arning sk a qualified installer or contractor to install this product. Do not try to install the product yourself. Iproper installation can result in water or refrigerant leakage, electrical shock, fire or explosion. Use only those parts and accessories supplied or specified by Daikin. sk a qualified installer or contractor to install those parts and accessories. Use of unauthorised parts and accessories or iproper installation of parts and accessories can result in water or refrigerant leakage, electrical shock, fire or explosion. Read the User's Manual carefully before using this product. The User's Manual provides iportant safety instructions and warnings. Be sure to follow these instructions and warnings. If you have any enquiries, please contact your local iporter, distributor and/or retailer. Cautions on product corrosion 1. ir conditioners should not be installed in areas where corrosive gases, such as acid gas or alkaline gas, are produced. 2. If the outdoor unit is to be installed close to the sea shore, direct exposure to the sea breeze should be avoided. If you need to install the outdoor unit close to the sea shore, contact your local distributor. Specifications, designs and other content appearing in this brochure are current as of May 13 but subject to change without notice. c ll rights reserved
1 2
Lineup Only FTKS series Only FTKD series FTKS25EVMV / RKS25EBVMV k 2.5 (1.2-3.0) Btu/h 8,500 (4,100-10,0) FTKD25HVMV / RKD25HVMV k 2.5 (1.2-3.2) Btu/h 8,500 (4,050-10,900) FTKS25/35E RKS25/35EB FTKS35EVMV / RKS35EBVMV k 3.5 (1.2-3.8) Btu/h 11,900 (4,100-12,950) FTKD25/35H RKD25/35H FTKD35HVMV / RKD35HVMV k 3.2 (1.4-4.0) Btu/h 10,900 (4,750-13,650) FTKS50FVMV / RKS50FVMV k 5.0 (1.7-6.0) Btu/h 17,100 (5,800-,500) FTKD42HVMV / RKD42HVMV k 4.2 (2.0-5.0) Btu/h 14,300 (6,800-17,100) FTKS50/60/71F RKS50/60F RKS71F FTKS60FVMV / RKS60FVMV k 6.0 (1.7-6.7) Btu/h,500 (5,800-22,900) FTKD42/50/60/71H RKD42H RKD50/60/71H FTKD50HVMV / RKD50HVMV k 5.2 (1.5-5.9) Btu/h 17,700 (5,100-,100) FTKS71FVMV / RKS71FVMV k 7.1 (2.3-8.5) Btu/h 24,0 (7,800-29,000) FTKD60HVMV / RKD60HVMV k 6.2 (1.5-6.5) Btu/h 21,0 (5,100-22,0) FTKD71HVMV / RKD71HVMV k 7.1 (2.1-7.6) Btu/h 24,0 (7,0-25,900) Heat Pup FTXS series Heat Pup FTXD series FTXS25/35E RXS25/35EB FTXS25EVMV / RXS25EBVMV k 2.5 (1.2-3.0) Btu/h 8,500 (4,100-10,0) k 3.4 (1.2-4.5) Btu/h 11,600 (4,100-15,350) FTXS35EVMV / RXS35EBVMV k 3.5 (1.2-3.8) Btu/h 11,900 (4,100-12,950) k 4.0 (1.2-5.0) Btu/h 13,600 (4,100-17,050) FTXD25/35H RXD25/35H FTXD25HVMV / RXD25HVMV k 2.5 (1.3-3.0) Btu/h 8,500 (4,400-10,0) k 3.4 (1.3-4.0) Btu/h 11,600 (4,400-13,650) FTXD35HVMV / RXD35HVMV k 3.5 (1.4-3.8) Btu/h 11,900 (4,750-12,950) k 4.2 (1.4-5.0) Btu/h 14,300 (4,750-17,050) FTXS50/60/71F RXS50/60F RXS71F FTXS50FVMV / RXS50FVMV k 5.0 (1.7-6.0) Btu/h 17,100 (5,800-,500) k 5.8 (1.7-7.7) Btu/h 19,800 (5,800-26,300) FTXD50/60/71H RXD50/60/71H FTXD50HVMV / RXD50HVMV k 5.2 (1.5-5.9) Btu/h 17,700 (5,100-,100) k 6.5 (1.5-8.0) Btu/h 22,0 (5,100-27,300) FTXS60FVMV / RXS60FVMV k 6.0 (1.7-6.7) Btu/h,500 (5,800-22,900) k 7.0 (1.7-8.0) Btu/h 23,900 (5,800-27,300) FTXD60HVMV / RXD60HVMV k 6.2 (2.2-7.6) Btu/h 21,0 (7,500-25,900) k 7.2 (2.2-9.0) Btu/h 24,600 (7,500-30,700) FTXS71FVMV / RXS71FVMV k 7.1 (2.3-8.5) Btu/h 24,0 (7,800-29,000) k 8.2 (2.3-10.0) Btu/h 28,000 (7,900-34,100) FTXD71HVMV / RXD71HVMV k 7.1 (2.9-8.0) Btu/h 24,0 (9,900-27,300) k 8.5 (2.9-9.7) Btu/h 29,000 (9,900-33,100) Note: indicates a new capacity odel. indicates a new design odel. nae 25 35 range 42 50 60 71 nae 25 35 range 42 50 60 71 only FTKS only FTKD Heat pup FTXS Heat pup FTXD 3 4
Inverter Technology Inverter dvantages Copared to Non-Inverter Energy-Saving Technological Features Features of Inverter Technology n inverter is a device for converting frequency. The technology is used in any hoe appliances and controls the electric voltage, current and frequency. Inverter air conditioners can vary their cooling/heating capacity by adjusting the power supply frequency of their copressors. In contrast, non-inverter air conditioners have a fixed cooling/heating capacity and can only control the indoor teperature by starting or stopping their copressors. s a result, inverter air conditioners are ore energy-saving and cofortable than non-inverter air conditioners. Powerful Inverter