2012 Air Conditioning General Catalogue

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1 2012 Air Conditioning General Catalogue

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3 Future and technology for air conditioning Research and technological innovation have been the goals of Mitsubishi Heavy Industries for over a century and these have been translated into the excellent results obtained in the air conditioning market. The perfect harmony between energy, technology and innovation is manifested in the production of air conditioners designed to meet the engineering needs of the residential, commercial and industrial sectors. State-of-the art solutions applied to top quality products guarantee wellbeing, energy saving and quality of life. For a better tomorrow

4 Mitsubishi Heavy Industries 128 years serving technology The history 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 production of warships for the Japanese Navy began. Shipbuilding is still one of the most important sectors for Mitsubishi Heavy Industries although, since the 1920s, there has been a progressive diversification and extension of its business towards heavy industry, as well as the air, rail and motor vehicle sectors. Mitsubishi Electric Corporation was set up in 1921 as one of these spin offs, and started producing electric fans when the then parent company, Mitsubishi Shipbuilding Co., set up a new industry in Kobe, manufacturing electric motors for ocean liners. The marine industry then saw the establishment of Mitsubishi Shipbuilding Co. Ltd., which in 1934 became Mitsubishi Heavy Industries Ltd., the largest private company in Japan, producing ships, heavy machinery, aircraft and railway cars. The end of the Second World War, with the entry into force in Japan of laws that prevented the economic and financial concentration of companies controlled by individual families, led to the dismemberment of the company, which was divided into three different firms: West Japan- Heavy Industries Ltd., Central Japan-Heavy Industries Ltd. and East Japan-Heavy Industries Ltd. The company was consolidated again in 1964 and reborn as Mitsubishi Heavy Industries Ltd. Yataro Iwasaki, founder of Mitsubishi 1884: the Nagasaki shipyards at the time the company was founded 1921: spin-off from Mitsubishi Electric Corporation The current need for alternative energy resources, in fact, sees Mitsubishi Heavy Industries constantly committed to searching for state-of-the-art solutions that can preserve the delicate balance of the ecosystem, both today and in the future. Today, Mitsubishi Heavy Industries is a leader in many areas of traditional industry, but above all a major player in technological innovation in the aeronautics, aerospace, robotics and renewable energy fields. In 1970, the automotive industry became independent and Mitsubishi Motors Corporation began producing motor vehicles. 2

5 The mission: turning good ideas into innovative projects. Mitsubishi Heavy Industries has always pursued a targeted quality and environmental protection policy. Here are the facts that make this possible in practice: - being a state-of-the-art company as regards awareness of environmental issues; - being recognised for competence and reliability; - developing solutions and quality products with passion; - making creativity and innovation the basic principles for reaching levels of excellence, achieved thanks to a strong team spirit. The literal translation of Mitsubishi is 3 diamonds, the same as those depicted in a stylised manner on its logo. The founder Yataro Iwasaki chose a symbol that united the three oak leaf emblem of the Tosa clan, his first employer, and the three overlaying diamonds in the emblem of his family. Each diamond has a meaning and still today represents the values of the company, the so-called 3 Principles: common responsibility towards society integrity and fairness understanding of people through business To ensure that everyone can enjoy a better future. INNOVATION QUALITY ENERGY EFFICIENCY RESEARCH AND DEVELOPMENT 3

6 The global business of Mitsubishi Heavy Industries Ltd. The advent of the third millennium saw Mitsubishi Heavy Industries venture into sectors of the greatest importance for the future of the planet, including research into alternative energy sources and space exploration, with a constant commitment to guaranteeing development whilst keeping man and technology in perfect harmony. MACHINERY AND STEEL STRUCTURES Automated toll systems Petrochemical plants Exhaust gas desulphurisation systems Chemical plants Waste treatment systems Compressors and turbines Iron and steel machinery Medical equipment Cranes and material handling systems Machines for the production of rubber and tyres Suspension bridges Hydraulic locks Vertical parking systems Injection presses Machines for the food industry Machinery for packaging Printing machines ENERGY PRODUCTION SYSTEMS Boilers Gas and steam turbines Diesel engines Wind and water turbine systems Geothermal systems Photovoltaic systems Systems for the catalytic reduction of nitrogen oxides Desalination plants Accumulators for lithium ion batteries 4

7 SHIPBUILDING AND OCEANOGRAPHIC RESEARCH Passenger ships Cruise ships Container ships Submarines Ships for oceanographic research and submarines Tankers Platforms for extracting gas and oil Tanks for transporting gas and oil AERONAUTICS AND SPACE VEHICLES Aircraft for civil and commercial transportation Jets Helicopters Aircraft engines Aeronautic components Missiles Torpedoes Space launch vehicles Rockets and propulsors GENERAL MACHINERY AND SPECIAL VEHICLES Turbochargers Small and medium size engines Forklift trucks Lorries Construction machinery Special vehicles Agricultural machinery Tractors MACHINE TOOLS Precision vertical milling machines Horizontal borers Modelling machines Cell processing machines Wafer encapsulation machines Precision cutting machinery Gear cutters Toothed wheel machinery Grinders AIR CONDITIONING AND REFRIGERATION SYSTEMS Air conditioners for residential and commercial use Variable refrigerant flow air conditioning systems Air/water and water/water heat pumps Heat regenerators Centrifugal chillers Air conditioners for cars Cooling units for road and sea transport Cold-storage rooms 5

8 Harmonising people and technology on a global scale As a global manufacturer, the fields in which Mitsubishi Heavy Industries works know no limits, offering more than 700 products that fall in all sectors and meet different needs and lifestyles, with the aim of reconciling public needs and technological innovation with its eyes on the future, MHI will continue to traverse uncharted lands. TECHNOLOGICAL EXCELLENCE IN MANUFACTURING AND BUILDING The development of modern Japanese industry is a key factor in Japan s importance in the international arena and is based on a tradition of craftsmanship and technological excellence, in both the production of unique pieces and mass production. MHI has played a leading role in the industrial history of Japan, because for over a century it has been helping improve the daily lives of many people by providing its technologies. This commitment to technological excellence implies a constant effort to improve the performance and reliability of products, to maximise value for customers. PROTECTING THE EARTH FOR FUTURE GENERATIONS In order to guarantee future generations a liveable environment and a healthy, comfortable 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 without ever losing sight of the aim of reducing their environmental impact. MHI will never stop seeking to improve its technology to safeguard the future of our beautiful planet. 6

9 MHI s commitment to environmental protection THE CONTRIBUTION FOR THE GLOBAL ENVIRONMENT The contribution to the reduction of Co2 emissions embraces the entire life cycle of the product: efficient production, effective use of energy, use of clean and renewable energy sources, recycling. This is what the company wants to achieve by using a unique technology. Mitsubishi Heavy Industries provides society with complete solutions for reducing the environmental impact Efficient production SOLUTIONS FOR REDUCING CO2 EMISSIONS Effective use of energy Effective use of renewable clean energy Recycling GUARANTEED INTEGRATION OF HIGH TECHNOLOGY IN VARIOUS SECTORS The product portfolio, intended for the entire social infrastructure, is supported by a high level of proven technological expertise. The proprietary technologies that have already demonstrated effectiveness in their field are integrated into global solutions, in a perspective of continuous improvement. The application of high technology for air conditioning in heat pumps is the result of this integration. HEAT PUMPS FOR REDUCING CO2 EMISSIONS Heat pump technology is a system for recovering energy from the environment to produce thermal energy. It is an environmentally friendly technology and can make a significant contribution to reducing consumptions and CO2 emissions. This systems are extremely efficient: the heat pump, in fact, generally only requires about 25% auxiliary energy (electricity or gas) to generate 100% of the thermal energy required for air conditioning. The application of state-of-the-art MHI technology to air conditioning products has led to record COP and EER values, to the benefit of efficiency and energy saving. The integration of state-of-the-art technology is the basis for the reduction of CO2 emissions Combined cycle power plants with gas turbines Transport systems Intelligent energy distribution networks INTEGRATING STATE-OF-THE-ART TECHNOLOGY INTO VARIOUS SECTORS Desalination plants Alternative fuels EXTERNAL SOURCE HEAT PUMP Wind energy Photovoltaic energy Heat pumps DISTRIBUTION SYSTEM About 75% of the energy produced comes from the external environment and the supply of electricity is only 25%. 7

10 We multiply energy to improve your future The Group The Termal Group has been a leader in residential, commercial and industrial air conditioning in Italy and Europe for over thirty years. An exclusive distributor for Mitsubishi Heavy Industries air conditioning products in Italy, the group has been able to successfully insert itself in the market even with its own brands, Hokkaido and Cryo s, the result of an ongoing commitment to technological research, and is able to combine high performance and energy efficiency. The emphasis on international markets and overseeing the various distribution channels has contributed over time to its commercial strength: from its headquarters in Bologna, exportation is directed towards 18 countries and the Group was the first in the sector to successfully harness the potential of non-traditional distribution channels, such as franchising and e-commerce. The headquarters The headquarters in Bologna (4000 m2 of office space and 4500 m2 of product storage space) is the operational centre for business activities and technical assistance and training, managed directly to ensure the highest quality standards. One of its strengths is its logistical structure which, through a single distribution centre at the main headquarters, ensures just in time deliveries and stock availability both for small and large volume purchases. Customers are also given the opportunity to purchase spare parts directly from restricted online areas; this accelerates order placement and fulfilment procedures. 8

11 The sales network Distribution is organised through channels dedicated to specific market segments. In Italy, the distribution of Mitsubishi Heavy Industries products is entrusted to three different commercial companies. Climamio is the franchising network of air conditioning professionals that has more than 170 retail outlets including stores, shops and expo points, distributed throughout the country. At Climamio retail outlets, expert and reliable professionals offer customers an integrated consulting service including technical design, sales, installation, scheduled maintenance and qualified technical assistance. Qualified technical expertise and a consultative approach geared to the needs of the customer are the basis for a relationship that is able to follow the entire lifecycle of the product. Green Termal Systems is a network specialising in the sale of variable refrigerant flow systems from the KX Series. A network of agencies nationwide, which targets heating technology design studios and specialist installers operating in residential and commercial air conditioning. Green Termal Systems boasts a highly skilled technical department, able to assist designers and installers in all stages of design and plant engineering, both before and after the sale. Termal.net is the channel dedicated exclusively to heating, plumbing and electrical wholesalers, selling Mitsubishi Heavy Industries-branded residential and light commercial products. The product catalogue has, in fact, been developed in accordance with applicable legislation, which limits the content of the refrigerant within the compressor. The products in the range are therefore suitable for installation by personnel who do not require a special licence, the type of installer that normally makes purchases from a wholesaler. Termal International is the exclusive distributor for Mitsubishi Heavy Industries air conditioning products in certain European countries, namely Albania, Austria, Malta, Slovenia and Switzerland. Other areas of activity The Group s constant emphasis on the environment and energy savings has given rise to its desire to explore new renewable energy sources and environmentally sustainable technologies. In 2007, Hinergy Solar Farm, which operates in photovoltaic applications in an industrial environment with the removal of asbestos cement, and Wayel, which introduces technological and innovative projects in the pedal-assisted electric bicycle technology market, were founded. 9

12 Care and respect for the environment R410A REFRIGERANT GAS All Mitsubishi Heavy Industries air conditioners use R410A refrigerant gas, a bi-component gas free of chlorofluorocarbons which, in addition to not damaging the ozone layer, ensures maximum efficiency and running economy thanks to the possibility for partial recharges. ENERGY LABEL The energy classification, mandatory according to European legislation for all units with a cooling capacity up to 12 kw, provides information on the energy consumption of the air conditioner. The units are classified according to their energy efficiency classes: from A (the most energy efficient) to G (the least energy efficient). The letter indicating the class is calculated based on the COP and EER values. A B C A B C Code Type of product Energy efficiency class: 7 classes from A to G in descending order of quality Type of air conditioner CERTIFIED QUALITY AND SAFETY Mitsubishi Heavy Industries has obtained International Standard Quality Management System ISO 9001 and ISO certification. All products come with the CE marking for access to European markets, 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). 1 0

13 Residential Residential Range 2012 COMFORT HIGH EFFICIENCY - ENERGY SAVING Monosplit Range Ultra DC Inverter Flex 13 Plus DC Inverter 24 Smart DC Inverter 26 Constant Speed 27 Multisplit Range DC Inverter Hyper 29 Combinations

14 Residential Range 2012 Mitsubishi Heavy Industries offers a wide range of Monosplit and Multisplit air conditioners able to create comfort and wellbeing in residential and light commercial environments. State-of-the-art technology and extremely high COP and EER values guarantee efficiency and versatility: both at home and at work, Mitsubishi Heavy Industries has produced air conditioners keep the air fresh and pure. Special features have also been designed to make use, installation and maintenance easier, for both indoor and outdoor units. Environmental awareness, energy saving, low noise levels and compact, modern designs complete the profile of Mitsubishi Heavy Industries Monosplit and Multisplit air conditioners: technology and wellbeing for a better tomorrow. 1 2

15 Monosplit Ultra DC Inverter Flex Range WALL SRK 20~35 ZJX-S; SRK 50~60 ZJX-S1; SRK 71~80 ZK-S Residential Wall-mounted air conditioners available in 7 different power levels (2.0 ~ 8.0 kw) Energy class A in heating and cooling (2.0 ~ 7.10 kw) Low acoustic impact: only 21 db(a) (2.0 kw) Antibacterial treatment on fan Modern, elegant design Operation in heating and cooling mode with an outdoor temperature limit of -15 C. AUTOMATIC OPENING OF FRONT PANEL HIGH ENERGY EFFICIENCY: COP 5,56 Horizontal swing promotes extraction, reducing air resistance and significant lowering the threshold of sound levels (SRK ZJX-S/S1 model). STANDARD INFRARED REMOTE CONTROL Ventilation HiPower/Econo Temperature Turning on and off with illuminated button Air Flow (up/down) Air Flow (left/right) 3D Auto Allergen Clear 1 3

16 Monosplit Ultra DC Inverter Flex Range WALL SRK 20~35 ZJX-S; SRK 50~60 ZJX-S1; SRK 71~80 ZK-S Filters SELF-CLEANING ANTI-ALLERGENIC FILTER Thanks to the combined effect of urea and natural enzymes, the anti-allergenic filter is able to neutralise the action of pollen, mites, bacteria, viruses and numerous other airborne allergens. A sophisticated self-cleaning process for the filter is activated by remote control using the Allergen Clear function. PHOTOCATALYTIC FILTER This keeps the air clean and pleasant, thanks to its double filtration and deodorisation effect. It is self-regenerating if washed in water and left to dry in the sun. Air quality WIDE AIR FLOW The new design of the louvers, with a surface area 80% larger than previous models, enables a significant increase in air volume and the time it takes for the air to be distributed in the environment. The wide air flow eliminates dead zones and improves the cooling and heating effect, ensuring comfort and wellbeing. 3D VENTILATION AND 3D AUTO This feature ensures better distribution and destratification of the treated air and can be selected in either manual or automatic mode. In manual mode, from the remote control, in addition to Swing mode (continuous motion of the louvers) there are 7 different settings for horizontal and vertical flow. The 3D AUTO system, via remote control, powers three motors: one for vertical swing and two for horizontal swing which make it possible to have three independent louver controls. Horizontal swings Swing Vertical swing Swing Spot Wide SELF CLEAN FUNCTION: AUTOMATIC SANITISATION AGAINST MOULD The heat exchanger in the indoor unit is subjected to automatic sanitisation that blocks the formation and proliferation of mould, as well as unpleasant odours this causes. The function can be selected by pressing the Clean button on the remote control and is activated at the end of the machine operating cycle. 1 4

17 Air quality ALLERGEN CLEAR SYSTEM: SANITISATION AGAINST ALLERGENS This can be activated by pressing the allergen button on the remote control and lasts 90 minutes before stopping automatically: it neutralises all the bacteria collected on the surface of the anti-allergenic filter, thanks to sophisticated interaction between the temperature and humidity controls. Residential TECHNICAL DATA Indoor Unit Model SRK 20 ZJX-S SRK 25 ZJX-S SRK 35 ZJX-S SRK 50 ZJX-S1 SRK 60 ZJX-S1 SRK 71 ZK-S SRK 80 ZK-S Outdoor Unit Model SRC 20 ZJX-S SRC 25 ZJX-S SRC 35 ZJX-S SRC 50 ZJX-S SRC 60 ZJX-S SRC 71 ZK-S SRC 80 ZK-S Type DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter Capacity 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) 6,00 (1,10~6,80) 7,10 (2,15~8,00) 8,00 (2,15~8,50) 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) 8,00 (1,60~10,00) 9,00 (1,70~10,50) Cooling kw 0,35 (0,19~0,70) 0,49 (0,19~0,82) 0,845 (0,19~1,01) 1,30 (0,20~1,80) 1,86 (0,20~2,50) 2,16 (0,54~2,80) 2,65 (0,54~3,00) Heating kw 0,45 (0,23~1,00) 0,595 (0,23~1,12) 0,96 (0,23~1,35) 1,36 (0,20~2,43) 1,67 (0,20~2,70) 2,14 (0,37~3,40) 2,55 (0,37~3,65) Power consumption EER 5,71 / A 5,20 / A 4,14 / A 3,85 / A 3,23 / A 3,29 / A 3,02 / B COP 5,56 / A 5,26 / A 4,48 / A 4,41 / A 4,07 / A 3,74 / A 3,53 / B Annual Consumption (cooling) (500h/year) kw/h 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 1-220~240V-50HZ 1-220~240V-50HZ I.U.~O.U. O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A 1,9-2,4 2,5-3,1 4,0-4,6 6,0-6,2 8,5-7,7 10,1-10,1 12,4-11,9 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4 ) - 9,52 (3/8 ) 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 15,88 (5/8") 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 10/10 20/20 20/20 20/20 20/20 Refrigerant Precharge Kg 1,20 1,20 1,20 1,50 1,50 1,80 1,80 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 -15 C~+43 C -15 C~+43 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 -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 309x890x x890x x890x x890x x890x x1098x x1098x248 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m3/h Drain hose diameter mm Remote Controller (st. equipment) type Infrared remote control Filter (st. equipment) 1x Allergen Clear Filter (st. equipment) 1x Photocatalytic Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 590x780(+62)x x780(+62)x x780(+62)x x800(+71)x x800(+71)x x880(+88)x x880(+88)x340 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m3/h Optionals Interface (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 5

18 Monosplit Ultra DC Inverter Flex Range CONSOLE PRIMARY HEATING SRF 25~50 ZJX-S/S1 Floor-standing air conditioners available in 3 different power levels (2.5 ~ 5.0 kw) Energy class A in heating and cooling Low acoustic impact: only 26 db(a) (2.5 kw) Modern, elegant design Operation in heating and cooling mode with an outdoor temperature limit of -15 C. COP 4,70 AIR OUTLET LOUVERS Automatic selection of the air outlet louvers in heating mode: the unit has two flaps, top and bottom, that distribute the air evenly, ensuring a constant temperature throughout the room. STANDARD INFRARED REMOTE CONTROL Ventilation HiPower/Econo Temperature Turning on and off with illuminated button Air Flow (up/down) 1 6

19 Filters PHOTOCATALYTIC FILTER This keeps the air clean and pleasant, thanks to its double filtration and deodorisation effect. It is selfregenerating if washed in water and left to dry in the sun. NATURAL ENZYME FILTER The sterilising natural enzyme filter does not contain chemical compounds or heavy metals. Enzyme action is local, without the risk of material being irradiated or dispersed in the environment. The enzymes attack the microorganisms present in the air, responsible for many diseases with airborne transmission, trapping them in the filter and eliminating them. Air quality SELF CLEAN FUNCTION: AUTOMATIC SANITISATION AGAINST MOULD The heat exchanger in the indoor unit is subjected to automatic sanitisation that blocks the formation and proliferation of mould, as well as unpleasant odours this causes. The function can be selected by pressing the Clean button on the remote control and is activated at the end of the machine operating cycle. Residential TECHNICAL DATA Indoor Unit Model SRF 25 ZJX-S SRF 35 ZJX-S SRF 50 ZJX-S1 Outdoor Unit Model SRC 25 ZJX-S SRC 35 ZJX-S SRC 50 ZJX-S Type DC Inverter DC Inverter DC Inverter Capacity Cooling kw 2,50 (0,90~3,20) 3,50 (0,90~4,10) 5,00 (1,10~5,20) Power consumption Heating kw 3,40 (0,90~4,70) 4,50 (0,90~5,10) 6,00 (0,60~6,90) Cooling kw 0,521 (0,19~0,82) 0,890 (0,19~1,26) 1,390 (0,20~1,70) Heating kw 0,723 (0,23~1,20) 1,124 (0,23~1,43) 1,540 (0,20~2,15) EER 4,80 / A 3,93 / A 3,60 / A COP 4,70 / A 4,00 / A 3,90 / A Annual Consumption (cooling) (500h/year) kw/h 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 2,6-3,6 4,1-5,2 6,4-7,1 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 12,7 (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 1,20 1,20 1,50 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~+43 C Temperature range heating C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 600x860x x860x x860x238 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (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 Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 590x780(+62)x x780(+62)x x800(+71)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Interface (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 RC-E5 RC-E5 SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 7

20 Monosplit Ultra DC Inverter Flex Range CEILING FDEN 40, 60VD FDEN 50VF Ceiling-mounted air conditioners available in 3 different power levels (4.0 ~ 5.6 kw) Energy class A in heating and cooling (4.0 ~ 5.0 kw) Particularly high splitting distance: 30 m Ultra-thin design: only 21 cm high with a net weight of only 28 kg (4.0 ~ 5.0 kw), ensuring quick and easy installation. Ideal for very large environments, thanks to the particularly wide air flow Operation in heating and cooling mode with an outdoor temperature limit of -15 C. EASE OF INSTALLATION Maximum flexibility: the refrigerant piping can be attached in 3 different positions (rear, top, right), as can those of the condensate drain (left, right). Top Rear Right OPTIONAL RCN-E1R INFRARED REMOTE CONTROL Ventilation Filter Temperature Turning on and off with illuminated button Mode Timer 1 8

21 TECHNICAL DATA Indoor Unit Model FDEN 40VD FDEN 50VF FDEN 60VD Outdoor Unit Model SRC 40 ZJX-S SRC 50 ZJX-S SRC 60 ZJX-S Type DC Inverter DC Inverter DC Inverter Capacity Cooling kw 4,00 (1,10~4,70) 5,00 (1,10~5,60) 5,60 (1,10~6,30) Power consumption Heating kw 4,50 (0,60~5,40) 5,40 (0,60~6,30) 6,70 (0,60~7,10) Cooling kw 1,02 1,53 1,78 Heating kw 1,1 1,46 1,87 EER 3,92 / A 3,27 / A 3,15 / B COP 4,09 / A 3,70 / A 3,58 / B Annual Consumption (cooling) (500h/year) kw/h 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 4,8-5,2 7,1-6,7 8,1-8,7 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (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 1,50 1,50 1,50 MAX Splitting without Refrigerant Precharge m Additional Refrigerant Charge 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 Dimension (HxWxD) mm 210x1070x x1070x x1320x690 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (st. equipment) type Filter (st. equipment) 2x Polypropylene filter Polypropylene filter Polypropylene filter Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 640x800(+71)x x800(+71)x x800(+71)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-E1R RCN-E1R RCN-E1R SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E Residential 1 9

22 Monosplit Ultra DC Inverter Flex Range 60X60 CASSETTE FDTC 25~60VD TC-OAD-E and TC-OAS-E ACCESSORIES FOR OUTDOOR AIR INFLOW 300 mm panel false ceiling outdoor air TC-OAD-E TECHNICAL DATA TC-OAS-E 4-way cassette air conditioners available in 5 different power levels (2.5 ~ 5.6 kw) Energy class A in heating and cooling (2.5 ~ 5.0 kw) RCN-CT-24W-ER corner kit with remote control (optional) Removable caps on the 4 corners for easy installation Operation in heating and cooling mode with an outdoor temperature limit of -15 C. Ideal for use on low and modular ceilings Condensate drain pump as standard Ultra-compact model: only 24.8 cm for building into false ceilings Indoor Unit Model FDTC 25VD FDTC 35VD FDTC 40VD FDTC 50VD FDTC 60VD Outdoor Unit Model SRC 25 ZJX-S SRC 35 ZJX-S SRC 40 ZJX-S SRC 50 ZJX-S SRC 60 ZJX-S Type DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter Capacity 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 consumption 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) Cooling kw 0,60 1,07 1,04 1,56 1,99 Heating kw 0,84 1,16 1,10 1,45 2,07 EER 4,25 / A 3,36 / A 3,85 / A 3,21 / A 2,81 / C COP 4,11 / A 3,66 / A 4,09 / A 3,72 / A 3,24 / C Annual Consumption (cooling) (500h/year) kw/h 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 3-4,1 4,9-5,3 4,9-5,2 7,2-6,7 9,1-9,6 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (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 1,20 1,20 1,50 1,50 1,50 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~+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 Dimension (HxWxD) mm 248x570x x570x x570x x570x x570x570 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (st. equipment) type Filter (st. equipment) 1x Polypropylene filter Polypropylene filter Polypropylene filter Polypropylene filter Polypropylene filter Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 590x780(+62)x x780(+62)x x800(+71)x x800(+71)x x800(+71)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Accessorieses Panel TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E Dimension (WxHxD) mm 35x700x700 35x700x700 35x700x700 35x700x700 35x700x700 Net weight Kg 3,5 3,5 3,5 3,5 3,5 Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 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 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 2 0

23 Monosplit Ultra DC Inverter Flex Range 84X84 CASSETTE FDT 40~60VD Residential 4-way cassette air conditioners available in 3 different power levels (4.0 ~ 5.6 kw) Energy class A in heating and cooling RCN-T-36W-E corner kit with remote control (optional) Removable caps on the 4 corners for easy installation Particularly high splitting distance: 30 m Easy condensate drain pan control Operation in heating and cooling mode with an outdoor temperature limit of -15 C. Condensate drain pump as standard TECHNICAL DATA Indoor Unit Model FDT 40VD FDT 50VD FDT 60VD Outdoor Unit Model SRC 40 ZJX-S SRC 50 ZJX-S SRC 60 ZJX-S Type DC Inverter DC Inverter DC Inverter Capacity Cooling kw 4,00 (1,10~4,70) 5,00 (1,10~5,60) 5,60 (1,10~6,30) Power consumption Heating kw 4,50 (0,60~5,40) 5,40 (0,60~6,30) 6,70 (0,60~7,10) Cooling kw 0,93 1,29 1,52 Heating kw 1,06 1,29 1,70 EER 4,30 / A 3,88 / A 3,68 / A COP 4,25 / A 4,19 / A 3,94 / A Annual Consumption (cooling) (500h/year) kw/h 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 4,4-5,1 6,0-6,0 6,9-7,9 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (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 1,50 1,50 1,50 MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m MAX Splitting without Refrigerant Precharge C -15 C~+43 C -15 C~+43 C -15 C~+43 C Additional Refrigerant Charge C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 246x840x x840x x840x840 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (st. equipment) type Filter (st. equipment) 1x Polypropylene filter Polypropylene filter Polypropylene filter Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 640x800(+71)x x800(+71)x x800(+71)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Accessorieses Panel T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E Dimension (WxHxD) mm 35x950x950 35x950x950 35x950x950 Net weight Kg 5,5 5,5 5,5 Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 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 Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 2 1

24 Monosplit Ultra DC Inverter Flex Range LOW HEAD DUCTED SRR 25~35 ZJ-S Ducted air conditioners with low head available in 2 different power levels (2.5 ~ 3.5 kw) Compact size: only 23 cm high Operation in heating and cooling mode with an outdoor temperature limit of -15 C. Standard infrared remote control OPTIONAL ACCESSORIES RDU 12E RTS 12 RFJ 22 RBF 12 TECHNICAL DATA Condensate drain pump Recovery grille from below Ready for attachment of ducts (ø 160 mm) Rear filter Indoor Unit Model SRR 25 ZJ-S SRR 35 ZJ-S Outdoor Unit Model SRC 25 ZJX-S SRC 35 ZJX-S Outdoor Unit Model DC Inverter DC Inverter Capacity Cooling kw 2,50 (0,90~3,20) 3,50 (0,90~4,10) Power consumption Heating kw 3,40 (0,90~4,70) 4,20 (0,90~5,10) Cooling kw 0,58 (0,19 ~ 0,82) 1,08 (0,19 ~ 1,26) Heating kw 0,75 (0,23 ~ 1,20) 1,10 (0,23 ~ 1,43) EER 4,31 / A 3,24 / A COP 4,53 / A 3,82 / A Annual Consumption (cooling) (500h/year) kw/h 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 2,9-3,7 5,0-5,1 Wiring cables i.u./o.u. (without ground) n 3 3 Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (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 1,20 1,20 MAX Splitting without Refrigerant Precharge m Additional Refrigerant Charge 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 Dimension (HxWxD) mm 230x740x x740x455 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Available static pressure Pa Drain hose diameter mm Remote Controller (st. equipment) type Infrared remote control Infrared remote control Filter (st. equipment) Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 590x780(+62)x x780(+62)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Interface (optional) SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 RC-E5 SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E Recovery filter (optional) RBF 12 RBF 12 Recovery grille from below (optional) RTS 12 RTS 12 2-way ducts (optional) RFJ 22 RFJ 22 Drain pump (optional) RDU 12E RDU 12E 2 2

25 Monosplit Ultra DC Inverter Flex Range MEDIUM HEAD DUCTED FDUM 50~60VF Residential FDUM 50VF FDUM 60VF Ducted air conditioners with medium head available in 2 different power levels (5.0 ~ 5.6 kw) Energy class A in heating and cooling Particularly high splitting distance: 30 m Ultra-compact design: only 28 cm high Operation in heating and cooling mode with an outdoor temperature limit of -15 C. Condensate drain pump as standard Optional UM-FL1EF (FDUM 50VF) and UM-FL2EF (FDUM 60VF) filter kit Ideal for air conditioning in small and medium environments ESP function automatic maintenance of the air flow rate as flow resistance varies TECHNICAL DATA Indoor Unit Model FDUM 50VF FDUM 60VF Outdoor Unit Model SRC 50 ZJX-S SRC 60 ZJX-S Type DC Inverter DC Inverter Capacity Cooling kw 5,00 (2,20~5,60) 5,60 (2,80~6,30) Heating Heating kw 5,40 (0,60~6,30) 6,70 (0,60~7,10) Cooling kw 1,38 1,54 Heating kw 1,45 1,75 EER 3,62 / A 3,64 / A COP 3,72 / A 3,83 / A Annual Consumption (cooling) (500h/year) kw/h 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 6,3-6,6 6,8-7,8 Wiring cables i.u./o.u. (without ground) n 3 3 Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (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 Refrigerant Precharge Kg 1,50 1,50 MAX Splitting without Refrigerant Precharge m Additional Refrigerant Charge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C Temperature range heating C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 280x750x x950x635 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Available static pressure Pa Standard 35 - Max 100 Standard 35 - Max 100 Drain hose diameter mm Remote Controller (st. equipment) type - - Filter (st. equipment) Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 640x800(+71)x x800(+71)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-KIT3-E RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E Filter KIT (optional) 1x UM-FL1EF UM-FL2EF 2 3

26 Monosplit Plus DC Inverter WALL SRK 20~50 ZJ-S Wall-mounted air conditioners available in 4 different power levels (2.0 ~ 5.0 kw) Energy class A in heating and cooling Low acoustic impact: only 21 db(a) (2.0 ~ 2.5 kw) Antibacterial treatment on fan Particularly high splitting distance: 25 m (5.0 kw) Modern, elegant design Operation in heating and cooling mode with an outdoor temperature limit of -15 C. Filters SELF-CLEANING ANTI-ALLERGENIC FILTER Thanks to the combined effect of urea and natural enzymes, the antiallergenic filter is able to neutralise the action of pollen, mites, bacteria, viruses and numerous other airborne allergens. A sophisticated self-cleaning process for the filter is activated by remote control using the Allergen Clear function. PHOTOCATALYTIC FILTER This keeps the air clean and pleasant, thanks to its double filtration and deodorisation effect. It is selfregenerating if washed in water and left to dry in the sun. STANDARD INFRARED REMOTE CONTROL Ventilation HiPower/Econo Temperature Turning on and off with illuminated button Air Flow (up/down) Air Flow (left/right) 3D Auto Allergen Clear 2 4

27 Air quality 3D AND 3D AUTO VENTILATION This feature ensures better distribution and de-stratification of the treated air and can be selected in either manual or automatic mode. In manual mode, from the remote control, in addition to Swing mode (continuous motion of the louvers) there are 7 different settings for horizontal and vertical flow. The 3D AUTO system, via remote control, powers three motors: one for vertical swing and two for horizontal swing which make it possible to have three independent louver controls. Orizzontal swing Vertical swing Swing Residential Swing Spot Wide ALLERGEN CLEAR SYSTEM: SANITISATION AGAINST ALLERGENS This can be activated by pressing the allergen button on the remote control and lasts 90 minutes before stopping automatically: it neutralises all the bacteria collected on the surface of the anti-allergenic filter, thanks to sophisticated interaction between the temperature and humidity controls. TECHNICAL DATA Indoor Unit Model SRK 20 ZJ-S SRK 25 ZJ-S SRK 35 ZJ-S SRK 50 ZJ-S Outdoor Unit Model SRC 20 ZJ-S SRC 25 ZJ-S SRC 35 ZJ-S SRC 50 ZJ-S Type DC Inverter DC Inverter DC Inverter DC Inverter Capacity 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 consumption 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) 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) 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) EER 4,55 / A 4,03 / A 3,47 / A 3,23 / A COP 4,35 / A 4,00 / A 4,00 / A 3,65 / A Annual Consumption (cooling) (500h/year) kw/h 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 2,5-3,2 3,2-4,0 4,9-4,9 7,1-7,3 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 12,7 (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 0,75 0,75 1,05 1,35 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 -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 Dimension (HxWxD) mm 294x798x x798x x798x x798x229 Net weight Kg 9,5 9,5 9,5 9,5 Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (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 Dimension (HxWxD) mm 540x780(+62)x x780(+62)x x780(+62)x x800(+71)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Interface (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 2 5

28 Monosplit Smart DC Inverter Range WALL SRK 25~50 ZJP-S Standard infrared remote control Wall-mounted air conditioners available in 3 different power levels (2.5 ~ 5.0 kw) Energy class A in heating and cooling Low acoustic impact: only 22 db(a) (2.5 kw) Antibacterial treatment on fan Particularly high splitting distance: 25 m (5.0 kw) Modern, elegant design Operation in heating mode with an outdoor temperature limit of -15 C. TECHNICAL DATA Indoor Unit Model SRK 25 ZJP-S SRK 35 ZJP-S SRK 50 ZJP-S Outdoor Unit Model SRC 25 ZJP-S SRC 35 ZJP-S SRC 50 ZJP-S Type DC Inverter DC Inverter DC Inverter Capacity Cooling kw 2,50 (1,00~2,70) 3,50 (1,00~3,70) 5,00 (1,60~5,50) Power consumption Heating kw 3,20 (1,20~4,20) 4,00 (1,30~4,80) 5,80 (1,60~6,60) Cooling kw 0,71 (0,21~0,88) 1,06 (0,21~1,24) 1,56 (0,40~2,20) Heating kw 0,86 (0,27~1,46) 1,09 (0,29~1,58) 1,60 (0,42~2,10) EER 3,52 / A 3,30 / A 3,21 / A COP 3,72 / A 3,67 / A 3,63 / A Annual Consumption (cooling) (500h/year) kw/h Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U.~O.U. I.U. I.U. I.U. Input Rated Current (Cooling - Heating) A 3,6-4,2 5,1-5,2 7,2-7,3 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 12,7 (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 15/15 Refrigerant Precharge Kg 0,75 1,05 1,35 MAX Splitting without Refrigerant Precharge m Additional Refrigerant Charge g/m Additional Refrigerant Charge C +21 C~+46 C +21 C~+46 C +21 C~+46 C Temperature range cooling C -15 C~+21 C -15 C~+21 C -15 C~+21 C Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 268x790x x790x x790x224 Net weight Kg 8,5 8,5 8,5 Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) 1x Polypropylene filter Polypropylene filter Polypropylene filter Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 540x780(+62)x x780(+62)x x800(+71)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Interface (optional) Wired remote control (optional) SUPERLINK Interface (optional)

29 Monosplit Constant Speed Range WALL SRK 20~40 HG-S Residential Wall-mounted air conditioners available in 3 different power levels (2.07 ~ 3.6 kw) Energy class A in heating and cooling (2.07 ~ 2.6 kw) Particularly high splitting distance: 15 m Photocatalytic filter Anti-allergenic filter Antibacterial treatment on fan Operation in heating mode with an outdoor temperature limit of -5 C. TECHNICAL DATA Standard infrared remote control Indoor Unit Model SRK 20 HG-S SRK 28 HG-S SRK 40 HG-S Outdoor Unit Model SRC 20 HG-S SRC 28 HG-S SRC 40 HG-S Type Constant speed Constant speed Constant speed Capacity Cooling kw 2,07 2,60 3,60 Power consumption Heating kw 2,22 2,80 3,92 Cooling kw 0,64 0,81 1,12 Heating kw 0,61 0,77 1,15 EER 3,23 / A 3,21 / A 3,21 / A COP 3,64 / A 3,64 / A 3,41 / B Annual Consumption (cooling) (500h/year) kw/h Power supply Ph-V-Hz 1-220~240V-50HZ 1-220~240V-50HZ 1-220~240V-50HZ I.U. ~ O.U. I.U. I.U. I.U. Input Rated Current (Cooling - Heating) A 3,1-3,0 3,8-3,7 5,3-5,4 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 12,7 (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 Refrigerant Precharge Kg 0,95 0,85 1,15 MAX Splitting without Refrigerant Precharge m Additional Refrigerant Charge g/m Temperature range cooling C +21 C~+43 C +21 C~+43 C +21 C~+43 C Temperature range heating C -5 C~+21 C -5 C~+21 C -5 C~+21 C Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 268x790x x790x x790x199 Net weight Kg 8,5 8,5 8,5 Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (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 Outdoor unit specifications Outdoor Unit Dimension (HxWxD) mm 540x780(+62)x x780(+62)x x780(+62)x290 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Interface (optional) Wired remote control (optional) SUPERLINK Interface (optional)

30 2 8

31 Multisplit DC Inverter Hyper Range Residential The Multi DC Inverter Hyper range is the innovative Multisplit systems from Mitsubishi Heavy Industries that offers the perfect answer for total comfort for air conditioning in several environments. A single outdoor unit can air condition up to 6 different rooms, combining compact and elegant indoor units that fit well into any type of indoor environment. The whole range is characterised by high flexibility, high energy efficiency and extremely low noise levels. COMPATIBILITY CHART INDOOR UNITS SCM OUTDOOR UNITS 40 ZJ-S 45 ZJ-S 50 ZJ-S 60 ZJ-S 71 ZJ-S 80 ZJ-S 100 ZJ-S1 125 ZJ-S1 SRK 20 ZJX-S SRK 25 ZJX-S SRK 35 ZJX-S SRK 50 ZJX-S1 SRK 60 ZJX-S1 SRK 71 ZK-S SRK 20 ZJ-S SRK 25 ZJ-S SRK 35 ZJ-S SRK 50 ZJ-S SRF 25 ZJX-S SRF 35 ZJX-S SRF 50 ZJX-S FDEN 50VF FDTC 25VD FDTC 35VD FDTC 50VD FDTC 60VD SRR 25 ZJ-S SRR 35 ZJ-S SRR 50 ZJ-S SRR 60 ZJ-S FDUM 50VF 2 9

32 Multisplit DC Inverter Hyper Range OUTDOOR UNITS Wide range of different capacities and number of connectable indoor units Powerful, efficient and silent outdoor units, available in 8 power levels and able to combine up to 6 indoor units chosen from the Monosplit Ultra DC Inverter Flex and Plus DC Inverter ranges. SCM 40~45 ZJ-S SCM 50~60 ZJ-S SCM 71~80 ZJ-S SCM 100~125 ZJ-S1 Power levels 4,0 kw 4,5 kw 5,0 kw 6,0 kw 7,1 kw 8,0 kw 10,0 kw 12,5 kw Number of connectable units from 2 to 2 from 2 to 2 from 2 to 3 from 2 to 3 from 2 to 4 from 2 to 4 from 4* to 5 from 4* to 6 * ONLY when combined with SRK ZJX-S, SRK 71 ZK-S and FDEN 50 VF models are 3 indoor units only permissible. ONLY when combined with SRK 71 ZK-S + SRK 71 ZK-S models are 2 indoor units. INSTALLATION FLEXIBILITY The height difference between the pipes may reach 25 m and the total length 90 m, allowing a wide choice of installation sites and making installation simple, fast and economical. The outdoor unit is extremely compact, minimising the space it takes up on a terrace, roof or in the garden. ENERGY SAVING COP 5,00 All models have very high COP values, thanks to the application of inverter technology, which makes it possible to vary the power output according to demand for cooling or heating. This makes it possible to reach the set temperature more quickly and to keep it stable over time, saving of about 30% in consumption compared to traditional fixed speed air conditioners. MADE-TO-MEASURE COMFORT Thanks to the application of the Twin Rotary compressor, the outdoor units are characterised by a very low noise level [only 39 db(a) for 4.0 and 4.5 kw models]. All the units also operate in heating and cooling mode with an outdoor temperature limit of -15 C. 90 METRES: RECORD LENGTH OF COOLING PIPES FOR MULTI-RESIDENTIAL APPLICATIONS A = Height difference: O.U./I.U. 20 m. B = Height difference: O.U./I.U. 20 m. C = Height difference: I.U./I.U. 25 m. Total Length (entire system): 90 m Maximum length for an I.U. = 25 m. C B SCM 100 ZJ-S1 C B SCM 125 ZJ-S1 A A 3 0

33 INDOOR UNITS A wide range of indoor units, with different types and power levels The indoor units are available in 7 types - wall, console, 60x60 cassette, ceiling and ducted with low and medium head - and in 6 different power levels: a total of 23 models that meet the needs of residential, high residential and light commercial environments perfectly. Residential WALL WALL CONSOLE SRK 20 ZJX-S SRK 25 ZJX-S SRK 35 ZJX-S SRK 50 ZJX-S1 SRK 60 ZJX-S1 SRK 71 ZK-S SRK 20 ZJ-S SRK 25 ZJ-S SRK 35 ZJ-S SRK 50 ZJ-S SRF 25 ZJX-S SRF 35 ZJX-S SRF 50 ZJX-S1 LOW HEAD DUCTED 60X60 CASSETTE CEILING SRR 25 ZJ-S SRR 35 ZJ-S SRR 50 ZJ-S SRR 60 ZJ-S MEDIUM HEAD DUCTED FDTC 25VD FDTC 35VD FDTC 50VD FDTC 60VD FDEN 50VF FDUM 50VF 3 1

34 Multisplit DC Inverter Hyper Range WALL SRK 20~35 ZJX-S SRK 50~60 ZJX-S1; SRK 71 ZK-S SRK 20~50 ZJ-S Wall-mounted air conditioners available in 10 different power levels: 5 for the ZJX-S/S1 series (2.0 ~ 6.0 kw), 4 for the ZJ-S series (2.0 ~ 5.0 kw) and 1 for the ZK-S series (7.1 kw) Low acoustic impact: only 21 db(a) (20 ZJX-S and 20~25 ZJ-S) Antibacterial treatment on fan Indoor units from the Monosplit Ultra DC Inverter Flex (ZJX-S/S1, ZK-S) and Monosplit Plus DC Inverter (ZJ-S) ranges AUTOMATIC OPENING OF THE FRONT PANEL The horizontal swing promotes extraction, reducing air resistance and significant lowering the threshold of sound levels (SRK ZJX-S/S1 model). Filters ANTI-ALLERGENIC FILTER Thanks to the combined effect of urea and natural enzymes, the antiallergenic filter is able to neutralise the action of pollen, mites, bacteria, viruses and numerous other airborne allergens. PHOTOCATALYTIC FILTER This keeps the air clean and pleasant, thanks to its double filtration and deodorisation effect. It is selfregenerating if washed in water and left to dry in the sun. 3 2

35 Air quality WIDE AIR FLOW The new design of the louvers, with a surface area 80% larger than previous models, enables a significant increase in air volume and the time it takes for the air to be distributed in the environment. The wide air flow eliminates dead zones and improves the cooling and heating effect, ensuring comfort and wellbeing. 3D AND 3D AUTO VENTILATION This feature ensures better distribution and de-stratification of the treated air and can be selected in either manual or automatic mode. In manual mode, from the remote control, in addition to Swing mode (continuous motion of the louvers) there are 7 different settings for horizontal and vertical flow. The 3D AUTO system, via remote control, powers three motors: one for vertical swing and two for horizontal swing which make it possible to have three independent louver controls. The 3D system is in manual mode for ZK-S models only. SELF CLEAN FUNCTION: AUTOMATIC SANITISATION AGAINST MOULD The heat exchanger in the indoor unit is subjected to automatic sanitisation that blocks the formation and proliferation of mould, as well as unpleasant odours this causes. The function can be selected by pressing the Clean button on the remote control and is activated at the end of the machine operating cycle. Residential Vertical swing Swing Horizontal swing Swing Spot Wide TECHNICAL DATA Standard infrared remote control Model SRK 20 ZJX-S SRK 25 ZJX-S SRK 35 ZJX-S SRK 50 ZJX-S1 SRK 60 ZJX-S1 SRK 71 ZK-S SRK 20 ZJ-S SRK 25 ZJ-S SRK 35 ZJ-S SRK 50 ZJ-S Type DC Inverter Capacity Cooling Heating kw kw 2,00 3,00 2,50 3,40 3,50 4,50 5,00 6,00 6,00 6,80 7,10 8,00 2,00 3,00 2,50 3,40 3,50 4,50 5,00 5,80 Power supply Ph-V-Hz 1-220~230V-50HZ I.U. ~ O.U. O.U. Wiring cables i.u./o.u. (without ground) n 3 Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") - 6,35 (1/4") 12,7 (1/2") 6,35 (1/4") - 15,88 (5/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/2") (1/4") - 12,7 Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 309x890x x1098x x798x x798x229 Net weight Kg 15 9,5 Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm 16 Remote Controller (st. equipment) type Infrared remote control Filter (st. equipment) 1x Allergen Clear Filter (st. equipment) 1x Photocatalytic Optionals Interface (optional) SC-BIKN-E Wired remote control (optional) RC-E5 SUPERLINK Interface (optional) SC-ADNA-E 3 3

36 Multisplit DC Inverter Hyper Range CONSOLE PRIMARY HEATING SRF 25~50 ZJX-S/S1 Floor-standing air conditioners available in 3 different power levels (2.5 ~ 5.0 kw) Low acoustic impact: only 26 db(a) (2.5 kw) Modern, elegant design Indoor units from the Monosplit Ultra DC Inverter Flex range AIR OUTLET LOUVERS Automatic selection of the air outlet louvers in heating mode: the unit has two flaps, top and bottom, that distribute the air evenly, ensuring a constant temperature throughout the room. STANDARD INFRARED REMOTE CONTROL Ventilation HiPower/Econo Temperature Turning on and off with illuminated button Air Flow (up/down) 3 4

37 Filters PHOTOCATALYTIC FILTER This keeps the air clean and pleasant, thanks to its double filtration and deodorisation effect. It is self-regenerating if washed in water and left to dry in the sun. NATURAL ENZYME FILTER The sterilising natural enzyme filter does not contain chemical compounds or heavy metals. Enzyme action is local, without the risk of material being irradiated or dispersed in the environment. The enzymes attack the microorganisms present in the air, responsible for many diseases with airborne transmission, trapping them in the filter and eliminating them. Residential Air quality SELF CLEAN FUNCTION: AUTOMATIC SANITISATION AGAINST MOULD The heat exchanger in the indoor unit is subjected to automatic sanitisation that blocks the formation and proliferation of mould, as well as unpleasant odours this causes. The function can be selected by pressing the Clean button on the remote control and is activated at the end of the machine operating cycle. TECHNICAL DATA Model SRF 25 ZJX-S SRF 35 ZJX-S SRF 50 ZJX-S1 Type DC Inverter DC Inverter DC Inverter Capacity Cooling Heating kw kw 2,50 3,40 3,50 4,50 5,00 6,00 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) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 12,7 (1/2") Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 600x860x x860x x860x238 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (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 (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 RC-E5 RC-E5 SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E 3 5

38 Multisplit DC Inverter Hyper Range 60X60 CASSETTE FDTC 25~60VD 4-way cassette air conditioners available in 4 different power levels (2.5 ~ 6.0 kw) RCN-CT-24W-ER corner kit with remote control (optional) Removable caps on the 4 corners for easy installation Ideal for use on low and modular ceilings Condensate drain pump as standard TC-OAD-E and TC-OAS-E ACCESSORIES FOR OUTDOOR AIR INFLOW Ultra-compact model: only 24.8 cm for building into false ceilings Indoor units from the Monosplit Ultra DC Inverter Flex range VALUES FOR 1 CHANNEL Air flow: 1,3 m 3 /min (78 m 3 /h) (10% ca. about max air flow) Static Pressure: 12 Pa (at max air flow) Notes: 1 channel = about 10% of total unit air flow; 2 channels = about 20% of total FDTC air flow. 300 mm panel TECHNICAL DATA false ceiling outdoor air TC-OAD-E TC-OAS-E Model FDTC 25VD FDTC 35VD FDTC 50VD FDTC 60VD Type DC Inverter DC Inverter DC Inverter DC Inverter Capacity Cooling Heating kw kw 2,50 3,40 3,50 4,50 5,00 5,80 6,00 6,80 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) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (1/2") Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 248x570x x570x x570x x570x570 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Remote Controller (st. equipment) type Filter (st. equipment) 1x Polypropylene filter Polypropylene filter Polypropylene filter Polypropylene filter Accessorieses Panel TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E TC-PSA-25W-E Dimension (WxHxD) mm 35x700x700 35x700x700 35x700x700 35x700x700 Panel data Net weight Kg 3,5 3,5 3,5 3,5 Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) 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 SUPERLINK Interface (optional) 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 Outdoor air intake duct (Optional) TC-OAD-E TC-OAD-E TC-OAD-E TC-OAD-E 3 6

39 Multisplit DC Inverter Hyper Range CEILING FDEN 50VF Residential Ceiling-mounted air conditioners available in 1 power level (5.0 kw) Ideal for very large environments, thanks to the particularly wide air flow Ultra-thin design: only 21 cm high and net weight of 28 kg Indoor units from the Monosplit Ultra DC Inverter Flex range EASE OF INSTALLATION Maximum flexibility: the refrigerant piping can be attached in 3 different positions (rear, top, right), as can that of the condensate drain (left, right). Top Rear TECHNICAL DATA Right Model FDEN 50VF* Type DC Inverter Capacity Cooling Heating kw kw 5,00 5,40 Power supply Ph-V-Hz 1-220~240V-50HZ I.U. ~ O.U. O.U. Wiring cables i.u./o.u. (without ground) n 3 Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 12,7 (1/2") Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 210x1070x690 Net weight Kg 28 Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm 20 Remote Controller (st. equipment) type - Filter (st. equipment) 2x Polypropylene filter Optionals Wired remote control (optional) Basic wired remote control (optional) IR (KIT) - (optional) SUPERLINK Interface (optional) *Only with ZJ-S1 O.U. RC-E5 RCH-E3 RCN-E1R SC-ADNA-E 3 7

40 Multisplit DC Inverter Hyper Range LOW HEAD DUCTED SRR 25~60 ZJ-S Ducted air conditioners available in 4 different power levels (2.5 ~ 6.0 kw) Compact size: only 23 cm high The 2.5 and 3.5 kw units belong to the Monosplit Ultra DC Inverter Flex range OPTIONAL ACCESSORIES RDU 12E RTS 12 RFJ 22 RBF 12 Condensate drain pump Recovery grille from below Ready for attachment of ducts (ø 160 mm) Rear filter TECHNICAL DATA Standard infrared remote control Model SRR 25 ZJ-S SRR 35 ZJ-S SRR 50 ZJ-S SRR 60 ZJ-S Type DC Inverter DC Inverter DC Inverter DC Inverter Capacity Cooling Heating kw kw 2,50 3,40 3,50 4,50 5,00 5,80 6,00 6,80 Power consumption 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) n Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 9,52 (3/8") 6,35 (1/4") - 12,7 (1/2") 6,35 (1/4") - 12,7 (1/2") Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 230x740x x740x x740x x740x455 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Available static pressure Pa Drain hose diameter mm Remote Controller (st. equipment) type Infrared remote control Infrared remote control Infrared remote control Infrared remote control Filter (st. equipment) Optionals Interface (optional) SC-BIKN-E SC-BIKN-E SC-BIKN-E SC-BIKN-E Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Recovery filter (optional) RBF 12 RBF 12 RBF 12 RBF 12 Recovery grille from below (optional) RTS 12 RTS 12 RTS 12 RTS 12 2-way ducts (optional) RFJ 22 RFJ 22 RFJ 22 RFJ 22 Drain pump (optional) RDU 12E RDU 12E RDU 12E RDU 12E 3 8

41 Multisplit DC Inverter Hyper Range MEDIUM HEAD DUCTED FDUM 50VF Residential Ducted air conditioner available in 1 power level (5.0 kw) Ideal for air conditioning in small and medium environments Ultra-compact model: only 28 cm high, for installation in particularly low false ceilings Condensate drain pump as standard ESP function automatic maintenance of the air flow rate as flow resistance varies Indoor unit from the Monosplit Ultra DC Inverter Flex range STANDARD CONDENSATE DRAIN PUMP (60 cm) The condensate can be drained at 60 cm from the base of the unit, ensuring greater freedom in laying the piping. Flexible hose less than 60 cm TECHNICAL DATA Model FDUM 50VF* Type DC Inverter Capacity Cooling Heating kw kw 5,00 5,80 Power consumption Ph-V-Hz 1-220~240V-50HZ I.U. ~ O.U. O.U. Wiring cables i.u./o.u. (without ground) n 3 Refrigerant Pipe Liquid/Gas side mm (inch.) 6,35 (1/4") - 12,7 (1/2") Indoor unit specifications Indoor Unit Dimension (HxWxD) mm 280x750x635 Net weight Kg 29 Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m3/h Available static pressure Pa Standard 35 - Max 100 Drain hose diameter mm 20 Remote Controller (st. equipment) type - Filter (st. equipment) - - Optionals Interface (optional) RC-E5 Wired remote control (optional) RCH-E3 IR (KIT) - (optional) RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E Filter KIT (optional) 1x UM-FL1EF *Only with ZJ-S1 O.U. 3 9

