Supporting your happiness and the happiness of those who are precious to you.

Transcription

1 GENERAL CATALOGUE 2016

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3 Supporting your happiness and the happiness of those who are precious to you. Mitsubishi Heavy Industries has always been committed to improve the quality of life through technological innovation and passion. A far-sighted vision which has led to excellent results in the air conditioning market and in the production of domestic hot water. The goal is to provide the next generation a comfortable and happy life, thanks to the technologies that make better all aspects of daily life. In order to achieve this goal, MHI intends to enrich the value of all technological processes, with new ideas and by a constant research. From the point of view of a global perspective, MHI allocates its resources to the research of advanced solutions applied to high-quality products, which can ensure the comfort and the energy saving for a better living.

4 Values that have been lasting for over a century. Mitsubishi Heavy Industries, Ltd. THE HISTORY The literal translation of Mitsubishi is three diamonds. The same diamonds are depicted in a stylized way on its logo, which has never changed over time. The founder Yataro Iwasaki chose this symbol to join the three oak leaves representing the clan emblem of Tosa - his first patron - and the three overlaying diamonds representing the emblem of his family. The origin of the brand dates back to 1884, when Yataro Iwasaki, the founder of Mitsubishi, rented out the shipyards in Nagasaki from the Japanese Government. He renamed them Nagasaki Shipyard&Machinery Works, and the production of warships for the Japanese Navy started. Shipbuilding is still one of the leading sectors of Mitsubishi Heavy Industries, although since the '20s there was a gradual diversification and expansion of the activities in the field of heavy industry, aviation, railway and car industry. Even today, each diamond represents the three key principles of the company: Joint responsibility towards the company In 1921, just from one of these spin-off, Mitsubishi Electric Corporation was born (now a longstanding competitor), that started the production of residential electric fans when the parent company Mitsubishi Shipbuilding Co. set up a new industry in Kobe for the manufacture of electric motors for transoceanic ships. Integrity and loyalty Knowledge of people through trade The naval sector gives then rise to Mitsubishi Shipbuilding Co., Ltd, that in 1934 will become Mitsubishi Heavy Industries, Ltd., the largest private company in Japan which produces ships, heavy machinery, planes and wagons. 2

5 The mission of Mitsubishi Heavy Industries, Ltd. THE HISTORY Turning good ideas into innovative projects. Mitsubishi Heavy Industries has always pursued a policy based on quality and environmental protection; on competence and reliability; on the development of solutions and efficient products. To ensure that everybody can enjoy a better future. INNOVATION QUALITY ENERGY EFFICIENCY RESEARCH AND DEVELOPMENT At the end of World War II, with the entry into force in Japan of laws that prevent the economic and financial concentration of companies controlled by individual families, the dismemberment of Mitsubishi starts. Mitsubishi is divided into 3 different companies: West Japan- Heavy Industries, Ltd, Central Japan-Heavy Industries, Ltd and East Japan-Heavy Industries, Ltd. The company is re-established in 1964 and is reborn with the name of Mitsubishi Heavy Industries, Ltd. Under the control of Mitsubishi Heavy Industries, in the seventies the production of vehicles started with Mitsubishi Motors Corporation. Today's need for alternative energy resources, sees Mitsubishi Heavy Industries costantly looking for innovative solutions that can preserve the delicate balance of the current and future ecosystem. Today Mitsubishi Heavy Industries is a leader in many areas of traditional industry, but also a major player in technological innovation concerning the aeronautical and aerospace sectors, as well as robotics and renewable energy field. 3

6 MHI's global activity in the world MHI has engaged in highly important areas for the future of the planet, including that of the search for alternative energy and space exploration, with the constant commitment to guarantee a development in perfect harmony between man and technology. Energy production systems Boilers, gas and steam turbines, diesel engines, photovoltaic systems, geothermal systems. Energy Industrial Machinery Environment Aircraft Infrastructure Automotive Transportation Space Living & Leisure Material Handling Ship & Ocean Defense Products for transport infrastructure Systems designed for traffic management, including electronic toll collection (ETC), for improved safety and comfort in transport. Machine tools Equipment for chemical plants that produce plastics, printing presses for newspapers and magazines, medical equipement for radiotherapy. Space vehicles In the year 2000, MHI successfully inaugurates the first Japanese H-II A lauch system. MHI has participated in the development of Experiment module (JEM) on the International Space Station. Systems and installations for reducing the environmental impact Systems and installations designed for reducing the environmental load, the global warming, the air and sea pollution. Air.conditioning & refrigeration systems Air conditioners for residential and commercial use, VRF (variable refrigerant flow) air-conditioning systems, heat pumps, heat recovery ventilation units. Aeronautics Aircraft for civil and commercial transportation, jets, helicopters, aircraft engines. Design and development of the new aircraft Dreamliner. Material handling Large cranes in use in sea ports, forklifts, support for goods' distribution. Special machinery for infrastructure Essential anti-vibration and isolation systems for the society infrastructure, such as roads, tunnels, subways, telecommunications, water supply and sewerage. Shipbuilding and oceanographic research Construction of large ships and offshore structures for various applications, contributing to the efficiency of sea transportation worldwide. Components for the car industry Turbochargers for cars, collision simulators and industrial machine tools. Support in all spheres of Defense MHI provides support in all areas of national defense: terrestrial, naval and air defense. Mitsubishi Motors Corporation Always leader in car technology, it is the first company to have launched a production electric car: I-Miev. 4

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8 MHI & ENVIRONMENT An air conditioner that takes care of people, also takes care of nature. In order to guarantee future generations a liveable environment and a healthy lifestyle, MHI tackles energy and environmental protection problems on a global scale. To create a better tomorrow, the technologies are applied to the development of alternative energy sources, applicable to various environmental systems. All products are made in the perspective of reducing the environmental impact. MHI will never stop seeking to improve its technology, to safeguard the future of our beautiful planet. 6

9 MHI & DESIGN Choosing how to decorate a room, means choosing how to live. Combining technology and design adding new value to the message of comfort of the living spaces. This is one of the challenges faced by MHI in its constant activity of research and development. It is between the walls of the house that the need to combine functionality and best appearance gets stronger and solutions are needed where technology encounters the attention for home furnishing. MHI plans functional air conditioners with a high aesthetic value. Design and harmony, a combination that can transform a room into a beautiful and comfortable space, combining the beauty with the functionality of the product. For this reason, MHI air conditioners become furnishing solutions for air conditioning, ensuring high technological performance without sacrificing taste and design. 7

10 MHI & THE WELLBEING The home is a place of the spirit, where we let in all that makes us feel good, and where we leave out all that simply does not fit us. According to MHI, the well-being passes through silence and air quality. The very low sound level of MHI air conditioners defines the comfort of the environment. While comfort is a subjective sensation that indicates the level of well-being perceived, air quality is a factor which corresponds to the correlation - concrete and essential - of health-wellness. The air quality is achieved through a correct air distribution, which avoids stratification and creates a homogeneous environment. Breathing fresh air also means eliminating from the environment all the harmful elements for health. Special filters have precisely the function of eliminating odors, dust, germs and other contaminants that are found in air and that are harmful to our health, particularly if we are exposed to them for a long time. MHI contributes to improve people's life, by air conditioning the environments. 8

11 MHI & ENERGY EFFICIENCY Reducing energy consumption is the longterm sustainable response best suited to the urgent demand for energy efficiency. Consuming better, to consume less energy of our planet: this is the must of the research of technological solutions that MHI requires for its air conditioners. If sustainability is the new key for future interpretation, also the air conditioners' consumptions must be sustainable. The heat pump technology is a recovery system of the energy in the environment, to produce thermal energy. A technology which is environmentally friendly and that can make a significant contribution to the reduction of consumptions and emissions of CO 2. These systems are highly efficient: in fact, the heat pump generally requires only about 25% of auxiliary energy (electricity or gas) to generate 100% of thermal energy for air conditioning. The application of MHI high technology to the air-conditioning products has led to COP and EER record values, with full advantage of efficiency and energy saving. 9

12 MHI & WI-FI The air conditioner's main settings on your smartphone. MHI believes in the value of technology designed to serve people: by making everyday life easier, eliminating those actions that absorb time and getting used to the new habits of a whole day often spent away from home. Wi-Fi technology, which has become a common thread of working hours and free time, is implemented in the air conditioner for controlling and managing it by remote control too, wherever you are, directly through the mobile device or PC. Also away from home, it is possible to program the air conditioning of the environments according to your needs, for a pleasant coming back home. 10

13 MHI & ZEB PHILOSOPHY The energy revolution enters the building world with MHI products. The building world today needs concrete solutions to construct ZEB buildings energetically self-sufficient, as the recent legislation* requires. Building in ZEB logic (Zero Energy Building) means building favoring energy saving, minimal environmental impact, and use of renewable resources. All these elements combine to create ZEB buildings, self-sufficient buildings able to produce in a simple and effective way all the energy necessary to their activity. To achieve this result, one of the main application solutions consists of MHI heat pumps, chosen by a growing number of designers and builders for the realization of Zero Energy Buildings. The first ZEB building in Italy is the industrial building totally energy self-sufficient located in Bologna, which is realized by the use of CO2 heat pumps. * Ref. M.D. Minimum Requirements L. 90/2013, in force since October 1 st,

14 MHI & BUILDING AUTOMATION The reduction of complexity is the standard of intelligent buildings. The advent of Building Automation has meant a radical rethink of domestic plant and buildings: the transition from the electric system composed of innumerable threads, to the mode based on smart "appliances" able to talk to each other. Thanks to this revolution, today it is possible to use smart components which by a bus, communicate by exchanging messages: in this way, they coordinate their actions to the need of the houses concerning the welfare, the safety and the savings. Reducing the management complexity without sacrificing the complexity of the functionality and the smart ability of a system, is MHI's goal. MHI chooses the best standards, able to guarantee those numerous advantages that have become indispensable: easy management of the system's connections, easy reconfigurability, scalability and increase in functions. 12

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16 ErP Ecodesign Directive Eco-design of Energy-related Products (ErP) Over 80% of the environmental impact of a product is determined from the earliest stages of design. Ecodesign involves a design that considers all the environmental variables. The purpose of this standard is therefore to promote eco-design of energy-using products, and reduce consumption and CO 2 emissions. All this contributes, through incremental development, to meet the strategic European plan which involves the following within the year 2020: - 20% reduction of primary energy consumption; - 20% reduction of CO 2 emissions - 20% use of renewable energy. On January 1 st, 2013 the new minimum energy efficiency values came into force, to be respected in the production of new airconditioning appliances. This is required by the European Directive ErP (Energy related Products) which introduces: - new methods for calculating energy efficiency, including the seasonal efficiency parameter SCOP in heating mode and SEER in cooling mode; - the obligation for the manufacturers to comply with these minimum levels of energy efficiency, together with the maximum set values of sound power referred to all new products on the market. With these new standards, manufacturers are encouraged to seek and adopt new design methods. The most evident impact will be exactly on the use of heat pumps as primary heating of residential environments. The advantages For the consumer The European Directive ErP: - aims to increase the minimum efficiency of air conditioners, rearranging at the same time the field of air conditioning and establishing the prohibition of import and production of the products which are no more efficient; - ensures that the differences between the regulations of the various European countries do not become obstacles to the intra- European market; - requires all Manufacturers to provide more details and information to the Consumer, thus allowing to make more choices when purchasing. For the environment The Directive requires the Manufacturers to promote the development of more efficient appliances, which leads to a reduction in the consumption of valuable natural resources, minimizing the environmental impact. The increased quality and quantity of information increases transparency on energy consumption of air conditioning. Certified quality and safety Mitsubishi Heavy Industries has obtained International Standard Quality Management System ISO 9001 certification and ISO certification. All products come with the CE marking for access to European market, participate in the Eurovent certification program and comply with the RoHS directives on restrictions on the use of substances harmful to the environment. In Italy, Mitsubishi Heavy Industries is a member of Ridomus, a consortium that ensures the correct processing and recovery of Waste Electrical and Electronic Equipment (WEEE). 14

17 Energy label COOLING - Energy Class - kw - Energy efficiency seasonal - Annual kw HEATING (mandatory) Temperate regions - Energy Class - kw - Energy efficiency seasonal - Annual kw HEATING (optional) Cold regions Noise level of indoor unit - Energy Class - kw - Energy efficiency seasonal - Annual kw HEATING (optional) Warm regions Noise level of outdoor unit - Energy Class - kw - Energy efficiency seasonal - Annual kw The format In agreement with the Ecodesign Directive, the Regulation 626/2011 is born for the New energy label based on the actual seasonal performance of air conditioners. Therefore, since January 1 st, 2013 the new energy label came into force. In all product categories for which it had already been planned, the energy label has kept its format and simple design, i.e. the basic elements that make it recognizable: - division into classes; - 7 energy efficiency classes; - chromatic scale: the bright green colour indicates the high energy efficiency product; red colour indicates the low energy efficiency product. The very clear representation of energy efficiency in Heating mode related to the seasonal COP has been introduced. Moreover, additional elements have been introduced, to allow the manufacturers - and consequently the retailers -, to highlight progress and technological excellence. The new European legislation on energy label gradually introduces new energy classes above the A class (A+, A++, A+++): starting from 2013 and up to 2019, these classes will indicate more clearly the consumption of the equipments by highlighting the products' differences both in quality and in performance. Since January 1 st, 2013, the fixed Air Conditioners of new production and/or new import will have to meet minimum energy efficiency requirements not less than D Class in Cooling mode and A Class in Heating mode - which will be rising in future years. Such labelling shows uniformity in all 28 EU members and linguistic neutrality, since the texts are been replaced by pictograms that inform at a glance the consumers about the characteristics and performance of the appliances. The usual indication of sound pressure (amplitude of pressure wave, or sound wave influenced by the environment) is replaced by the parameter of sound power (energy supplied per time unit, independent of the environment in which the sound is produced), the value of which is higher than that of the sound pressure used in the previous legislation. The promotional and avertising material concerning the product must necessarily bear the reference to the energy efficiency class of the appliance. The rule, in force from January 1 st, 2013 in all the countries of the European Union, cannot be applied to the products introduced on the European market before that date. 15

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19 General Summary RESIDENTIAL 19 COMMERCIAL 57 VRF MULTI SYSTEM 95 CONTROLS 199 SERVICES 217 Icons 230 TECHNICAL APPENDIX 235 Multisplit Full DC Inverter Combinations

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21 RESIDENTIAL RANGE Welfare is at home 19

22 RESIDENTIAL RANGE Choosing the air conditioner best suited to your lifestyle is the first step to get the best performance and the best comfort. Air treatment, the very low sound level achieved, the guaranteed energy savings, are factors that make MHI residential range the best choice for every home. 20

23 Summary Line-up 22 Residential Monosplit Full DC Inverter 25 HEALTH Series wall type models SRK ZMX-S 26 COMFORT Series wall type models SRK ZM-S/SRK ZR-S 30 SMART Series wall type models SRK ZMP-S 34 PRIMARY HEATING Series console model SRF ZMX-S 38 LIGHT COMMERCIAL Series ducted models SRR ZM-S 42 FDUM VF 44 ceiling model FDE VG 45 cassette models FDTC VF 46 FDT VF 47 Residential Multisplit Full DC Inverter 49 Outdoor units SCM ZM-S 50 Indoor units 53 21

24 RESIDENTIAL MONOSPLIT FULL DC INVERTER 2016 MONOSPLIT Wall HEALTH COMFORT SMART kw 2,00 2,50 3,50 4,00 4,50 5,00 6,00 6,30 7,10 8,00 SRK ZMX-S* SRK ZMX-S* SRK ZMX-S* SRK ZMX-S* SRK ZMX-S* SRK ZM-S* SRK ZM-S* SRK ZM-S* SRK ZM-S* SRK ZR-S SRK ZR-S* SRK ZR-S Floor PRIMARY HEATING Console LIGHT COMMERCIAL SRK ZMP-S SRK ZMP-S SRK ZMP-S SRF ZMX-S* SRF ZMX-S* SRF ZMX-S* Ducted low head LIGHT COMMERCIAL SRR ZM-S* SRR ZM-S* Ceiling Cassette medium head LIGHT COMMERCIAL LIGHT COMMERCIAL 60x60 LIGHT COMMERCIAL 84x84 FDUM VF FDUM VF* FDUM VF FDE VG FDE VG* FDE VG FDTC VF* FDTC VF* FDTC VF FDTC VF* FDTC VF* FDT VF FDT VF FDT VF * Can also be installed in multisplit version. 22

25 RESIDENTIAL MULTISPLIT FULL DC INVERTER 2016 MULTISPLIT Nb. of connectable indoor units (from-up to) kw 4,10 4,50 5,00 6,00 7,10 8,00 10,00 12, HYPER SCM 40 ZM-S SCM 45 ZM-S SCM 50 ZM-S SCM 60 ZM-S SCM 71 ZM-S SCM 80 ZM-S SCM 100 ZM-S SCM 125 ZM-S Model SRK 20 ZMX-S SRK 25 ZMX-S SRK 35 ZMX-S SRK 50 ZMX-S SRK 60 ZMX-S SRK 20 ZM-S SRK 25 ZM-S SRK 35 ZM-S SRK 50 ZM-S SRK 71 ZR-S SRF 20 ZM-S SRF 35 ZM-S SRF 50 ZM-S SRR 25 ZM-S SRR 35 ZM-S SRR 50 ZM-S SRR 60 ZM-S SCM 40 ZM-S SCM 45 ZM-S SCM 50 ZM-S SCM 60 ZM-S SCM 71 ZM-S SCM 80 ZM-S SCM 100 ZM-S SCM 125 ZM-S FDUM 50VF FDE 50VG FDTC 25VF FDTC 35VF FDTC 50VF FDTC 60VF 23

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27 Monosplit 25

28 Residential Monosplit - HEALTH Series Wall SRK 20~60 ZMX-S 5 capacities 2.00 ~ 6.10 kw Energy class in cooling/heating A++(5.00 kw); A++/A+ (2.00~3.50 kw); A+ (6.10 kw) Down to -15 C in heating and cooling 21 db(a) for very low sound level Self Clean function for automatic sanitization against molds Wi-Fi (optional) Finally an air conditioner that takes care of my health. 26

29 Monosplit Full DC Inverter - HEALTH SRK 20~60 ZMX-S remote control included SRC 20~35 ZMX-S SRC 50~60 ZMX-S ALLY OF WELL-BEING, THANKS TO THE ANTI- ALLERGENIC SELF-CLEANING FILTER "ALLERGEN" The antiallergic filtering system neutralizes pollen, dust mites, bacteria, viruses and many other airborne allergens. Periodically, you can activate by remote control the cleaning and regeneration of this filter system from allergens, through the Allergen Clear button. The sanitization program - exclusive technology of our products - has a duration of about 1 h 30 and stops automatically. AUTOMATIC SANITIZATION AGAINST MOLDS WITH "SELF CLEAN" FUNCTION Health is specialized in the automatic sanitization against molds. The indoor unit's heat exchanger is subjected to a treatment that blocks the forming and proliferation of mould and unpleasant odors they cause. The program can be selected by remote control through Clean function, and is activated at the end of the appliance's operating cycle. The photocatalitic filter keeps air clean and pleasant, thanks to its double filtering and deodorizing action. It regenerates itself through simple washing with water and subsequent exposure to sunlight. 1. Captures the allergens Self-cleaning of anti-allergenic filter 2. Creates condensation (in Cooling mode) 3. Humidifies (in Heating mode) 4. Dries and cleans unit The 4 phases of the sanitizing process eliminate allergens captured by the filter. AIR QUALITY WITH WIDE-RANGING FLOW Air quality is guaranteed by the design of the ventilation flaps which has a larger surface area by 80% compared to previous models: this allows a considerable increase of the air volume and air distribution time inside the room. The wide-ranging flow eliminates dead zones, improving the cooling and heating effect. AUTOMATIC OPENING OF FRONTAL PANEL The horizontal swinging helps the air inlet, reducing the air resistance and significantly lowering the threshold of sound levels. 27

