DAIKIN

Air Aconditioning, Catalog - Tariff

álvarez hortas · C/ Francisco Aritio, 76 · 19004 Guadalajara (Spain)· www.alvarezhortas.es

DaikinAir Aconditioning



SkiAir range

Comfort Inverter/ heat pumpDucts units4 way cassette 60x60Round flow of cassette unitsCeiling horizontal unitswall-mounted split units

Super Inverter/ Heat pumpDucts unitsCassette Round flow of cassette unitsSight Cassette unitsCeiling Horizontal unitsWal-mountedl units

SkiAir rangeUnits of high pressure pipe

Industriales range

MINICHILLER Coolers for residential useFan Coils

Introduction

Labeling efficiency energyInverter Daikin

Purifiers

Catalytic air pirifiers

Domestic range

Cold only/ InverterWall-mounted units G anf F Inverter series. 1x1.Multi-Inverter units

Multiple external unitsInternal unitsCooling capacity

Heat pump/ InverterWall-mounted Ururu/Sahara units Wall-mounted UX1 series units Wall-mounted G and F series units Soil unitsSoil - Ceiling units

Multi-Inverter unitsExternal unitsInternal unitsCooling loadsCooling capacity

Super Multi-Inverter unitsMultiple external unitsInternal unitsmaximum length of pipeCapacity tables

Altherma

Heat pump/ InverterSystem of instantaneous cooling and domestichot water (WF)

Index



The labeling of energy efficiency is part of a European pro-gram for climate change that focuses on energy savings as amethod to reduce CO2 emissions and therefore to complywith the agreements of the Kyoto Protocol. With this program,the European Commission hopes that increased awarenesswill make customers buy the product more economical (andecological) that meets your needs.

What is it?

The energy efficiency label provides information about energyconsumption of the unit. Air conditioning units (with a coolingcapacity of 12Kw) are classified into seven different catego-ries (from A to G), according to their energy consumption, andare encoded with different colors, depending on the cate-gory they belong to. The units that consume less energy areincluded in category A, which is indicated by green arrow onthe label, while those who consume more units belonging tothe G class, indicated with a red arrow on the label. In thisway, the end user can compare the models with similar unitsfrom different brands.

When?

The label is required since the end of June 2004 for deviceswith power not exceeding 12.0 kW refrigeration.

What does it say on the label?

The logo and name of the manufacturer and the name of theexternal or internal (for applications in multiple assemblies,Daikin prefer to mention only 1 outdoor unit with up to 2 indo-or units (wall).

Labeling Energy Efficiency

Level of energy efficiency of the unit incooling mode (EER):



This figure indicates the approximate amount ofenergy the unit consumes in a year, based on astandard for household application. The annual consumption is calculated by multipl-ying the total power consumed by an average of500 hours for one year in cooling mode and fullload. To estimate the total cost of energy con-sumption for one year, simply multiply this amountby the rate of electricity.

Indication of the annual energyconsumption

Power is defined as the cooling capacity of coo-ling equipment in kW, operating in cooling modeand at full load. It is important to acquire a unit ofair conditioning system with a rated output suffi-cient for your cooling needs and cooling or hea-ting. Too large a unit can make frequent stops inand start the unit, which reduces its life.Conversely, too small a unit may not meet yourneeds for heating or cooling. To determine theappropriate power, contact your dealer.

Power Cooling

Is the cooling power of the unit divided by theamount of electricity that the unit needed to pro-duce it (total power). In other words, the higherthe EER, the greater the difference in the unit.

Type of drive system for cooling only or cooling /heating. Cooling mode: air cooled or water.

Energy Efficiency Factor (ENERGY RATIO EFICIENCY, EER)

Power by means of heating the heating capacity ofheat pump equipment in kW, operating in heatingmode and load.

Heating power

Is the heating power of the unit divided by theamount of electricity that the unit needed to pro-duce it (total power). In other words, the higherthe COP, the greater the energy difference of theunit.

Coefficient of performance (COEFFICIENT OF

Performance, COP)

Performance of the unit in heating mode (COP):



In 1982, Daikin established the first air con-ditioning system with INVERTER techno-logy throughout the world and began tosell systems Variable Refrigerant Volume(VRV), a new technology that improvesthe conventional air conditioning systemsin both cooling and heating.

The system of regulation varies Inverter rpm electricmotor of the compressor. This will provide the defen-dant and the power consumption is proportional. Asa result, and once up, the unit is changing its abilityand consume according to demand.