42 Multisplit DC Inverter Hyper Range OUTDOOR UNITS SCM 40~45 ZJ-S SCM 50~60 ZJ-S SCM 71~80 ZJ-S SCM 100~125 ZJ-S1 Outdoor units available in 8 power levels (4.0 ~ 12.5 kw), from 2 to 6 rooms Low acoustic impact: only 39 db(a) (4.0 ~ 4.5 kw) Operation in heating and cooling mode with an outdoor temperature limit of -15 C. TECHNICAL DATA Model SCM 40 ZJ-S SCM 45 ZJ-S SCM 50 ZJ-S SCM 60 ZJ-S SCM 71 ZJ-S SCM 80 ZJ-S SCM 100 ZJ-S1 SCM 125 ZJ-S1 Type DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter DC Inverter Indoor unit connectable (Min.-Max.) n *-5 4*-6 Capacity 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) 10,00 (1,80~12,00) 12,50 (1,80~14,00) Power Input 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) 12,00 (1,50~13,50) 13,50 (1,50~14,00) 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) 3,80 (0,65~4,80) Heating kw 0,90 (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) 3,23 (0,70~3,42) EER / Energy label 4,76 / A 4,33 / A 4,63 / A 4,20 / A 4,08 / A 3,70 / A 3,50/A 3,28/A COP / Energy label 5,00 / A 4,67 / A 4,58 / A 4,50 / A 4,30 / A 4,12 / A 4,10/A 4,17/A Annual Consumption (cooling) (500h/year) kw/h Power supply Ph-V-Hz 1-220~230V-50HZ I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. O.U. O.U. Running current (cool./heat.) A 3,9-4,1 4,8-5,5 5,0-6,0 6,8-7,1 8,0-9,2 9,90-10,4 13,0-13,3 17,3-17,7 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 2x6,35 (1/4") - 2x9,52 (3/8") 3x6,35 (1/4") - 3x9,52 (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") Total Piping Length m Max splitting level difference (out.-ind./ind.-out.) m 15/15 15/15 15/15 15/15 20/20 20/20 20/20 20/20 Refrigerant Precharge Kg 2 2 2,5 2,5 3,15 3, MAX Splitting without Refrigerant Precharge m Additional Refrigerant 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 Dimension (HxWxD) mm 640x850(+65)x x880(+73)x x970(+73)x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h * In combination with SRK ZJX-S, SRK 71 ZK-S, FDEN 50 VF models only, is also allowed a minimum of only 3 indoor units. * In combination with SRK 71 ZK-S + SRK 71 ZK-S models only, is also allowed a minimum of only 2 indoor units. Pipes connections SCM 40 ZJ-S SCM 45 ZJ-S SCM 50 ZJ-S SCM 60 ZJ-S SCM 71 ZJ-S SCM 80 ZJ-S SCM 100 ZJ-S1 SCM 125 ZJ-S1 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 Level difference Lowest outdoor unit s installation point 15 m 15 m 15 m 15 m 20 m 20 m 20 m 20 m Highest outdoor unit s installation point 15 m 15 m 15 m 15 m 20 m 20 m 20 m 20 m Max height difference among indoor units 25 m 25 m 25 m 25 m 25 m 25 m 25 m 25 m Max Splitting without Refrigerant Precharge 30 m 30 m 40 m 40 m 40 m 40 m 50 m 50 m 4 0

43 Combinations SCM 40 ZJ-S Multisplit DC Inverter Hyper with SRK ZJX-S/S1 I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Yearly Room cooling capacity Total capacity Class consumption min. std. max. std. Combination A B min. std. max. kw/h 20 2,0-1,8 2,0 2, ,77 A ,5-1,8 2,5 3, ,73 A ,5-1,8 3,5 3, ,61 A ,00 2,00 3,0 4,0 5, ,76 A ,00 2,50 3,0 4,5 5, ,33 A ,89 3,31 3,0 5,2 5, ,64 A ,50 2,50 3,0 5,0 5, ,91 A ,17 3,03 3,0 5,2 5, ,64 A 715 Residential HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B min. std. max. kw/h 20 3,0-1,4 3,0 3, ,00 A ,4-1,4 3,4 4, ,70 A ,5-1,4 4,5 5, ,72 A ,25 2,25 2,0 4,5 6, ,00 A ,49 3,11 2,0 5,6 6, ,67 A ,11 3,69 2,0 5,8 6, ,50 A ,90 2,90 2,0 5,8 6, ,50 A ,42 3,38 2,0 5,8 6, ,50 A 645 with SRK ZJ-S, FDTC, SRR, SRF I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Yearly Room cooling capacity Total capacity Class consumption min. std. max. std. Combination A B min. std. max. kw/h 20 2,0-1,8 2,0 2, ,57 A ,5-1,8 2,5 3, ,52 A ,5-1,8 3,5 3, ,40 A ,00 2,00 3,0 4,0 5, ,55 A ,00 2,50 3,0 4,5 5, ,13 A ,89 3,31 3,0 5,2 5, ,47 A ,50 2,50 3,0 5,0 5, ,73 A ,17 3,03 3,0 5,2 5, ,47 A 750 HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B min. std. max. kw/h 20 3,0-1,4 3,0 3, ,33 C ,4-1,4 3,4 4, ,18 D ,5-1,4 4,5 4, ,36 C ,25 2,25 2,0 4,5 6, ,84 A ,49 3,11 2,0 5,6 6, ,52 A ,11 3,69 2,0 5,8 6, ,36 A ,90 2,90 2,0 5,8 6, ,36 A ,42 3,38 2,0 5,8 6, ,36 A 665 SCM 45 ZJ-S with SRK ZJX-S/S1 I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Yearly Room cooling capacity Total capacity Class consumption min. std. max. std. Combination A B min. std. max. kw/h 20 2,0-1,8 2,0 2, ,77 A ,5-1,8 2,5 3, ,73 A ,5-1,8 3,5 3, ,61 A ,00 2,00 3,0 4,0 5, ,76 A ,00 2,50 3,0 4,5 5, ,33 A ,00 3,50 3,0 5,5 6, ,69 A ,50 2,50 3,0 5,0 6, ,91 A ,42 3,38 3,0 5,8 6, ,33 A ,90 2,90 3,0 5,8 6, ,33 A

44 Combinations Multisplit DC Inverter Hyper HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B min. std. max. kw/h 20 3,0-1,4 3,0 3, ,00 A ,4-1,4 3,4 4, ,70 A ,5-1,4 4,5 5, ,72 A ,25 2,25 2,0 4,5 7, ,00 A ,49 3,11 2,0 5,6 7, ,67 A ,36 4,14 2,0 6,5 7, ,33 A ,25 3,25 2,0 6,5 7, ,33 A ,71 3,79 2,0 6,5 7, ,33 A ,25 3,25 2,0 6,5 7, ,33 A 750 with SRK ZJ-S, FDTC, SRR, SRF I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Yearly Room cooling capacity Total capacity Class consumption min. std. max. std. Combination A B min. std. max. kw/h 20 2,0-1,8 2,0 2, ,57 A ,5-1,8 2,5 3, ,52 A ,5-1,8 3,5 3, ,40 A ,00 2,00 3,0 4,0 5, ,55 A ,00 2,50 3,0 4,5 5, ,13 A ,00 3,50 3,0 5,5 6, ,53 A ,50 2,50 3,0 5,0 6, ,73 A ,42 3,38 3,0 5,8 6, ,19 B ,90 2,90 3,0 5,8 6, ,19 B 910 HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B min. std. max. kw/h 20 3,0-1,4 3,0 3, ,33 C ,4-1,4 3,4 4, ,18 D ,5-1,4 4,5 4, ,36 C ,25 2,25 2,0 4,5 7, ,84 A ,49 3,11 2,0 5,6 7, ,52 A ,36 4,14 2,0 6,5 7, ,19 A ,25 3,25 2,0 6,5 7, ,19 A ,71 3,79 2,0 6,5 7, ,19 A ,25 3,25 2,0 6,5 7, ,19 A 775 SCM 50 ZJ-S with SRK ZJX-S/S1 I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Yearly Room cooling capacity Total capacity Class consumption min. std. max. std. Combination kw/h A B C D min. std. max. 20 2, ,8 2,0 2, ,64 A , ,8 2,5 3, ,47 A , ,8 3,5 3, ,24 A , ,8 5,0 5, ,94 C ,00 2, ,0 4,0 5, ,40 A ,91 2, ,0 4,3 5, ,02 A ,82 3, ,0 5,0 6, ,50 A ,71 4, ,0 6,0 6, ,06 B ,35 2, ,0 4,7 6, ,70 A ,21 3, ,0 5,3 6, ,31 A ,00 4, ,0 6,0 6, ,06 B ,00 3, ,0 6,0 6, ,06 B ,47 3, ,0 6,0 6, ,06 B ,67 1,67 1,67-3,4 5,0 7, ,63 A ,60 1,60 2,00-3,4 5,2 7, ,48 A ,49 1,49 2,61-3,4 5,6 7, ,21 A ,54 1,93 1,93-3,4 5,4 7, ,29 A ,45 1,81 2,54-3,4 5,8 7, ,06 A ,87 1,87 1,87-3,4 5,6 7, ,21 A ,76 1,76 2,47-3,4 6,0 7, ,03 A

45 Combinations SCM 50 ZJ-S Multisplit DC Inverter Hyper with SRK ZJX-S/S1 I.U. only HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Room heating capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D min. std. max. 20 3, ,4 3,0 3, ,66 A , ,4 3,4 4, ,47 B , ,4 4,5 5, ,52 B , ,4 5,8 6, ,33 C ,95 2, ,0 5,9 7, ,99 A ,67 3, ,0 6,0 7, ,92 A ,29 4, ,0 6,3 7, ,89 A ,89 4, ,0 6,6 7, ,86 A ,05 3, ,0 6,1 7, ,91 A ,67 3, ,0 6,4 7, ,88 A ,20 4, ,0 6,6 7, ,86 A ,30 3, ,0 6,6 7, ,86 A ,72 3, ,0 6,6 7, ,86 A ,00 2,00 2,00-3,0 6,0 7, ,58 A ,91 1,91 2,38-3,0 6,2 7, ,43 A ,76 1,76 3,08-3,0 6,6 7, ,23 A ,83 2,29 2,29-3,0 6,4 7, ,35 A ,70 2,13 2,98-3,0 6,8 7, ,20 A ,20 2,20 2,20-3,0 6,6 7, ,23 A ,06 2,06 2,88-3,0 7,0 7, ,14 A 845 with SRK ZJ-S, FDTC, SRR, SRF I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D min. std. max. 20 2, ,8 2,0 2, ,45 A , ,8 2,5 3, ,29 A , ,8 3,5 3, ,07 B , ,8 5,0 5, ,79 D ,00 2, ,0 4,0 5, ,21 A ,91 2, ,0 4,3 5, ,87 A ,82 3, ,0 5,0 6, ,36 A ,71 4, ,0 6,0 6, ,94 C ,35 2, ,0 4,7 6, ,56 A ,21 3, ,0 5,3 6, ,19 B ,00 4, ,0 6,0 6, ,94 C ,00 3, ,0 6,0 6, ,94 C ,47 3, ,0 6,0 6, ,94 C ,67 1,67 1,67-3,4 5,0 6, ,46 A ,60 1,60 2,00-3,4 5,2 6, ,33 A ,49 1,49 2,61-3,4 5,6 6, ,09 A ,54 1,93 1,93-3,4 5,4 6, ,15 A ,45 1,81 2,54-3,4 5,8 6, ,95 A ,87 1,87 1,87-3,4 5,6 6, ,09 A ,76 1,76 2,47-3,4 6,0 6, ,90 A 770 Residential HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination kw/h A B C D min. std. max. 20 3, ,4 3,0 3, ,94 D , ,4 3,4 4, ,88 D , ,4 4,5 4, ,06 D , ,4 5,8 6, ,04 D ,95 2, ,0 5,9 7, ,91 A ,67 3, ,0 6,0 7, ,85 A ,29 4, ,0 6,3 7, ,82 A ,89 4, ,0 6,6 7, ,79 A ,05 3, ,0 6,1 7, ,84 A ,67 3, ,0 6,4 7, ,81 A ,20 4, ,0 6,6 7, ,79 A ,30 3, ,0 6,6 7, ,79 A ,72 3, ,0 6,6 7, ,79 A ,00 2,00 2,00-3,0 6,0 7, ,48 A ,91 1,91 2,38-3,0 6,2 7, ,34 A ,76 1,76 3,08-3,0 6,6 7, ,13 A ,83 2,29 2,29-3,0 6,4 7, ,24 A ,70 2,13 2,98-3,0 6,8 7, ,10 A ,20 2,20 2,20-3,0 6,6 7, ,13 A ,06 2,06 2,88-3,0 7,0 7, ,05 A

46 Combinations SCM 60 ZJ-S Multisplit DC Inverter Hyper with SRK ZJX-S/S1 I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D min. std. max. 20 2, ,8 2,0 2, ,70 A , ,8 2,5 3, ,47 A , ,8 3,5 3, ,21 A , ,8 5,0 5, ,81 C , ,8 6,0 6, ,65 D ,00 2, ,0 4,0 5, ,33 A ,00 2, ,0 4,5 5, ,55 A ,93 3, ,0 5,3 6, ,42 A ,89 4, ,0 6,6 6, ,89 C ,68 5, ,0 6,7 6, ,89 C ,45 2, ,0 4,9 6, ,86 A ,42 3, ,0 5,8 6, ,15 B ,23 4, ,0 6,7 6, ,89 C ,97 4, ,0 6,7 6, ,89 C ,30 3, ,0 6,6 6, ,89 C ,76 3, ,0 6,7 6, ,89 C ,47 4, ,0 6,7 6, ,89 C ,35 3, ,0 6,7 6, ,89 C ,05 3, ,0 6,7 6, ,89 C ,90 1,90 1,90-3,6 5,7 7, ,10 A ,82 1,82 2,27-3,6 5,9 7, ,18 A ,60 1,60 2,80-3,6 6,0 7, ,20 A ,40 1,40 3,50-3,6 6,3 7, ,26 A ,28 1,28 3,84-3,6 6,4 7, ,27 A ,69 2,11 2,11-3,6 5,9 7, ,18 A ,53 1,91 2,67-3,6 6,1 7, ,18 A ,35 1,68 3,37-3,6 6,4 7, ,27 A ,26 1,57 3,77-3,6 6,6 7, ,34 A ,40 2,45 2,45-3,6 6,3 7, ,26 A ,26 2,20 3,14-3,6 6,6 7, ,34 A ,00 2,00 2,00-3,6 6,0 7, ,20 A ,79 1,79 2,51-3,6 6,1 7, ,18 A ,60 1,60 3,20-3,6 6,4 7, ,27 A ,52 1,52 3,65-3,6 6,7 7, ,35 A ,68 2,36 2,36-3,6 6,4 7, ,27 A ,52 2,13 3,05-3,6 6,7 7, ,35 A ,20 2,20 2,20-3,6 6,6 7, ,34 A 760 HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D min. std. max. kw/h 20 3, ,5 3,0 3, ,85 A , ,5 3,4 4, ,58 B , ,5 4,5 5, ,49 B , ,5 5,8 6, ,26 C , ,5 6,8 7, ,21 C ,00 3, ,1 6,0 7, ,03 A ,71 3, ,1 6,1 7, ,89 A ,36 4, ,1 6,5 7, ,87 A ,00 5, ,1 7,0 7, ,68 A ,78 5, ,1 7,1 7, ,66 A ,15 3, ,1 6,3 7, ,87 A ,79 3, ,1 6,7 7, ,81 A ,37 4, ,1 7,1 7, ,66 A ,09 5, ,1 7,1 7, ,66 A ,50 3, ,1 7,0 7, ,68 A ,92 4, ,1 7,1 7, ,66 A ,62 4, ,1 7,1 7, ,66 A ,55 3, ,1 7,1 7, ,66 A ,23 3, ,1 7,1 7, ,66 A ,20 2,20 2,20-3,2 6,6 7, ,89 A ,06 2,06 2,58-3,2 6,7 7, ,82 A ,81 1,81 3,17-3,2 6,8 7, ,50 A ,56 1,56 3,89-3,2 7,0 7, ,14 A ,44 1,44 4,32-3,2 7,2 7, ,87 A ,94 2,43 2,43-3,2 6,8 7, ,50 A ,73 2,16 3,02-3,2 6,9 7, ,42 A ,49 1,87 3,74-3,2 7,1 7, ,08 A ,37 1,71 4,11-3,2 7,2 7, ,87 A ,56 2,72 2,72-3,2 7,0 7, ,14 A

47 Combinations SCM 60 ZJ-S 3 Multisplit DC Inverter Hyper ,37 2,40 3,43-3,2 7,2 7, ,87 A ,27 2,27 2,27-3,2 6,8 7, ,50 A ,06 2,06 2,88-3,2 7,0 7, ,14 A ,80 1,80 3,60-3,2 7,2 7, ,87 A ,64 1,64 3,93-3,2 7,2 7, ,87 A ,87 2,62 2,62-3,2 7,1 7, ,08 A ,64 2,29 3,27-3,2 7,2 7, ,87 A ,40 2,40 2,40-3,2 7,2 7, ,87 A 930 Residential with SRK ZJ-S, FDTC, SRR, SRF I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Yearly Room cooling capacity Total capacity Class consumption min. std. max. std. Combination A B C D min. std. max. kw/h 20 2, ,8 2,0 2, ,51 A , ,8 2,5 3, ,29 A , ,8 3,5 3, ,04 B , ,8 5,0 5, ,69 D , ,8 6,0 6, ,55 E ,00 2, ,0 4,0 5, ,00 A ,00 2, ,0 4,5 5, ,29 A ,93 3, ,0 5,3 6, ,27 A ,89 4, ,0 6,6 6, ,83 C ,68 5, ,0 6,7 6, ,83 C ,45 2, ,0 4,9 6, ,66 A ,42 3, ,0 5,8 6, ,02 B ,23 4, ,0 6,7 6, ,83 C ,97 4, ,0 6,7 6, ,83 C ,30 3, ,0 6,6 6, ,83 C ,76 3, ,0 6,7 6, ,83 C ,47 4, ,0 6,7 6, ,83 C ,35 3, ,0 6,7 6, ,83 C ,05 3, ,0 6,7 6, ,83 C ,90 1,90 1,90-3,6 5,7 7, ,99 A ,82 1,82 2,27-3,6 5,9 7, ,07 A ,60 1,60 2,80-3,6 6,0 7, ,08 A ,40 1,40 3,50-3,6 6,3 7, ,14 A ,28 1,28 3,84-3,6 6,4 7, ,16 A ,69 2,11 2,11-3,6 5,9 7, ,07 A ,53 1,91 2,67-3,6 6,1 7, ,07 A ,35 1,68 3,37-3,6 6,4 7, ,16 A ,26 1,57 3,77-3,6 6,6 7, ,23 A ,40 2,45 2,45-3,6 6,3 7, ,14 A ,26 2,20 3,14-3,6 6,6 7, ,23 A ,00 2,00 2,00-3,6 6,0 7, ,08 A ,79 1,79 2,51-3,6 6,1 7, ,07 A ,60 1,60 3,20-3,6 6,4 7, ,16 A ,52 1,52 3,65-3,6 6,7 7, ,24 A ,68 2,36 2,36-3,6 6,4 7, ,16 A ,52 2,13 3,05-3,6 6,7 7, ,24 A ,20 2,20 2,20-3,6 6,6 7, ,23 A 780 HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D min. std. max. kw/h 20 3, ,5 3,0 3, ,09 D , ,5 3,4 4, ,98 D , ,5 4,5 4, ,04 D , ,5 5,8 6, ,96 D , ,5 6,8 7, ,02 D ,00 3, ,1 6,0 7, ,95 A ,71 3, ,1 6,1 7, ,81 A ,36 4, ,1 6,5 7, ,80 A ,00 5, ,1 7,0 7, ,61 A ,78 5, ,1 7,1 7, ,59 B ,15 3, ,1 6,3 7, ,80 A ,79 3, ,1 6,7 7, ,74 A ,37 4, ,1 7,1 7, ,59 B ,09 5, ,1 7,1 7, ,59 B ,50 3, ,1 7,0 7, ,61 A ,92 4, ,1 7,1 7, ,59 B ,62 4, ,1 7,1 7, ,59 B ,55 3, ,1 7,1 7, ,59 B ,23 3, ,1 7,1 7, ,59 B

48 Combinations Multisplit DC Inverter Hyper 3 SCM 71 ZJ-S ,20 2,20 2,20-3,2 6,6 7, ,78 A ,06 2,06 2,58-3,2 6,7 7, ,72 A ,81 1,81 3,17-3,2 6,8 7, ,42 A ,56 1,56 3,89-3,2 7,0 7, ,05 A ,44 1,44 4,32-3,2 7,2 7, ,79 A ,94 2,43 2,43-3,2 6,8 7, ,42 A ,73 2,16 3,02-3,2 6,9 7, ,34 A ,49 1,87 3,74-3,2 7,1 7, ,99 A ,37 1,71 4,11-3,2 7,2 7, ,79 A ,56 2,72 2,72-3,2 7,0 7, ,05 A ,37 2,40 3,43-3,2 7,2 7, ,79 A ,27 2,27 2,27-3,2 6,8 7, ,42 A ,06 2,06 2,88-3,2 7,0 7, ,05 A ,80 1,80 3,60-3,2 7,2 7, ,79 A ,64 1,64 3,93-3,2 7,2 7, ,79 A ,87 2,62 2,62-3,2 7,1 7, ,99 A ,64 2,29 3,27-3,2 7,2 7, ,79 A ,40 2,40 2,40-3,2 7,2 7, ,79 A 950 with SRK ZJX-S/S1 I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D min. std. max. 20 2, ,8 2,0 2, ,00 A , ,8 2,5 3, ,68 A , ,8 3,5 3, ,47 A , ,8 5,0 6, ,27 A , ,8 6,0 7, ,19 B ,00 2, ,0 4,0 6, ,71 A ,00 2, ,0 4,5 6, ,21 A ,00 3, ,0 5,5 6, ,74 A ,94 4, ,0 6,8 7, ,35 A ,70 5, ,0 6,8 7, ,35 A ,50 2, ,0 5,0 6, ,00 A ,46 3, ,0 5,9 7, ,55 A ,27 4, ,0 6,8 7, ,35 A ,00 4, ,0 6,8 7, ,35 A ,40 3, ,0 6,8 7, ,35 A ,80 4, ,0 6,8 7, ,35 A ,51 4, ,0 6,8 7, ,35 A ,40 3, ,0 6,8 7, ,35 A ,09 3, ,0 6,8 7, ,35 A ,40 3, ,0 6,8 7, ,35 A ,00 2,00 2,00-3,7 6,0 8, ,35 A ,00 2,00 2,50-3,7 6,5 8, ,17 A ,84 1,84 3,22-3,7 6,9 8, ,77 A ,53 1,53 3,83-3,7 6,9 8, ,77 A ,38 1,38 4,14-3,7 6,9 8, ,77 A ,94 2,43 2,43-3,7 6,8 8, ,91 A ,73 2,16 3,02-3,7 6,9 8, ,77 A ,45 1,82 3,63-3,7 6,9 8, ,77 A ,31 1,64 3,94-3,7 6,9 8, ,77 A ,53 2,68 2,68-3,7 6,9 8, ,77 A ,31 2,30 3,29-3,7 6,9 8, ,77 A ,20 2,10 3,60-3,7 6,9 8, ,77 A ,15 2,88 2,88-3,7 6,9 8, ,77 A ,30 2,30 2,30-3,7 6,9 8, ,77 A ,03 2,03 2,84-3,7 6,9 8, ,77 A ,73 1,73 3,45-3,7 6,9 8, ,77 A ,57 1,57 3,76-3,7 6,9 8, ,77 A ,82 2,54 2,54-3,7 6,9 8, ,77 A ,57 2,20 3,14-3,7 6,9 8, ,77 A ,44 2,01 3,45-3,7 6,9 8, ,77 A ,38 2,76 2,76-3,7 6,9 8, ,77 A ,30 2,30 2,30-3,7 6,9 8, ,77 A ,01 2,01 2,88-3,7 6,9 8, ,77 A ,73 1,73 1,73 1,73 4,4 6,9 8, ,06 A ,62 1,62 1,62 2,03 4,4 6,9 8, ,06 A ,49 1,49 1,49 2,62 4,4 7,1 8, ,08 A ,29 1,29 1,29 3,23 4,4 7,1 8, ,08 A ,18 1,18 1,18 3,55 4,4 7,1 8, ,08 A ,53 1,53 1,92 1,92 4,4 6,9 8, ,06 A

49 Combinations SCM 71 ZJ-S 4 Multisplit DC Inverter Hyper ,42 1,42 1,78 2,49 4,4 7,1 8, ,08 A ,23 1,23 1,54 3,09 4,4 7,1 8, ,08 A ,14 1,14 1,42 3,41 4,4 7,1 8, ,08 A ,29 1,29 2,26 2,26 4,4 7,1 8, ,08 A ,14 1,14 1,99 2,84 4,4 7,1 8, ,08 A ,49 1,87 1,87 1,87 4,4 7,1 8, ,08 A ,35 1,69 1,69 2,37 4,4 7,1 8, ,08 A ,18 1,48 1,48 2,96 4,4 7,1 8, ,08 A ,23 1,54 2,16 2,16 4,4 7,1 8, ,08 A ,14 1,99 1,99 1,99 4,4 7,1 8, ,08 A ,78 1,78 1,78 1,78 4,4 7,1 8, ,08 A ,61 1,61 1,61 2,26 4,4 7,1 8, ,08 A ,42 1,42 1,42 2,84 4,4 7,1 8, ,08 A ,48 1,48 2,07 2,07 4,4 7,1 8, ,08 A ,13 2,13 2,13 2,13 3,6 8,5 9, ,29 A ,95 1,95 1,95 2,74 3,6 8,6 9, ,30 A ,72 1,72 1,72 3,44 3,6 8,6 9, ,30 A ,79 1,79 2,51 2,51 3,6 8,6 9, ,30 A 1000 Residential HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D min. std. max. kw/h 20 3, ,5 3,0 3, ,57 B , ,5 3,4 4, ,40 C , ,5 4,5 5, ,38 C , ,5 5,8 6, ,26 C , ,5 6,8 7, ,24 C ,70 2, ,1 5,4 7, ,03 A ,62 3, ,1 5,9 7, ,86 A ,51 4, ,1 6,9 8, ,61 A ,34 5, ,1 8,2 8, ,37 C ,05 6, ,1 8,2 8, ,37 C ,20 3, ,1 6,4 8, ,76 A ,08 4, ,1 7,4 8, ,54 B ,73 5, ,1 8,2 8, ,37 C ,41 5, ,1 8,2 8, ,37 C ,10 4, ,1 8,2 8, ,37 C ,38 4, ,1 8,2 8, ,37 C ,02 5, ,1 8,2 8, ,37 C ,10 4, ,1 8,2 8, ,37 C ,73 4, ,1 8,2 8, ,37 C ,10 4, ,1 8,2 8, ,37 C ,57 2,57 2,57-3,2 7,7 9, ,21 A ,46 2,46 3,08-3,2 8,0 9, ,15 A ,24 2,24 3,92-3,2 8,4 9, ,08 A ,87 1,87 4,67-3,2 8,4 9, ,08 A ,68 1,68 5,04-3,2 8,4 9, ,08 A ,34 2,93 2,93-3,2 8,2 9, ,12 A ,10 2,63 3,68-3,2 8,4 9, ,08 A ,77 2,21 4,42-3,2 8,4 9, ,08 A ,60 2,00 4,80-3,2 8,4 9, ,08 A ,87 3,27 3,27-3,2 8,4 9, ,08 A ,60 2,80 4,00-3,2 8,4 9, ,08 A ,46 2,56 4,38-3,2 8,4 9, ,08 A ,40 3,50 3,50-3,2 8,4 9, ,08 A ,80 2,80 2,80-3,2 8,4 9, ,08 A ,47 2,47 3,46-3,2 8,4 9, ,08 A ,10 2,10 4,20-3,2 8,4 9, ,08 A ,91 1,91 4,58-3,2 8,4 9, ,08 A ,21 3,09 3,09-3,2 8,4 9, ,08 A ,91 2,67 3,82-3,2 8,4 9, ,08 A ,75 2,45 4,20-3,2 8,4 9, ,08 A ,68 3,36 3,36-3,2 8,4 9, ,08 A ,80 2,80 2,80-3,2 8,4 9, ,08 A ,45 2,45 3,50-3,2 8,4 9, ,08 A ,10 2,10 2,10 2,10 3,6 8,4 9, ,29 A ,98 1,98 1,98 2,47 3,6 8,4 9, ,29 A ,79 1,79 1,79 3,13 3,6 8,5 9, ,29 A ,56 1,56 1,56 3,91 3,6 8,6 9, ,30 A ,43 1,43 1,43 4,30 3,6 8,6 9, ,30 A ,89 1,89 2,36 2,36 3,6 8,5 9, ,29 A ,70 1,70 2,13 2,98 3,6 8,5 9, ,29 A ,50 1,50 1,87 3,74 3,6 8,6 9, ,30 A ,38 1,38 1,72 4,13 3,6 8,6 9, ,30 A ,56 1,56 2,74 2,74 3,6 8,6 9, ,30 A ,38 1,38 2,41 3,44 3,6 8,6 9, ,30 A

50 Combinations Multisplit DC Inverter Hyper ,79 2,24 2,24 2,24 3,6 8,5 9, ,29 A ,64 2,05 2,05 2,87 3,6 8,6 9, ,30 A ,43 1,79 1,79 3,58 3,6 8,6 9, ,30 A ,50 1,87 2,62 2,62 3,6 8,6 9, ,30 A ,38 2,41 2,41 2,41 3,6 8,6 9, ,30 A ,13 2,13 2,13 2,13 3,6 8,5 9, ,29 A ,95 1,95 1,95 2,74 3,6 8,6 9, ,30 A ,72 1,72 1,72 3,44 3,6 8,6 9, ,30 A ,79 1,79 2,51 2,51 3,6 8,6 9, ,30 A 1000 with SRK ZJ-S, FDTC, SRR, SRF I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Yearly Room cooling capacity Total capacity Class consumption min. std. max. std. Combination A B C D min. std. max. kw/h 20 2, ,8 2,0 2, ,77 A , ,8 2,5 3, ,42 A , ,8 3,5 3, ,13 B , ,8 5,0 5, ,92 C , ,8 6,0 6, ,80 C ,00 2, ,0 4,0 5, ,30 A ,00 2, ,0 4,5 6, ,85 A ,00 3, ,0 5,5 6, ,46 A ,94 4, ,0 6,8 7, ,16 B ,70 5, ,0 6,8 7, ,16 B ,50 2, ,0 5,0 6, ,68 A ,46 3, ,0 5,9 6, ,31 A ,27 4, ,0 6,8 7, ,16 B ,00 4, ,0 6,8 7, ,16 B ,40 3, ,0 6,8 7, ,16 B ,80 4, ,0 6,8 7, ,16 B ,51 4, ,0 6,8 7, ,16 B ,40 3, ,0 6,8 7, ,16 B ,09 3, ,0 6,8 7, ,16 B ,40 3, ,0 6,8 7, ,16 B ,00 2,00 2,00-3,7 6,0 7, ,14 A ,00 2,00 2,50-3,7 6,5 7, ,99 A ,84 1,84 3,22-3,7 6,9 7, ,61 A ,53 1,53 3,83-3,7 6,9 7, ,61 A ,38 1,38 4,14-3,7 6,9 7, ,61 A ,94 2,43 2,43-3,7 6,8 7, ,74 A ,73 2,16 3,02-3,7 6,9 7, ,61 A ,45 1,82 3,63-3,7 6,9 7, ,61 A ,31 1,64 3,94-3,7 6,9 7, ,61 A ,53 2,68 2,68-3,7 6,9 7, ,61 A ,31 2,30 3,29-3,7 6,9 7, ,61 A ,20 2,10 3,60-3,7 6,9 7, ,61 A ,15 2,88 2,88-3,7 6,9 7, ,61 A ,30 2,30 2,30-3,7 6,9 7, ,61 A ,03 2,03 2,84-3,7 6,9 7, ,61 A ,73 1,73 3,45-3,7 6,9 7, ,61 A ,57 1,57 3,76-3,7 6,9 7, ,61 A ,82 2,54 2,54-3,7 6,9 7, ,61 A ,57 2,20 3,14-3,7 6,9 7, ,61 A ,44 2,01 3,45-3,7 6,9 7, ,61 A ,38 2,76 2,76-3,7 6,9 7, ,61 A ,30 2,30 2,30-3,7 6,9 7, ,61 A ,01 2,01 2,88-3,7 6,9 7, ,61 A ,73 1,73 1,73 1,73 4,4 6,9 8, ,94 A ,62 1,62 1,62 2,03 4,4 6,9 8, ,94 A ,49 1,49 1,49 2,62 4,4 7,1 8, ,97 A ,29 1,29 1,29 3,23 4,4 7,1 8, ,97 A ,18 1,18 1,18 3,55 4,4 7,1 8, ,97 A ,53 1,53 1,92 1,92 4,4 6,9 8, ,94 A ,42 1,42 1,78 2,49 4,4 7,1 8, ,97 A ,23 1,23 1,54 3,09 4,4 7,1 8, ,97 A ,14 1,14 1,42 3,41 4,4 7,1 8, ,97 A ,29 1,29 2,26 2,26 4,4 7,1 8, ,97 A ,14 1,14 1,99 2,84 4,4 7,1 8, ,97 A ,49 1,87 1,87 1,87 4,4 7,1 8, ,97 A ,35 1,69 1,69 2,37 4,4 7,1 8, ,97 A ,18 1,48 1,48 2,96 4,4 7,1 8, ,97 A ,23 1,54 2,16 2,16 4,4 7,1 8, ,97 A ,14 1,99 1,99 1,99 4,4 7,1 8, ,97 A ,78 1,78 1,78 1,78 4,4 7,1 8, ,97 A

51 Combinations SCM 71 ZJ-S 4 Multisplit DC Inverter Hyper ,61 1,61 1,61 2,26 4,4 7,1 8, ,97 A ,42 1,42 1,42 2,84 4,4 7,1 8, ,97 A ,48 1,48 2,07 2,07 4,4 7,1 8, ,97 A ,45 2,45 3,50-3,2 8,4 8, ,00 A ,10 2,10 2,10 2,10 3,6 8,4 9, ,18 A ,98 1,98 1,98 2,47 3,6 8,4 9, ,18 A ,79 1,79 1,79 3,13 3,6 8,5 9, ,19 A ,56 1,56 1,56 3,91 3,6 8,6 9, ,20 A ,43 1,43 1,43 4,30 3,6 8,6 9, ,20 A ,89 1,89 2,36 2,36 3,6 8,5 9, ,19 A ,70 1,70 2,13 2,98 3,6 8,5 9, ,19 A ,50 1,50 1,87 3,74 3,6 8,6 9, ,20 A ,38 1,38 1,72 4,13 3,6 8,6 9, ,20 A ,56 1,56 2,74 2,74 3,6 8,6 9, ,20 A ,38 1,38 2,41 3,44 3,6 8,6 9, ,20 A ,79 2,24 2,24 2,24 3,6 8,5 9, ,19 A ,64 2,05 2,05 2,87 3,6 8,6 9, ,20 A ,43 1,79 1,79 3,58 3,6 8,6 9, ,20 A ,50 1,87 2,62 2,62 3,6 8,6 9, ,20 A ,38 2,41 2,41 2,41 3,6 8,6 9, ,20 A ,13 2,13 2,13 2,13 3,6 8,5 9, ,19 A ,95 1,95 1,95 2,74 3,6 8,6 9, ,20 A ,72 1,72 1,72 3,44 3,6 8,6 9, ,20 A ,79 1,79 2,51 2,51 3,6 8,6 9, ,20 A 1025 Residential HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D min. std. max. kw/h 20 3, ,5 3,0 3, ,83 D , ,5 3,4 4, ,79 E , ,5 4,5 4, ,98 D , ,5 5,8 6, ,97 D , ,5 6,8 7, ,04 D ,70 2, ,1 5,4 7, ,94 A ,62 3, ,1 5,9 7, ,78 A ,51 4, ,1 6,9 7, ,54 B ,34 5, ,1 8,2 8, ,29 C ,05 6, ,1 8,2 8, ,29 C ,20 3, ,1 6,4 7, ,68 A ,08 4, ,1 7,4 8, ,47 B ,73 5, ,1 8,2 8, ,29 C ,41 5, ,1 8,2 8, ,29 C ,10 4, ,1 8,2 8, ,29 C ,38 4, ,1 8,2 8, ,29 C ,02 5, ,1 8,2 8, ,29 C ,10 4, ,1 8,2 8, ,29 C ,73 4, ,1 8,2 8, ,29 C ,10 4, ,1 8,2 8, ,29 C ,57 2,57 2,57-3,2 7,7 8, ,12 A ,46 2,46 3,08-3,2 8,0 8, ,06 A ,24 2,24 3,92-3,2 8,4 8, ,00 A ,87 1,87 4,67-3,2 8,4 8, ,00 A ,68 1,68 5,04-3,2 8,4 8, ,00 A ,34 2,93 2,93-3,2 8,2 8, ,04 A ,10 2,63 3,68-3,2 8,4 8, ,00 A ,77 2,21 4,42-3,2 8,4 8, ,00 A ,60 2,00 4,80-3,2 8,4 8, ,00 A ,87 3,27 3,27-3,2 8,4 8, ,00 A ,60 2,80 4,00-3,2 8,4 8, ,00 A ,46 2,56 4,38-3,2 8,4 8, ,00 A ,40 3,50 3,50-3,2 8,4 8, ,00 A ,80 2,80 2,80-3,2 8,4 8, ,00 A ,47 2,47 3,46-3,2 8,4 8, ,00 A ,10 2,10 4,20-3,2 8,4 8, ,00 A ,91 1,91 4,58-3,2 8,4 8, ,00 A ,21 3,09 3,09-3,2 8,4 8, ,00 A ,91 2,67 3,82-3,2 8,4 8, ,00 A ,75 2,45 4,20-3,2 8,4 8, ,00 A ,68 3,36 3,36-3,2 8,4 8, ,00 A ,80 2,80 2,80-3,2 8,4 8, ,00 A ,45 2,45 3,50-3,2 8,4 8, ,00 A ,10 2,10 2,10 2,10 3,6 8,4 9, ,18 A ,98 1,98 1,98 2,47 3,6 8,4 9, ,18 A ,79 1,79 1,79 3,13 3,6 8,5 9, ,19 A ,56 1,56 1,56 3,91 3,6 8,6 9, ,20 A ,43 1,43 1,43 4,30 3,6 8,6 9, ,20 A ,89 1,89 2,36 2,36 3,6 8,5 9, ,19 A

52 Combinations Multisplit DC Inverter Hyper ,70 1,70 2,13 2,98 3,6 8,5 9, ,19 A ,50 1,50 1,87 3,74 3,6 8,6 9, ,20 A ,38 1,38 1,72 4,13 3,6 8,6 9, ,20 A ,56 1,56 2,74 2,74 3,6 8,6 9, ,20 A ,38 1,38 2,41 3,44 3,6 8,6 9, ,20 A ,79 2,24 2,24 2,24 3,6 8,5 9, ,19 A ,64 2,05 2,05 2,87 3,6 8,6 9, ,20 A ,43 1,79 1,79 3,58 3,6 8,6 9, ,20 A ,50 1,87 2,62 2,62 3,6 8,6 9, ,20 A ,38 2,41 2,41 2,41 3,6 8,6 9, ,20 A ,13 2,13 2,13 2,13 3,6 8,5 9, ,19 A ,95 1,95 1,95 2,74 3,6 8,6 9, ,20 A ,72 1,72 1,72 3,44 3,6 8,6 9, ,20 A ,79 1,79 2,51 2,51 3,6 8,6 9, ,20 A 1025 SCM 80 ZJ-S with SRK ZJX-S/S1 I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D min. std. max. 20 2, ,8 2,0 2, ,00 A , ,8 2,5 3, ,68 A , ,8 3,5 3, ,47 A , ,8 5,0 6, ,27 A , ,8 6,0 7, ,19 B ,00 2, ,0 4,0 6, ,71 A ,00 2, ,0 4,5 6, ,21 A ,00 3, ,0 5,5 6, ,74 A ,97 4, ,0 6,9 7, ,33 A ,85 5, ,0 7,4 7, ,23 A ,50 2, ,0 5,0 6, ,00 A ,46 3, ,0 5,9 7, ,55 A ,47 4, ,0 7,4 7, ,23 A ,18 5, ,0 7,4 7, ,23 A ,45 3, ,0 6,9 7, ,33 A ,05 4, ,0 7,4 7, ,23 A ,73 4, ,0 7,4 7, ,23 A ,70 3, ,0 7,4 7, ,23 A ,36 4, ,0 7,4 7, ,23 A ,70 3, ,0 7,4 7, ,23 A ,00 2,00 2,00-3,7 6,0 8, ,35 A ,00 2,00 2,50-3,7 6,5 8, ,17 A ,89 1,89 3,31-3,7 7,1 8, ,78 A ,73 1,73 4,33-3,7 7,8 8, ,50 A ,56 1,56 4,68-3,7 7,8 8, ,50 A ,94 2,43 2,43-3,7 6,8 8, ,91 A ,88 2,34 3,28-3,7 7,5 8, ,66 A ,64 2,05 4,11-3,7 7,8 8, ,50 A ,49 1,86 4,46-3,7 7,8 8, ,50 A ,73 3,03 3,03-3,7 7,8 8, ,50 A ,49 2,60 3,71-3,7 7,8 8, ,50 A ,36 2,37 4,07-3,7 7,8 8, ,50 A ,30 3,25 3,25-3,7 7,8 8, ,50 A ,20 3,00 3,60-3,7 7,8 8, ,50 A ,37 2,37 2,37-3,7 7,1 8, ,78 A ,29 2,29 3,21-3,7 7,8 8, ,50 A ,95 1,95 3,90-3,7 7,8 8, ,50 A ,77 1,77 4,25-3,7 7,8 8, ,50 A ,05 2,87 2,87-3,7 7,8 8, ,50 A ,77 2,48 3,55-3,7 7,8 8, ,50 A ,63 2,28 3,90-3,7 7,8 8, ,50 A ,56 3,12 3,12-3,7 7,8 8, ,50 A ,44 2,89 3,47-3,7 7,8 8, ,50 A ,60 2,60 2,60-3,7 7,8 8, ,50 A ,28 2,28 3,25-3,7 7,8 8, ,50 A ,10 2,10 3,60-3,7 7,8 8, ,50 A ,02 2,89 2,89-3,7 7,8 8, ,50 A ,95 1,95 1,95 1,95 4,4 7,8 9, ,68 A ,84 1,84 1,84 2,29 4,4 7,8 9, ,68 A ,66 1,66 1,66 2,91 4,4 7,9 9, ,69 A ,44 1,44 1,44 3,59 4,4 7,9 9, ,69 A ,33 1,33 1,33 4,00 4,4 8,0 9, ,70 A ,76 1,76 2,19 2,19 4,4 7,9 9, ,69 A

53 Combinations SCM 80 ZJ-S 4 Multisplit DC Inverter Hyper ,58 1,58 1,98 2,77 4,4 7,9 9, ,69 A ,37 1,37 1,72 3,43 4,4 7,9 9, ,69 A ,28 1,28 1,60 3,84 4,4 8,0 9, ,70 A ,44 1,44 2,51 2,51 4,4 7,9 9, ,69 A ,28 1,28 2,24 3,20 4,4 8,0 9, ,70 A ,19 1,19 2,07 3,56 4,4 8,0 9, ,70 A ,66 2,08 2,08 2,08 4,4 7,9 9, ,69 A ,50 1,88 1,88 2,63 4,4 7,9 9, ,69 A ,33 1,67 1,67 3,33 4,4 8,0 9, ,70 A ,23 1,54 1,54 3,69 4,4 8,0 9, ,70 A ,37 1,72 2,40 2,40 4,4 7,9 9, ,69 A ,23 1,54 2,15 3,08 4,4 8,0 9, ,70 A ,28 2,24 2,24 2,24 4,4 8,0 9, ,70 A ,98 1,98 1,98 1,98 4,4 7,9 9, ,69 A ,80 1,80 1,80 2,51 4,4 7,9 9, ,69 A ,60 1,60 1,60 3,20 4,4 8,0 9, ,70 A ,48 1,48 1,48 3,56 4,4 8,0 9, ,70 A ,67 1,67 2,33 2,33 4,4 8,0 9, ,70 A ,48 1,48 2,07 2,96 4,4 8,0 9, ,70 A ,54 2,15 2,15 2,15 4,4 8,0 9, ,70 A 1080 HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D min. std. max. kw/h 20 3, ,5 3,0 3, ,57 B , ,5 3,4 4, ,40 C , ,5 4,5 5, ,38 C , ,5 5,8 6, ,26 C , ,5 6,8 7, ,24 C ,70 2, ,1 5,4 7, ,03 A ,62 3, ,1 5,9 7, ,86 A ,51 4, ,1 6,9 8, ,61 A ,37 5, ,1 8,3 8, ,37 C ,08 6, ,1 8,3 8, ,37 C ,20 3, ,1 6,4 8, ,76 A ,08 4, ,1 7,4 8, ,54 B ,77 5, ,1 8,3 8, ,37 C ,44 5, ,1 8,3 8, ,37 C ,15 4, ,1 8,3 8, ,37 C ,42 4, ,1 8,3 8, ,37 C ,06 5, ,1 8,3 8, ,37 C ,15 4, ,1 8,3 8, ,37 C ,77 4, ,1 8,3 8, ,37 C ,15 4, ,1 8,3 8, ,37 C ,57 2,57 2,57-3,2 7,7 9, ,21 A ,46 2,46 3,08-3,2 8,0 9, ,15 A ,27 2,27 3,97-3,2 8,5 9, ,07 A ,00 2,00 5,00-3,2 9,0 9, ,00 A ,80 1,80 5,40-3,2 9,0 9, ,00 A ,34 2,93 2,93-3,2 8,2 9, ,12 A ,20 2,75 3,85-3,2 8,8 9, ,04 A ,89 2,37 4,74-3,2 9,0 9, ,00 A ,71 2,14 5,14-3,2 9,0 9, ,00 A ,00 3,50 3,50-3,2 9,0 9, ,00 A ,71 3,00 4,29-3,2 9,0 9, ,00 A ,57 2,74 4,70-3,2 9,0 9, ,00 A ,50 3,75 3,75-3,2 9,0 9, ,00 A ,38 3,46 4,15-3,2 9,0 9, ,00 A ,83 2,83 2,83-3,2 8,5 9, ,07 A ,65 2,65 3,71-3,2 9,0 9, ,00 A ,25 2,25 4,50-3,2 9,0 9, ,00 A ,05 2,05 4,91-3,2 9,0 9, ,00 A ,37 3,32 3,32-3,2 9,0 9, ,00 A ,05 2,86 4,09-3,2 9,0 9, ,00 A ,88 2,63 4,50-3,2 9,0 9, ,00 A ,80 3,60 3,60-3,2 9,0 9, ,00 A ,67 3,33 4,00-3,2 9,0 9, ,00 A ,00 3,00 3,00-3,2 9,0 9, ,00 A ,63 2,63 3,75-3,2 9,0 9, ,00 A ,42 2,42 4,15-3,2 9,0 9, ,00 A ,33 3,33 3,33-3,2 9,0 9, ,00 A ,28 2,28 2,28 2,28 3,6 9,1 9, ,10 A ,14 2,14 2,14 2,68 3,6 9,1 9, ,10 A ,94 1,94 1,94 3,39 3,6 9,2 9, ,11 A ,67 1,67 1,67 4,18 3,6 9,2 9, ,11 A ,55 1,55 1,55 4,65 3,6 9,3 9, ,12 A ,04 2,04 2,56 2,56 3,6 9,2 9, ,11 A 1120 Residential 5 1

54 Combinations Multisplit DC Inverter Hyper ,84 1,84 2,30 3,22 3,6 9,2 9, ,11 A ,62 1,62 2,02 4,04 3,6 9,3 9, ,12 A ,49 1,49 1,86 4,46 3,6 9,3 9, ,12 A ,67 1,67 2,93 2,93 3,6 9,2 9, ,11 A ,49 1,49 2,60 3,72 3,6 9,3 9, ,12 A ,38 1,38 2,41 4,13 3,6 9,3 9, ,12 A ,94 2,42 2,42 2,42 3,6 9,2 9, ,11 A ,75 2,19 2,19 3,07 3,6 9,2 9, ,11 A ,55 1,94 1,94 3,88 3,6 9,3 9, ,12 A ,43 1,79 1,79 4,29 3,6 9,3 9, ,12 A ,62 2,02 2,83 2,83 3,6 9,3 9, ,12 A ,43 1,79 2,50 3,58 3,6 9,3 9, ,12 A ,49 2,60 2,60 2,60 3,6 9,3 9, ,12 A ,30 2,30 2,30 2,30 3,6 9,2 9, ,11 A ,09 2,09 2,09 2,93 3,6 9,2 9, ,11 A ,86 1,86 1,86 3,72 3,6 9,3 9, ,12 A ,72 1,72 1,72 4,13 3,6 9,3 9, ,12 A ,94 1,94 2,71 2,71 3,6 9,3 9, ,12 A ,72 1,72 2,41 3,44 3,6 9,3 9, ,12 A ,79 2,50 2,50 2,50 3,6 9,3 9, ,12 A 1130 with SRK ZJ-S, FDTC, SRR, SRF I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D min. std. max. 20 2, ,8 2,0 2, ,77 A , ,8 2,5 3, ,42 A , ,8 3,5 3, ,13 B , ,8 5,0 5, ,92 C , ,8 6,0 6, ,80 C ,00 2, ,0 4,0 5, ,30 A ,00 2, ,0 4,5 6, ,85 A ,00 3, ,0 5,5 6, ,46 A ,97 4, ,0 6,9 7, ,14 B ,85 5, ,0 7,4 7, ,05 B ,50 2, ,0 5,0 6, ,68 A ,46 3, ,0 5,9 6, ,31 A ,47 4, ,0 7,4 7, ,05 B ,18 5, ,0 7,4 7, ,05 B ,45 3, ,0 6,9 7, ,14 B ,05 4, ,0 7,4 7, ,05 B ,73 4, ,0 7,4 7, ,05 B ,70 3, ,0 7,4 7, ,05 B ,36 4, ,0 7,4 7, ,05 B ,70 3, ,0 7,4 7, ,05 B ,00 2,00 2,00-3,7 6,0 8, ,14 A ,00 2,00 2,50-3,7 6,5 8, ,99 A ,89 1,89 3,31-3,7 7,1 8, ,64 A ,73 1,73 4,33-3,7 7,8 8, ,36 A ,56 1,56 4,68-3,7 7,8 8, ,36 A ,94 2,43 2,43-3,7 6,8 8, ,74 A ,88 2,34 3,28-3,7 7,5 8, ,52 A ,64 2,05 4,11-3,7 7,8 8, ,36 A ,49 1,86 4,46-3,7 7,8 8, ,36 A ,73 3,03 3,03-3,7 7,8 8, ,36 A ,49 2,60 3,71-3,7 7,8 8, ,36 A ,36 2,37 4,07-3,7 7,8 8, ,36 A ,30 3,25 3,25-3,7 7,8 8, ,36 A ,20 3,00 3,60-3,7 7,8 8, ,36 A ,37 2,37 2,37-3,7 7,1 8, ,64 A ,29 2,29 3,21-3,7 7,8 8, ,36 A ,95 1,95 3,90-3,7 7,8 8, ,36 A ,77 1,77 4,25-3,7 7,8 8, ,36 A ,05 2,87 2,87-3,7 7,8 8, ,36 A ,77 2,48 3,55-3,7 7,8 8, ,36 A ,63 2,28 3,90-3,7 7,8 8, ,36 A ,56 3,12 3,12-3,7 7,8 8, ,36 A ,44 2,89 3,47-3,7 7,8 8, ,36 A ,60 2,60 2,60-3,7 7,8 8, ,36 A ,28 2,28 3,25-3,7 7,8 8, ,36 A ,10 2,10 3,60-3,7 7,8 8, ,36 A ,02 2,89 2,89-3,7 7,8 8, ,36 A ,95 1,95 1,95 1,95 4,4 7,8 8, ,58 A ,84 1,84 1,84 2,29 4,4 7,8 8, ,58 A ,66 1,66 1,66 2,91 4,4 7,9 8, ,59 A