30 Monosplit Full DC Inverter - HEALTH Wall SRK 20~60 ZMX-S VENTILATION FUNCTION 3D & 3D AUTO This function allows a better distribution and de-stratification of treated air, and can be selected both in manual mode and in automatic mode. In manual mode - by remote control -, besides Swing (continuous swinging of flaps) you can select 8 different positions for horizontal and vertical air flow direction. 3D AUTO system, through the remote control, activates 3 motors: one for vertical swinging and 2 for horizontal swinging, which provide 3 indipendent flaps' controls. Horizontal swinging in 8 directions Vertical swinging Indoor Unit Model SRK 20 ZMX-S SRK 25 ZMX-S SRK 35 ZMX-S SRK 50 ZMX-S SRK 60 ZMX-S Outdoor Unit Model SRC 20 ZMX-S SRC 25 ZMX-S SRC 35 ZMX-S SRC 50 ZMX-S SRC 60 ZMX-S Type DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 2.00 (0.90~3.10) 2.55 (0.90~3.20) 3.50 (0.90~4.10) 5.00 (1.10~5.80) 6.10 (1.10~6.80) Power Input (T=+35 C) Cooling kw 0.35 (0.19~0.70) 0.49 (0.19~0.82) (0.19~1.01) 1.30 (0.20~1.80) 1.87 (0.20~2.50) Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ A++ A++ A++ A++ A+ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 2.50 (0.90~4.30) 3.13 (0.90~4.70) 4.30 (0.90~5.10) 6.00 (0.60~7.70) 6.80 (0.60~8.20) Power Input (T=7 C) Heating kw 0.45 (0.23~1.00) (0.23~1.12) 0.96 (0.23~1.35) 1.36 (0.20~2.43) 1.67 (0.20~2.70) Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal Heating 626/ A+ A+ A+ A++ A+ Energy Efficiency Class Seasonal Index Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 10/10 10/10 10/10 20/20 20/20 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+46 C -15 C~+43 C -15 C~+43 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 309x890x x890x x890x x890x x890x220 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Mi/Lo) m3/h Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) 1x Allergen Clear Allergen Clear Allergen Clear Allergen Clear Allergen Clear Filter (st. equipment) 1x Photocatalytic Photocatalytic Photocatalytic Photocatalytic Photocatalytic Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 595x780(+62)x x780(+62)x x780(+62)x x800(+71)x x800(+71)x290 Net weight Kg Max noise level 1 m db(a) Power sound level db(a) Max air flow m3/h Optionals Interface for wired remote control &/or SC-ADNA-E (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 / RC-EX1A RC-E5 / RC-EX1A RC-E5 / RC-EX1A RC-E5 / RC-EX1A RC-E5 / RC-EX1A SUPERLINK II Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 28

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32 Residential Monosplit - COMFORT Series Wall SRK 20~50 ZM-S SRK 63~80 ZR-S The air conditioners of COMFORT Series include the wall type model SRK 20~50 ZM-S and the new model SRK 63~80 ZR-S. They both represent an essential appliance, to make the pleasant air one of the hallmarks in the living spaces. The pleasant feeling of comfort when coming back home. 30

33 Monosplit Full DC Inverter - COMFORT SRK 20~50 ZM-S SRK 63~80 ZR-S remote control included SRC 20~35 ZM-S SRC 50 ZM-S SRC 63 ZR-S SRC 71~80 ZR-S SRK ZR-S THE PLEASURE TO BREATHE DEEPLY 3D ventilation and the design of the ventilation flaps ensure a homogeneous air diffusion inside the room. The remote control activates 3 motors: one for vertical swinging and 2 for horizontal swinging. In this way, the flaps' control is made independent. 2 FILTERS, VERY CLEAN AIR Thanks to the combined action of the anti-allergenic filter and the photocatalytic filter - which are standard supplied -, Comfort model retains and neutralizes pollen. Thanks to Allergen Clear function by remote control, all bacteria collected on the antiallergenic filter surface are eliminated in 1 h 30. ANTIBACTERIAL TREATMENT OF FAN The fan has been subjected to anti-microbial treatment to avoid mold and bacteria, thus making the system clean and safe. This system manages to eliminate even those molds that may arise when the appliance has not operated for a long time. REMOTE CONTROL (STANDARD SUPPLIED) The standard supplied remote control permits to deactivate all the functions of filter cleaning and flaps' swinging. It allows to select Timer function up to 28 weekly settings. 31

34 Monosplit Full DC Inverter - COMFORT Wall SRK 20~50 ZM-S 4 capacities 2.00~5.00 kw Energy class in cooling/heating A++/A+ (2.00~5.00 kw) Down to -15 C in heating and cooling Very low sound level: 21dB(A) (2.00~2.50kW) Anti-allergenic filter & photocatalytic filter Splitting distance: 25 m (5.00 kw) Wi-Fi (optional) Indoor Unit Model SRK 20 ZM-S SRK 25 ZM-S SRK 35 ZM-S SRK 50 ZM-S Outdoor Unit Model SRC 20 ZM-S SRC 25 ZM-S SRC 35 ZM-S SRC 50 ZM-S Type DC Inverter DC Inverter DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 2.00 (1.00~2.70) 2.50 (1.00~2.90) 3.50 (1.00~3.80) 5.00 (1.60~5.50) Power Input (T=+35 C) Cooling kw 0.44 (0.21~0.77) 0.62 (0.21~0.88) 1.01 (0.21~1.24) 1.55 (0.40~2.20) Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ A++ A++ A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 2.70 (1.20~3.90) 3.20 (1.20~4.20) 4.00 (1.30~4.80) 5.80 (1.60~6.60) Power Input (T=7 C) Heating kw 0.62 (0.27~1.38) 0.80 (0.27~1.36) 1.00 (0.29~1.45) 1.59 (0.42~2.10) Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal Heating 626/ A+ A+ A+ A+ Energy Efficiency Class Seasonal Index Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 10/10 10/10 10/10 15/15 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+46 C -15 C~+46 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 294x798x x798x x798x x798x229 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Mi/Lo) m3/h Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) 1x Allergen Clear Allergen Clear Allergen Clear Allergen Clear Filter (st. equipment) 1x Photocatalytic Photocatalytic Photocatalytic Photocatalytic Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 540x780(+62)x x780(+62)x x780(+62)x x800(+71)x290 Net weight Kg Max noise level 1 m db(a) Power sound level db(a) Max air flow m3/h Optionals Interface for wired remote control &/or SC-ADNA-E (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 / RC-EX1A RC-E5 / RC-EX1A RC-E5 / RC-EX1A RC-E5 / RC-EX1A SUPERLINK II Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 32

35 Monosplit Full DC Inverter - COMFORT Wall SRK 63~80 ZR-S 3 capacities 6.30~8.00 kw Energy class in cooling/heating A++/A++ (6.30kW); A++/A+ (7.10~8.00 kw) Down to -15 C in heating and cooling Very low sound level: 25 db(a) (6.30~7.10 kw); 26 db(a) (8.00 kw) Anti-allergenic filter & photocatalytic filter Elegant design, essential lines Splitting distance: 30 m Wi-Fi (optional) Indoor Unit Model SRK 63 ZR-S SRK 71 ZR-S SRK 80 ZR-S Outdoor Unit Model SRC 63 ZR-S SRC 71 ZR-S SRC 80 ZR-S Tiype DC Inverter DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 6.30 (1.20~7.10) 7.10 (2.30~7.70) 8.00 (2.30~9.00) Power Input (T=+35 C) Cooling kw 1.85 (0.54~2,.30) 2.05 (0.54~2.80) 2.35 (0.54~3.00) Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A++ A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 7.10 (0.80~9.00) 8.00 (2.00~10.00) 9.00 (2.10~10.50) Power Input (T=7 C) Heating kw 1.74 (0.37~3.30) 2.06 (0.37~3.40) 2.40 (0.37~3.65) Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal Heating 626/20111 A++ A+ A+ Energy Efficiency Class Seasonal Index Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U.. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (5/8 ) 6.35 (1/4 ) (5/8 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 20/20 20/20 20/20 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+46 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor unit Dimensions (H*W*D) mm 339x1197x x1197x x1197x262 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Mi/Lo) m3/h Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) 1x Allergen Clear Allergen Clear Allergen Clear Filter (st. equipment) 1x Photocatalytic Photocatalytic Photocatalytic Outdoor unit specifications Outdoor Unit Dimensions (H*W*D) mm 640x800(+71)x x880(+88)x x880(+88)x340 Net weight Kg Max noise level 1 m db(a) Power sound level db(a) Max air flow m3/h Optionals Interface for wired remote control &/or SC-ADNA-E (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 / RC-EX1A RC-E5 / RC-EX1A RC-E5 / RC-EX1A SUPERLINK II Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 33

36 Residential Monosplit - SMART Series Wall SRK 25~45 ZMP-S 3 capacities (2.50~4.50 kw) Energy class in cooling/heating A++/A+ (3.20 kw); A/A (2.50 and 4.50 kw) Down to -15 C in heating and cooling Very silent: 23 db(a) (2.50~3.20 kw) (sound pressure) Splitting level distance: 25 m (4.50 kw) Antibacterial treatment of fan The efficiency that makes no noise. 34

37 Monosplit Full DC Inverter - SMART SRK 25~45 ZMP-S remote control included SRC 25~35 ZMP-S SRC 45 ZMP-S TOTAL CONTROL OF TEMPERATURE AND HUMIDITY To ensure comfort and clean air, it is necessary to control the humidity. The exclusive system with 3 control sensors avoids annoying drips due to high concentrations of moisture in the environment: indoor temperature sensor (on indoor unit) indoor humidity sensor (on indoor unit) outdoor temperature sensor (on outdoor unit). 1 - Indoor temperature sensor 2 - Indoor humidity sensor 3 - Outdoor temperature sensor INCREDIBLE LOW SOUND LEVEL The very low sound level of SMART Series air conditioner is such as to make almost imperceptible its presence during operation. Only 23 db(a) (2.50~3.20 kw). "SELF CLEAN" FUNCTION AGAINST MOLD The indoor unit's heat exchanger is subjected to an automatic sanitizing treatment which blocks the formation and proliferation of mold, thus eliminating the unpleasant odors caused by the mold itself. This function can be selected by "Clean" button on remote control, and it is activated at the end of the operating cycle of the appliance. Normal operation Stop Automatic stop 2 hours Self Clean function 35

38 Monosplit Full DC Inverter - SMART Wall SRK 25~45 ZMP-S MULTIFUNCTION REMOTE CONTROL The supplied remote control allows to set functions for all needs: FAN SPEED. Selection of 4 fan speeds (automatic/high/ medium/low). MODE. Selection of operation mode (cooling/heating/dry/fan only). HI POWER/ECONO. For reaching the desired temperature in the shortest delay. AIR FLOW. Automatic selection of the air outlet flaps' vertical swinging. TIMER. To set the air conditioner's automatic start & stop within 24 hours. SLEEP. Night function, to prevent annoying changes in temperature. CLEAN. To activate the automatic self-cleaning function against mold and bacteria. ACL. It allows to reset all the functions and set the clock time. ON/OFF. On & off by luminous button AIR FLOW. Up/down TEMP. Temperature SELF CLEAN Lightweight and versatile, the remote control allows an easy and quick setting of the main functions. Indoor Unit Model SRK 25 ZMP-S SRK 35 ZMP-S SRK 45 ZMP-S Outdoor Unit Model SRC 25 ZMP-S SRC 35 ZMP-S SRC 45 ZMP-S Type DC Inverter Rated Capacity (T=35 C) Cooling kw 2.50 (0.90~2.80) 3.20 (0.90~3.50) 4.50 (0.90~4.80) Rated Power Input (T=35 C) Cooling kw 0.78 (0.25~1.01) (0.23~1.32) (0.22~1.98) Annual Consumption Cooling kwh/a Seasonal Energy Efficiency Class Cooling 626/20111 A A++ A Seasonal Energy Efficiency Index Cooling SEER Coefficient of Rated Energy Efficiency Cooling EER Design load (Pdesignc) Cooling kw Rated Capacity (T=7 C) Heating kw 2.80 (0.80~3.90) 3.60 (0.90~4.30) 5.0 (0.80~5.80) Rated Power Input (T=7 C) Heating kw 0.75 (0.20~1.43) (0.19~1.31) (0.20~1.86) Annual Consumption Heating kwh/a Seasonal Energy Efficiency Class (average season) Heating 626/20111 A A+ A Seasonal Energy Efficiency Index (average season) Heating SCOP Coefficient of Rated Energy Efficiency Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (Cooling-Heating) A Wiring cables I.U.-O.U. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) Max splitting distance I.U./O.U. m Max splitting level difference I.U.-O.U./I.U.-O.U. m 10/10 10/10 15/15 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Additional Refrigerant Charge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+46 C Temperature range heating C -15 C~+24 C -15 C~+24 C -15 C~+24 C Indoor unit specifications Indoor unit Dimensions (H*W*D) mm 262x769x x769x x769x210 Net weight Kg ,6 Sound pressure level 1m (Hi/Mi/Lo) db(a) Sound power level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Standard Remote Control type IR Remote Control Filter (st. equipment) 1x Polypropylene net filter Filter (st. equipment) 1x Outdoor unit specifications Outdoor unit Dimensions (H*W*D) mm 540x645(+57)x x645(+57)x x780(+62)x290 Net weight Kg Max sound pressure level 1m db(a) Max sound power level db(a) Max air flow m3/h Optional parts Interface Wired Remote Control Superlink II Interface Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 36

39 37

40 Residential Monosplit - PRIMARY HEATING Series Console SRF 25~50 ZMX-S 3 capacities (2.50~5.00 kw) Energy class in cooling/heating A++/A+ (2.50~3.50 kw); A+/A+ (5.00 kw) Down to -15 C in heating and in cooling Silent: 26 db(a) (2.50 kw) (sound pressure) Elegant design Suitable to all environments Wi-Fi (optional) Constant temperature and uniform air distribution. 38

41 Monosplit Full DC Inverter - PRIMARY HEATING SRF 25~50 ZMX-S remote control included SRC 25~35 ZMX-S SRC 50 ZMX-S CONSOLE PRIMARY HEATING It is a console type air conditioner which allows to heat and cool in a wide and uniform way. The two flaps - upper and lower - allow to distribute the air ensuring a constant temperature throughout the room during every use. Its modern lines are perfectly suited for all environments, taking up less space than a standard radiator. The console can also be easily installed below a window. Upper flaps Lower flaps UNIFORM AIR DIFFUSION The unit provides 2 options for the management of the air flow, in both upper and lower mode, with automatic selection of the air outlet flaps. This allows, in case of use in heating mode, the diffusion of hot air to the ground, thus contributing to a better comfort. You can set the simultaneous selection of the upper and lower air outlet flaps, by pressing the appropriate control button placed on the appliance. In case of use of the IR remote control 39

42 Monosplit Full DC Inverter - PRIMARY HEATING Console SRF 25~50 ZMX-S TWO FILTERS, GUARANTEED AIR QUALITY The sterilizing natural enzyme filter acts locally, without the harmful material is dispersed in the environment. The enzymes attack the microorganisms present in the air, responsible for many diseases transmitted through the air, trapping them in the filter and removing them. The photocatalytic filter keeps the air clean and pleasant, thanks to its double filtering and deodorizing action, while the Self Clean function acts on the elimination of mold. Photocatalytic filter Natural enzyme filter Indoor Unit Model SRF 25 ZMX-S SRF 35 ZMX-S SRF 50 ZMX-S Outdoor Unit Model SRC 25 ZMX-S SRC 35 ZMX-S SRC 50 ZMX-S Type DC Inverter DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 2.50 (0.90~3.20) 3.50 (0.90~4.10) 5.00 (1.10~5.20) Power Input (T=+35 C) Cooling kw (0.19~0.82) (0.19~1.26) (0.20~1.70) Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ A++ A++ A+ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 3.40 (0.90~4.70) 4.50 (0.90~5.10) 6.00 (0.60~6.90) Power Input (T=7 C) Heating kw (0.23~1.20) (0.23~1.43) (0.20~2.15) Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal Heating 626/ A+ A+ A+ Energy Efficiency Class Seasonal Index Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 10/10 10/10 20/20 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+43 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 600x860x x860x x860x238 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Mi/Lo) m3/h Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) 1x Natural enzyme filter Natural enzyme filter Natural enzyme filter Filter (st. equipment) 1x Photocatalytic Photocatalytic Photocatalytic Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 590x780(+62)x x780(+62)x x800(+71)x290 Net weight Kg Max noise level 1 m db(a) Power sound level db(a) Max air flow m3/h Optionals Interface for wired remote control &/or SC-ADNA-E (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 / RC-EX1A RC-E5 / RC-EX1A RC-E5 / RC-EX1A SUPERLINK II Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 40

43 41

44 Residential Monosplit - LIGHT COMMERCIAL Series SRR 25~35 ZM-S Low head ducted 2 capacities (2.50~3.50 kw) Energy class in cooling/heating A++/A+ Down to -15 C and +46 C in heating and cooling Silent: 24 db(a) Remote control, lower filter and condensate drain pump included Maximum performance, integrated solutions. 42

45 Monosplit Full DC Inverter - LIGHT COMMERCIAL SRR 25~35 ZM-S remote control included SRC 25~35 ZMX-S 30 mm LESS IN HEIGHT Compared to the previous model, SRR 25~35 ZM-S it is even thinner. 200 mm instead of 230 mm. The further reduction in height, even further allows during installation, an easy application of unit in the false ceiling. This obviously affects the weight: 20 kg instead of 22 kg. Height: mm SRR 25~35 ZJ-S 30 mm less!! New model SRR 25~35 ZM-S Indoor Unit Model SRR 25 ZM-S SRR 35 ZM-S Outdoor Unit Model SRC 25 ZMX-S SRC 35 ZMX-S Type DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 2.50 (1.00~3.30) 3.50 (1.00~3.90) Power Input (T=35 C) Cooling kw 0.57 (0.21 ~ 0.86) 0.98 (0.21 ~ 1.20) Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 3.40 (1.40~4.80) 4.20 (1.50~5.20) Power Input (T=7 C) Heating kw 0.75 (0.26 ~ 1.32) 1.03 (0.26 ~ 1.47) Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal Heating 626/20111 A+ A+ Energy Efficiency Class Seasonal Index Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb. 3 3 Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 10/10 10/10 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m - - Temperature range cooling C -15 C~+46 C -15 C~+46 C Temperature range heating C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor unit Dimensions (H*W*D) mm 200x750x x750x500 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Fans' static pressure Pa Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Filter (st. equipment) - Polypropylene net filter Polypropylene net filter Condensate drain pump (st. equipment) mm Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 595x780(+62)x x780(+62)x290 Net weight Kg Max noise level 1 m db(a) Power sound level db(a) Max air flow m3/h Optionals Interface for wired remote control and/or SC-ADNA-E (all optionals) SC-BIKN-E SC-BIKN-E Wired remote control (Optional) RC-E5 / RC-EX1A RC-E5 / RC-EX1A SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E Lower air inlet kit (Optional) UT-BAT1EF UT-BAT1EF 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 43

46 Monosplit Full DC Inverter - LIGHT COMMERCIAL Medium head ducted FDUM 40~50VF FDUM 60VF SRC 40~60 ZMX-S 3 capacities (4.00~5.60 kw) Energy class in cooling/heating A++/A+ (5.50 kw), A+/A+ (4.00~5.00 kw) Down to -15 C in heating and cooling Silent: 25 db(a) (5.60 kw) Only 280 mm in height Standard condensate drain pump AVAILABLE STATIC PRESSURE: E.S.P. FUNCTION E.S.P. function ensures the nominal values of the air flow regardless of the length of the duct. Longer duct FDUM Duct Duct Ceiling Indoor Unit Model FDUM 40VF FDUM 50VF FDUM 60VF Outdoor Unit Model SRC 40 ZMX-S SRC 50 ZMX-S SRC 60 ZMX-S Type DC Inverter DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 4.00 (1.10~4.70) 5.00 (1.10~5.60) 5.60 (1.10~6.30) Power Input (T=+35 C) Cooling kw Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ A+ A+ A++ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 4.50 (0.60~5.40) 5.40 (0.60~6.30) 6.70 (0.60~7.10) Power Input (T=7 C) Heating kw Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal Heating 626/ A+ A+ A+ Energy Efficiency Class Seasonal Index Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 20/20 20/20 20/20 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 280x750x x750x x950x635 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Mi/Lo) m3/h Available static pressure Pa Standard 35 - Max 100 Standard 35 - Max 100 Standard 35 - Max 100 Drain hose diameter mm Remote control (st. equipment) type Filter (st. equipment) Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 640x800(+71)x x800(+71)x x800(+71)x290 Net weight Kg Max noise level 1 m db(a) Power sound level db(a) Max air flow m3/h Optionals Wired remote control (optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E Filter KIT (optional) 1x UM-FL1EF UM-FL1EF UM-FL2EF 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 44