air conditioners operate at axiu capacity as soon as they start up. s a result, the set teperature can be reached ore quickly. Energy Saving fter the indoor teperature approaches the set teperature, Inverter Control adjusts to low capacity operation to aintain this teperature. This akes inverter odels ore energy-saving than non-inverter odels, which ust repeatedly start or stop their copressors to aintain the roo teperature. Cofortable Inverter air conditioners finely adjust capacity according to changes in the air-conditioning load and the difference between the indoor teperature and set teperature is sall. They give higher cofort levels than with noninverter air conditioners. Variable Operation Inverter Power Control Power source Raise frequency Lower frequency Non-inverter type air conditioner Power source High-speed rotation Low-speed rotation Constant speed rotation High capacity Low capacity Fixed capacity Inverter air conditioners are able to vary their operating capacity. Non-inverter air conditioners can only operate at a fixed capacity. Cofortable Teperature Control Tep. Set tep. Cools a roo in less tie Starts Too cool off Not cool Sall tep. difference off During cooling operation Non-inverter type Inverter type Tie This diagra is a representation for illustrative purposes only. Swing Reluctance DC Motor for s Neodyiu agnets are used in the pink-coloured area. Swing copressor Reluctance DC otor DC Motor for Fans The DC otor allows fine rotation control, which reduces energy consuption. The otor also provides iproveents in operational efficiency of up to 40%, copared to an C otor. These iproveents are particularly noticeable in the low-speed range. Thanks to its sooth rotation, the swing copressor decreases friction and vibration. It also prevents the leakage of refrigerant gas during copression. These advantages provide quiet and efficient operation. Daikin DC Inverter odels are equipped with the Reluctance DC otor for copressors. The Reluctance DC otor uses 2 different types of torque, neodyiu agnet* 1 and reluctance torque* 2. This otor saves energy by generating ore power with a saller electric current than C or conventional DC otors. It is ore efficient at the low frequencies ost coonly used by air conditioners,* 3 iproving efficiency by approxiately %. *1. neodyiu agnet is approxiately 10 ties stronger than a standard ferrite agnet. *2. The torque created by the change in power between the iron and agnet parts. *3. The frequency range used by air conditioners during periods of stable operation. This is the range in which air conditioners operate for the longest periods. Efficiency (%) Efficiency of DC otor for fans * 5 (Coparison with conventional C otor) 100 80 60 40 0 pprox. 40% increase DC otor C otor pprox. % increase 0 300 400 500 600 700 800 900 1000 Motor speed (rp) *5. Data are based on studies conducted under controlled conditions at a Daikin laboratory. Motor efficiency (%) 90 80 70 60 Swing bush Integral piston of blade and roller The swing copressor can reduce operational vibration and sound because its piston oves soothly inside the copressor. Reluctance DC otor Conventional DC otor More than % C otor 50 0 30 60 90 1 Rotational speed (rps) Sall load Large load Low capacity High capacity PM Control Refrigerant gas Efficiency of Reluctance DC otor *4 *4. Data are based on studies conducted under controlled conditions at a Daikin laboratory. PM (Pulse plitude Modulation) control reduces energy loss by controlling how often the converter switches on and off. hat Is DC Inverter? Daikin calls an inverter odel that is equipped with a DC otor DC Inverter. DC otor offers higher efficiency than an C otor. DC otor uses the power of agnets to attract and repel to generate rotation. DC otor that is equipped with high-power neodyiu agnets, which enable even greater efficiency, is called a Reluctance DC otor. 5 6
