16,6 HR 3.0 INC. kW 3,11 5,51 8,12 9,12 18,24 3,12 W/W 4,12 4,11 4,10 4,10 4,10 3,95 kW 2,72 4,82 7,10 7,99 15,98 2,73 W/W 3,67 3,57 3,59 3,52 3,52 3,43 kW 2,97 5,25 7,75 8,68 17,36 2,98 W/W 3,16 3,07 3,07 3,01 3,01 2,95 kW 2,61 4,62 6,80 7,65 15,30 2,62 W/W 2,76 2,68 2,70 2,64 2,50 2,58 2 1 Water temperature max °C Fans n. 58 1 Air temperature max °C 45 42 min °C - 12 -7 Rotary Compressor type R410A Refrigerant 230V/1/50Hz Power supply Current consumption in heating* A 4,19 7,20 11,49 13,20 11,41 4,20 IP 24 Degree of protection Connecting the water plant ” 3/4 Hydraulic connection for filling ” 1/2 Connecting hot water 1/2 ” Connection refrigerant liquid ” 1/4 1/4 3/8 3/8 2x3/8 1/4 gas ” 3/8 1/2 5/8 5/8 2x5/8 1/2 50 52 57 60 52 Maximum length of refrigerant pipes Sound pressure** 15 m dB(A) 58 10 Water quantity in single drawdown to 40 °C - 300 l l 130 132 Water amount, in single drawdown at 40 °C - 500 l l 216 220 Water quantity in single drawdown to 40 °C - 800 l l 346 352 Water quantity in single drawdown to 40 °C - 1000 l l 434 450 Water quantity in single drawdown to 40 °C - 1500 l l 650 675 Water quantity in single drawdown to 40 °C - 2000 l l 866 902 Recovery time from 10 to 58 °C - 300 l h 5,18 5,21 3,11 2,06 1,01 5,18 Recovery time from 10 to 58 °C - 500 l h 8,63 8,68 4,94 3,44 1,68 8,63 Recovery time from 10 to 58 °C - 800 l h - - 8,29 5,49 2,69 - Recovery time from 10 to 58 °C - 1000 l h - - - 6,86 3,36 - Recovery time from 10 to 58 °C - 1500 l h - - - 10,29 5,06 - Recovery time from 10 to 58 °C - 2000 l h - - - - 6,73 - Recovery time from 46 to 58 °C - 300 l h 1,78 1,81 1,08 0,72 0,34 1,78 Recovery time from 46 to 58 °C - 500 l h 2,98 3,01 1,79 1,20 0,56 2,98 Recovery time from 46 to 58 °C - 800 l h - - 2,87 1,92 0,91 - Recovery time from 46 to 58 °C - 1000 l h - - - 2,40 1,13 - Recovery time from 46 to 58 °C - 1500 l h - - - 3,60 1,70 - Recovery time from 46 to 58 °C - 2000 l h - - - - 2,26 - Data referred to the following operating conditions *Winter heating: external air temperature 7 °C db - 6 °C B.U., storage temperature 55 °C **Measured in free field conditions with a reference distance of one meter 43