DC INVERTER Air-Water heat pump for Heating and Cooling Residential environments with the PLANT MANAGEMENT SYSTEM INTEGRATED in the heat pump GB 04

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1 INVRTR ir-water heat pump for Heating and ooling Residential environments with the PLNT MNMNT SYSTM INTRT in the heat pump 04 coenergy Ideas to install

2 The MIRI-SMI heat pump The state of the art heating pumps offered by MMTI address the high requirements of comfort and maintenance costs efficiency. MIRI SMI is a heating pump designed and made in Japan to guarantee the best efficiency and reliability in air conditioning both during the summer and winter seasons. This heating pump unites compactness with completeness, as some of the components of the thermal system with the relative adjustment, are already integrated in this unit. Its wide arrange of possible configurations makes this the ideal unit for direct connection with various systems such as: cooling and heating radiators, air thermal units (cassettes or fans), low temperature radiators and heating exchangers for HW production. This new system makes installation and system start up operations easier.. The supply type and extremely reduced consumptions also make it compatible with the normal electric supply conditions foreseen by the manager, as it is dedicated to residential. The home is easily and efficiently controlled by a remote control (optional) fitted on the machine, leaving the user to freely manage operating times and temperatures, guaranteeing maximum comfort and minimum electric energy consumption. To be added are the typical advantages of realising a thermal system with heat pumps, the possibility of cooling and heating the premises with one single unit, greater product reliability in time, respect for the environment through the total elimination of the direct O 2 emissions, no charges for: routine maintenance, realisation of gas adduction systems, discharge of combustion products giving improved safety. The Range H 0615 H 1015 H 1315 H d 62 d 62 d 62 d

3 Why choose the MIRI-SMI Inverter Heat Pump 77% 23% 7,7 h ir Power supply: 2,3 h 10 h omponents P-Main lectronic board SMRT MT controller 3 P-Main display 4 P-Terminal lock System 5 ir vent valve 6 Safety valve 7 Supply terminal block 8 Heat exchanger (water) 9 -Inverter compressor Water discharge valve irculation pump Sensor of external air temperature Heat exchanger (air) Water flow connection to the system ase heater Water return connection from the system

4 ccessories (supplied separately) Remote control (rono TH) Stainless ISI 304 water filter Set of antivibration mounts Kit expansion tank for connection to the distribution manifold Topway in boxes Metalbox nti-vibrating flexible pipe L = 20 cm 3-way diverter valve (domestic hot water) xternal air temperature probe Temperature probe HW Integrated management system diagram The integrated management of the thermal system and of the heat pump (HP) is implemented by means of an innovative SMRT-MT regulator therein. SMRT-MT is connected to the management inputs of the heat pump and P-Main to a specific P-Terminal lock board, where the various inputs and outputs of the parts constituting the system can be connected. SMRT-MT allows you to customise residential comfort, based on the various requirements of the use of energy sources and terminal units. In addition to the normal controls concerning the operating mode and status of the HP, all parameters relating to system management algorithms can be set using SMRT-MT. To complete the functions present in SMRT-MT, it is possible to connect the P-Terminal lock with a rono-th remote control (optional accessory), which aside from controlling the temperature and humidity of the main room in the home, allows you to set periods of attenuation of environmental comfort, to activate the main states and operating modes of the HP and to provide the main SMRT-MT displays. rono TH Topway Manifold Topway Manifold Silence THIN-WLL an coil Mirai SMI Heat pump TW Inertial tank LIM loor circuits mmeti lima loor Silence THIN an coil Heating unit ay zone Night zone

5 Technical data Model H0615 H1015 H1315 H1615 PPLITION WITH TRMINL IR UNITS Heating capacity nom 7 W45 6,60 9,75 12,80 17,40 Power input nom 7 W45 2,00 2,79 3,58 5,12 OP 7 W45 3,30 3,50 3,58 3,40 Heating capacity nom -7 W45 3,45 6,90 9,10 11,00 Power input nom -7 W45 1,73 3,29 4,03 4,91 OP -7 W45 2,00 2,10 2,26 2,24 ooling capacity nom 35 W7 3,90 6,70 10,50 13,00 Power input nom 35 W7 1,39 2,44 3,05 4,02 R 35 W7 2,80 2,75 3,44 3,23 SR 35 W7 4,72 5,37 5,86 5,79 Useful pressure head for pump 35 W7 kpa PPLITION WITH RINT PNLS Heating capacity nom 7 W35 6,85 9,98 13,50 20,00 Power input nom 7 W35 1,61 2,22 2,95 4,28 OP 7 W35 4,25 4,50 4,57 4,10 Heating capacity nom -7 W35 4,45 7,20 9,60 11,60 Power input nom -7 W35 1,59 2,67 3,50 4,88 OP -7 W35 2,80 2,70 2,74 2,71 ooling capacity nom 35 W18 5,30 9,00 14,30 16,80 Power input nom 35 W18 1,38 2,46 3,19 4,13 R 35 W18 3,85 3,66 4,48 4,07 PPLITION WITH LOW-TMPRTUR RITORS Heating capacity nom 7 W55 6,20 9,35 11,70 14,60 Power input nom 7 W55 2,31 3,34 3,99 5,00 OP 7 W55 2,68 2,80 2,93 2,92 Heating capacity nom -7 W55 3,60 5,70 8,30 9,10 Power input nom -7 W55 2,12 3,41 4,37 4,89 OP -7 W55 1,70 1,67 1,90 1,86 PPLITION T MIUM (LOW) TMPRTUR ORIN TH RULTIONS U N /2013 Seasonal space heating energy efficiency class + (++) + (++) ++ (++) ++ (++) Sound power Power supply 230V~ 50Hz bsorbed max power 2,5 3,5 5,5 5,6 Maximum current 11,2 17,5 25,3 25,3 Type of compressor Twin Rotary Refrigerant R410 kg 1,05 1,72 2,99 2,99 Water fittings Ø 3/ /4 1 1/4 Max hydraulic operating pressure bar Width mm Height mm epth mm Weight kg ata referred to the following conditions: 35 W18 ir: 35 - Water: 18/23 35 W7 ir: 35 - Water: 7/12 7 W35 ir: 7(6) - Water 30/35-7 W35 ir: -7(-8) - Water /35. =water flow same conditions 7 W35 7 W45 ir: 7(6) - Water 40/45-7 W45 ir: -7(-8) - Water /45. =water flow same conditions 7 W45 7 W55 ir: 7(6) - Water 47/55-7 W55 ir: 7(-8) - Water /55. =water flow same conditions 7 W55.S...R. (uropean Seasonal R) uropean Seasonal average efficiency Perfomances according to N 14511:2013 Working range ooling mode Heating mode Maximum outdoor temperature Maximum water temperature Minimum outdoor temperature Minimum water temperature 6 23

6 imensions Model H0615 Water inlet connection 3/4 Water outlet connection 3/4 Model H1015 Water outlet connection 1 Water inlet connection 1 Models H H1615 Water outlet connection 1 1/4 Water inlet connection 1 1/ LIM , , LIM LIM Rev Ufficio Pubblicità & Immagine - LP ll rights are reserved. This publication nor any of its contents can be reproduced or publicized without mmeti s written authorization. 205 MMTI spa - Via rigata Osoppo, Vigonovo frazione di ontanafredda (PN) - Italy Tel ax info@emmeti.com