Special Features prevents energy wastage by using its infrared sensor to detect huan oveent in a roo. hen there is no oveent, increases the teperature by 2 C to give energy savings. This reduces energy wastage if, for exaple, you forget to turn off the air conditioner. This function can be conveniently activated fro the reote controller. Once is set, it continues to work to save energy. You do not need to push the SENSOR button each tie you wish to use this function. The indicator lights when oveent is detected. sensor Top view 7 Side view 7 110 This series gives you the choice of 5-step, Quiet or utoatic settings for the fan speed. The Quiet setting selects, which decreases the sound pressure level by 3 db () below the Low setting. This wide range of settings allows you to precisely control the fan speed according to your needs. For exaple, the Quiet function will help you to sleep cofortably at night. The sound pressure level for the FTKS25E is 22 db (). FTKS25E s levels High (H) 37 db () Low (L) Quiet (SL) 25 db () 22 db () 3 db() uto SL L M H hen you are in the roo, the air conditioner aintains the set teperature. If detects no huan oveent for inutes, it autoatically adjusts the set teperature by 2 C. hen you enter the roo, autoatically returns the teperature to the set level. Econo Mode button icon Fan speed Sound pressure level Low Each decrease in airflow volue reduces the sound pressure level. High button Selects fan speed and Econo Mode This function liits both the axiu running current and axiu power consuption. It is particularly effective if the cooling load is high, for exaple, at startup or during large gatherings and periods of direct sunshine. Econo Mode is also useful for preventing circuit breakers fro being overloaded during teporary peaks in the running current. The function is easily activated fro the reote controller by pushing the ECONO button. This function is not available for FTKS50/60/71F, FTXS50/60/71F and FTXD50/60/71H. and power consuption Econo Mode Noral operation Maxiu during noral operation Maxiu during Econo Mode Fro start-up until set teperature is reached Tie This diagra is a representation for illustrative purposes only. Maxiu capacity decreases during Econo Mode, requiring ore tie to reach the set teperature. This function decreases the sound pressure level by 3 db () below the rated operation. It provides a low sound pressure level of 43 db () for the RK(X)S25EB. ay decrease when Outdoor Unit Quiet Operation is selected. RK(X)S25EB Operations (H) Quiet (SL) levels 46 db () 43 db () 3 db () 22 db () Is So Quiet You Can Even Hear hispers Rustling of leaves Library Pendulu of a wall clock 22 30 40 43 50 (db ()) Noral office Based on Exaples of Sound Levels, Ministry of the Environent, Japan, Noveber 12, 02 7 8
irflow Power-irflow Dual Flaps Vertical uto-swing (up and down) Inverter Powerful Operation Hoe Leave Operation ide-ngle Louvers Power-irflow Dual Flaps and ide-ngle Louvers work in tande to precisely control both vertical and horizontal airflow for distribution of air. Power-irflow Dual Flaps Vertical uto-swing autoatically oves the flaps up and down and Horizontal uto-swing autoatically oves the louvers to the left and right. 3-D irflow cobines Vertical and Horizontal uto-swing to circulate air to every part of a roo for unifor cooling/heating of even large spaces. Horizontal uto-swing and 3-D irflow are not available for 2.5 and 3.5 k odels. Horizontal uto-swing (left and right) 3-D irflow Inverter Powerful Operation boosts cooling/heating perforance for a -inute period. This is convenient both when you first turn on your air conditioner and when you want to quickly change the teperature during operation. Hoe Leave Operation prevents large rises or falls in the indoor teperature by continuing operation* while you are sleeping or out of your hoe. This eans that an air-conditioned welcoe awaits when you wake or return. It also eans that the indoor teperature can quickly return to your favourite cofort setting. This function is available for FTKS50/60/71F, FTXS50/60/71F and FTXD50/60/71H. * Hoe Leave Operation can be set at any teperature fro 18 to 32 C for cooling operation and 10 to 30 C for heating operation. During operation, 23 C for the roo teperature setting, and 28 C for the Hoe Leave setting. 