47 Monosplit Full DC Inverter - LIGHT COMMERCIAL Ceiling FDE 40~60VG RCN-E-E SRC 40~60 ZMX-S Optional kit 3 capacities (4.00~5.60 kw) Energy class in cooling/heating A++/A+ (5.60 kw), A++/A (4.00~5.00 kw) Down to -15 C in heating and cooling Only 31 db(a) (4.00~5.00 kw); only 32 db(a) (5.60 kw) Compact design: only 210 mm in height Wide-ranging air flow Splitting distance 30 m NEW FDE VG, MAXIMUM PERFORMANCE 6 db(a) less, optional KIT wireless for remote control, higher SEER and SCOP values for better efficiency, fan equipped with DC Inverter motor, simplified maintenance: the new ceiling type FDE VG air conditioner shows a series of innovations that make it even more competitive on the market. Indoor Unit Model FDE 40VG FDE 50VG FDE 60VG Outdoor Unit Model SRC 40 ZMX-S SRC 50 ZMX-S SRC 60 ZMX-S Type DC Inverter DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 4.00 (1.10~4.70) 5.00 (1.10~5.60) 5.60 (1.10~6.30) Power Input (T=35 C) Cooling kw Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ A++ A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 4.50 (0.60~5.40) 5.40 (0.60~6.30) 6.70 (0.60~7.10) Power Input (T=7 C) Heating kw Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/ A A A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 20/20 20/20 20/20 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 210x1070x x1070x x1320x690 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Remote control (st equipment) type Filter (st. equipment) 2x Polypropylene net filter Polypropylene net filter Polypropylene net filter Filter (st. equipment) 1x Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 640x800(+71)x x800(+71)x x800(+71)x290 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Max air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (Optional) RCN-E-E RCN-E-E RCN-E-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 45

48 Monosplit Full DC Inverter - LIGHT COMMERCIAL Cassette 60x60 FDTC 25~60VF SRC 25~35 ZMX-S SRC 40~60 ZMX-S 4-way Cassette air conditioners, available in 5 capacities (2.55~5.60 kw) Energy class in cooling/heating A++/A+ (2.55~3.60 kw), A++/A (4.00 kw), A+/A (5.00~5.60 kw) Down to -15 C in heating and cooling Ultra compact model: only 248 mm for recessed installation in the false ceiling Only 30 db(a) for 6.00 kw model Removable caps on the 4 corners for easy installation Standard condensate drain pump Indoor Unit Model FDTC 25VF FDTC 35VF FDTC 40VF FDTC 50VF FDTC 60VF Outdoor Unit Model SRC 25 ZMX-S SRC 35 ZMX-S SRC 40 ZMX-S SRC 50 ZMX-S SRC 60 ZMX-S Type DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 2.55 (0.90~3.20) 3.60 (0.90~4.10) 4.00 (1.10~4.70) 5.00 (1.10~5.60) 5.60 (1.10~6.30) Power Input (T=+35 C) Cooling kw Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ A++ A++ A++ A+ A+ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 3.45 (0.90~4.70) 4.25 (0.90~5.10) 4.50 (0.60~5.40) 5.40 (0.60~6.30) 6.70 (0.60~6.70) Power Input (T=7 C) Heating kw Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal Heating 626/ A+ A+ A A A Energy Efficiency Class Seasonal Index Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 10/10 10/10 20/20 20/20 20/20 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 248x570x x570x x570x x570x x570x570 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Mi/Lo) m3/h Drain hose diameter mm Remote control (st. equipment) type Filter (st. equipment) 1x Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Filter (st. equipment) 1x Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 590x780(+62)x x780(+62)x x800(+71)x x800(+71)x x800(+71)x290 Net weight Kg Max noise level 1 m db(a) Power sound level db(a) Max air flow m3/h Accessories Panel TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E Dimensions (WxHxD) mm 35x700x700 35x700x700 35x700x700 35x700x700 35x700x700 Net weight Kg Optionals Wired remote control (optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-TC-24W-ER RCN-TC-24W-ER RCN-TC-24W-ER RCN-TC-24W-ER RCN-TC-24W-ER SUPERLINK II Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Outdoor air intake spacer (Optional) TC-OAS-E TC-OAS-E TC-OAS-E TC-OAS-E TC-OAS-E Outdoor air intake duct (Optional) TC-OAD-E TC-OAD-E TC-OAD-E TC-OAD-E TC-OAD-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 46

49 Monosplit Full DC Inverter - LIGHT COMMERCIAL Cassette 84x84 FDT 40~60VF 4-way Cassette air conditioners, available in 3 capacities (4.00~5.60 kw) Energy class in cooling/heating A++/A+ (4.00~5.00 kw), A++/A (5.60 kw) Down to -15 C in heating and cooling SRC 40~60 ZMX-S Removable caps on the 4 corners for easy installation Only 31 db(a) Splitting distance: 30 m Standard condensate drain pump Easy control of condensate drain pan Indoor Unit Model FDT 40VF FDT 50VF FDT 60VF Outdoor Unit Model SRC 40 ZMX-S SRC 50 ZMX-S SRC 60 ZMX-S Type DC Inverter DC Inverter DC Inverter Capacity (T=35 C) Cooling kw 4.00 (1.10~4.70) 5.00 (1.10~5.60) 5.60 (1.10~6.30) Power Input (T=+35 C) Cooling kw Annual Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ A++ A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=+7 C) Heating kw 4.50 (0.6~5.40) 5.40 (0.60~6.30) 6.70 (0.60~7.10) Power Input (T=7 C) Heating kw Annual Consumption Heating kwh/a Energy Efficiency Class Seasonal Heating 626/ A+ A+ A Energy Efficiency Class Seasonal Index Heating SCOP Energy Efficiency Rated Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring cables i.u./o.u. (without ground) nb Refrigerant Pipe Liquid/Gas side mm (inch.) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 20/20 20/20 20/20 Refrigerant Precharge Kg MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 246x840x x840x x840x840 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Mi/Lo) m3/h Drain hose diameter mm Remote control (st. equipment) type Filter (st. equipment) 1x Polypropylene net filter Polypropylene net filter Polypropylene net filter Filter (st. equipment) 1x Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 640x800(+71)x x800(+71)x x800(+71)x290 Net weight Kg Max noise level 1 m db(a) Power sound level db(a) Max air flow m3/h Accessories Panel T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E Dimensions (WxHxD) mm 35x950x950 35x950x950 35x950x950 Net weight Kg Optionals Wired remote control (optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E SUPERLINK II Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 47

50 48

51 Multisplit 49

52 Residential Multisplit Outdoor units SCM 40~125 ZM-S A wide range of outdoor units efficient, silent and of different capacities Oudoor units available in 8 capacities (4.00~12.50 kw), from 2 to 6 rooms Wide operating range in heating and cooling, with outdoor temperature of -15 C Up to 6 rooms and record of pipe length up to 90 meters!! 50

53 Multisplit Full DC Inverter Outdoor units SCM 40~45 ZM-S SCM 50~60 ZM-S SCM 71~80 ZM-S SCM 100~125 ZM-S 90 meters Record of refrigerant pipe length for multi residential applications and for models from 10 to 12.5 kw INSTALLATION FLEXIBILITY A = Splitting level difference: O.U./I.U. 20 m B = Splitting level difference: I.U./O.U. 20 m C = Splitting level difference: I.U./I.U. 25 m Total length (all system): 90 m Max. length for one I.U. = 25 m The splitting level difference of pipings may reach 25 m and the total length 90 m, thus allowing a wide choice of the installation site which becomes easier, quick and inexpensive. The size of the outdoor units is extremely compact, such as to minimize their overall dimensions for example on the balcony, on the roof or in the garden. AIR CONDITIONING UP TO 6 ROOMS WITH ONLY ONE OUTDOOR UNIT Wall Multisplit Full DC Inverter line is the innovative multi system of Mitsubishi Heavy Industries, which represents the ideal solution for the air-conditioning of several rooms. Thanks to only one outdoor unit, it is possible to air-condition up to 6 rooms by combining indoor units available in 7 types. Compact and elegant, they well fit in residential, high residential and light commercial environments. The whole range is characterized by: - high flexibility - energy efficiency - very low sound level. Cassette Ducted Console Ceiling Ducted 51

54 Multisplit Full DC Inverter Outdoor units HIGH VALUES OF COP, HIGH ENERGY SAVING All models have very high COP values, thanks to the application of the Inverter technology, which allows to vary the power supplied according to the cooling or heating demand. This allows to reach the set temperature more quickly, and to keep it stable in time, with a saving of about 30% of energy consumption compared to the conventional fixed-speed air conditioners. EXCEPTIONAL PERFORMANCE Thanks to the application of the Twin Rotary compressor, the outdoor units are characterized by low sound levels. Moreover, all units operate in heating and cooling with the outdoor temperature limit of -15 C. Model SCM 40 ZM-S SCM 45 ZM-S SCM 50 ZM-S SCM 60 ZM-S SCM 71 ZM-S SCM 80 ZM-S SCM 100 ZM-S SCM 125 ZM-S Type DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter Connectable Indoor Units (MIN - MAX) nb * - 5 4* - 6 Connectable Total Capacity I.U. kw Nominal Capacity (T=35 C) Cooling kw 4.00 (1.80~5.90) 4.50 (1.80~6.40) 5.00 (1.80~7.10) 6.00 (1.80~7.50) 7.10 (1.80~8.80) 8.00 (1.80~9.20) (1.80~12.00) (1.80~14.00) Nominal Power Input (T=35 C) Cooling kw 0.84 (0.49~1.90) 1.04 (0.49~2.14) 1.08 (0.50~2.15) 1.43 (0.50~2.39) 1.74 (0.48~2.75) 2.16 (0.48~2.83) 2.86 (0.65~4.03) 3.90 (0.65~4.80) Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ A+ A+ A++ A++ A++ A++ A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Rated Energy Efficiency Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw 4.50 (1.40~6.90) 5.60 (1.40~7.40) 6.00 (1.40~7.50) 6.80 (1.50~7.80) 8.60 (1.50~9.40) 9.30 (1.50~9.80) (1.50~13.50) (1.50~14.00) Nominal Power Input (T=7 C) Heating kw 0.9 (0.47~2.30) 1.20 (0.47~2.57) 1.31 (0.48~2.58) 1.51 (0.60~3.00) 2.00 (0.60~3.35) 2.26 (0.60~3.43) 2.93 (0.70~3.40) 3.25 (0.70~3.42) Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/ A+ A+ A A+ A A A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Rated Energy Efficiency Heating COP Design load C Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A Wiring Cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 2x6.35 (1/4 ) 2x9.52 (3/8 ) 2x6.35 (1/4 ) 2x9.52 (3/8 ) 3x6.35 (1/4 ) 3x9.52 (3/8 ) 3x6.35 (1/4 ) 3x9.52 (3/8 ) 4x6.35 (1/4 ) 4x9.52 (3/8 ) 4x6.35 (1/4 ) 4x9.52 (3/8 ) 5x6.35 (1/4 ) 5x9.52 (3/8 ) 6x6.35 (1/4 ) 6x9.52 (3/8 ) Max. splitting distance m Max. splitting level difference O.U./I.U. - I.U/ O.U. m 15/15 15/15 15/15 15/15 20/20 20/20 20/20 20/20 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge / Liquid Pipe ø1/4 g/m Temperature range cooling C -15 C ~ +43 C -15 C ~ +43 C -15 C ~ +43 C -15 C ~ +43 C -15 C ~ +43 C -15 C ~ +43 C -15 C ~ +43 C -15 C ~ +43 C Temperature range heating C -15 C ~ +24 C -15 C ~ +24 C -15 C ~ +24 C -15 C ~ +24 C -15 C ~ +24 C -15 C ~ +24 C -15 C ~ +24 C -15 C ~ +24 C Product Specifications Outdoor Unit Dimensions (H*W*D) mm 640x850(+65)x x850(+65)x x850(+65)x x850(+65)x x880(+73)x x880(+73)x x970(+73)x x970(+73)x370 Net weight Kg Max. sound pressure level at 1 m db(a) Max. sound power level db(a) Max. air flow m3/h Notes*: ONLY in the case of combinations with SRK 71 ZR-S + SRK 71 ZR-S models, it is also allowed a minimum of only 2 Indoor Units. ONLY in the case of combinations with SRK xx ZMX-S, SRK 71 ZR-S, FDEN 50 VG models, it is also allowed a minimum of only 3 Indoor Units. In any case, the connectable total capacity must be 100~160. SCM 40 ZM-S SCM 45 ZM-S SCM 50 ZM-S SCM 60 ZM-S SCM 71 ZM-S SCM 80 ZM-S SCM 100 ZM-S SCM 125 ZM-S Length for one indoor unit 25 m 25 m 25 m 25 m 25 m 25 m 25 m 25 m Total length for all rooms 30 m 30 m 40 m 40 m 70 m 70 m 90 m 90 m Max. height difference O.U. lower than I.U. (A) 15 m 15 m 15 m 15 m 20 m 20 m 20 m 20 m O.U. higher than I.U. (B) 15 m 15 m 15 m 15 m 20 m 20 m 20 m 20 m Max. height difference between I.U.(C) 25 m 25 m 25 m 25 m 25 m 25 m 25 m 25 m Length of refrigerant pipings without additional charge 30 m 30 m 40 m 40 m 40 m 40 m 50 m 50 m 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 52

55 Multisplit Full DC Inverter Indoor units page 26 page 30 page 38 SRK 71 ZR-S SRK ZMX-S SRK ZM-S / SRK ZR-S SRF ZMX-S Wall Model SRK 20 ZMX-S SRK 25 ZMX-S SRK 35 ZMX-S SRK 50 ZMX-S SRK 60 ZMX-S Type DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter Capacity Cooling Heating kw kw Power supply Ph-V-Hz 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) Product specifications Indoor unit Dimensions (H*W*D) mm 309x890x x890x x890x x890x x890x220 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m3/h Max. power sound level db(a) Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) 1x Anti-allergenic Anti-allergenic Anti-allergenic Anti-allergenic Anti-allergenic Filter (st. equipment) 1x Photocatalytic Photocatalytic Photocatalytic Photocatalytic Photocatalytic Optionals Interface for Wired remote control and/or SC-ADNA-E (all optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Wall Model SRK 20 ZM-S SRK 25 ZM-S SRK 35 ZM-S SRK 50 ZM-S SRK 71 ZR-S Type DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter Capacity Cooling Heating kw kw Power supply Ph-V-Hz 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (5/8 ) Product specifications Indoor unit Dimensions(H*W*D) mm 294x798x x798x x798x x798x x1197x262 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m3/h Max. power sound level db(a) Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) 1x Anti-allergenic Anti-allergenic Anti-allergenic Anti-allergenic Anti-allergenic Filter (st. equipment) 1x Photocatalytic Photocatalytic Photocatalytic Photocatalytic Photocatalytic Optionals Interface for Wired remote control and/or SC-ADNA-E (all optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Console Modell SRF 25 ZMX-S SRF 35 ZMX-S SRF 50 ZMX-S Type DC Inverter DC Inverter DC Inverter Capacity Cooling Heating kw kw Power supply Ph-V-Hz 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) Product specifications Indoor unit Dimensions (H*W*D) mm 600x860x x860x x860x238 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Max. power sound level Indoor air flow (Hi/Mi/Lo) m3/h db(a) Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) 1x Natural enzyme Natural enzyme Natural enzyme Filter (st. equipment) 1x Photocatalytic Photocatalytic Photocatalytic Optionals Interface for Wired remote control and/or SC-ADNA-E (all optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 53

56 Multisplit Full DC Inverter Indoor units page 42 SRR ZM-S Low head ducted Model SRR 25 ZM-S SRR 35 ZM-S SRR 50 ZM-S SRR 60 ZM-S Type DC Inverter DC Inverter DC Inverter DC Inverter Capacity Cooling Heating kw kw Power supply Ph-V-Hz 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) Product specifications Indoor unit Dimensions (H*W*D) mm 200x750x x750x x950x x950x500 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Max. power sound level db(a) Indoor air flow (Hi/Mi/Lo) m3/h Static pressure of fan Pa Drain hose diameter mm Remote control (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) - Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Condensate drain pump (st. equipment) mm Optionals Interface for Wired remote control and/or SC-ADNA-E (all optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Lower air inlet Kit (Optional) UT-BAT1EF UT-BAT1EF UT-BAT1EF UT-BAT1EF page 44 page 45 FDUM VF FDE VG Medium head ducted Indoor unit model FDUM 50VF Type DC Inverter Capacity Cooling Heating kw kw Power supply Ph-V-Hz 1-220~240V-50HZ I.U. ~ O.U. O.U. Wiring cables I.U./ O.U. (without ground) nb. 3 Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (1/2 ) Product specifications Indoor unit Ceiling Dimensions (H*W*D) mm 280x750x635 Net weight Kg 29 Indoor Noise level 1 m (Hi/Mi/Lo) db(a) 32/29/26 Max. power sound level db(a) 60 Indoor air flow (Hi/Mi/Lo) m3/h 600/540/480 Static pressure of fans Pa Standard 35 - Max 100 Drain hose diameter mm 20 Remote control (st. equipment) type - Filter (st. equipment) - - Optionals Wired remote control (Optional) RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 IR Remote control (KIT) - (Optional) RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E KIT filter (Optional) 1x UM-FL1EF Indoor unit model FDE 50VG Type DC Inverter Capacity Cooling Heating kw kw Power supply Ph-V-Hz 1-220~240V-50HZ I.U. ~ O.U. O.U. Wiring cables I.U./ O.U. (without ground) nb. 3 Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (1/2 ) Product specifications Indoor unit Dimensions (H*W*D) mm 210x1070x690 Net weight Kg 28 Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Max. power sound level db(a) 60 Indoor air flow (Hi/Mi/Lo) m3/h Drain hose diameter mm 20 Remote control (st. equipment) type - Filter (st. equipment) 2x Polypropylene net filter Optionals Wired remote control (Optional) Simplified wired remote control (Optional) IR Remote control (KIT) - (Optional) SUPERLINK II Interface (Optional) RC-E5 - RC-EX1A RCH-E3 RCN-E-E SC-ADNA-E 54

57 Multisplit Full DC Inverter Indoor units page 46 FDTC VF Cassette 60x60 Model FDTC 25VF FDTC 35VF FDTC 50VF FDTC 60VF Type DC Inverter DC Inverter DC Inverter DC Inverter Capacity Cooling Heating kw kw Power supply Ph-V-Hz 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ 1-220~230V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (3/8 ) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (1/2 ) Product specifications Indoor unit Dimensions (H*W*D) mm 248x570x x570x x570x x570x570 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Max. power sound level Indoor air flow (Hi/Mi/Lo) m3/h db(a) Drain hose diameter mm Remote control (st. equipment) type Filter (st. equipment) 1x Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Accessories Panel TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E Dimensions (H*W*D) mm 35x700x700 35x700x700 35x700x700 35x700x700 Data of panel Net weight Kg Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR Remote control (KIT) - (Optional) RCN-TC-24W-ER RCN-TC-24W-ER RCN-TC-24W-ER RCN-TC-24W-ER SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Fresh air inlet support (Optional) TC-OAS-E TC-OAS-E TC-OAS-E TC-OAS-E Fresh air inlet connections (Optional) TC-OAD-E TC-OAD-E TC-OAD-E TC-OAD-E 55

58 56

59 COMMERCIAL RANGE The flexibility to adapt to each solution 57

60 COMMERCIAL RANGE Air-conditioning means ensuring well-being for our customers and for people who work in the environments of our company. The air conditioners of MHI commercial range have been designed for wide spaces as offices and companies, and for small and medium applications. According to the surface and features of the work place, MHI offers all useful solutions to combine operating costs, flexibility and maintenance. 58

61 Table of contents Line-up 60 Commercial Monosplit Full DC Inverter HYPER Series FDC VNX/VSX outdoor units 62 SUPER Series FDC VN/VS/VSA outdoor units 64 SMART Series FDC VNP outdoor units 66 indoor units 68 Commercial Multisplit Full DC Inverter HYPER Series combinations TWIN/TRIPLE 90 V Multi 91 SUPER Series combinations TWIN/TRIPLE/DOUBLE TWIN 92 V Multi 93 59

62 COMMERCIAL MONOSPLIT FULL DC INVERTER 2016 Outdoor units HYPER FDC VNX/VSX Cassette 84x84 Adjustable medium head ducted Adjustable high head ducted Ceiling Floor standing kw 7,10 9,00 10,00 12,50 14,00 20,00 25,00 FDT VF2 FDT VF FDT VF FDUM VF2 FDUM VF FDUM VF FDU VF2 FDU VF FDU VF FDE VG FDE VG FDE VG FDF VD2 FDF VD FDF VD SUPER Cassette 84x84 FDT VF2 FDT VF FDT VF Adjustable medium head ducted FDUM VF2 FDUM VF FDUM VF FDC VN/VS Adjustable high head ducted FDU VF2 FDU VF FDU VF Adjustable high head ducted FDU VG FDU VG Ceiling FDE VG FDE VG FDE VG FDC VSA Floor standing FDF VD2 FDF VD FDF VD SMART Cassette 84x84 FDT VF1 FDT VF2 FDT VF2 Adjustable medium head ducted FDUM VF1 FDUM VF2 FDUM VF2 Adjustable high head ducted FDU VF1 FDU VF2 FDU VF2 FDC VNP Ceiling FDE VG FDE VG FDE VG Floor standing FDF VD1 FDF VD2 FDF VD2 FDC VNP Wall SRK ZR-S 60