55 Combinations SCM 80 ZJ-S 4 Multisplit DC Inverter Hyper ,44 1,44 1,44 3,59 4,4 7,9 8, ,59 A ,33 1,33 1,33 4,00 4,4 8,0 8, ,60 A ,76 1,76 2,19 2,19 4,4 7,9 8, ,59 A ,58 1,58 1,98 2,77 4,4 7,9 8, ,59 A ,37 1,37 1,72 3,43 4,4 7,9 8, ,59 A ,28 1,28 1,60 3,84 4,4 8,0 8, ,60 A ,44 1,44 2,51 2,51 4,4 7,9 8, ,59 A ,28 1,28 2,24 3,20 4,4 8,0 8, ,60 A ,19 1,19 2,07 3,56 4,4 8,0 8, ,60 A ,66 2,08 2,08 2,08 4,4 7,9 8, ,59 A ,50 1,88 1,88 2,63 4,4 7,9 8, ,59 A ,33 1,67 1,67 3,33 4,4 8,0 8, ,60 A ,23 1,54 1,54 3,69 4,4 8,0 8, ,60 A ,37 1,72 2,40 2,40 4,4 7,9 8, ,59 A ,23 1,54 2,15 3,08 4,4 8,0 8, ,60 A ,28 2,24 2,24 2,24 4,4 8,0 8, ,60 A ,98 1,98 1,98 1,98 4,4 7,9 8, ,59 A ,80 1,80 1,80 2,51 4,4 7,9 8, ,59 A ,60 1,60 1,60 3,20 4,4 8,0 8, ,60 A ,48 1,48 1,48 3,56 4,4 8,0 8, ,60 A ,67 1,67 2,33 2,33 4,4 8,0 8, ,60 A ,48 1,48 2,07 2,96 4,4 8,0 8, ,60 A ,54 2,15 2,15 2,15 4,4 8,0 8, ,60 A 1110 HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D min. std. max. kw/h 20 3, ,5 3,0 3, ,83 D , ,5 3,4 4, ,79 E , ,5 4,5 4, ,98 D , ,5 5,8 6, ,97 D , ,5 6,8 7, ,04 D ,70 2, ,1 5,4 7, ,94 A ,62 3, ,1 5,9 7, ,78 A ,51 4, ,1 6,9 7, ,54 B ,37 5, ,1 8,3 8, ,31 C ,08 6, ,1 8,3 8, ,31 C ,20 3, ,1 6,4 7, ,68 A ,08 4, ,1 7,4 8, ,47 B ,77 5, ,1 8,3 8, ,31 C ,44 5, ,1 8,3 8, ,31 C ,15 4, ,1 8,3 8, ,31 C ,42 4, ,1 8,3 8, ,31 C ,06 5, ,1 8,3 8, ,31 C ,15 4, ,1 8,3 8, ,31 C ,77 4, ,1 8,3 8, ,31 C ,15 4, ,1 8,3 8, ,31 C ,57 2,57 2,57-3,2 7,7 9, ,12 A ,46 2,46 3,08-3,2 8,0 9, ,06 A ,27 2,27 3,97-3,2 8,5 9, ,99 A ,00 2,00 5,00-3,2 9,0 9, ,91 A ,80 1,80 5,40-3,2 9,0 9, ,91 A ,34 2,93 2,93-3,2 8,2 9, ,04 A ,20 2,75 3,85-3,2 8,8 9, ,96 A ,89 2,37 4,74-3,2 9,0 9, ,91 A ,71 2,14 5,14-3,2 9,0 9, ,91 A ,00 3,50 3,50-3,2 9,0 9, ,91 A ,71 3,00 4,29-3,2 9,0 9, ,91 A ,57 2,74 4,70-3,2 9,0 9, ,91 A ,50 3,75 3,75-3,2 9,0 9, ,91 A ,38 3,46 4,15-3,2 9,0 9, ,91 A ,83 2,83 2,83-3,2 8,5 9, ,99 A ,65 2,65 3,71-3,2 9,0 9, ,91 A ,25 2,25 4,50-3,2 9,0 9, ,91 A ,05 2,05 4,91-3,2 9,0 9, ,91 A ,37 3,32 3,32-3,2 9,0 9, ,91 A ,05 2,86 4,09-3,2 9,0 9, ,91 A ,88 2,63 4,50-3,2 9,0 9, ,91 A ,80 3,60 3,60-3,2 9,0 9, ,91 A ,67 3,33 4,00-3,2 9,0 9, ,91 A ,00 3,00 3,00-3,2 9,0 9, ,91 A ,63 2,63 3,75-3,2 9,0 9, ,91 A ,42 2,42 4,15-3,2 9,0 9, ,91 A ,33 3,33 3,33-3,2 9,0 9, ,91 A ,28 2,28 2,28 2,28 3,6 9,1 9, ,01 A ,14 2,14 2,14 2,68 3,6 9,1 9, ,01 A ,94 1,94 1,94 3,39 3,6 9,2 9, ,02 A 1145 Residential 5 3

56 Combinations Multisplit DC Inverter Hyper ,67 1,67 1,67 4,18 3,6 9,2 9, ,02 A ,55 1,55 1,55 4,65 3,6 9,3 9, ,03 A ,04 2,04 2,56 2,56 3,6 9,2 9, ,02 A ,84 1,84 2,30 3,22 3,6 9,2 9, ,02 A ,62 1,62 2,02 4,04 3,6 9,3 9, ,03 A ,49 1,49 1,86 4,46 3,6 9,3 9, ,03 A ,67 1,67 2,93 2,93 3,6 9,2 9, ,02 A ,49 1,49 2,60 3,72 3,6 9,3 9, ,03 A ,38 1,38 2,41 4,13 3,6 9,3 9, ,03 A ,94 2,42 2,42 2,42 3,6 9,2 9, ,02 A ,75 2,19 2,19 3,07 3,6 9,2 9, ,02 A ,55 1,94 1,94 3,88 3,6 9,3 9, ,03 A ,43 1,79 1,79 4,29 3,6 9,3 9, ,03 A ,62 2,02 2,83 2,83 3,6 9,3 9, ,03 A ,43 1,79 2,50 3,58 3,6 9,3 9, ,03 A ,49 2,60 2,60 2,60 3,6 9,3 9, ,03 A ,30 2,30 2,30 2,30 3,6 9,2 9, ,02 A ,09 2,09 2,09 2,93 3,6 9,2 9, ,02 A ,86 1,86 1,86 3,72 3,6 9,3 9, ,03 A ,72 1,72 1,72 4,13 3,6 9,3 9, ,03 A ,94 1,94 2,71 2,71 3,6 9,3 9, ,03 A ,72 1,72 2,41 3,44 3,6 9,3 9, ,03 A ,79 2,50 2,50 2,50 3,6 9,3 9, ,03 A 1155 SCM 100 ZJ-S1 with SRK ZJX-S/S1 I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D E F min. std. max. 20 2, ,8 2,0 2, ,67 D , ,8 2,5 3, ,63 D , ,8 3,5 3, ,50 E , ,8 5,0 6, ,50 E , ,8 6,0 7, ,45 E ,00 2, ,0 4,0 5, ,40 A ,00 2, ,0 4,5 6, ,29 A ,00 3, ,0 5,5 6, ,85 A ,00 5, ,0 7,0 8, ,21 A ,00 6, ,0 8,0 9, ,16 B ,50 2, ,0 5,0 6, ,70 A ,50 3, ,0 6,0 7, ,49 A ,50 5, ,0 7,5 9, ,19 B ,50 6, ,0 8,5 9, ,17 B ,50 3, ,0 7,0 7, ,21 A ,50 5, ,0 8,5 10, ,17 B ,50 6, ,0 9,5 10, ,04 B ,00 5, ,0 10,0 12, ,99 C ,55 5, ,0 10,0 12, ,99 C ,00 5, ,0 10,0 12, ,99 C ,00 2,00 2, ,7 6,0 8, ,11 A ,00 2,00 2, ,7 6,5 9, ,94 A ,00 2,00 3, ,7 7,5 9, ,79 A ,00 2,00 5, ,7 9,0 11, ,46 A ,00 2,00 6, ,7 10,0 12, ,21 A ,00 2,50 2, ,7 7,0 9, ,78 A ,00 2,50 3, ,7 8,0 10, ,45 A ,00 2,50 5, ,7 9,5 12, ,19 B ,90 2,38 5, ,7 10,0 12, ,21 A ,00 3,50 3, ,7 9,0 10, ,24 A ,90 3,33 4, ,7 10,0 12, ,21 A ,74 3,04 5, ,7 10,0 12, ,22 A ,67 4,17 4, ,7 10,0 12, ,22 A ,54 3,85 4, ,7 10,0 12, ,22 A ,43 4,29 4, ,7 10,0 12, ,23 A ,50 2,50 2, ,7 7,5 10, ,69 A ,50 2,50 3, ,7 8,5 10, ,37 A ,50 2,50 5, ,7 10,0 12, ,21 A ,27 2,27 5, ,7 10,0 12, ,21 A ,50 3,50 3, ,7 9,5 11, ,19 B ,27 3,18 4, ,7 10,0 12, ,21 A ,08 2,92 5, ,7 10,0 12, ,22 A ,00 4,00 4, ,7 10,0 12, ,22 A ,85 3,70 4, ,7 10,0 12, ,23 A

57 Combinations SCM 100 ZJ-S Multisplit DC Inverter Hyper ,72 4,14 4, ,7 10,0 12, ,23 A ,33 3,33 3, ,7 10,0 11, ,21 A ,92 2,92 4, ,7 10,0 12, ,22 A ,69 2,69 4, ,7 10,0 12, ,22 A ,59 3,70 3, ,7 10,0 12, ,23 A ,41 3,45 4,14 3,7 10,0 12, ,23 A ,26 3,87 3,87 3,7 10,0 12, ,24 A ,33 3,33 3, ,7 10,0 12, ,23 A ,13 3,13 3, ,7 10,0 12, ,24 A ,00 2,00 2,00 2, ,4 8,0 11, ,90 A ,00 2,00 2,00 2, ,4 8,5 11, ,66 A ,00 2,00 2,00 3, ,4 9,5 12, ,37 A ,82 1,82 1,82 4, ,4 10,0 12, ,31 A ,67 1,67 1,67 5, ,4 10,0 12, ,31 A ,00 2,00 2,50 2, ,4 9,0 12, ,57 A ,00 2,00 2,50 3, ,4 10,0 12, ,30 A ,74 1,74 2,17 4, ,4 10,0 12, ,31 A ,60 1,60 2,00 4, ,4 10,0 12, ,32 A ,82 1,82 3,18 3, ,4 10,0 12, ,31 A ,60 1,60 2,80 4, ,4 10,0 12, ,32 A ,48 1,48 2,59 4, ,4 10,0 12, ,32 A ,43 1,43 3,57 3, ,4 10,0 12, ,32 A ,33 1,33 3,33 4, ,4 10,0 12, ,33 A ,25 1,25 3,75 3, ,4 10,0 12, ,34 A ,00 2,50 2,50 2, ,4 9,5 12, ,37 A ,90 2,38 2,38 3, ,4 10,0 12, ,30 A ,67 2,08 2,08 4, ,4 10,0 12, ,31 A ,54 1,92 1,92 4, ,4 10,0 12, ,32 A ,74 2,17 3,04 3, ,4 10,0 12, ,31 A ,54 1,92 2,69 3, ,4 10,0 12, ,32 A ,43 1,79 2,50 4, ,4 10,0 12, ,32 A ,38 1,72 3,45 3, ,4 10,0 12, ,33 A ,29 1,61 3,23 3, ,4 10,0 12, ,33 A ,21 1,52 3,64 3, ,4 10,0 12, ,34 A ,60 2,80 2,80 2, ,4 10,0 12, ,32 A ,43 2,50 2,50 3, ,4 10,0 12, ,32 A ,33 2,33 2,33 4, ,4 10,0 12, ,33 A ,29 2,26 3,23 3, ,4 10,0 12, ,33 A ,50 2,50 2,50 2, ,4 10,0 12, ,30 A ,27 2,27 2,27 3, ,4 10,0 12, ,31 A ,00 2,00 2,00 4, ,4 10,0 12, ,32 A ,85 1,85 1,85 4, ,4 10,0 12, ,32 A ,08 2,08 2,92 2, ,4 10,0 12, ,31 A ,85 1,85 2,59 3, ,4 10,0 12, ,32 A ,72 1,72 2,41 4,14 4,4 10,0 12, ,33 A ,67 1,67 3,33 3, ,4 10,0 12, ,33 A ,56 1,56 3,13 3, ,4 10,0 12, ,34 A ,92 2,69 2,69 2, ,4 10,0 12, ,32 A ,72 2,41 2,41 3, ,4 10,0 12, ,33 A ,61 2,26 2,26 3, ,4 10,0 12, ,33 A ,56 2,19 3,13 3, ,4 10,0 12, ,34 A ,50 2,50 2,50 2, ,4 10,0 12, ,32 A ,26 2,26 2,26 3, ,4 10,0 12, ,33 A ,00 2,00 2,00 2,00 2,00-5,1 10,0 12, ,50 A ,90 1,90 1,90 1,90 2,38-5,1 10,0 12, ,50 A ,74 1,74 1,74 1,74 3,04-5,1 10,0 12, ,51 A ,54 1,54 1,54 1,54 3,85-5,1 10,0 12, ,52 A ,43 1,43 1,43 1,43 4,29-5,1 10,0 12, ,52 A ,82 1,82 1,82 2,27 2,27-5,1 10,0 12, ,50 A ,67 1,67 1,67 2,08 2,92-5,1 10,0 12, ,51 A ,48 1,48 1,48 1,85 3,70-5,1 10,0 12, ,52 A ,38 1,38 1,38 1,72 4,14-5,1 10,0 12, ,52 A ,54 1,54 1,54 2,69 2,69-5,1 10,0 12, ,52 A ,38 1,38 1,38 2,41 3,45-5,1 10,0 12, ,52 A ,29 1,29 1,29 2,26 3,87-5,1 10,0 12, ,53 A ,25 1,25 1,25 3,13 3,13-5,1 10,0 12, ,53 A ,74 1,74 2,17 2,17 2,17-5,1 10,0 12, ,51 A ,60 1,60 2,00 2,00 2,80-5,1 10,0 12, ,51 A ,43 1,43 1,79 1,79 3,57-5,1 10,0 12, ,52 A ,33 1,33 1,67 1,67 4,00-5,1 10,0 12, ,52 A ,48 1,48 1,85 2,59 2,59-5,1 10,0 12, ,52 A ,33 1,33 1,67 2,33 3,33-5,1 10,0 12, ,52 A ,25 1,25 1,56 2,19 3,75-5,1 10,0 12, ,53 A ,38 1,38 2,41 2,41 2,41-5,1 10,0 12, ,52 A ,25 1,25 2,19 2,19 3,13-5,1 10,0 12, ,53 A ,67 2,08 2,08 2,08 2,08-5,1 10,0 12, ,51 A ,54 1,92 1,92 1,92 2,69-5,1 10,0 12, ,52 A ,38 1,72 1,72 1,72 3,45-5,1 10,0 12, ,52 A ,29 1,61 1,61 1,61 3,87-5,1 10,0 12, ,53 A 1415 Residential 5 5

58 Combinations Multisplit DC Inverter Hyper ,43 1,79 1,79 2,50 2,50-5,1 10,0 12, ,52 A ,29 1,61 1,61 2,26 3,23-5,1 10,0 12, ,53 A ,33 1,67 2,33 2,33 2,33-5,1 10,0 12, ,52 A ,25 2,19 2,19 2,19 2,19-5,1 10,0 12, ,53 A ,00 2,00 2,00 2,00 2,00-5,1 10,0 12, ,51 A ,85 1,85 1,85 1,85 2,59-5,1 10,0 12, ,52 A ,67 1,67 1,67 1,67 3,33-5,1 10,0 12, ,52 A ,56 1,56 1,56 1,56 3,75-5,1 10,0 12, ,53 A ,72 1,72 1,72 2,41 2,41-5,1 10,0 12, ,52 A ,56 1,56 1,56 2,19 3,13-5,1 10,0 12, ,53 A ,61 1,61 2,26 2,26 2,26-5,1 10,0 12, ,53 A 1415 HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D E F min. std. max. kw/h 20 3, ,5 3,0 3, ,97 D , ,5 3,4 4, ,96 D , ,5 4,5 5, ,92 D , ,5 5,8 6, ,90 D , ,5 6,8 7, ,88 D ,00 3, ,1 6,0 7, ,97 A ,84 3, ,1 6,4 7, ,93 A ,73 4, ,1 7,5 8, ,85 A ,51 6, ,1 8,8 10, ,70 A ,45 7, ,1 9,8 11, ,53 B ,40 3, ,1 6,8 8, ,91 A ,29 4, ,1 7,9 9, ,76 A ,07 6, ,1 9,2 10, ,57 B ,00 7, ,1 10,2 11, ,42 B ,50 4, ,1 9,0 10, ,64 A ,24 6, ,1 10,3 11, ,46 B ,16 7, ,1 11,3 12, ,29 C ,80 5, ,1 11,6 13, ,24 C ,45 6, ,1 12,0 13, ,23 C ,00 6, ,1 12,0 13, ,23 C ,00 3,00 3, ,2 9,0 11, ,04 A ,89 2,89 3, ,2 9,4 11, ,00 A ,80 2,80 4, ,2 10,5 12, ,87 A ,62 2,62 6, ,2 11,8 13, ,68 A ,40 2,40 7, ,2 12,0 13, ,58 B ,80 3,50 3, ,2 9,8 12, ,90 A ,73 3,41 4, ,2 10,9 12, ,75 A ,53 3,16 6, ,2 12,0 13, ,58 B ,29 2,86 6, ,2 12,0 13, ,58 B ,67 4,67 4, ,2 12,0 13, ,57 B ,29 4,00 5, ,2 12,0 13, ,58 B ,09 3,65 6, ,2 12,0 13, ,59 B ,00 5,00 5, ,2 12,0 13, ,59 B ,85 4,62 5, ,2 12,0 13, ,59 B ,71 5,14 5, ,2 12,0 13, ,60 A ,40 3,40 3, ,2 10,2 12, ,76 A ,32 3,32 4, ,2 11,3 13, ,63 A ,00 3,00 6, ,2 12,0 13, ,58 B ,73 2,73 6, ,2 12,0 13, ,58 B ,16 4,42 4, ,2 12,0 13, ,58 B ,73 3,82 5, ,2 12,0 13, ,58 B ,50 3,50 6, ,2 12,0 13, ,59 B ,40 4,80 4, ,2 12,0 13, ,59 B ,22 4,44 5, ,2 12,0 13, ,60 A ,07 4,97 4, ,2 12,0 13, ,60 A ,00 4,00 4, ,2 12,0 13, ,58 B ,50 3,50 5, ,2 12,0 13, ,59 B ,23 3,23 5, ,2 12,0 13, ,59 B ,11 4,44 4, ,2 12,0 13, ,60 A ,90 4,14 4, ,2 12,0 13, ,60 A ,71 4,65 4, ,2 12,0 13, ,61 A ,00 4,00 4, ,2 12,0 13, ,60 A ,75 3,75 4, ,2 12,0 13, ,61 A ,00 3,00 3,00 3, ,6 12,0 13, ,72 A ,82 2,82 2,82 3, ,6 12,0 13, ,72 A ,53 2,53 2,53 4, ,6 12,0 13, ,72 A ,18 2,18 2,18 5, ,6 12,0 13, ,73 A ,00 2,00 2,00 6, ,6 12,0 13, ,73 A ,67 2,67 3,33 3, ,6 12,0 13, ,72 A ,40 2,40 3,00 4, ,6 12,0 13, ,73 A ,09 2,09 2,61 5, ,6 12,0 13, ,73 A

59 Combinations SCM 100 ZJ-S1 4 5 Multisplit DC Inverter Hyper ,92 1,92 2,40 5, ,6 12,0 13, ,59 B ,18 2,18 3,82 3, ,6 12,0 13, ,73 A ,92 1,92 3,36 4, ,6 12,0 13, ,59 B ,78 1,78 3,11 5, ,6 12,0 13, ,74 A ,71 1,71 4,29 4, ,6 12,0 13, ,74 A ,60 1,60 4,00 4, ,6 12,0 13, ,74 A ,50 1,50 4,50 4, ,6 12,0 13, ,75 A ,53 3,16 3,16 3, ,6 12,0 13, ,72 A ,29 2,86 2,86 4, ,6 12,0 13, ,73 A ,00 2,50 2,50 5, ,6 12,0 13, ,73 A ,85 2,31 2,31 5, ,6 12,0 13, ,59 B ,09 2,61 3,65 3, ,6 12,0 13, ,73 A ,85 2,31 3,23 4, ,6 12,0 13, ,59 B ,71 2,14 3,00 5, ,6 12,0 13, ,74 A ,66 2,07 4,14 4, ,6 12,0 13, ,74 A ,55 1,94 3,87 4, ,6 12,0 13, ,75 A ,92 3,36 3,36 3, ,6 12,0 13, ,59 B ,71 3,00 3,00 4, ,6 12,0 13, ,74 A ,60 2,80 2,80 4, ,6 12,0 13, ,74 A ,55 2,71 3,87 3, ,6 12,0 13, ,75 A ,00 3,00 3,00 3, ,6 12,0 13, ,73 A ,73 2,73 2,73 3, ,6 12,0 13, ,73 A ,40 2,40 2,40 4, ,6 12,0 13, ,59 B ,22 2,22 2,22 5, ,6 12,0 13, ,74 A ,50 2,50 3,50 3, ,6 12,0 13, ,73 A ,22 2,22 3,11 4, ,6 12,0 13, ,74 A ,07 2,07 2,90 4,97 3,6 12,0 13, ,74 A ,00 2,00 4,00 4, ,6 12,0 13, ,74 A ,88 1,88 3,75 4, ,6 12,0 13, ,75 A ,31 3,23 3,23 3, ,6 12,0 13, ,59 B ,07 2,90 2,90 4, ,6 12,0 13, ,74 A ,94 2,71 2,71 4, ,6 12,0 13, ,75 A ,88 2,63 3,75 3, ,6 12,0 13, ,75 A ,00 3,00 3,00 3, ,6 12,0 13, ,74 A ,71 2,71 2,71 3, ,6 12,0 13, ,75 A ,40 2,40 2,40 2,40 2,40-4,0 12,0 13, ,10 A ,29 2,29 2,29 2,29 2,86-4,0 12,0 13, ,11 A ,09 2,09 2,09 2,09 3,65-4,0 12,0 13, ,11 A ,85 1,85 1,85 1,85 4,62-4,0 12,0 13, ,12 A ,71 1,71 1,71 1,71 5,14-4,0 12,0 13, ,12 A ,18 2,18 2,18 2,73 2,73-4,0 12,0 13, ,11 A ,00 2,00 2,00 2,50 3,50-4,0 12,0 13, ,11 A ,78 1,78 1,78 2,22 4,44-4,0 12,0 13, ,12 A ,66 1,66 1,66 2,07 4,97-4,0 12,0 13, ,12 A ,85 1,85 1,85 3,23 3,23-4,0 12,0 13, ,12 A ,66 1,66 1,66 2,90 4,14-4,0 12,0 13, ,12 A ,55 1,55 1,55 2,71 4,65-4,0 12,0 13, ,14 A ,50 1,50 1,50 3,75 3,75-4,0 12,0 13, ,14 A ,09 2,09 2,61 2,61 2,61-4,0 12,0 13, ,11 A ,92 1,92 2,40 2,40 3,36-4,0 12,0 13, ,12 A ,71 1,71 2,14 2,14 4,29-4,0 12,0 13, ,12 A ,60 1,60 2,00 2,00 4,80-4,0 12,0 13, ,12 A ,78 1,78 2,22 3,11 3,11-4,0 12,0 13, ,12 A ,60 1,60 2,00 2,80 4,00-4,0 12,0 13, ,12 A ,50 1,50 1,88 2,63 4,50-4,0 12,0 13, ,14 A ,66 1,66 2,90 2,90 2,90-4,0 12,0 13, ,12 A ,50 1,50 2,63 2,63 3,75-4,0 12,0 13, ,14 A ,00 2,50 2,50 2,50 2,50-4,0 12,0 13, ,11 A ,85 2,31 2,31 2,31 3,23-4,0 12,0 13, ,12 A ,66 2,07 2,07 2,07 4,14-4,0 12,0 13, ,12 A ,55 1,94 1,94 1,94 4,65-4,0 12,0 13, ,14 A ,71 2,14 2,14 3,00 3,00-4,0 12,0 13, ,12 A ,55 1,94 1,94 2,71 3,87-4,0 12,0 13, ,14 A ,60 2,00 2,80 2,80 2,80-4,0 12,0 13, ,12 A ,50 2,63 2,63 2,63 2,63-4,0 12,0 13, ,14 A ,40 2,40 2,40 2,40 2,40-4,0 12,0 13, ,12 A ,22 2,22 2,22 2,22 3,11-4,0 12,0 13, ,12 A ,00 2,00 2,00 2,00 4,00-4,0 12,0 13, ,12 A ,88 1,88 1,88 1,88 4,50-4,0 12,0 13, ,14 A ,07 2,07 2,07 2,90 2,90-4,0 12,0 13, ,12 A ,88 1,88 1,88 2,63 3,75-4,0 12,0 13, ,14 A ,94 1,94 2,71 2,71 2,71-4,0 12,0 13, ,14 A 1450 Residential 5 7

60 Combinations Multisplit DC Inverter Hyper with SRK ZJ-S, FDTC, SRR, SRF I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D E F min. std. max. 20 2, ,8 2,0 2, ,56 E , ,8 2,5 3, ,50 E , ,8 3,5 3, ,33 F , ,8 5,0 5, ,33 F , ,8 6,0 6, ,21 F , ,8 7,1 7, ,18 G ,00 2, ,0 4,0 5, ,17 A ,00 2, ,0 4,5 5, ,09 A ,00 3, ,0 5,5 6, ,67 A ,00 5, ,0 7,0 8, ,06 B ,00 6, ,0 8,0 9, ,01 B ,00 7, ,0 9,1 9, ,94 C ,50 2, ,0 5,0 6, ,52 A ,50 3, ,0 6,0 6, ,31 A ,50 5, ,0 7,5 9, ,04 B ,50 6, ,0 8,5 9, ,02 B ,53 7,17 3,0 9,7 10, ,90 C ,50 3, ,0 7,0 7, ,06 B ,50 5, ,0 8,5 9, ,02 B ,50 6, ,0 9,5 10, ,90 C ,30 6, ,0 10,0 10, ,87 C ,00 5, ,0 10,0 11, ,87 C ,55 5, ,0 10,0 11, ,87 C ,13 5, ,0 10,0 11, ,88 C ,00 5, ,0 10,0 11, ,88 C ,58 5, ,0 10,0 11, ,88 C ,00 5, ,0 10,0 11, ,89 C ,00 2,00 2, ,7 6,0 8, ,92 A ,00 2,00 2, ,7 6,5 8, ,76 A ,00 2,00 3, ,7 7,5 9, ,61 A ,00 2,00 5, ,7 9,0 11, ,30 A ,00 2,00 6, ,7 10,0 11, ,05 B ,80 1,80 6, ,7 10,0 11, ,05 B ,00 2,50 2, ,7 7,0 9, ,61 A ,00 2,50 3, ,7 8,0 9, ,28 A ,00 2,50 5, ,7 9,5 11, ,04 B ,90 2,38 5, ,7 10,0 11, ,05 B ,72 2,16 6, ,7 10,0 11, ,05 B ,00 3,50 3, ,7 9,0 10, ,08 B ,90 3,33 4, ,7 10,0 11, ,05 B ,74 3,04 5, ,7 10,0 11, ,05 B ,59 2,78 5, ,7 10,0 11, ,06 B ,67 4,17 4, ,7 10,0 11, ,06 B ,54 3,85 4, ,7 10,0 11, ,06 B ,42 3,55 5, ,7 10,0 11, ,07 B ,43 4,29 4, ,7 10,0 11, ,07 B ,32 3,97 4, ,7 10,0 11, ,07 B ,50 2,50 2, ,7 7,5 9, ,52 A ,50 2,50 3, ,7 8,5 9, ,21 A ,50 2,50 5, ,7 10,0 11, ,05 B ,27 2,27 5, ,7 10,0 11, ,05 B ,07 2,07 5,87 3,7 10,0 11, ,06 B ,50 3,50 3, ,7 9,5 10, ,04 B ,27 3,18 4, ,7 10,0 11, ,05 B ,08 2,92 5, ,7 10,0 11, ,06 B ,91 2,67 5,42 3,7 10,0 11, ,06 B ,00 4,00 4, ,7 10,0 11, ,06 B ,85 3,70 4, ,7 10,0 11, ,06 B ,71 3,42 4, ,7 10,0 11, ,07 B ,72 4,14 4, ,7 10,0 11, ,07 B ,60 3,85 4, ,7 10,0 11, ,07 B ,33 3,33 3, ,7 10,0 10, ,05 B ,92 2,92 4, ,7 10,0 11, ,06 B ,69 2,69 4, ,7 10,0 11, ,06 B ,48 2,48 5, ,7 10,0 11, ,07 B ,59 3,70 3, ,7 10,0 11, ,06 B ,41 3,45 4, ,7 10,0 11, ,07 B ,24 3,21 4, ,7 10,0 11, ,07 B ,26 3,87 3, ,7 10,0 11, ,07 B ,33 3,33 3, ,7 10,0 11, ,07 B ,13 3,13 3, ,7 10,0 11, ,07 B ,00 2,00 2,00 2, ,4 8,0 10, ,79 A ,00 2,00 2,00 2, ,4 8,5 11, ,56 A ,00 2,00 2,00 3, ,4 9,5 11, ,28 A ,82 1,82 1,82 4, ,4 10,0 11, ,12 B

61 Combinations SCM 100 ZJ-S1 4 5 Multisplit DC Inverter Hyper ,67 1,67 1,67 5, ,4 10,0 11, ,12 B ,53 1,53 1,53 5, ,4 10,0 11, ,13 B ,00 2,00 2,50 2, ,4 9,0 11, ,46 A ,00 2,00 2,50 3, ,4 10,0 11, ,11 B ,74 1,74 2,17 4, ,4 10,0 11, ,12 B ,60 1,60 2,00 4, ,4 10,0 11, ,12 B ,47 1,47 1,84 5, ,4 10,0 11, ,13 B ,82 1,82 3,18 3, ,4 10,0 11, ,12 B ,60 1,60 2,80 4, ,4 10,0 11, ,12 B ,48 1,48 2,59 4, ,4 10,0 11, ,13 B ,37 1,37 2,40 4, ,4 10,0 11, ,13 B ,43 1,43 3,57 3, ,4 10,0 11, ,13 B ,33 1,33 3,33 4, ,4 10,0 11, ,13 B ,25 1,25 3,75 3, ,4 10,0 11, ,14 B ,00 2,50 2,50 2, ,4 9,5 11, ,28 A ,90 2,38 2,38 3, ,4 10,0 11, ,11 B ,67 2,08 2,08 4, ,4 10,0 11, ,12 B ,54 1,92 1,92 4, ,4 10,0 11, ,13 B ,46 1,81 1,81 4, ,4 10,0 11, ,13 B ,74 2,17 3,04 3, ,4 10,0 11, ,12 B ,54 1,92 2,69 3, ,4 10,0 11, ,13 B ,43 1,79 2,50 4, ,4 10,0 11, ,13 B ,32 1,66 2,32 4,70 4,4 10,0 11, ,13 B ,38 1,72 3,45 3, ,4 10,0 11, ,13 B ,29 1,61 3,23 3, ,4 10,0 11, ,13 B ,60 2,80 2,80 2, ,4 10,0 11, ,12 B ,43 2,50 2,50 3, ,4 10,0 11, ,13 B ,33 2,33 2,33 4, ,4 10,0 11, ,13 B ,29 2,26 3,23 3, ,4 10,0 11, ,13 B ,50 2,50 2,50 2, ,4 10,0 11, ,11 B ,27 2,27 2,27 3, ,4 10,0 11, ,12 B ,00 2,00 2,00 4, ,4 10,0 11, ,12 B ,85 1,85 1,85 4, ,4 10,0 11, ,13 B ,71 1,71 1,71 4,86 4,4 10,0 11, ,13 B ,08 2,08 2,92 2, ,4 10,0 11, ,12 B ,85 1,85 2,59 3, ,4 10,0 11, ,13 B ,72 1,72 2,41 4,14 4,4 10,0 11, ,13 B ,60 1,60 2,24 4,55 4,4 10,0 11, ,13 B ,67 1,67 3,33 3, ,4 10,0 11, ,13 B ,56 1,56 3,13 3, ,4 10,0 11, ,14 B ,92 2,69 2,69 2, ,4 10,0 11, ,13 B ,72 2,41 2,41 3, ,4 10,0 11, ,13 B ,61 2,26 2,26 3, ,4 10,0 11, ,13 B ,56 2,19 3,13 3, ,4 10,0 11, ,14 B ,50 2,50 2,50 2, ,4 10,0 11, ,13 B ,26 2,26 2,26 3, ,4 10,0 11, ,13 B ,00 2,00 2,00 2,00 2,00-5,1 10,0 11, ,39 A ,90 1,90 1,90 1,90 2,38-5,1 10,0 11, ,39 A ,74 1,74 1,74 1,74 3,04-5,1 10,0 11, ,39 A ,54 1,54 1,54 1,54 3,85-5,1 10,0 11, ,40 A ,43 1,43 1,43 1,43 4,29-5,1 10,0 11, ,41 A ,32 1,32 1,32 1,32 4,70-5,1 10,0 11, ,41 A ,82 1,82 1,82 2,27 2,27-5,1 10,0 11, ,39 A ,67 1,67 1,67 2,08 2,92-5,1 10,0 11, ,40 A ,48 1,48 1,48 1,85 3,70-5,1 10,0 11, ,40 A ,38 1,38 1,38 1,72 4,14-5,1 10,0 11, ,41 A ,28 1,28 1,28 1,60 4,55-5,1 10,0 11, ,41 A ,54 1,54 1,54 2,69 2,69-5,1 10,0 11, ,40 A ,38 1,38 1,38 2,41 3,45-5,1 10,0 11, ,41 A ,29 1,29 1,29 2,26 3,87-5,1 10,0 11, ,41 A ,25 1,25 1,25 3,13 3,13-5,1 10,0 11, ,41 A ,74 1,74 2,17 2,17 2,17-5,1 10,0 11, ,39 A ,60 1,60 2,00 2,00 2,80-5,1 10,0 11, ,40 A ,43 1,43 1,79 1,79 3,57-5,1 10,0 11, ,41 A ,33 1,33 1,67 1,67 4,00-5,1 10,0 11, ,41 A ,48 1,48 1,85 2,59 2,59-5,1 10,0 11, ,40 A ,33 1,33 1,67 2,33 3,33-5,1 10,0 11, ,41 A ,25 1,25 1,56 2,19 3,75-5,1 10,0 11, ,41 A ,38 1,38 2,41 2,41 2,41-5,1 10,0 11, ,41 A ,25 1,25 2,19 2,19 3,13-5,1 10,0 11, ,41 A ,67 2,08 2,08 2,08 2,08-5,1 10,0 11, ,40 A ,54 1,92 1,92 1,92 2,69-5,1 10,0 11, ,40 A ,38 1,72 1,72 1,72 3,45-5,1 10,0 11, ,41 A ,29 1,61 1,61 1,61 3,87-5,1 10,0 11, ,41 A ,43 1,79 1,79 2,50 2,50-5,1 10,0 11, ,41 A ,29 1,61 1,61 2,26 3,23-5,1 10,0 11, ,41 A ,33 1,67 2,33 2,33 2,33-5,1 10,0 11, ,41 A ,25 2,19 2,19 2,19 2,19-5,1 10,0 11, ,41 A 1465 Residential 5 9

62 Combinations Multisplit DC Inverter Hyper ,00 2,00 2,00 2,00 2,00-5,1 10,0 11, ,40 A ,85 1,85 1,85 1,85 2,59-5,1 10,0 11, ,40 A ,67 1,67 1,67 1,67 3,33-5,1 10,0 11, ,41 A ,56 1,56 1,56 1,56 3,75-5,1 10,0 11, ,41 A ,72 1,72 1,72 2,41 2,41-5,1 10,0 11, ,41 A ,56 1,56 1,56 2,19 3,13-5,1 10,0 11, ,41 A ,61 1,61 2,26 2,26 2,26-5,1 10,0 11, ,41 A 1465 HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D E F min. std. max. kw/h 20 3, ,5 3,0 3, ,46 F , ,5 3,4 4, ,69 E , ,5 4,5 4, ,73 E , ,5 5,8 6, ,74 E , ,5 6,8 7, ,72 E , ,5 8,0 8, ,65 E ,00 3, ,1 6,0 7, ,90 A ,84 3, ,1 6,4 7, ,86 A ,73 4, ,1 7,5 8, ,77 A ,51 6, ,1 8,8 10, ,62 A ,45 7, ,1 9,8 11, ,45 B ,42 8, ,1 11,0 11, ,87 A ,40 3, ,1 6,8 8, ,84 A ,29 4, ,1 7,9 9, ,69 A ,07 6, ,1 9,2 10, ,50 B ,00 7, ,1 10,2 11, ,36 C ,97 8, ,1 11,4 12, ,31 C ,50 4, ,1 9,0 9, ,57 B ,24 6, ,1 10,3 11, ,39 C ,16 7, ,1 11,3 12, ,30 C ,96 8, ,1 12,0 12, ,98 D ,80 5, ,1 11,6 12, ,17 D ,45 6, ,1 12,0 13, ,98 D ,96 7,04 2,1 12,0 13, ,98 D ,00 6, ,1 12,0 13, ,98 D ,50 6, ,1 12,0 13, ,98 D ,00 6, ,1 12,0 13, ,98 D ,00 3,00 3, ,2 9,0 10, ,96 A ,89 2,89 3, ,2 9,4 11, ,92 A ,80 2,80 4, ,2 10,5 12, ,80 A ,62 2,62 6, ,2 11,8 13, ,61 A ,40 2,40 7, ,2 12,0 13, ,51 B ,16 2,16 7, ,2 12,0 13, ,52 B ,80 3,50 3, ,2 9,8 11, ,83 A ,73 3,41 4, ,2 10,9 12, ,67 A ,53 3,16 6, ,2 12,0 13, ,51 B ,29 2,86 6, ,2 12,0 13, ,51 B ,07 2,59 7, ,2 12,0 13, ,52 B ,67 4,67 4, ,2 12,0 13, ,51 B ,29 4,00 5, ,2 12,0 13, ,51 B ,09 3,65 6, ,2 12,0 13, ,52 B ,90 3,33 6, ,2 12,0 13, ,52 B ,00 5,00 5, ,2 12,0 13, ,52 B ,85 4,62 5, ,2 12,0 13, ,53 B ,70 4,26 6, ,2 12,0 13, ,54 B ,71 5,14 5, ,2 12,0 13, ,54 B ,59 4,77 5, ,2 12,0 13, ,54 B ,40 3,40 3, ,2 10,2 12, ,70 A ,32 3,32 4, ,2 11,3 13, ,56 B ,00 3,00 6, ,2 12,0 13, ,51 B ,73 2,73 6, ,2 12,0 13, ,52 B ,48 2,48 7, ,2 12,0 13, ,52 B ,16 4,42 4, ,2 12,0 13, ,51 B ,73 3,82 5, ,2 12,0 13, ,52 B ,50 3,50 6, ,2 12,0 13, ,52 B ,29 3,21 6, ,2 12,0 13, ,53 B ,40 4,80 4, ,2 12,0 13, ,52 B ,22 4,44 5, ,2 12,0 13, ,53 B ,05 4,11 5, ,2 12,0 13, ,54 B ,07 4,97 4, ,2 12,0 13, ,54 B ,92 4,62 5, ,2 12,0 13, ,54 B ,00 4,00 4, ,2 12,0 13, ,51 B ,50 3,50 5, ,2 12,0 13, ,52 B ,23 3,23 5, ,2 12,0 13, ,53 B ,98 2,98 6, ,2 12,0 13, ,54 B ,11 4,44 4, ,2 12,0 13, ,53 B

63 Combinations SCM 100 ZJ-S Multisplit DC Inverter Hyper ,90 4,14 4, ,2 12,0 13, ,54 B ,69 3,85 5, ,2 12,0 13, ,54 B ,71 4,65 4, ,2 12,0 13, ,54 B ,00 4,00 4, ,2 12,0 13, ,54 B ,75 3,75 4, ,2 12,0 13, ,55 B ,00 3,00 3,00 3, ,6 12,0 13, ,67 A ,82 2,82 2,82 3, ,6 12,0 13, ,67 A ,53 2,53 2,53 4, ,6 12,0 13, ,67 A ,18 2,18 2,18 5, ,6 12,0 13, ,68 A ,00 2,00 2,00 6, ,6 12,0 13, ,69 A ,83 1,83 1,83 6, ,6 12,0 13, ,69 A ,67 2,67 3,33 3, ,6 12,0 13, ,67 A ,40 2,40 3,00 4, ,6 12,0 13, ,68 A ,09 2,09 2,61 5, ,6 12,0 13, ,68 A ,92 1,92 2,40 5, ,6 12,0 13, ,69 A ,76 1,76 2,21 6, ,6 12,0 13, ,69 A ,18 2,18 3,82 3, ,6 12,0 13, ,68 A ,92 1,92 3,36 4, ,6 12,0 13, ,69 A ,78 1,78 3,11 5, ,6 12,0 13, ,69 A ,64 1,64 2,88 5, ,6 12,0 13, ,70 A ,71 1,71 4,29 4, ,6 12,0 13, ,70 A ,60 1,60 4,00 4, ,6 12,0 13, ,70 A ,50 1,50 4,50 4, ,6 12,0 13, ,70 A ,53 3,16 3,16 3, ,6 12,0 13, ,67 A ,29 2,86 2,86 4, ,6 12,0 13, ,68 A ,00 2,50 2,50 5, ,6 12,0 13, ,69 A ,85 2,31 2,31 5, ,6 12,0 13, ,69 A ,70 2,13 2,13 6, ,6 12,0 13, ,70 A ,09 2,61 3,65 3, ,6 12,0 13, ,68 A ,85 2,31 3,23 4, ,6 12,0 13, ,69 A ,71 2,14 3,00 5, ,6 12,0 13, ,70 A ,59 1,99 2,78 5, ,6 12,0 13, ,70 A ,66 2,07 4,14 4, ,6 12,0 13, ,70 A ,55 1,94 3,87 4, ,6 12,0 13, ,70 A ,92 3,36 3,36 3, ,6 12,0 13, ,69 A ,71 3,00 3,00 4, ,6 12,0 13, ,70 A ,60 2,80 2,80 4, ,6 12,0 13, ,70 A ,55 2,71 3,87 3, ,6 12,0 13, ,70 A ,00 3,00 3,00 3, ,6 12,0 13, ,68 A ,73 2,73 2,73 3, ,6 12,0 13, ,68 A ,40 2,40 2,40 4, ,6 12,0 13, ,69 A ,22 2,22 2,22 5, ,6 12,0 13, ,69 A ,05 2,05 2,05 5, ,6 12,0 13, ,70 A ,50 2,50 3,50 3, ,6 12,0 13, ,69 A ,22 2,22 3,11 4, ,6 12,0 13, ,69 A ,07 2,07 2,90 4, ,6 12,0 13, ,70 A ,92 1,92 2,69 5, ,6 12,0 13, ,70 A ,00 2,00 4,00 4, ,6 12,0 13, ,70 A ,88 1,88 3,75 4, ,6 12,0 13, ,70 A ,31 3,23 3,23 3, ,6 12,0 13, ,69 A ,07 2,90 2,90 4, ,6 12,0 13, ,70 A ,94 2,71 2,71 4, ,6 12,0 13, ,70 A ,88 2,63 3,75 3, ,6 12,0 13, ,70 A ,00 3,00 3,00 3, ,6 12,0 13, ,70 A ,71 2,71 2,71 3, ,6 12,0 13, ,70 A ,40 2,40 2,40 2,40 2,40-4,0 12,0 13, ,73 A ,29 2,29 2,29 2,29 2,86-4,0 12,0 13, ,73 A ,09 2,09 2,09 2,09 3,65-4,0 12,0 13, ,74 A ,85 1,85 1,85 1,85 4,62-4,0 12,0 13, ,75 A ,71 1,71 1,71 1,71 5,14-4,0 12,0 13, ,75 A ,59 1,59 1,59 1,59 5,64-4,0 12,0 13, ,76 A ,18 2,18 2,18 2,73 2,73-4,0 12,0 13, ,74 A ,00 2,00 2,00 2,50 3,50-4,0 12,0 13, ,74 A ,78 1,78 1,78 2,22 4,44-4,0 12,0 13, ,75 A ,66 1,66 1,66 2,07 4,97-4,0 12,0 13, ,75 A ,54 1,54 1,54 1,92 5,46-4,0 12,0 13, ,76 A ,85 1,85 1,85 3,23 3,23-4,0 12,0 13, ,75 A ,66 1,66 1,66 2,90 4,14-4,0 12,0 13, ,75 A ,55 1,55 1,55 2,71 4,65-4,0 12,0 13, ,76 A ,50 1,50 1,50 3,75 3,75-4,0 12,0 13, ,76 A ,09 2,09 2,61 2,61 2,61-4,0 12,0 13, ,74 A ,92 1,92 2,40 2,40 3,36-4,0 12,0 13, ,74 A ,71 1,71 2,14 2,14 4,29-4,0 12,0 13, ,75 A ,60 1,60 2,00 2,00 4,80-4,0 12,0 13, ,76 A ,78 1,78 2,22 3,11 3,11-4,0 12,0 13, ,75 A ,60 1,60 2,00 2,80 4,00-4,0 12,0 13, ,76 A ,50 1,50 1,88 2,63 4,50-4,0 12,0 13, ,76 A ,66 1,66 2,90 2,90 2,90-4,0 12,0 13, ,75 A ,50 1,50 2,63 2,63 3,75-4,0 12,0 13, ,76 A 1595 Residential 6 1

64 Combinations Multisplit DC Inverter Hyper ,00 2,50 2,50 2,50 2,50-4,0 12,0 13, ,74 A ,85 2,31 2,31 2,31 3,23-4,0 12,0 13, ,75 A ,66 2,07 2,07 2,07 4,14-4,0 12,0 13, ,75 A ,55 1,94 1,94 1,94 4,65-4,0 12,0 13, ,76 A ,71 2,14 2,14 3,00 3,00-4,0 12,0 13, ,75 A ,55 1,94 1,94 2,71 3,87-4,0 12,0 13, ,76 A ,60 2,00 2,80 2,80 2,80-4,0 12,0 13, ,76 A ,50 2,63 2,63 2,63 2,63-4,0 12,0 13, ,76 A ,40 2,40 2,40 2,40 2,40-4,0 12,0 13, ,74 A ,22 2,22 2,22 2,22 3,11-4,0 12,0 13, ,75 A ,00 2,00 2,00 2,00 4,00-4,0 12,0 13, ,76 A ,88 1,88 1,88 1,88 4,50-4,0 12,0 13, ,76 A ,07 2,07 2,07 2,90 2,90-4,0 12,0 13, ,75 A ,88 1,88 1,88 2,63 3,75-4,0 12,0 13, ,76 A ,94 1,94 2,71 2,71 2,71-4,0 12,0 13, ,76 A 1595 SCM 125 ZJ-S1 with SRK ZJX-S/S1 I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D E F min. std. max. 20 2, ,8 2,0 2, ,67 D , ,8 2,5 3, ,63 D , ,8 3,5 3, ,50 E , ,8 5,0 6, ,50 E , ,8 6,0 7, ,45 E ,00 2, ,0 4,0 5, ,40 A ,00 2, ,0 4,5 6, ,29 A ,00 3, ,0 5,5 6, ,85 A ,00 5, ,0 7,0 8, ,21 A ,00 6, ,0 8,0 9, ,16 B ,50 2, ,0 5,0 6, ,70 A ,50 3, ,0 6,0 7, ,49 A ,50 5, ,0 7,5 9, ,19 B ,50 6, ,0 8,5 9, ,17 B ,50 3, ,0 7,0 7, ,21 A ,50 5, ,0 8,5 10, ,17 B ,50 6, ,0 9,5 10, ,04 B ,00 5, ,0 10,0 12, ,99 C ,00 6, ,0 11,0 12, ,99 C 1842, ,00 6, ,0 12,0 12, ,86 C ,00 2,00 2, ,7 6,0 8, ,11 A ,00 2,00 2, ,7 6,5 9, ,94 A ,00 2,00 3, ,7 7,5 9, ,79 A ,00 2,00 5, ,7 9,0 11, ,46 A ,00 2,00 6, ,7 10,0 12, ,21 A ,00 2,50 2, ,7 7,0 9, ,78 A ,00 2,50 3, ,7 8,0 10, ,45 A ,00 2,50 5, ,7 9,5 12, ,19 B ,00 2,50 6, ,7 10,5 12, ,92 C ,00 3,50 3, ,7 9,0 10, ,24 A ,00 3,50 5, ,7 10,5 12, ,92 C ,00 3,50 6, ,7 11,5 12, ,91 C ,00 5,00 5, ,7 12,0 12, ,84 C ,92 4,81 5, ,7 12,5 12, ,81 C ,79 5,36 5, ,7 12,5 12, ,81 C ,50 2,50 2, ,7 7,5 10, ,69 A ,50 2,50 3, ,7 8,5 10, ,37 A ,50 2,50 5, ,7 10,0 12, ,07 B ,50 2,50 6, ,7 11,0 12, ,96 C ,50 3,50 3, ,7 9,5 11, ,19 B ,50 3,50 5, ,7 11,0 12, ,96 C ,50 3,50 6, ,7 12,0 12, ,84 C ,50 5,00 5, ,7 12,5 12, ,81 C ,31 4,63 5, ,7 12,5 12, ,81 C ,16 5,17 5, ,7 12,5 12, ,81 C ,50 3,50 3, ,7 10,5 11, ,92 C ,50 3,50 5, ,7 12,0 12, ,84 C ,37 3,37 5, ,7 12,5 12, ,81 C ,24 4,63 4, ,7 12,5 12, ,81 C ,02 4,31 5, ,7 12,5 12, ,81 C ,82 4,84 4, ,7 12,5 12, ,81 C ,17 4,17 4, ,7 12,5 12, ,82 C

65 Combinations SCM 125 ZJ-S Multisplit DC Inverter Hyper ,91 3,91 4, ,7 12,5 12, ,82 C ,68 4,41 4, ,7 12,5 12, ,82 C ,17 4,17 4, ,7 12,5 12, ,82 C ,00 2,00 2,00 2, ,4 8,0 11, ,90 A ,00 2,00 2,00 2, ,4 8,5 11, ,66 A ,00 2,00 2,00 3, ,4 9,5 12, ,37 A ,00 2,00 2,00 5, ,4 11,0 13, ,16 B ,00 2,00 2,00 6, ,4 12,0 13, ,02 B ,00 2,00 2,50 2, ,4 9,0 12, ,57 A ,00 2,00 2,50 3, ,4 10,0 12, ,21 A ,00 2,00 2,50 5, ,4 11,5 13, ,09 B ,00 2,00 2,50 6, ,4 12,5 13, ,72 D ,00 2,00 3,50 3, ,4 11,0 13, ,16 B ,00 2,00 3,50 5, ,4 12,5 13, ,72 D ,85 1,85 3,24 5, ,4 12,5 13, ,72 D ,79 1,79 4,46 4, ,4 12,5 13, ,72 D ,67 1,67 4,17 5, ,4 12,5 13, ,72 D ,56 1,56 4,69 4, ,4 12,5 13, ,73 D ,00 2,50 2,50 2, ,4 9,5 13, ,37 A ,00 2,50 2,50 3, ,4 10,5 13, ,14 B ,00 2,50 2,50 5, ,4 12,0 13, ,02 B ,92 2,40 2,40 5, ,4 12,5 13, ,72 D ,00 2,50 3,50 3, ,4 11,5 13, ,09 B ,92 2,40 3,37 4, ,4 12,5 13, ,72 D ,79 2,23 3,13 5, ,4 12,5 13, ,72 D ,72 2,16 4,31 4, ,4 12,5 13, ,72 D ,61 2,02 4,03 4, ,4 12,5 13, ,73 D ,52 1,89 4,55 4, ,4 12,5 13, ,73 D ,00 3,50 3,50 3, ,4 12,5 13, ,72 D ,79 3,13 3,13 4, ,4 12,5 13, ,72 D ,67 2,92 2,92 5, ,4 12,5 13, ,72 D ,61 2,82 4,03 4, ,4 12,5 13, ,73 D ,52 2,65 3,79 4, ,4 12,5 13, ,73 D ,43 2,50 4,29 4, ,4 12,5 13, ,74 D ,47 3,68 3,68 3, ,4 12,5 13, ,73 D ,39 3,47 3,47 4, ,4 12,5 13, ,74 D ,32 3,29 3,95 3, ,4 12,5 13, ,74 D ,50 2,50 2,50 2, ,4 10,0 13, ,21 A ,50 2,50 2,50 3, ,4 11,0 13, ,16 B ,50 2,50 2,50 5, ,4 12,5 13, ,72 D ,31 2,31 2,31 5, ,4 12,5 13, ,72 D ,50 2,50 3,50 3, ,4 12,0 13, ,02 B ,31 2,31 3,24 4, ,4 12,5 13, ,72 D ,16 2,16 3,02 5,17 4,4 12,5 13, ,72 D ,08 2,08 4,17 4, ,4 12,5 13, ,72 D ,95 1,95 3,91 4, ,4 12,5 13, ,73 D ,84 1,84 4,41 4, ,4 12,5 13, ,73 D ,40 3,37 3,37 3, ,4 12,5 13, ,72 D ,16 3,02 3,02 4, ,4 12,5 13, ,72 D ,02 2,82 2,82 4, ,4 12,5 13, ,73 D ,95 2,73 3,91 3, ,4 12,5 13, ,73 D ,84 2,57 3,68 4, ,4 12,5 13, ,73 D ,74 2,43 4,17 4, ,4 12,5 13, ,74 D ,79 3,57 3,57 3, ,4 12,5 13, ,74 D ,69 3,38 3,38 4, ,4 12,5 13, ,74 D ,60 3,21 3,85 3, ,4 12,5 13, ,74 D ,13 3,13 3,13 3, ,4 12,5 13, ,72 D ,82 2,82 2,82 4, ,4 12,5 13, ,73 D ,65 2,65 2,65 4, ,4 12,5 13, ,73 D ,57 2,57 3,68 3, ,4 12,5 13, ,73 D ,43 2,43 3,47 4, ,4 12,5 13, ,74 D ,30 2,30 3,95 3, ,4 12,5 13, ,74 D ,36 3,38 3,38 3, ,4 12,5 13, ,74 D ,24 3,21 3,21 3, ,4 12,5 13, ,74 D ,00 2,00 2,00 2,00 2,00-5,1 10,0 13, ,47 A ,00 2,00 2,00 2,00 2,50-5,1 10,5 13, ,37 A ,00 2,00 2,00 2,00 3,50-5,1 11,5 13, ,18 B ,92 1,92 1,92 1,92 4,81-5,1 12,5 13, ,89 C ,79 1,79 1,79 1,79 5,36-5,1 12,5 13, ,90 C ,00 2,00 2,00 2,50 2,50-5,1 11,0 13, ,31 A ,00 2,00 2,00 2,50 3,50-5,1 12,0 13, ,01 B ,85 1,85 1,85 2,31 4,63-5,1 12,5 13, ,89 C ,72 1,72 1,72 2,16 5,17-5,1 12,5 13, ,90 C ,92 1,92 1,92 3,37 3,37-5,1 12,5 13, ,89 C ,72 1,72 1,72 3,02 4,31-5,1 12,5 13, ,90 C ,61 1,61 1,61 2,82 4,84-5,1 12,5 13, ,91 C ,56 1,56 1,56 3,91 3,91-5,1 12,5 13, ,91 C ,47 1,47 1,47 3,68 4,41-5,1 12,5 13, ,91 C ,39 1,39 1,39 4,17 4,17-5,1 12,5 13, ,92 C 2140 Residential 6 3