23 C Indoor Unit On/Off Switch : the flaps flatten out during operation so that cool air slides off to reach the corner of the roo. : the flaps descend to blow war air directly down to the floor to quickly war the whole roo. The unit can be conveniently started anually in the event the wireless reote controller is isplaced or the wireless reote controller batteries are not charged. Indoor Unit On/Off Switch One push!! Start Hoe Leave Operation siply by pushing its button on the reote controller. ide-ngle Louvers 28 C Fro a corner to the centre The louvers can be adjusted by hand for 2.5 and 3.5 k odels and with the wireless reote controller for 4.2 to 7.1 k odels. Cofort irflow Mode Cofort irflow Mode prevents uncofortable drafts fro blowing directly on to your body. ith this function, when you press the COMFORT button, the flap oves upward to prevent direct cold drafts. This function is available for FTKD42/50/60/71H. +0.5 C Set tep. before Off tier begins to operate Night Set Mode Pressing the Off tier button autoatically selects Night Set Mode. This function prevents excessive cooling or heating for a pleasant sleep. Roo teperature is raised by 0.5 C after 60 inutes for cooling operation and the teperature is lowered by 2 C after 60 inutes for heating operation. 23 C hen you are out of your hoe, your air conditioner prevents large rises in the indoor teperature by continuing to operate using Hoe Leave Operation settings. -2 C Covers even a spacious roo Tie 60 inutes Off tier turns on Off tier stops air conditioner operation: Roo teperature is raised by 0.5 C after 60 inutes. operation: Roo teperature is lowered by 2 C after 60 inutes. Push again!! hen you return, you will be greeted by an airconditioned roo. Just push the HOME LEVE button again to return to your previous settings. 9 10
Cleanliness and Durability Titaniu patite Photocatalytic ir-purifying Filter Titaniu apatite is a new photocatalytic aterial with advanced adsorption power. hile the filter s icron-level fibres trap dust, this photocatalyst effectively adsorbs and decoposes bacteria. The photocatalyst is activated siply by exposure to light. The filter delivers consistent perforance for approxiately 3 years if washing with water is perfored once every 6 onths. Bacteria reoval test Testing ethod: Dropping ethod Testing organisation: Japan Spinners Inspecting Foundation Result certificate: No. 012553-1 and 012553-2 Titaniu patite Photocatalytic ir-purifying Filter This filter is not a edical device. Benefits such as the adsorption and decoposition of bacteria are only effective for substances that are collected on and in direct contact with the Titaniu patite Photocatalytic ir-purifying Filter. ir filter Catches dust nticorrosion Treatent of Outdoor Heat Exchanger Fins The outdoor unit s heat exchanger fins are processed using a special anticorrosion treatent. The surface is covered with a thin acrylic resin layer to enhance the fins resistance to acid rain and salt corrosion. hydrophilic fil layer also prevents rust caused by the run off of water droplets. Cross section of anticorrosion-treated fin Hydrophilic fil luiniu Corrosion-resistant acrylic resin Installation Flexibility long piping length gives installation flexibility. Installation is possible even if there is no space for the outdoor unit near the indoor unit. FTKS25/35E FTXS25/35E FTXD25/35H FTKD25/35/42H FTKS50/60/71F FTXS50/60/71F FTKD50/60/71H FTXD50/60/71H Max. piping length 25 30 Max. height difference 15 Effect of Titaniu patite Photocatalyst dsorbs Reoves Light Odours Decoposed Bacteria Deactivated Titaniu patite Photocatalyst Mould-Proof Operation patite adsorbs bacteria. t the sae tie, the photocatalyst oxidises odour coponents, breaking the down. ipe-clean Flat Panel ide Operation Range Heat exchanger fin ith the heat pup type, cooling operation is possible even during outdoor teperatures of as low as 10 C. operation can also be perfored during outdoor teperatures of -15 to 18 C. This akes these units ideal for even very cold areas. Heat pup FTXD50/60/71H Piping connections for the outdoor unit are covered to ake the less conspicuous. hen cooling or dry operation is stopped, fan-only operation runs autoatically for 1 hour. This airflow dries the inside of the indoor unit to reduce the generation of ould and odours. This function is available for 2.5 and 3.5 k odels. Flat panel odels can be cleaned instantly with a single wipe of a cloth across their sooth surface. If ore thorough cleaning is required, the panel can also be easily reoved fro the unit. Conventional Front Grille Design 1. Difficult to reove dust on the grille through wiping alone Outdoor tep. ( ) 50 40 30 10 0-10 Outdoor tep. ( CB) 50 40 30 10 0-10 - - Dust 2. Reduced capacity due to increased suction resistance Front grille design units collect dust on their air inlet grilles unless these grilles are cleaned regularly. 3. High sound levels due to increased suction resistance 11 12