63 COMMERCIAL MULTISPLIT FULL DC INVERTER 2016 TWIN/TRIPLE/DOUBLE TWIN COMBINATIONS FOR HYPER & SUPER SERIES Outdoor units FDT FDTC FDUM FDE SRK ZMX-S FDF kw 5,0 6,0 7,1 10,0 12,5 5,0 6,0 5,0 6,0 7,1 10,0 12,5 5,0 6,0 7,1 10,0 12,5 5,0 6,0 7,1 10,0 12,5 FDC 100VN/VS FDC 100VNX/VSX FDC 125VN/VS FDC 125VNX/VSX FDC 140VN/VS FDC 140VNX/VSX FDC 200VSA FDC 250VSA HYPER TWIN TRIPLE FDC 100 VNX/FDC 100 VSX FDC 125 VNX/FDC 125 VSX FDC 140 VNX/FDC 140 VSX SUPER TWIN TRIPLE DOUBLE TWIN FDC 100 VN/FDC 100 VS FDC 125 VN/FDC 125 VS FDC 140 VN/FDC 140 VS FDC 200 VSA FDC 250 VSA V MULTI COMBINATIONS FOR HYPER & SUPER SERIES Outdoor units FDT FDE kw 5,0 6,0 7,1 10,0 12,5 5,0 6,0 7,1 10,0 12,5 FDC 100VN/VS FDC 100VNX/VSX FDC 125VN/VS FDC 125VNX/VSX FDC 140VN/VS FDC 140VNX/VSX FDC 200VSA FDC 250VSA HYPER FDC 100 VNX/FDC 100 VSX FDC 125 VNX/FDC 125 VSX FDC 140 VNX/FDC 140 VSX SUPER FDC 100 VN/FDC 100 VS FDC 125 VN/FDC 125 VS FDC 140 VN/FDC 140 VS FDC 200 VSA FDC 250 VSA

64 Commercial Monosplit - HYPER Series Outdoor units FDC100VNX/VSX (4HP) FDC125VNX/VSX (5HP) FDC140VNX/VSX (6HP) VNX = 1-PHASE VSX = 3-PHASE 3 capacities 1-Phase & 3-Phase 4~6HP=10.0~14.0 kw Min. outdoor operating temperature Super Heat at start-up The supplied power is kept also as the outdoor temperature decreases Splitting distance: 100 m Application of Twin Rotary compressors: reduction in size and increase in performance Min. outdoor operating temperature in heating: -20 C. 62

65 Commercial Monosplit Full DC Inverter - HYPER IF THE OUTDOOR TEMPERATURE DECREASES, THE SUPPLIED POWER KEEPS CONSTANT FDC125VNX (5HP) - 1-PHASE FDC125VSX (5HP) - 3-PHASE Capacity in nominal heating is kept constant up to +2 C Capacity in nominal heating is kep constant down to -15 C (kw) (kw) maintaining the nominal capacity in heating to +2 C DC Inverter Hyper max. capacity. nominal capacity in heating 14.0 kw maintaining the nominal capacity in heating to -15 C DC Inverter Hyper nominal capacity in heating 14.0 kw max. capacity DC Inverter DC Inverter 0 Model -15 C 2 C 7 C VNX Models (1-Phase) Nominal heating capacity (kw at the outdoor temperature of 7 C) Heating capacity (kw at the outdoor temperature of +2 C) FDT 100 VNX (4HP) 11.2 kw 8.05 kw FDT 125 VNX (5HP) 14.0 kw kw FDT 140 VNX (6HP) 16.0 kw kw 0 Model -15 C 2 C 7 C 4-5-6HP VSX Models (3-Phase) Nominal heating capacity (kw at the outdoor temperature of 7 C) Heating capacity (kw at the outdoor temperature of -15 C) FDT 100 VSX (4HP) 11.2 kw 11.2 kw FDT 125 VSX (5HP) 14.0 kw 14.0 kw FDT 140 VSX (6HP) 16.0 kw 16.0 kw OPERATING RANGE SUPER HEAT: START-UP AT HIGH TEMPERATURE HYPER VNX/VSX -20 C Heating Cooling +20 C At the start-up, the unit reaches the temperature of 40 C in only 4 minutes - in an operating condition with indoor & outdoor temperature of 2 C - and can reach 50 C in the following 8 minutes. -15 C +43 C DC Inverter Hyper DC Inverter Refer to technical specifications concerning the following: application conditions, operating range and heating/cooling capacity. LESS CORROSION THANKS TO THE BLUE FIN (4~6HP) The particular coating of the heat exchanger's fins guarantees the perfect resistance to corrosion and deterioration caused by atmospheric agents. SPLITTING DISTANCE OF 100 m, HIGH INSTALLATION FLEXIBILITY Outdoor unit The maximum length of refrigerant pipings can reach 100 m. The maximum height difference between the indoor units is 15 m. Besides, each unit is provided of a refrigerant precharge which is sufficient for a splitting distance of 30 m. The versatility offered by the numerous installation solutions results in the possibility to centralize the system through a Superlink network, by applying the SC-ADNA-E adaptor on each indoor unit to be controlled. 100 m Indoor unit Height difference between the higher outdoor unit and the indoor unit 30 m 4~6HP Total length of pipings 100 m Difference in height 30 m 63

66 Commercial Monosplit - SUPER Series Outdoor units FDC100VN/VS (4HP) FDC125VN/VS (5HP) FDC140VN/VS (6HP) VN = 1-PHASE VS = 3-PHASE The outdoor units of Super Full DC Inverter line offer application solutions to meet the installation needs of either small and medium commercial spaces, or industrial contexts. Design flexibility thanks to the small size of units. 64

67 Commercial Monosplit Full DC Inverter - SUPER DC TWIN ROTARY COMPRESSOR Reduction in size and increase in energy performance (models from 4~6HP). The application of DC Twin Rotary compressor has allowed to reach 120rps of speed. A better performance and vibration reduction, are guaranteed by the use of the Inverter Vector control. Height: 440 mm Reduction in 22.3% in height and 44.1% of the volume Height: 342 mm LESS CORROSION THANKS TO THE BLUE FIN (4~10HP) The particular coating of the heat exchanger's fins guarantees the perfect resistance to corrosion and deterioration caused by atmospheric agents. OPERATING RANGE Old model New DC twin rotary compressor FDC 100/125/140 VN/VS -20 C Heating +20 C FDC 200/250 VSA -15 C Heating +20 C FDC 100/125/140 VN/VS -15 C Cooling +43 C FDC 200/250 VSA -15 C Cooling +50 C FURTHER PLUS FOR 10HP MODEL 1. Easy to carry: the 4 handles are located at the same height to facilitate the transport. 2. Insertion holes for the wire to prevent falls. 3. High static pressure. 4. Thanks to the reduction in the number of the service panel's fixing screws (from 5 to 2), the installation and maintenance of the unit are easier. 5. Transparent rain cover. 6. Position of pipings: 1) on the front 2) to the right 3) below 4) on the rear SPLITTING DISTANCE OF 70 m (8~10 HP) INSTALLATION FLEXIBILITY The maximum length of refrigerant pipings can reach 70 m. The maximum height difference between the I.U. and the lower O.U. is 15 m, and the maximum height difference between the I.U. and the higher O.U. is 30 m. Besides, each unit is provided of a refrigerant precharge which is sufficient for a splitting distance of 30 m. The versatility offered by the numerous installation solutions results in the possibility to centralize the system through a Superlink network, by applying the SC-ADNA-E adaptor on each indoor unit to be controlled. Outdoor unit 50 m (4-6HP) 70 m (8-10HP) 4~6HP Total length of pipings 50 m Difference in height 30 m Indoor unit height difference between the higher outdoor unit and the indoor unit 30 m 8~10HP Total length of pipings 30 m Difference in height 30 m

68 Commercial Monosplit - SMART Series Outdoor units FDC71VNP (3HP) FDC90VNP (3,5HP) FDC100VNP (4HP) VNP= 1-PHASE Smart Full DC Inverter Series is composed of 3 outdoor units with capacities from 7.10 kw (3HP) and 9.00 kw (3.5HP) to 10.0 kw (4HP). The diameter of their refrigerant pipings, their weight and overall dimension are extremely reduced in comparison to 7.10 and kw outdoor units of the MHI 2016 Super Full DC Inverter line. Less corrosion thanks to the BLUE FIN. The intelligence of the performance in a compact size. 66

69 67

70 HYPER - SUPER - SMART Indoor Units FDT FDUM FDU FDE new FDF SRK ZR-S new 71VF1* 100VF2** 125VF 140VF 71VF1* 100VF2** 125VF 140VF 71VF1* 100VF2** 125VF 140VF 200VG 250 VG 71VG* 100VG** 125VG 140VG 71VD1* 100VD2** 125VD 140VD SRK 100 ZR-S* * For SMART Series ONLY ** For SMART Series too A wide selection of indoor units cassette 84x84, ducted, ceiling, floor standing and wall with capacities from 7.10 to 24.0 kw, for effective solutions and different installation needs. The range has been developed with Full DC Inverter technology, with the use of eco-friendly R410A refrigerant gas. 68

71 Commercial Monosplit Full DC Inverter FDT 71VF1 - FDT 100VF2 - FDT VF Cassette 84x84 Corner kit with RCN-T-36W-E remote controller (optional) Removable caps on the 4 corners for easy installation Easy control of condensate drain pan Splitting distance: 100 m (HYPER); 50 m (SUPER); 30 m (SMART) Standard condensate drain pump up to 70 mm HYPER tech. specifications page 72 SUPER tech specifications page 78 SMART tech. specifications page 84 INDIVIDUAL CONTROL OF FLAPS The optimized design of flaps ensures a uniform and wide-range air distribution throughout the room to be air-conditioned. FDUM 71VF1 - FDUM 100VF2 - FDUM VF Adjustable medium head ducted HYPER tech. specifications page 73 SUPER tech. specifications page 79 SMART tech. specifications page 85 Static pressure of fan: max 100 Unit with air inlet from the bottom or from the rear Height: 280 mm Splitting distance: 100 m (HYPER); 50 m (SUPER); 30 m (SMART) ESP function: automatic maintenance of the air flow rate as flow resistance varies Cleaning not required A cross is visible An outer circle is visible Cleaning is required Invisible Invisible THE TRANSPARENT WINDOW ENSURES GREATER CLEANLINESS FOR FDUM E FDU This window allows to control the cleanliness level of the drain pan without removing it from its housing. This greatly facilitates the maintenance phase. FDU 71VF1 - FDU 100VF2 - FDU VF Adjustable high head ducted HYPER tech. specifications page 74 SUPER tech. specifications page 80 SMART tech. specifications page 86 Static pressure of fan: max 200 Unit with air inlet from the bottom or from the rear Height: 280 mm Splitting distance: 100 m (HYPER); 50 m (SUPER); 30 m (SMART) ESP function: automatic maintenance of the air flow rate as flow resistance varies 69

72 HYPER - SUPER - SMART Indoor Units FDU VG Adjustable high head ducted SUPER tech. specifications page 81 DC motor Highly silent: only 45 db(a) of sound power level Height: 379 mm Splitting distance: 70 m Improvement for service side access ESP function: automatic maintenance of the air flow rate as flow resistance varies Flexibility of use: 4 ventilation steps FDE VG Ceiling Ideal for very large environments, thanks to the remarkably wide air flow Splitting distance: 100 m (HYPER); 50 m (SUPER); 30 m (SMART) Versatile installation thanks to the flexibility of the discharge pipes and refrigerant HYPER tech. specifications page 75 SUPER tech. specifications page 82 SMART tech. specifications page 87 Top Rear Right FLEXIBLE ORIENTATION OF PIPES Maximum flexibility: the refrigerant pipings can be connected in 3 different positions (rear, top, right). Drain pipes: left, right. FDF 71VD1 - FDF 100VD2 - FDF VD Floor standing Height: 600 mm Splitting distance: 100 m (HYPER); 50 m (SUPER); 30 m (SMART) Wide and efficient air flow Ideal in restaurants, shops or offices, without false ceiling or with particularly high ceiling The slim design, thanks to 320 mm of depth, make the unit very easy for transport, installation and maintenance HYPER tech. specifications page 76 SUPER tech. specifications page 83 SMART tech. specifications page 88 Wide air flow up to more than 120. Air launch: 8 meters. 70

73 Commercial Monosplit Full DC Inverter SRK 100 ZR-S Wall SMART tech. specifications page 89 Height: 339 mm Splitting distance: 30 m Very silent: 27 db(a) Anti-bacterial treatment of fan The powerful air flow is realized with Jet technology. Ideal for large living rooms and shops 71

74 Commercial Monosplit - HYPER Series Cassette 84x84 FDT 100VF2; FDT 125~140VF Product description: see page 69 Indoor unit model FDT 100VF2 FDT 100VF2 FDT 125VF FDT 125VF FDT 140VF FDT 140VF Outdoor unit model FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~16.00) (5.00~16.00) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A+ A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~16.00) (4.00~17.00) (4.00~18.00) (4.00~18.00) (4.00~20.00) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 298x840x x840x x840x x840x x840x x840x840 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Accessories Panel T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E Data of panel Dimensions (H*W*D) mm 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 Net weight Kg Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 72

75 Commercial Monosplit Full DC Inverter - HYPER Adjustable medium head ducted FDUM 100VF2; FDUM 125~140VF Product description: see page 69 Indoor unit model FDUM 100VF2 FDUM100VF2 FDUM 125VF FDUM125VF FDUM 140VF FDUM 140VF Outdoor unit model FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~14.50) (5.00~14.50) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~12.50) (4.00~16.00) (4.00~16.00) (4.00~18.00) (4.00~18.00) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A+ A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 280x1370x x1370x x1370x x1370x x1370x x1370x740 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Static pressure of fan Pa standard 60 max 100 standard 60 max 100 standard 60 max 100 standard 60 max 100 standard 60 max 100 standard 60 max 100 Drain hose diameter mm Filter (st. equipment) Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E KIT Filter (Optional) UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 73

76 Commercial Monosplit Full DC Inverter - HYPER Adjustable high head ducted FDU 100VF2; FDU 125~140VF Product description: see page 69 Indoor unit model FDU 100VF2 FDU100VF2 FDU 125VF FDU125VF FDU140VF FDU140VF Outdoor unit model FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~14.50) (5.00~16.00) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~16.00) (4.00~17.00) (4.00~18.00) (4.00~18.00) (4.00~20.00) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A+ A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 280x1370x x1370x x1370x x1370x x1370x x1370x740 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Static pressure of fan Pa standard 60 max 200 standard 60 max 200 standard 60 max 200 standard 60 max 200 standard 60 max 200 standard 60 max 200 Drain hose diameter mm Filter (st. equipment) Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Fan control (Optional) Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 74

77 Commercial Monosplit Full DC Inverter - HYPER Ceiling FDE VG Product description: see page 70 Indoor unit model FDE 100VG FDE 100VG FDE 125VG FDE 125VG FDE 140VG FDE 140VG Outdoor unit model FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~16.00) (5.00~16.00) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A+ A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~16.00) (4.00~17.00) (4.00~18.00) (4.00~18.00) (4.00~20.00) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A+ A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. U.E. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) n Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 250x1620x x1620x x1620x x1620x x1620x x1620x690 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 2x Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-E-E RCN-E-E RCN-E-E RCN-E-E RCN-E-E RCN-E-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 75

78 Commercial Monosplit Full DC Inverter - HYPER Floor standing FDF 100VD2; FDF 125~140VD Product description: see page 70 Indoor unit model FDF 100VD2 FDF 100VD2 FDF 125VD FDF 125VD FDF 140VD FDF 140VD Outdoor unit model FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~16.00) (5.00~16.00) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~16.00) (4.00~17.00) (4.00~18.00) (4.00~18.00) (4.00~20.00) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (L*W*D) mm 600x1850x x1850x x1850x x1850x x1850x x1850x320 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Wired remote control (installed frontally) 1x RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 76

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80 Commercial Monosplit - SUPER Series Cassette 84x84 FDT 100VF2; FDT 125~140VF Product description: see page 69 Indoor unit model FDT 100VF2 FDT 100VF2 FDT 125VF FDT 125VF FDT 140VF FDT 140VF Outdoor unit model FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~14.50) (5.00~14.50) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A+ A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~12.50) (4.00~16.00) (4.00~16.00) (4.00~16.50) (4.00~16.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 298x840x x840x x840x x840x x840x x840x840 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 845x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Accessories Panel T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E Data of panel Dimensions (H*W*D) mm 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 Net weight Kg Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 78

81 Commercial Monosplit Full DC Inverter - SUPER Adjusting medium head ducted FDUM 100VF2; FDUM 125~140VF Product description: see page 69 Indoor unit model FDUM100VF2 FDUM 100VF2 FDUM 125VF FDUM125VF FDUM 140VF FDUM 140VF Outdoor unit model FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~14.50) (5.00~14.50) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 B B Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~12.50) (4.00~16.00) (4.00~16.00) (4.00~16.50) (4.00~16.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ O.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 280x1370x x1370x x1370x x1370x x1370x x1370x740 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Static pressure of fan Pa standard 60 max 100 standard 60 max 100 standard 60 max 100 standard 60 max 100 standard 60 max 100 standard 60 max 100 Drain hose diameter mm Filter (st. equipment) Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 845x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E KIT filter (Optional) 1x UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 79

82 Commercial Monosplit Full DC Inverter - SUPER Adjustable high head ducted FDU 100VF2; FDUM 125~140VF Product description: see page 69 Indoor unit model FDU 100VF2 FDU 100VF2 FDU 125VF FDU125VF FDU140VF FDU140VF Outdoor unit model FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~14.50) (5.00~14.50) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 B B Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~12.50) (4.00~16.00) (4.00~16.00) (4.00~16.50) (4.00~16.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 280x1370x x1370x x1370x x1370x x1370x x1370x740 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Static pressure of fan Pa standard 60 max 200 standard 60 max 200 standard 60 max 200 standard 60 max 200 standard 60 max 200 standard 60 max 200 Drain hose diameter mm Filter (st. equipment) Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 845x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 80

83 Commercial Monosplit Full DC Inverter - SUPER Adjustable high head ducted FDU VG Product description: see page 70 Indoor unit model FDU 200VG FDU 250VG Outdoor unit model FDC 200VSA FDC 250VSA Type DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (5.20~22.40) (6.90~28.00) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a - - Energy Efficiency Class Seasonal Cooling 626/ Energy Efficiency Class Seasonal Index Cooling SEER2 - - Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw - - Nominal Capacity (T=7 C) Heating kw (3.30~25.00) (5.50~31.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a - - Energy Efficiency Class Seasonal (average season) Heating 626/ Energy Efficiency Class Seasonal Index (average season) Heating SCOP2 - - Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw - - T operational limit (Tol) Heating C - - Power supply Ph-V-Hz 3-380~400V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb. 3 3 Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (7/8 ) 12.7 (1/2 ) (1 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional Charge g/m Temperature range cooling C -15 C~+50 C -15 C~+50 C Temperature range heating C -15 C~+20 C -15 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 379x1600x x1600x893 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Static pressure of fan Pa standard 72 max 200 standard 72 max 200 Drain hose diameter mm Filter (st. equipment) Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 1300x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 81

84 Commercial Monosplit Full DC Inverter - SUPER Ceiling FDE VG Product description: see page 70 Indoor unit model FDEN 100VG FDEN 100VG FDEN 125VG FDEN 125VG FDEN 140VG FDEN 140VG Outdoor unit model FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~14.50) (5.00~14.50) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~12.50) (4.00~16.00) (4.00~16.00) (4.00~16.50) (4.00~16.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 250x1620x x1620x x1620x x1620x x1620x x1620x690 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 2x Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Outdoor unis specifications Outdoor unit Dimensions (H*W*D) mm 845x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-E-E RCN-E-E RCN-E-E RCN-E-E RCN-E-E RCN-E-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 82

85 Commercial Monosplit Full DC Inverter - SUPER Floor standing FDF 100VD2; FDF 125~140VD Product description: see page 70 Indoor unit model FDF 100VD2 FDF 100VD2 FDF 125VD FDF 125VD FDF 140VD FDF 140VD Outdoor unit model FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS Type DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw (4.00~11.20) (4.00~11.20) (5.00~14.00) (5.00~14.00) (5.00~16.00) (5.00~16.00) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 B B Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (4.00~12.50) (4.00~12.50) (4.00~17.00) (4.00~17.00) (4.00~18.00) (4.00~18.00) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ 1-220~240V-50HZ 3-380~400V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C -15 C~+43 C Temperature range heating C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C -20 C~+20 C Indoor units specifications Indoor unit Dimensions (L*W*D) mm 600x1850x x1850x x1850x x1850x x1850x x1850x320 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Polypropylene net filter Wired remote control (installed frontally) 1x RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 845x970x x970x x970x x970x x970x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 83