66 Combinations Multisplit DC Inverter Hyper ,00 2,00 2,50 2,50 2,50-5,1 11,5 13, ,18 B ,00 2,00 2,50 2,50 3,50-5,1 12,5 13, ,89 C ,79 1,79 2,23 2,23 4,46-5,1 12,5 13, ,90 C ,67 1,67 2,08 2,08 5,00-5,1 12,5 13, ,91 C ,85 1,85 2,31 3,24 3,24-5,1 12,5 13, ,89 C ,67 1,67 2,08 2,92 4,17-5,1 12,5 13, ,91 C ,56 1,56 1,95 2,73 4,69-5,1 12,5 13, ,91 C ,52 1,52 1,89 3,79 3,79-5,1 12,5 13, ,91 C ,43 1,43 1,79 3,57 4,29-5,1 12,5 13, ,92 C ,35 1,35 1,69 4,05 4,05-5,1 12,5 13, ,92 C ,72 1,72 3,02 3,02 3,02-5,1 12,5 13, ,90 C ,56 1,56 2,73 2,73 3,91-5,1 12,5 13, ,91 C ,47 1,47 2,57 2,57 4,41-5,1 12,5 13, ,91 C ,43 1,43 2,50 3,57 3,57-5,1 12,5 13, ,92 C ,35 1,35 2,36 3,38 4,05-5,1 12,5 13, ,92 C ,28 1,28 2,24 3,85 3,85-5,1 12,5 13, ,93 C ,32 1,32 3,29 3,29 3,29-5,1 12,5 13, ,93 C ,00 2,50 2,50 2,50 2,50-5,1 12,0 13, ,01 B ,92 2,40 2,40 2,40 3,37-5,1 12,5 13, ,89 C ,72 2,16 2,16 2,16 4,31-5,1 12,5 13, ,90 C ,61 2,02 2,02 2,02 4,84-5,1 12,5 13, ,91 C ,79 2,23 2,23 3,13 3,13-5,1 12,5 13, ,90 C ,61 2,02 2,02 2,82 4,03-5,1 12,5 13, ,91 C ,52 1,89 1,89 2,65 4,55-5,1 12,5 13, ,91 C ,47 1,84 1,84 3,68 3,68-5,1 12,5 13, ,91 C ,39 1,74 1,74 3,47 4,17-5,1 12,5 13, ,92 C ,32 1,64 1,64 3,95 3,95-5,1 12,5 13, ,93 C ,67 2,08 2,92 2,92 2,92-5,1 12,5 13, ,91 C ,52 1,89 2,65 2,65 3,79-5,1 12,5 13, ,91 C ,43 1,79 2,50 2,50 4,29-5,1 12,5 13, ,92 C ,39 1,74 2,43 3,47 3,47-5,1 12,5 13, ,92 C ,32 1,64 2,30 3,29 3,95-5,1 12,5 13, ,93 C ,28 1,60 3,21 3,21 3,21-5,1 12,5 13, ,93 C ,56 2,73 2,73 2,73 2,73-5,1 12,5 13, ,91 C ,43 2,50 2,50 2,50 3,57-5,1 12,5 13, ,92 C ,35 2,36 2,36 2,36 4,05-5,1 12,5 13, ,92 C ,32 2,30 2,30 3,29 3,29-5,1 12,5 13, ,93 C ,50 2,50 2,50 2,50 2,50-5,1 12,5 13, ,89 C ,31 2,31 2,31 2,31 3,24-5,1 12,5 13, ,89 C ,08 2,08 2,08 2,08 4,17-5,1 12,5 13, ,91 C ,95 1,95 1,95 1,95 4,69-5,1 12,5 13, ,91 C ,16 2,16 2,16 3,02 3,02-5,1 12,5 13, ,90 C ,95 1,95 1,95 2,73 3,91-5,1 12,5 13, ,91 C ,84 1,84 1,84 2,57 4,41-5,1 12,5 13, ,91 C ,79 1,79 1,79 3,57 3,57-5,1 12,5 13, ,92 C ,69 1,69 1,69 3,38 4,05-5,1 12,5 13, ,92 C ,60 1,60 1,60 3,85 3,85-5,1 12,5 13, ,93 C ,02 2,02 2,82 2,82 2,82-5,1 12,5 13, ,91 C ,84 1,84 2,57 2,57 3,68-5,1 12,5 13, ,91 C ,74 1,74 2,43 2,43 4,17-5,1 12,5 13, ,92 C ,69 1,69 2,36 3,38 3,38-5,1 12,5 13, ,92 C ,60 1,60 2,24 3,21 3,85-5,1 12,5 13, ,93 C ,89 2,65 2,65 2,65 2,65-5,1 12,5 13, ,91 C ,74 2,43 2,43 2,43 3,47-5,1 12,5 13, ,92 C ,64 2,30 2,30 2,30 3,95-5,1 12,5 13, ,93 C ,60 2,24 2,24 3,21 3,21-5,1 12,5 13, ,93 C ,50 2,50 2,50 2,50 2,50-5,1 12,5 13, ,92 C ,30 2,30 2,30 2,30 3,29-5,1 12,5 13, ,93 C ,00 2,00 2,00 2,00 2,00 2,00 5,5 12,0 13, ,28 A ,00 2,00 2,00 2,00 2,00 2,50 5,5 12,5 14, ,21 A ,85 1,85 1,85 1,85 1,85 3,24 5,5 12,5 14, ,21 A ,67 1,67 1,67 1,67 1,67 4,17 5,5 12,5 14, ,24 A ,56 1,56 1,56 1,56 1,56 4,69 5,5 12,5 14, ,24 A ,92 1,92 1,92 1,92 2,40 2,40 5,5 12,5 14, ,21 A ,79 1,79 1,79 1,79 2,23 3,13 5,5 12,5 14, ,22 A ,61 1,61 1,61 1,61 2,02 4,03 5,5 12,5 14, ,24 A ,52 1,52 1,52 1,52 1,89 4,55 5,5 12,5 14, ,25 A ,67 1,67 1,67 1,67 2,92 2,92 5,5 12,5 14, ,24 A ,52 1,52 1,52 1,52 2,65 3,79 5,5 12,5 14, ,25 A ,43 1,43 1,43 1,43 2,50 4,29 5,5 12,5 14, ,26 A ,39 1,39 1,39 1,39 3,47 3,47 5,5 12,5 14, ,27 A ,32 1,32 1,32 1,32 3,29 3,95 5,5 12,5 14, ,29 A ,85 1,85 1,85 2,31 2,31 2,31 5,5 12,5 14, ,21 A ,72 1,72 1,72 2,16 2,16 3,02 5,5 12,5 14, ,23 A ,56 1,56 1,56 1,95 1,95 3,91 5,5 12,5 14, ,24 A ,47 1,47 1,47 1,84 1,84 4,41 5,5 12,5 14, ,26 A ,61 1,61 1,61 2,02 2,82 2,82 5,5 12,5 14, ,24 A ,47 1,47 1,47 1,84 2,57 3,68 5,5 12,5 14, ,26 A ,39 1,39 1,39 1,74 2,43 4,17 5,5 12,5 14, ,27 A

67 Combinations SCM 125 ZJ-S1 6 Multisplit DC Inverter Hyper ,35 1,35 1,35 1,69 3,38 3,38 5,5 12,5 14, ,28 A ,28 1,28 1,28 1,60 3,21 3,85 5,5 12,5 14, ,29 A ,52 1,52 1,52 2,65 2,65 2,65 5,5 12,5 14, ,25 A ,39 1,39 1,39 2,43 2,43 3,47 5,5 12,5 14, ,27 A ,32 1,32 1,32 2,30 2,30 3,95 5,5 12,5 14, ,29 A ,28 1,28 1,28 2,24 3,21 3,21 5,5 12,5 14, ,29 A ,79 1,79 2,23 2,23 2,23 2,23 5,5 12,5 14, ,22 A ,67 1,67 2,08 2,08 2,08 2,92 5,5 12,5 14, ,24 A ,52 1,52 1,89 1,89 1,89 3,79 5,5 12,5 14, ,25 A ,43 1,43 1,79 1,79 1,79 4,29 5,5 12,5 14, ,26 A ,56 1,56 1,95 1,95 2,73 2,73 5,5 12,5 14, ,24 A ,43 1,43 1,79 1,79 2,50 3,57 5,5 12,5 14, ,26 A ,35 1,35 1,69 1,69 2,36 4,05 5,5 12,5 14, ,28 A ,32 1,32 1,64 1,64 3,29 3,29 5,5 12,5 14, ,29 A ,47 1,47 1,84 2,57 2,57 2,57 5,5 12,5 14, ,26 A ,35 1,35 1,69 2,36 2,36 3,38 5,5 12,5 14, ,28 A ,28 1,28 1,60 2,24 2,24 3,85 5,5 12,5 14, ,29 A ,39 1,39 2,43 2,43 2,43 2,43 5,5 12,5 14, ,27 A ,28 1,28 2,24 2,24 2,24 3,21 5,5 12,5 14, ,29 A ,72 2,16 2,16 2,16 2,16 2,16 5,5 12,5 14, ,23 A ,61 2,02 2,02 2,02 2,02 2,82 5,5 12,5 14, ,24 A ,47 1,84 1,84 1,84 1,84 3,68 5,5 12,5 14, ,26 A ,39 1,74 1,74 1,74 1,74 4,17 5,5 12,5 14, ,27 A ,52 1,89 1,89 1,89 2,65 2,65 5,5 12,5 14, ,25 A ,39 1,74 1,74 1,74 2,43 3,47 5,5 12,5 14, ,27 A ,32 1,64 1,64 1,64 2,30 3,95 5,5 12,5 14, ,29 A ,28 1,60 1,60 1,60 3,21 3,21 5,5 12,5 14, ,29 A ,43 1,79 1,79 2,50 2,50 2,50 5,5 12,5 14, ,26 A ,32 1,64 1,64 2,30 2,30 3,29 5,5 12,5 14, ,29 A ,35 1,69 2,36 2,36 2,36 2,36 5,5 12,5 14, ,28 A ,28 2,24 2,24 2,24 2,24 2,24 5,5 12,5 14, ,29 A ,95 1,95 1,95 1,95 1,95 2,73 5,5 12,5 14, ,24 A ,79 1,79 1,79 1,79 1,79 3,57 5,5 12,5 14, ,26 A ,69 1,69 1,69 1,69 1,69 4,05 5,5 12,5 14, ,28 A ,84 1,84 1,84 1,84 2,57 2,57 5,5 12,5 14, ,26 A ,69 1,69 1,69 1,69 2,36 3,38 5,5 12,5 14, ,28 A ,60 1,60 1,60 1,60 2,24 3,85 5,5 12,5 14, ,29 A ,74 1,74 1,74 2,43 2,43 2,43 5,5 12,5 14, ,27 A ,60 1,60 1,60 2,24 2,24 3,21 5,5 12,5 14, ,29 A ,64 1,64 2,30 2,30 2,30 2,30 5,5 12,5 14, ,29 A 1900 Residential HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Yearly Room heating capacity Total capacity Class consumption min. std. max. std. Combination A B C D E F min. std. max. kw/h 20 3, ,5 3,0 3, ,97 D , ,5 3,4 4, ,96 D , ,5 4,5 5, ,92 D , ,5 5,8 6, ,90 D , ,5 6,8 7, ,88 D ,00 3, ,1 6,0 7, ,97 A ,84 3, ,1 6,4 7, ,93 A ,73 4, ,1 7,5 8, ,85 A ,51 6, ,1 8,8 10, ,70 A ,45 7, ,1 9,8 11, ,53 B ,40 3, ,1 6,8 8, ,91 A ,29 4, ,1 7,9 9, ,76 A ,07 6, ,1 9,2 10, ,57 B ,00 7, ,1 10,2 11, ,42 B ,50 4, ,1 9,0 10, ,64 A ,24 6, ,1 10,3 11, ,46 B ,16 7, ,1 11,3 12, ,37 C ,80 5, ,1 11,6 13, ,23 C ,73 6, ,1 12,6 14, ,14 D ,75 6, ,1 13,5 14, ,03 D ,00 3,00 3, ,2 9,0 11, ,04 A ,89 2,89 3, ,2 9,4 11, ,00 A ,80 2,80 4, ,2 10,5 12, ,87 A ,62 2,62 6, ,2 11,8 13, ,68 A ,56 2,56 7, ,2 12,8 14, ,54 B ,80 3,50 3, ,2 9,8 12, ,90 A ,73 3,41 4, ,2 10,9 12, ,75 A ,57 3,21 6, ,2 12,2 14, ,58 B ,51 3,14 7, ,2 13,2 14, ,38 C ,67 4,67 4, ,2 12,0 13, ,54 B ,53 4,43 6, ,2 13,3 14, ,41 B ,35 4,11 7, ,2 13,5 14, ,33 C

68 Combinations Multisplit DC Inverter Hyper ,25 5,63 5, ,2 13,5 14, ,33 C ,08 5,19 6, ,2 13,5 14, ,33 C ,93 5,79 5, ,2 13,5 14, ,33 C ,40 3,40 3, ,2 10,2 12, ,76 A ,32 3,32 4, ,2 11,3 13, ,63 A ,15 3,15 6, ,2 12,6 14, ,48 B ,07 3,07 7, ,2 13,5 14, ,33 C ,26 4,57 4, ,2 12,4 14, ,34 C ,07 4,30 6, ,2 13,5 14, ,33 C ,81 3,94 6, ,2 13,5 14, ,33 C ,70 5,40 5, ,2 13,5 14, ,33 C ,50 5,00 6, ,2 13,5 14, ,33 C ,33 5,59 5, ,2 13,5 14, ,33 C ,50 4,50 4, ,2 13,5 14, ,33 C ,94 3,94 5, ,2 13,5 14, ,33 C ,63 3,63 6, ,2 13,5 14, ,33 C ,50 5,00 5, ,2 13,5 14, ,33 C ,26 4,66 5, ,2 13,5 14, ,33 C ,05 5,23 5, ,2 13,5 14, ,33 C ,50 4,50 4, ,2 13,5 14, ,34 C ,22 4,22 5, ,2 13,5 14, ,34 C ,97 4,76 4, ,2 13,5 14, ,34 C ,50 4,50 4, ,2 13,5 14, ,35 C ,00 3,00 3,00 3, ,6 12,0 14, ,74 A ,92 2,92 2,92 3, ,6 12,4 14, ,66 A ,84 2,84 2,84 4, ,6 13,5 14, ,65 A ,45 2,45 2,45 6, ,6 13,5 14, ,66 A ,25 2,25 2,25 6, ,6 13,5 14, ,66 A ,84 2,84 3,56 3, ,6 12,8 14, ,72 A ,70 2,70 3,38 4, ,6 13,5 14, ,65 A ,35 2,35 2,93 5, ,6 13,5 14, ,66 A ,16 2,16 2,70 6, ,6 13,5 14, ,67 A ,45 2,45 4,30 4, ,6 13,5 14, ,66 A ,16 2,16 3,78 5, ,6 13,5 14, ,67 A ,00 2,00 3,50 6, ,6 13,5 14, ,67 A ,93 1,93 4,82 4, ,6 13,5 14, ,68 A ,80 1,80 4,50 5, ,6 13,5 14, ,68 A ,69 1,69 5,06 5, ,6 13,5 14, ,68 A ,78 3,47 3,47 3, ,6 13,2 14, ,72 A ,57 3,21 3,21 4, ,6 13,5 14, ,65 A ,25 2,81 2,81 5, ,6 13,5 14, ,66 A ,08 2,60 2,60 6, ,6 13,5 14, ,67 A ,35 2,93 4,11 4, ,6 13,5 14, ,66 A ,08 2,60 3,63 5, ,6 13,5 14, ,67 A ,93 2,41 3,38 5, ,6 13,5 14, ,68 A ,86 2,33 4,66 4, ,6 13,5 14, ,68 A ,74 2,18 4,35 5, ,6 13,5 14, ,68 A ,64 2,05 4,91 4, ,6 13,5 14, ,69 A ,16 3,78 3,78 3, ,6 13,5 14, ,67 A ,93 3,38 3,38 4, ,6 13,5 14, ,68 A ,80 3,15 3,15 5, ,6 13,5 14, ,68 A ,74 3,05 4,35 4, ,6 13,5 14, ,68 A ,64 2,86 4,09 4, ,6 13,5 14, ,69 A ,54 2,70 4,63 4, ,6 13,5 14, ,69 A ,59 3,97 3,97 3, ,6 13,5 14, ,69 A ,50 3,75 3,75 4, ,6 13,5 14, ,69 A ,42 3,55 4,26 4, ,6 13,5 14, ,70 A ,38 3,38 3,38 3, ,6 13,5 14, ,65 A ,07 3,07 3,07 4, ,6 13,5 14, ,66 A ,70 2,70 2,70 5, ,6 13,5 14, ,67 A ,50 2,50 2,50 6, ,6 13,5 14, ,67 A ,81 2,81 3,94 3, ,6 13,5 14, ,66 A ,50 2,50 3,50 5, ,6 13,5 14, ,67 A ,33 2,33 3,26 5, ,6 13,5 14, ,68 A ,25 2,25 4,50 4, ,6 13,5 14, ,68 A ,11 2,11 4,22 5, ,6 13,5 14, ,68 A ,99 1,99 4,76 4, ,6 13,5 14, ,69 A ,60 3,63 3,63 3, ,6 13,5 14, ,67 A ,33 3,26 3,26 4, ,6 13,5 14, ,68 A ,18 3,05 3,05 5, ,6 13,5 14, ,68 A ,11 2,95 4,22 4, ,6 13,5 14, ,68 A ,99 2,78 3,97 4, ,6 13,5 14, ,69 A ,88 2,63 4,50 4, ,6 13,5 14, ,69 A ,93 3,86 3,86 3, ,6 13,5 14, ,69 A ,82 3,65 3,65 4, ,6 13,5 14, ,70 A ,73 3,46 4,15 4, ,6 13,5 14, ,70 A ,38 3,38 3,38 3, ,6 13,5 14, ,68 A ,05 3,05 3,05 4, ,6 13,5 14, ,68 A ,86 2,86 2,86 4, ,6 13,5 14, ,69 A

69 Combinations SCM 125 ZJ-S1 4 5 Multisplit DC Inverter Hyper ,78 2,78 3,97 3, ,6 13,5 14, ,69 A ,63 2,63 3,75 4, ,6 13,5 14, ,69 A ,49 2,49 4,26 4, ,6 13,5 14, ,70 A ,55 3,65 3,65 3, ,6 13,5 14, ,70 A ,42 3,46 3,46 4, ,6 13,5 14, ,70 A ,70 2,70 2,70 2,70 2,70-4,0 13,5 14, ,99 A ,57 2,57 2,57 2,57 3,21-4,0 13,5 14, ,99 A ,35 2,35 2,35 2,35 4,11-4,0 13,5 14, ,01 A ,08 2,08 2,08 2,08 5,19-4,0 13,5 14, ,02 A ,93 1,93 1,93 1,93 5,79-4,0 13,5 14, ,02 A ,45 2,45 2,45 3,07 3,07-4,0 13,5 14, ,99 A ,25 2,25 2,25 2,81 3,94-4,0 13,5 14, ,01 A ,00 2,00 2,00 2,50 5,00-4,0 13,5 14, ,02 A ,86 1,86 1,86 2,33 5,59-4,0 13,5 14, ,03 A ,08 2,08 2,08 3,63 3,63-4,0 13,5 14, ,02 A ,86 1,86 1,86 3,26 4,66-4,0 13,5 14, ,03 A ,74 1,74 1,74 3,05 5,23-4,0 13,5 14, ,03 A ,69 1,69 1,69 4,22 4,22-4,0 13,5 14, ,04 A ,59 1,59 1,59 3,97 4,76-4,0 13,5 14, ,04 A ,50 1,50 1,50 4,50 4,50-4,0 13,5 14, ,05 A ,35 2,35 2,93 2,93 2,93-4,0 13,5 14, ,01 A ,16 2,16 2,70 2,70 3,78-4,0 13,5 14, ,01 A ,93 1,93 2,41 2,41 4,82-4,0 13,5 14, ,02 A ,80 1,80 2,25 2,25 5,40-4,0 13,5 14, ,03 A ,00 2,00 2,50 3,50 3,50-4,0 13,5 14, ,02 A ,80 1,80 2,25 3,15 4,50-4,0 13,5 14, ,03 A ,69 1,69 2,11 2,95 5,06-4,0 13,5 14, ,04 A ,64 1,64 2,05 4,09 4,09-4,0 13,5 14, ,04 A ,54 1,54 1,93 3,86 4,63-4,0 13,5 14, ,04 A ,46 1,46 1,82 4,38 4,38-4,0 13,5 14, ,05 A ,86 1,86 3,26 3,26 3,26-4,0 13,5 14, ,03 A ,69 1,69 2,95 2,95 4,22-4,0 13,5 14, ,04 A ,59 1,59 2,78 2,78 4,76-4,0 13,5 14, ,04 A ,54 1,54 2,70 3,86 3,86-4,0 13,5 14, ,04 A ,46 1,46 2,55 3,65 4,38-4,0 13,5 14, ,05 A ,38 1,38 2,42 4,15 4,15-4,0 13,5 14, ,07 A ,42 1,42 3,55 3,55 3,55-4,0 13,5 14, ,07 A ,25 2,81 2,81 2,81 2,81-4,0 13,5 14, ,01 A ,08 2,60 2,60 2,60 3,63-4,0 13,5 14, ,02 A ,86 2,33 2,33 2,33 4,66-4,0 13,5 14, ,03 A ,74 2,18 2,18 2,18 5,23-4,0 13,5 14, ,03 A ,93 2,41 2,41 3,38 3,38-4,0 13,5 14, ,02 A ,74 2,18 2,18 3,05 4,35-4,0 13,5 14, ,03 A ,64 2,05 2,05 2,86 4,91-4,0 13,5 14, ,04 A ,59 1,99 1,99 3,97 3,97-4,0 13,5 14, ,04 A ,50 1,88 1,88 3,75 4,50-4,0 13,5 14, ,05 A ,42 1,78 1,78 4,26 4,26-4,0 13,5 14, ,07 A ,80 2,25 3,15 3,15 3,15-4,0 13,5 14, ,03 A ,64 2,05 2,86 2,86 4,09-4,0 13,5 14, ,04 A ,54 1,93 2,70 2,70 4,63-4,0 13,5 14, ,04 A ,50 1,88 2,63 3,75 3,75-4,0 13,5 14, ,05 A ,42 1,78 2,49 3,55 4,26-4,0 13,5 14, ,07 A ,38 1,73 3,46 3,46 3,46-4,0 13,5 14, ,07 A ,69 2,95 2,95 2,95 2,95-4,0 13,5 14, ,04 A ,54 2,70 2,70 2,70 3,86-4,0 13,5 14, ,04 A ,46 2,55 2,55 2,55 4,38-4,0 13,5 14, ,05 A ,42 2,49 2,49 3,55 3,55-4,0 13,5 14, ,07 A ,70 2,70 2,70 2,70 2,70-4,0 13,5 14, ,01 A ,50 2,50 2,50 2,50 3,50-4,0 13,5 14, ,02 A ,25 2,25 2,25 2,25 4,50-4,0 13,5 14, ,03 A ,11 2,11 2,11 2,11 5,06-4,0 13,5 14, ,04 A ,33 2,33 2,33 3,26 3,26-4,0 13,5 14, ,03 A ,11 2,11 2,11 2,95 4,22-4,0 13,5 14, ,04 A ,99 1,99 1,99 2,78 4,76-4,0 13,5 14, ,04 A ,93 1,93 1,93 3,86 3,86-4,0 13,5 14, ,04 A ,82 1,82 1,82 3,65 4,38-4,0 13,5 14, ,05 A ,73 1,73 1,73 4,15 4,15-4,0 13,5 14, ,07 A ,18 2,18 3,05 3,05 3,05-4,0 13,5 14, ,03 A ,99 1,99 2,78 2,78 3,97-4,0 13,5 14, ,04 A ,88 1,88 2,63 2,63 4,50-4,0 13,5 14, ,05 A ,82 1,82 2,55 3,65 3,65-4,0 13,5 14, ,05 A ,73 1,73 2,42 3,46 4,15-4,0 13,5 14, ,07 A ,05 2,86 2,86 2,86 2,86-4,0 13,5 14, ,04 A ,88 2,63 2,63 2,63 3,75-4,0 13,5 14, ,05 A ,78 2,49 2,49 2,49 4,26-4,0 13,5 14, ,07 A ,73 2,42 2,42 3,46 3,46-4,0 13,5 14, ,07 A ,70 2,70 2,70 2,70 2,70-4,0 13,5 14, ,04 A ,49 2,49 2,49 2,49 3,55-4,0 13,5 14, ,07 A 1660 Residential 6 7

70 Combinations Multisplit DC Inverter Hyper ,25 2,25 2,25 2,25 2,25 2,25 4,5 13,5 14, ,14 A ,16 2,16 2,16 2,16 2,16 2,70 4,5 13,5 14, ,15 A ,00 2,00 2,00 2,00 2,00 3,50 4,5 13,5 14, ,15 A ,80 1,80 1,80 1,80 1,80 4,50 4,5 13,5 14, ,15 A ,69 1,69 1,69 1,69 1,69 5,06 4,5 13,5 14, ,17 A ,08 2,08 2,08 2,08 2,60 2,60 4,5 13,5 14, ,15 A ,93 1,93 1,93 1,93 2,41 3,38 4,5 13,5 14, ,15 A ,74 1,74 1,74 1,74 2,18 4,35 4,5 13,5 14, ,17 A ,64 1,64 1,64 1,64 2,05 4,91 4,5 13,5 14, ,17 A ,80 1,80 1,80 1,80 3,15 3,15 4,5 13,5 14, ,15 A ,64 1,64 1,64 1,64 2,86 4,09 4,5 13,5 14, ,17 A ,54 1,54 1,54 1,54 2,70 4,63 4,5 13,5 14, ,18 A ,50 1,50 1,50 1,50 3,75 3,75 4,5 13,5 14, ,18 A ,42 1,42 1,42 1,42 3,55 4,26 4,5 13,5 14, ,18 A ,00 2,00 2,00 2,50 2,50 2,50 4,5 13,5 14, ,15 A ,86 1,86 1,86 2,33 2,33 3,26 4,5 13,5 14, ,15 A ,69 1,69 1,69 2,11 2,11 4,22 4,5 13,5 14, ,17 A ,59 1,59 1,59 1,99 1,99 4,76 4,5 13,5 14, ,17 A ,74 1,74 1,74 2,18 3,05 3,05 4,5 13,5 14, ,17 A ,59 1,59 1,59 1,99 2,78 3,97 4,5 13,5 14, ,17 A ,50 1,50 1,50 1,88 2,63 4,50 4,5 13,5 14, ,18 A ,46 1,46 1,46 1,82 3,65 3,65 4,5 13,5 14, ,18 A ,38 1,38 1,38 1,73 3,46 4,15 4,5 13,5 14, ,19 A ,64 1,64 1,64 2,86 2,86 2,86 4,5 13,5 14, ,17 A ,50 1,50 1,50 2,63 2,63 3,75 4,5 13,5 14, ,18 A ,42 1,42 1,42 2,49 2,49 4,26 4,5 13,5 14, ,18 A ,38 1,38 1,38 2,42 3,46 3,46 4,5 13,5 14, ,19 A ,93 1,93 2,41 2,41 2,41 2,41 4,5 13,5 14, ,15 A ,80 1,80 2,25 2,25 2,25 3,15 4,5 13,5 14, ,15 A ,64 1,64 2,05 2,05 2,05 4,09 4,5 13,5 14, ,17 A ,54 1,54 1,93 1,93 1,93 4,63 4,5 13,5 14, ,18 A ,69 1,69 2,11 2,11 2,95 2,95 4,5 13,5 14, ,17 A ,54 1,54 1,93 1,93 2,70 3,86 4,5 13,5 14, ,18 A ,46 1,46 1,82 1,82 2,55 4,38 4,5 13,5 14, ,18 A ,42 1,42 1,78 1,78 3,55 3,55 4,5 13,5 14, ,18 A ,59 1,59 1,99 2,78 2,78 2,78 4,5 13,5 14, ,17 A ,46 1,46 1,82 2,55 2,55 3,65 4,5 13,5 14, ,18 A ,38 1,38 1,73 2,42 2,42 4,15 4,5 13,5 14, ,19 A ,50 1,50 2,63 2,63 2,63 2,63 4,5 13,5 14, ,18 A ,38 1,38 2,42 2,42 2,42 3,46 4,5 13,5 14, ,19 A ,86 2,33 2,33 2,33 2,33 2,33 4,5 13,5 14, ,15 A ,74 2,18 2,18 2,18 2,18 3,05 4,5 13,5 14, ,17 A ,59 1,99 1,99 1,99 1,99 3,97 4,5 13,5 14, ,17 A ,50 1,88 1,88 1,88 1,88 4,50 4,5 13,5 14, ,18 A ,64 2,05 2,05 2,05 2,86 2,86 4,5 13,5 14, ,17 A ,50 1,88 1,88 1,88 2,63 3,75 4,5 13,5 14, ,18 A ,42 1,78 1,78 1,78 2,49 4,26 4,5 13,5 14, ,18 A ,38 1,73 1,73 1,73 3,46 3,46 4,5 13,5 14, ,19 A ,54 1,93 1,93 2,70 2,70 2,70 4,5 13,5 14, ,18 A ,42 1,78 1,78 2,49 2,49 3,55 4,5 13,5 14, ,18 A ,46 1,82 2,55 2,55 2,55 2,55 4,5 13,5 14, ,18 A ,38 2,42 2,42 2,42 2,42 2,42 4,5 13,5 14, ,19 A ,11 2,11 2,11 2,11 2,11 2,95 4,5 13,5 14, ,17 A ,93 1,93 1,93 1,93 1,93 3,86 4,5 13,5 14, ,18 A ,82 1,82 1,82 1,82 1,82 4,38 4,5 13,5 14, ,18 A ,99 1,99 1,99 1,99 2,78 2,78 4,5 13,5 14, ,17 A ,82 1,82 1,82 1,82 2,55 3,65 4,5 13,5 14, ,18 A ,73 1,73 1,73 1,73 2,42 4,15 4,5 13,5 14, ,19 A ,88 1,88 1,88 2,63 2,63 2,63 4,5 13,5 14, ,18 A ,73 1,73 1,73 2,42 2,42 3,46 4,5 13,5 14, ,19 A ,78 1,78 2,49 2,49 2,49 2,49 4,5 13,5 14, ,18 A 1615 with SRK ZJ-S, FDTC, SRR, SRF, FDUM, FDEN I.U. only COOLING Indoor unit Cooling capacity (kw) Power consumption (W) EER Room cooling capacity Total capacity min. std. max. std. Class Yearly consumption kw/h Combination A B C D E F min. std. max. 20 2, ,8 2,0 2, ,56 E , ,8 2,5 3, ,50 E , ,8 3,5 3, ,33 F , ,8 5,0 5, ,33 F , ,8 6,0 6, ,21 F , ,8 7,1 7, ,18 G ,00 2, ,0 4,0 5, ,17 A ,00 2, ,0 4,5 5, ,09 A ,00 3, ,0 5,5 6, ,67 A ,00 5, ,0 7,0 8, ,06 B

71 Combinations SCM 125 ZJ-S Multisplit DC Inverter Hyper ,00 6, ,0 8,0 9, ,01 B ,00 7, ,0 9,1 9, ,94 C ,50 2, ,0 5,0 6, ,52 A ,50 3, ,0 6,0 6, ,31 A ,50 5, ,0 7,5 9, ,04 B ,50 6, ,0 8,5 9, ,02 B ,53 7,17 3,0 9,7 10, ,90 C ,50 3, ,0 7,0 7, ,06 B ,50 5, ,0 8,5 9, ,02 B ,50 6, ,0 9,5 10, ,90 C ,50 7, ,0 10,6 10, ,82 C ,00 5, ,0 10,0 10, ,84 C ,00 6, ,0 11,0 12, ,84 C ,96 7, ,0 12,0 12, ,72 D ,00 6, ,0 12,0 12, ,72 D ,73 6, ,0 12,5 12, ,65 D ,25 6, ,0 12,5 12, ,65 D ,00 2,00 2, ,7 6,0 8, ,92 A ,00 2,00 2, ,7 6,5 8, ,76 A ,00 2,00 3, ,7 7,5 9, ,61 A ,00 2,00 5, ,7 9,0 11, ,30 A ,00 2,00 6, ,7 10,0 12, ,05 B ,00 2,00 7, ,7 11,1 12, ,82 C ,00 2,50 2, ,7 7,0 9, ,61 A ,00 2,50 3, ,7 8,0 9, ,28 A ,00 2,50 5, ,7 9,5 11, ,04 B ,00 2,50 6, ,7 10,5 12, ,79 D ,00 2,50 7, ,7 11,6 12, ,76 D ,00 3,50 3, ,7 9,0 10, ,08 B ,00 3,50 5, ,7 10,5 12, ,79 D ,00 3,50 6, ,7 11,5 12, ,77 D ,98 3,47 7, ,7 12,5 12, ,68 D ,00 5,00 5, ,7 12,0 12, ,70 D ,92 4,81 5, ,7 12,5 12, ,68 D ,77 4,43 6, ,7 12,5 12, ,68 D ,79 5,36 5, ,7 12,5 12, ,68 D ,66 4,97 5, ,7 12,5 12, ,68 D ,54 5,48 5, ,7 12,5 12, ,68 D ,50 2,50 2, ,7 7,5 9, ,52 A ,50 2,50 3, ,7 8,5 10, ,21 A ,50 2,50 5, ,7 10,0 12, ,92 C ,50 2,50 6, ,7 11,0 12, ,81 C ,58 2,58 7,33 3,7 12,5 12, ,68 D ,50 3,50 3, ,7 9,5 10, ,04 B ,50 3,50 5, ,7 11,0 12, ,81 C ,50 3,50 6, ,7 12,0 12, ,70 D ,39 3,34 6,77 3,7 12,5 12, ,68 D ,50 5,00 5, ,7 12,5 12, ,68 D ,31 4,63 5, ,7 12,5 12, ,68 D ,14 4,28 6, ,7 12,5 12, ,68 D ,16 5,17 5, ,7 12,5 12, ,68 D ,00 4,81 5, ,7 12,5 12, ,68 D ,87 5,31 5, ,7 12,5 12, ,68 D ,50 3,50 3, ,7 10,5 10, ,79 D ,50 3,50 5, ,7 12,0 12, ,70 D ,37 3,37 5, ,7 12,5 12, ,68 D ,10 3,10 6, ,7 12,5 12, ,68 D ,24 4,63 4, ,7 12,5 12, ,68 D ,02 4,31 5, ,7 12,5 12, ,68 D ,80 4,01 5, ,7 12,5 12, ,68 D ,82 4,84 4, ,7 12,5 12, ,68 D ,64 4,52 5, ,7 12,5 12, ,68 D ,47 5,01 5, ,7 12,5 12, ,69 D ,17 4,17 4, ,7 12,5 12, ,68 D ,91 3,91 4, ,7 12,5 12, ,68 D ,65 3,65 5, ,7 12,5 12, ,69 D ,68 4,41 4, ,7 12,5 12, ,69 D ,45 4,14 4, ,7 12,5 12, ,69 D ,17 4,17 4, ,7 12,5 12, ,69 D ,93 3,93 4, ,7 12,5 12, ,69 D ,00 2,00 2,00 2, ,4 8,0 10, ,79 A ,00 2,00 2,00 2, ,4 8,5 11, ,56 A ,00 2,00 2,00 3, ,4 9,5 11, ,28 A ,00 2,00 2,00 5, ,4 11,0 12, ,07 B ,00 2,00 2,00 6, ,4 12,0 12, ,93 C ,91 1,91 1,91 6, ,4 12,5 12, ,64 D ,00 2,00 2,50 2, ,4 9,0 11, ,46 A ,00 2,00 2,50 3, ,4 10,0 12, ,12 B 1605 Residential 6 9

72 Combinations Multisplit DC Inverter Hyper ,00 2,00 2,50 5, ,4 11,5 12, ,00 B ,00 2,00 2,50 6, ,4 12,5 12, ,64 D ,84 1,84 2,30 6, ,4 12,5 12, ,64 D ,00 2,00 3,50 3, ,4 11,0 12, ,07 B ,00 2,00 3,50 5, ,4 12,5 12, ,64 D ,85 1,85 3,24 5, ,4 12,5 12, ,64 D ,71 1,71 3,00 6, ,4 12,5 12, ,64 D ,79 1,79 4,46 4, ,4 12,5 12, ,64 D ,67 1,67 4,17 5, ,4 12,5 12, ,64 D ,55 1,55 3,88 5, ,4 12,5 12, ,65 D ,56 1,56 4,69 4, ,4 12,5 12, ,65 D ,46 1,46 4,39 5, ,4 12,5 12, ,65 D ,37 1,37 4,88 4,88 4,4 12,5 12, ,65 D ,00 2,50 2,50 2, ,4 9,5 12, ,28 A ,00 2,50 2,50 3, ,4 10,5 12, ,05 B ,00 2,50 2,50 5, ,4 12,0 12, ,93 C ,92 2,40 2,40 5, ,4 12,5 12, ,64 D ,82 2,26 2,26 6, ,4 12,5 12, ,64 D ,00 2,50 3,50 3, ,4 11,5 12, ,00 B ,92 2,40 3,37 4, ,4 12,5 12, ,64 D ,79 2,23 3,13 5, ,4 12,5 12, ,64 D ,66 2,07 2,90 5,88 4,4 12,5 12, ,64 D ,72 2,16 4,31 4, ,4 12,5 12, ,64 D ,61 2,02 4,03 4, ,4 12,5 12, ,65 D ,51 1,88 3,77 5,35 4,4 12,5 12, ,65 D ,52 1,89 4,55 4, ,4 12,5 12, ,65 D ,42 1,78 4,26 5,04 4,4 12,5 12, ,65 D ,34 1,67 4,75 4,75 4,4 12,5 12, ,66 D ,00 3,50 3,50 3, ,4 12,5 12, ,64 D ,79 3,13 3,13 4, ,4 12,5 12, ,64 D ,67 2,92 2,92 5, ,4 12,5 12, ,64 D ,55 2,72 2,72 5,51 4,4 12,5 12, ,65 D ,61 2,82 4,03 4, ,4 12,5 12, ,65 D ,52 2,65 3,79 4, ,4 12,5 12, ,65 D ,42 2,49 3,55 5,04 4,4 12,5 12, ,65 D ,43 2,50 4,29 4,29 4,4 12,5 12, ,65 D ,34 2,35 4,03 4,77 4,4 12,5 12, ,65 D ,47 3,68 3,68 3, ,4 12,5 12, ,65 D ,39 3,47 3,47 4, ,4 12,5 12, ,65 D ,31 3,27 3,27 4,65 4,4 12,5 12, ,66 D ,32 3,29 3,95 3, ,4 12,5 12, ,66 D ,50 2,50 2,50 2, ,4 10,0 12, ,12 B ,50 2,50 2,50 3, ,4 11,0 12, ,07 B ,50 2,50 2,50 5, ,4 12,5 12, ,64 D ,31 2,31 2,31 5, ,4 12,5 12, ,64 D ,14 2,14 2,14 6,08 4,4 12,5 12, ,64 D ,50 2,50 3,50 3, ,4 12,0 12, ,93 C ,31 2,31 3,24 4, ,4 12,5 12, ,64 D ,16 2,16 3,02 5,17 4,4 12,5 12, ,64 D ,00 2,00 2,80 5,69 4,4 12,5 12, ,65 D ,08 2,08 4,17 4, ,4 12,5 12, ,64 D ,95 1,95 3,91 4, ,4 12,5 12, ,65 D ,83 1,83 3,65 5, ,4 12,5 12, ,65 D ,84 1,84 4,41 4, ,4 12,5 12, ,65 D ,73 1,73 4,14 4, ,4 12,5 12, ,65 D ,63 1,63 4,62 4, ,4 12,5 12, ,66 D ,40 3,37 3,37 3, ,4 12,5 12, ,64 D ,16 3,02 3,02 4, ,4 12,5 12, ,64 D ,02 2,82 2,82 4, ,4 12,5 12, ,65 D ,88 2,64 2,64 5,35 4,4 12,5 12, ,65 D ,95 2,73 3,91 3, ,4 12,5 12, ,65 D ,84 2,57 3,68 4, ,4 12,5 12, ,65 D ,73 2,42 3,45 4,90 4,4 12,5 12, ,65 D ,74 2,43 4,17 4, ,4 12,5 12, ,65 D ,64 2,29 3,93 4, ,4 12,5 12, ,66 D ,79 3,57 3,57 3, ,4 12,5 12, ,65 D ,69 3,38 3,38 4, ,4 12,5 12, ,65 D ,60 3,21 3,85 3, ,4 12,5 12, ,66 D ,13 3,13 3,13 3, ,4 12,5 12, ,64 D ,82 2,82 2,82 4, ,4 12,5 12, ,65 D ,65 2,65 2,65 4, ,4 12,5 12, ,65 D ,49 2,49 2,49 5, ,4 12,5 12, ,65 D ,57 2,57 3,68 3, ,4 12,5 12, ,65 D ,43 2,43 3,47 4, ,4 12,5 12, ,65 D ,29 2,29 3,27 4, ,4 12,5 12, ,66 D ,30 2,30 3,95 3, ,4 12,5 12, ,66 D ,36 3,38 3,38 3, ,4 12,5 12, ,65 D ,24 3,21 3,21 3, ,4 12,5 12, ,66 D

73 Combinations SCM 125 ZJ-S1 5 Multisplit DC Inverter Hyper ,00 2,00 2,00 2,00 2,00-5,1 10,0 13, ,39 A ,00 2,00 2,00 2,00 2,50-5,1 10,5 13, ,28 A ,00 2,00 2,00 2,00 3,50-5,1 11,5 13, ,10 B ,92 1,92 1,92 1,92 4,81-5,1 12,5 13, ,82 C ,79 1,79 1,79 1,79 5,36-5,1 12,5 13, ,83 C ,66 1,66 1,66 1,66 5,88-5,1 12,5 13, ,83 C ,00 2,00 2,00 2,50 2,50-5,1 11,0 13, ,24 A ,00 2,00 2,00 2,50 3,50-5,1 12,0 13, ,93 C ,85 1,85 1,85 2,31 4,63-5,1 12,5 13, ,82 C ,72 1,72 1,72 2,16 5,17-5,1 12,5 13, ,83 C ,60 1,60 1,60 2,00 5,69-5,1 12,5 13, ,83 C ,92 1,92 1,92 3,37 3,37-5,1 12,5 13, ,82 C ,72 1,72 1,72 3,02 4,31-5,1 12,5 13, ,83 C ,61 1,61 1,61 2,82 4,84-5,1 12,5 13, ,83 C ,51 1,51 1,51 2,64 5,35-5,1 12,5 13, ,84 C ,56 1,56 1,56 3,91 3,91-5,1 12,5 13, ,83 C ,47 1,47 1,47 3,68 4,41-5,1 12,5 13, ,84 C ,38 1,38 1,38 3,45 4,90-5,1 12,5 13, ,85 C ,39 1,39 1,39 4,17 4,17-5,1 12,5 13, ,85 C ,31 1,31 1,31 3,93 4,65-5,1 12,5 13, ,85 C ,00 2,00 2,50 2,50 2,50-5,1 11,5 13, ,10 B ,00 2,00 2,50 2,50 3,50-5,1 12,5 13, ,82 C ,79 1,79 2,23 2,23 4,46-5,1 12,5 13, ,83 C ,67 1,67 2,08 2,08 5,00-5,1 12,5 13, ,83 C ,55 1,55 1,94 1,94 5,51-5,1 12,5 13, ,83 C ,85 1,85 2,31 3,24 3,24-5,1 12,5 13, ,82 C ,67 1,67 2,08 2,92 4,17-5,1 12,5 13, ,83 C ,56 1,56 1,95 2,73 4,69-5,1 12,5 13, ,83 C ,46 1,46 1,83 2,56 5,19-5,1 12,5 13, ,84 C ,52 1,52 1,89 3,79 3,79-5,1 12,5 13, ,84 C ,43 1,43 1,79 3,57 4,29-5,1 12,5 13, ,85 C ,34 1,34 1,68 3,36 4,77-5,1 12,5 13, ,85 C ,35 1,35 1,69 4,05 4,05-5,1 12,5 13, ,85 C ,72 1,72 3,02 3,02 3,02-5,1 12,5 13, ,83 C ,56 1,56 2,73 2,73 3,91-5,1 12,5 13, ,83 C ,47 1,47 2,57 2,57 4,41-5,1 12,5 13, ,84 C ,38 1,38 2,42 2,42 4,90-5,1 12,5 13, ,85 C ,43 1,43 2,50 3,57 3,57-5,1 12,5 13, ,85 C ,35 1,35 2,36 3,38 4,05-5,1 12,5 13, ,85 C ,28 1,28 2,24 3,85 3,85-5,1 12,5 13, ,85 C ,32 1,32 3,29 3,29 3,29-5,1 12,5 13, ,85 C ,00 2,50 2,50 2,50 2,50-5,1 12,0 13, ,93 C ,92 2,40 2,40 2,40 3,37-5,1 12,5 13, ,82 C ,72 2,16 2,16 2,16 4,31-5,1 12,5 13, ,83 C ,61 2,02 2,02 2,02 4,84-5,1 12,5 13, ,83 C ,51 1,88 1,88 1,88 5,35-5,1 12,5 13, ,84 C ,79 2,23 2,23 3,13 3,13-5,1 12,5 13, ,83 C ,61 2,02 2,02 2,82 4,03-5,1 12,5 13, ,83 C ,52 1,89 1,89 2,65 4,55-5,1 12,5 13, ,84 C ,42 1,78 1,78 2,49 5,04-5,1 12,5 13, ,85 C ,47 1,84 1,84 3,68 3,68-5,1 12,5 13, ,84 C ,39 1,74 1,74 3,47 4,17-5,1 12,5 13, ,85 C ,31 1,64 1,64 3,27 4,65-5,1 12,5 13, ,85 C ,32 1,64 1,64 3,95 3,95-5,1 12,5 13, ,85 C ,67 2,08 2,92 2,92 2,92-5,1 12,5 13, ,83 C ,52 1,89 2,65 2,65 3,79-5,1 12,5 13, ,84 C ,43 1,79 2,50 2,50 4,29-5,1 12,5 13, ,85 C ,34 1,68 2,35 2,35 4,77-5,1 12,5 13, ,85 C ,39 1,74 2,43 3,47 3,47-5,1 12,5 13, ,85 C ,32 1,64 2,30 3,29 3,95-5,1 12,5 13, ,85 C ,28 1,60 3,21 3,21 3,21-5,1 12,5 13, ,85 C ,56 2,73 2,73 2,73 2,73-5,1 12,5 13, ,83 C ,43 2,50 2,50 2,50 3,57-5,1 12,5 13, ,85 C ,35 2,36 2,36 2,36 4,05-5,1 12,5 13, ,85 C ,32 2,30 2,30 3,29 3,29-5,1 12,5 13, ,85 C ,50 2,50 2,50 2,50 2,50-5,1 12,5 13, ,82 C ,31 2,31 2,31 2,31 3,24-5,1 12,5 13, ,82 C ,08 2,08 2,08 2,08 4,17-5,1 12,5 13, ,83 C ,95 1,95 1,95 1,95 4,69-5,1 12,5 13, ,83 C ,16 2,16 2,16 3,02 3,02-5,1 12,5 13, ,83 C ,95 1,95 1,95 2,73 3,91-5,1 12,5 13, ,83 C ,84 1,84 1,84 2,57 4,41-5,1 12,5 13, ,84 C ,73 1,73 1,73 2,42 4,90-5,1 12,5 13, ,85 C ,79 1,79 1,79 3,57 3,57-5,1 12,5 13, ,85 C ,69 1,69 1,69 3,38 4,05-5,1 12,5 13, ,85 C ,60 1,60 1,60 3,85 3,85-5,1 12,5 13, ,85 C ,02 2,02 2,82 2,82 2,82-5,1 12,5 13, ,83 C ,84 1,84 2,57 2,57 3,68-5,1 12,5 13, ,84 C 2200 Residential 7 1

74 Combinations Multisplit DC Inverter Hyper ,74 1,74 2,43 2,43 4,17-5,1 12,5 13, ,85 C ,64 1,64 2,29 2,29 4,65-5,1 12,5 13, ,85 C ,69 1,69 2,36 3,38 3,38-5,1 12,5 13, ,85 C ,60 1,60 2,24 3,21 3,85-5,1 12,5 13, ,85 C ,89 2,65 2,65 2,65 2,65-5,1 12,5 13, ,84 C ,74 2,43 2,43 2,43 3,47-5,1 12,5 13, ,85 C ,64 2,30 2,30 2,30 3,95-5,1 12,5 13, ,85 C ,60 2,24 2,24 3,21 3,21-5,1 12,5 13, ,85 C ,50 2,50 2,50 2,50 2,50-5,1 12,5 13, ,85 C ,30 2,30 2,30 2,30 3,29-5,1 12,5 13, ,85 C ,00 2,00 2,00 2,00 2,00 2,00 5,5 12,0 13, ,20 B ,00 2,00 2,00 2,00 2,00 2,50 5,5 12,5 13, ,12 B ,85 1,85 1,85 1,85 1,85 3,24 5,5 12,5 13, ,13 B ,67 1,67 1,67 1,67 1,67 4,17 5,5 12,5 13, ,13 B ,56 1,56 1,56 1,56 1,56 4,69 5,5 12,5 13, ,13 B ,46 1,46 1,46 1,46 1,46 5,19 5,5 12,5 13, ,14 B ,92 1,92 1,92 1,92 2,40 2,40 5,5 12,5 13, ,13 B ,79 1,79 1,79 1,79 2,23 3,13 5,5 12,5 13, ,13 B ,61 1,61 1,61 1,61 2,02 4,03 5,5 12,5 13, ,13 B ,52 1,52 1,52 1,52 1,89 4,55 5,5 12,5 13, ,13 B ,67 1,67 1,67 1,67 2,92 2,92 5,5 12,5 13, ,13 B ,52 1,52 1,52 1,52 2,65 3,79 5,5 12,5 13, ,13 B ,43 1,43 1,43 1,43 2,50 4,29 5,5 12,5 13, ,14 B ,34 1,34 1,34 1,34 2,35 4,77 5,5 12,5 13, ,14 B ,39 1,39 1,39 1,39 3,47 3,47 5,5 12,5 13, ,14 B ,32 1,32 1,32 1,32 3,29 3,95 5,5 12,5 13, ,15 B ,85 1,85 1,85 2,31 2,31 2,31 5,5 12,5 13, ,13 B ,72 1,72 1,72 2,16 2,16 3,02 5,5 12,5 13, ,13 B ,56 1,56 1,56 1,95 1,95 3,91 5,5 12,5 13, ,13 B ,47 1,47 1,47 1,84 1,84 4,41 5,5 12,5 13, ,14 B ,38 1,38 1,38 1,73 1,73 4,90 5,5 12,5 13, ,14 B ,61 1,61 1,61 2,02 2,82 2,82 5,5 12,5 13, ,13 B ,47 1,47 1,47 1,84 2,57 3,68 5,5 12,5 13, ,14 B ,39 1,39 1,39 1,74 2,43 4,17 5,5 12,5 13, ,14 B ,31 1,31 1,31 1,64 2,29 4,65 5,5 12,5 13, ,15 B ,35 1,35 1,35 1,69 3,38 3,38 5,5 12,5 13, ,14 B ,28 1,28 1,28 1,60 3,21 3,85 5,5 12,5 13, ,15 B ,52 1,52 1,52 2,65 2,65 2,65 5,5 12,5 13, ,13 B ,39 1,39 1,39 2,43 2,43 3,47 5,5 12,5 13, ,14 B ,32 1,32 1,32 2,30 2,30 3,95 5,5 12,5 13, ,15 B ,28 1,28 1,28 2,24 3,21 3,21 5,5 12,5 13, ,15 B ,79 1,79 2,23 2,23 2,23 2,23 5,5 12,5 13, ,13 B ,67 1,67 2,08 2,08 2,08 2,92 5,5 12,5 13, ,13 B ,52 1,52 1,89 1,89 1,89 3,79 5,5 12,5 13, ,13 B ,43 1,43 1,79 1,79 1,79 4,29 5,5 12,5 13, ,14 B ,34 1,34 1,68 1,68 1,68 4,77 5,5 12,5 13, ,14 B ,56 1,56 1,95 1,95 2,73 2,73 5,5 12,5 13, ,13 B ,43 1,43 1,79 1,79 2,50 3,57 5,5 12,5 13, ,14 B ,35 1,35 1,69 1,69 2,36 4,05 5,5 12,5 13, ,14 B ,32 1,32 1,64 1,64 3,29 3,29 5,5 12,5 13, ,15 B ,47 1,47 1,84 2,57 2,57 2,57 5,5 12,5 13, ,14 B ,35 1,35 1,69 2,36 2,36 3,38 5,5 12,5 13, ,14 B ,28 1,28 1,60 2,24 2,24 3,85 5,5 12,5 13, ,15 B ,39 1,39 2,43 2,43 2,43 2,43 5,5 12,5 13, ,14 B ,28 1,28 2,24 2,24 2,24 3,21 5,5 12,5 13, ,15 B ,72 2,16 2,16 2,16 2,16 2,16 5,5 12,5 13, ,13 B ,61 2,02 2,02 2,02 2,02 2,82 5,5 12,5 13, ,13 B ,47 1,84 1,84 1,84 1,84 3,68 5,5 12,5 13, ,14 B ,39 1,74 1,74 1,74 1,74 4,17 5,5 12,5 13, ,14 B ,31 1,64 1,64 1,64 1,64 4,65 5,5 12,5 13, ,15 B ,52 1,89 1,89 1,89 2,65 2,65 5,5 12,5 13, ,13 B ,39 1,74 1,74 1,74 2,43 3,47 5,5 12,5 13, ,14 B ,32 1,64 1,64 1,64 2,30 3,95 5,5 12,5 13, ,15 B ,28 1,60 1,60 1,60 3,21 3,21 5,5 12,5 13, ,15 B ,43 1,79 1,79 2,50 2,50 2,50 5,5 12,5 13, ,14 B ,32 1,64 1,64 2,30 2,30 3,29 5,5 12,5 13, ,15 B ,35 1,69 2,36 2,36 2,36 2,36 5,5 12,5 13, ,14 B ,28 2,24 2,24 2,24 2,24 2,24 5,5 12,5 13, ,15 B ,95 1,95 1,95 1,95 1,95 2,73 5,5 12,5 13, ,13 B ,79 1,79 1,79 1,79 1,79 3,57 5,5 12,5 13, ,14 B ,69 1,69 1,69 1,69 1,69 4,05 5,5 12,5 13, ,14 B ,84 1,84 1,84 1,84 2,57 2,57 5,5 12,5 13, ,14 B ,69 1,69 1,69 1,69 2,36 3,38 5,5 12,5 13, ,14 B ,60 1,60 1,60 1,60 2,24 3,85 5,5 12,5 13, ,15 B ,74 1,74 1,74 2,43 2,43 2,43 5,5 12,5 13, ,14 B ,60 1,60 1,60 2,24 2,24 3,21 5,5 12,5 13, ,15 B ,64 1,64 2,30 2,30 2,30 2,30 5,5 12,5 13, ,15 B