This translates into a continuous operation withoutstopping, providing a uniform temperature and a sig-nificant energy savings. The time that the team needsto reach the desired temperature (up system) is shor-ter than in conventional systems.

Daikin Inverter

New technologies

Daikin is a unique brand that has develo-ped new specific compressors in order toapply this technology successfully. Hasdeveloped a new Spiral AsimétricoHorizontal Compressor, which get much air-conditioning equipment more reliable, effi-cient, quieter and with lower consumption.At the technical level, it improves perform-ance by eliminating spiral volumetric com-pressor pulsations. This reduces the noiselevel and through the change of position in

areas of high and lowpressure ends with lubri-cation problems.

Swing compressor to hig-her performance andlifetime. With it, resolvedthe problems of sealing

and lubrication of the rotary compressor.This new compressor is driven by an innova-tive engine continued running smaller, moreefficient and more powerful. Reduces lea-kage andr e d u c e sthe heat,p r e v e n -ting thed e c o m -p o s i t i o nof the oil.

New Daikin compressors

Daikin, which is currently the only com-pany in the world with joint manufactu-ring of air conditioning and refrigerantgases. Thanks to his constant research,with its full range, chlorine-free with hig-her performance (high COP), respec-

ting the environment (zero ODP).

Daikin has designed its new equipment with R-410 A toachieve higher returns to R-22. The refrigerant R-410 touse the same oil that the ether R-407C and has ano-ther important advantage in practice is azeotropic, sowhen there is a leak remains R'410 A, making it easy toretrieve and reused.

With a capacity of heat transfer a 40% higher than theR-22 and R-407C, the teams with R-410 has a 15% bet-ter performance than the R-407 C.

Thus, Daikin, faithful to its policy of technological inno-vation, presents its full range of domestic R-410 A.

Refrigerant R-410 A



Wall units Daikin combine functionality with design andaesthetics more current. Its flat panel improves air distri-bution, increasing the capacity of the unit and reduce itsnoise level.

The use of inverter technology ensures maximum comfort and per-formance.

DC INVERTER system allows the distribution of the refrigerant is doneaccurately. By varying the speed of rotation of the compressor res-ponds proportionally to the demand of the different parts of the buil-ding. That possibility of regulating the compressor reduces the powerconsumption, achieving energy savings of more than 30%. Moreover, it allows precise control of heating or cooling capacity at

all times.

This system provides significant improvements in aspects such as consumption, performance and accu-racy of temperature with respect to conventional systems.

Its new engine with neodymium magnet material, ensures a highertorque with lower consumption (between 20% and 40% less). The DCInverter incorporates new electronic controls and a new micropro-cessor that integrates a number of parameters, providing the mostappropriate solution to every moment.

Inverter technology. Maximum efficiency, with the same consumption

Aesthetics and design Control PAM (pulse amplitude modula-tion) ensures full use of the power andcontrols the motor's voltage, even inhigh load conditions, which yields a pairof high rotational speed. There is a subs-tantial energy savings by reducing theswitching frequency of the noise andswitching losses.

PAM technology. Maximum comfort with minimum consumption.

Inverter control enables the desired temperatu-re much faster than units with inverter techno-logy, in fact, thestart-up time is redu-ced by one third.

Short cycle start

The inverter control detects changes in bothinternal and external conditions in seconds andadjusts the interior temperature to compensatefor these changes. This rapid response reducespower consumption by more than 30% compa-red to systems with inverter technology.

30% less energy consumption



The new generation ofcleaners used first tech-nology to downloadFlash Stream.

How does the FlashStreamer? Download the FlashStreamer unit delivershigh power electron oxidation at high speed and in 3D. These elec-trons to collide with and bind the components of air particlesdecompose odor.

replace the filter annually electrostatic dust collector (front) andthe filter for Photocatalyst titanium apatite (back) remains highlyeffective.

What is achieved? 1. Flash streamer quickly decomposes and removes the bad smellof snuff. Down 95% or more of harmful substances such as ammonia, ace-taldehyde and acetic acid of cigarriillos and reduces the concen-tration of formaldehyde. The effects of decomposition are verydurable. Note: Flash drive does not remove certain harmful componentssuch as snuff of carbon monoxide.

2. The synergy between the Flash and the streamer Photocatalystremoves bacteria faster than previous models.

3. When exposed filter titanium apati-te to Flash drive, Photocatalyst acti-vity is two times more efficient thanconventional ultraviolet lamps.Removes 99.99% of bacterium in 4hours, 6 times faster than conventio-nal systems.