86 Commercial Monosplit - Serie SMART Cassette 84x84 FDT 71VF1; FDT 100VF2 Product description: see page 69 Indoor unit model FDT 71VF1 FDT 100VF2 FDT 100VF2 Outdoor unit model FDC 71VNP FDC 90VNP FDC 100VNP Type DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw 7.10 (1.40~7.10) 9.00 (1.90~9.00) (2.80~11.20) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A++ A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw 7.10 (1.00~7.10) 9.00 (1.50~9.00) (2.50~12.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A+ A+ A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 20/20 20/20 20/20 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional charge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+46 C Temperature range heating C -15 C~+20 C -15 C~+20 C -15 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 246x840x x840x x840x840 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 1x Polypropilene net filter Polypropilene net filter Polypropilene net filter Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 640x800(+71)x x880(+88)x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Accessories Panel T-PSA-3BW-E T-PSA-3BW-E T-PSA-3BW-E Data of panel Dimensions (H*W*D) mm 35x950x950 35x950x950 35x950x950 Net weight Kg Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-T-36W-E RCN-T-36W-E RCN-T-36W-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 84

87 Commercial Monosplit Full DC Inverter - SMART Adjustable medium head ducted FDUM 71VF1; FDUM 100VF2 Product description: see page 69 Indoor unit model FDUM 71VF1 FDUM100VF2 FDUM100VF2 Outdoor unit model FDC 71VNP FDC 90VNP FDC 100VNP Type DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw 7.10 (1.40~7.10) 9.00 (1.90~9.00) (2.80~11.20) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A+ A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw 7.10 (1.00~7.10) 9.00 (1.50~9.00) (2.50~12.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A+ A+ A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 20/20 20/20 20/20 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional charge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+43 C Temperature range heating C -15 C~+20 C -15 C~+20 C -15 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 280x950x x1370x x1370x740 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Static pressure of fan Pa standard 35 max 100 standard 60 max 100 standard 60 max 100 Drain hose diameter mm Filter (st. equipement) Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 640x800(+71)x x880(+88)x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E KIT filter (Optional) 1x UM-FL2E UM-FL3EF UM-FL3EF 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 85

88 Commercial Monosplit Full DC Inverter - SMART Adjustable high head ducted FDU 71VF1; FDU 100VF2 Product description: see page 69 Indoor unit model FDU 71VF1 FDU 100VF2 FDU 100VF2 Outdoor unit model FDC 71VNP FDC 90VNP FDC 100VNP Type DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw 7.10 (1.40~7.10) 9.00 (1.90~9.00) (2.80~11.20) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A+ A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw 7.10 (1.00~7.10) 9.00 (1.50~9.00) (2.50~12.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A+ A+ A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 20/20 20/20 20/20 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional charge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+43 C Temperature range heating C -15 C~+20 C -15 C~+20 C -15 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 280x950x x1370x x1370x740 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Static pressure of fan Pa standard 35 max 200 standard 60 max 200 standard 60 max 200 Drain hose diameter mm Filter (st. equipment) Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 640x800(+71)x x880(+88)x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 86

89 Commercial Monosplit Full DC Inverter - SMART Ceiling FDE VG Product description: see page 70 Indoor unit model FDE 71VG FDE 100VG FDE 100VG Outdoor unit model FDC 71VNP FDC 90VNP FDC 100VNP Type DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw 7,10 (1,40~7,10) 9,00 (1,90~9,00) 10,00 (2,80~11,20) Nominal Power Input (T=35 C) Cooling kw 2,5 2,75 2,66 Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A++ A++ A++ Energy Efficiency Class Seasonal Index Cooling SEER2 6,35 6,63 6,73 Coefficient of Energy Efficiency Rated Cooling EER3 2,84 3,27 3,76 Design load (Pdesignc) Cooling kw 7,10 9,00 10,00 Nominal Capacity (T=7 C) Heating kw 7,10 (1,00~7,10) 9,00 (1,50~9,00) 11,20 (2,50~12,50) Nominal Power Input (T=7 C) Heating kw 1,96 2,22 2,94 Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A+ A+ A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP2 4,22 4,25 4,44 Coefficient of Energy Efficiency Rated Heating COP3 3,62 4,00 3,81 Design load (Pdesignh) Heating kw 5,80 8,20 8,10 T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A 11,1-8,8 12,2-10,1 11,7-12,9 Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6,35 (1/4 ) - 12,7 (1/2 ) 6,35 (1/4 ) - 15,88 (5/8 ) 9,52 (3/8 ) - 15,88 (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 20/20 20/20 20/20 Refrigerant Precharge Kg 1,60 2,10 2,55 MAX. Splitting without Refrigerant Precharge m Additional charge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+43 C Temperature range heating C -15 C~+20 C -15 C~+20 C -15 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 210x1320x x1620x x1620x690 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 2x Polypropylene net filter Polypropylene net filter Polypropylene net filter Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 640x800(+71)x x880(+88)x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals Wired remote control (Optional) RC-E5 - RC-EX1A RC-E5 - RC-EX1A RC-E5 - RC-EX1A Simplified wired remote control (Optional) RCH-E3 RCH-E3 RCH-E3 IR remote control (KIT) - (Optional) RCN-E1R RCN-E1R RCN-E-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 87

90 Commercial Monosplit Full DC Inverter - SMART Floor standing FDF 71VD1; FDF 100VD2 Product description: see page 70 Indoor unit model FDF 71VD1 FDF 100VD2 FDF 100VD2 Outdoor unit model FDC 71VNP FDC 90VNP FDC 100VNP Type DC-Inverter DC-Inverter DC-Inverter Nominal Capacity (T=35 C) Cooling kw 7.10 (1.40~7.10) 9.00 (1.90~9.00) (2.80~11.20) Nominal Power Input (T=35 C) Cooling kw Annual Energy Consumption Cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A A+ A Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw 7.10 (1.00~7.10) 9.00 (1.50~9.00) (2.50~12.50) Nominal Power Input (T=7 C) Heating kw Annual Energy Consumption Heating kwh/a Energy Efficiency Class Seasonal (average season) Heating 626/20111 A A+ A Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw T operational limit (Tol) Heating C Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. O.U. O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb Refrigerant Pipe Liquid side/gas side mm (inch.) 6.35 (1/4 ) (1/2 ) 6.35 (1/4 ) (5/8 ) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m Max. splitting level difference I.U./O.U. m 20/20 20/20 20/20 Refrigerant Precharge Kg MAX. Splitting without Refrigerant Precharge m Additional charge g/m Temperature range cooling C -15 C~+46 C -15 C~+46 C -15 C~+43 C Temperature range heating C -15 C~+20 C -15 C~+20 C -15 C~+20 C Indoor units specifications Indoor unit Dimensions (L*W*D) mm 600x1850x x1850x x1850x320 Net weight Kg Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene net filter Polypropylene net filter Polypropylene net filter Wired remote control (installated frontally) 1x RC-E5 RC-E5 RC-E5 Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 640x800(+71)x x880(+88)x x970x370 Net weight Kg Max. noise level 1 m db(a) Power sound level db(a) Max. air flow m3/h Optionals IR remote control (KIT) - (Optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK II Interface (Optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 88

91 Commercial Monosplit Full DC Inverter - SMART Wall SRK 100 ZR-S Product description: see page 71 Indoor unit model SRK 100 ZR-S Outdoor unit model FDC 100VNP Type DC-Inverter Nominal Capacity (T=35 C) Cooling kw (2.40~10.50) Nominal Power Input (T=35 C) Cooling kw 3.09 Annual Energy Consumption Cooling kwh/a testing Energy Efficiency Class Seasonal Cooling 626/20111 A++ Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal Capacity (T=7 C) Heating kw (3.20~11.50) Nominal Power Input (T=7 C) Heating kw 3.28 Annual Energy Consumption Heating kwh/a testing Energy Efficiency Class Seasonal (average season) Heating 626/20111 A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw 8.10 T operational limit (Tol) Heating C -15 Power supply Ph-V-Hz 1-220~240V-50HZ I.U. ~ O.U. O.U. Input Rated Current (cooling - heating) A Wiring cables I.U./ O.U. (without ground) nb. 3 Refrigerant Pipe Liquid side/gas side mm (inch.) 9.52 (3/8 ) (5/8 ) Max. splitting distance I.U./O.U. m 30 Max. splitting level difference I.U./O.U. m 20/20 Refrigerant Precharge Kg 2.55 MAX. Splitting without Refrigerant Precharge m 15 Additional charge g/m 60 Temperature range cooling C -15 C~+43 C Temperature range heating C -15 C~+20 C Indoor units specifications Indoor unit Dimensions (H*W*D) mm 339x1197x262 Net weight Kg 16.5 Max. indoor noise level 1 m (Hi/Mi/Lo) db(a) Power sound level db(a) 64 Indoor air flow (Hi/Me/Lo) m3/h Drain hose diameter mm 20 Filter (st. equipment) 1x Allergen Clear Filter (st. equipment) 1x Photocatalytic Outdoor units specifications Outdoor unit Dimensions (H*W*D) mm 845x970x370 Net weight Kg 70 Max. noise level 1 m db(a) 57 Power sound level db(a) 70 Max. air flow m3/h 4500 Optionals Interface for Wired remote control and/or C-ADNA-E (all optional) SC-BIKN-E Wired remote control (Optional) RC-E5 / RC-EX1A SUPERLINK II Interface (Optional) SC-ADNA-E 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 89

92 Commercial Multisplit - HYPER Series TWIN/TRIPLE COMBINATIONS FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Annual Consumption Cooling kwh/a 592/ / / / /640 Energy Efficiency Class Seasonal Cooling 626/20111 A+/A+ A/A A/A A/A A/A Energy Efficiency Class Seasonal Index Cooling SEER2 5.92/ / / / /5.47 Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Annual Consumption Heating kwh/a 4768/ / / / /4063 Energy Efficiency Class Seasonal (average season) Heating 626/20111 A/A A/A A/A A/A A+/A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP2 3.85/ / / / /4.00 Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw Power sound level Indoor db(a) Power sound level Outdoor db(a) Branch Piping set DIS-WA1 DIS-WA1 DIS-WA1 DIS-WA1 DIS-WA1 Controls 1 x RC-E5 / RCH-E3 Interface 2 x SC-BIKN-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WA1 DIS-WA1 DIS-WA1 DIS-WA1 DIS-WA1 Controls 1 x RC-E5 / RCH-E3 Interface 2 x SC-BIKN-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WA1 DIS-WA1 DIS-WA1 DIS-WA1 DIS-TA1 DIS-TA1 DIS-TA1 DIS-TA1 DIS-TA1 Controls 1 x RC-E5 / RCH-E3 1 x RC-E5 / RCH-E3 Integrated 1 x RC-E5 / RCH-E3 Interface 3 x SC-BIKN-E BRANCH PIPE KIT DIS-WA1 DIS-WB1 DIS-TA1 DIS-TB1 Gas side Gas side Gas side Gas side Liquid side Liquid side Liquid side Liquid side Reducer Reducer Reducer 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 90

93 Commercial Multisplit Full DC Inverter - HYPER V MULTI COMBINATIONS FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw 3.00 Annual Consumption Cooling kwh/a 634/638 Energy Efficiency Class Seasonal Cooling 626/20111 A/A Energy Efficiency Class Seasonal Index Cooling SEER2 5.53/5.49 Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw 3.39 Annual Consumption Heating kwh/a 3836/3840 Energy Efficiency Class Seasonal (average season) Heating 626/20111 A/A Energy Efficiency Class Seasonal Index (average season) Heating SCOP2 3.94/3.94 Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw Power sound level Indoor db(a) 60 Power sound level Outdoor db(a) 70 Branch Piping set DIS-WA1 Controls RC-E5 / RCH-E3 Interface Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WA1 DIS-WA1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WA1 DIS-TA1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface BRANCH PIPE KIT DIS-WA1 DIS-WB1 DIS-TA1 DIS-TB1 Gas side Gas side Gas side Gas side Liquid side Liquid side Liquid side Liquid side Riduttore Riduttore Riduttore 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional.refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute 91

94 Commercial Multisplit - SUPER Series TWIN/TRIPLE/DOUBLE TWIN COMBINATIONS Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Annual Consumption Cooling kwh/a 595/ / / / /646 Energy Efficiency Class Seasonal Cooling 626/20111 A+/A+ A/A B/B A/A A/A Energy Efficiency Class Seasonal Index Cooling SEER2 5.89/ / / / /5.42 Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Annual Consumption Heating kwh/a 3488/ / / / /2872 Energy Efficiency Class Seasonal (average season) Heating 626/20111 A/A A/A A/A A/A A+/A+ Energy Efficiency Class Seasonal Index (average season) Heating SCOP2 3.81/ / / /3.80 4/4 Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw Power sound level Indoor db(a) Power sound level Outdoor db(a) Branch Piping set DIS-WA1 Controls RC-E5 / RCH-E3 1 x RC-E5 / RCH-E3 Interface 2 x SC-BIKN-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WA1 Controls RC-E5 / RCH-E3 1 x RC-E5 / RCH-E3 Interface 2 x SC-BIKN-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WA1 DIS-WA1 DIS-WA1 DIS-TA1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Integrated RC-E5 / RCH-E3 1 x RC-E5 / RCH-E3 Interface 3 x SC-BIKN-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WB1 DIS-WB1 DIS-WB1 DIS-TB1 DIS-TB1 2 x DIS-WA1 1 x DIS-WB1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Integrated RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS FDC 200VSA FDC 250VSA Branch Piping set BRANCH PIPE KIT DIS-WA1 DIS-WB1 DIS-TA1 DIS-TB1 DIS-WB1 DIS-WB1 DIS-WB1 2 x DIS-WA1 1 x DIS-WB1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Integrated RC-E5 / RCH-E3 Interface Gas side Gas side Gas side Gas side Liquid side Liquid side Liquid side Liquid side Reducer Reducer Reducer 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional.refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute 92

95 Commercial Multisplit Full DC Inverter - SUPER V MULTI COMBINATIONS FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS FDC 200VSA FDC 250VSA Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw 3.12 Annual Consumption Cooling kwh/a 679/683 Energy Efficiency Class Seasonal Cooling 626/20111 A/A Energy Efficiency Class Seasonal Index Cooling SEER2 5.16/5.13 Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw 3.49 Annual Consumption Heating kwh/a 2868/2872 Energy Efficiency Class Seasonal (average season) Heating 626/20111 A/A Energy Efficiency Class Seasonal Index (average season) Heating SCOP2 3.81/3.80 Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignh) Heating kw 7.80 Power sound level Indoor db(a) 60 Power sound level Outdoor db(a) 70 Branch Piping set DIS-WA1 Controls RC-E5 / RCH-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WA1 DIS-WA1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WA1 DIS-TA1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WB1 DIS-WB1 DIS-TB1 2 x DIS-WA1 1 x DIS-WB1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E Capacity (T=35 C) Cooling kw Power Input (T=+35 C) Cooling kw Coefficient of Energy Efficiency Rated Cooling EER Capacity (T=7 C) Heating kw Power Input (T=7 C) Heating kw Coefficient of Energy Efficiency Rated Heating COP Branch Piping set DIS-WB1 DIS-TB1 DIS-TB1 2 x DIS-WA1 1 x DIS-WB1 Controls RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E3 BRANCH PIPE KIT DIS-WA1 DIS-WB1 DIS-TA1 DIS-TB1 Gas side Gas side Gas side Gas side Liquid side Liquid side Liquid side Liquid side Reducer Reducer Reducer 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional.refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute 93

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97 VRF MULTI SYSTEM The indispensable clever management of energy 95

98 VRF MULTI SYSTEMS The complete control of technology is one of MHI's pillars. KXZ models with VRF-T technology are the example: high-performance systems due to flexibility of operation, high energy efficiency and easy installation. Centralized management makes it possible to reduce electricity costs, thus saving in comparison with traditional systems. KXZ can satisfy an increasing number of applications in the commercial and industrial sector. 96

99 Summary Outdoor Units' Line-up 98 KXZ - KX Heat Pump Systems KXZ Systems 104 outdoor units KXE6 MICRO COMPACT 118 KXE6 MICRO LARGE CONNECTION 120 KXZP MICRO SMART VRF-T 122 KXZ ADVANCED VRF-T 124 KXZ ADVANCED LARGE VRF-T 134 KXZX Hi-COP VRF-T 138 KXZW WATER VRF-T 142 KXE6 CLASSIC BIG 146 R22 Retrofit Systems outdoor units KXE6 RETROFIT 148 KXR6 Heat Recovery Systems outdoor units KXR6-3 pipes 150 Indoor Units' Line-up 163 Indoor Units 164 Total Heat Recovery Unit 192 Post-Treatment Modular Unit 194 EEV-KIT

100 MULTI SYSTEM FULL DC INVERTER 2016 OUTDOOR UNITS - HEAT PUMP SYSTEMS KXE6 MICRO COMPACT 11,20 kw 14,00 kw 15,50 kw 4HP 5HP 6HP FDC112KXEN6 FDC140KXEN6 FDC155KXEN6 FDC112KXES6 FDC140KXES6 FDC155KXES6 1-Phase 3-Phase KXE6 MICRO LARGE CONNECTION 22,40 kw 28,00 kw 33,50 kw 8HP 10HP 12HP FDC224KXE6 FDC280KXE6 FDC335KXE6 3-Phase KXZP MICRO SMART 22,40 kw 28,00 kw 8HP FDC224KXZPE1 10HP FDC280KXZPE1 3-Phase KXZ ADVANCED 28,00 kw 33,50 kw 40,00 kw 45,00 kw 10HP 12HP 14HP 16HP FDC280KXZE1 FDC335KXZE1 FDC400KXZE1 FDC450KXZE1 47,50 kw 50,00 kw 56,00 kw 17HP 18HP 20HP FDC475KXZE1 FDC500KXZE1 FDC560KXZE1 61,50 kw 67,00 kw 73,50 kw 80,00 kw 85,00 kw 90,00 kw 22HP 24HP 26HP 28HP 30HP 32HP FDC615KXZE1 FDC670KXZE1 FDC735KXZE1 FDC800KXZE1 FDC850KXZE1 FDC900KXZE FDC335KXZE1 FDC335KXZE1 FDC400KXZE1 FDC400KXZE1 FDC335KXZE1 FDC400KXZE1 FDC400KXZE1 FDC450KXZE1 FDC280KXZE1 FDC335KXZE1 95,00 kw 100,00 kw 106,00 kw 112,00 kw 34HP 36HP 38HP 40HP FDC950KXZE1 FDC1000KXZE1 FDC1060KXZE1 FDC1120KXZE FDC500KXZE1 FDC500KXZE1 FDC500KXZE1 FDC560KXZE1 FDC475KXZE1 FDC475KXZE1 FDC560KXZE1 FDC560KXZE1 FDC450KXZE1 FDC450KXZE1 120,00 kw 125,00 kw 130,00 kw 135,00 kw 142,50 kw 145,00 kw 42HP 44HP 46HP 48HP 50HP 52HP FDC1200KXZE1 FDC1250KXZE1 FDC1300KXZE1 FDC1350KXZE1 FDC1425KXZE1 FDC1450KXZE FDC400KXZE1 FDC400KXZE1 FDC400KXZE1 FDC400KXZE1 FDC400KXZE1 FDC450KXZE1 FDC400KXZE1 FDC450KXZE1 FDC450KXZE1 FDC450KXZE1 FDC450KXZE1 FDC450KXZE1 FDC475KXZE1 FDC475KXZE1 FDC475KXZE1 FDC475KXZE1 FDC475KXZE1 FDC500KXZE1 150,00 kw 156,00 kw 162,00 kw 168,00 kw 54HP 56HP 58HP 60HP FDC1500KXZE1 FDC1560KXZE1 FDC1620KXZE1 FDC1680KXZE FDC500KXZE1 FDC500KXZE1 FDC500KXZE1 FDC500KXZE1 FDC500KXZE1 FDC560KXZE1 FDC500KXZE1 FDC560KXZE1 FDC560KXZE1 FDC560KXZE1 FDC560KXZE1 FDC560KXZE1 98