Function Dictionary Cofortable irflow Cofort Control Tiers Others Power-irflow Dual Flaps Power-irflow Dual Flaps can flatten out during cooling operation to deliver cool air to the corners of a roo. The flaps can direct war air straight down to the floor during heating operation. See page 9 ide-ngle Louvers The soothly curved ide-ngle Louvers provide wide airflow coverage for effective operation no atter where the indoor unit is placed in a roo. See page 9 Vertical uto-swing (up and down) This function autoatically oves the flaps up and down to distribute air across a roo. See page 9 Horizontal uto-swing (left and right) Horizontal uto-swing autoatically oves the louvers to the left and right to cover a roo with cool/war air. See page 9 3-D irflow This function cobines Vertical and Horizontal uto-swing to circulate a cloud of cool/war air right to the corners of even large spaces. The flaps and louvers swing in turn. See page 9 Cofort irflow Mode This function prevents uncofortable drafts fro blowing directly on to the body. To prevent drafts, the flap oves upward during cooling operation and downward during heating operation. See page 9 Lifestyle Convenience operating sound pressure levels are decreased fro the Low setting fan speed using the wireless reote controller. See page 8 operating sound pressure levels are decreased fro the rated operation sound using the wireless reote controller. See page 8 with its infrared sensor autoatically controls air conditioner operation according to huan oveent in a roo. hen there is no oveent, it adjusts the teperature by 2 C for energy savings. See page 7 utoatic Operation This function autoatically selects cooling or heating operation ode based on the roo teperature at startup. This function is available with the heat pup type. Prograe Dry Function The coputer chip works to rid the roo of huidity while aintaining the ost consistent teperature possible. It autoatically controls the teperature and airflow rate. uto Fan Speed The icroprocessor autoatically controls fan speed to adjust the roo teperature to the set teperature. Cleanliness 24-Hour On/Off Tier This tier can start or stop the air conditioner within a 24- hour period. It can be preset in 10-inute steps by pressing the On/Off tier button on the wireless reote controller. The On tier and Off tier can be used in cobination. Night Set Mode Pressing the Off tier button autoatically selects Night Set Mode. This function prevents excessive cooling or heating for a pleasant sleep. fter 60 inutes, the roo teperature is raised by 0.5 C for cooling operation or lowered by 2 C for heating operation. See page 10 orry Free uto-restart after Power Failure The air conditioner eorises the settings for ode, airflow, teperature, etc., and autoatically returns to the when power is restored after a power failure. Self-Diagnosis with Digital Display Malfunction codes are shown on the digital display panel of the wireless reote controller for fast and easy aintenance. nticorrosion Treatent of Outdoor Heat Exchanger Fins The outdoor unit s heat exchanger fins are processed using a special anticorrosion treatent. The surface is covered with a thin acrylic resin layer to enhance the fins resistance to acid rain and salt corrosion. See page 12 Cofort Control Quick aring Function During low outdoor teperatures, this function pre-heats the copressor to shorten the tie required to discharge war air. utoatic Defrosting Before starting heating operation, a sensor checks for frost in the outdoor unit and perfors autoatic defrosting if necessary so that only war air is discharged. These 2 functions are available with the heat pup type. Econo Mode This ode liits axiu running current and power consuption. This iproves operating efficiency and also prevents circuit breakers fro being overloaded. See page 7 Inverter Powerful Operation This function is convenient for boosting cooling/heating perforance for a -inute period both when you first turn on your air conditioner or want to quickly change the roo teperature. See page 10 Hoe