4. Anti-virus filters. 99.99% of disablesviruses collected in one minute, provi-ding a healthier environment.

5. Disable the 99.6% of dust mites andpollen filter through the titanium apa-tite.

Functions of the unit

1. Automatic power saving The airflow is adjusted to theamount of dirt in the air. When the purified air, the powersaving mode is activated.

2. Silent Mode can sleep in absolu-te silence.

3. High power turbo mode is usedwhere a rapid air purification.

4. monitor the level of purification(dust) indicates the level of airpollution detected by the sensor ofdust.

5. so pollen can be easily modifiedto retain the configuration of airflow

6. Negative ion mode indicates thatthey are generating negative ions.

7. operating mode the light signalindicates that the unit is operating.

8. Stop Timer lets you program theshutdown of the unit 1.2 or 4 hours.

9. indicator purification indicateswhether it is necessary to clean theioniser.

10. Filter replacement indicatorwhether to replace the filter.

11. monitor the level of purification(color) indicates the level of airpollution detected by the sensorodor.

12. sensor dust

13. odor sensor These sensors control the air qualityin the room and automatically setthe required level of performance.

Purifiers

Model �/ Unit MC707VM-S 480,00

Other benefits

o Large air flow with very low noise level. o It is portable and has a remote control.

o It generates negative ions. o Child Lock.

o Easy to clean.



Cleansers MC704AVM

Voltage I/ 220V

High Mm 498

Wide Mm 400 Dimensions

Background Mm 198

Weight Kg 7,0

Turbo W 52

High W 24

Means W 20

Low W 17

Consumption (according to mode)

Silent W 15

Turbo m3/ h 420

High m3/ h 270

Means m3/ h 210

Low m3/ h 120

Cleaning capacity (depending on mode)

Silent m3/ h 60

Turbo dBA 47

High DBA 36,5

Means DBA 32

Low DBA 24

Sound pressure

Silent DBA 16

Photocatalytic air purifiers

System of three filters Daikin

The prefilter removed the larger particles and pet hair, the positively chargedparticles ioniser contaminated before they reach the ion filter roll. This filter con-tains two layers of electrostatic filter and a filter of titanium oxide. Section elec-trostatic trapping micro particles and positively charged. The PhotocatalystActivated by light inverter reacts with titanium oxide to oxidize harmful gases andunpleasant odors and germs and bacterium.

We breathe about 22,000 times a day,Daikin purifiers offer the purest air in ourhomes and workplaces. Eliminates the source of many allergies:

dust, pollen, pet hair ... Destroys 99.9% of the pollutants.



Domestic rangeHeat pump

Wall-mounted URURU-SAHARA series unitsInverter/ Split

URURU SARARA series �/ Unit

TXR28E FTXR28E + RXR28E = 726,00 + 852,00 �

1.578,00

TXR242E FTXR42E + RXR42E = 851,00 + 1.019,00 �

1.870,00

TXR50E FTXR50E + RXR50E = 1.237,00 + 1.619,00 �

2.856,00

The air conditioner of the future! To enjoy the maximum comfort, some-thing more is needed to control the tem-perature. The new generation of air condi-tioning can:

1. Temperature Control 2. Humidity control 3. Ventilation

Moisture Exchange No need for water injection. All moisture istaken from the exterior and the interior isprovided.

Air is supplied from outside is filtered andweighed before being taken to the clima-te.

Role of renewal. Air exchange inside-out.

Any moisture recovered from the air is used forthe interior. The renewal of air hose is included.

Adequacy of moisture

Automatic control of humidity. The opera-tion Ururu (Wetting) and Sahara(Deshumectación) is made uniformthroughout the stay.

Moist air creates a better feeling ofwarmth, comfort.

Control operations of heating and humiditycontrol maintain sufficient comfort in all sea-sons.

Moreover

1. Filter purifying titanium apatite. 2. 3D airflow.



Note: 1 .- Energy Efficiency Label: from A (most efficient)to G (least efficient) 2 .- Annual energy consumption: based on anaverage usage for 500 hours of operation peryear at full load (= nominal conditions)

Note: capacities are based on the following conditions:

1 .- Cooling: indoor temperature 27 º CBS, CBH19th, outdoor temperature 35 º CBS 2 .- Heating: indoor temperature 20 º CBS, CBSoutdoor temperature 7 º, 6 º CBH. 3 .- refrigerant piping length: 7.5 m, power:220/1/50

measurement noise is carried out in an anechoicchamber at a distance of 1 meterfrom the unit.