75 Combinations SCM 125 ZJ-S1 Multisplit DC Inverter Hyper HEATING Indoor unit Heating capacity (kw) Power consumption (W) COP Room heating capacity Total capacity Class Yearly consumption kw/h min. std. max. std. Combination A B C D E F min. std. max. 20 3, ,5 3,0 3, ,46 F , ,5 3,4 4, ,69 E , ,5 4,5 4, ,73 E , ,5 5,8 6, ,74 E , ,5 6,8 7, ,72 E , ,5 8,0 8, ,65 E ,00 3, ,1 6,0 7, ,90 A ,84 3, ,1 6,4 7, ,86 A ,73 4, ,1 7,5 8, ,77 A ,51 6, ,1 8,8 10, ,62 A ,45 7, ,1 9,8 11, ,45 B ,42 8, ,1 11,0 11, ,87 A ,40 3, ,1 6,8 8, ,84 A ,29 4, ,1 7,9 9, ,69 A ,07 6, ,1 9,2 10, ,50 B ,00 7, ,1 10,2 11, ,36 C ,97 8, ,1 11,4 12, ,31 C ,50 4, ,1 9,0 9, ,57 B ,24 6, ,1 10,3 11, ,39 C ,16 7, ,1 11,3 12, ,30 C ,13 8, ,1 12,5 12, ,10 D ,80 5, ,1 11,6 12, ,17 D ,73 6, ,1 12,6 13, ,08 D ,58 7,92 2,1 13,5 13, ,97 D ,75 6, ,1 13,5 13, ,97 D ,18 7, ,1 13,5 13, ,97 D ,75 6, ,1 13,5 13, ,98 D ,00 3,00 3, ,2 9,0 10, ,96 A ,89 2,89 3, ,2 9,4 11, ,92 A ,80 2,80 4, ,2 10,5 12, ,80 A ,62 2,62 6, ,2 11,8 13, ,61 A ,56 2,56 7, ,2 12,8 13, ,47 B ,43 2,43 8, ,2 13,5 13, ,26 C ,80 3,50 3, ,2 9,8 11, ,83 A ,73 3,41 4, ,2 10,9 12, ,67 A ,57 3,21 6, ,2 12,2 13, ,51 B ,51 3,14 7, ,2 13,2 13, ,31 C ,33 2,91 8, ,2 13,5 13, ,26 C ,67 4,67 4, ,2 12,0 13, ,47 B ,53 4,43 6, ,2 13,3 13, ,34 C ,35 4,11 7, ,2 13,5 13, ,27 C ,14 3,75 7, ,2 13,5 13, ,27 C ,25 5,63 5, ,2 13,5 13, ,27 C ,08 5,19 6, ,2 13,5 13, ,27 C ,91 4,79 6, ,2 13,5 13, ,27 C ,93 5,79 5, ,2 13,5 13, ,27 C ,79 5,36 6, ,2 13,5 13, ,28 C ,67 5,92 5, ,2 13,5 13, ,28 C ,40 3,40 3, ,2 10,2 12, ,70 A ,32 3,32 4, ,2 11,3 13, ,56 B ,15 3,15 6, ,2 12,6 13, ,41 B ,07 3,07 7, ,2 13,5 13, ,27 C ,79 2,79 7, ,2 13,5 13, ,27 C ,26 4,57 4, ,2 12,4 13, ,28 C ,07 4,30 6, ,2 13,5 13, ,26 C ,81 3,94 6, ,2 13,5 13, ,26 C ,58 3,61 7, ,2 13,5 13, ,27 C ,70 5,40 5, ,2 13,5 13, ,27 C ,50 5,00 6, ,2 13,5 13, ,27 C ,31 4,62 6, ,2 13,5 13, ,27 C ,33 5,59 5, ,2 13,5 13, ,27 C ,16 5,19 6, ,2 13,5 13, ,28 C ,02 5,74 5, ,2 13,5 13, ,28 C ,50 4,50 4, ,2 13,5 13, ,26 C ,94 3,94 5, ,2 13,5 13, ,26 C ,63 3,63 6, ,2 13,5 13, ,27 C ,35 3,35 6, ,2 13,5 13, ,27 C ,50 5,00 5, ,2 13,5 13, ,27 C ,26 4,66 5, ,2 13,5 13, ,27 C ,03 4,33 6, ,2 13,5 13, ,28 C ,05 5,23 5, ,2 13,5 13, ,28 C ,85 4,88 5, ,2 13,5 13, ,28 C ,67 5,42 5, ,2 13,5 13, ,28 C ,50 4,50 4, ,2 13,5 13, ,28 C 2060 Residential 7 3

76 Combinations Multisplit DC Inverter Hyper ,22 4,22 5, ,2 13,5 13, ,28 C ,95 3,95 5, ,2 13,5 13, ,28 C ,97 4,76 4, ,2 13,5 13, ,28 C ,73 4,48 5, ,2 13,5 13, ,28 C ,50 4,50 4, ,2 13,5 13, ,28 C ,24 4,24 5, ,2 13,5 13, ,28 C ,00 3,00 3,00 3, ,6 12,0 13, ,67 A ,92 2,92 2,92 3, ,6 12,4 13, ,58 B ,84 2,84 2,84 4, ,6 13,5 13, ,58 B ,45 2,45 2,45 6, ,6 13,5 13, ,59 B ,25 2,25 2,25 6, ,6 13,5 13, ,59 B ,06 2,06 2,06 7, ,6 13,5 13, ,60 B ,84 2,84 3,56 3, ,6 12,8 13, ,65 A ,70 2,70 3,38 4, ,6 13,5 13, ,58 B ,35 2,35 2,93 5, ,6 13,5 13, ,59 B ,16 2,16 2,70 6, ,6 13,5 13, ,60 B ,99 1,99 2,48 7, ,6 13,5 13, ,60 B ,45 2,45 4,30 4, ,6 13,5 13, ,59 B ,16 2,16 3,78 5, ,6 13,5 13, ,60 B ,00 2,00 3,50 6, ,6 13,5 13, ,60 B ,85 1,85 3,24 6, ,6 13,5 13, ,61 A ,93 1,93 4,82 4, ,6 13,5 13, ,61 A ,80 1,80 4,50 5, ,6 13,5 13, ,61 A ,68 1,68 4,19 5, ,6 13,5 13, ,61 A ,69 1,69 5,06 5, ,6 13,5 13, ,61 A ,58 1,58 4,74 5, ,6 13,5 13, ,62 A ,48 1,48 5,27 5, ,6 13,5 13, ,62 A ,78 3,47 3,47 3, ,6 13,2 13, ,65 A ,57 3,21 3,21 4, ,6 13,5 13, ,58 B ,25 2,81 2,81 5, ,6 13,5 13, ,59 B ,08 2,60 2,60 6, ,6 13,5 13, ,60 B ,91 2,39 2,39 6, ,6 13,5 13, ,61 A ,35 2,93 4,11 4, ,6 13,5 13, ,59 B ,08 2,60 3,63 5, ,6 13,5 13, ,60 B ,93 2,41 3,38 5, ,6 13,5 13, ,61 A ,79 2,24 3,13 6, ,6 13,5 13, ,61 A ,86 2,33 4,66 4, ,6 13,5 13, ,61 A ,74 2,18 4,35 5, ,6 13,5 13, ,61 A ,63 2,03 4,07 5, ,6 13,5 13, ,62 A ,64 2,05 4,91 4, ,6 13,5 13, ,62 A ,53 1,92 4,60 5, ,6 13,5 13, ,62 A ,44 1,80 5,13 5, ,6 13,5 13, ,63 A ,16 3,78 3,78 3, ,6 13,5 13, ,60 B ,93 3,38 3,38 4, ,6 13,5 13, ,61 A ,80 3,15 3,15 5, ,6 13,5 13, ,61 A ,68 2,93 2,93 5, ,6 13,5 13, ,61 A ,74 3,05 4,35 4, ,6 13,5 13, ,61 A ,64 2,86 4,09 4, ,6 13,5 13, ,62 A ,53 2,68 3,84 5, ,6 13,5 13, ,62 A ,54 2,70 4,63 4, ,6 13,5 13, ,62 A ,45 2,54 4,35 5, ,6 13,5 13, ,63 A ,59 3,97 3,97 3, ,6 13,5 13, ,62 A ,50 3,75 3,75 4, ,6 13,5 13, ,62 A ,41 3,53 3,53 5, ,6 13,5 13, ,63 A ,42 3,55 4,26 4, ,6 13,5 13, ,63 A ,38 3,38 3,38 3, ,6 13,5 13, ,58 B ,07 3,07 3,07 4, ,6 13,5 13, ,59 B ,70 2,70 2,70 5, ,6 13,5 13, ,60 B ,50 2,50 2,50 6, ,6 13,5 13, ,60 B ,31 2,31 2,31 6, ,6 13,5 13, ,61 A ,81 2,81 3,94 3, ,6 13,5 13, ,59 B ,50 2,50 3,50 5, ,6 13,5 13, ,60 B ,33 2,33 3,26 5, ,6 13,5 13, ,61 A ,16 2,16 3,03 6, ,6 13,5 13, ,61 A ,25 2,25 4,50 4, ,6 13,5 13, ,61 A ,11 2,11 4,22 5, ,6 13,5 13, ,61 A ,97 1,97 3,95 5, ,6 13,5 13, ,62 A ,99 1,99 4,76 4, ,6 13,5 13, ,62 A ,86 1,86 4,48 5, ,6 13,5 13, ,62 A ,76 1,76 4,99 4, ,6 13,5 13, ,63 A ,60 3,63 3,63 3, ,6 13,5 13, ,60 B ,33 3,26 3,26 4, ,6 13,5 13, ,61 A ,18 3,05 3,05 5, ,6 13,5 13, ,61 A ,03 2,85 2,85 5, ,6 13,5 13, ,62 A ,11 2,95 4,22 4, ,6 13,5 13, ,61 A ,99 2,78 3,97 4, ,6 13,5 13, ,62 A ,86 2,61 3,73 5, ,6 13,5 13, ,62 A ,88 2,63 4,50 4, ,6 13,5 13, ,62 A

77 Combinations SCM 125 ZJ-S1 4 5 Multisplit DC Inverter Hyper ,77 2,47 4,24 5, ,6 13,5 13, ,63 A ,93 3,86 3,86 3, ,6 13,5 13, ,62 A ,82 3,65 3,65 4, ,6 13,5 13, ,63 A ,73 3,46 4,15 4, ,6 13,5 13, ,63 A ,38 3,38 3,38 3, ,6 13,5 13, ,61 A ,05 3,05 3,05 4, ,6 13,5 13, ,61 A ,86 2,86 2,86 4, ,6 13,5 13, ,62 A ,68 2,68 2,68 5, ,6 13,5 13, ,62 A ,78 2,78 3,97 3, ,6 13,5 13, ,62 A ,63 2,63 3,75 4, ,6 13,5 13, ,62 A ,47 2,47 3,53 5, ,6 13,5 13, ,63 A ,49 2,49 4,26 4, ,6 13,5 13, ,63 A ,55 3,65 3,65 3, ,6 13,5 13, ,63 A ,42 3,46 3,46 4, ,6 13,5 13, ,63 A ,70 2,70 2,70 2,70 2,70-4,0 13,5 13, ,91 A ,57 2,57 2,57 2,57 3,21-4,0 13,5 13, ,91 A ,35 2,35 2,35 2,35 4,11-4,0 13,5 13, ,92 A ,08 2,08 2,08 2,08 5,19-4,0 13,5 13, ,94 A ,93 1,93 1,93 1,93 5,79-4,0 13,5 13, ,94 A ,79 1,79 1,79 1,79 6,35-4,0 13,5 13, ,95 A ,45 2,45 2,45 3,07 3,07-4,0 13,5 13, ,91 A ,25 2,25 2,25 2,81 3,94-4,0 13,5 13, ,92 A ,00 2,00 2,00 2,50 5,00-4,0 13,5 13, ,94 A ,86 1,86 1,86 2,33 5,59-4,0 13,5 13, ,95 A ,73 1,73 1,73 2,16 6,14-4,0 13,5 13, ,95 A ,08 2,08 2,08 3,63 3,63-4,0 13,5 13, ,94 A ,86 1,86 1,86 3,26 4,66-4,0 13,5 13, ,95 A ,74 1,74 1,74 3,05 5,23-4,0 13,5 13, ,95 A ,63 1,63 1,63 2,85 5,77-4,0 13,5 13, ,96 A ,69 1,69 1,69 4,22 4,22-4,0 13,5 13, ,96 A ,59 1,59 1,59 3,97 4,76-4,0 13,5 13, ,96 A ,50 1,50 1,50 4,50 4,50-4,0 13,5 13, ,97 A ,41 1,41 1,41 4,24 5,02-4,0 13,5 13, ,98 A ,35 2,35 2,93 2,93 2,93-4,0 13,5 13, ,92 A ,16 2,16 2,70 2,70 3,78-4,0 13,5 13, ,92 A ,93 1,93 2,41 2,41 4,82-4,0 13,5 13, ,94 A ,80 1,80 2,25 2,25 5,40-4,0 13,5 13, ,95 A ,68 1,68 2,10 2,10 5,95-4,0 13,5 13, ,96 A ,00 2,00 2,50 3,50 3,50-4,0 13,5 13, ,94 A ,80 1,80 2,25 3,15 4,50-4,0 13,5 13, ,95 A ,69 1,69 2,11 2,95 5,06-4,0 13,5 13, ,96 A ,58 1,58 1,97 2,76 5,61-4,0 13,5 13, ,96 A ,64 1,64 2,05 4,09 4,09-4,0 13,5 13, ,96 A ,54 1,54 1,93 3,86 4,63-4,0 13,5 13, ,96 A ,45 1,45 1,81 3,63 5,15-4,0 13,5 13, ,97 A ,46 1,46 1,82 4,38 4,38-4,0 13,5 13, ,97 A ,86 1,86 3,26 3,26 3,26-4,0 13,5 13, ,95 A ,69 1,69 2,95 2,95 4,22-4,0 13,5 13, ,96 A ,59 1,59 2,78 2,78 4,76-4,0 13,5 13, ,96 A ,49 1,49 2,61 2,61 5,30-4,0 13,5 13, ,97 A ,54 1,54 2,70 3,86 3,86-4,0 13,5 13, ,96 A ,46 1,46 2,55 3,65 4,38-4,0 13,5 13, ,97 A ,38 1,38 2,42 4,15 4,15-4,0 13,5 13, ,98 A ,42 1,42 3,55 3,55 3,55-4,0 13,5 13, ,98 A ,25 2,81 2,81 2,81 2,81-4,0 13,5 13, ,92 A ,08 2,60 2,60 2,60 3,63-4,0 13,5 13, ,94 A ,86 2,33 2,33 2,33 4,66-4,0 13,5 13, ,95 A ,74 2,18 2,18 2,18 5,23-4,0 13,5 13, ,95 A ,63 2,03 2,03 2,03 5,77-4,0 13,5 13, ,96 A ,93 2,41 2,41 3,38 3,38-4,0 13,5 13, ,94 A ,74 2,18 2,18 3,05 4,35-4,0 13,5 13, ,95 A ,64 2,05 2,05 2,86 4,91-4,0 13,5 13, ,96 A ,53 1,92 1,92 2,68 5,45-4,0 13,5 13, ,96 A ,59 1,99 1,99 3,97 3,97-4,0 13,5 13, ,96 A ,50 1,88 1,88 3,75 4,50-4,0 13,5 13, ,97 A ,41 1,77 1,77 3,53 5,02-4,0 13,5 13, ,98 A ,42 1,78 1,78 4,26 4,26-4,0 13,5 13, ,98 A ,80 2,25 3,15 3,15 3,15-4,0 13,5 13, ,95 A ,64 2,05 2,86 2,86 4,09-4,0 13,5 13, ,96 A ,54 1,93 2,70 2,70 4,63-4,0 13,5 13, ,96 A ,45 1,81 2,54 2,54 5,15-4,0 13,5 13, ,97 A ,50 1,88 2,63 3,75 3,75-4,0 13,5 13, ,97 A ,42 1,78 2,49 3,55 4,26-4,0 13,5 13, ,98 A ,38 1,73 3,46 3,46 3,46-4,0 13,5 13, ,98 A ,69 2,95 2,95 2,95 2,95-4,0 13,5 13, ,96 A ,54 2,70 2,70 2,70 3,86-4,0 13,5 13, ,96 A ,46 2,55 2,55 2,55 4,38-4,0 13,5 13, ,97 A ,42 2,49 2,49 3,55 3,55-4,0 13,5 13, ,98 A 1695 Residential 7 5

78 Combinations Multisplit DC Inverter Hyper ,70 2,70 2,70 2,70 2,70-4,0 13,5 13, ,92 A ,50 2,50 2,50 2,50 3,50-4,0 13,5 13, ,94 A ,25 2,25 2,25 2,25 4,50-4,0 13,5 13, ,95 A ,11 2,11 2,11 2,11 5,06-4,0 13,5 13, ,96 A ,97 1,97 1,97 1,97 5,61-4,0 13,5 13, ,96 A ,33 2,33 2,33 3,26 3,26-4,0 13,5 13, ,95 A ,11 2,11 2,11 2,95 4,22-4,0 13,5 13, ,96 A ,99 1,99 1,99 2,78 4,76-4,0 13,5 13, ,96 A ,86 1,86 1,86 2,61 5,30-4,0 13,5 13, ,97 A ,93 1,93 1,93 3,86 3,86-4,0 13,5 13, ,96 A ,82 1,82 1,82 3,65 4,38-4,0 13,5 13, ,97 A ,73 1,73 1,73 4,15 4,15-4,0 13,5 13, ,98 A ,18 2,18 3,05 3,05 3,05-4,0 13,5 13, ,95 A ,99 1,99 2,78 2,78 3,97-4,0 13,5 13, ,96 A ,88 1,88 2,63 2,63 4,50-4,0 13,5 13, ,97 A ,77 1,77 2,47 2,47 5,02-4,0 13,5 13, ,98 A ,82 1,82 2,55 3,65 3,65-4,0 13,5 13, ,97 A ,73 1,73 2,42 3,46 4,15-4,0 13,5 13, ,98 A ,05 2,86 2,86 2,86 2,86-4,0 13,5 13, ,96 A ,88 2,63 2,63 2,63 3,75-4,0 13,5 13, ,97 A ,78 2,49 2,49 2,49 4,26-4,0 13,5 13, ,98 A ,73 2,42 2,42 3,46 3,46-4,0 13,5 13, ,98 A ,70 2,70 2,70 2,70 2,70-4,0 13,5 13, ,96 A ,49 2,49 2,49 2,49 3,55-4,0 13,5 13, ,98 A ,25 2,25 2,25 2,25 2,25 2,25 4,5 13,5 13, ,05 A ,16 2,16 2,16 2,16 2,16 2,70 4,5 13,5 13, ,05 A ,00 2,00 2,00 2,00 2,00 3,50 4,5 13,5 13, ,05 A ,80 1,80 1,80 1,80 1,80 4,50 4,5 13,5 13, ,07 A ,69 1,69 1,69 1,69 1,69 5,06 4,5 13,5 13, ,07 A ,58 1,58 1,58 1,58 1,58 5,61 4,5 13,5 13, ,08 A ,08 2,08 2,08 2,08 2,60 2,60 4,5 13,5 13, ,05 A ,93 1,93 1,93 1,93 2,41 3,38 4,5 13,5 13, ,07 A ,74 1,74 1,74 1,74 2,18 4,35 4,5 13,5 13, ,07 A ,64 1,64 1,64 1,64 2,05 4,91 4,5 13,5 13, ,07 A ,53 1,53 1,53 1,53 1,92 5,45 4,5 13,5 13, ,08 A ,80 1,80 1,80 1,80 3,15 3,15 4,5 13,5 13, ,07 A ,64 1,64 1,64 1,64 2,86 4,09 4,5 13,5 13, ,07 A ,54 1,54 1,54 1,54 2,70 4,63 4,5 13,5 13, ,08 A ,45 1,45 1,45 1,45 2,54 5,15 4,5 13,5 13, ,08 A ,50 1,50 1,50 1,50 3,75 3,75 4,5 13,5 13, ,08 A ,42 1,42 1,42 1,42 3,55 4,26 4,5 13,5 13, ,08 A ,00 2,00 2,00 2,50 2,50 2,50 4,5 13,5 13, ,05 A ,86 1,86 1,86 2,33 2,33 3,26 4,5 13,5 13, ,07 A ,69 1,69 1,69 2,11 2,11 4,22 4,5 13,5 13, ,07 A ,59 1,59 1,59 1,99 1,99 4,76 4,5 13,5 13, ,08 A ,49 1,49 1,49 1,86 1,86 5,30 4,5 13,5 13, ,08 A ,74 1,74 1,74 2,18 3,05 3,05 4,5 13,5 13, ,07 A ,59 1,59 1,59 1,99 2,78 3,97 4,5 13,5 13, ,08 A ,50 1,50 1,50 1,88 2,63 4,50 4,5 13,5 13, ,08 A ,46 1,46 1,46 1,82 3,65 3,65 4,5 13,5 13, ,08 A ,38 1,38 1,38 1,73 3,46 4,15 4,5 13,5 13, ,08 A ,64 1,64 1,64 2,86 2,86 2,86 4,5 13,5 13, ,07 A ,50 1,50 1,50 2,63 2,63 3,75 4,5 13,5 13, ,08 A ,42 1,42 1,42 2,49 2,49 4,26 4,5 13,5 13, ,08 A ,38 1,38 1,38 2,42 3,46 3,46 4,5 13,5 13, ,08 A ,93 1,93 2,41 2,41 2,41 2,41 4,5 13,5 13, ,07 A ,80 1,80 2,25 2,25 2,25 3,15 4,5 13,5 13, ,07 A ,64 1,64 2,05 2,05 2,05 4,09 4,5 13,5 13, ,07 A ,54 1,54 1,93 1,93 1,93 4,63 4,5 13,5 13, ,08 A ,45 1,45 1,81 1,81 1,81 5,15 4,5 13,5 13, ,08 A ,69 1,69 2,11 2,11 2,95 2,95 4,5 13,5 13, ,07 A ,54 1,54 1,93 1,93 2,70 3,86 4,5 13,5 13, ,08 A ,46 1,46 1,82 1,82 2,55 4,38 4,5 13,5 13, ,08 A ,42 1,42 1,78 1,78 3,55 3,55 4,5 13,5 13, ,08 A ,59 1,59 1,99 2,78 2,78 2,78 4,5 13,5 13, ,08 A ,46 1,46 1,82 2,55 2,55 3,65 4,5 13,5 13, ,08 A ,38 1,38 1,73 2,42 2,42 4,15 4,5 13,5 13, ,08 A ,50 1,50 2,63 2,63 2,63 2,63 4,5 13,5 13, ,08 A ,38 1,38 2,42 2,42 2,42 3,46 4,5 13,5 13, ,08 A ,86 2,33 2,33 2,33 2,33 2,33 4,5 13,5 13, ,07 A ,74 2,18 2,18 2,18 2,18 3,05 4,5 13,5 13, ,07 A ,59 1,99 1,99 1,99 1,99 3,97 4,5 13,5 13, ,08 A ,50 1,88 1,88 1,88 1,88 4,50 4,5 13,5 13, ,08 A ,41 1,77 1,77 1,77 1,77 5,02 4,5 13,5 13, ,08 A ,64 2,05 2,05 2,05 2,86 2,86 4,5 13,5 13, ,07 A ,50 1,88 1,88 1,88 2,63 3,75 4,5 13,5 13, ,08 A ,42 1,78 1,78 1,78 2,49 4,26 4,5 13,5 13, ,08 A ,38 1,73 1,73 1,73 3,46 3,46 4,5 13,5 13, ,08 A

79 Combinations SCM 125 ZJ-S1 6 Multisplit DC Inverter Hyper ,54 1,93 1,93 2,70 2,70 2,70 4,5 13,5 13, ,08 A ,42 1,78 1,78 2,49 2,49 3,55 4,5 13,5 13, ,08 A ,46 1,82 2,55 2,55 2,55 2,55 4,5 13,5 13, ,08 A ,38 2,42 2,42 2,42 2,42 2,42 4,5 13,5 13, ,08 A ,11 2,11 2,11 2,11 2,11 2,95 4,5 13,5 13, ,07 A ,93 1,93 1,93 1,93 1,93 3,86 4,5 13,5 13, ,08 A ,82 1,82 1,82 1,82 1,82 4,38 4,5 13,5 13, ,08 A ,99 1,99 1,99 1,99 2,78 2,78 4,5 13,5 13, ,08 A ,82 1,82 1,82 1,82 2,55 3,65 4,5 13,5 13, ,08 A ,73 1,73 1,73 1,73 2,42 4,15 4,5 13,5 13, ,08 A ,88 1,88 1,88 2,63 2,63 2,63 4,5 13,5 13, ,08 A ,73 1,73 1,73 2,42 2,42 3,46 4,5 13,5 13, ,08 A ,78 1,78 2,49 2,49 2,49 2,49 4,5 13,5 13, ,08 A 1655 Residential 7 7

80 7 8

81 Commercial Range 2012 Commercial INSTALLATION FLEXIBILITY - HIGH EFFICIENCY Conter Mono Range Hyper DC Inverter 83 Super DC Inverter 88 Total Heat Recovery Unit 94 Conter Multi Range Hyper DC Inverter Conter Twin/Triple 95 Super DC Inverter Conter Twin/Triple Double Twin Conter V Multi Combinations

82 Commercial Range 2012 The Mitsubishi Heavy Industries Conter Commercial range has two different product lines: Hyper DC Inverter and Super DC Inverter. efficiency energy saving high heating performance installation flexibility Conter Hyper DC Inverter Range OUTDOOR UNITS OPERATION IN HEATING MODE WITH OUTSIDE TEMPERATURE LIMIT OF: -20 C The outdoor units in the Hyper DC inverter range (4 ~ 6HP = 10.0 ~ 14.0 kw) are able to ensure high energy efficiency and a constant supply of heating power even when the outside temperature decreases (in particular for the three-phase models). HIGH HEATING PERFORMANCE FDC 100~140 VNX/VSX VNX = Single-phase VSX = Three-phase The Hyper DC Inverter range ensures an exceptional heating capacity in particularly cold regions. High heating performance is ensured by: refrigerant control optimisation, by means of the electronic expansion valve development of the Twin Rotary compressors The VSX outdoor units in the Hyper DC Inverter range maintain a constant rated heating capacity, even when the outdoor temperature drops to -15 C. The temperature of the air leaving the indoor units can reach 40 C in just 4 minutes after the machine is started up, in heating mode, even when the operating conditions of the outdoor units drop to a temperature of 2 C. The air temperature can reach 50 C over the next 8 minutes. 8 0

83 (kw) 5HP VSX model Rated heating capacity kept constant until -15 C 18.0 max. capacity rated heating capacity kept at -15 C -15 C 2 C 7 C rated heating capacity 14.0 kw VSX models (three-phase) Model heating capacity (kw at outdoor temperature of 7 C) heating capacity (kw at 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 Commercial (kw) 5HP VNX model Rated heating capacity kept constant until +2 C rated heating capacity kept at +2 C max. capacity rated heating capacity 14.0 kw VNX models (single phase) Model heating capacity (kw at outdoor temperature of 7 C) heating capacity (kw at outdoor temperature of -15 C) FDT 100 VNX (4HP) 11,2 kw 8,05 kw FDT 125 VNX (5HP) 14,0 kw 10,06 kw FDT 140 VNX (6HP) 16,0 kw 11,50 kw C 2 C 7 C Heating capacity Refer to the technical specifications with regard to: application conditions, operating range and capacity during heating/cooling. INSTALLATION FLEXIBILITY: TOTAL SPLITTING LENGTH 100 m The maximum length of the refrigerant piping is 100 m. The maximum height difference between indoor units is 15 m. Each unit is also equipped with a refrigerant pre-charge sufficient for 30 m splits. The versatility offered by the numerous installation solutions also makes it possible to centralise the systems via the Superlink network, applying the SC-ADNA-E adapter to each indoor unit to be controlled. Outdoor unit Indoor unit height difference between the highest outdoor unit and the indoor unit 30 m HP Piping total length Height difference 4~6 100 m 30 m 8 1

84 Conter Super DC Inverter Range OUTDOOR UNITS INSTALLATION FLEXIBILITY: TOTAL SPLITTING LENGTH 70 m (8~10HP) The application solutions offered by the products in the Super DC Inverter range meet the installation requirements of both small and medium commercial areas and large residential units. power levels 7,1 kw 10,0 kw 12,5 kw 14,0 kw 20,0 kw 25,0 kw model FDC 71VN1 FDC 100VN/VS FDC 125VN/VS FDC 140VN/VS FDC 200VS FDC 250VS VN = Single phase VS = Three phase The maximum length of the refrigerant piping is 70 m. The maximum height difference between indoor units is 15 m Each unit is also equipped with a refrigerant pre-charge sufficient for 30 m splits. The versatility offered by the numerous installation solutions also makes it possible to centralise the systems via the Superlink network, applying the SC-ADNA-E adapter to each indoor unit to be controlled. Outdoor unit Indoor unit height difference between the highest outdoor unit and the indoor unit 30 m HP Piping total length Height difference 4~6 50 m 30 m 8~10 70 m 30 m INDOOR UNITS - CONTER HYPER DC INVERTER AND SUPER DC INVERTER RANGES A wide choice of indoor units 84x84 cassette, floor standing, ceiling-mounted and ducted - with power levels from 7.1 to 25.0 kw, for effective solutions and different installation requirements. The range is developed with PAM DC Inverter technology, with the use of ecological R410A refrigerant gas and, in most cases, the units fall into Class A/A for cooling and heating. 84X84 CASSETTE MEDIUM HEAD DUCTED HIGH HEAD DUCTED CEILING FLOOR STANDING FDT 71VD FDT 100VD FDT 125VD FDT 140VD FDUM 71VF FDUM100VF FDUM 125VF FDUM140VF FDU 71VD FDU 100VD FDU 125VD FDU 140VD FDU 200VD FDU 250VD FDEN 71VD FDEN 100VD FDEN 125VD FDEN 140VD FDF 71VD FDF 100VD FDF 125VD FDF 140VD 8 2

85 Conter Hyper DC Inverter Range 84X84 CASSETTE FDT 100~140VD TECHNICAL DATA 4-way cassette air conditioners available in 3 different power levels (10.0 ~ 14.0 kw) Energy class A in heating and cooling Removable caps on the 4 corners for easy installation Easy condensate drain pan control Particularly high splitting distance: 100 m Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C Condensate drain pump as standard RCN-T-36W-E corner kit with remote control (optional) Commercial Indoor Unit Model FDT 100VD FDT 100VD FDT 125VD FDT 125VD FDT 140VD FDT 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 Capacity Cooling kw 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~16,00) 14,00 (5,00~16,00) Power consumption Heating kw 11,20 (4,00~12,50) 11,20 (4,00~16,00) 14,00 (4,00~17,00) 14,00 (4,00~18,00) 16,00 (4,00~18,00) 16,00 (4,00~20,00) Cooling kw 2,50 2,50 3,28 3,28 4,19 4,19 Heating kw 2,58 2,58 3,43 3,43 4,20 4,20 EER 4,00 / A 4,00 / A 3,81 / A 3,81 / A 3,34 / A 3,34 / A COP 4,34 / A 4,34 / A 4,08 / A 4,08 / A 3,81 / A 3,81 / A Annual Consumption (cooling) (500h/year) kw 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 Power supply I.U. ~ O.U. O.U. O.U. O.U. O.U. O.U. O.U. Input Rated Current (Cooling - Heating) A 11,1-11,4 3,7-3,8 14,6-15,2 4,8-5,1 18,6-18,6 6,2-6,2 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") 9,52 (3/8") - 15,88 (5/8") 9,52 (3/8") - 15,88 (5/8") 9,52 (3/8") - 15,88 (5/8") 9,52 (3/8") - 15,88 (5/8") 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 4,50 4,50 4,50 4,50 4,50 4,50 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 -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 unit specifications Indoor unit Dimensions (HxWxD) mm 298x840x x840x x840x x840x x840x x840x840 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene filter Polypropylene filter Polypropylene filter Polypropylene filter Polypropylene filter Polypropylene filter Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Accessories Panel T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E Panel data Dimension (HxWxD) mm 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 Net weight Kg 5,5 5,5 5,5 5,5 5,5 5,5 Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (oprional) 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 Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 8 3

86 Conter Hyper DC Inverter Range MEDIUM HEAD DUCTED FDUM 100~140VF Ducted air conditioners with medium head available in 3 different power levels (10.0 ~ 14.0 kw) Energy class A in heating and cooling Ultra-compact model: only 28 cm high Particularly high splitting distance (100 m) for maximum installation versatility Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C Optional UM-FL3EF filter kit ESP function automatic maintenance of the air flow rate as flow resistance varies TECHNICAL DATA Indoor Unit Model FDUM 100VF FDUM100VF 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 Capacity Cooling kw 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~14,50) 14,00 (5,00~14,50) Power consumption Heating kw 11,20 (4,00~12,50) 11,20 (4,00~12,50) 14,00 (4,00~16,00) 14,00 (4,00~16,00) 16,00 (4,00~16,50) 16,00 (4,00~16,50) Cooling kw 2,68 2,68 3,49 3,49 4,28 4,28 Heating kw 3,02 3,02 3,77 3,77 4,42 4,42 EER 3,73 / A 3,73 / A 3,58 / A 3,58 / A 3,27 / A 3,27 / A COP 3,71 / A 3,71 / A 3,71 / A 3,71 / A 3,62 / A 3,62 / A Annual Consumption (cooling) (500h/year) kw/h 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 12,1-13,5 4-4,5 15,5-16,8 5,2-5,6 19,2-19,8 6,4-6,6 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 4,50 4,50 4,50 4,50 4,50 4,50 MAX Splitting without Refrigerant Precharge m Additional Refrigerant 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 unit specifications Indoor Unit Dimensions (HxWxD) mm 280x1370x x1370x x1370x x1370x x1370x x1370x740 Net weight Kg Indoor Noise level 1 m (Hi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Available static pressure 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 unit specifications Outdoor Unit Dimensions (HxWxD) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (oprional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Filter KIT (optional) UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF 8 4

87 Conter Hyper DC Inverter Range HIGH HEAD DUCTED FDU 100~140VD Ducted air conditioners with high head available in 3 different power levels (10.0 ~ 14.0 kw) Energy class A in heating and cooling Units with rear air recovery Condensate pump as standard with rise up to 60 cm from the base of the unit Particularly high splitting distance: 100 m Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C Ultra-compact design for easier insertion in very low false ceilings Commercial TECHNICAL DATA Indoor Unit Model FDU 100VD FDU100VD FDU 125VD FDU125VD FDU140VD FDU140VD 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 Capacity Cooling kw 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~16,00) 14,00 (5,00~16,00) Power consumption Heating kw 11,20 (4,00~12,50) 11,20 (4,00~16,00) 14,00 (4,00~17,00) 14,00 (4,00~18,00) 16,00 (4,00~18,00) 16,00 (4,00~20,00) Cooling kw 2,78 2,78 3,44 3,44 4,20 4,20 Heating kw 2,90 2,90 3,67 3,67 4,30 4,30 EER 3,60 / A 3,60 / A 3,63 / A 3,63 / A 3,33 / A 3,33 / A COP 3,86 / A 3,86 / A 3,81 / A 3,81 / A 3,72 / A 3,72 / A Annual Consumption (cooling) (500h/year) kw 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 12,3-12,9 4,1-4,3 15,3-16,3 5,1-5,4 18,6-19,1 6,2-6,3 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 4,50 4,50 4,50 4,50 4,50 4,50 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 -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 unit specifications Indoor unit Dimensions (HxWxD) mm 350x1370x x1370x x1370x x1370x x1370x x1370x650 Net weight Kg Indoor Noise level 1 m (Hi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Available static pressure Pa standard 60 max 130 Drain hose diameter mm Filter (st. equipment) Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Fan control (optional)

88 Conter Hyper DC Inverter Range CEILING FDEN 100~140VD Ceiling-mounted air conditioners available in 3 different power levels (10.0 ~ 14.0 kw) Energy class A in heating and cooling (10.0 ~ 12.5 kw) Particularly high splitting distance: 100 m Ideal for very large environments, thanks to the particularly wide air flow Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C TECHNICAL DATA Indoor Unit Model FDEN 100VD FDEN 100VD FDEN 125VD FDEN 125VD FDEN 140VD FDEN 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 Capacity Cooling kw 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~16,00) 14,00 (5,00~16,00) Power consumption Heating kw 11,20 (4,00~12,50) 11,20 (4,00~16,00) 14,00 (4,00~17,00) 14,00 (4,00~18,00) 16,00 (4,00~18,00) 16,00 (4,00~20,00) Cooling kw 2,80 2,80 3,86 3,86 4,98 4,98 Heating kw 2,88 2,88 3,77 3,77 4,69 4,69 EER 3,57 / A 3,57 / A 3,24 / A 3,24 / A 2,81 / C 2,81 / C COP 3,89 / A 3,89 / A 3,71 / A 3,71 / A 3,41 / B 3,41 / B Annual Consumption (cooling) (500h/year) kw 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 12,4-12,8 4,1-4,2 17,1-16,7 5,7-5,6 22,1-20,8 7,3-6,9 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 4,50 4,50 4,50 4,50 4,50 4,50 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 -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 unit specifications Indoor unit Dimensions (HxWxD) mm 250x1620x x1620x x1620x x1620x x1620x x1620x690 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Filter (st. equipment) 2x Polypropylene filter Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-E1R RCN-E1R RCN-E1R RCN-E1R RCN-E1R RCN-E1R SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 8 6

89 Conter Hyper DC Inverter Range FLOOR STANDING FDF 100~140VD NEW Commercial Column-mounted air conditioners available in 3 different power levels (10.0 ~ 14.0 kw) Energy class A in heating and cooling (10.0 ~ 12.5 kw) Particularly high splitting distance: 100 m Ideal in restaurants, shops or offices without false ceilings or with particularly high ceilings Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C TECHNICAL DATA Indoor Unit Model FDF 100VD FDF 100VD 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 Capacity Cooling kw 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~16,00) 14,00 (5,00~16,00) Power consumption Heating kw 11,20 (4,00~12,50) 11,20 (4,00~16,00) 14,00 (4,00~17,00) 14,00 (4,00~18,00) 16,00 (4,00~18,00) 16,00 (4,00~20,00) Cooling kw 2,83 2,83 3,89 3,89 4,65 4,65 Heating kw 3,04 3,04 3,88 3,88 4,69 4,69 EER 3,53 / A 3,53 / A 3,21 / A 3,21 / A 3,01 / B 3,01 / B COP 3,68 / A 3,68 / A 3,61 / A 3,61 / A 3,41 / B 3,41 / B Annual Consumption (cooling) (500h/year) kw 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 12,6-13,5 4,2-4,5 17,3-17,2 5,7-5,7 20,6-20,8 6,8-6,9 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 4,50 4,50 4,50 4,50 4,50 4,50 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 -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 unit specifications Indoor unit Dimensions (HxWxD) mm 600x1850x x1850x x1850x x1850x x1850x x1850x320 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene filter Wired remote control (installed in front) 1x RC-E4 RC-E4 RC-E4 RC-E4 RC-E4 RC-E4 Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 1300x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals IR (KIT) - (optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 8 7

90 Conter Super DC Inverter Range 84X84 CASSETTE FDT 71~140VD 4-way cassette air conditioners available in 4 different power levels (7.1 ~ 14.0 kw) Energy class A in heating and cooling (7.1 ~ 10.0 kw) RCN-T-36W-E corner kit with remote control (optional) Removable caps on the 4 corners for easy installation Easy condensate drain pan control Particularly high splitting distance: 50 m Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C Condensate drain pump as standard TECHNICAL DATA Indoor Unit Model FDT 71VD FDT 100VD FDT 100VD FDT 125VD FDT 125VD FDT 140VD FDT 140VD Outdoor Unit Model FDC 71VN1 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 DC-Inverter Capacity Cooling kw 7,10 (3,20~8,00) 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~14,50) 14,00 (5,00~14,50) Power consumption Heating kw 8,00 (3,60~9,00) 11,20 (4,00~12,50) 11,20 (4,00~12,50) 14,00 (4,00~16,00) 14,00 (4,00~16,00) 16,00 (4,00~16,50) 16,00 (4,00~16,50) Cooling kw 2,04 2,76 2,76 4,05 4,05 4,98 4,98 Heating kw 1,94 2,74 2,74 3,77 3,77 4,57 4,57 EER 3,48 / A 3,62 / A 3,62 / A 3,09 / B 3,09 / B 2,81 / C 2,81 / C COP 4,12 / A 4,09 / A 4,09 / A 3,71 / A 3,71 / A 3,50 / B 3,50 / B Annual Consumption (cooling) (500h/year) kw Power supply Ph-V-Hz 1-220~240V-50HZ 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. O.U. Input Rated Current (Cooling - Heating) A 9,1-8,7 12,1-12,0 4,2-4,2 17,7-16,6 5,9-5,5 22,0-20,2 7,4-6,7 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 2,95 3,80 3,80 3,80 3,80 3,80 3,80 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 -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 -20 C~+20 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 246x840x x840x x840x x840x x840x x840x x840x840 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene filter Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 750x880(+88)x x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Accessories Panel T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E T-PSA-3AW-E Panel data Dimensions (HxWxD) mm 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 35x950x950 Net weight Kg 5,5 5,5 5,5 5,5 5,5 5,5 5,5 Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (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 RCN-T-36W-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 8 8

91 Conter Super DC Inverter Range MEDIUM HEAD DUCTED FDUM 71~140VF Ducted air conditioners with medium head available in 4 different power levels (7.1 ~ 14.0 kw) Energy class A in heating and cooling (7.1 ~ 12.5 kw) Particularly high splitting distance (50 m) for maximum installation versatility Ultra-compact design: only 28 cm high FDUM 71VF Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C ESP function automatic maintenance of the air flow rate as flow resistance varies Optional UM-FL2EF (FDUM 71VF), UM-FL3EF (FDUM 100 ~ 140VF) filter kit FDUM 100~140VF Commercial TECHNICAL DATA Indoor Unit Model FDUM 71VF FDUM100VF FDUM 100VF FDUM 125VF FDUM125VF FDUM 140VF FDUM 140VF Outdoor Unit Model FDC 71VN1 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 DC-Inverter Capacity Cooling kw 7,10 (3,20~8,00) 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~14,50) 14,00 (5,00~14,50) Power consumption Heating kw 8,00 (3,60~9,00) 11,20 (4,00~12,50) 11,20 (4,00~12,50) 14,00 (4,00~16,00) 14,00 (4,00~16,00) 16,00 (4,00~16,50) 16,00 (4,00~16,50) Cooling kw 2,03 2,80 2,80 3,90 3,90 4,95 4,95 Heating kw 1,99 3,02 3,02 3,88 3,88 4,69 4,69 EER 3,50 / A 3,57 / A 3,57 / A 3,21 / A 3,21 / A 2,83 / C 2,83 / C COP 4,02 / A 3,71 / A 3,71 / A 3,61 / A 3,61 / A 3,41 / B 3,41 / B Annual Consumption (cooling) (500h/year) kw/h Power supply Ph-V-Hz 1-220~240V-50HZ 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. O.U. Input Rated Current (Cooling - Heating) A 9,0-9,0 12,5-13,5 4,2-4,5 17,5-17,4 5,8-5,8 22,3-21,0 7,4-7,0 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 2,95 3,80 3,80 3,80 3,80 3,80 3,80 MAX Splitting without Refrigerant Precharge m Additional Refrigerant 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 -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 -20 C~+20 C Indoor unit specifications Indoor Unit Dimensions (HxWxD) mm 280x950x x1370x x1370x x1370x x1370x x1370x x1370x740 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Available static pressure Pa standard 35 max 100 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 unit specifications Outdoor Unit Dimensions (HxWxD) mm 750x880(+88)x x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Filter KIT (optional) 1x UM-FL2E UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF UM-FL3EF 8 9

92 Conter Super DC Inverter Range HIGH HEAD DUCTED FDU 71~140VD Ducted air conditioners with high head available in 4 different power levels (7.1 ~ 14.0 kw) Energy class A in heating and cooling (7.1 ~ 10.0 kw) Units with rear recovery Ultra-compact design for easier insertion in very low false ceilings: only 29.5 cm high (7.1 kw) Particularly high splitting distance (50 m) for maximum installation versatility Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C TECHNICAL DATA Indoor Unit Model FDU 71VD FDU 100VD FDU 100VD FDU 125VD FDU125VD FDU140VD FDU140VD Outdoor Unit Model FDC 71VN1 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 DC-Inverter Capacity Cooling kw 7,10 (3,20~8,00) 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~14,50) 14,00 (5,00~14,50) Power consumption Heating kw 8,00 (3,60~9,00) 11,20 (4,00~12,50) 11,20 (4,00~12,50) 14,00 (4,00~16,00) 14,00 (4,00~16,00) 16,00 (4,00~16,50) 16,00 (4,00~16,50) Cooling kw 2,15 2,88 2,88 4,04 4,04 4,95 4,95 Heating kw 2,15 2,99 2,99 3,79 3,79 4,43 4,43 EER 3,30 / A 3,47 / A 3,47 / A 3,09 / B 3,09 / B 2,83 / C 2,83 / C COP 3,72 / A 3,75 / A 3,75 / A 3,69 / A 3,69 / A 3,61 / A 3,61 / A Annual Consumption (cooling) (500h/year) kw Power supply Ph-V-Hz 1-220~240V-50HZ 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. O.U. Input Rated Current (Cooling - Heating) A 9,6-9,5 12,7-13,1 4,3-4,4 17,8-16,6 6,0-5,6 21,7-19,5 7,4-6,6 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 2,95 3,80 3,80 3,80 3,80 3,80 3,80 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 -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 -20 C~+20 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 295x850x x1370x x1370x x1370x x1370x x1370x x1370x635 Net weight Kg Indoor Noise level 1 m (Hi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Available static pressure Pa standard 60 max 130 standard 60 max 130 standard 60 max 130 standard 60 max 130 standard 60 max 130 standard 60 max 130 standard 60 max 130 Drain hose diameter mm Filter (st. equipment) Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 750x880(+88)x x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E Fan control (optional)

93 Conter Super DC Inverter Range HIGH HEAD DUCTED FDU 200~250VD Ducted air conditioners with high head available in 2 different power levels (20.0 ~ 25.0 kw) Units with rear recovery Particularly high splitting distance (70 m) for maximum installation versatility Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C U-FCRA air flow speed control kit Commercial TECHNICAL DATA Indoor Unit Model FDU 200VD FDU 250VD Outdoor Unit Model FDC 200VS FDC 250VS Type DC-Inverter DC-Inverter Capacity Cooling kw 20,00 (7,00~22,40) 25,00 (10,00~28,00) Power consumption Heating kw 22,40 (7,60~25,00) 28,00 (9,50~31,50) Cooling kw 6,59 9,91 Heating kw 6,08 8,50 EER 3,03 / B 2,52 / E COP 3,68 / A 3,29 / C Annual Consumption (cooling) (500h/year) kw 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 10,8-10,2 15,7-14,4 Wiring cables i.u./o.u. (without ground) n 3 3 Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 22,22 (7/8") 12,7 (1/2") - 22,22 (7/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 Refrigerant Precharge Kg 5,40 7,20 MAX Splitting without Refrigerant Precharge m Refrigerant Precharge g/m Temperature range cooling C -15 C~+43 C -15 C~+43 C Temperature range heating C -15 C~+20 C -15 C~+20 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 360x1570x x1570x830 Net weight Kg Indoor Noise level 1 m (Hi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Available static pressure Pa standard 100 max 200 standard 100 max 200 Drain hose diameter mm Filter (st. equipment) Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 1300x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-KIT3-E RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E Fan control (optional) U-FCRA U-FCRA 9 1

94 Conter Super DC Inverter Range CEILING FDEN 71~140VD Ceiling-mounted air conditioners available in 4 different power levels (7.1 ~ 14.0 kw) Energy class A in heating and cooling (7.1 ~ 10.0 kw) Particularly high splitting distance: 50 m Ideal for very large environments, thanks to the particularly wide air flow Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C TECHNICAL DATA Indoor Unit Model FDEN 71VD FDEN 100VD FDEN 100VD FDEN 125VD FDEN 125VD FDEN 140VD FDEN 140VD Outdoor Unit Model FDC 71VN1 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 DC-Inverter Capacity Cooling kw 7,10 (3,20~8,00) 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~14,50) 14,00 (5,00~14,50) Power consumption Heating kw 8,00 (3,60~9,00) 11,20 (4,00~12,50) 11,20 (4,00~12,50) 14,00 (4,00~16,00) 14,00 (4,00~16,00) 16,00 (4,00~16,50) 16,00 (4,00~16,50) Cooling kw 2,11 2,85 2,85 4,45 4,45 5,80 5,80 Heating kw 2,11 2,97 2,97 4,08 4,08 4,92 4,92 EER 3,36 / A 3,51 / A 3,51 / A 2,80 / C 2,80 / C 2,41 / E 2,41 / E COP 3,79 / A 3,77 / A 3,77 / A 3,43 / B 3,43 / B 3,25 / C 3,25 / C Annual Consumption (cooling) (500h/year) kw Power supply Ph-V-Hz 1-220~240V-50HZ 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. O.U. Input Rated Current (Cooling - Heating) A 9,4-9,4 12,5-13,0 4,2-4,3 19,5-17,9 6,6-6,0 25,2-21,6 8,6-7,2 Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 2,95 3,80 3,80 3,80 3,80 3,80 3,80 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 -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 -20 C~+20 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 210x1320x x1620x x1620x x1620x x1620x x1620x x1620x690 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Filter (st. equipment) 2x Polypropylene filter Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 750x880(+88)x x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals Wired remote control (optional) RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 RC-E5 Basic wired remote control (optional) RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 RCH-E3 IR (KIT) - (optional) RCN-E1R RCN-E1R RCN-E1R RCN-E1R RCN-E1R RCN-E1R RCN-E1R SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 9 2

95 Conter Super DC Inverter Range FLOOR STANDING FDF 71~140VD Commercial Column-mounted air conditioners available in 4 different power levels (7.1 ~ 14.0 kw) Energy class A in heating and cooling (7.1 ~ 10.0 kw) Particularly high splitting distance: 50 m Ideal in restaurants, shops or offices without false ceilings or with particularly high ceilings Operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of -15 C TECHNICAL DATA Indoor Unit Model FDF 71VD FDF 100VD FDF 100VD FDF 125VD FDF 125VD FDF 140VD FDF 140VD Outdoor Unit Model FDC 71VN1 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 DC-Inverter Capacity Cooling kw 7,10 (3,20~8,00) 10,00 (4,00~11,20) 10,00 (4,00~11,20) 12,50 (5,00~14,00) 12,50 (5,00~14,00) 14,00 (5,00~16,00) 14,00 (5,00~16,00) Power consumption Heating kw 8,00 (3,60~9,00) 11,20 (4,00~12,50) 11,20 (4,00~12,50) 14,00 (4,00~17,00) 14,00 (4,00~17,00) 16,00 (4,00~18,00) 16,00 (4,00~18,00) Cooling kw 2,21 3,12 3,12 4,40 4,40 5,15 5,15 Heating kw 2,21 3,10 3,10 4,36 4,36 5,31 5,31 EER 3,21 / A 3,21 / A 3,21 / A 2,84 / C 2,84 / C 2,72 / D 2,72 / D COP 3,62 / A 3,61 / A 3,61 / A 3,21 / C 3,21 / C 3,01 / D 3,01 / D Annual Consumption (cooling) (500h/year) kw Power supply Ph-V-Hz 1-220~240V-50HZ 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. O.U. Input Rated Current (Cooling - Heating) A 9,8-9,9 13,8-13, Wiring cables i.u./o.u. (without ground) n Refrigerant Pipe Liquid/Gas side mm (inch.) 9,52 (3/8") - 15,88 (5/8") Max splitting distance I.U./O.U. m Max splitting level difference (O.U./I.U.-I.U./O.U.) m 30/15 30/15 30/15 30/15 30/15 30/15 30/15 Refrigerant Precharge Kg 2,95 3,80 3,80 3,80 3,80 3,80 3,80 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 -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 -20 C~+20 C Indoor unit specifications Indoor unit Dimensions (HxWxD) mm 600x1850x x1850x x1850x x1850x x1850x x1850x x1850x320 Net weight Kg Indoor Noise level 1 m (Hi/Mi/Lo) db(a) Indoor Noise level 2,5 m (Hi/Mi/Lo) db(a) Indoor air flow (Hi/Mi/Lo) m 3 /h Drain hose diameter mm Filter (st. equipment) 1x Polypropylene filter Wired remote control (installed in front) 1x RC-E4 RC-E4 RC-E4 RC-E4 RC-E4 RC-E4 RC-E4 Outdoor unit specifications Outdoor Unit Dimensions (HxWxD) mm 750x880(+88)x x970x x970x x970x x970x x970x x970x370 Net weight Kg Max noise level 1-2,5 m db(a) Max air flow m 3 /h Optionals IR (KIT) - (optional) RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E RCN-KIT3-E SUPERLINK Interface (optional) SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 9 3