Leave Operation Hoe Leave Operation continues operation to prevent a roo fro becoing too hot or cold, while you are sleeping or out of your hoe. Select any teperature fro 18 to 32 C for cooling operation and 10 to 30 C for heating operation. See page 10 Indoor Unit On/Off Switch The unit can be conveniently started anually in the event the wireless reote controller is isplaced or the wireless reote controller batteries are not charged. See page 10 Titaniu patite Photocatalytic ir-purifying Filter This filter contains the advanced photocatalytic aterial titaniu apatite. hile the filter s icron-level fibres trap dust, this photocatalyst adsorbs and decoposes bacteria. The filter can be used for up to 3 years with proper aintenance. See page 11 Mould-Proof Operation Mould-Proof Operation autoatically runs fan-only operation for 1 hour when cooling or dry operation is stopped. This airflow prevents the generation of ould and ould odours inside the indoor unit. See page 11 ipe-clean Flat Panel The flat panel design can be cleaned with only the single pass of a cloth across its sooth surface. The flat panel can also be easily reoved for ore thorough cleaning. See page 11 13 14
Function List Indoor Unit s Only FTKS series Heat Pup FTXS series Only FTKD series Heat Pup FTXD series Functions FTKS25/35E FTKS50/60/71F FTXS25/35E FTXS50/60/71F FTKD25/35H FTKD42/50/60/71H FTXD25/35H FTXD50/60/71H DC Inverter Power-irflow Dual Flaps Cofortable irflow ide-ngle Louvers Vertical uto-swing (up and down) Horizontal uto-swing (left and right) 3-D irflow Cofort irflow Mode Cofort Control utoatic Operation Prograe Dry Function uto Fan Speed Lifestyle Convenience Econo Mode Inverter Powerful Operation Hoe Leave Operation Indoor Unit On/Off Switch Cleanliness Titaniu patite Photocatalytic ir-purifying Filter Mould-Proof Operation ipe-clean Flat Panel Tiers 24-Hour On/Off Tier Night Set Mode orry Free uto-restart after Power Failure Self-Diagnosis with Digital Display Outdoor Unit Functions s RKS25/35EB RKS50/60/71F RXS25/35EB RXS50/60/71F RKD25/35H RKD42/50/60/71H RXD25/35H RXD50/60/71H orry Cofort Free Cofort Control nticorrosion Treatent of Outdoor Heat Exchanger Fins Note: indicates a new capacity odel. indicates a new design odel. 15 16
Specifications FTKS25/35E nae k (Min.-Max.) Btu/h Power consuption (Min.-Max.) level (H/L/SL) Refrigerant charge (R-410) level (H/SL) FTKS50/60/71F nae (Min.-Max.) Power consuption (Min.-Max.) level (H/L/SL) Refrigerant charge (R-410) level (H/SL) / 3 /in (cf) db () db () Only Piping connections Gas Note: The above values are based on operation with a 2 V, 50 Hz power supply. k Btu/h / 3 /in (cf) db () db () FTKS25EVMV RKS25EBVMV 2.5 (1.2-3.0) 8,500 (4,100-10,0) 3.5 600 (300-800) 4.17 FTKS25EVMV 8.7 (307) 37/25/22 RKS25EBVMV 46/43 FTKS50FVMV RKS50FVMV 5.0 (1.7-6.0) 17,100 (5,800-,500) 7.2 1,550 (440-2,080) 3.23 FTKS50FVMV 14.7 (519) 44/35/32 RKS50FVMV Piping connections Gas Note: The above values are based on operation with a 2 V, 50 Hz power supply. 1 phase, 2-240 V/2-230 V, 50/60 Hz FTKS60FVMV RKS60FVMV 6.0 (1.7-6.7),500 (5,800-22,900) 1 phase, 2-240 V/2-230 V, 50/60 Hz 9.2 1,980 (440-2,390) 3.03 FTKS60FVMV hite 16.2 (572) 5 steps, quiet and autoatic 45/36/33 290 x 1,050 x 238 12 RKS60FVMV Heretically sealed swing type 1,100 1.50 735 x 825 x 300 47 49/46 FTKS35EVMV RKS35EBVMV 3.5 (1.2-3.8) 11,900 (4,100-12,950) 4.9 1,0 (300-1,0) 3.43 FTKS35EVMV 8.9 (314) 38/26/23 RKS35EBVMV FTKS71FVMV RKS71FVMV 7.1 (2.3-8.5) 24,0 (7,800-29,000) 10.8 2,360 (570-3,0) 3.01 FTKS71FVMV 17.4 (614) 46/37/34 RKS71FVMV 1,9 2.30 52/49 770 x 900 x 3 71 Measureent conditions 1. capacity is based on: indoor tep. 27, 19 CB; outdoor tep. 35 ; piping length 7.5. 2. levels are based on the teperature conditions 1. above. These are anechoic conversion values. These values are norally soewhat higher during actual operation as a result of abient conditions. 12.7 hite 5 steps, quiet and autoatic 283 x 800 x 195 9 Heretically sealed swing type 600 1.0 550 x 765 x 285 34 10 to 46 9.5 15 10 to 46 30 15.9 Specifications FTXS25/35E nae Heat Pup FTXS25EVMV RXS25EBVMV 2.5 (1.2-3.0) 8,500 (4,100-10,0) 3.4 (1.2-4.5) 11,600 (4,100-15,350) 3.5 4.3 600 (300-800) 830 (290-1,340) 4.17 4.10 FTXS25EVMV 17 18 Power consuption level (H/L/SL) k k (Min.