Set TXR28E TXR42E TXR50E

Cooling Min-Nom-Max W 1.550-2.800-3.600 1.550-4.200-4.600 1.550-5.000-5.500

Kcal/h 1.333-2.408-3.096 1.333-3.162-3.956 1.333-4.300-4.730

Heating Min-Nom-Max W 1.300-3.600-5.000 1.300-5.100-5.600 1.300-6.000-6.200

Capacity

Kcal/h 1.118-3.096-4.300 1.118-4.386-4.816 1.118-5.160-5.332

Cooling Mjn-Nom-Max W 250-560-800 260-1.050-1.320 260-1.460-1.800 Consuption

Heating Min-Nom-Max W 220-700-1.410 220-1.180-1.600 230-1.510-1.770

Liquid Mm Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Conexions

Gas Mm Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”)

Voltage I/ 200V I/ 200V I/ 200V

Nº wires interconnecting 3+T 3+T 3+T

EER Cooling 5,00 4,00 3,42

COP Heating 5,14 4,32 3,97

Cooling A A A Labering energy efficiency

Heating A A A

Annual energu consumption Cooling kWh 280 525 730

Wall split set Ururu-Sahara series

Wall-mounted internal units TFXR28E FTXR42E TFXR50E

Cooling (A/B/SB) m3/ min 11,1/ 6,5/ 5,7 12,4/ 6,8/ 6,0 13,3/ 7,3/ 6,5 Air flow

Heating (A/B/SB) m3/ min 12,4/ 7,3/ 6,5 12,9/ 7,7/ 6,8 14,0/ 8,3/ 7,3

Speed fan Nº 5+A+S 5+A+S 5+A+S

High mm 305 305 305

Wide mm 890 890 890

Dimensions

background mm 290 209 209

Weight Kg 14,0 14,0 14,0

Sound pressure Cooling (A/B/SB) dBA 39/ 26/ 23 42/ 27/ 24 44/ 29/ 26

Heating (A/B/SB) dBA 41/ 28/ 25 42/ 29/ 26 44/ 31/ 28

wall internal units Ururu-Sahara series

External units

External units RXR28E RXR42E RXR42E

Compressor type SWING SWING SWING

Refrigerant R-410 A R-410 A R-410 A

High mm 693 693 693

Wide mm 795 795 795

Dimensions


Weight kg 48,0 48,0 48,0

Sound pressure Cooling (A/ B) dBA 46/ 48/ 48/

Heating (A/ B) dBA 46/ 48/ 50/

Refrigerant load m 10 10 10

Additional load gr/ m - - -

TXR28E TXR42E TXR50E Maximum pipe length (L) m 10 10 10 Maximum level diffrence (H) m 8 8 8



Features 1. Sleek and stylish compact: Only 150mm deep. 2. Extremely quiet: only 22 dB (A)(Model 25 running super low). 3. New slide opening system thatimproves the distribution of airflow.

Cooling mode The flap is fixed in an almost horizontalposition, which prevents direct flow ofcold air on people and to homogenizethe temperature of the room.

Heating mode The flap turned down, watch an

almost vertical position, directing the flow of hot air directly at the feet of peo-ple avoiding the annoying sensation ofcold feet.

Air purifier filter totocatalítico of titaniumapatite Effectively absorbs microscopic particles,decomposes odors and even kills bacteriaand deactivates viruses.

First filter air purifier in the world thatemploys a Photocatalyst titanium apatite,which limina odors and bacteria anddeactivates viruses.

Heat pumpWall-mounted UX1 series units

Inverter Split

UX1 series �/ Unit

TXG25EW Inverter White FTXG25EW + RXG25E = 608,00 + 705,00 �

1.313,00

TXG25ES Inverter silver FTXG25ES + RXG25E = 608,00 + 705,00 �

1.313,00

TXG35EW Inverter White FTXG35EW + RXG35E = 680,00 + 814,00 �

1.494,00

TXG35ES Inverter silver FTXG35ES + RXG35E = 680,00 + 814,00 �

1.494,00



Note: 1 .- Energy Efficiency Label: from A (most efficient) to G (least efficient) 2 .- Annual energy consumption: based on an average usage for 500 hours of operation peryear at full load (= nominal conditions)


1 .- Cooling: indoor temperature 27 º CBS, CBH 19th, outdoor temperature 35 º CBS 2 .- Heating: indoor temperature 20 º CBS, CBS outdoor temperature 7 º, 6 º CBH. 3 .- refrigerant piping length: 7.5 m, power: 220/1/50

measurement noise is carried out in an anechoic chamber at a distance of 1 meter from theunit.