96 Total Heat Recovery Unit SAF 250~1000E4 During winter, these recover some of the energy contained in the renewal air expelled from the rooms that would otherwise be dispersed into the atmosphere, using it to preheat the air coming in from outside. During summer, the exchange is more effective in warmer climates, where the cool air expelled is used to pre-cool the air coming in from outside. The recovery of the energy lost implies a reduction in the thermal requirements of rooms in the building and therefore the possibility to choose a smaller heating and air conditioning system, with a consequent reduction in harmful emissions and significant long-term savings regarding the energy consumed and the system costs. TECHNICAL DATA Unit Model SAF 250E4 SAF 350E4 SAF 500E4 SAF 800E4 SAF 1000E4 Power supply Ph-V-Hz 1-220~ ~ ~ ~ ~ Power input W 99~ ~ ~ ~ ~399 Running current A 0,46~0,48 0,59~0,60 0,79~0,81 1,48~1,50 1,85~1,93 Enthalpy exchange efficiency (cool./heat.) UHi % 63/70 66/69 62/67 65/71 65/71 Temperature exchange efficiency % Enthalpy exchange efficiency (cool./heat.) Hi % 63/70 66/69 62/67 65/71 65/71 Temperature exchange efficiency % Enthalpy exchange efficiency (cool./heat.) Lo % 66/73 69/71 77/67 68/74 68/73 Temperature exchange efficiency % Motor / Quantity kw 20x2 18x2 35x2 81x2 118x2 Fan type / Quantity Centrifugal x 2 Air Flow Hi/Lo m 3 /h Available static pressure Hi/Lo Pa 80/37 65/42 70/38 110/70 55/35 Sound pressure level(hi/lo) db(a) Hi 26 Lo 21 Hi 29 Lo 25 Hi 31 Lo 25 Hi 36,5 Lo 32 Hi 36 Lo 31 Air filter Outake intake air Exhaust air Protection for element (washable) PS400 Dimensions (H x W x D) mm 270x882x x882x x962x x1322x x1322x1134 Net weight Kg Nominal ducts diameter mm Structure (SAF 1000E4) Plate heat exchanger Damper Exhaust air Principle of operation (simple ventilation) Supply air Principle of operation (heat exchanging) Exhaust air Supply air Exhaust air Room Air 27 C Outside air Room Air 10 C 33 C Outside air 29 C Room Air Outside air Supply air 10 C 27 C e.g. for cooling in winter time 35 C e.g. heat exchange in summer time 27 C 9 4

97 Conter Multi The application solutions offered by the Multi products in the Hyper DC Inverter and Super DC Inverter ranges meet the installation requirements of both small and medium commercial areas and large residential units. CONTER TWIN, TRIPLE AND DOUBLE TWIN The outdoor Conter units can be used in Twin, Triple and Double Twin configurations. The indoor units in combination should be of the same type and have the same capacity. CONTER V MULTI The V Multi configuration uses some indoor and outdoor units with free matching by type of installation within the limits of the possible combinations. The V Multi system enables up to 4 indoor units to be connected to one outdoor unit. Commercial CONTER TWIN/TRIPLE/DOUBLE TWIN Compatibility chart INDOOR UNITS OUTDOOR UNITS COMBINATIONS FDC71VN1 FDC100VN/VNX FDC125VN/VNX FDC140VN/VNX FDC100VS/VSX FDC125VS/VSX FDC140VS/VSX FDC200VS FDC250VS TWIN TRIPLE DOUBLE TWIN 4,0 kw 5,0 kw 6,0 kw 7,1 kw 10,0 kw 12,5 kw 4,0 kw 5,0 kw 6,0 kw 5,0 kw 6,0 kw 7,1 kw 10,0 kw 12,5 kw 4,0 kw 5,0 kw 6,0 kw 7,1 kw 10,0 kw 12,5 kw 5,0 kw 6,0 kw 7,1 kw 10,0 kw 12,5 kw CONTER V MULTI Compatibility chart INDOOR UNITS FDC71VN1 FDC100VN/VNX FDC100VS/VSX OUTDOOR UNITS FDC125VN/VNX FDC125VS/VSX FDC140VN/VNX FDC140VS/VSX FDC200VS 4,0 kw 5,0 kw 6,0 kw 7,1 kw 10,0 kw 12,5 kw 4,0 kw 5,0 kw 6,0 kw 7,1 kw 10,0 kw 12,5 kw In all Conter Multi configurations, only 1 wired remote control (RC-E5) should be used for each O.U. FDC250VS 9 5

98 Combinations Conter Hyper DC Inverter TWIN/TRIPLE FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Cooling Capacity kw 10,00 10,00 10,00 10,00 10,00 Cooling Input kw 2,56 2,78 2,94 3,02 2,66 EER 3,91 3,60 3,40 3,31 3,76 Heating Capacity kw 11,20 11,20 11,20 11,20 11,20 Heating Input kw 2,66 3,02 2,94 3,18 2,60 COP 4,21 3,71 3,81 3,52 4,31 I.U. Noise Level (MIN) 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 Cooling Capacity kw 12,50 12,50 12,50 12,50 12,50 Cooling Input kw 3,06 4,10 3,86 3,86 3,60 EER 4,08 3,05 3,24 3,24 3,47 Heating Capacity kw 14,00 14,00 14,00 14,00 14,00 Heating Input kw 3,22 4,10 4,10 3,70 3,48 COP 4,35 3,41 3,41 3,78 4,02 I.U. Noise Level (MIN) 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 Cooling Capacity kw 14,00 14,00 14,00 14,00 14,00 14,00 14,00 14,00 14,00 Cooling Input kw 3,88 4,60 4,78 4,83 3,88 4,34 4,60 4,72 3,98 EER 3,61 3,04 2,93 2,90 3,61 3,23 3,04 2,97 3,52 Heating Capacity kw 16,00 16,00 16,00 16,00 16,00 16,00 16,00 16,00 16,00 Heating Input kw 3,70 4,69 4,43 4,97 3,76 4,34 4,69 4,38 3,68 COP 4,32 3,41 3,61 3,22 4,26 3,69 3,41 3,65 4,35 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 DIS-WA1 DIS-WA1 DIS-WA1 DIS-TA1 DIS-TA1 DIS-TA1 DIS-TA1 DIS-TA1 Controls Interface 1 x RC-E5 RCH-E3 1 x RC-E5 / RCH-E3 Installed 1 x RC-E5 / RCH-E3 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 9 6

99 Combinations Conter Super DC Inverter TWIN/TRIPLE/DOUBLE TWIN FDC 71VN1 FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS FDC 200VS Cooling Capacity kw 7,10 7,10 7,10 Cooling Input kw 1,85 1,99 1,98 EER 3,84 3,57 3,59 Heating Capacity kw 8,00 8,00 8,00 Heating Input kw 1,99 2,18 2,40 COP 4,02 3,67 3,33 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 DIS-WA1 DIS-WA1 Controls RC-E5 RCH-E3 RC-E5 RCH-E3 Interface Cooling Capacity kw 10,00 10,00 10,00 10,00 10,00 Cooling Input kw 2,94 2,84 3,12 3,12 2,72 EER 3,40 3,52 3,21 3,21 3,68 Heating Capacity kw 11,20 11,20 11,20 11,20 11,20 Heating Input kw 3,09 3,08 3,27 3,28 2,86 COP 3,62 3,64 3,43 3,41 3,92 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 Controls RC-E5 RCH-E3 1 x RC-E5 / RCH-E3 2 x SC-BIKN-E Interface Cooling Capacity kw 12,50 12,50 12,50 12,50 12,50 Cooling Input kw 3,95 5,35 4,47 4,23 4,25 EER 3,16 2,34 2,80 2,96 2,94 Heating Capacity kw 14,00 14,00 14,00 14,00 14,00 Heating Input kw 3,70 4,62 4,51 3,83 4,29 COP 3,78 3,03 3,10 3,66 3,26 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 Controls RC-E5 RCH-E3 1 x RC-E5 / RCH-E3 2 x SC-BIKN-E Interface Cooling Capacity kw 14,00 14,00 14,00 14,00 14,00 14,00 14,00 14,00 14,00 Cooling Input kw 4,51 5,00 4,87 5,16 4,65 4,64 5,09 4,88 4,53 EER 3,10 2,80 2,87 2,71 3,01 3,02 2,75 2,87 3,09 Heating Capacity kw 16,00 16,00 16,00 16,00 16,00 16,00 16,00 16,00 16,00 Heating Input kw 4,58 4,94 4,59 5,01 4,63 4,52 5,03 4,58 4,05 COP 3,49 3,24 3,49 3,19 3,46 3,54 3,18 3,49 3,95 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 DIS-WA1 DIS-WA1 DIS-TA1 Controls RC-E5 RCH-E3 RC-E5 RCH-E3 Installed RC-E5 RCH-E3 1 x RC-E5/RCH-E3 3 x SC-BIKN-E Interface Cooling Capacity kw 20,00 20,00 20,00 20,00 20,00 20,00 20,00 20,00 20,00 20,00 Cooling Input kw 6,58 6,86 6,47 6,50 6,49 6,88 6,40 6,58 7,33 7,43 EER 3,04 2,92 3,09 3,08 3,08 2,91 3,13 3,04 2,73 2,69 Heating Capacity kw 22,40 22,40 22,40 22,40 22,40 22,40 22,40 22,40 22,40 22,40 Heating Input kw 6,02 6,72 5,97 6,42 6,12 6,74 5,90 6,15 6,98 7,26 COP 3,72 3,33 3,75 3,49 3,66 3,32 3,80 3,64 3,21 3,09 I.U. Noise Level (MIN) db(a) x DIS-WA11 x Branch Piping set DIS-WB1 DIS-WB1 DIS-WB1 DIS-TB1 DIS-TB1 DIS-WB1 RC-E5 / RCH-E3 Commercial FDC 250VS Controls RC-E5 RCH-E3 RC-E5 RCH-E3 Installed Interface Cooling Capacity kw 25,00 25,00 25,00 25,00 25,00 25,00 25,00 Cooling Input kw 8,30 9,31 9,01 8,95 8,28 11,28 9,50 EER 3,01 2,69 2,77 2,79 3,02 2,22 2,63 Heating Capacity kw 28,00 28,00 28,00 28,00 28,00 28,00 28,00 Heating Input kw 7,75 8,35 8,05 9,17 7,70 10,19 8,69 COP 3,61 3,35 3,48 3,05 3,64 2,75 3,22 I.U. Noise Level (MIN) db(a) DIS-WB1 DIS-WB1 DIS-WB1 2 x DIS-WA1 Branch Piping set 1 x DIS-WB1 RC-E5 RCH-E3 RC-E5 RCH-E3 Controls Interface RC-E5 / RCH-E3 RC-E5 RCH-E3 Installed RC-E5 RCH-E3 9 7

100 Combinations Conter Hyper DC Inverter V MULTI FDC 100VNX FDC 100VSX FDC 125VNX FDC 125VSX FDC 140VNX FDC 140VSX Cooling Capacity kw 10,00 Cooling Input kw 2,58 EER 3,88 Heating Capacity kw 11,20 Heating Input kw 2,69 COP 4,16 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 Controlls RC-E5 / RCH-E3 Interface Cooling Capacity kw 12,50 12,50 Cooling Input kw 3,07 3,00 EER 4,07 4,17 Heating Capacity kw 14,00 14,00 Heating Input kw 3,22 3,16 COP 4,35 4,43 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 DIS-WA1 Controlls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface Cooling Capacity kw 14,00 14,00 Cooling Input kw 3,89 3,90 EER 3,60 3,59 Heating Capacity kw 16,00 16,00 Heating Input kw 3,71 3,78 COP 4,31 4,23 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 DIS-TA1 Controlls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface 9 8

101 Combinations Conter Super DC Inverter V MULTI FDC 71VN1 FDC 100VN FDC 100VS FDC 125VN FDC 125VS FDC 140VN FDC 140VS FDC 200VS FDC 250VS Cooling Capacity kw 7,10 Cooling Input kw 2,10 EER 3,38 Heating Capacity kw 8,00 Heating Input kw 2,24 COP 3,57 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 Controlls RC-E5 / RCH-E3 Interface Cooling Capacity kw 10,00 Cooling Input kw 2,71 EER 3,69 Heating Capacity kw 11,20 Heating Input kw 2,69 COP 4,16 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 Controlls RC-E5 / RCH-E3 Interface Cooling Capacity kw 12,50 12,50 Cooling Input kw 4,23 4,04 EER 2,96 3,09 Heating Capacity kw 14,00 14,00 Heating Input kw 3,83 3,77 COP 3,66 3,71 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 DIS-WA1 Controlls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface Cooling Capacity kw 14,00 14,00 Cooling Input kw 4,71 4,65 EER 2,97 3,01 Heating Capacity kw 16,00 16,00 Heating Input kw 4,60 4,56 COP 3,48 3,51 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WA1 DIS-TA1 Controlls RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface Cooling Capacity kw 20,00 20,00 20,00 20,00 Cooling Input kw 6,61 6,60 6,64 6,54 EER 3,03 3,03 3,01 3,06 Heating Capacity kw 22,40 22,40 22,40 22,40 Heating Input kw 6,47 6,45 6,50 6,40 COP 3,46 3,47 3,45 3,50 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WB1 DIS-WB1 DIS-TB1 2 x DIS-WA1 1 x DIS-WB1 Controlls RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface Cooling Capacity kw 25,00 25,00 25,00 25,00 Cooling Input kw 9,00 9,06 9,05 8,91 EER 2,78 2,76 2,76 2,81 Heating Capacity kw 28,00 28,00 28,00 28,00 Heating Input kw 8,04 8,10 8,08 7,95 COP 3,48 3,46 3,47 3,52 I.U. Noise Level (MIN) db(a) Branch Piping set DIS-WB1 DIS-TB1 DIS-TB1 2 x DIS-WA1 1 x DIS-WB1 Controlls RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E3 RC-E5 / RCH-E3 Interface Commercial 9 9

102 VRF Systems 2012 CONSUMPTION REDUCTION - HIGH EFFICIENCY KX6 Micro - KX6 - KX6 Tropical - KX6 High Head - KXR6 101 Heat pump systems KX6 Micro, KX6, KX6 Tropical, KX6 High Head 102 Heat recovery systems KXR6 103 Design flexibility 104 Energy efficiency 105 Cutting-edge technology 107 Transport and installation 107 Refrigerant piping 108 Electrical wiring 110 KXR6 PFD refrigerant flow - branch control 111 KX6 Micro outdoor units 112 KX6 outdoor units 114 KX6 - High Head outdoor units 118 KX6 - Tropical outdoor units 122 KXR6 outdoor units 126 Indoor units

103 VRF Systems 2012 KX6 Micro - KX6 - KX6 High Head - KX6 Tropical - KXR6 The KX6 series of variable refrigerant flow systems is the result of excellence achieved by Mitsubishi Heavy Industries for the air conditioning of medium and large industrial, commercial and residential environments, which are basic requirements for reducing energy consumption, ease and flexibility of installation, reliability over time and centralised system management. 5 different solutions for industrial air conditioning: KX6 heat pump systems from the Micro, High Head and Tropical series and KXR6 heat recovery systems. KX6 Heat pump systems KX6 Micro - KX6 - KX6 High Head and KX6 Tropical KX6 heat pump systems operate using two interconnecting pipes between the outdoor unit and its indoor units, hence the commonly used term two-pipe system. These systems enable all connected indoor units to operate for heating or cooling and are suitable for a wide variety of applications, especially in multi-storey buildings where there are large areas of open space as well as individual zones requiring air conditioning. The range starts from units called KX6 Micro with a capacity of 11.2 kw, all the way up to the capacity of 33.5 kw for the 12 HP unit. The Twin Rotary compressor, applied to the 4 ~ 6 HP models, ensures high efficiency and excellent energy performance: it weighs only 19 kg and its compact size makes it the best compressor on the market today. The new 3D scroll compressor, applied to threephase 12 HP models, guarantees high power and durability of the energy performance in heating at outside temperatures as low as -20 C. The range continues with: kw and 12 HP two-pipe KX6 units with dual scroll compressor cooling, reaching the maximum capacity for a single outdoor unit available on the market today with a power output of 68 kw and 24 HP, again with a dual inverter compressor; kw and 12 HP two-pipe KX6 High Head units with dual scroll compressor cooling, reaching the maximum capacity for a single outdoor unit available on the market today with a power output of 68 kw and 24 HP, again with a dual inverter compressor; The High Head units meet any installation requirement: the splitting length can reach 1000 metres in total, ensuring a height difference between indoor units of between 50 and 90 m; - 10 HP to 16 HP Tropical two-pipe KX6 units with power outputs of 28 kw and 45 kw, respectively, with dual scroll compressor cooling. The Tropical series, studied and designed for regions with torrid climates, enables operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of +50 C. KXR6 Heat recovery systems KXR6 heat pump systems operate using three interconnecting pipes between the outdoor unit and its indoor units, hence the commonly used term threepipe system. These systems enable single indoor units connected to the system to heat or cool simultaneously, depending on the user s choice of the individual area to be air conditioned. Using highly sophisticated control systems, it is possible to air condition numerous inside areas, with different heating or cooling needs, as in the case of buildings exposed on four sides, for which the recovery or loss of heat may vary considerably in different areas of the building and sometimes even on the same floor. The range starts with a 8 HP (22.4 kw) model and goes all the way up to the maximum cooling capacity for a single outdoor unit available on the market, amounting to 24 HP (68.0 kw). The outdoor units can also be combined, reaching 48 HP/136.0 kw on a single system. The KXR6 system refrigerant connections have a single path, with two pipes connected to the PFD flow divider and the third pipe connected directly to each indoor unit from the main cooling line (liquid line). This reduces the amount of welding required on site and, consequently, installation times. PFD flow dividers are available for single or 4-way connections, where each indoor unit operates independently for heating or cooling. VRF System 1 0 1

104 VRF Systems 2012 KX6 HEAT PUMP SYSTEMS KX6 - Micro 4HP 5HP 6HP FDC112KXEN6 FDC140KXEN6 FDC155KXEN6 FDC112KXES6 FDC140KXES6 FDC155KXES6 8HP 10HP 12HP FDC224KXE6 FDC280KXE6 FDC335KXE6 single-phase three-phase three-phase KX6 KX6 three-phase single units 12HP 14HP 16HP 18HP FDC335KXE6-K* FDC400KXE6 FDC450KXE6 FDC504KXE6 20HP 20HP 22HP 24HP FDC560KXE6 FDC560KXE6-K* FDC615KXE6 FDC680KXE6 KX6 three-phase combined units 26HP 28HP 30HP 32HP 34HP 36HP FDC735KXE6 FDC800KXE6 FDC850KXE6 FDC900KXE6 FDC960KXE6 FDC1010KXE FDC335KXE6-K* FDC400KXE6 FDC400KXE6 FDC400KXE6 FDC400KXE6 FDC450KXE6 FDC450KXE6 FDC450KXE6 FDC450KXE6 FDC504KXE6 FDC504KXE6 FDC504KXE6 38HP 40HP 42HP 44HP 46HP 48HP FDC1065KXE6 FDC1130KXE6 FDC1180KXE6 FDC1235KXE6 FDC1300KXE6 FDC1360KXE FDC504KXE6 FDC56KXE6 FDC560KXE6 FDC560KXE6 FDC560KXE6-K* FDC615KXE6 * The FDC335KXE6-K and FDC560KXE6-K units are only used in conjunction with the models and the modular layout remains uniform in height. The 20-K, 22 and 24HP units use the new 3D Scroll compressor. FDC615KXE6 FDC615KXE6 FDC615KXE6 FDC680KXE6 FDC680KXE6 FDC680KXE6 KX6 - Tropical Three-phase single units NEW 10HP FDCB280KXE6A Three-phase combined units 16HP FDCB450KXE6 20HP 32HP FDCB560KXE6 FDCB900KXE FDCB280KXE6A FDCB280KXE6A FDCB450KXE6 FDCB450KXE

105 KX6 - High Head Three-phase single units NEW 12HP 14HP 16HP 18HP FDCH335KXE6-K* FDCH400KXE6 FDCH450KXE6 FDCH504KXE6 20HP 20HP 22HP 24HP FDCH560KXE6 FDCH560KXE6-K* FDCH615KXE6 FDCH680KXE6 Three-phase combined units 26HP 28HP 30HP 32HP 34HP 36HP FDCH735KXE6 FDCH800KXE6 FDCH850KXE6 FDCH900KXE6 FDCH960KXE6 FDCH1010KXE FDCH335KXE6-K* FDCH400KXE6 FDCH400KXE6 FDCH400KXE6 FDCH400KXE6 FDCH450KXE6 FDCH450KXE6 FDCH450KXE6 FDCH450KXE6 FDCH504KXE6 FDCH504KXE6 FDCH504KXE6 38HP 40HP 42HP 44HP 46HP 48HP FDCH1065KXE6 FDCH1130KXE6 FDCH1180KXE6 FDCH1235KXE6 FDCH1300KXE6 FDCH1360KXE FDCH504KXE6 FDCH56KXE6 FDCH560KXE6 FDCH560KXE6 FDCH560KXE6-K* FDCH615KXE6 FDCH615KXE6 FDCH615KXE6 FDCH615KXE6 FDCH680KXE6 FDCH680KXE6 FDCH680KXE6 * The FDC335KXE6-K and FDC560KXE6-K units are only used in conjunction with the models and the modular layout remains uniform in height. The 20-K, 22 and 24HP units use the new 3D Scroll compressor. VRF System KXR6 HEAT RECOVERY SYSTEMS KXR6 KXR6 three-phase single units 8HP 10HP 12HP 12HP 14HP 16HP FDC224KXRE6 FDC280KXRE6 FDC335KXRE6 FDC335KXRE6-K* FDC400KXRE6 FDC450KXRE6 18HP 20HP 20HP 22HP 24HP FDC504KXRE6 FDC560KXRE6 FDC560KXRE6-K* FDC615KXRE6 FDC680KXRE6 KXR6 three-phase combined units 26HP 28HP 30HP 32HP 34HP 36HP FDC735KXRE6 FDC800KXRE6 FDC850KXRE6 FDC900KXRE6 FDC960KXRE6 FDC1010KXRE FDC335KXRE6-K* FDC400KXRE6 FDC400KXRE6 FDC400KXRE6 FDC400KXRE6 FDC450KXRE6 FDC450KXRE6 FDC450KXRE6 FDC450KXRE6 FDC504KXRE6 FDC504KXRE6 FDC504KXRE6 38HP 40HP 42HP 44HP 46HP 48HP FDC1065KXRE6 FDC1130KXRE6 FDC1180KXRE6 FDC1235KXRE6 FDC1300KXRE6 FDC1360KXRE FDC504KXRE6 FDC560KXRE6 FDC560KXRE6 FDC560KXRE6 FDC560KXRE6-K* FDC615KXRE6 FDC615KXRE6 FDC615KXRE6 FDC615KXRE6 FDC680KXRE6 FDC680KXRE6 FDC680KXRE6 * The FDC335KXE6-K and FDC560KXE6-K units are only used in conjunction with the models and the modular layout remains uniform in height. The 20-K, 22 and 24HP units use the new 3D Scroll compressor

106 VRF Systems 2012 DESIGN FLEXIBILITY TOTAL SPLITTING LENGTH: 1000 m [14~48HP (KX6); 10~32HP (Tropical series); 8~48HP (KXR6)] Up to 160 m for a single module that reaches a total length of 1000 m. This feature allows greater flexibility in the design and development of the air conditioning system. Thanks to the separation between the heat exchanger and compressor compartments, the refrigerant piping can be easily arranged in each of the four directions. The possibility to apply the refrigerant connections on the back of the unit also makes it easier to install in series and offers the added benefit of freeing space at the front for easier management of service and maintenance. Total length 1000 m Up to the first branch pipe: max 130 m From the first branch pipe to the furthest IU: 90 m* max. 10 m max. 5 m Indoor unit Indoor unit Indoor unit Outdoor unit max. 0.4 m Height difference: 50 m top O.U. 40 m bottom O.U. Max height difference between I.U. 18 m Furthest I.U. 160 m * With length difference between the furthest indoor unit and the nearest one from the first branch pipe < 40 m. TOTAL SPLITTING LENGTH: 1000 m [14~48HP(High Head series)] Total length 1000 m (1) max. 10 m Outdoor unit max. 0.4 m A% 130% power of the connectable I.U. Up to the first branch pipe: max 130 m max. 5 m Indoor unit Indoor unit Height difference: m(3) Max height difference between I.U. 15 m 100% 300 m 510 m 1000 m total splitting lenght From the first branch pipe to the furthest IU: 90 m* (2) Indoor unit Furthest I.U. 160 m I.U. power A = max power of the connectable I.U. (%) 400~ % 504~ % 1010~ % * With length difference between the furthest indoor unit and the nearest one from the first branch pipe < 40 m. 1. The total length of the pipes depends on the power output of the indoor units that can be connected. 2. The difference in length between the furthest and indoor unit and the one nearest to the first branch pipe must be within 40 m. 3. The High Head models cannot be used in the following cases: in the presence of a floor area of less than 50 m; in the case of indoor units positioned higher up than the outdoor unit. TOTAL SPLITTING LENGTH: 510 m [8~12HP (KX6 Micro series)] Total length 510 m Outdoor unit 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 furthest I.U.: 90 m* Indoor unit Indoor unit Max height difference between I.U. 18 m Furthest I.U. 160 m * With length difference between the furthest indoor unit and the nearest one from the first branch pipe < 40 m

107 ENERGY EFFICIENCY INDOOR UNITS CONNECTABLE AT UP TO 200% OF THE INSTALLED POWER The application of highly energy-efficient components, which are technologically advanced and ultra-compact, has allowed to increase the power of the indoor units that can be connected. HEAT PUMP SYSTEMS KX HP 33,5 40,0 45,0 50,4 56,0 61,5 68,0 73,5 80,0 85,0 90,0 96,0 101,0 106,5 113,0 118,0 123,5 130,0 136,0 kw Max no. of I.U. connectable 200%* 160%* 130% Power of I.U. connectable % * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the power of the connectable indoor units cannot exceed 130%. KX6 - Micro KX6 - Tropical VRF System HP 11,2 14,0 15,5 22,4 28,0 33,5 kw Max no. of I.U. connectable 80%-150% 50%-150%* Power of I.U. connectable % HP 28,0 45,0 56,0 90,0 kw Max no. of I.U. connectable 130% Power of I.U. connectable % * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the power of the connectable indoor units cannot exceed 130%. KX6 - High Head HP 33,5 40,0 45,0 50,4 56,0 61,5 68,0 73,5 80,0 85,0 90,0 96,0 101,0 106,5 113,0 118,0 123,5 130,0 136,0 kw Max no. of I.U. connectable 150* 140%* 130% Power of I.U. connectable % * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the power of the connectable indoor units cannot exceed 130%. HEAT RECOVERY SYSTEMS KXR HP 22,4 28,0 33,5 40,0 45,0 50,4 56,0 61,5 68,0 73,5 80,0 85,0 90,0 96,0 101,0 106,5 113,0 118,0 123,5 130,0 136,0 kw Max no. of I.U. connectable 200%* 160%* 130% Power of I.U. connectable % * When connecting the indoor units in the FDK, FDFL, FDFU or FDFW series, the power of the connectable indoor units cannot exceed 130%

108 VRF Systems 2012 ENERGY EFFICIENCY OPERATING RANGE The KX6 MICRO and KX6/KXR6 series enable operation in heating mode with a outdoor temperature limit lower than -20 C (previous model: -15 C) and in cooling mode with an outdoor temperature limit lower than -15 C. (previous model: -5 C). Note: for capacities in low temperature conditions, refer to the technical specifications. The KX6 Tropical series enables operation in heating mode with an outdoor temperature limit of -20 C and in cooling mode with an outdoor temperature limit of +50 C. The KX6 High Head series enables operation in heating mode with an outdoor temperature limit of -5 C and in cooling mode with an outdoor temperature limit of + 43 C. -20 C -20 C -5 C +15,5 C +50 C +50 C -5 C -5 C -5 C +15,5 C +43 C +43 C HIGH COP The highest values of energy efficiency ensure lower operating costs and a lower environmental impact. 4,33 4,0 3,5 4,00 3,71 3,36 3,72 4,15 4,00 3,84 3,46 3,71 3,41 3,5 3,0 3,84 3,55 3,82 3,47 3,74 3,42 3,75 3,34 3,73 3,02 3,83 3,5 3,0 3,72 3,31 3,82 3,47 3,72 3,31 3,82 3,47 3,0 3,29 2,5 2,72 2,5 2,5 2,0 2,0 KX6 MICRO 14HP 16HP 18HP 20HP 22HP 24HP KX6/KX6 - High Head 10HP 16HP 20HP 32HP KX6 - Tropical 4,0 4,24 3,80 3,88 3,93 3,77 3,75 3,74 3,75 3,61 3,71 3,5 3,0 3,47 3,36 3,45 3,34 3,32 3,12 2,86 2,62 8HP 10HP 12HP KXR6 14HP 16HP 18HP 20HP 22HP 24HP heating cooling 1 0 6

109 CUTTING-EDGE TECHNOLOGY INVERTER CONTROL (VECTOR) Inverter control uses advanced Vector control technology to achieve high efficiency. Smooth transition from low to high rpm. Speed wave development facilitated. Great improvement in the COP value at low rpm. OPTIMISATION OF THE REFRIGERANT CONTROL SYSTEM Optimisation of the distribution of the refrigerant in the battery; advanced control system and protection against the return of liquid refrigerant to the compressor; new ultra-fast Superlink III communication and control system. 3D SCROLL COMPRESSOR The new 3D scroll compressor, applied to the 12 (KX6 MICRO), 20-K, 22 and 24 HP (KX6 and KX6 Tropical series) models, guarantees high power and durability of the energy performance in heating at outside temperatures as low as -20 C. DC FAN MOTOR The use of the DC fan motor can achieve excellent efficiency, approximately 60% higher than previous models. BACK UP FUNCTION (14~48HP) In modules with two compressors, when there is a failure, an automatic device enables the system to operate using the working compressor, thus ensuring significant energy savings for the system. INTEGRATED ELECTRONIC CIRCUIT BOARD (PCB) Reduced size of the control box. 50% reduction in the size of the PCB: from unilateral board to bilateral board; the inverter PCB includes the power transistor with reduced dimensions. New Superlink II System. VRF System KX4 KX6-KXR6 TRANSPORT AND INSTALLATION Thanks to the significant reduction in the weight and overall plan dimensions, the KX6 MICRO outdoor units can be easily transported in a lift capable of containing 6 people, with a consequent reduction in costs, time and working procedures. The outdoor units in the KX6 and KXR6 series have a functional base, which makes it easier to lift and transport them to the place of installation. They are also characterised by the same overall plan dimensions as the KX4 and KX2 series units, which facilitates the installation of the machines in series as well as optimising times and procedures for maintenance and replacement of each unit. Lift 1 0 7

110 REFRIGERANT PIPING VRF systems are manufactured 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, to ensure trouble-free long-term operation. It is advisable to use high quality copper refrigerant piping, in coils or in straight, 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 (EN 12735). 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 necessary). It is forbidden to use standard accessories (elbow pipes, T-joints etc.). The branch pipes must be installed according to manufacturer guidelines and must allow a continuous flow of refrigerant in accordance with European standard E378: All connecting welds must be made under slight nitrogen pressure to prevent the oxidation of the inner surface of the copper pipes. During installation, no KX6 Micro - KX6 - Tropical - High head Single outdoor unit Combined outdoor units Piping arrangement using header Piping arrangement using branch pipe kits HEAD T Oil equalisation pipe DOS-2A-1T Piping arrangement using branch pipe kits Piping arrangement using header Oil equalisation pipe DOS-2A-1T HEAD T HP Liquid side Furthest I.U. ø 9,52 ø 12,7 ø 15,88 ø 19,05 Gas side =>90 m ø 19,05 ø 22,22 ø 28,58 ø 34,92 Liquid side Furthest I.U. ø 12,7 ø 15,88 ø 19,05 ø 22,22 Gas side =>90 m ø 22,22 ø 28,58 ø 34,92 Branch pipes Header pipes Horizontal YES DIS-22-1T/DIS-180-1T HEAD T Floor SI NO Vertical Floor NO Floor DIS-540-1T/DIS-371-1T DOS-2A-1T Floor Outdoor unit s branching piping Outdoor unit Branch piping set 2 units (for 735~1360) DOS-2A-1T Indoor unit s first branching piping Total capacity of indoor units Branch piping set Header set Model Branches ~179 DIS-22-1T HEAD4-22-1T Max. 4 branches 180~370 DIS-180-1T HEAD T Max. 6 branches 371~539 DIS-371-1T HEAD T Max. 8 branches 540~ DIS-540-1T HEAD T Max. 8 branches Liquid side Gas side 1 0 8

111 accidental entry of condensate, dust or any other contaminant must be permitted. Once installation is complete, a leak test must be carried out to check for refrigerant leaks with pressurised nitrogen. The ends of the pipe must be bent and welded and an appropriate service valve affixed. 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. KXR6 Single outdoor unit Combined outdoor units Oil equalisation pipe DOS-2A-1-RT VRF System Oil equalisation pipe DOS-2A-1-RT HP Liquid side Furthest ø9,52 ø12,7 ø15,88 ø19,05 Suction gas side I.U. => ø19,05 ø22,22 ø28,58 ø34,92 Discharge gas side 90 m ø15,88 ø19,05 ø22,22 ø28,58 Liquid side Furthest ø12,7 ø15,88 ø19,05 ø22,22 Suction gas side I.U. => ø22,22 ø28,58 ø34,92 Discharge gas side 90 m ø15,88 ø19,05 ø22,22 ø28,58 Branch pipes Header pipes YES DIS-22-1-R/DIS RT DOS-2A-1-RT Vertical Floor Horizontal YES Floor NO Floor NO Floor Outdoor unit s branching piping Outdoor unit Branch piping set 2 units (for 735~1360) DOS-2A-1-RT Indoor unit s first branching piping Total capacity of indoor units Branch piping set ~179 DIS-22-1-RT 180~370 DIS RT 371~539 DIS RT 540~ DIS RT For Down Stream of PFD box Total capacity of indoor units Branch piping set ~179 DIS-22-1-RT 180~370 DIS RT 371~539 DIS RT Liquid side Suction gas side Discharge gas side 1 0 9

112 ELECTRICAL WIRING The VRF system has very simple electrical connections with the indoor unit, thanks to a control circuit with 2 non-polarized wires. The power wiring can be passed through the pre-punched holes in the front, right, left or rear of the outdoor unit. A separate power line must be installed for outdoor units and 3-phase outdoor units. The interaction between outdoor and indoor unit is also done through the control device. Outdoor unit power supply: 3 phase 4 wiring V Distributed, separate power supply system Earth leakage breaker (Impulse withstanding type) Circuit breaker for cabling Grounding wire A B C D outdoor unit Power cable (Main Power cable)[4 cores] Signal wire (Super Link wire)[2 cores] Power cable (Indoor unit power cable) [2 cores] Remote control cord [2 cores] KX6-KXR6 outdoor unit mechanical compartment KX6-KXR6 O.U. power supply terminal block Electrical Box Circuit breaker for cabling Earth leakage breaker Indoor unit power supply: Single phase V Control wiring The control wiring is 5 Volt DC, non-polarised, two wire connection notated as A1 and B1. This AB wiring connects outdoor unit to indoor unit and indoor unit to indoor unit. This wiring must be a 2-core shielded cable size 0.75 mm2 or 1.25 mm2. When plural outdoor units are used, connect: signal cable between indoor and outdoor units and the signal cable between outdoor units belonging to the same refrigerant line to A1 and B1; signal line between outdoor units on different refrigerant lines to A2 and B2. IMPORTANT: Loop wiring prohibited 0,75 mm 2 1,25 mm 2 ~1000 mm YES YES O.U. O.U. O.U. When one outdoor unit is used O.U. signal line terminal block I.U. signal line terminal block When plural outdoor units are used O.U. I.U. I.U. indoor unit Remote control unit CAUTION: if the earth leakage breaker is exclusively for ground fault protection, then you will need to install a circuit breaker for wiring work. The maximum number of indoor units that can be connected in a system is 128 and it is possible to configure outdoor units and/or indoor units as an outdoor or indoor unit group connected with each other with two wires. The signal wires can also be connected using the method shown below. Remote control wiring specifications For interconnecting wiring between the remote control and indoor units (XY wiring) use 2-core cable size 0.3 mm2. The maximum length of 2-core cable is 600 metres. Where the 2-core wiring exceeds 100 m, use the wire size detailed on the table. Indoor and outdoor signal line do not have a polarity. Any of the connections in the following illustration can be made. O.U. O.U. O.U. Signal line I.U. I.U. Refrigerant pipe Network connector Length (m) Wire size 100~200 0,5 mm 2 x 2 core ~300 0,75 mm 2 x 2 core ~400 1,25 mm 2 x 2 core ~600 2,0 mm 2 x 2 core I.U. I.U. I.U. O.U. O.U. O.U. O.U. Wires can be connected across different refrigerant systems when wired within 1 Superlink system I.U. I.U. I.U. I.U. I.U. I.U. I.U

113 KXR6: REFRIGERANT FLOW PFD 1123-E, PFD 1803-E, PFD 2803-E, PFD 1123X4-E Designed and developed in specializing research laboratories, the new PFD now allows all indoor units, integrated into an air conditioning network, to switch from cooling to heating mode, or vice versa, maintaining the whole system running and avoiding the on/off cycles of the previous KX4 system. In case of the mode changeover from cooling to heating and from cooling to heating, by the use of only the indoor units and PFD box combination, the mode changeover sound was reduced. All this made possible without turning off the compressor and at the same time without the reduction of capacity. The risk of refrigerant leakage was reduced by changing piping connection at the PFD box to brazing method. By the use of optional PFD box extension cable that has a connector at ends, makes it possible to further separate the indoor unit and PFD box. This will enable the PFD box to be located away from the indoor unit and help reduce the influence of sound caused by PFD box and refrigerant flow. 4-ways PFD Selection and centralized control panel The remote control setting (as individual indoor unit on-off, temperature setting other than cooling/heating mode control) is possible with one remote control connected to each indoor unit, while at the same time, Center Control (SC-SL1N-E, SC-SL2NA-E e SC-SL3NA-AE/BE) can be used together with the individual remote control. It is necessary to set the central control to use this function. Please refer to the Installation Manual for details. Kit Relay PFD-15WR-E (optional) extension cable 15 m VRF System Easy installation New PFD design means the connection of the indoor unit liquid pipe is made directly to the liquid line - bypassing the PFD. This means (x2) less pipe connections per indoor unit, reducing installation time and cost. Groups of indoor units can be connected up to a total capacity 44.8 kw(11.2 kw x 4) to a single PFD with branch piping and all units in that group will operate in the same mode only (cooling or heating). We also have introduced the 4-way PFD control PFD1123X4-E which can connect up to four indoor units with individual control - simultaneous cooling or heating. The PFD is connected to the indoor unit by 3 core signal wire via a relay kit (supplied) to be located within 2 m of each other. The indoor unit however can be up to 40 m away. Power to the PFD can be connected from the indoor unit or other supply. 240v AC O.U. PFD Relay kit I.U. Discharge gas pipe Gas pipe 220/240V AC 12v DC up to 2 m Suction gas pipe PFD I.U. max distance between PFD and I.U.: 40 m Liquid pipe Branch control Total downstream capacity Connectable indoor units* PFD1123-E less than 11,2 kw 1-5 PFD1803-E less than 18,0 kw 1-8 PFD2803-E less than 28,0 kw 1-10 PFD1123X4-E less than 44,8 kw (11,2 kw x 4) up to 20 * please refer to the technical specification product table

114 Outdoor units KX6 - Micro Heat pump systems 4~12HP (11,2~33,5 kw) Connect up to 22 indoor units/150% capacity FDC 112 KXEN6/ES6 FDC 140 KXEN6/ES6 FDC 155 KXEN6/ES6 FDC 224 KXE6 FDC 280 KXE6 FDC 335 KXE6 11,2 kw 14,0 kw 15,5 kw 22,4 kw 28,0 kw 33,5 kw Maximum energy efficiency: COP 4.33 (4 HP) 1 DC Inverter compressor (4 ~ 10 HP), 1 3D Scroll compressor (12 HP) High split: up to 510 m in total (8-12 HP) and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions 4~6HP Terminal block Terminal block A Service valve connection (gas side) ø 5/8 (15,88) (flare) B Service valve connection (liquid line) ø 3/8 (9,52) (flare) C Pipe/cable draw-out port 4 places D Drain discharge port ø 20 x 3 places E Anchor bolt hole M10 x 4 places F Cable draw-out port ø 30 x 3 places FDC224KXE6 FDC280KXE6 FDC335KXE6 A Service valve connection (gas side) ø 3/4 (19,05) ø 3/4 (19,05) ø 3/4 (19,05) B Service valve connection (liquid line) ø 3/8 (9,52) ø 3/8 (9,52) ø 1/2 (12,7) D Drain discharge hole ø 20 x 4 places ø 20 x 4 places ø 20 x 4 places E Anchor bolt hole M10 x 4 places M10 x 4 places M10 x 4 places F Cable draw-out hole ø 30 x 2 places (front) ø 45 (side) ø 30 x 2 places (back) ø 30 x 2 places (front) ø 45 (side) ø 30 x 2 places (back) Note (4~6HP, 8~12HP): 1. The unit must not be surrounded by walls on all four sides. 2. The unit must be fixed with anchor bolts. 3. Where the unit is exposed to strong winds, the unit should be installed with the air discharge at 90 to the prevailing wind direction. 4. At least one metre unobstructed space should be left above the unit. 5. If the unit is installed with an obstruction in front of the blower outlet, the height of the obstruction should not exeed the height of the unit. 6. The unit name plate is located on the lower right hand corner of the front panel. ø 30 x 2 places (front) ø 45 (side) ø 30 x 2 places (back) Dimensions Example of installation L1 open open 500 L open L L Dimensions Example of installation L1 open open 500 L open L L All measurements are in mm

115 4-6HP (11,2~15,5 kw) 8~12HP (22,4~33,5 kw) TECHNICAL DATA Models FDC112KXEN6 FDC140KXEN6 FDC155KXEN6 FDC112KXES6 FDC140KXES6 FDC155KXES6 FDC224KXE6 FDC280KXE6 FDC335KXE6 Nominal cooling capacity kw 11,2 14,0 15,5 11,2 14,0 15,5 22,4 28,0 33,5 Nominal heating capacity kw 12,5 16,0 16,3 12,5 16,0 16,3 25,0 31,5 37,5 Power supply 1 Phase 220~240V 50Hz 3 Phase 380~415V 50Hz Power consumption Cool. kw 2,80 4,17 4,71 2,80 4,17 4,71 5,60 8,09 9,82 Power consumption Heat. kw 2,89 4,31 4,38 2,89 4,31 4,38 6,03 8,21 10,12 Running current Cool. A 13,5 20,6 23,3 4,5 6,9 7,8 9,25 13,22 15,87 Running current Heat. A 14,1 21,5 21,9 4,7 7,2 7,3 9,85 13,41 16,36 Sound Pressure Level db(a) Exterior dimensions (HxWxD) mm 845x970x x1080x480 Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg Refrigerant equipment/compressor type & Q ty RMT5126MDE211x1 RMT5126MDE31x1 GTC5150NH40K 1 GTD5160NH40K 1 Motor kw 1,9 2,9 3,2 1,9 2,9 3,2 3,81 5,22 7,25 Starting method Direct line starting Capacity control % 29~113 22~110 21~101 29~113 22~112 21~109 27~114 20~115 21~119 Indoor units Number of connected I.U. from 1 to 6 from 1 to 8 from 1 to 6 from 1 to 8 from 1 to 15 from 1 to 19 from 1 to 22 Connectable capacity 90 ~ ~ ~ ~ ~ ~ ~ ~ ~ 502 Crankcase heater W Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 5,0 11,5 Refrigerant oil l 1,0 (M-MA32R) 1,7 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator x 1 Axial ventilator x 2 Motor W 86x1 144x2 Starting method Direct Air flow (Standard) m 3 h 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 Liquid line ø 3/8" (9,52) Liquid line ø 1/4" (12,7) (in) Gas line ø 5/8" (15,88) Gas line ø 3/4" (19,05) Gas line ø 7/8" (22,22) Gas line ø 1" (25,4) Connecting method Flare Liquid line flare / Gas line brazing Drain Hole for drain ø 20x3 Hole for drain ø 20x4 Insulation for piping Necessary (both Liquid & Gas lines) Accessories - VRF System 1 1 3

116 Outdoor units KX6 Modular heat pump systems 12~16HP (33,5~45,0 kw) Connect up to 40 indoor units/200% capacity Combinations 26~32HP (73,5~90,0 kw) Connect up to 65 indoor units/160% capacity FDC 335 KXE6-K FDC 400 KXE6 FDC 450 KXE6 33,5 kw in combination only 40,0 kw 45,0 kw FDC 735 KXE6 FDC 800 KXE6 FDC 850 KXE6 FDC 900 KXE6 73,5 kw 80,0 kw 85,0 kw 90,0 kw Maximum energy efficiency: COP 3.84 (14 HP) 2 DC Inverter compressors High split: up to 1000 m in total and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions rear View of refrigerant connections D (down) Incoming air References for the dimensions of the holes of the fixing bolts Exhaust pipe 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring Label with instructions D (front) D (right) Ref. Item A Service valve connection (gas side) For the refrigerant piping refer B Service valve connection (liquid side) to the specifications of the O.U. C Refrigerant piping outlet ø88 D Power cable inlet ø50 F Anchor bolt hole M10 x 4 holes G Drain hose hole ø45 x 3 holes H Drain ø20 x 3 holes K* Oil-equalising pipe joint ø9,52 flare L Sling holes for haulage or hoisting 180 x 44,7 Example of installation Dimensions A B L1 500 open L L L4 10 open L L H not limited H2 not limited not limited H not limited H4 not limited not limited Example of installation Dimensions 1 2 L1 500 open L L L4 10 open L H H2 not limited not limited H not limited H4 not limited - Inlet H2 Inlet Inlet Installation spaces H3 H4 H1 Inlet *14 and 16HP models only Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m clearance above the unit (3) The adhesive label with the installation data should be positioned under the front panel (right side) (4) The inlet openings for the electrical and refrigerant connections 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 refrigerant oil compensation pipe ( K ) when using in combination with the outdoor unit All measurements are in mm

117 12~16HP (33,5~45,0 kw) 26~32HP (73,5~90,0 kw) TECHNICAL DATA Models FDC335KXE6-K FDC400KXE6 FDC450KXE6 Nominal cooling capacity kw 33,5 40,0 45,0 Nominal heating capacity kw 37,5 45,0 50,0 Power supply 3 Phase V 50Hz Power consumption Cool. kw 8,94 11,27 12,97 Power consumption Heat. kw 8,93 11,73 13,10 Running current Cool. A 14,5 18,4 21,1 Running current Heat. A 14,8 19,6 21,7 Sound Pressure Level db(a) 59 59,5 62,5 Exterior dimensions (HxWxD) mm Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg 317 Refrigerant equipment/compressor type & Q ty GTC5150NH48L 2 Motor kw 2,99 2 3,71 2 4,29 2 Starting method Direct line starting Capacity control % Indoor units Number of connected I.U. from 1 to 22 from 1 to 36 from 1 to 40 Connectable capacity* 167 ~ ~ ~ 900 Crankcase heater W 33x2 Refrigerant equipment/heat exchanger Straight fin & tubing inner grooved Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 11,5 Refrigerant oil l 4,2 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator 2 Motor W Starting method Direct 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 (in) Liquid line ø12,7 (1/2") Gas line ø25,4 (1") [ø28,58 (1 1/8")] Gas line ø28,58 (1 1/8") Connecting method Gas line brazing/liquid line Flare Drain mm Hole for drain ø20 6p.s, ø45 x 3p.s Insulation for piping Necessary (both Liquid & Gas lines) Accessories - VRF System Combinations Models FDC735KXE6 FDC800KXE6 FDC850KXE6 FDC900KXE6 Combinations FDC335KXE6-K FDC400KXE6 FDC400KXE6 FDC450KXE6 FDC400KXE6 FDC400KXE6 FDC450KXE6 FDC450KXE6 Power supply 3 Phase V 50Hz Nominal cooling capacity kw 73,5 80,0 85,0 90,0 Nominal heating capacity kw 82,5 90,0 95,0 100,0 Power consumption Cool. kw 20,21 22,54 24,24 25,94 Power consumption Heat. kw 20,66 23,46 24,83 26,2 Running current Cool. A 32,9 36,8 39,5 42,2 Running current Heat. A 34,4 39,2 41,3 43,4 Indoor units Number of connected I.U. from 2 to 53 from 2 to 58 from 2 to 61 from 2 to 65 Connectable capacity* 368 ~ ~ ~ ~ 1440 Net weight kg Refrigerant piping size mm (in) Liquid line ø19,05 (3/4") Gas line ø38,1 (1 1/2") (ø34,92 1 3/8") Oil-equalising pipe mm ø9,52 * If one or more indoor units of FDK, FDFL, FDFU and/or FDFW series are connected to the system, the total connecting capacity of indoor units should not exceed 130%

118 Outdoor units KX6 Modular heat pump systems 18~24HP (50,4~68,0 kw) Combinations 34~48HP (96,0~136,0 kw) Connect up to 49 indoor units/160% capacity Connect up to 80 indoor units/130% (FDC 960KXE6 160%) capacity FDC 504 KXE6 FDC 560 KXE6 FDC 560 KXE6-K FDC 615 KXE6 FDC 680 KXE6 50,4 kw 56,0 kw 56,0 kw in combination only 61,5 kw 68,0 kw FDC 960 KXE6 FDC 1010 KXE6 FDC 1065 KXE6 FDC 1130 KXE6 FDC 1180 KXE6 96,0 kw 101,0 kw 106,5 kw 113,0 kw 118,0 kw FDC 1300 KXE6 130,0 kw FDC 1360 KXE6 136,0 kw FDC 1235 KXE6 123,5 kw Maximum energy efficiency: COP 3.82 (24 HP) 2 DC Inverter compressors and 2 3D Scroll compressors for the 20-K, 22 and 24 HP models High split: up to 1000 m in total and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions rear View of refrigerant connections D (down) Incoming air References for the dimensions of the holes of the fixing bolts Exhaust pipe 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring Label with instructions D (front) D (right) Ref. Item A Service valve connection (gas side) For the refrigerant piping refer B Service valve connection (liquid side) to the specifications of the O.U. C Refrigerant piping outlet ø100 D Power cable inlet ø50 F Anchor bolt hole M10 x 4 holes G Drain hose hole ø45,3 x 3 holes H Drain ø20,5 x 3 holes K Oil-equalising pipe joint ø9,52 flare L Sling holes for haulage or hoisting 180 x 44,7 Example of installation Dimensions 1 2 L1 500 open L L L4 10 open H H2 not limited not limited H not limited H4 not limited - Inlet H2 Inlet Inlet Installation spaces H3 H1 Inlet H4 Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m clearance above the unit (3) The adhesive label with the installation data should be positioned under the front panel (right side) (4) The inlet openings for the electrical and refrigerant connections 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 refrigerant oil compensation pipe ( K ) when using in combination with the outdoor unit All measurements are in mm

119 18~24HP (50,4~68,0 kw) 34~48HP (96,0~136,0 kw) TECHNICAL DATA Models FDC504KXE6 FDC560KXE6 FDC560KXE6-K FDC615KXE6 FDC680KXE6 Nominal cooling capacity kw 50,4 56,0 56,0 61,5 68,0 Nominal heating capacity kw 56,5 63,0 63,0 69,0 73,0 Power supply 3 Phase V 50Hz Power consumption Cool. kw 14,73 16,79 16,79 20,37 24,98 Power consumption Heat. kw 15,12 16,79 16,79 18,48 19,08 Running current Cool. A 24,10 27,40 27,40 33,10 40,30 Running current Heat. A 25,20 28,00 28,00 30,70 31,60 Sound Pressure Level db(a) 61, ,5 65 Exterior dimensions (HxWxD) mm Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg Refrigerant equipment/compressor type & Q ty GTC5150NH48L 2 GTD5160NH48L 2 Motor kw 4,87 2 5,78 2 6,66 2 7,15 2 Starting method Direct line starting Capacity control % Indoor units from 1 to ~ 806 from 1 to ~ 896 from 1 to ~ 896 from 2 to ~ 984 from 2 to ~ 1088 Number of connected I.U. Connectable capacity* Crankcase heater W 33 2 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 11,5 Refrigerant oil l 4.2 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator 2 Motor W Starting method Direct 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 (in) Liquid line ø12,7 (1/2") Gas line ø28,58 (1 1/8") Connecting method Gas line brazing/liquid line Flare Drain mm Hole for drain ø20 6p.s, ø45 x 3p.s Insulation for piping Necessary (both Liquid & Gas lines) Accessories - VRF System * If one or more indoor units of FDK, FDFL, FDFU and/or FDFW series are connected to the system, the total connecting capacity of indoor units should not exceed 130%. Combinations Models FDC960KXE6 FDC1010KXE6 FDC1065KXE6 FDC1130KXE6 FDC1180KXE6 FDC1235KXE6 FDC1300KXE6 FDC1360KXE6 Combinations FDC450KXE6 FDC504KXE6 FDC504KXE6 FDC560KXE6 FDC560KXE6-K FDC615KXE6 FDC615KXE6 FDC680KXE6 FDC504KXE6 FDC504KXE6 FDC560KXE6 FDC560KXE6 FDC615KXE6 FDC615KXE6 FDC680KXE6 FDC680KXE6 Power supply 3 Phase V 50Hz Nominal cooling capacity kw 96,0 101,0 106,5 113,0 118,0 123,5 130,0 136,0 Nominal heating capacity kw 108,0 113,0 119,5 127,0 132,0 138,0 142,0 146,0 Power consumption Cool. kw 27,7 29,46 31,52 33,58 37,16 40,74 45,35 49,96 Power consumption Heat. kw 28,22 30,24 31,91 33,58 35,27 36,96 37,56 38,16 Running current Cool. A Running current Heat. A Indoor units ~ 1526 ~ 1311 ~ 1384 ~ 1456 ~ 1528 Number of connected I.U. from 2 to 69* from 2 to 59 from 2 to 62 da 2 a 62 from 3 to 69 from 3 to 72 from 3 to 76 from 3 to 80 Connectable capacity* ~ ~ ~ 1768 Net weight kg Refrigerant piping size mm (in) Liquid line ø19,05 (3/4") mm (in) Gas line ø38,1 (1 1/2") (ø34,92 1 3/8") Oil-equalising pipe mm ø9,52 * When connecting the indoor units in the following series: FDK, FDFL, FDFU or FDFW, to the FDC960KXE6 outdoor unit, the power of the connectable indoor units cannot exceed 130%