-Max.) Refrigerant charge (R-410) level (H/SL) FTXS50/60/71F nae Power consuption level (H/L/SL) Refrigerant charge (R-410) level (H/SL) / 3 /in (cf) db () db () CB Piping connections Gas Note: The above values are based on operation with a 2 V, 50 Hz power supply. k k (Min.-Max.) / 3 /in (cf) db () db () CB 8.7 (307) 9.4 (332) 37/25/22 37/28/25 RXS25EBVMV 46/43 FTXS50FVMV RXS50FVMV 5.0 (1.7-6.0) 17,100 (5,800-,500) 5.8 (1.7-7.7) 19,800 (5,800-26,300) 7.2 7.4 1,550 (440-2,080) 1,600 (400-2,530) 3.23 3.63 FTXS50FVMV 14.7 (519) 16.2 (572) 44/35/32 42/33/30 RXS50FVMV 48/45 Piping connections Gas Note: The above values are based on operation with a 2 V, 50 Hz power supply. 1 phase, 2-240 V/2-230 V, 50/60 Hz FTXS60FVMV RXS60FVMV 6.0 (1.7-6.7),500 (5,800-22,900) 7.0 (1.7-8.0) 23,900 (5,800-27,300) 1 phase, 2-240 V/2-230 V, 50/60 Hz 9.2 9.4 1,980 (440-2,390) 2,040 (400-2,810) 3.03 3.43 FTXS60FVMV hite 16.2 (572) 17.4 (614) 5 steps, quiet and autoatic 45/36/33 44/35/32 290 x 1,050 x 238 12 RXS60FVMV 49/46 49/46 10 to 46 15 to 18 FTXS35EVMV RXS35EBVMV 3.5 (1.2-3.8) 11,900 (4,100-12,950) 4.0 (1.2-5.0) 13,600 (4,100-17,050) 4.9 5.1 1,0 (300-1,0) 1,080 (290-1,550) 3.43 3.70 FTXS35EVMV 8.9 (314) 9.7 (342) 38/26/23 38/29/26 RXS35EBVMV 48/45 FTXS71FVMV RXS71FVMV 7.1 (2.3-8.5) 24,0 (7,800-29,000) 8.2 (2.3-10.0) 28,000 (7,900-34,100) 10.8 11.6 2,360 (570-3,0) 2,5 (5-3,730) 3.01 3.25 FTXS71FVMV 17.4 (614) 21.5 (759) 46/37/34 46/37/34 RXS71FVMV 1,9 2.30 52/49 52/49 770 x 900 x 3 71 Measureent conditions 1. capacity is based on: indoor tep. 27, 19 CB; outdoor tep. 35 ; piping length 7.5. 2. capacity is based on: indoor tep. ; outdoor tep. 7, 6 CB; piping length 7.5. 3. levels are based on the teperature conditions 1. and 2. above. These are anechoic conversion values. These values are norally soewhat higher during actual operation as a result of abient conditions. 1,100 1.50 735 x 825 x 300 48 12.7 hite 5 steps, quiet and autoatic 283 x 800 x 195 9 Heretically sealed swing type 600 1.00 550 x 765 x 285 34 10 to 46 15 to 9.5 15 Heretically sealed swing type 30 15.9
Specifications FTKD25/35H nae k (Min.-Max.) Btu/h Power consuption (Min.-Max.) level (H/L/SL) Refrigerant charge (R-22) level (H/SL) Piping connections FTKD42/50/60/71H nae k (Min.-Max.) Btu/h Power consuption (Min.-Max.) level (H/L/SL) Refrigerant charge (R-22) level (H/SL) Piping connections Gas Gas / 3 /in (cf) db () db () / 3 /in (cf) db () db () Only FTKD42HVMV RKD42HVMV 4.2 (2.0-5.0) 14,300 (6,800-17,100) 5.4 1,167 (5-1,600) 3.60 FTKD42HVMV 15.3 (540) 42/36/33 RKD42HVMV 600 1.10 49/44 550 x 765 x 285 35 25 15 FTKD25HVMV RKD25HVMV 2.5 (1.2-3.2) 8,500 (4,050-10,900) 3.9 685 (294-1,100) 3.65 FTKD25HVMV 8.9 (314) 37/28/25 RKD25HVMV Measureent conditions 1. capacity is based on: indoor tep. 27, 19 CB; outdoor tep. 35 ; piping length 7.5. 2. levels are based on the teperature condition 1. above. These are anechoic values. These values are norally soewhat higher during actual operation as a result of abient conditions. 0.75 46/43 32 9.5 12.7 1 phase, 2-240 V/2-230 V, 50/60 Hz FTKD50HVMV RKD50HVMV 5.2 (1.5-5.9) 17,700 (5,100-,100) 1 phase, 2-240 V/2-230 V, 50/60 Hz 7.3 9.2 1,575 (4-2,300) 2,000 (440-2,600) 3.30 3.10 FTKD50HVMV FTKD60HVMV hite 17.5 (618) 5 steps, quiet and autoatic 44/35/32 45/36/33 290 x 1,050 x 250 12 RKD50HVMV RKD60HVMV Heretically sealed swing type 1,500 1.00 49/44 43 hite 5 steps, quiet and autoatic 283 x 800 x 195 9 Heretically sealed swing type 600 550 x 765 x 285 19.4 to 46 25 15 FTKD60HVMV RKD60HVMV 6.2 (1.5-6.5) 21,0 (5,100-22,0) 1.50 50/46 735 x 825 x 300 47 19.4 to 46 30 FTKD35HVMV RKD35HVMV 3.2 (1.4-4.0) 10,900 (4,750-13,650) 4.2 888 (301-1,429) 3.60 FTKD35HVMV 9.0 (318) 39/29/26 RKD35HVMV 0.90 34 12.7 15.9 FTKD71HVMV RKD71HVMV 7.1 (2.1-7.6) 24,0 (7,0-25,900) 11.5 2,491 (540-3,176) 2.85 FTKD71HVMV 18.3 (646) 46/37/34 RKD71HVMV 1,900 1.60 53/49 53 9.5 Specifications FTXD25/35H nae Heat Pup FTXD25HVMV RXD25HVMV 2.5 (1.3-3.0) 8,500 (4,400-10,0) 3.4 (1.3-4.0) 11,600 (4,400-13,650) 4.2 5.1 725 (310-1,030) 1,000 (310-1,2) 3.45 3.40 FTXD25HVMV Measureent conditions 1. capacity is based on: indoor tep. 27, 19 CB; outdoor tep. 35 ; piping length 7.5. 2. capacity is based on: indoor tep. ; outdoor tep. 7, 6 CB; piping length 7.5. 