101 MULTI SYSTEM FULL DC INVERTER 2016 OUTDOOR UNITS - HEAT PUMP SYSTEMS KXZ ADVANCED LARGE 28,00 kw 33,50 kw 40,00 kw 45,00 kw 10HP 12HP 14HP 16HP FDCL280KXZE1 FDCL335KXZE1 FDCL400KXZE1 FDCL450KXZE1 47,50 kw 50,00 kw 56,00 kw 17HP 18HP 20HP FDCL475KXZE1 FDCL500KXZE1 FDCL560KXZE1 KXZX Hi-COP 61,50 kw 67,00 kw 73,50 kw 80,00 kw 22HP 24HP 26HP 28HP FDCL615KXZE1 FDCL670KXZE1 FDCL735KXZE1 FDCL800KXZE FDCL335KXZE1 FDCL335KXZE1 FDCL335KXZE1 FDCL400KXZE1 FDCL280KXZE1 FDCL335KXZE1 85,00 kw 90,00 kw 95,00 kw 30HP 32HP 34HP FDCL850KXZE1 FDCL900KXZE1 FDCL950KXZE FDCL450KXZE1 FDCL450KXZE1 FDCL400KXZE1 FDCL450KXZE1 FDCL475KXZE1 FDCL475KXZE1 FDCL400KXZE1 FDCL400KXZE1 22,40 kw 28,00 kw 33,50 kw 8HP 10HP 12HP FDC224KXZXE1 FDC280KXZXE1 FDC335KXZXE1 45,00 kw 50,00 kw 56,00 kw 61,50 kw 67,00 kw 16HP 18HP 20HP 22HP 24HP FDC450KXZXE1 FDC500KXZXE1 FDC560KXZXE1 FDC615KXZXE1 FDC670KXZXE FDC224KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC335KXZXE1 FDC224KXZXE1 FDC224KXZXE1 FDC335KXZXE1 FDC335KXZXE1 73,50 kw 80,00 kw 85,00 kw 90,00 kw 95,00 kw 100,00 kw 26HP 28HP 30HP 32HP 34HP 36HP FDC735KXZXE1 FDC800KXZXE1 FDC850KXZXE1 FDC900KXZXE1 FDC950KXZXE1 FDC1000KXZXE FDC224KXZXE1 FDC224KXZXE1 FDC280KXZXE1 FDC224KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC280KXZXE1 FDC335KXZXE1 FDC280KXZXE1 FDC335KXZXE1 FDC335KXZXE1 FDC335KXZXE1 FDC335KXZXE1 FDC335KXZXE1 99

102 MULTI SYSTEM FULL DC INVERTER 2016 OUTDOOR UNITS - HEAT PUMP SYSTEMS - WATER COOLED KXZW WATER 22,40 kw 28,00 kw 33,50 kw 8HP 10HP 12HP FDC224KXZWE1 FDC280KXZWE1 FDC335KXZWE1 45,00 kw 50,00 kw 56,00 kw 61,50 kw 67,00 kw 16HP 18HP 20HP 22HP 24HP FDC450KXZWE1 FDC500KXZWE1 FDC560KXZWE1 FDC615KXZWE1 FDC670KXZWE FDC224KXZWE1 FDC280KXZWE1 FDC280KXZWE1 FDC280KXZWE1 FDC280KXZWE1 FDC335KXZWE1 FDC224KXZWE1 FDC224KXZWE1 FDC335KXZWE1 FDC335KXZWE1 73,00 kw 77,50 kw 85,00 kw 90,00 kw 95,00 kw 100,00 kw 26HP 28HP 30HP 32HP 34HP 36HP FDC730KXZWE1 FDC775KXZWE1 FDC850KXZWE1 FDC900KXZWE1 FDC950KXZWE1 FDC1000KXZWE FDC224KXZWE1 FDC280KXZWE1 FDC280KXZWE1 FDC280KXZWE1 FDC335KXZWE1 FDC280KXZWE1 FDC280KXZWE1 FDC280KXZWE1 FDC335KXZWE1 FDC335KXZWE1 FDC280KXZWE1 FDC280KXZWE1 FDC335KXZWE1 FDC335KXZWE1 FDC335KXZWE1 FDC224KXZWE1 FDC224KXZWE1 FDC280KXZWE1 OUTDOOR UNITS - HEAT PUMP SYSTEMS KXE6 CLASSIC BIG 56,0 kw 68,00 kw 20HP FDC560KXE6 24HP FDC680KXE6 OUTDOOR UNITS - R22 RETROFIT SYSTEMS KXE6 RETROFIT R22 22,40 kw 28,00 kw 8HP FDCR224KXE6 10HP FDCR280KXE6 3-Phase 100

103 MULTI SYSTEM FULL DC INVERTER 2016 OUTDOOR UNITS - HEAT RECOVERY SYSTEMS KXR6-3 pipes 22,40 kw 28,00 kw 33,50 kw 33,50 kw 40,00 kw 45,00 kw 8HP 10HP 12HP 12HP 14HP 16HP FDC224KXRE6 FDC280KXRE6 FDC335KXRE6 FDC335KXRE6-K* FDC400KXRE6 FDC450KXRE6 50,40 kw 56,00 kw 56,00 kw 61,50 kw 68,00 kw 18HP 20HP 20HP 22HP 24HP FDC504KXRE6 FDC560KXRE6 FDC560KXRE6-K* FDC615KXRE6 FDC680KXRE6 * FDC335KXRE6-K and FDC560KXRE6-K units are used only in combination with the models indicated, and maintain uniform modular layout in height. 12HP, 20HP, 22HP and 24HP units use the new 3D Scroll compressor. 73,50 kw 80,00 kw 85,00 kw 90,00 kw 96,00 kw 101,00 kw 26HP 28HP 30HP 32HP 34HP 36HP FDC735KXRE6 FDC800KXRE6 FDC850KXRE6 FDC900KXRE6 FDC960KXRE6 FDC1010KXRE FDC400KXR6 FDC400KXR6 FDC450KXR6 FDC450KXR6 FDC400KXR6 FDC450KXR6 FDC450KXR6 FDC504KXR6 FDC335KXR6-K FDC400KXR6 FDC504KXR6 FDC504KXR6 106,50 kw 113,00 kw 118,00 kw 123,50 kw 130,00 kw 136,00 kw 38HP 40HP 42HP 44HP 46HP 48HP FDC1065KXRE6 FDC1130KXRE6 FDC1180KXRE6 FDC1235KXRE6 FDC1300KXRE6 FDC1360KXRE FDC560KXR6 FDC560KXR6-K FDC615KXR6 FDC615KXR6 FDC560KXR6 FDC615KXR6 FDC615KXR6 FDC680KXR6 FDC504KXR6 FDC560KXR6 FDC680KXR6 FDC680KXR6 OUTDOOR UNITS - DESIGN FLEXIBILITY Connectable capacity of indoor units KXE6 MICRO COMPACT KXE6 MICRO LARGE CONNECTION KXZP MICRO SMART HP kw EER COP Max nb. of connectable I.U Capacity of connectable I.U. % 80%~150% KXZ ADVANCED HP kw EER COP Max nb. of connectable I.U Capacity of connectable I.U. % 50%~150%* HP 8 10 kw 22,4 28,0 EER 4,00 3,56 COP 4,67 4,33 Max nb. of connectable I.U. 8 8 Capacity of connectable I.U. % 50%~120% HP kw EER COP Max nb. of connectable I.U Capacity of connectable I.U. % 50~130% KXZ ADVANCED LARGE HP kw EER COP Max nb. of connectable I.U Capacity of connectable I.U. % 200% 160% * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the capacity of the connectable indoor units cannot exceed 130%. 101

104 MULTI SYSTEM FULL DC INVERTER 2016 OUTDOOR UNITS - DESIGN FLEXIBILITY Connectable capacity of indoor units KXZX Hi-COP HP kw EER COP Max nb. of connectable I.U Capacity of connectable I.U. % 80~200% 80~160% KXZW WATER KXZ KXZX Connectable capacity: 130% (KXZ) Connectable capacity: 160%~200% (KXZX) HP kw EER COP Max nb. of connectable I.U Capacity of connectable I.U. % 50~150% KXE6 CLASSIC BIG KXE6 R22 HP kw EER COP Max nb. of connectable I.U Capacity of connectable I.U. % 160%* HP 8 10 kw EER - - COP - - Max nb. of connectable I.U Capacity of connectable I.U. % 50%~130% KXR6-3 pipes HP kw EER COP Max no. of I.U. connectable Capacity of connectable I.U. % 50~200%* 50~160%* 50~130% * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the capacity of the connectable indoor units cannot exceed 130%. 102

105 103

106 KXZ System Outdoor units Control of refrigerant temperature High efficiency High COP values 34% energy saving Compact design Design flexibility Fast installation Easy maintenance Minimum operating costs Innovative technology for revolutionary standards in industrial and commercial air-conditioning. 104

107 MULTI SYSTEM FULL DC INVERTER KXZ SYSTEM WITH VRF-T TECHNOLOGY Mitsubishi Heavy Industries' KXZ heat pump series with VRF-T technology is distinguished by the possibility of controlling the refrigerant temperature in the various stages of operation, improving the performance levels compared to traditional systems. KXZ is a unique system that provides an excellent performance both in cooling and heating. Maximum level of design flexibility, reduction of energy consumption and advanced operating functions, centralized management of system and above all Hi-COP (KXZX), complete the profile of KXZ series that ensures reliability and efficiency over time. WIDE RANGE Outdoor units. Up to 80 connectable indoor units. 5 product lines from 8 to 60HP (22.4~168.0 kw): Smnal art, Advanced, Advanced Large, HiCOP and Water. Mitsubishi air conditioners with VRF-T technology all have double vertical fan and 3-Phase power supply. They can be installed also in twin combination, with only one refrigerant circuit. The total splitting distance reaches 1000 m. APPLICATION IN NZEB SOLUTION KXZ system with VRF-T technology is particularly suitable for applications on buildings constructed according to ZEB logic. In fact, the zero-energy buildings, realized according to ZEB logic, have the characteristics of reducing the energy consumption, but also of producing the required energy by renewable energy sources, since their goal is the self-sufficiency. To construct ZEB buildings, it is essential that energy efficiency is put as a priority condition since the construction project, taking into consideration all the components that contribute to the final result: heating, cooling, photovoltaic systems and domestic hot water, until the energy management of the entire structure. To achieve this result, one of the main application solutions is constituted by heat pumps, such as those of KXZ system with VRF-T technology. Indoor units. 16 types of units for a total of 91 models. The variety of types and capacities ensures an offer capable of meeting all the design and installation requirements. Why choose KXZ VRFT System? Here are 4 good reasons. 1. ENERGY SAVING UP TO 34% With VRF-T technology, the control of the refrigerant temperature during the condensation and evaporation phases in the refrigerant system, ensures energy savings up to 34% in cooling mode during the partial loads, compared to the traditional VRF models. Traditional system's cooling operation KXZ system's cooling operation with activation of VRF-T mode Room temperature Set temperature Room temperature Set temperature Energy saving: Max. 34% Control of the temperature difference Compressor Compressor Low pressure target Low pressure target Constant level In a traditional system, the refrigerant target pressure to be maintained is constant. As soon as room temperature reaches the temperature set by the User, the compressor is forced to decrease and increase the rpm by on-off cycles that affect the overall efficiency and performance. With the new VRF-T, the refrigerant target pressure to be maintained is not constant, but adjusts proportionally to the difference between the room temperature and the desired temperature. This allows the Inverter compressors to modulate the rpm without ever stopping, thus expressing the maximum efficiency for a global energy saving operation. 105

108 KXZ System 2. COMPACT DESIGN, FOR EASY INSTALLATION 10~60HP (KXZ) DC Inverter fan motor Tetrahedral structure of heat exchanger High efficiency heat exchanger with anti-corrosion Blue Fin Dual condensate drain New vector Inverter control New Scroll Multi-Port compressors, all Inverter. No On/Off 3. NEW ELECTRICAL WINDING FOR THE COMPRESSOR, FOR HIGH PERFORMANCE & EFFICENCY The new compacted design of the motor winding improves significantly the electrical performance which results in increased efficiency, especially in partial loads with a consequent increase in seasonal efficiency. Power output Total efficiency New concentrated windings* Windings distributed in standard mode Increase in seasonal average efficiency Compressor speed * Used for KXZP SMART, capacities 8/10HP; KXZ ADVANCED, capacities 10/12/17/18/20HP and KXZX Hi-COP, capacity 8HP. 4. DC INVERTER COMPRESSOR, FOR HIGH SCOP Multi-port discharge system of compressor guarantees a better volumetric performance. Optimization of the pressure control, in particular to the medium frequencies of compressor's operation, with consequent improvement to seasonal efficiency performance. All KXZP/KXZ/KXZX outdoor units use DC Inverter compressors only, and no on/off compressor. In the case of KXZP (8/10HP); KXZ (10/12/18/20HP) and KXZX (8HP) Multi-port discharge Adjustment of compression phase with multiport discharge that ensures a greater efficiency Discharge port 106

109 MULTI SYSTEM FULL DC INVERTER The function control and the innovative components make more performant the system technology NEW REFRIGERANT DISTRIBUTOR KXE6 KXZ The new configuration composed of distributor and capillary has optimized the diffusion of refrigerant in the new heat exchanger, with a further increase in the total efficiency of system and a decrease in the possibility of icing on heat exchanger, with consequent reduction in defrost time. HEAT EXCHANGER HEAT EXCHANGER collector distributor CHECKING THE OIL LEVEL Mitsubishi technology of oil level adjustment for the combination of two or three outdoor units, allows to operate with a constant balancing, maintaining the units' performance and guaranteeing a long life to the system. CONTROL OF POWER OUTPUT Oil balance pipe The power output can be controlled and selected by the function of power cut through RC-EX1A remote control, to obtain a greater energy saving. The 5-step power control ( %) is available, that can be programmed in hour intervals, every week. INVERTER CONTROL (VECTOR) The use of a new vector inverter control, allows to: Increase the response speed of compressors at low and high speed. Re-create exactly the sinusoidal waveform of the voltage applied. Increase the efficiency of compressors at low speed and partial loads. Power supply Operation time NEW DESIGN OF FAN New fan blades with serrated edges that treat a greater air volume, offering low resistance to air and reducing energy consumption. Serrated edges DC FAN MOTOR The use of DC fan motor allows to achieve excellent efficiency, with an increase higher than 60% compared to the previous models. Rotor (squirrel cage of conductor material) Stator (coil) Rotor (permanent magnet) Stator (coil) 107

110 KXZ System ADVANTAGES FOR DESIGNERS The step of configuring a system requires flexible and advanced solutions, able to respond to each realization solution. The points that make KXZ - VRF-T the system equipped with all the plus in response of the new design standards are the following. 1. HIGH SPLITTING DISTANCE, FLEXIBLE DESIGN 1000 m [10~60HP (KXZ series)] The splitting level difference between indoor units has been increased up to 18 m, permitting the placement of indoor units on three additional plans. The farthest indoor unit (160 m) or the total length (1000 m) contribute to the flexible design of system. Total length: 1000 m To the first branch: max. 130 m max. 10 m max. 5 m Indoor unit Indoor unit Outdoor unit max. 0.4 m Splitting level difference 50 m (outdoor unit higher) -> 70 m** 40 m (outdoor unit lower) Max. height difference between I.U. 18 m From the first branch pipe to the farthest I.U.: 90 m* Indoor unit Furthest indoor unit 160 m 2. EASY TRANSPORT & INSTALLATION Thanks to the remarkable reduction in weight and overall plan dimensions, KXE6 MICRO outdoor units can be easily transported in a lift capable of containing 6 people (if permitted by the condominium regulations), with consequent reduction in costs, time and working procedures. The outdoor units of KXZ and KXZX series are equipped with a functional base which makes it easier to lift and transport them to the installation place. They are also characterized by the same overall plan dimensions which facilitate the installation of the units in series, thus optimizing the time and the procedures for maintenance and replacement of each unit. H 1675 x W 1080 x D 480 Elevator 108

111 MULTI SYSTEM FULL DC INVERTER 3. WIDE OPERATING RANGE, FLEXIBLE DESIGN KXZP series alloes heating operation with a minimum outdoor temperature of -20 C and a cooling range up to 50 C. KXZP series permits a more flexible design of the system, considering a heating range at low temperature conditions down to -20 C, and a cooling range up to 46 C. KXZP HEATING -20 C C Cooling -15 C +50 C KXZ/KXZX -20 C HEATING C -15 C Cooling +46 C BLUE FIN FUNCTION, AGAINST CORROSION OF THE HEAT EXCHANGERS The particular coating of the heat exchanger's fins ensures a perfect resistance to corrosion and deterioration caused by the atmospheric agents. 5. COMPACT DESIGN 1080 mm 10% less 970 mm 23% less 480 mm 221 kg 165 kg 1505 mm 1675 mm 10% less 25% less Micro KX6 KXZP SMART Micro KX6 KXZP SMART 6. EXTERNAL STATIC PRESSURE UP TO 35 PA 7. FUNCTION OF OUTDOOR FAN MOTORS Function with available static pressure for ducting. 8. AUTOMATIC FUNCTION FOR REDUCED WEAR The outdoor units with multiple compressors are subject to wear. This automatic function balances the automatic operation of compressors, depending on the hours of operation. 9. ADDITIONAL FUNCTIONS: CAPACITY DEMAND OPTION It is possible to decrease the outdoor unit's rated capacity. SEASONAL OPTION It is possible to set the function of season change summer/ winter. OUTPUT SIGNAL OPTION It indicates start-up signal or error signal. 109

112 KXZ System ADVANTAGES FOR INSTALLERS Installing KXZ units in a system means being able to have an installation able to satisfy the most varied requirements, thanks to useful functions and important features which make the life of a system easier to manage, both during installation and during maintenance. 1. MONITORING FUNCTION Thanks to a simple navigation menu, the displays placed on the outdoor units' boards allow to show all the vital parameters of the appliance, and the eventual error messages for a prompt intervention. By connectong a PC to the port RS 232C - available on the board - it is possible to monitor and save all the historical data of system for assistance and control activities. Our software Mente PC must be installed on the pc. 8~60HP 2. BACK UP FUNCTION, OPERATION RESTORED The unit uses Inverter compressors only. In case of malfunction of one of them, the unit can operate as well at reduced capacity. In multiple combinations of high capacity (two or three outdoor units), the malfunction of a unit does not affect the total operation of the system, that will keep on working in a partial way. Operation KXZ: 18 & 20HP Compressor failure Inverter Combination of two or three outdoor units Unit failure 3. EASY ACCESS TO THE ELECTRICAL BOX FOR EASY MAINTENANCE Thanks to the new control box having a structure of 3 levels (KXZ) and 2 levels (KXZP SMART) with a hinged connection, the service and maintenance of Inverter are now easier. KXZ KXZP SMART 110

113 MULTI SYSTEM FULL DC INVERTER 4. IMPROVED FUNCTIONALITY Position of pipes: 1) frontally 2) to the right 3) below 4) on the rear. New holes for thread insertion, to prevent falls Maintenance of the service panel Transparent rain cover By the reducing the number of fixing screws on the service panel (from 5 to 2), the installation and maintenance of unit are easier. 5. GAS TESTING FUNCTION This function provides for a procedure capable of verifying whether the amount of refrigerant gas contained inside the system is correct. The positive side is evident, because it optimizes the use of gases that are harmful to the environement, as required by the current legislation. 6. AUTO-ADDRESSING FUNCTION It is sufficient to power the unit, and this automatic function provides to facilitate the smart connection between several units. 7. ADDITIONAL FUNCTIONS Simplified test procedure Simplified function for wiring Easy function for refrigerant installation and maintenance The unit's distinguishing feature is that of being Easy Service, as it permits easy maintenance, easy electronic check and feedback by the protection system in case of malfunctions 111

114 KXZ System ADVANTAGES FOR OWNERS A complete system in comfort and smart control, that can be customized in order to satisfy the needs of all types of building - store or housing solution. KXZ with VRF-T technology, being designed in integrated perspective, is an ideal system because it allows the end user to achieve maximum energy efficiency and the management of several systems, with ease of use guaranteed by leading control standards. 1. REDUCED COSTS The costs' reduction is an advantage concerning several aspects: - savings in management costs - saving in maintenance costs - savings on annual consumption thanks to the high energy efficiency. 2. TOTAL SOLUTION Only one system for heating, cooling and management control, able to adapt to every solution. 3. HIGHEST RELIABILITY - Well-tested systems in every condition. - After-sales service and service network always available. - Prompt availability of spare parts. 4. INTEGRATION & BUILDING AUTOMATION KXZ- VRF-T system boasts its integration with home automation systems or Building Automation for an easier and more uniform management. 5. BEST ENERGY CLASS Being in heat pump, the use of KXZ- VRF-T improves the building's energy classification with higher scores, thus increasing the vaue of the building. 112