120 Outdoor units KX6 - High Head Modular heat pump systems 12~16HP (33,5~45,0 kw) Combinations 26~32HP (73,5~90,0 kw) Connect up to 40 indoor units/200% capacity Connect up to 65 indoor units/160% capacity FDCH 335 KXE6-K FDCH 400 KXE6 FDCH 450 KXE6 33,5 kw in combination only 40,0 kw 45,0 kw FDCH 735 KXE6 FDCH 800 KXE6 FDCH 850 KXE6 FDCH 900 KXE6 73,5 kw 80,0 kw 85,0 kw 90,0 kw Maximum energy efficiency: COP 3.84 (14 HP) 2 DC Inverter compressors High split: up to 1000 m in total and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions rear View of refrigerant connections D (down) Incoming air References for the dimensions of the holes of the fixing bolts Exhaust pipe 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring Label with instructions D (front) D (right) Ref. Item A Service valve connection (gas side) For the refrigerant piping refer B Service valve connection (liquid side) to the specifications of the O.U. C Refrigerant piping outlet ø88 D Power cable inlet ø50 F Anchor bolt hole M10 x 4 holes G Drain hose hole ø45 x 3 holes H Drain ø20 x 3 holes K* Oil-equalising pipe joint ø9,52 flare L Sling holes for haulage or hoisting 180 x 44,7 Example of installation Dimensions A B L1 500 open L L L4 10 open L L H not limited H2 not limited not limited H not limited H4 not limited not limited Example of installation Dimensions 1 2 L1 500 open L L L4 10 open L H H2 not limited not limited H not limited H4 not limited - Inlet H2 Inlet Inlet Installation spaces H3 H4 H1 Inlet *14 and 16HP models only Notes: 1) Secure the unit using anchor bolts (2) Allow at least 2 m clearance above the unit (3) The adhesive label with the installation data should be positioned under the front panel (right side) (4) The inlet openings for the electrical and refrigerant connections 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 refrigerant oil compensation pipe ( K ) when using in combination with the outdoor unit All measurements are in mm

121 12~16HP (33,5~45,0 kw) 26~32HP (73,5~90,0 kw) TECHNICAL DATA Models FDCH335KXE6-K FDCH400KXE6 FDCH450KXE6 Nominal cooling capacity kw 33,5 40,0 45,0 Nominal heating capacity kw 37,5 45,0 50,0 Power supply 3 Phase V 50Hz Power consumption Cool. kw 8,94 11,27 12,97 Power consumption Heat. kw 8,93 11,73 13,10 Running current Cool. A 14,5 18,4 21,1 Running current Heat. A 14,8 19,6 21,7 Sound Pressure Level db(a) 59 59,5 62,5 Exterior dimensions (HxWxD) mm Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg 319 Refrigerant equipment/compressor type & Q ty GTC5150NH48L 2 Motor kw 2,99 2 3,71 2 4,29 2 Starting method Direct line starting Capacity control % Indoor units Number of connected I.U. from 1 to 22 from 1 to 27 from 1 to 30 Connectable capacity* 167 ~ ~ ~ 675 Crankcase heater W 33x2 Refrigerant equipment/heat exchanger Straight fin & tubing inner grooved Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 11,5 Refrigerant oil l 4.2 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator 2 Motor W Starting method Direct 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 (in) Liquid line ø12,7 (1/2") Gas line ø25,4 (1") Gas line ø28,58 (11/8") Connecting method Gas line brazing/liquid line Flare Drain Hole for drain ø20 6p.s, ø45 x 3p.s Insulation for piping Necessary (both Liquid & Gas lines) Accessories - VRF System Combinations Models FDCH735KXE6 FDCH800KXE6 FDCH850KXE6 FDCH900KXE6 Combinations FDCH335KXE6-K FDCH400KXE6 FDCH400KXE6 FDCH400KXE6 FDCH400KXE6 FDCH450KXE6 FDCH450KXE6 FDCH450KXE6 Power supply 3 Phase V 50Hz Nominal cooling capacity kw 73,5 80,0 85,0 90,0 Nominal heating capacity kw 82,5 90,0 95,0 100,0 Power consumption Cool. kw 20,21 22,54 24,24 25,94 Power consumption Heat. kw 20,66 23,46 24,83 26,2 Running current Cool. A 32,9 36,8 39,5 42,2 Running current Heat. A 34,4 39,2 41,3 43,4 Indoor units ~ 1029 ~ 1120 ~ 1190 Number of connected I.U. from 2 to 46 from 2 to 50 from 2 to 54 from 2 to 57 Connectable capacity* ~ 1260 Net weight kg Refrigerant piping size mm (in) Liquid line ø19,05 (3/4") mm (in) Gas line ø38,1 (1 1/2") (ø34,92 1 3/8") Oil-equalising pipe mm (in) ø9,52 (3/8") * If one or more indoor units of FDK, FDFL, FDFU and/or FDFW series are connected to the system, the total connecting capacity of indoor units should not exceed 130%

122 Outdoor units KX6 - High Head Modular heat pump systems 18~24HP (50,4~68,0 kw) Connect up to 49 indoor units/160% capacity FDCH 504 KXE6 FDCH 560 KXE6 FDCH 560 KXE6-K FDCH 615 KXE6 FDCH 680 KXE6 50,4 kw 56,0 kw 56,0 kw in combination only 61,5 kw 68,0 kw Combinations 34~48HP (96,0~136,0 kw) Connect up to 80 indoor units/130% (FDCH 960KXE6 160%) capacity FDCH 960 KXE6 96,0 kw FDCH 1300 KXE6 130,0 kw FDCH 1010 KXE6 101,0 kw FDCH 1360 KXE6 136,0 kw FDCH 1065 KXE6 106,5 kw FDCH 1130 KXE6 113,0 kw FDCH 1180 KXE6 118,0 kw FDCH 1235 KXE6 123,5 kw Maximum energy efficiency: COP 3.82 (24 HP) 2 DC Inverter compressors and 2 3D Scroll compressors for the 20-K, 22 and 24 HP models High split: up to 1000 m in total and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions rear View of refrigerant connections D (down) Incoming air References for the dimensions of the holes of the fixing bolts Exhaust pipe 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring Label with instructions D (front) D (right) Ref. Item A Service valve connection (gas side) For the refrigerant piping refer B Service valve connection (liquid side) to the specifications of the O.U. C Refrigerant piping outlet ø100 D Power cable inlet ø50 F Anchor bolt hole M10 x 4 holes G Drain hose hole ø45,3 x 3 holes H Drain ø20,5 x 3 holes K Oil-equalising pipe joint ø9,52 flare L Sling holes for haulage or hoisting 180 x 44,7 Example of installation Dimensions 1 2 L1 500 open L L L4 10 open H H2 not limited not limited H not limited H4 not limited - Inlet H2 Inlet Inlet Installation spaces H3 H1 Inlet H4 Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m clearance above the unit (3) The adhesive label with the installation data should be positioned under the front panel (right side) (4) The inlet openings for the electrical and refrigerant connections 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 refrigerant oil compensation pipe ( K ) when using in combination with the outdoor unit All measurements are in mm

123 18~24HP (50,4~68,0 kw) 34~48HP (96,0~136,0 kw) TECHNICAL DATA Models FDCH504KXE6 FDCH560KXE6 FDCH560KXE6-K FDCH615KXE6 FDCH680KXE6 Nominal cooling capacity kw 50,4 56,0 56,0 61,5 68,0 Nominal heating capacity kw 56,5 63,0 63,0 69,0 73,0 Power supply 3 Phase V 50Hz Power consumption Cool. kw 14,73 16,79 16,79 20,37 24,98 Power consumption Heat. kw 15,12 16,79 16,79 18,48 19,08 Running current Cool. A 24,10 27,40 27,40 33,10 40,30 Running current Heat. A 25,20 28,00 28,00 30,70 31,60 Sound Pressure Level db(a) 61, ,5 65 Exterior dimensions (HxWxD) mm Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg Refrigerant equipment/compressor type & Q ty GTC5150NH48L 2 GTD5160NH48L 2 Motor kw 4,87 2 5,78 2 6,66 2 7,15 2 Starting method Direct line starting Capacity control % Indoor units from 1 to ~ 706 from 1 to ~ 784 from 1 to ~ 784 from 2 to ~ 861 from 2 to ~ 952 Number of connected I.U. Connectable capacity* Crankcase heater W 33 2 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 11,5 Refrigerant oil l 4,2 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator 2 Motor W Starting method Direct Air flow (Standard) m 3 h 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 (inc) Liquid line ø15,88 (5/8") Gas line ø28,58 (11/8") Connecting method Gas line brazing/liquid line Flare Drain Hole for drain ø20 6p.s, ø45 x 3p.s Insulation for piping Necessary (both Liquid & Gas lines) Accessories - VRF System Combinations Models FDCH960KXE6 FDCH1010KXE6 FDCH1065KXE6 FDCH1130KXE6 FDCH1180KXE6 FDCH1235KXE6 FDCH1300KXE6 FDCH1360KXE6 Combinations FDCH450KXE6 FDCH504KXE6 FDCH504KXE6 FDCH560KXE6 FDCH560KXE6-K FDCH615KXE6 FDCH615KXE6 FDCH680KXE6 FDCH504KXE6 FDCH504KXE6 FDCH560KXE6 FDCH560KXE6 FDCH615KXE6 FDCH615KXE6 FDCH680KXE6 FDCH680KXE6 Power supply 3 Phase V 50Hz Nominal cooling capacity kw 96,0 101,0 106,5 113,0 118,0 123,5 130,0 136,0 Nominal heating capacity kw 108,0 113,0 119,5 127,0 132,0 138,0 142,0 146,0 Power consumption Cool. kw 27,7 29,46 31,52 33,58 37,16 40,74 45,35 49,96 Power consumption Heat. kw 28,22 30,24 31,91 33,58 35,27 36,96 37,56 38,16 Running current Cool. A 45,2 48,2 51,5 54,8 60,5 66,2 73,4 80,6 Running current Heat. A 46,9 50,4 53, ,7 61,4 62,3 63,2 Indoor units ~ 1344 ~ 1384 Number of connected I.U. from 2 to 61 from 2 to 59 from 2 to 62 from 2 to 66 from 2 to 69 from 3 to 72 from 3 to 76 from 3 to 80 Connectable capacity* ~ ~ ~ ~ ~ ~ 1768 Net weight kg Refrigerant piping size mm (in) Liquid line ø19,05 (3/4") mm (in) Gas line ø38,1 (1 1/2") (ø34,92 1 3/8") Oil-equalising pipe mm (in) ø9,52 (3/8") * If one or more indoor units of FDK, FDFL, FDFU and/or FDFW series are connected to the system, the total connecting capacity of indoor units should not exceed 130%

124 Outdoor units KX6 - Tropical Modular heat pump systems 10HP (28,0 kw) Combinations 20HP (56,0 kw) Connect up to 16 indoor units/130% capacity Connect up to 33 indoor units/130% capacity FDCB 280 KXE6A 28,0 kw FDCB 560 KXE6 56,0 kw Maximum energy efficiency: COP D Scroll compressors High split: up to 1000 m in total and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions rear View of refrigerant connections D (down) Incoming air References for the dimensions of the holes of the fixing bolts Exhaust pipe 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring Ref. Item A Service valve connection (gas side) For the refrigerant piping refer B Service valve connection (liquid side) to the specifications of the O.U. C Refrigerant piping outlet ø88 D Power cable inlet ø50 F Anchor bolt hole M10 x 4 holes G Drain hose hole ø45 x 3 holes H Drain ø20 x 7 holes K Oil-equalising pipe joint ø9,52 flare L Sling holes for haulage or hoisting 180 x 44,7 Label with instructions D (front) Example of installation Dimensions A B L1 500 open L L L4 10 open L5 10 (0) 400 L6 10 (0) 400 H open H2 not limited not limited H not limited H4 not limited open D (right) Example of installation Dimensions L open L L L open H open H2 not limited not limited not limited H not limited H4 not limited not limited open When one unit is installed L3 Height H3 When multiple units are installed L3 Height H3 Height H2 L2 L1 Height H1 L4 Height H4 The data shown in the table on the opposite page is measured under the following conditions Standard conditions Mode Ambient DB temperature WB Outdoor DB temperature WB ISO-T1 Cool.*1 Heat.*2 27 C 20 C 19 C - 35 C 7 C 24 C 6 C ISO-T3 Cool.*3 29 C 19 C 46 C 24 C Heat.*2 20 C - 7 C 6 C Height H2 L2 L5 L1 Front of the unit Height H1 L6 L4 Height H4 All measurements are in mm

125 10HP (28,0 kw) 20HP (56,0 kw) TECHNICAL DATA Models FDCB280KXE6A ISO-T1*1 28,0 Nominal cooling capacity ISO-T3*3 kw 24,5 Nominal heating capacity*2 31,5 Power supply 3 Phase 380~415V 50Hz ISO-T1 8,46 Power consumption Cool. ISO-T3 kw 11,70 Power consumption Heat. 8,46 ISO-T1 13,50 Running current Cool. ISO-T3 A 19,30 Running current Heat. 13,40 Sound Pressure Level db(a) 60 Exterior dimensions (HxWxD) mm 1690x1350x720 Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg 250 Refrigerant equipment/compressor type & Q ty GTD5160NH48L 1 Motor kw 6,75 Starting method Direct line starting Capacity control % 18~107 Number of connected I.U. from 1 to 16 Indoor units Connectable capacity 167 ~ 364 Crankcase heater W 33 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 11,4 Refrigerant oil l 2,1 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator x 2 Motor W 386x2 Starting method Direct Air flow (Standard) m 3 h 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 Liquid line ø 9,52 (3/8") (in) Gas line ø 22,22 (7/8") Connecting method Liquid line flare / Gas line brazing Drain Hole for drain (ø 20x6, ø 45x3) Insulation for piping Necessary (both Liquid & Gas lines) Accessories - Combinations Models FDCB560KXE6 Combinations FDCB280KXE6A FDCB560KXE6A Power supply 3 Phase V 50Hz Nominal cooling capacity ISO-T1*1 ISO-T3*3 kw 56,0 49,0 Nominal heating capacity*2 63,0 Power consumption Cool. ISO-T1 ISO-T3 kw 16,92 23,4 Power consumption Heat. 16,92 Running current Cool. ISO-T1 ISO-T3 A 27,0 38,6 Running current Heat. 26,8 Indoor units Number of connected I.U. from 2 to 33 Connectable capacity 334 ~ 728 Net weight kg 250x2 Liquid (4/8") Refrigerant piping size mm (in) Gas line ø28,58 (9/8") Oil-equalising pipe ø9,52 (3/8") line ø12,7 VRF System 1 2 3

126 Outdoor units KX6 - Tropical Modular heat pump systems 16HP (45,0 kw) Combinations 32HP (90,0 kw) Connect up to 26 indoor units/130% capacity Connect up to 53 indoor units/130% capacity FDCB 450 KXE6 45,0 kw FDCB 900 KXE6 90,0 kw Maximum energy efficiency: COP D Scroll compressors High split: up to 1000 m in total and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions rear View of refrigerant connections D (down) Incoming air References for the dimensions of the holes of the fixing bolts Exhaust pipe 7-segment display inspection hole Box for signal cable wiring C (front) C (right) C (rear) D (left) Box for power cable wiring Ref. Item A Service valve connection (gas side) For the refrigerant piping refer B Service valve connection (liquid side) to the specifications of the O.U. C Refrigerant piping outlet ø88 o 100 D Power cable inlet ø50 F Anchor bolt hole M10 x 4 holes G Drain hose hole ø45 x 3 holes H Drain ø20 x 6 holes K Oil-equalising pipe joint ø9,52 flare L Sling holes for haulage or hoisting 180 x 44,7 Example of installation Dimensions A B L1 500 open L L L4 10 open L5 10 (0) 400 L6 10 (0) 400 H open H2 not limited not limited H not limited H4 not limited open D (right) Example of installation Dimensions L open L L L open H open H2 not limited not limited not limited H not limited H4 not limited not limited open When one unit is installed L3 Height H3 When multiple units are installed L3 Height H3 Height H2 L2 L1 Height H1 L4 Height H4 The data shown in the table on the opposite page is measured under the following conditions Standard conditions Mode Ambient DB temperature WB Outdoor DB temperature WB ISO-T1 Cool.*1 Heat.*2 27 C 20 C 19 C - 35 C 7 C 24 C 6 C ISO-T3 Cool.*3 29 C 19 C 46 C 24 C Heat.*2 20 C - 7 C 6 C Height H2 L2 L5 L1 Front of the unit Height H1 L6 L4 Height H4 All measurements are in mm

127 16HP (45,0 kw) 32HP (90,0 kw) TECHNICAL DATA Models FDCB450KXE6 ISO-T1*1 45,0 Nominal cooling capacity ISO-T3*3 kw 41,5 Nominal heating capacity*2 50,0 Power supply 3 Phase 380~415V 50Hz ISO-T1 12,97 Power consumption Cool. ISO-T3 kw 19,48 Power consumption Heat. 13,10 ISO-T1 21,1 Running current Cool. ISO-T3 A 31,8 Running current Heat. 21,7 Sound Pressure Level db(a) 65 Exterior dimensions (HxWxD) mm 2048x1350x720 Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.16) equivalent Net weight kg 355 Refrigerant equipment/compressor type & Q ty GTD5160NH48L 2 Motor kw 7,15x2 Starting method Direct line starting Capacity control % 25~148 Number of connected I.U. from 2 to 26 Indoor units Connectable capacity 340 ~ 585 Crankcase heater W 33x2 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 11,5 Refrigerant oil l 4,2 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator x 2 Motor W 386x2 Starting method Direct Air flow (Standard) m 3 h 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 Liquid line ø 12,7 (1/2") (in) Gas line ø 28,58 (11/8") Connecting method Liquid line flare / Gas line brazing Drain Hole for drain (ø 20x6, ø 45x3) Insulation for piping Necessary (both Liquid & Gas lines) Accessories - Combinations Models FDCB900KXE6 Combinations FDCB450KXE6 FDCB450KXE6 Power supply 3 Phase V 50Hz Nominal cooling capacity ISO-T1*1 ISO-T3*3 kw 90,0 83,0 Nominal heating capacity*2 100,0 Power consumption Cool. ISO-T1 ISO-T3 kw 25,94 38,96 Power consumption Heat. 26,2 Running current Cool. ISO-T1 ISO-T3 A 42,2 63,6 Running current Heat. 43,4 Indoor units Number of connected I.U. from 3 to 53 Connectable capacity 680 ~ 1170 Net weight kg 355X2 Liquid (5/8") Refrigerant piping size mm (in) Gas line ø31,8 (5/4") Oil-equalising pipe ø9,52 (3/8") line ø15.88 VRF System 1 2 5

128 Outdoor units KXR6 Modular systems with heat recovery for heating and cooling simultaneously 8~16HP (22,4~45,0 kw) Connect up to 40 indoor units/200% capacity FDC 224 KXRE6 FDC 280 KXRE6 FDC 335 KXRE6 FDC 335 KXRE6-K FDC 400 KXRE6 FDC 450 KXRE6 22,4 kw 28,0 kw 33,5 kw 33,5 kw in combination only 40,0 kw 45,0 kw Combinations 26~32HP (73,5~90,0 kw) Connect up to 65 indoor units/160% capacity FDC 735 KXE6 FDC 800 KXE6 FDC 850 KXE6 FDC 900 KXE6 73,5 kw 80,0 kw 85,0 kw 90,0 kw Maximum energy efficiency: COP 4.24 (8 HP) 2 DC Inverter compressors High split: up to 1000 m in total and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions label Exhaust pipe 7-segment display Box for signal cable wiring (front) (right) (rear) (left) Box for power cable wiring (front) (right) bottom rear - View of refrigerant connections Inlet H3 Inlet Inlet H2 Service spaces H1 H4 Incoming air Ref. Item K A Refrigerant suction gas piping connection entrance ø19,05 (brazing) ø22,22 (brazing) ø25,4 (brazing) ø28,58 (brazing) B Service valve connection (liquid side) ø9,52 (flare) ø12,7 (flare) C Refrigerant discharge gas piping connection entrance ø15,88 (brazing) ø19,05 (brazing) ø22,22 (brazing) D Power cable inlet ø50 (right-left-front), 40x80 (bottom) F Anchor bolt hole M10,4 holes G Drain hose hole ø45,3 holes H Drain ø20,6 holes K* Oil-equalising pipe joint ø9,52 (flare) L Sling holes for haulage or hoisting 180x44.7 N Refrigerant piping outlet ø88 (o ø100) *14 and 16HP models only Example of installation Dimensions A B L1 500 open L L L4 10 open H H2 not limited not limited H not limited H4 not limited - Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m clearance above the unit (3) Connect the refrigerant piping (exhaust gas side, delivery gas side, liquid side) at the time of installation (4) The adhesive label with the installation data should be positioned under the front panel (right side) (5) The inlet openings for the electrical and refrigerant connections are pre-cut (open using a cutter) (5) For the piping inlet, use the ø 88 (or ø100) hole (7) Use the fixing holes (M10x10) indicated with L, J and M when replacing an outdoor unit belonging to the old series (8) Connect the refrigerant oil compensation pipe ( K ) when using in combination with the outdoor unit All measurements are in mm

129 8~16HP (22,4~45,0 kw) 26~32HP (73,5~90,0 kw) TECHNICAL DATA Models FDC224KXRE6 FDC280KXRE6 FDC335KXRE6 FDC335KXRE6-K FDC400KXRE6 FDC450KXRE6 Nominal cooling capacity kw 22,4 28,0 33,5 33,5 40,0 45,0 Nominal heating capacity kw 25,0 31,5 37,5 37,5 45,0 50,0 Power supply 3 Phase V 50Hz Power consumption Cool. kw 5,90 8,46 9,98 9,47 11,61 13,49 Power consumption Heat. kw 5,90 8,46 9,55 9,37 11,93 13,32 Running current Cool. A 9,10 12,90 15,90 15,40 19,00 21,60 Running current Heat. A 9,20 12,80 15,50 15,50 19,90 22,00 Sound Pressure Level db(a) ,5 Exterior dimensions (HxWxD) mm Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.1) equivalent Net weight kg Refrigerant equipment/compressor type & Q ty GTC5150NH45K GTC5150NH45K GTC5160NH45K GTC5150NH48L 2 Motor kw 3,98x1 6,06x1 6,75x1 3,16x2 3,26x2 4,40x2 Starting method Direct line starting Capacity control % Indoor units Number of connected I.U. from 1 to 20 from 1 to 25 from 1 to 25 from 1 to 30 from 1 to 36 from 1 to 40 Connectable capacity* 112 ~ ~ ~ ~ ~ ~ 900 Crankcase heater W x2 Refrigerant equipment/heat exchanger fin & inner grooved tubing Straight Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 8,7 9,9 11,4 11,5 Refrigerant oil l 4,4 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator 2 Motor W 126x2 386x2 Starting method Direct 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 Liquid line mm (in) ø9,52 (3/8") ø12,7 (1/2") Discharge gas line mm (in) ø19,05 (3/4") ø22,22 (7/8") ø25,4 (1") (ø22,22 7/8") ø25,4 (1") (ø28,58 1 1/8") ø28,58 (1 1/8") Suction gas line mm (in) ø15,88 (5/8") ø19,05 (3/4") ø22,22 (7/8") Connecting method Gas line brazing/liquid line Flare Drain Hole for drain ø20 x 6p.s, ø45 x 3p.s Insulation for piping Necessary (both Liquid & Gas lines) Accessories - Combinations Models FDC735KXRE6 FDC800KXRE6 FDC850KXRE6 FDC900KXRE6 Combinations FDC335KXRE6-K FDC400KXRE6 FDC400KXRE6 FDC450KXRE6 FDC400KXRE6 FDC400KXRE6 FDC450KXRE6 FDC450KXRE6 Power supply 3 Phase V 50Hz Nominal cooling capacity kw 73,5 80,0 85,0 90,0 Nominal heating capacity kw 82,5 90,0 95,0 100,0 Power consumption Cool. kw 21,08 23,22 25,10 26,98 Power consumption Heat. kw 21,30 23,86 25,25 26,64 Running current Cool. A 34,4 38,0 40,6 43,2 Running current Heat. A 35,4 39,8 41,9 44,0 Indoor units Number of connected I.U. from 2 to 53 from 2 to 58 from 2 to 61 from 2 to 65 Connectable capacity* 368 ~ ~ ~ ~ 1440 Net weight kg Refrigerant piping size Liquid line mm (in) ø15,88 (5/8") Discharge gas line mm (in) ø31,75 (1 1/4") (ø34,92 1 3/8") Suction gas line mm (in) ø25,4 (1") (ø28,58 1 1/8") ø28,58 (1 1/8") Oil-equalising pipe mm (in) ø9,52 (3/8") * If one or more indoor units of FDK, FDFL, FDFU and/or FDFW series are connected to the system, the total connecting capacity of indoor units should not exceed 130%. VRF System 1 2 7

130 Outdoor units KXR6 Modular systems with heat recovery for heating and cooling simultaneously 18~24HP (50,4~68,0 kw) Connect up to 49 indoor units/160% capacity FDC 504 KXRE6 FDC 560 KXRE6 FDC 560 KXRE6-K FDC 615 KXRE6 FDC 680 KXRE6 50,4 kw 56,0 kw 56,0 kw in combination only 61,5 kw 68,0 kw Combinations 34~48HP (96,0~136,0 kw) Connect up to 80 indoor units/130% (FDC 960KXRE6: 160%) capacity FDC 960 KXRE6 96,0 kw FDC 1300 KXRE6 130,0 kw FDC 1010 KXRE6 101,0 kw FDC 1360 KXRE6 136,0 kw FDC 1065 KXRE6 106,5 kw FDC 1130 KXRE6 113,0 kw FDC 1180 KXRE6 118,0 kw FDC 1235 KXRE6 123,5 kw Maximum energy efficiency: COP 3.71 (24 HP) 2 DC Inverter compressors and 2 3D Scroll compressors for the 20-K, 22 and 24 HP models High split: up to 1000 m in total and with a maximum distance between the O.U. and the furthest I.U. of 160 m Dimensions etichetta Exhaust pipe 7-segment display Box for signal cable wiring (front) (right) (rear) (left) Box for power cable wiring (front) (right) bottom rear - View of refrigerant connections Incoming air H3 Incoming air H2 Service spaces H1 H4 Incoming air Incoming air Installation spaces Ref. Item K A Refrigerant suction gas piping connection entrance ø28,58 (brazing) B Service valve connection (liquid side) ø12,7 (flare) C Refrigerant discharge gas piping connection entrance ø22,22 (brazing) ø25,4 (brazing) D Power cable inlet ø50 (right-left-front), 40x80 (bottom) F Anchor bolt hole M10,4 holes G Drain hose hole ø45,3 holes H Drain ø20,6 holes K Oil-equalising pipe joint ø9,52 (flare) L Sling holes for haulage or hoisting 180x44.7 N Refrigerant piping outlet ø88 (o ø100) Example of installation Dimensions 1 2 L1 500 open L L L4 10 open H H2 not limited not limited H not limited H4 not limited - Notes: (1) Secure the unit using anchor bolts (2) Allow at least 2 m clearance above the unit (3) Connect the refrigerant piping (exhaust gas side, delivery gas side, liquid side) at the time of installation (4) The adhesive label with the installation data should be positioned under the front panel (right side) (5) The inlet openings for the electrical and refrigerant connections are pre-cut (open using a cutter) (5) For the piping inlet, use the ø 88 (or ø100) hole (7) Use the fixing holes (M10x10) indicated with L, J and M when replacing an outdoor unit belonging to the old series (8) Connect the refrigerant oil compensation pipe ( K ) when using in combination with the outdoor unit All measurements are in mm

131 18~24HP (50,4~68,0 kw) 34~48HP (96,0~136,0 kw) TECHNICAL DATA Models FDC504KXRE6 FDC560KXRE6 FDC560KXRE6-K FDC615KXRE6 FDC680KXRE6 Nominal cooling capacity kw 50,4 56,0 56,0 61,5 68,0 Nominal heating capacity kw 56,5 63,0 63,0 69,0 73,0 Power supply 3 Phase V 50Hz Power consumption Cool. kw 15,18 17,95 17,95 21,47 25,99 Power consumption Heat. kw 15,12 16,79 16,79 19,11 19,69 Running current Cool. A 23,80 28,40 28,40 34,70 44,90 Running current Heat. A 25,20 28,00 28,00 31,60 34,00 Sound Pressure Level db(a) 62 63,5 63, ,5 Exterior dimensions (HxWxD) mm Exterior appearance (Munsell color) Stucco white (4.2Y7.5 / 1.1) equivalent Net weight kg Refrigerant equipment/compressor type & Q ty GTC5150NH48L 2 GTD5160NH48L 2 Motor kw 4,98 2 6,06 2 7,01 2 7,75 2 Starting method Direct line starting Capacity control % Indoor units Number of connected I.U. from 1 to 36 from 1 to 40 from 1 to 40 from 2 to 44 from 2 to 49 Connectable capacity* 252 ~ ~ ~ ~ ~ 1088 Crankcase heater W 33 2 Refrigerant equipment/heat exchanger Straight fin & tubing inner grooved Refrigerant control Electronic expansion valve Refrigerant R410A Quantity kg 11,5 Refrigerant oil l 4.4 (M-MA32R) Defrost control Microcomputer controlled Air handling equipment/fan type & Q ty Axial ventilator 2 Motor W Starting method Direct Air flow (Standard) m 3 h 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 Liquid line mm (in) Liquid line ø12,7 (1/2") Discharge gas line mm (in) ø28,58 (1 1/8") Suction gas line mm (in) ø22,22 (7/8") ø25,4 (1") (ø22,22 7/8") Connecting method Gas line brazing/liquid line Flare Drain Hole for drain ø20 x 6p.s, ø45 x 3p.s Insulation for piping Necessary (both Liquid & Gas lines) Accessories - Combinations Models FDC960KXRE6 FDC1010KXRE6 FDC1065KXRE6 FDC1130KXRE6 FDC1180KXRE6 FDC1235KXRE6 FDC1300KXRE6 FDC1360KXRE6 Combinations FDC450KXRE6 FDC504KXRE6 FDC504KXRE6 FDC560KXRE6 FDC560KXRE6-K FDC615KXRE6 FDC615KXRE6 FDC680KXRE6 FDC504KXRE6 FDC504KXRE6 FDC560KXRE6 FDC560KXRE6 FDC615KXRE6 FDC615KXRE6 FDC680KXRE6 FDC680KXRE6 Power supply 3 Phase V 50Hz Nominal cooling capacity kw 96,0 101,0 106,5 113,0 118,0 123,5 130,0 136,0 Nominal heating capacity kw 108,0 113,0 119,5 127,0 132,0 138,0 142,0 146,0 Power consumption Cool. kw 28,67 30,36 33,13 35,90 39,42 42,94 47,46 51,98 Power consumption Heat. kw 28,44 30,24 31,91 33,58 35,90 38,22 38,80 39,38 Running current Cool. A 45,4 47,6 52,2 56,8 63,1 69,4 79,6 89,8 Running current Heat. A 47,2 50,4 53,2 56,0 59,6 63,2 65,6 68,0 Indoor units Number of connected I.U. from 2 to 69 from 2 to 59 from 2 to 62 from 2 to 66 from 3 to 69 from 3 to 72 from 3 to 76 from 3 to 80 Connectable capacity* 477 ~ ~ ~ ~ ~ ~ ~ ~ 1768 Net weight kg Refrigerant piping size Liquid line mm (in) ø19,05 (3/4") Discharge gas line mm (in) ø38,1 (1 1/2") (ø34,92 1 3/8") Suction gas line mm (in) ø31,75 (1 1/4") (ø28,58 1 1/8") Oil-equalising pipe mm (in) ø9,52 (3/8") * If one or more indoor units of FDK, FDFL, FDFU and/or FDFW series are connected to the system, the total connecting capacity of indoor units should not exceed 130%. VRF System 1 2 9

132 Indoor units 84X84 CASSETTE FDT 28~160KXE6D 9 power levels (2.80 ~ kw) Ideal for commercial applications: the cassette becomes invisible because it is completely built into the false ceiling RCN-T-36W-E corner kit with remote control (optional) Removable caps on the 4 corners for easy installation Easy condensate drain pan control TECHNICAL DATA Model FDT28KXE6D FDT36KXE6D FDT45KXE6D FDT56KXE6D FDT71KXE6D FDT90KXE6D FDT112KXE6D FDT140KXE6D FDT160KXE6D Panel model (Option) T-PSA-3AW-E Nominal cooling capacity kw 2,80 3,60 4,50 5,60 7,10 9,00 11,20 14,00 16,00 Nominal heating capacity kw 3,20 4,00 5,00 6,30 8,00 10,00 12,50 16,00 18,00 Power supply V~ 50Hz Power consumption Cool. kw 0,03-0,03 0,03-0,03 0,03-0,03 0,04-0,04 0,10-0,10 0,14-0,14 0,14-0,14 0,14-0,14 0,14-0,14 Power consumption Heat. kw 0,03-0,03 0,03-0,03 0,03-0,03 0,04-0,04 0,10-0,10 0,14-0,14 0,14-0,14 0,14-0,14 0,14-0,14 Running current Cool. A 0,20-0,18 0,20-0,18 0,20-0,18 0,20-0,18 0,30-0,28 0,45-0,40 0,45-0,40 0,45-0,40 0,45-0,40 Running current Heat. A 0,20-0,18 0,20-0,18 0,20-0,18 0,20-0,18 0,30-0,28 0,45-0,40 0,45-0,40 0,45-0,40 0,45-0,40 Sound Pressure Level db(a) Hi 33 Me 31 Lo 30 Hi 40 Me 37 Lo 35 Hi 42 Me 40 Lo 37 Hi 43 Me 41 Lo 38 Exterior dimensions (HxWxD) mm Unit Unit mm Panel Exterior appearance (Munsell color) Plaster White (6.8Y8.9 / 0.2) equivalent Net weight kg Unit 22 Panel 5,5 Unit 24 Panel 5,5 Unit 27 Panel 5,5 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Turbo fan 1 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 1080 Me 960 Lo 840 Hi 1620 Me 1440 Lo 1200 Hi 1800 Me 1620 Lo 1380 Available static pressure Pa 0 Outside air intake Possible Air filter, Q'ty Pocket plastic net x 1 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-T-36W-E optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain pump Drain Insulation for piping Accessories LOUVER CONTROL SYSTEM Overload protection for fan motor Frost protection thermostat mm Liquid line Ø6,35 (1/4") Liquid line Ø9,52 (3/8") (in) Gas line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Gas line Ø15,88 (5/8") Flare R410A Built Connectable with VP20 Necessary (both Liquid & Gas lines) Mounting kit ULTRA-COMPACT MODEL 27 24,6 36,5 29,8 The optimised design of the louvers ensures uniform, wide-ranging air distribution throughout the area to be conditioned. Moreover, the enlargement of the delivery vents has significantly reduced the load on the fan motor, resulting in increased energy efficiency. Thanks to the new design of heat exchanger from 2 components to 1 component the height of the indoor unit has been drastically reduced: up to 9% from 27 to 24.6 cm and up to 18% from 36.5 to 29.8 cm

133 Indoor units 60X60 CASSETTE FDTC 22~56KXE6D 5 power levels (2.20 ~ 5.60 kw) Ideal for insertion into modular ceilings Very compact design: only 24.8 cm high RCN-CT-24W-ER corner kit with remote control (optional) Removable caps on the 4 corners for easy installation Condensate drain pump as standard TECHNICAL DATA Model FDTC22KXE6D FDTC28KXE6D FDTC36KXE6D FDTC45KXE6D FDTC56KXE6D Panel model (Option) TC-PSA-25W-E Nominal cooling capacity kw 2,20 2,80 3,60 4,50 5,60 Nominal heating capacity kw 2,50 3,20 4,00 5,00 6,30 Power supply V~ 50Hz Power consumption Cool. kw 0,03-0,03 0,03-0,03 0,03-0,03 0,04-0,04 0,04-0,04 Power consumption Heat. kw 0,03-0,03 0,03-0,03 0,03-0,03 0,04-0,04 0,04-0,04 Running current Cool. A 0,10-0,09 0,10-0,09 0,11-0,10 0,14-0,13 0,15-0,14 Running current Heat. A 0,10-0,09 0,10-0,09 0,11-0,10 0,14-0,13 0,15-0,14 Sound Pressure Level db(a) Hi 35 Me 33 Lo 32 Hi 35 Me 33 Lo 32 Hi 38 Me 36 Lo 34 Hi 40 Me 38 Lo 34 Hi 45 Me 42 Lo 34 Exterior dimensions (HxWxD) mm Unit Unit Unit Unit Unit Panel Panel Panel Panel Panel Exterior appearance (Munsell color) Plaster White (6.8Y8.9 / 0.2) equivalent Net weight kg Unit 14 Panel 3,5 Unit 14 Panel 3,5 Unit 15 Panel 3,5 Unit 15 Panel 3,5 Unit 15 Panel 3,5 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Turbo fan 1 Turbo fan 1 Turbo fan 1 Turbo fan 1 Turbo fan 1 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 570 Me 510 Lo 480 Hi 600 Me 540 Lo 480 Hi 660 Me 600 Lo 540 Hi 780 Me 690 Lo 600 Available static pressure Pa 0 Outside air intake Possible con Accessories Air filter, Q'ty Pocket plastic net x 1 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-TC-24W-ER optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain pump Drain Insulation for piping Accessories mm (in) OUTDOOR AIR INTAKE ACCESSORY (optional) Panel Overload protection for fan motor Frost protection thermostat Liquid line Ø6,35 (1/4") Liquid line Ø6,35 (1/4") Liquid line Ø6,35 (1/4") Liquid line Ø6,35 (1/4") Liquid line Ø6,35 (1/4") Gas line Ø9,52 (3/8") Gas line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Gas line Ø12,7 (1/2") Gas line Ø12,7 (1/2") Flare R410A Built Connectable with VP20 Necessary (both Liquid & Gas lines) Mounting kit; TC-OAS-E (Optional); TC-OAD-E (Optional) AIR FLOW VRF System 300 mm false ceiling outdoor air Value for 1 channel Air flow: 1,3 m3/min (78 m3/h) (max air flow about 10% ) Static pressure: 12 Pa (max air flow) TC-OAS-E TC-OAD-E Notes: 1 channel = about 10% of total unit air flow; 2 channels = about 20% of the total FDTC air flow. Shape and angle of the flap convey the air away from the ceiling, to prevent staining 1 3 1

134 Indoor units 2-WAY CASSETTE 7 power levels (2.80 ~ kw) Can be fully built in to the false ceiling, enabling uniform air distribution in environments with a rectangular perimeter Very compact design: only 26.7 cm high (2.80 kw model) FDTW 28~140KXE6D TECHNICAL DATA Model FDTW28KXE6D FDTW45KXE6D FDTW56KXE6D FDTW71KXE6D FDTW90KXE6D FDTW112KXE6D FDTW140KXE6D Panel model (Option) TW-PSA-25W-E Nominal cooling capacity kw 2,80 4,50 5,60 7,10 9,00 11,20 14,00 Nominal heating capacity kw 3,20 5,00 6,30 8,00 10,00 12,50 16,00 Power supply V~ 50Hz Power consumption Cool. kw 0,09-0,10 0,09-0,10 0,09-0,10 0,10-0,11 0,12-0,13 0,18-0,20 0,20-0,24 Power consumption Heat. kw 0,09-0,10 0,09-0,10 0,09-0,10 0,10-0,11 0,12-0,13 0,18-0,20 0,20-0,24 Running current Cool. A 0,43-0,44 0,43-0,44 0,43-0,44 0,48-0,50 0,57-0,59 0,86-0,89 0,90-0,98 Running current Heat. A 0,43-0,44 0,43-0,44 0,43-0,44 0,48-0,50 0,57-0,59 0,86-0,89 0,90-0,98 Sound Pressure Level db(a) Hi 39 Me 34 Lo 32 Hi 41 Me 36 Lo 35 Hi 41 Me 37 Lo 36 Hi 44 Me 41 Lo 39 Hi 45 Me 41 Lo 39 Exterior dimensions (HxWxD) mm Unit Unit Unit 342 1, Unit 357 1, mm Panel 8 1, Exterior appearance (Munsell color) Plaster White (6.8Y8.9 / 0.2) equivalent Net weight kg Unit 18 Panel 7 Unit 19 Panel 7 Unit 26 Panel 9 Unit 38 Panel 11 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Turbo fan 1 Turbo fan 2 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 840 Me 720 Lo 600 Hi 960 Me 780 Lo 660 Hi 1140 Me 960 Lo 720 Hi 1680 Me 1500 Lo 1380 Hi 1920 Me 1680 Lo 1440 Available static pressure Pa 0 Outside air intake Possible Air filter, Q'ty Pocket plastic net x 1 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain pump Drain Insulation for piping Accessories mm (in) SPACES FOR INSTALLATION AND SERVICE Overload protection for fan motor Frost protection thermostat Liquid line Ø6,35 (1/4") Liquid line Ø9,52 (3/8") Gas line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Gas line Ø15,88 (5/8") Flare R410A Built Connectable with VP20 Necessary (both Liquid & Gas lines) Mounting kit CONDENSATE DRAIN PUMP 100 or more 1000 or more Obstacle 1500 or more 1500 or more When installing more than one unit, it is necessary to keep a distance of 4 m or more between one machine and the next. 750 or less Maximum rise 1 3 2

135 Indoor units 1-WAY CASSETTE 2 power levels (4.50 and 7.10 kw) Can be mounted on the ceiling with a suspended unit or built into the false ceiling Very compact design: only 19.4 cm high, ideal for installations in environments with low false ceilings Wide air flow, ideal for environments with very high ceilings Possibility to connect air renewal ducts TECHNICAL DATA FDTS 45~71KXE6D Model FDTS45KXE6D FDTS71KXE6D Panel model (Option) TS-PSA-29W-E TS-PSA-39W-E Nominal cooling capacity kw 4,50 7,10 Nominal heating capacity kw 5,00 8,00 Power supply V~ 50Hz Power consumption Cool. kw 0,09-0,11 0,12-0,15 Power consumption Heat. kw 0,09-0,11 0,12-0,15 Running current Cool. A 0,43-0,46 0,58-0,63 Running current Heat. A 0,43-0,46 0,58-0,63 Sound Pressure Level db(a) Hi 43 Me 38 Lo 36 Hi 44 Me 38 Lo 36 Exterior dimensions (HxWxD) mm Unit 194 1, Unit 194 1, mm Panel 10 1, Panel 10 1, Exterior appearance (Munsell color) (6.8Y8.9 / 0.2) equivalent Plaster White Net weight kg Unit 27 Panel 6 Unit 31 Panel 7 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 2 Centrifugal fan x 4 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 840 Me 720 Lo 600 Hi 1080 Me 900 Lo 720 Available static pressure Pa 0 Outside air intake Possible Air filter, Q'ty Pocket plastic net x 2 (Washable) Pocket plastic net x 3 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain pump Drain Insulation for piping Accessories mm (in) CONDENSATE DRAIN PUMP Overload protection for fan motor Frost protection thermostat Liquid line Ø6,35 (1/4") Liquid line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Gas line Ø15,88 (5/8") Flare R410A Built Connectable with VP20 Necessary (both Liquid & Gas lines) Mounting kit SPACES FOR INSTALLATION AND SERVICE VRF System 750 or less Maximum rise 100 or more Obstacle 1000 or more Obstacle 100 or more When installing more than one unit, it is necessary to keep a distance of 4 m or more between one machine and the next

136 Indoor units 1-WAY DUCTED CASSETTE 3 power levels (2.20 ~ 3.60 kw) Ducted with low head Can be installed in any type of false ceiling Ideal for smaller environments, with a fan speed of only 300 m 3 /h Panel with direct delivery; panel with ducted delivery Panel equipped with motorised louver for comfortable air flow distribution Condensate drain pump as standard h 60 cm FDTQ 22~36KXE6D TECHNICAL DATA Model FDTQ22KXE6D FDTQ28KXE6D FDTQ36KXE6D Panel model (Option) Direct blow panel Direct blow panel Direct blow panel TQ-PSA-15W-E TQ-PSA-15W-E TQ-PSA-15W-E Nominal cooling capacity kw 2,20 2,80 3,60 Nominal heating capacity kw 2,50 3,20 4,00 Power supply V~ 50Hz Power consumption Cool. kw 0,05-0,07 Power consumption Heat. kw 0,05-0,07 Running current Cool. A 0,22-0,24 Running current Heat. A 0,22-0,24 Sound Pressure Level db(a) Hi 41 Me 38 Lo 33 Exterior dimensions (HxWxD) mm Unit Panel Exterior appearance (Munsell color) Plaster White (6.8Y8.9 / 0.2) equivalent Net weight kg Unit 23 Panel 2,5 Unit 19 Panel 2,5 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 1 Motor W 30 Starting method Direct line starting Air flow (Standard) m 3 h Hi 420 Lo 300 Available static pressure Pa 0 Outside air intake Possible Air filter, Q'ty Pocket plastic net x 1 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain pump Drain Insulation for piping Accessories mm (in) Overload protection for fan motor Frost protection thermostat Liquid line Ø6,35 (1/4") Gas line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Flare R410A Built Connectable with VP20 Necessary (both Liquid & Gas lines) Mounting kit ULTRA-COMPACT MODEL Panel Holes for self-tapping screws External air intake (pre-cut) Model a b c d TQ-PSA-15W-E Air supply Air return grille TQ-PSA-15W-E 1 3 4

137 Indoor units HIGH HEAD DUCTED 6 power levels (7.10 ~ kw) Units with rear recovery Fan head up to 130 (models from 7.10 to kw) and 200 Pa (models from to kw) Very compact design: only 29.5 cm (7.1 kw model), 35 cm (9.0 to 14.0 kw models) and 36 cm (22.40 to kw models) high Condensate drain pump as standard: h 60 cm (7.10 to kw models) FDU 71~280KXE6D TECHNICAL DATA Model FDU71KXE6D FDU90KXE6D FDU112KXE6D FDU140KXE6D FDU224KXE6D FDU280KXE6D Nominal cooling capacity kw 7,10 9,00 11,20 14,00 22,40 28,00 Nominal heating capacity kw 8,00 10,00 12,50 16,00 25,00 31,50 Power supply V~ 50Hz Power consumption Cool. kw 0,29-0,32 0,35-0,39 0,39-0,45 0,39-0,45 0,94-1,03 0,96-1,05 Power consumption Heat. kw 0,27-0,30 0,34-0,38 0,34-0,39 0,34-0,39 0,86-0,90 0,88-0,96 Running current Cool. A 1,40-1,44 1,65-1,79 1,83-1,94 1,83-1,94 4,30-4,34 4,36-4,38 Running current Heat. A 1,33-1,37 1,63-1,74 1,65-1,76 1,65-1,76 3,74-3,77 3,98-4,00 Sound Pressure Level db(a) Hi 41 Lo 37 Hi 42 Lo 37 Hi 42 Lo 38 Hi 43 Lo 39 Hi 51 Hi 52 Exterior dimensions (HxWxD) mm , , Net weight kg Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 2 Centrifugal fan x 4 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 1200 Lo 1020 Hi 2040 Lo 1620 Hi 2040 Lo 1620 Hi 2520 Lo 2010 Hi 3060 Hi 4080 Available static pressure Pa Standard 60 Max 130 Standard 100 Max 200 Standard 100 Max 200 Outside air intake Possible Air filter, Q'ty To be found locally Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Overload protection for fan motor Frost protection thermostat Refrigerant piping size mm Liquid line Ø9,52 (3/8") (in) Gas line Ø15,88 (5/8") Gas line Ø19,05 (3/4") Gas line Ø22,2 (7/8") Connecting method Flare Brazing Refrigerant R410A Drain pump Built - Drain Connectable with VP20 Connectable with VP25 Insulation for piping Necessary (both Liquid & Gas lines) Accessories - U-FCRA optional VRF System HIGH HEAD It is possible to modulate the air flow rate on 16 levels to ensure greater environmental comfort using the U-FCRA air flow speed control kit for models with a 22.4 and 28.0 kw electrical box (optional). Electric box Opening for ducting (slim) Fan Quiet fan (high pressure) 1 3 5

138 Indoor units MEDIUM AND LOW HEAD DUCTED 9 power levels (2.20 ~ kw) Ultra-compact model: only 28 cm high Optional UM-FL1EF (FDUM 22 ~ 56KXE6F), UM-FL2EF (FDUM 71 ~ 90KXE6F), UM-FL3EF (FDUM 112 ~ 140KXE6F) filter kit ESP function automatic maintenance of the air flow rate as flow resistance varies FDUM 22~140KXE6F TECHNICAL DATA Model FDUM22KXE6FFDUM28KXE6FFDUM36KXE6FFDUM45KXE6FFDUM56KXE6FFDUM71KXE6FFDUM90KXE6F FDUM112KXE6F FDUM140KXE6F Nominal cooling capacity kw 2,20 2,80 3,60 4,50 5,60 7,10 9,00 11,20 14,00 Nominal heating capacity kw 2,50 3,20 4,00 5,00 6,30 8,00 10,00 12,50 16,00 Power supply V~ 50Hz Power consumption Cool. kw 0,10-0,10 0,10-0,10 0,10-0,10 0,10-0,10 0,10-0,10 0,20-0,20 0,20-0,20 0,29-0,29 0,33-0,33 Power consumption Heat. kw 0,10-0,10 0,10-0,10 0,10-0,10 0,10-0,10 0,10-0,10 0,20-0,20 0,20-0,20 0,29-0,29 0,33-0,33 Running current Cool. A 0,46-0,42 0,46-0,42 0,46-0,42 0,46-0,42 0,46-0,42 0,91-0,83 0,91-0,83 1,32-1,21 1,50-1,38 Running current Heat. A 0,46-0,42 0,46-0,42 0,46-0,42 0,46-0,42 0,46-0,42 0,91-0,83 0,91-0,83 1,32-1,21 1,50-1,38 Sound Pressure Level db(a) Hi 32 Me 29 Lo 26 Hi 33 Me 29 Lo 25 Hi 38 Me 36 Lo 30 Hi 40 Me 34 Lo 29 Exterior dimensions (HxWxD) mm , Net weight kg Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 2 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 600 Me 540 Lo 480 Hi 1140 Me 900 Lo 600 Hi 1680 Me 1500 Lo 1140 Hi 1920 Me 1560 Lo 1200 Available static pressure Pa 100 Outside air intake Possible Air filter, Q'ty Optional Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Overload protection for fan motor rost protection thermostat Refrigerant piping size mm Liquid line Ø6,35 (1/4") Liquid line Ø9,52 (3/8") (in) Gas line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Gas line Ø15,88 (5/8") Connecting method Flare Refrigerant R410A Drain pump Built Drain Connectable with VP20 Insulation for piping Necessary (both Liquid & Gas lines) Accessories UM-FL1EF (Optional) UM-FL2EF (Optional) UM-FL3EF(Optional) 1 3 6

139 Indoor units 100% OUTDOOR AIR DUCTED 4 power levels (9.0 ~ kw) Fan head up to 200 Pa Optional U-FCRB fan speed control device Automatic 100% outside air function to save energy when the outside temperature falls below the set temperature. FDU-F 500~1800KXE6D TECHNICAL DATA Model FDU500FKXE6D FDU850FKXE6D FDU1300FKXE6D FDU1800FKXE6D Nominal cooling capacity kw 9,00 14,00 22,40 28,00 Nominal heating capacity kw 4,20 7,00 10,90 14,80 Power supply V~ 50Hz Power consumption Cool. kw 0,11 0,16 0,27 0,31 Power consumption Heat. kw 0,11 0,16 0,27 0,31 Running current Cool. A 0,60 0,85 1,60 1,70 Running current Heat. A 0,60 0,85 1,60 1,70 Sound Pressure Level db(a) 38 / / / / 47 Exterior dimensions (HxWxD) mm , , , Net weight kg Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 2 Motor W Starting method Direct line starting Air flow (Standard) m 3 h 510 / / / / 1800 Available static pressure Pa Max: 200 Max: 200 Max: 200 Max: 200 Air filter, Q'ty To be found locally Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form, Glass Wool Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Overload protection for fan motor Frost protection thermostat Refrigerant piping size mm Liquid line Ø9,52 (3/8") (in) Gas line Ø15,88 (5/8") Gas line Ø19,05 (6/8") Gas line Ø22,22 (7/8") Connecting method Flare Brazing Refrigerant R410A Drain Connectable with VP25 Insulation for piping Necessary (both Liquid & Gas lines) Accessories - Optionals Fan speed control device kit (U-FCRB) VRF System AIR CONDITIONING AND OUTDOOR AIR INTAKE The diagram below illustrates the integration of the FDU-F unit inside a KX6 system. Exhaust air KX6 O.U. Outdoor air FDU-F I.U. Air conditioning I.U. Outdoor Renewal air corridor rooms Renewal air Renewal air Outdoor air Notes: Check the possible connections and limits of use on the technical documentation. The compact design, the fan head of 200 Pa and the lowest noise level on the market make the unit suitable for installation in environments designed to ensure comfort and relaxation

140 Indoor units LOW HEAD DUCTED 5 power levels (2.20 ~ 5.60 kw) Ideal for applications in hotels, hospitals and small offices Low acoustic impact: only 24 db(a) (2.20 and 2.80 kw models). Optional filter kit: UT-FL1E (FDUT 22 ~ 36); UT-FL2E (FDUT 45 ~ 56) Ducting flange: UT-DAS1E (FDUT 22 ~ 36); UT-DAS2E (FDUT 45 ~ 56) FDUT 22~56KXE6D TECHNICAL DATA Model FDUT22KXE6D FDUT28KXE6D FDUT36KXE6D FDUT45KXE6D FDUT56KXE6D Rear Nominal cooling capacity kw 2,20 2,80 3,60 4,50 5,60 Nominal heating capacity kw 2,50 3,20 4,00 5,00 6,00 Power supply V~ 50Hz Power consumption Cool. kw 0,05-0,06 0,05-0,06 0,06-0,07 0,08-0,09 0,11-0,13 Power consumption Heat. kw 0,05-0,06 0,05-0,06 0,06-0,07 0,28-0,31 0,11-0,13 Running current Cool. A 0,24-0,26 0,24-0,26 0,28-0,31 0,37-0,40 0,51-0,56 Running current Heat. A 0,24-0,26 0,24-0,26 0,28-0,31 0,37-0,40 0,51-0,56 Sound Pressure Level db(a) Hi 29 Me 26 Lo 24 Hi 33 Me 31 Lo 28 Hi 35 me 32 lo 28 Hi 36 Me 34 Lo 31 Exterior dimensions (HxWxD) mm Net weight kg Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 2 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 450 Me 360 Lo 300 Hi 510 Me 420 Lo 360 Hi 720 Me 600 Lo 480 Hi 750 Me 600 Lo 510 Available static pressure Pa Outside air intake - Air filter, Q'ty UT-FL1E (Optional) UT-FL2E (Optional) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Overload protection for fan motor rost protection thermostat Refrigerant piping size mm Liquid line ø6,35 (1/4 ) (in) Gas line ø9,52 (3/8 ) Gas line ø12,7 (1/2 ) Connecting method Flare Refrigerant R410A Drain pump Built Drain Connectable with VP25 Insulation for piping Necessary (both Liquid & Gas lines) Accessories Mounting kit, UT-DAS1E (Flange) Mounting kit, UT-DAS2E (Flange) COMPACT SIZE 220 mm 750 mm 520 mm 950 mm 520 mm Models FDUT 22, 28, 36 KXE6D Models FDUT 45, 56 KXE6D 1 3 8