3. levels are based on the teperature conditions 1. and 2. above. These are anechoic conversion values. These values are norally soewhat higher during actual operation as a result of abient conditions. 19 Power consuption level (H/L/SL) Refrigerant charge (R-22) level (H/SL) FTXD50/60/71H nae Power consuption level (H/L/SL) Refrigerant charge (R-22) level (H/SL) k k (Min.-Max.) / 3 /in (cf) db () db () CB Piping connections Gas Note: The above values are based on operation with a 2 V, 50 Hz power supply. k k (Min.-Max.) / 3 /in (cf) db () db () CB 8.9 (314) 9.4 (332) 37/28/25 37/28/25 RXD25HVMV 0.90 46/43 31 9.5 FTXD50HVMV RXD50HVMV 5.2 (1.5-5.9) 17,700 (5,100-,100) 6.5 (1.5-8.0) 22,0 (5,100-27,300) 7.4 8.5 1,600 (450-2,300) 1,840 (410-2,800) 3.25 3.53 FTXD50HVMV 16.8 (593) 17.5 (618) 44/35/32 42/33/30 RXD50HVMV 1.25 48/45 Piping connections Gas 12.7 Note: The above values are based on operation with a 2 V, 50 Hz power supply. 49 1 phase, 2-240 V/2-230 V, 50/60 Hz FTXD60HVMV RXD60HVMV 6.2 (2.2-7.6) 21,0 (7,500-25,900) 7.2 (2.2-9.0) 24,600 (7,500-30,700) 1 phase, 2-240 V/2-230 V, 50/60 Hz 9.6 9.7 2,100 (630-3,210) 2,1 (570-3,230) 2.95 3.40 FTXD60HVMV hite 17.5 (618) 18.7 (660) 5 steps, quiet and autoatic 45/36/33 44/35/32 290 x 1,050 x 238 12 RXD60HVMV Heretically sealed swing type 1,500 hite 5 steps, quiet and autoatic 283 x 800 x 195 9 Heretically sealed swing type 600 550 x 765 x 285 10 to 46 10 to 15 49/46 49/46 735 x 825 x 300 55 5 to 46 15 to 18 30 FTXD35HVMV RXD35HVMV 3.5 (1.4-3.8) 11,900 (4,750-12,950) 4.2 (1.4-5.0) 14,300 (4,750-17,050) 5.4 6.2 1,130 (305-1,370) 1,310 (330-1,580) 3.10 3.21 FTXD35HVMV 1.80 15.9 9.0 (318) 9.7 (342) 38/29/26 38/29/26 RXD35HVMV 1. 48/45 33 12.7 FTXD71HVMV RXD71HVMV 7.1 (2.9-8.0) 24,0 (9,900-27,300) 8.5 (2.9-9.7) 29,000 (9,900-33,100) 11.9 11.8 2,600 (7-3,350) 2,580 (660-3,490) 2.73 3.29 FTXD71HVMV 18.3 (646) 19.8 (699) 46/37/34 46/37/34 RXD71HVMV 1,900 52/49 52/49 57 9.5
Controller Controller ireless Reote Controller FTKS25/35E, FTXS25/35E, FTKD25/35H and FTXD25/35H ireless Reote Controller FTKD42/50/60/71H Vertical uto-swing (up and down) Selects fan speed and Selects ode: autoatic, cooling, * heating, dry, fan-only operation Mould-Proof Operation Cancels On/Off Tier 24-Hour On Tier 24-Hour Off Tier and Night Set Mode Sets tier Econo Mode On/Off Switch Sets roo teperature Inverter Powerful Operation Selects fan speed and Selects ode: cooling, dry, fan-only operation Cofort irflow Mode 24-Hour On Tier 24-Hour Off Tier and Night Set Mode Econo Mode On/Off Switch Sets roo teperature Inverter Powerful Operation Vertical uto-swing (up and down) Horizontal uto-swing (left and right) Cancels On/Off Tier Sets clock Sets tier Sets clock *vailable with the heat pup type. ireless Reote Controller FTKS50/60/71F, FTXS50/60/71F and FTXD50/60/71H Options Vertical uto-swing (up and down) Selects fan speed and Selects ode: autoatic, cooling, heating, dry, fan-only operation Horizontal uto-swing (left and right) Cancels On/Off Tier 24-Hour On Tier 24-Hour Off Tier and Night Set Mode * Sets tier Sets clock Hoe Leave Operation On/Off Switch Sets roo teperature Inverter Powerful Operation No. 1 2 3 4 Notes: *1. wiring adaptor (KRP413B1S) is also required for each indoor unit. *2. The tie clock and other devices should be obtained locally. *3. The filter is a standard accessory. It should be replaced approxiately every 3 years. No. Ite RK(X)S25/35EB RK(X)S50/60F RK(X)S71F RKD25/35/42H RXD25/35H RKD50/60/71H RXD50/60/71H 1 ir direction adjustent grille KP9374 KP9454 KP9374 KP9454 2 plug KKP9374 * 1 KKP9454 KKP9374 * 1 Note: *1. One set includes 5 pieces for 5 units. Control syste No. 1 2 3 4 Ite 5-roo centralised controller iring adaptor for tie clock/reote controller (Noral open pulse contact/noral open contact) Titaniu apatite photocatalytic air-purifying filter Reote controller loss prevention with chain Ite Central reote controller Unified On/Off controller Schedule tier Interface adaptor for DIII-NET use Note: *1. Interface adaptor for DIII-NET use (KRP928BB2S) is also required for each indoor unit. * 1 * 2 * 3 * 1 * 1 * 1 FTK(X)S25/35E FTK(X)S50/60/71F FTK(X)D25/35H FTKD42H, FTK(X)D50/60/71H KRC72 KRP413B1S KF97046 KF952B42 KF97046 KF97142 KKF9174 FTK(X)S-E/F, FTKD-H and FTXD-H DCS302C61 DCS301B61 DST301B61 KRP928BB2S *vailable with the heat pup type. Specifications are subject to change. 21 22