115 MULTI SYSTEM FULL DC INVERTER REFRIGERANT PIPING VRF-T systems are manufactured according to the highest standards of quality and reliability, and it is therefore essential for the installation procedures and materials to have the same qualitative features, in order to ensure trouble-free long-term operation. It is advisable to use high quality copper refrigerant piping, in coils or in straight and semi-rigid lengths. The copper piping should be chosen considering the higher operating pressure of R410A refrigerant gas and the increased pressure circulating in the system, produced by reverse cycle operation. All materials used must comply with European standards (EN12735). The branch pipe kits supplied must be used to connect the indoor units, and the manifold kits must be used to connect the outdoor units (if needed). It is forbidden to use standard accessories (elbow pipes, T-joints, etc.). The branch pipes must be installed according to the Manufacturer guidelines and must allow a continuous flow of refrigerant in accordance with the European standard E378:2000. All connecting welds must be made under slight nitrogen pressure to prevent the oxidation of the copper pipes' inner surface. During installation, no accidental entry of condensate, dust or any other contaminant is permitted. Once installation is completed, a leak test must be carried out to check for refrigerant leaks with pressurized nitrogen. The ends of the pipes must be bent and welded, and a conformed service valve must be applied. Additional refrigerant charge Only R410A refrigerant gas must be used, and this must be added by weight using an electronic meter. The amount of additional refrigerant must be carefully calculated according to the Manufacturer's guidelines, defined by the length and diameter of each section of the system piping. KXZ ADVANCED - KXZ ADVANCED LARGE - KXZX HiCOP One outdoor unit Refrigerant piping system with header kit HEAD G Refrigerant piping system with branch pipe kit 113

116 KXZ System REFRIGERANT PIPING KXZ ADVANCED - KXZ ADVANCED LARGE - KXZX HiCOP Combined outdoor units Refrigerant piping system with branch pipe kit Oil equalization pipe DOS-2A-3 Oil equalization pipe DOS-2A-3 Refrigerant piping system with header kit HEAD Outdoor unit's branch pipe set Outdoor unit Branch piping set 2 units (615~1120) DOS-2A-3 3 units (1200~1680) DOS-3A-3 Indoor unit's first branch pipe Indoor units' Branch piping Header set total capacity set Model Branch pipe ~179 DIS-22-1G/1B HEAD4-22-1G/1B Max. 4 units 180~370 DIS-180-1G/1B HEAD G/1B Max. 6 units 371~539 DIS-371-1G/1B HEAD /1B Max. 8 units 540~ DIS-540-3/3B HEAD /3B Max. 8 units HP Liquid side Further I.U. ø 9.52 ø 12.7 ø ø Gas side =<90 m ø 22,22 ø ø Liquid side Further I.U. ø 12.7 ø ø ø Gas side =>90 m ø ø ø Liquid side Gas side Branch pipes DIS-22-1G/DIS-180-1G Header pipes HEAD G floor horizontal YES NO YES vertical floor NO DIS-371-1G/DIS DOS-2A-3/ DOS-3A-3 floor floor 114

117 MULTI SYSTEM FULL DC INVERTER ELECTRICAL WIRING MHI VRF-T systems have very simple electrical connections with the indoor units, thanks to a control circuit with 2 non-polarized wires. The power wiring can be passed through the pre-punched holes in the front, to the right, to the left or on the rear of the outdoor unit. Concerning 3-Phase outdoor units and 1-Phase indoor units, a separate power line must be used. The interaction between the outdoor unit and the indoor unit occurs through the control device only. Outdoor unit's power supply: 3-Phase, 4 wires, 380~415V Separated power supply system Earth leakage breaker Circuit breaker Ground Outdoor unit A B C D Main power supply cable (4 wires) Signal wire - Superlink (2 wires) Indoor units' power supply (2 wires) Wired remote control cord (2 wires) Circuit breaker Earth leakage breaker Indoor unit's power supply: 1-Phase 220~240V CAUTION: if the earth leakage breaker is exclusively for ground fault protection, then you will need to install a circuit breaker for wiring work. wired remote control Indoor unit KXZ outdoor unit: mechanical compartment KXZ outdoor unit: signal wire terminal block 115

118 KXZ System ELECTRICAL WIRING Signal wire The signal wire is 5 Volt DC and it uses 2 non-polarized wires indicated as A1 and B1. AB connects the outdoor unit to the indoor unit and vice versa. For the signal line with 2 wires, shielded cables 0.75 or 1.25 mm 2 must be used. The shield must be connected to the ground on all 0.75 mm mm 2 ~1000 mm YES YES 1000~1500 mm YES NO indoor and outdoor units. When using combined outdoor unit, the connection is the following: signal line between indoor and outdoor units; signal line between the outdoor units belonging to the same refrigerant line, to A1 and B1; signal line between the outdoor units belonging to a a different refrigerant line, to A2 and B2. One outdoor unit O.U.'s signal terminal block I.U.'s signal terminal block Unità esterne combinate Signal lines do not have a polarity. Any of the connections in the following illustration can be made. O.U. O.U. O.U. O.U. I.U. I.U. Signal line The maximum number of indoor units that can be connected to a signal line is 128 and it is possible to create groups of outdoor units and/or indoor units connected to the same outdoor unit or to different outdoor units, on condition that they are connected to the same signal line. The signal line can also be connected using the method shown below (multiple connectors). I.U. I.U. Refrigerant pipe Network connector Wired remote control The specifications for the connection between the wired remote control and the indoor units (XY wiring) are 0.3 mm 2 x 2 cores. The allowed max. length is 600 m. If the length exceeds 100 m, please refer to the table on the right. CAUTION: Loop wiring of signal line PROHIBITED Length (m) Wire size 100~ mm 2 x 2 wires ~ mm 2 x 2 wires ~ mm 2 x 2 wires ~ mm 2 x 2 wires O.U. O.U. O.U. O.U. O.U. O.U. O.U. I.U. I.U. I.U. Loop wiring is not allowed with signal lines, therefore the wiring section indicated with... is prohibited I.U. I.U. I.U. I.U. I.U. I.U. I.U. 116

119 MULTI SYSTEM FULL DC INVERTER OPERATION MODE FIXED COOLING MODE/FIXED HEATING MODE (SUMMER/WINTER SWITCH) It is possible to fix the operation mode of the system (cooling or heating) using a switch (SW3-7) on the outdoor unit PC board: this enables the user to decide the operation of the system inside the building (e.g. cooling only in summer/heating only in winter), to avoid unnecessary energy wastage. It is also possible to wire the control switch to a remote location (inside the building), in a control room, or even linked to an ambient thermostat. Priority operation mode rule You can select the following priority operation modes (for whole system). 1. The first unit's operation mode commands the operation mode (default setting). Majority operation mode The system operates according to the mode selected by the majority of units in operation, taking into consideration the greater capacity between the sum of units in cooling mode and those in heating mode. The minority operation mode is set to fan mode automatically. 2. The last unit's operation mode determines the operation mode for whole system. 3. Majority operation mode. 4. Master operation mode Master operation mode In Master function, if you select the cooling mode, the units set in heating mode switch to fan mode automatically. Cooling mode Heating mode Master mode: cooling Heating mode Operation mode cooling capacity total 314 Operation mode Heating capacity total 198 Cooling mode Master mode: cooling Fan mode Fan mode 117

120 KXE6 MICRO COMPACT Outdoor units - Heat pump systems Connect up to 8 indoor units/150% of capacity FDC 112 KXEN6/ES kw 1-Phase/3-Phase FDC 140 KXEN6/ES kw 1-Phase/3-Phase FDC 155 KXEN6/ES kw 1-Phase/3-Phase Maximum energy efficiency: COP 4.16 (4HP) 1 DC Inverter compressor (4HP) High splitting distance: up to total 100 m and with a max. distance between the O.U. and the farthest I.U. of 70 m Total length 100 m Outdoor unit Operating range Indoor unit Height difference: 30 m top O.U. 15 m bottom O.U. Indoor unit Max. height difference between I.U. 15 m Farthest I.U.: 70 m* * The total length of pipings, liquid side ø9.52 mm (3/8 ) should be 50 m or less. Note: FDTC15KXE6F and FDUT15KXE6F models cannot be connected to this system. Drawings & dimensions All dimensions are in mm. Terminal block A Service valve (gas side) ø (5/8 ) (flare) B Service valve (liquid side) ø 9.52 (3/8 ) (flare) C Pipe draw-out port D Drain discharge port ø 20 x 3 holes E Anchor bolt hole M10 x 4 holes F Cable draw-out port ø 30 x 3 holes Dimensions Example of installation L1 open open 500 L open L L air intake (Service space) air intake air outlet Notes: (1) The unit must not be surrounded by walls on any side (2) Fix the unit with the anchor bolts (3) In case of exposure to strong wind, orientate the unit so that the air outlet grill is 90 with respect to the prevailing wind direction (4) At least 1 m of clearance must be kept above the unit (5) If there are obstacles in front of the air outlet grill, the height must not exceed the unit's height (6) The label indicating the installation data is placed on the right corner at the bottom of the front panel Minimum installation space 118

121 MULTI SYSTEM FULL DC INVERTER 4-6HP (11,2~15,5 kw) Refrigerant piping Branch pipes Header pipes HP Liquid side Farthest I.U. ø (5/8") Gas side =<70 m ø 9.52 (3/8") DIS-22-1G/1B DIS-180-1G/1B HEAD4-22-1G/1B HEAD G/1B Models FDC112KXEN6 FDC140KXEN6 FDC155KXEN6 FDC112KXES6 FDC140KXES6 FDC155KXES6 Nominal cooling capacity (T=35 C) kw Power consumption cooling (T=35 C) kw Annual Consumption cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/20111 A+ - - A+ - - Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal heating capacity (T=7 C) kw Power consumption heating (T=7 C) kw Annual Consumption heating kwh/a Energy Efficiency Class Seasonal Heating 626/20111 A+ - - A+ - - Energy Efficiency Class Seasonal Index Heat. SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignc) Heating kw T operational limit (Tol) Heating C Power supply 1-Phase 220~240V 50Hz 3 Phase 380~415V 50Hz Running current Cool. A Running current Heat. A Sound pressure level db(a) Sound power level db(a) Exterior dimensions (HxWxD) mm 845x970x370 Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg Refrigerant equipment/compressor type & Q ty RMT5126MDE21x1 RMT5126MDE21x1 RMT5126MDE21x1 RMT5126MDE31x1 RMT5126MDE31x1 RMT5126MDE31x1 Motor kw Starting method Direct Indoor units Number of connected I.U. from 1 to 6 from 1 to 8 from 1 to 8 from 1 to 6 from 1 to 8 from 1 to 8 Connectable capacity 90 ~ ~ ~ ~ ~ ~ 233 Crankcase heater W Refrigerant equipment/heat exchanger fin & inner grooved Straight tubing Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg Refrigerant oil l 1.0 (M-MA68) Defrost control Microcomputer controlled Air treatment equipment/fan type & Q ty Axial fan x 1 Motor W 86x1 86x1 86x1 86x1 86x1 86x1 Starting method Direct Direct Direct Direct Direct Diretto Air flow (Standard) m3h Shock & vibration absorber Rubber mount for compressor Safety equipment Compressor overheat protection/overcurrent protection/power transistor overheating protection/abnormal high pressure protection Refrigerant piping size mm (inch.) Liquid line: ø 9.52 (3/8") Gas line: ø (5/8") Connecting method flare Drain mm Hole for drain: ø 20 x 3 Insulation for piping Necessary (both Liquid & Gas lines) Accessories - 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 119

122 KXE6 MICRO LARGE CONNECTION Outdoor units - Heat pump systems Connect up to 22 indoor units/150% of capacity FDC 224 KXE6 22,4 kw 3-Phase FDC 280 KXE6 28,0 kw 3-Phase FDC 335 KXE6 33,5 kw 3-Phase 1 DC Inverter compressor (8~10HP); 1 3D Scroll compressor (12HP) High splitting distance: up to total 510 m and with a max. distance between the O.U. and the farthest I.U. of. 160 m Total length 510 m Outdoor unit Operating range Up to the first branch pipe: max. 130 m Indoor unit Height difference: 50 m top O.U. 40 m bottom O.U. From the first branch pipe to the farthest I.U.: 90 m* Indoor unit Indoor unit Max. height difference between I.U. 18 m Farthest I.U. 160 m * With difference of length between the farthest indoor unit and the nearest one from the first branch pipe < 40 m. Drawings & dimensions All dimensions are in mm. air intake air intake (Service space) air outlet Minimum installation space terminal block FDC224KXE6 FDC280KXE6 FDC335KXE6 A Service valve (gas side) ø (3/4 ) (flare) ø (3/4 ) (flare) ø (3/4 ) (flare) B Service valve (liquid side) ø 9.52 (3/8 ) (flare) ø 9.52 (3/8 ) (flare) ø 12,7 (1/2 ) (flare) C Pipe draw-out port 4 holes 4 holes 4 holes D Drain discharge hole ø 20 x 4 holes ø 20 x 4 holes ø 20 x 4 holes E Anchor bolt hole M10 x 4 holes M10 x 4 holes M10 x 4 holes F G Cable draw-out hole Connecting position of the local pipe (gas) ø 30 x 2 holes (front) ø 45 (side) ø 30 x 2 holes (back) ø 30 x 2 fori (front) ø 45 (side) ø 30 x 2 holes (back) ø 30 x 2 fori (front) ø 45 (side) ø 30 x 2 holes (back) ø (3/4 ) (brazing) ø (7/8 ) (brazing) ø 25.4 (1 ) (brazing) Dimensions Example of installation L1 open open 1500(500)* 1 L open L L4 250(5)* 2 250(5)* 2 250(5)* 2 *1 The Figure in () shows the applicable value when the flexible flow adapter is installed. *2 On condition of setting as it is specified in (), it is necessary to ensure 250 mm for L4 dimension when the compressor is replaced (i.e. if unit is moved). Notes: (1) The unit should not be surrounded by walls on any side (2) Fix the unit with the anchor bolts. The anchor bolt must not protrude more than 15 mm (3) In case of exposure to strong wind, orientate the unit so that the air outlet grill is at 90 with respect to the prevailing wind direction (4) At least 1m of clearance must be kept above the unit (5) If there are obstacles in front of the air outlet grill, the height must not exceed the unit's height (6) The label indicating the installation data is placed on the right corner at the bottom of the front panel (7) Connect the service valve with the local pipe using the connection pipe (gas side only) (8) The mark shows the position for the local pipe connection (gas side only) 120

123 MULTI SYSTEM FULL DC INVERTER 8~12HP (22,4~33,5 kw) Refrigerant piping Branch pipes Header pipes HP Liquid side Farthest I.U. ø 9.52 ø 12.7 Gas side =<90 m ø ø ø Liquid side Farthest I.U. ø 12.7 Gas side =>90 m ø ø DIS-22-1G/1B DIS-180-1G/1B HEAD4-22-1G/1B HEAD G/1B HEAD /1B DIS-371-1G/1B Models FDC224KXE6 FDC280KXE6 FDC335KXE6 Nominal cooling capacity (T=35 C) kw Power consumption cooling (T=35 C) kw Annual Consumption cooling kwh/a Energy Efficiency Class Seasonal Cooling 626/ Energy Efficiency Class Seasonal Index Cooling SEER Coefficient of Energy Efficiency Rated Cooling EER Design load (Pdesignc) Cooling kw Nominal heating capacity (T=7 C) kw Power consumption heating (T=7 C) kw Annual Consumption heating kwh/a Energy Efficiency Class Seasonal Heating 626/ Energy Efficiency Class Seasonal Index Heat. SCOP Coefficient of Energy Efficiency Rated Heating COP Design load (Pdesignc) Heating kw T operational limit (Tol) Heating C Power supply 3-Phase 380~415V 50Hz Running current Cool. A Running current Heat. A Sound pressure level db(a) Sound power level db(a) Exterior dimensions (HxWxD) mm 1675 x 1080 x 480 Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg Refrigerant equipment/compressor type & Q ty GTC5150NH40K x 1 GTC5150NH40K x 1 GTD5160NH40K x 1 Motor kw Starting method Direct Indoor units Number of connected I.U. from 1 to 15 from 1 to 19 from 1 to 22 Connectable capacity 112 ~ ~ ~ 502 Crankcase heater W Refrigerant equipment/heat exchanger Straight fin tubing & inner grooved Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg Refrigerant oil l 1.7 (M-MA32R) 1.7 (M-MA32R) 1.7 (M-MA32R) Defrost control Microcomputer controlled Air treatment equipment/fan type & Q ty Axial fan x 2 Motor W 144 x x x 2 Starting method Air flow (Standard) m3h Direct Shock & vibration absorber Rubber mount for compressor Safety equipment Compressor overheat protection/overcurrent protection/power transistor overheating protection/abnormal high pressure protection Refrigerant piping size mm (inch.) Gas line: ø (3/4") Gas line: ø (7/8") Liquid line: ø 12.7 (1/4") Gas line: ø 25.4 (1") Liquid line: ø 9.52 (3/8") Connecting method Liquid line flare/gas line brazing Drain mm Hole for drain: ø 20 x 4 Insulation for piping Necessary (both Liquid & Gas lines) Accessories - 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 121

124 KXZP MICRO SMART Outdoor units - Heat pump systems Connect up to 8 indoor units/120% of capacity FDC 224 KXZPE1 22,4 kw 3-Phase FDC 280 KXZPE1 28,0 kw 3-Phase Maximum energy efficiency: COP 4.67 (8HP) DC Inverter compressors only High splitting distance: up to total 150 m and with a max. distance between the O.U. and the farthest I.U. of 120 m Compressor speed control Total length 150 m Operating range Outdoor unit Up to the first branch pipe: max. 90 m Indoor unit Height difference: 30 m top O.U. 30 m bottom O.U. From the first branch pipe to the farthest I.U.: 40 m Indoor unit Indoor unit Max. height difference between I.U. 18 m Farthest I.U. 120 m Drawings & dimensions All dimensions are in mm. terminal block Ref Item A Pipe connection (gas side) ø (3/4 ) (flare) B Pipe connection (liquid side) ø 9.52 (3/8 ) (flare) C Hole for draw-out cable (front - side) ø 30 x 2 holes D Hole for draw-out cable (front - side) ø 45 x 2 holes E Hole for draw-out cable (rear) ø 50 F Pipe / cable draw-out port 4 holes G Drain discharge port ø 20 x 3 holes H Anchor bolt hole M10 x 4 holes air intake air outlet air intake (Service space) Mininum installation space Accessory pipe (for FDC 280 KXZPE1 model only) Dimensions Example of installation L1 open open 500 L open L L4 250(5)* 250(5)* 250(5)* * It is necessary to ensure 250 mm for L4 dimension when the compressor is replaced (i.e. the unit is moved). Notes: (1) The unit should not be surrounded by walls on any side (2) Fix the unit with the anchor bolts. The anchor bolt must not protrude more than 15 mm (3) In case of exposure to strong wind, orientate the unit so that the air outlet grill is at 90 with respect to the prevailing wind direction (4) At least 1 m of clearance must be kept above the unit (5) If there are obstacles in the front of the air outlet grill, the height must not exceed the unit's height (6) The label indicating the installation data is placed on the right corner at the bottom of the front panel (7) Conect the service valve with the local pipe using the connection pipe (gas side only). (The accessory pipe is used for FDC280KXZPE1 only) (8) Concerning the fixing of the accessory pipe, please refer to the attached installation manual 122

125 MULTI SYSTEM FULL DC INVERTER 8~10HP (22,4~28,0 kw) Refrigerant piping HP 8 10 Liquid side Farthest I.U. ø 9.52 Gas side =<90 m ø ø Liquid side Farthest I.U. ø 12.7 Gas side =>90 m ø ø Branch pipes DIS-22-1G/1B DIS-180-1G/1B Header pipes HEAD4-22-1G/1B HEAD G/1B Models FDC224KXZPE1 FDC280KXZPE1 Nominal cooling capacity kw Power consumption cooling kw Coefficient of Energy Efficiency Rated Cooling EER Nominal heating capacity kw Power consumption heating kw Coefficient of Energy Efficiency Rated Heating COP Power supply 3-Phase 380~415V 50Hz Running current Cool. A Running current Heat. A Sound level db(a) Exterior dimensions (HxWxD) mm 1505 x 970 x 370 Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg 165 Indoor units Number of connected I.U. from 1 to 8 Connectable capacity 112 ~ ~ 336 Crankcase heater W 33 x 1 Refrigerant equipment/heat exchanger M-shape and inner grooved tubing with Blue fin treatment Refrigerant R410A Quantity kg 8.9 Air treatment equipment/fan type & Q ty Axial fan x 2 Compressor W 86 x 2 Air flow (Standard) m3/h Available static pressure Pa Max 35 Safety equipment Compressor overheat protection/overcurrent protection/power transistor overheating protection/abnormal high pressure protection Refrigerant piping size mm (inch.) Gas line: ø (3/4 ) [ø (7/8 )] Liquid line: ø 9.52 (3/8 ) Gas line: ø (7/8 ) [ø 25.4 (1 )] [ø (1 1/8 )] Connecting method Liquid line flare/gas line brazing Drain mm Hole for drain: ø 20 x 10 pieces, ø 45 x 3 pieces 1 Commission Delegated Regulation EU No. 626/2011 with regard to energy labelling indicating the energy consumption of air conditioners. 2 Commission Delegated Regulation EU No. 206/2012. Value measured according to harmonized rule EN Value measured according to harmonized rule EN Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP) would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fluid with a GWP of This means that if 1 kg of this refrigerant fluid would be leaked to the atmosphere, the impact of global warming would be 2088 times higher than 1 kg of CO2, over a period of 100 years. Never try to interfere with the refrigerant circuit yourself and never try to disassemble the product: always ask a professional. 123