141 Indoor units DUCTED COMPACT 3 power levels (2.20 ~ 3.60 kw) Very compact design: only 25.7 cm high Maximum installation flexibility Rear air recovery Very quiet operation: only 27 db(a) UH-DU-E condensate drain kit (optional) UH-FL-1E filter kit (optional) FDUH 22~36KXE6D TECHNICAL DATA Model FDUH22KXE6D FDUH28KXE6D FDUH36KXE6D Nominal cooling capacity kw 2,20 2,80 3,60 Nominal heating capacity kw 2,50 3,20 4,00 Power supply V~ 50Hz Power consumption Cool. kw 0,05-0,07 0,05-0,07 0,05-0,07 Power consumption Heat. kw 0,05-0,07 0,05-0,07 0,05-0,07 Running current Cool. A 0,22-0,24 0,22-0,24 0,22-0,24 Running current Heat. A 0,22-0,24 0,22-0,24 0,22-0,24 Sound Pressure Level db(a) Hi 33 Me 30 Lo 27 Exterior dimensions (HxWxD) mm Unit Net weight kg 22 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 1 Motor W 30 Starting method Direct line starting Air flow (Standard) m 3 h Hi 420 Me 390 Lo 360 Available static pressure Pa 30 Outside air intake Not Possible Air filter, Q'ty Optional Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain Insulation for piping Accessories mm (in) Overload protection for fan motor rost protection thermostat Liquid line Ø6,35 (1/4") Gas line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Flare R410A Connectable with VP20 Necessary (both Liquid & Gas lines) UH-FL1E (Filter); UH-DU-E (Condensate drain pump) VRF System The electrical box and the condensate drain pump can be installed on both sides of the unit, while the incoming air penetrates through the bottom or the back. The lowest noise impact on the market makes the unit suitable for installation in rooms designed to ensure comfort and relaxation. Compact and lightweight, FDUH is ideal for installation in hotels, hospitals and small offices. Furthermore, the application of the RCH-E3 remote control (optional) enables the user to take advantage of a simplified device to prepare and make the environment to be air conditions as comfortable as possible. Electrical box Condensate drain fall 1 3 9

142 Indoor units WALL 6 power levels (2.20 ~ 7.10 kw) Simple, modern design for seamless integration into any environment Very compact design: only 24.8 cm deep (7.10 kw model) Simplified maintenance and cleaning thanks to the easily removable front panel Reception kit for optional RCN-K-E (2.20 to 5.60 kw models) and RCN-K-E (7.10 kw model) infrared remote control FDK 22~71KXE6D TECHNICAL DATA Model FDK22KXE6D FDK28KXE6D FDK36KXE6D FDK45KXE6D FDK56KXE6D FDK71KXE6D Nominal cooling capacity kw 2,20 2,80 3,60 4,50 5,60 7,10 Nominal heating capacity kw 2,50 3,20 4,00 5,00 6,30 8,00 Power supply V~ 50Hz Power consumption Cool. kw 0,05 0,05 0,05 0,05 0,05 0,09 Power consumption Heat. kw 0,04 0,04 0,04 0,05 0,05 0,09 Running current Cool. A 0,23-0,21 0,23-0,21 0,23-0,21 0,23-0,21 0,23-0,21 0,41-0,48 Running current Heat. A 0,23-0,21 0,23-0,21 0,23-0,21 0,23-0,21 0,23-0,21 0,41-0,48 Sound Pressure Level db(a) Hi 35 Me 33 Lo 31 Hi 42 Me 37 Lo 33 Hi 46 Me 42 Lo 37 Hi 47 Me 43 Lo 39 Exterior dimensions (HxWxD) mm , Exterior appearance (Munsell color) White ice (9.3G8.7 / 0.1) equivalent Net weight kg 12 12, ,5 Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Tangential fan 1 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 480 Me 420 Lo 360 Hi 600 Me 540 Lo 420 Hi 840 Me 720 Lo 600 Hi 1260 Me 1080 Lo 900 Available static pressure Pa 0 Outside air intake Not Possible Air filter, Q'ty Polypropyiene net x 2 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-K-E optional; RCN-K71-E (7,1 kw) optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain Insulation for piping Accessories mm (in) ULTRA-COMPACT DESIGN The new FDK models are characterised by a design that minimises air flow resistance (CFD analysis), thus obtaining uniform distribution throughout the environment to be conditioned. The new slimmer design also offers easy and precise installation in special logistical conditions. Overload protection for fan motor Frost protection thermostat Liquid line Ø6,35 (1/4") Liquid line Ø9,52 (3/8") Gas line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Gas line Ø15,88 (5/8") Flare R410A Connectable with VP16 Necessary (both Liquid & Gas lines) Mounting kit EASE OF MAINTENANCE Cleaning the unit is made easier by the opening/closing mechanism of the front panel from above, facilitating access to the removable filters

143 Indoor units CEILING 6 power levels (3.60 ~ kw) Ideal for very large environments, thanks to the particularly wide air flow Very compact design: only 21 cm high (3.60 to 7.0 kw models) Quick and easy installation, thanks to a net weight of only 28 kg (3.60 to 5.60 kw models) Reception kit for RCNE-E infrared remote control (optional) FDE 36~140KXE6D TECHNICAL DATA Model FDE36KXE6D FDE45KXE6D FDE56KXE6D FDE71KXE6D FDE112KXE6D FDE140KXE6D Nominal cooling capacity kw 3,60 4,50 5,60 7,00 11,20 14,00 Nominal heating capacity kw 4,00 5,00 6,30 8,00 12,50 16,00 Power supply V~ 50Hz Power consumption Cool. kw 0,04-0,05 0,04-0,05 0,04-0,05 0,08-0,09 0,12-0,14 0,14-0,15 Power consumption Heat. kw 0,04-0,05 0,04-0,05 0,04-0,05 0,07-0,08 0,11-0,13 0,13-0,14 Running current Cool. A 0,19-0,21 0,19-0,21 0,19-0,21 0,37-0,38 0,56-0,59 0,64-0,65 Running current Heat. A 0,19-0,21 0,19-0,21 0,19-0,21 0,34-0,35 0,52-0,54 0,59-0,59 Sound Pressure Level db(a) Hi 39 Me 38 Lo 36 Hi 41 Me 39 Lo 37 Hi 44 Me 41 Lo 39 Hi 46 Me 44 Lo 43 Exterior dimensions (HxWxD) mm 210 1, , , Exterior appearance (Munsell color) Plaster White (6.8Y8.9 / 0.2) equivalent Net weight kg Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 2 Centrifugal fan x 4 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 660 Me 540 Lo 420 Hi 1080 Me 840 Lo 720 Hi 1560 Me 1380 Lo 1260 Available static pressure Pa 0 Outside air intake Not Possible Air filter, Q'ty Pocket plastic net x 2 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-E-E optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain Insulation for piping Accessories mm (in) Overload protection for fan motor Frost protection thermostat Liquid line Ø6,35 (1/4") Liquid line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Gas line Ø15,88 (5/8") Flare R410A Connectable with VP20 Necessary (both Liquid & Gas lines) Mounting kit VRF System EASE OF INSTALLATION Maximum flexibility: the refrigerant piping can be attached in 3 different positions (rear, top, right), as can that of the condensate drain (left, right). Top Rear Right 1 4 1

144 Indoor units CONSOLE 3 power levels (2.80 ~ 5.60 kw) Particularly wide, uniform air flow Very compact design: only 23.8 cm deep Quick and easy installation, thanks to a net weight of only 19 kg (2.80 kw models) Reception kit for RCN-FW-E infrared remote control (optional) FDFW 28~56KXE6D TECHNICAL DATA Model FDFW28KXE6D FDFW45KXE6D FDFW56KXE6D Nominal cooling capacity kw 2,80 4,50 5,60 Nominal heating capacity kw 3,20 5,00 6,30 Power supply V~ 50Hz Power consumption Cool. kw 0,02-0,02 0,03-0,03 0,05-0,05 Power consumption Heat. kw 0,02-0,02 0,03-0,03 0,04-0,05 Running current Cool. A 0,17-0,16 0,18-0,17 0,27-0,25 Running current Heat. A 0,17-0,16 0,18-0,17 0,27-0,25 Sound Pressure Level db(a) Hi 36 Me 34 Lo 30 Hi 38 Me 36 Lo 33 Hi 44 Me 37 Lo 33 Exterior dimensions (HxWxD) mm Exterior appearance (Munsell color) Thin snow ( 8.0Y9.3 / 0.1 ) equivalent Net weight kg Refrigerant equipment/heat exchanger Straight fin & inner grooved tubing Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Turbo fan 1 Motor W 40 Starting method Direct line starting Air flow (Standard) m 3 h Hi 540 Me 480 Lo 420 Hi 660 Me 540 Lo 480 Available static pressure Pa - Outside air intake Not Possible Air filter, Q'ty Polypropyiene net x 1 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-FW-E optional Room temperature control Thermostat by electronics Safety equipment Overload protection for fan motor rost protection thermostat Refrigerant piping size mm Liquid line Ø6,35 (1/4") (in) Gas line Ø9,52 (3/8") Gas line Ø12,7 (1/2") Connecting method Flare Refrigerant R410A Drain Connectable with VP16 (I.D. 16,0) Insulation for piping Necessary (both Liquid & Gas lines) Accessories Mounting kit UNIFORM AIR DISTRIBUTION The air distribution louvers - top and bottom - can be selected at the same time using the special button. To control all other functions on the unit, the special remote control can be used. In case of use of wireless remote control 1 4 2

145 Indoor units FLOOR STANDING 1 and 4 power levels (2.80 ~ 7.10 kw) visible Maximum comfort thanks to wide distribution and optimal air flow Very compact design: only 6 cm high and 22.5 cm deep FDFL 71KXE6D floor standing exposed TECHNICAL DATA FDFU 28~71KXE6D floor standing concealed Model FDFL71KXE6D FDFU28KXE6D FDFU45KXE6D FDFU56KXE6D FDFU71KXE6D Nominal cooling capacity kw 7,10 2,80 4,50 5,60 7,10 Nominal heating capacity kw 8,00 3,20 5,00 6,30 8,00 Power supply V~ 50Hz Power consumption Cool. kw 0,09-0,10 0,09-0,10 0,09-0,10 0,09-0,10 0,09-0,10 Power consumption Heat. kw 0,09-0,10 0,09-0,10 0,09-0,10 0,09-0,10 0,09-0,10 Running current Cool. A 0,40-0,41 0,41-0,42 0,40-0,41 0,40-0,41 0,40-0,41 Running current Heat. A 0,40-0,41 0,41-0,42 0,40-0,41 0,40-0,41 0,40-0,41 Sound Pressure Level db(a) Hi 43 Me 41 Lo 40 Hi 41 Me 38 Lo Lo 40 Hi 43 Me Exterior dimensions (HxWxD) mm 630 1, , Exterior appearance (Munsell color) Ceramic white - (N8.0) equivalent - Net weight kg Refrigerant equipment/heat exchanger Straight fin & grooved tubing inner Refrigerant control Electronic expansion valve Air handling equipment/fan type & Q ty Centrifugal fan x 2 Motor W Starting method Direct line starting Air flow (Standard) m 3 h Hi 1080 Me 900 Lo 720 Hi 720 Me 660 Lo 600 Hi 840 Me 720 Lo 600 Hi 1080 Me 900 Lo 720 Outside air intake Not Possible Air filter, Q'ty Polypropyiene net x 2 (Washable) Polypropyiene net x 1 (Washable) Polypropyiene net x 2 (Washable) Shock & vibration absorber Rubber sleeve (for fan motor) Insulation (noise & heat) Polyurethane form Operation switch Wired remote control RC-E5 optional; RCH-E3 optional; RCN-KIT3-E optional Room temperature control Thermostat by electronics Safety equipment Refrigerant piping size Connecting method Refrigerant Drain Insulation for piping Accessories Overload protection for fan motor Frost protection thermostat mm Liquid line Ø9.52 (3/8") Liquid line Ø6.35 (1/4") Liquid line Ø9.52 (3/8") (in) Gas line Ø15.88 (5/8") Gas line Ø9.52 (3/8") Gas line Ø12.7 (1/2") Gas line Ø15.88 (5/8") Flare R410A Connectable with VP20 Necessary (both Liquid & Gas lines) Mounting kit VRF System EXCELLENT AIR FLOW DISTRIBUTION 1 4 3

146 SAF DX Post-Treatment Modular Unit SAF DX250~1000E6 The simple and flexible solution for increasing comfort in buildings, with high-energy performance SAF DX250E6 SAF DX350E6 SAF DX500E6 SAF DX800E6 SAF DX1000E6 DXA-DU-E: drain up kit 60 cm (optional) The SAF DX unit, available in 5 power ratings, is a device designed to increase the comfort capacity of KX6 systems located in dwellings, with their high quality profile in terms of energy. Extremely flexible in that it operates independently of the heat recovery system, it is able to optimize the primary air intake temperature which is pretreated by SAF heat recovery systems or similar systems installed in the building. Its compact size and installation separate from the ventilation unit solve numerous installation problems; the lack of moving parts makes it possible to install the unit in a wider range of locations and reduces noise levels to a minimum. The SAF-DX post-treatment unit does not replace the indoor unit. It can be combined with all indoor and outdoor units of the KX6 range*. It can be connected to the Superlink network and all available central control units. It is possible to use all KX6 series local control units (to integrate the system seamlessly and easily). The condensate pump is available as an option. It allows you to control the intake temperature or outtake temperature alternatively**. Note * The index of available load for the outdoor unit is reduced to a max of 100%. ** The available options vary depending on configurations. Room air Outside air Total heat exchanger SAF DX Supply/fresh air temp. sensor Exthaust air Return/fresh air temp. sensor Supply air TECHNICAL DATA Heating or cooling coil Models SAF DX250E6 SAF DX350E6 SAF DX500E6 SAF DX800E6 SAF DX1000E6 Nominal cooling capacity* kw 2,0 2,8 3,6 5,6 6,3 Nominal heating capacity** kw 1,8 2,2 2,8 4,5 5,6 Power source 1Phase V~ 50Hz Power consumption Cool kw 7,2 Power consumption Heat kw 7,2 Running current Cool A 0,05 Running current Heat A 0,05 Exterior dimensions HxWxD mm 315x452x x537x x682x x822x422 Net weight kg 12,3 13,6 16,1 18,4 Air flow (Standard) m3/h Available static pressure Pa Remote control option Option RC-E4; option RCH-E3; option RCN-KIT3-E Refrigerant piping size mm (in) Liquid line ø6.35 (1/4 ) Liquid line ø6.35 (1/4 ) Liquid line ø9.52 (3/8 ) Gas line ø9.52 (3/8 ) Gas line ø12.7 (1/2 ) Gas line ø15.88 (5/8 ) Return/fresh air temperature Outdoor air temperature Standard Operation DB WB DB WB Cooling* 27 C 19 C 35 C 24 C ISO- T1 Heating** 20 C 7 C 6 C * The data are measured at the condition explained in the table. ** This air-conditioner is manufactured and tested in conformity with ISO-T

147 Hot Water - Heat pump water heater FOR UP TO 70% ENERGY SAVINGS Hot Water TWMI 150/190A 146 TWMI 300A 149 Heat pump water heater 1 4 5

148 TWMI 150/190/300A Hot Water - Heat pump water heater The heat pump is the ecological evolution of the traditional electric water heater. It uses the heat energy contained in the air as a renewable source making it possible to ensure maximum comfort, high performance and significant energy savings by reducing CO2 emissions. The 300 litre model is perfect for integration in air conditioning systems that involve the insertion of other secondary sources, such as solar panels and biomass boilers

149 Hot water from free natural energy TWMI 150/190A 150 AND 190 LITRE MODELS HOW MUCH HOT WATER DO WE NEED? The consumption of domestic hot water is extremely variable and depends on personal habits: 1 shower - about 30 ~ 50 litres 1 bath - about 80 ~ 120 litres 1 hand wash - about 3 ~ 5 litres On average, water feels hot at 40 ~ 42 C. The 190 litre model, with temperature set at 65 C, enables storage of the equivalent of 260 litres of hot water after mixing at 42 C, ideal for average use by 5-6 people over one day. 2 additional operating modes using two 1 kw electrical resistors Electric heater mode to achieve temperatures up to 70 C (anti-legionella). in case of emergency malfunctions in case heating capacity is reached super fast with cold start (the energy is concentrated in the upper part of the tank). Hybrid mode integrated operating mode at low ambient temperatures (less than 5 C). Heat pump water heater In the additional operating modes, the 2 electrical resistors never operate simultaneously. It is a good idea to start up the Electric Heater mode periodically for anti-legionella disinfection. PLACES OF INSTALLATION The models are mainly intended for indoor installation: in Southern Europe they can also be installed outdoors, as long as they are protected from rain and other bad weather and if the outdoor temperature is above 0 C. Indoor installation is especially applicable in rooms where there is equipment that emits heat (such as boilers, freezers, dryers etc.), which otherwise would be dispersed without being used. The models can also be installed in large underground spaces (garages, cellars etc.). The unit cools and dehumidifies, improving the quality of the air in the room where it is installed. In the event of indoor temperatures below 5 C, the electrical resistor is activated if Hybrid mode is selected. HEAT EXCHANGER AND TANK External heat exchanger to prevent direct contact between domestic hot water and refrigerant and to improve the amount of usable hot water in relation to the total volume (157 l model 190; 125 l model 150). Internally vitrified tank: for high protection against corrosion. REFRIGERANT 1 4 7

150 Water heater with heat pump 65 C max temperature of domestic hot water Actual COP 3.11 (190 litre model) Wide range of operating ambient temperatures: 5 ~ 43 C TWMI 150/190A Speed of reaching heating capacity with cold start: 231 minutes (150 litre model: with incoming water temperature of 15 C, outgoing water temperature of 45 C and ambient temperature of 15 C). Minimum tank dispersions: -2.2 C in 24 hours (190 litre model), with ambient temperature 15 C and average temperature of the tank of 43 C Anti-legionella function: 70 C (activating the electrical resistor). Customisable programming: timer for time bands, very useful in case of reduced rates at night TECHNICAL DATA HYDRAULIC CONNECTIONS DIAGRAM Table of data tested in accordance with standard EN 255:3 Models TWMI 150 A TWMI 190 A Operating Mode Heat pump Operating Range +5 C~+43 C Power supply 220~240V-1ph-50Hz Total Tank Capacity Lt Electric Heater kw 1kW+1kW Noise level db(a) 48 Dimensions (DxH) mm ø ø Weight Kg Refrigerant Gas (Type/Quantity) Kg R134a/0.83 R134a/0.90 Hydraulic pipeline mm DN20 COP W/W 2,99 3,11 Tank Dispersion 24/h (Average temp. 43 C) C 3,6 C 2,2 C Full Heating Capacity (Inlet Temp. 15 C / Output temp. 45 C) min Max. hot water available during rapid tank emptying Lt 125 (min. 40,4 C) 157 (min. 40,4 C) Full Heating Capacity Power consumption kw/h 2 2,3 Hourly Absorption kw/h 0,485 0,466 Domestic hot water appliances Condensate drain Safety valve Hot water outlet Vent valve Tank discharge Tap (optional) Cold water inlet Check valve Y Filter Sluice valve Connection to water supply 1 4 8

151 TWMI 300A 300 LITRE MODELS The presence of a built-in heat exchanger enables secondary heat sources, such as solar panels, to be connected, and further reduces energy consumption with savings of up to more than 90%. The consumption of domestic hot water is extremely variable and depends on personal habits. On average, water feels hot at 40 ~ 42 C. The model with temperature set at 55 C enables storage of the equivalent of 390 litres of hot water after mixing at 42 C, ideal for average use by 8-10 people over one day. 1 Additional operating mode with one 1.5 kw electrical resistor Electric heater mode to achieve temperatures up to 60 C in case of emergency malfunctions Hybrid mode with the temperature set at 55 C and where the outdoor temperature is below 2 C, the unit automatically activates the electrical resistor HEAT EXCHANGER AND TANK Heat pump water heater External heat exchanger to prevent direct contact between domestic hot water and refrigerant and to improve the amount of usable hot water in relation to the total volume (293 l). Stainless steel inner tank: maximum protection against corrosion. PLACES OF INSTALLATION The unit is mainly intended for indoor installation, with indoor air intake and channelled expulsion of the treated air. Other methods of installation are also possible, with ducted outdoor air intake. In Southern Europe the units can also be installed outdoors with free intake as long as they are protected from rain and other bad weather. REFRIGERANT 1 4 9

152 Water heater with heat pump TWMI 300A Domestic hot water from 45 C to 55 C only when the heat pump is operating Actual COP 3.41 Wide range of operating ambient temperatures: 2 ~ 43 C Speed of reaching heating capacity with cold start: 203 minutes with incoming water temperature of 15 C, outgoing water temperature of 45 C and ambient temperature of 15 C. Minimum tank dispersions: -1.8 C in 24 hours with ambient temperature 15 C and average temperature of the tank 43 C Customisable programming: timer for time bands, very useful in case of reduced rates at night. Defrost function: all the units are equipped with automatic defrost valves. Anti-legionella function: the built-in DHWT-IHA kit is programmed to activate a periodic weekly cycle that brings the water temperature to 65 C (through the use of the electrical resistor) TECHNICAL DATA Model TWMI 300 A Operating Mode Hybrid Operating Range +2 C~+43 C* Power supply 220~240V-1ph-50Hz Total Tank Capacity Lt 300 Electric Heater kw 1,5kW Noise level db(a) 48 Dimensions (DxH) mm ø Weight Kg 123 Refrigerant Gas (Type/Quantity) Kg R134a/1.20 Hydraulic pipeline mm DN20 COP W/W 3,41 Tank Dispersion 24/h (Average temp. 43 C) C 1,8 C Full Heating Capacity (Inlet Temp. 15 C / Output temp. 45 C) min. 203 Max. hot water available during rapid tank emptying Lt 293 (min. 40,1 C) Full Heating Capacity Power consumption kw/h 2,9 Hourly Absorption kw/h 0,88 Table of data tested in accordance with standard EN 255:3. * In the operating range from +2 C to -2 C max. hot water temp of 50 C; in the operating range from -2 C to -7 C max. hot water temp. of 45 C

153 TWMI 300A 4 METHODS OF INSTALLATION The pressure of 30 Pa enables ducting up to 10 metres to convey the cold air outside or into the rooms to be cooled in the summer. WITHOUT DUCTING AIR INTAKE AND OUTLET WITH DUCTING AIR OUTLET WITH DUCTING AIR INTAKE WITH DUCTING air outlet air intake air outlet air intake air outlet air intake air outlet air intake This connection allows the introduction of fresh air into the room HYDRAULIC CONNECTIONS DIAGRAM This connection allows the introduction of fresh air into the room Heat pump water heater Domestic hot water appliances Solar thermal collectors Condensate drain Safety valve Hot water outlet Vent valve Magnesium anode Solar thermal temperature sensor Built-in heat exchanger outlet Pump Tank discharge Tap (optional) Built-in heat exchanger inlet Cold water inlet Check valve Y Filter Sluice valve Connection to water supply 1 5 1

154 1 5 2

155 Controls Standard infrared remote controls (see details for each product) Optional individual controls Optionals kit 154 RC-E5 wired remote control with LCD display 154 RCH-E3 simplified wired remote control 154 RCN-E1R infrared remote control 155 RCN-KIT3-E kit for infrared remote control 155 RCN-TC-24W-ER kit for infrared remote control 155 RCN-T-36W-E kit for infrared remote control 155 RCN-K-E kit for infrared remote control 156 RCN-K71-E kit for infrared remote control 156 RCN-E-E kit for infrared remote control 156 RCN-FW-E kit for infrared remote control 156 Control devices 156 Superlink II 157 Centralised controls Devices for controlling the Superlink II network SC-SL2NA-E centralised control panel SC-SL3NA-AE/BE centralised control panel SC-SL1N-E centralised control panel LonWorks gateway SC-LGWNA-A BACnet gateway SC-BGWNA-A; SC-BGWNA-B Web gateway SC-WGWNA-A; SC-WGWNA-B Controls Digital interface cards SC-ADNA-E interface card SC-BIKN-E optional kit Digital interfaces user diagram Intesis - BMS Interface

156 Controls STANDARD INFRARED REMOTE CONTROLS VRF Systems Commercial Residential Supplied with the following models: SRK ZJX-S/S1, SRK ZK-S, SRK ZJ-S Automatic sanitisation from mould formation SLEEP mode for night time use Manual two-way louver swing selection 3D auto mode for automatic activation of threedimensional ventilation Manual selection of the CLEAN function for the anti-allergenic filter (not active in Multi version) Supplied with the following models: SRK HG-S, SRF ZJX-S, SRR ZJ-S, SRK ZJP-S Automatic sanitisation from mould formation SLEEP mode for night time use Manual louver swing selection HI POWER/ECONO mode to reach the desired temperature as quickly as possible OPTIONAL INDIVIDUAL CONTROLS Wired remote control with LCD display RC-E5 Wired remote control with LCD display: with its large size and high contrasts, this display ensures excellent information display. The simplified wired remote control is capable of controlling up to 16 indoor units. Weekly timer as standard Built-in temperature sensor Settable temperature fields Data saving function 4 fan speeds Control for adjusting the static pressure Simplified wired remote control RCH-E3 Particularly suitable for use in hotels and small offices, it enables the selection of 3 different fan modes. The simplified wired remote control is capable of controlling up to 16 indoor units. Simple to use, it has the following essential buttons: On/Off Mode Temp. setting Fan speed 1 5 4

157 Controls OPTIONAL INDIVIDUAL CONTROLS VRF Systems Commercial Residential Infrared remote control RCN-E1R Optional for FDEN VD/VF OPTIONALS KIT Kit for infrared remote control RCN-KIT3-E Optional for FDUM, FDU, FDTW, FDTS, FDTQ, FDQS, FDUT, FDU-F, FDUH, FDFL, FDFU Kit for infrared remote control RCN-TC-24W-ER Optional for FDTC Kit for infrared remote control RCN-T-36W-E Optional for FDT Controls 1 5 5

158 Controls OPTIONALS KIT VRF Systems Commercial Residential Kit for infrared remote control RCN-K-E Optional for FDK Kit for infrared remote control RCN-K71-E Optional for FDK 71 KXE6D Kit for infrared remote control RCN-E-E Optional for FDE (KX) Kit for infrared remote control RCN-FW-E Optional for FDFW CONTROL DEVICES MHI VRF systems offer a wide range of control devices able to offer the best solutions for each type of application. Individual controls Centralised control panel Type Model no. of connectable I.U. Wired remote control RC-E5; RCH-E3 16* Infrared remote control RCN-KIT3-E; RCN-T-36W-E; RCN-TC-24W-ER; RCN-K-E; RCN-K71-E; RCN-E-E; RCN-FW-E 1 Keypad SC-SL1N-E 16 SC-SL2NA-E 64 Touch screen SC-SL3NA-AE 128 SC-SL3NA-BE 128 PC Windows Interface SC-WGWNA-A 128 (64x2) SC-WGWNA-B 128 (64x2) SC-BGWNA-A 128 (64x2) BACnet BMS Interface SC-BGWNA-B 128 (64x2) Lonworks SC-LGWNA-A 96 (48x2) * cannot be controlled individually 1 5 6

159 SUPERLINK II The Superlink II is an advanced fast data transmission system, able to connect up to 128 indoor units on a network. It is a centralised control system that meets the widest-ranging needs of large, medium and small buildings. The implementation of the Superlink II system greatly reduces installation costs by reducing the size of the wiring area using a non-polarised two-wire cable. In order to harmonise air conditioning and its management, Mitsubishi Heavy Industries offers a wide range of commands and instruments for a reliable control system. Offering easy access to computerised management of the building to be conditioned during installation ensures the highest economic standard on the market. KX6 MICRO System Multi-KX6-KXR6 I.U. SC-SL2NA-E RC-E5 RC-E5 RC-E5 KX6-KXR6 System Multi-KX6-KXR6 I.U. SC-WGWNA-A/B SC-SL3NA-AE/BE RC-E5 RC-E5 RC-E5 KX6-KXR6 System Multi-KX6-KXR6 I.U. SC-SL2NA-E PAC Units RC-E5 RC-E5 RC-E5 RAC Units Controls SC-BIKN-E SC-ADNA-E SC-ADNA-E SC-ADNA-E SC-ADNA-E 1 5 7

160 SUPERLINK II CENTRALISED CONTROLS Central controller SC-SL2NA-E SC-SL1N-E central controller is connected to the Superlink II network via 2-core non-polar wires. It monitors and controls the on/off function of up to 16 indoor units. The unit numbers in operation or in need of service are indicated by specific LED s. Up to 12 SC-SL1N-E central controllers can be installed with a Superlink II network, controlling a total of up to 128 indoor units. Central controller SC-SL3NA-AE/BE SC-SL2NA-E central controller is connected to the Superlink II network via 2-core non-polar wires. It monitors and controls the on/off function of up to 16 indoor units, or 16 groups of units, for central control of up to 64 units. It also monitors and controls the following functions for each unit, group of units, or the complete network: operation mode, temperature set point, louvre position, error code. The LCD display shows the unit or group numbers in operation and identifies those in need of service. The timer is connected to the central controller for on/off cycle control. The central controller can be connected at any point in the Superlink II network, at the indoor or outdoor units. This can substantially reduce the amount of electrical cabling required for the installation. Central controller SC-SL1N-E SC-SL3NA-AE/BE is a full colour touch screen central control with 7 inch interactive display. The central control panel provides control, monitoring, service and maintenance functions for all indoor units connected to the Superlink II network. SC-SL3NA-BE offers an electrical power consumption calculation function for each indoor unit or group. It offers the possibility of exporting the data to a USB memory stick and editing and organising this data in an Excel spreadsheet. The necessary software is supplied with the central control panel. DEVICES FOR CONTROLLING THE SUPERLINK II NETWORK LonWorks Gateway SC-LGWNA-A This platform enables users to connect and centrally control the indoor units, converting the LonWorks communication data into Superlink II communication data. Up to 96 units can be controlled, the highest number possible for the LON systems on the market. BACnet Gateway SC-BGWNA-A; SC-BGWNA-B The platform supports the BACnet/IP protocol for centralised control of the air conditioning system on a BACnet network in the building. Up to 128 indoor units (96 groups - 64 indoor units on two Superlink II networks) can be controlled centrally. Metering function for the SC-BGWNA-B model

161 SUPERLINK II DEVICES FOR CONTROLLING THE SUPERLINK II NETWORK Web Gateway SC-WGWNA-A; SC-WGWNA-B This platform makes a simple monitoring system possible for small and mediumsized installations: it includes metering functions and enables users to control up to 128 indoor units (96 groups - 64 indoor units on two Superlink II networks). Safe and easy: all you need is Internet Explorer, without using any additional software. Using a filter on the IP address, the system lets users select and limit access to the platform through 3 different levels of account authentication. Metering function for the SC-WGWNA-B model. DIGITAL INTERFACE CARDS SC-ADNA-E interface card This interface card makes it possible to connect the indoor units to the Superlink II network, thus ensuring they can be managed using the SC-SL2N-E device and other centralisers. Functions: transmission of Superlink II data bus information directed towards the indoor units connected; ability to block the settings of the single indoor units from a centraliser (remote); transmission of the signal showing any faults with the indoor units connected to the Superlink II device, displaying an error code. SC-BIKN-E optional kit This interface card makes it possible to create a two-wire X, Y network, enabling management using the RC-E5 wired remote control. Furthermore, using the SC-ADNA-E card connected directly to the SC-BIKN-E card, it is possible to connect the unit to the Superlink II network and centralise management of the wall-mounted units using remote controls for all functions. The interface card is contained in a box fastened to the wall measuring 120 x 135 x 29 mm. The card is also equipped with a CnT connector, which enables the wall-mounted unit to exchange the digital inputs/outputs with an external control system. Controls Digital interfaces user diagram Superlink II connection Model Interface Controls SRK 20~35 ZJX-S SRK 50~60 ZJX-S1 SRK 71 ZK-S SRF 25~50 ZJX-S SRK 20~50 ZJ-S SRR 25~60 ZJ-S FDTC 25~60 VD FDEN 50 VD SC-BIKN-E SC-ADNA-E SC-ADNA-E RC-E5 + centralised centralised Model Interface Controls Model Interface Controls SRK 20~60 ZJX-S SRK 20~50ZJ-S SRK 71~80 ZK-S SRF 25~50 ZJX-S SRR 25~60 ZJ-S SC-BIKN-E RC-E

162 INTESIS - BMS INTERFACES to manage the home automation integrated into MHI air conditioning KNX is an open STANDARD for all applications in building and home automation: lighting, shutter control, security systems, heating, ventilation, air conditioning, monitoring, alarms, water control, energy management, metering, household appliances, audio and many other applications. The technology can be used both in new buildings and during renovation in the residential and services sectors. To transmit the control information to all the components to manage the building, all the components must communicate by means of a common language: in short, a system like KNX bus, independent of any single manufacturer and any particular application. By means of the KNX transmission medium to which all bus devices (twisted pair or IP/Ethernet) are connected, these are able to exchange information. Bus devices can be sensors or actuators required to control building management equipment such as: lighting, blinds/shutters, security systems, energy management, heating, ventilation and air conditioning systems, reporting and monitoring systems, interfaces for monitoring and building maintenance systems, remote control, metering, audio/video control, household appliances etc. All these functions can be controlled, monitored and reported via a single system with no need for additional control centres. Lighting Blinds and shutters Security systems Energy management HVAC systems Monitoring systems Remote control Metering Audio/video control Household appliances KNX: A SINGLE APPROACH WITH MANY ADVANTAGES Low operating costs with considerable energy saving Lighting and heating are only activated when actually necessary, for example according to time profiles and/or actual presence, thus saving energy and money. Lighting can also be controlled automatically depending on the intensity of natural light, thus ensuring a minimum level of brightness at each workstation and reducing energy consumption (only the light sources really needed remain on). Saving time Connecting all devices with a single bus considerably reduces design and installation time. A single program independent of the manufacturer and application, Engineering Tool Software (ETS), allows the design, engineering and configuration of systems containing KNX-certified products. As the tool is independent of a single manufacturer, a system integrator is able to use a combination of products from different manufacturers with different transmission media (twisted pair, radio frequency, power line or IP/Ethernet) in a single system. Flexibility and adaptability to future developments A KNX system can easily be adapted to new applications and is easily extendable. New components can simply be connected to the existing bus system

163 INTESIS - BMS INTERFACES to manage the home automation integrated into MHI air conditioning By means of the MH-RC-KNX-1, MH-AC-KNX-48 and MH-AC-KNX-128 interfaces, it is possible to integrate Mitsubishi Heavy Industries units with supervision that uses the KNX standard. Example of integration of a commercial unit with individual control MH-RC-KNX-1 Security systems Lighting Blinds and shutters Energy management Example of integration in a KX6 system, with both type I and type II Superlink MH-AC-KNX-48 (Max 48 I.U./Superlink I and II) MH-AC-KNX-128 (Max 128 I.U./Superlink II) Security systems Lighting Controls Blinds and shutters Energy management 1 6 1

164 INTESIS - BMS INTERFACES to manage the home automation integrated into MHI air conditioning The MODBUS protocol is a master/slave communication bus operating on an RS-485 (MODBUS RTU or MODBUS ASCII) serial line or on Ethernet (MODBUS-TCP/IP). The Master (Client) equipment is PCs or controllers, while the Slaves (Servers) are devices used to detect signals from the field or to intervene in the system to be analysed (DAT3000 series). The Master equipment sends packets of data (queries) to the Slaves. As each Slave device is programmed with a unique address, only the Slave being queried will respond with the data requested. The MODBUS protocol defines the format of the query, which contains address of the slave being queried, a function code that defines the requested action, various fields for exchanging the actual data (registers, coils etc.) and a field that checks for communication errors. By means of the MH-RC-MBS-1, MH-AC-MBS-48 and MH-AC-MBS-128 interfaces, it is possible to integrate Mitsubishi Heavy Industries units with supervision that uses the Modbus standard. MH-RC-MBS-1 Example of integration of a commercial unit with individual control MH-AC-MBS-48 (Max 48 I.U. /Superlink I and II) MH-AC-MBS-128 (Max 128 I.U. /Superlink II) 1 6 2

165 INTESIS - BMS INTERFACES to manage the home automation integrated into MHI air conditioning The exclusive innovative synergy between miniaturised energy converters and reliable radio technology gives rise to radio sensor solutions that can reduce costs and save energy in buildings (functional and residential) and in industrial systems, thanks to their flexibility and the fact that no maintenance is required: building automation is the main way of obtaining high energy savings and reducing running costs. In addition, increasingly stringent safety, protection and comfort requirements are satisfied; wireless radio technology is the engine behind innovation in building automation that makes it possible to define the number, function and flexibility of the sensors required. Radio technology reduces installation times and system costs; the absence of batteries is a must in large installations. In the presence of faulty batteries, the percentage of system failure increases exponentially, as do the costs for maintenance and disposal of batteries. EnOcean radio technology without batteries is environmentally friendly and efficient in terms of green building and does not affect major energy sources. By means of the MH-RC-ENO-1 interface, it is possible to integrate Mitsubishi Heavy Industries units with supervision that uses the EnOcean standard. Example of integration of a commercial unit with individual control MH-RC-ENO-1 Controls 1 6 3

166 1 6 4

167 Technical courses General training courses Basic refrigerant diagnostics 167 Advanced refrigerant diagnostics 167 General electrical diagnostics 168 European brazing licence EN Technical service courses R410A MHI KX6 VRF Inverter system installation and diagnostics 169 R410A MHI Mono and Multi RAC Inverter Diagnostics 169 R410A MHI Mono and Multi PAC Inverter Diagnostics 170 MHI Hydrolution and Hot Water unit technical course 170 VRF KX6 system specialisation course Design techniques for MHI R410A KX6 VRF Inverter systems Presentation of MHI R410A VRF KX6 Inverter systems Technical courses 1 6 5

168 TECHNICAL TRAINING The Termal Group has always paid particular attention to the professional growth of its customers, offering training, refresher and technical skills courses. The Academy in the Bologna offices, set up in 2005, covers an area of 570 m2: the building has classrooms devoted to theoretical lessons and classrooms for demonstrations and practical lessons, where systems from the various product families and their control instruments are installed. For theoretical training for large groups of users, there is also a conference hall equipped with multimedia equipment that can accommodate up to 60 participants. The courses on offer are designed to meet the training needs of different types of user, and cover installation, servicing and maintenance of residential, commercial and VRF systems. All the courses cover both the theoretical and the installation/operation/checking side, as well as the main related regulatory changes. Users start off with general training courses, to acquire the fundamental principles of heating and electrical technology applied to air conditioning, continuing with specialist courses covering the technical design of VRF systems. Structuring of courses as basic and advanced modules provides participants with progressive learning and refresher courses over time. On request, courses with specific, customisable content can also be designed. The provision of training and course content are constantly updated to reflect the new range, the technological evolution of the products and regulatory changes in the industry. At the end of each course, participants receive a certificate and handouts related to the technical topics dealt with

169 GENERAL TRAINING COURSES Basic refrigerant diagnostics Objectives: To acquire the fundamentals of heating technology and important elements for diagnostics in refrigerant circuits, analysis and knowledge of use of the most common refrigerants on the air conditioning market. Content: Basic concepts of thermodynamics, units of measurement and conventions on reference data. Operation of the refrigerant circuit in cold and E HP split heat pump mode. Diagrams of certain types of system. Technical analysis of refrigerants and basic legal concepts for their use in the HVAC&R industry. Practical technical instruction videos on how to replace parts of refrigerant circuits. Target participants: Installers and service technicians. Maintenance technicians. Duration: 1 day Maximum number of participants: Minimum 3, maximum 15 Materials: Files in PDF format of presentations and technical tables (requires the availability of a PC or USB memory) Certificate of attendance Location: Bologna c/o Academy Hall Termal Advanced refrigerant diagnostics Objectives: Fundamentals of electrical technology and electrical circuits, principles of operation of inverters and elements of diagnostics and the measurements and instruments needed to analyse electrical machine problems. Content: Refrigerant diagrams of certain types of E HP system. Pressure-temperature ratios of the various refrigerants, the P-H diagram. Specific focus on pressure gauge readings and measuring overheating and subcooling of the refrigerant circuit. Multimedia practice with diagnostics simulation software. Analysis of possible chains of cause and effect of the most common faults of a refrigerant circuit via computer simulation in the classroom. Practical exercises + final test Analysis of checklists relating to major electrical problems in a refrigerant circuit. Practical exercises on a working system. Target participants: Installers and service technicians. Maintenance technicians. Duration: 1 day Maximum number of participants: Minimum 3, maximum 15 Materials: Files in PDF format of presentations and technical tables (requires the availability of a PC or USB memory) Certificate of attendance Location: Bologna c/o Academy Hall Termal Technical courses 1 6 7

170 GENERAL TRAINING COURSES General electrical diagnostics Objectives: To go over the fundamentals of electrical technology and DC and AC electrical circuits. To acquire knowledge of the operation of inverters and important electrical diagnostic elements. To perform measurements and instruments needed to analyse electrical machine problems. Content: Basic concepts of electronics and electrical technology, AC/DC motors. Reading and analysis of a wiring diagram for air conditioning units. Comparison between the wiring diagram and PCB components. Replacing a PCB and subsequent connection of the user components. The correct use of electrical diagnostic instruments (multimeter and ammeter) and how to measure resistance and capacity for component diagnostics. Electrical diagnostics of the main components of a refrigerant circuit: temperature sensors, capacitors, transformers, fan motors, compressors. Analysis of checklists relating to major electrical problems in a refrigerant circuit. Practical exercises throughout the day. Target participants: Installers and service technicians. Maintenance technicians. Duration: 1 day Maximum number of participants: Minimum 3, maximum 15 Materials: Files in PDF format of presentations and technical tables (requires the availability of a PC or USB memory) Certificate of attendance Location: Bologna c/o Termal Academy Hall European brazing licence EN Objectives: To train refrigeration technicians able to operate safely with the welding equipment needed to build the piping for air conditioning units with direct expansion with branch pipes and joints requiring welding (PAC Multi and VRF). Participants obtain the European brazing licence EN Content: Day 1 The basics of brazing: methods, safety and weld material. Video lesson on brazing techniques with the parameters to ensure the joints on the pipes are made correctly using this welding process. Case studies and evaluation of the most common installation errors on weld joints made by course participants. Practical brazing exercises by the participants. Day 2 European brazing licence valid for three years for joints with pipes > 25 mm, issued by the Notified Body on several samples of pipes (valid 3 years). Target participants: Installers and service technicians. Maintenance technicians. Junior installers. Senior technicians wanting to obtain European certification for brazing on copper pipes with a diameter > 25 mm (copper-copper and copper-brass). Duration: 2 days Maximum number of participants: Minimum 3, maximum 10 Materials: Technical brochure containing basic technical information and charts for the main weld materials used in brazing Certificate from Termal for training on brazing and joining split and VFR systems Certificate of attendance from the external body responsible for specific training EN brazing licence (in accordance with the PED 97/23/EC), recognized in the EU with personal/business validity for three years Location: Bologna c/o Termal Academy Hall 1 6 8

171 TECHNICAL SERVICE COURSES MHI R410A KX6 VRF Inverter System installation and diagnostics Objectives: To present the technical details of the KX6 range using the individual controls and centralisers. To examine the refrigerant and electrical circuits and their connections between indoor and outdoor units and the various techniques for directing the systems. To explain the main steps and issues relating to installation and final testing. To examine the system present at the Termal Academy. Electrical and refrigerant circuit diagnostics. To examine the main error codes and self-diagnostics codes. To install and use the Mente PC diagnostics software from Mitsubishi Heavy Industries. To read the KX6 system operating parameters with practical troubleshooting examples. Content: Technical presentation of the new range of KX6 systems from Mitsubishi Heavy Industries. Refrigerant and wiring diagrams showing connection between indoor and outdoor units. Analysis of the system installation phases: tips for troublefree installation (installing piping and refrigerant branch pipes, positioning machines, analysing installation limits). The functions and key strategies for machine control. Case studies and evaluation of the most common installation errors. Target participants: Installers and service technicians. Maintenance technicians. Duration: 1 day Maximum number of participants: Minimum 3, maximum 12 Materials: Files in PDF format of presentations and technical tables (requires the availability of a PC or USB memory) Certificate of attendance Location: Bologna c/o Termal Academy Hall Examination of the KX6 installation present in Academy Hall Commissioning, its implications and activities: preliminary MHI check list. Final testing and diagnostics with the use of MENTE PC software on the working system. Self-diagnostics of error reporting. Troubleshooting the KX6 systems and practical exercises using the MENTE PC software. MHI R410A Mono and Multi RAC Inverter Diagnostics Objectives: Technical and installation characteristics of the Mono and Multi RAC Inverter R410A product ranges from MHI. Main functions and control strategies. Practical diagnostics on the units installed with the use of technical manuals. Content: Technical presentation of the RAC mono and multi MHI R410A DC Inverter ranges and technical innovations. Refrigerant diagrams for the Mono Multi MHI R410A models. Wiring diagrams, analysis of the control functions. Using the wired remote control with MHI RAC units. Creating the Superlink network with MHI RAC units. Electrical connections, refrigerants and settings for unit installation. Troubleshooting and analysis of self-diagnostics common to the models. Target participants: Installers and service technicians for MHI products. Maintenance technicians. Duration: 1 day Maximum number of participants: Minimum 3, maximum 12 Materials: Files in PDF format of presentations and technical tables (requires the availability of a PC or USB memory) Certificate of attendance Location: Bologna c/o Termal Academy Hall Technical courses 1 6 9

172 TECHNICAL SERVICE COURSES MHI R410A Mono and Multi PAC Inverter Diagnostics Objectives: Technical and installation characteristics of the Mono and Multi PAC Inverter product ranges from MHI. Main functions and control strategies. Practical diagnostics on the units installed with the use of technical manuals. Content: Technical presentation of MHI PAC DC Inverter ranges and recent technical innovations. Refrigerant diagrams for MHI Mono Multi PAC models. Wiring diagrams, PAC directing and analysis of their control functions. Using the wired remote control with MHI PAC units. Creating the Superlink network with MHI PAC units. Electrical connections, refrigerants and settings for unit installation. Troubleshooting and analysis of self-diagnostics common to the models. Target participants: Installers and service technicians for MHI products. Maintenance technicians. Duration: 1 day Numero massimo di partecipanti: Minimum 3, maximum 12 Materials: Files in PDF format of presentations and technical tables (requires the availability of a PC or USB memory) Certificate of attendance Location: Bologna c/o Academy Hall Termal MHI Hydrolution and Hot Water unit technical course Objectives: The main objective of the Hydrolution and Hot Water course is to provide the participants with a sufficiently broad overview of the characteristics, methods of operation and performance of the innovative air-water heat pumps for air conditioning and domestic hot water production. The course will consist of the projection and explanation in the classroom of specially prepared training materials and the use of simulation software for the sizing and evaluation of technical and economic feasibility of such systems. Content: Day 1 Hydrolution Characteristics and performance. Operation and components. System. Controls. Protection. Mechanical and hydraulic installation. Target participants: Technical personnel. Sales personnel. Duration: 2 Days Numero massimo di partecipanti: Minimum 3, maximum 12 Materials: Printouts of the slides projected and commented on in the classroom The following files in electronic format (a USB device is required): Slides Technical user manuals Performance diagrams Other technical documentation Calculation and simulation software Location: Bologna c/o Academy Hall Termal Day 2 Hot Water Characteristics and performance. Sizing. Mechanical and hydraulic installation

173 VRF KX SYSTEM SPECIALISATION COURSE Design techniques for MHI R410A KX6 VRF Inverter Systems Objectives: Technical presentation of the MHI KX6 and KXR6 system range with heat recovery systems. Design techniques for VRF systems, use of basic and advanced controls for KX systems. Using the KX6 e-solution system design software from MHI to maximise the design for the end customer. Content: Technical presentation of the KX6 and KXR6 ranges and technical innovations for Complete design of a two-pipe KX6 system. Basic and advanced control, application philosophies with examples. Presentation of the e-solution software and its structure. Practical exercises with examples of design, export of the results in various formats. Target participants: Pre-sales technicians. Designers. Technical managers in installation companies. Duration: 1 Day Maximum number of participants: Minimum 3, maximum 12 Materials: Files in PDF format of presentations (requires the availability of a PC or USB memory) e-solution software (request the availability of PC with internet access) Certificate of attendance Location: Bologna c/o Termal Academy Hall Presentation of MHI R410A VRF Inverter Systems Objectives: Technical presentation of the range of systems from Termal Group: KX6/KXR6 from MHI. Technical and commercial product analysis. Individual control, remote control and centralised control systems with remote control panel. BMS interface systems: gateway for Ethernet interface, LonWorks and BACnet. Awareness of the main installation and design rules for MHI KX6 systems. Use of design tools for PC (e-solution from MHI). Technical presentation of KX6 R410A inverter systems from MHI, related controls and centralisers, demo on system installed in Termal Academy Hall. Content: Technical presentation of the VRF MHI KX6 and KXR6 system. Presentation of the systems remote and centralised controls. Presentation of the control systems via BMS GateWay interface for Lonworks networks and Bacnet and Web GateWay for Lan Ethernet networks. Analysis of the main system design rules. Basic usage of the e-solution design software from MHI. Examination of certain applications in the field or demonstration of the systems installed and working in Termal Academy Hall. Target participants: Technical/sales personnel interested in technician information regarding the VRF KX6 product from MHI. Designers and owners of technical studios. Owners of businesses in the air conditioning sector. Duration: 1 Day Maximum number of participants: Minimum 3, maximum 12 Materials: Files in PDF format of presentations (requires the availability of a PC or USB memory) e-solution software (request the availability of PC with internet access) Certificate of attendance Location: Bologna c/o Termal Academy Hall Technical courses 1 7 1

174 1 7 2

175 SPARE PARTS Termal Group spare parts management program An intuitive system for online orders Spare parts

176 SPARE PARTS TERMAL GROUP SPARE PARTS MANAGEMENT PROGRAM Spare parts management is currently implemented through 3 automatic vertical storage systems, located in the central logistics area in the Bologna office. These are three towers, each 10 m high, which house metal containers moved by an elevator. The system is able to handle about 5,000 codes stowed on a total of about 50,000 total pieces always in stock. Management software coordinates and administrates all the vertical automated warehouse processes, ensuring total control of the locations, preparation of orders in real time, elimination of errors in shipments, optimisation of the delivery of orders and continuous monitoring of the quantity of goods in stock. An intuitive system for online orders In order to optimise spare part shipping and delivery times, Termal Group provides its clients with management software, available for download online in Italian and English, lightweight, fast and extremely easy to use. Access (login) involves a user code, assigned by the company, and a password that can be changed at will by the user. Once connected, users can access 5 different sections by simply clicking on the corresponding menu heading: - File - Show - Personal data - Actions - Help To make the operation to be carried out even more immediate, the same menu is shown as icons on the program status bar

177 Once the user has logged in, the program shows a standard screen, divided into two clearly separate areas (picture no. 1). From the first column, the following sections can be accessed: - cart, which enables users to see the selected spare parts waiting to be sent; - catalogue, sorted by brand, range and product line, which enables users to select and choose the machine for which spare parts are to be ordered with a simple click of the mouse. From the second column on the left, it is always possible to: - request an update on the inventory of items in the catalogue, accessing the spare parts database 24 hours a day, 365 days a year; - request information online regarding faulty or defective spare parts and the availability of products no longer in the catalogue. The system, in fact, guarantees the availability of items for discontinued models for 7 years. Using the action menu, it is possible to perform a targeted search for the required spare part (picture no. 2), by entering the spare part code, if known, or entering the machine code recorded in the online catalogue available in the left-hand column (picture no. 3). Once the required item has been found, users can check the quantity available and then select it and place it in their cart (picture no. 4) to send the online order using the send order heading in the actions menu. The following are guaranteed: - order fulfilment within 24 hours of request; - shipment of the part within 48 hours of request. As regards logistics and invoicing, the program enables users to modify their personal data and change the destination address of the spare parts ordered at any time Spare parts

178 NOTE ON THE RECOGNITION OF HEAT PUMPS Refrigerant lines Thermostat Heat pump The efficiency of heat pumps, i.e. the average seasonal COP level that can be achieved by the different models on the market, will therefore be the element increasingly characterising the quality of the product. In the near future, the heat pump will represent the main heating system in homes as it is extremely complicated to obtain the performance required by regulations with other types of technology. The types of heat pumps that can be used: water/ water, air/water, water/air and air/air, find in the latter application the best way of solving the problems of climate control in winter and summer, both at the base of the new legislation, with each installation

179

180 As a result of the ongoing technological evolution of products, we reserve the right to change the technical specifications at any time and without notice. The products shown are only illustrative of the types of applications. The data is measured under the following conditions (ISO-T1). Cooling: indoor ambient temperature 27 C D.B., 19 C W.B. and outdoor temperature 35 C D.B.; heating: indoor ambient temperature 20 C D.B., and outdoor temperature 7 C D.B., 6 C W.B. The energy efficiency values are measured referring to the standard EN 14511:3. More than 2250 MHI High Power wind turbines (up to 2.4 MW) installed in the world. MHI Automatic People Mover in Hong Kong, Singapore and Miami airports MHI 777 Dreamliner Boeing with carbon fuselage manufactured by MHI. i-miev, the first full electric car by Mitsubishi Motors (a company controlled by MHI). TERMAL INTERNATIONAL srl Via della Salute, Bologna - Italy Tel Fax

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