126 KXZ ADVANCED Outdoor units - Heat pump modular systems Connect up to 29 indoor units/130% of capacity FDC 280 KXZE kw FDC 335 KXZE kw Maximum energy efficiency: COP 4.33 (10HP) DC Inverter compressors only High splitting distance: up to total 1000 m and with a maximum distance between the O.U. and the farthest I.U. of 160 m Total length: 1000 m Outdoor unit Splitting level difference 50 m (outdoor unit higher) > 70 m** 40 m (outdoor unit lower) Operating range To the first branch pipe: max. 130 m Indoor unit Indoor unit Max. height difference between I.U. 18 m From the first branch pipe to the farthest I.U.: 90 m* Indoor unit Farthest I.U. 160 m * The difference between the longest piping and the shortest piping of Indoor Unit from the first branch pipe must not exceed 40 m. (MAX. 85 m) ** There are some installation conditions to be met. For the details, please refer to the Technical Manual. Drawings & dimensions All dimensions are in mm. rear View of refrigerant connections D (bottom) References for dimensions of the fixing bolts' holes Air inlet Label with instructions Drain pipe 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring D (front) D (right) 124

127 MULTI SYSTEM FULL DC INVERTER 10~12HP (28,0~33,5 kw) Models FDC280KXZE1 FDC335KXZE1 Nominal cooling capacity kw Power consumption cooling kw Coefficient of Energy Efficiency Rated Cooling EER Nominal heating capacity kw Power consumption heating kw Coefficient of Energy Efficiency Rated Heating COP Power supply 3-Phase 380~415V 50Hz Running current Cool. A Running current Heat. A Sound level db(a) Exterior dimensions (HxWxD) mm 1690 x 1350 x 720 Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg Compressor kw 4.76 x x 1 Number of connected I.U. from 1 to 24 from 1 to 29 Indoor units Connectable capacity* 140 ~ ~ 435 Crankcase heater W 33 x 1 33 x 1 Refrigerant equipment/heat exchanger M-shape and inner grooved tubing with Blue fin treatment Refrigerant R410A Quantity kg Air treatment equipment/fan type & Q ty Axial fan x 2 Motor W 386 x 2 Air flow (Standard) m3h Available static pressure Pa Max 50 Shock & vibration absorber Rubber mount for compressor Safety equipment Compressor overheat protection/overcurrent protection/power transistor overheating protection/abnormal high pressure protection Liquid line: ø 9.52 (3/8) Liquid line: ø 12.7 (1/2 ) Refrigerant piping size mm (inch.) Gas line: ø (7/8 ) Gas line: ø 25.4 (1 ) [ø (7/8 )] Connecting method Liquid line flare/gas line brazing Drain mm Hole for drain: ø 20 x 10 pieces, ø 45 x 3 pieces * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the power of the connectable indoor units cannot exceed 130%. 1. Value measured according to EN Air inlet H2 Air inlet Air inlet Service space H3 H4 H1 Air inlet Example of installation Dimensions 1 2 L1 500 open L2 10(30) 10(30) L L4 10(30) open H open H2 not limited not limited H not limited H4 not limited open Ref Item FDC280KXZE1 FDC335KXZE1 A Pipe connection (gas side) ø (7/8 ) (brazing) ø 25.4 (1 ) (brazing) B Pipe connection (liquid side) ø 9.52 (3/8 ) (flare) ø 12.7 (1/2 ) (flare) C Refrigerant piping outlet ø88 (or ø100) D Power cable inlet ø 50 (right - left - front), Long hole 40 x 80 (bottom) F Anchor bolt hole M10 x 4 holes G Drain hose connection ø 45 x 3 holes H Drain hose ø 20 x 10 holes K Oil-equalizing pipe joint ø 9.52 (3/8 ) flare L Opening for unit's transport 230 x 60 Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m of clearance above the unit (3) The adhesive label indicating the installation should be positioned under the front panel (right side) (4) The inlet openings for the electrical wiring and for refrigerant pipings are pre-cut (open using a cutter) (5) For the piping inlet, use the ø 88 hole (6) Use the fixing holes (M10) indicated with L and J when replacing an outdoor unit belonging to the old series (7) Connect the oil-equalizing pipe ( K ) in case of use in combination with the outdoor unit 125

128 KXZ ADVANCED Outdoor units - Heat pump modular systems Connect up to 48 indoor units/130% of capacity FDC 400 KXZE kw FDC 450 KXZE kw FDC 475 KXZE kw FDC 500 KXZE kw FDC 560 KXZE kw Maximum energy efficiency: COP 4.21 (14HP) DC Inverter compressors only High splitting distance: up to total 1000 m and with a max. distance between the O.U. and the farthest I.U. 160 m Total length: 1000 m Outdoor unit Splitting level difference 50 m (outdoor unit higher ) > 70 m** 40 m (outdoor unit lower) Operating range To the first branch pipe: max. 130 m Indoor unit Indoor unit Max. height difference between I.U. 18 m From the first branch pipe to the farthest I.U.: 90 m* Indoor unit Farthest I.U. 160 m * The difference between the longest piping and the shortest piping of Indoor Unit from the first branch pipe must not exceed 40 m. (MAX. 85 m) ** There are some installation conditions to be met. For the details, please refer to the Technical Manual. Drawings & dimensions All dimensions are in mm. C (bottom) D (bottom) View of refrigerant connections rear Air inlet References for dimensions of the fixing bolts' holes Label with instructions Drain hose 7-segment display inspection hole C (front) C (right) C (rear) Box for signal cable wiring D (left) Box for power supply wiring D (front) D (right) 126

129 MULTI SYSTEM FULL DC INVERTER 14~20HP (40,0~56,0 kw) Models FDC400KXZE1 FDC450KXZE1 FDC475KXZE1 FDC500KXZE1 FDC560KXZE1 Nominal cooling capacity kw Power consumption cooling kw Coefficient of Energy Efficiency Rated Cooling EER Nominal heating capacity kw Power consumption heating kw Coefficient of Energy Efficiency Rated Heating COP Power supply 3-Phase 380~415V 50Hz Running current Cool. A Running current Heat. A Sound level db(a) Exterior dimensions (HxWxD) mm 2048 x 1350 x 720 Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg Compressor kw 7.32 x x x x x 2 Indoor units Number of connected I.U. from 1 to 34 from 1 to 39 from 1 to 41 from 1 to 43 from 1 to 48 Connectable capacity* 200 ~ ~ ~ ~ ~ 728 Crankcase heater W 40 x 1 40 x 1 33 x 2 33 x 2 33 x 2 Refrigerant equipment/heat exchanger M-shape and inner Blue fin treatment grooved tubing with Refrigerant R410A Quantity kg Air treatment equipment/fan type & Q ty Axial fan x 2 Motor W 386 x 2 Starting method Air flow (Standard) m3h Direct Available static pressure Pa Max 50 Safety equipment Compressor overheat protection/overcurrent protection/power transistor overheating protection/abnormal high pressure protection Refrigerant piping size mm (inch.) Gas line: ø 25.4 (1 ) [ø (11/8 )] Liquid line: ø 12.7 (1/2 ) Gas line: ø (11/8 ) Connecting method Liquid line flare/gas line brazing Drain mm Hole for drain: ø 20 x 10 pieces, ø 45 x 3 pieces * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the power of the connectable indoor units cannot exceed 130%. 1. Value measured according to EN Air inlet H2 Air inlet Air inlet Service space Air inlet Example of installation Dimensions 1 2 L1 500 open L2 10(30) 10(30) L L4 10(30) open H open H2 not limited not limited H not limited H4 not limited open Ref Item FDC400KXZE1 FDC450~560KXZE1 A Pipe connection (gas side) ø 25.4 (1 ) (brazing) ø (11/8 ) (brazing) B Pipe connection (liquid side) ø 12.7 (1/2 ) (flare) C Refrigerant piping outlet ø 88 (o ø 100) D Power cable inlet ø 50 (right - left - front), Long hole 40 x 80 (bottom) F Anchor bolt hole M10 x 4 holes G Drain hose connection ø 45 x 3 holes H Drain hose ø 20 x 10 holes K Oil-equalizing pipe joint ø 9.52 (3/8 ) flare L Opening for unit's transport 230 x 60 Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m of clearance above the unit (3) The adhesive label indicating the installation should be positioned under the front panel (right side) (4) The inlet openings for the electrical wiring and for refrigerant pipings are pre-cut (open using a cutter) (5) For the piping inlet, use the ø 88 hole (6) Use the fixing holes (M10) indicated with L and J when replacing an outdoor unit belonging to the old series (7) Connect the oil-equalizing pipe ( K ) in case of use in combination with the outdoor unit 127

130 KXZ ADVANCED Outdoor units - Heat pump modular system Connect up to 58 indoor units/130% of capacity FDC 615 KXZE1 (FDC280+FDC335) 61.5 kw FDC 670 KXZE1 (FDC335+FDC335) 67.0 kw Maximum energy efficiency: COP 4.23 (22HP) DC Inverter compressors only High splitting distance: up to total 1000 m and with a max distance between the O.U. and the farthest I.U. of160 m Total length: 1000 m max. 10 m (equalization pipe oil) Outdoor unit max. 0.4 m Operating range To the first branch pipe: max. 130 m max. 5 m Indoor unit Splitting level difference 50 m (outdoor unit higher) > 70 m** 40 m (outdoor unit lower) From the first branch pipe to the farthest I.U: 90 m* Indoor unit Indoor unit Max. height dislivello in altezza tra U.I. 18 m Farthest I.U. 160 m * The difference between the longest piping and the shortest piping of Indoor Unit from the first branch pipe must not exceed 40 m. (MAX. 85 m) ** There are some installation conditions to be met. For the details, please refer to the Technical Manual. Drawings & dimensions All dimensions are in mm. rear View of refrigerant connections D (bottom) C (bottom) References for dimensions of the fixing bolts' holes Air inlet Label with instructions Drain hose 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring 128

131 MULTI SYSTEM FULL DC INVERTER 22~24HP (61,5~67,0 kw) Combinations Models FDC615KXZE1 FDC670KXZE1 FDC280KXZE1 FDC335KXZE1 Combinations FDC335KXZE1 FDC335KXZE1 - - Power supply 3-Phase 380~415V 50Hz Nominal cooling capacity kw Power consumption cooling kw Coefficient of Energy Efficiency Rated Cooling EER Nominal heating capacity kw Power consumption heating kw Coefficient of Energy Efficiency Rated Heating COP Running current Cool. A Running current Heat. A Indoor units Number of connected I.U. from 2 to 53 from 2 to 58 Connectable capacity* 308 ~ ~ 871 Net weight kg Refrigerant piping size mm (inch.) Liquid line: ø 12.7 (1/2 ) Gas line: ø (1 1/8 ) Oil-equalizing pipe mm (inch.) ø 9.52 (3/8 ) * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the power of the connectable indoor units cannot exceed 130%. 1. Value measured according to EN Air inlet H3 When installing more than one unit Height H3 Air inlet H2 Air inlet Service space Air inlet H1 H4 Height H2 L2 L5 L3 L1 L6 Front of the unit Height H1 L4 Height H4 Ref Item FDC280KXZE1 FDC335KXZE1 A Pipe connection (gas side) ø (7/8 ) (brazing) ø 25,4 (1 ) (brazing) B Pipe connection (liquid side) ø 9,52 (3/8 ) (flare) ø 12,7 (1/2 ) (flare) C Refrigerant piping outlet ø 88 (or ø 100) D Power cable inlet ø 50 (right - left - front), Long hole 40 x 80 (bottom) F Anchor bolt hole M10 x 4 holes G Drain hose connection ø 45 x 3 holes H Drain hose ø 20 x 10 holes K Oil-equalizing pipe joint ø 9.52 (3/8 ) flare L Opening for unit's transport 230 x 60 Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m of clearance above the unit (3) The adhesive label indicating the installation should be positioned under the front panel (right side) (4) The inlet openings for the electrical wiring and for refrigerant pipings are pre-cut (open using a cutter) (5) For the piping inlet, use the ø 88 hole (6) Use the fixing holes (M10) indicated with L and J when replacing an outdoor unit belonging to the old series (7) Connect the oil-equalizing pipe ( K ) in case of use in combination with the outdoor unit Example of installation Dimensions 1 2 L1 500 open L2 10(30) 200 L L4 10(30) open L5 10(30) 400 L6 10(30) 400 H open H2 not limited not limited H not limited H4 not limited open Example of installation Dimensions 1 2 L1 500 open L2 10(30) 10(30) L L4 10(30) open H open H2 not limited not limited H not limited H4 not limited open 129

132 KXZ ADVANCED Outdoor units - Heat pump modular systems Connect up to 80 indoor units/130% of capacity FDC 735 KXZE1 (FDC335+FDC400) 73.5 kw FDC 800 KXZE1 (FDC400+FDC400) 80.0 kw FDC 850 KXZE1 (FDC400+FDC450) 85.0 kw FDC 900 KXZE1 (FDC450+FDC450) 90.0 kw Maximum energy efficiency: COP 4.21 (28HP) DC Inverter compressors only FDC 950 KXZE1 (FDC475+FDC475) 95.0 kw FDC 1000 KXZE1 (FDC500+FDC500) kw FDC 1060 KXZE1 (FDC500+FDC560) kw FDC 1120 KXZE1 (FDC560+FDC560) kw High splitting distance: up to total 1000 m and with a max. distance between the O.U. and the farthest I.U. of 160 m Total length: 1000 m max. 10 m (equalization pipe oil) Outdoor unit max. 0.4 m Operating range To the first branch pipe: max. 130 m max. 5 m Indoor unit Splitting level difference 50 m (outdoor unit higher) > 70 m** 40 m (outdoor unit lower) From the first branch pipe to the farthest I.U.: 90 m* Indoor unit Indoor unit Max. height difference between I.U. 18 m Farthest I.U. 160 m * The difference between the longest piping and the shortest piping of Indoor Unit from the first branch pipe must not exceed 40 m. (MAX. 85 m) ** There are some installation conditions to be met. For the details, please refer to the Technical Manual. Drawings and dimensions All dimensions are in mm. D (bottom) C (bottom) rear View of refrigerant connections References for dimensions of fixing bolts' holes Air inlet Label with instructions Drain hose 7-segment display inspection hole C (front) C (right) C (rear) Box for signal cable wiring D (left) Box for power cable wiring D (front) D (right) 130

133 MULTI SYSTEM FULL DC INVERTER 26~40HP (73,5~112,0 kw) Combinations Models FDC735KXZE1 FDC800KXZE1 FDC850KXZE1 FDC900KXZE1 FDC950KXZE1 FDC1000KXZE1 FDC1060KXZE1 FDC1120KXZE1 FDC335KXZE1 FDC400KXZE1 FDC400KXZE1 FDC450KXZE1 FDC475KXZE1 FDC500KXZE1 FDC500KXZE1 FDC560KXZE1 Combinations FDC400KXZE1 FDC400KXZE1 FDC450KXZE1 FDC450KXZE1 FDC475KXZE1 FDC500KXZE1 FDC560KXZE1 FDC560KXZE Power supply 3 Phase 380~415V 50Hz Nominal cooling capacity kw Power consumption cooling kw Coefficient of Energy Efficiency Rated Cooling EER Nominal heating capacity kw Power consumption heating kw Coefficient of Energy Efficiency Rated Heating COP Running current Cool. A Running current Heat. A Indoor units Number of connected I.U. from 2 to 63 from 2 to 69 from 2 to 73 from 2 to 78 from 2 to 80 from 2 to 80 from 2 to 80 from 2 to 80 Connectable capacity* 368 ~ ~ ~ ~ ~ ~ ~ ~ 1456 Net weight kg Refrigerant piping size mm (inch.) Liquid line: ø (5/8 ) Liquid line: ø (3/4 ) Gas line: ø (1 1/4 ) [ø (1 3/8 )] Gas line: ø 38.1 (1 1/2 ) [ø (1 3/8 )] Oil-equalizing pipe mm (inch.) ø 9.52 (3/8 ) * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the power of the connectable indoor units cannot exceed 130%. 1. Value measured according to EN Air inlet H3 When installing more than one unit Height H3 Air inlet H2 Air inlet Service space Air inlet H1 H4 Height H2 L2 L5 L3 L1 Front of unit Height H1 L6 L4 Height H4 Ref Item FDC400KXZE1 FDC450~560KXZE1 A Pipe connection (gas side) ø 25.4 (1 ) (brazing) ø (11/8 ) (brazing) B Pipe connection (liquid side) ø 12.7 (1/2 ) (flare) C Refrigerant piping outlet ø 88 (or ø 100) D Power cable inlet ø 50 (right - left - front), Long hole 40 x 80 (bottom) F Anchor bolt hole M10 x 4 holes G Drain hose connection ø 45 x 3 holes H Drain hose ø 20 x 10 holes K Oil-equalizing pipe joint ø 9.52 (3/8 ) flare L Opening for unit's transport 230 x 60 Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m of clearance above the unit (3) The adhesive label indicating the installation should be positioned under the front panel (right side) (4) The inlet openings for the electrical wiring and for refrigerant pipings are pre-cut (open using a cutter) (5) For the piping inlet, use the ø 88 hole (6) Use the fixing holes (M10) indicated with L and J when replacing an outdoor unit belonging to the old series (7) Connect the oil-equalizing pipe ( K ) in case of use in combination with the outdoor unit Example of installation Dimensions 1 2 L1 500 open L2 10(30) 200 L L4 10(30) open L5 10(30) 400 L6 10(30) 400 H open H2 not limited not limited H not limited H4 not limited open Example of installation Dimensions 1 2 L1 500 open L2 10(30) 10(30) L L4 10(30) open H open H2 not limited not limited H not limited H4 not limited open 131

134 KXZ ADVANCED Outdoor units - Heat pump modular systems Connect up to 80 indoor units/130% of capacity FDC 1200 KXZE1 (FDC400+FDC400+FDC400) kw FDC 1250 KXZE1 (FDC400+FDC400+FDC450) kw FDC 1300 KXZE1 (FDC400+FDC450+FDC450) kw FDC 1350 KXZE1 (FDC450+FDC450+FDC450) kw FDC 1425 KXZE1 (FDC475+FDC475+FDC475) kw Maximum energy efficiency: COP 4.21 (42HP) DC Inverter compressors only FDC 1450 KXZE1 (FDC475+FDC475+FDC500) kw FDC 1500 KXZE1 (FDC500+FDC500+FDC500) kw FDC 1560 KXZE1 (FDC500+FDC500+FDC560) kw FDC 1620 KXZE1 (FDC500+FDC560+FDC560) kw FDC 1680 KXZE1 (FDC560+FDC560+FDC560) kw High splitting distance: up to total 1000 m and with a max. distance between the O.U. and the farthest I.U. of 160 m Total length: 1000 m max. 10 m (equalization pipe oil) Outdoor unit max. 0,4 m Operating range To the first branch pipe: max. 130 m max. 5 m Indoor unit Splitting level difference 50 m (outdoor unit higher) > 70 m** 40 m (outdoor unit lower) From the first branch pipe to the farthest I.U.: 90 m* Indoor unit Indoor unit Max. height difference between I.U. 18 m Farthest I.U. 160 m * The difference between the longest piping and the shortest piping of Indoor Unit from the first branch pipe must not exceed 40 m. (MAX. 85 m) ** There are some installation conditions to be met. For the details, please refer to the Technical Manual. Drawings & dimensions All dimensions are in mm. C (bottom) D (bottom) rear View of refrigerant connections Air inlet References for dimensions of the fixing bolts' holes Label with instructions Drain hose 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring D (front) D (right) 132