Wall split set TXG25EW TXG25ES TXG35EW TXG35ES

Cooling Min-Nom-Max W 1.300-2.500-3.000 1.300-2.500-3.000 1.400-3.500-3.800 1.400-3.500-3.800

Kcal/h 1.118-2.150-2.580 1.118-2.150-2.580 1.204-3.010-3.268 1.204-3.010-3.268

Heating Min-Nom-Max W 1.300-3.400-4.500 1.300-3.400-4.500 1.400-4.200-5.000 1.400-4.200-5.000

Capacity

Kcal/h 1.118-2.924-3.870 1.118-2.924-3.870 1.204-3.612-4.300 1.204-3.612-4.300

Cooling Mjn-Nom-Max W 300-620-950 300-620-950 300-1.060-1.290 300-1.060-1.290 Consuption

Heating Min-Nom-Max W 290-825-1.420 290-825-1.420 310-1.135-1.560 310-1.135-1.560

Liquid Mm Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Conexions

Gas Mm Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”)

Voltage I/ 200V I/ 200V I/ 200V I/ 200V

Nº wires interconnecting 3+T 3+T 3+T 3+T

EER Cooling 4,03 4,03 3,30 3,30

COP Heating 4,12 4,12 3,70 3,70

Cooling A A A A Labering energy efficiency

Heating A A A A

Annual energy consumption Cooling kWh 310 310 530 530

Wall split set UX1 series

Wall internal units TFXG25EW FTXG25ES TFXG35EW FTXG35ES

front panel color Matt white crystal Matt crystal silver Matt white crystal Matt crystal silver

Cooling (A/B/SB) m3/ min 7,4/ 4,4/ 3,7 7,4/ 4,4/ 3,7 7,9/ 4,7/ 4,1 7,9/ 4,7/ 4,1 Air flow

Heating (A/B/SB) m3/ min 7,7/ 6,0/ 5,0 7,7/ 6,0/ 5,0 7,9/ 6,0/ 5,1 7,9/ 6,0/ 5,1

Speed fan Nº 5+A+S 5+A+S 5+A+S 5+A+S

High mm 275 275 275 275

Wide mm 840 840 840 840

Dimensions

background mm 150 150 150 150

Weight Kg 9,0 9,0 9,0 9,0

Sound pressure Cooling (A/B/SB) dBA 38/ 25/ 22 38/ 25/ 22 39/ 26/ 23 39/ 26/ 23

Heating (A/B/SB) dBA 38/ 28/ 25 38/ 28/ 25 39/ 29/ 26 39/ 29/ 26

Wall internal units UX1 series

External units

External units RXG25E RXG35E

Compressor type SWING SWING

Refrigerant R-410 A R-410 A

High mm 550 550

Wide mm 765 765

Dimensions

background mm 285 285

Weight kg 32,0 32,0

Sound pressure Cooling (A/ B) dBA 46/ 43 47/ 44

Heating (A/ B) dBA 47/ 44 48/ 45

Refrigerant load m 10 10

Additional load gr/ m 20 20

TXG25EW/ ES TXG35EW/ ES Maximum pipe length (L) m 20 20 Maximum level diffrence (H) m 15 15



Wall-mounted G and F series units Inverter/ Split

G and F series �/ Unit

TXS20J2 FTXS20J2+RXS20J2= 496,00+525,00

1.021,00

TXS25J2 FTXS25J2+RXS25J2= 497,00+587,00

1.084,00

TXS35J2 FTXS35J2+RXS35J2= 521,00+679,00

1.200,00

TXS42J2 FTXS42J2+RXS42J2= 635,00+828,00

1.463,00

TXS50J2 FTXS50J2+RXS50J2= 883,00+1.156,00

2.039,00

TXS60F FTXS60G+RXS60F= 1.134,00+1.228,00

2.362,00

TXS71F FTXS71G+RXS71F= 1.403,00+1.571,00

2.974,00

Heat pump

Powerful operation mode maximizes air flow for 20minutes (for example, when you come home on ahot day, it is necessary to maximize the cooling ofthe atmosphere). After this period, the unit auto-matically returns to its previous configuration.

The Night mode allows you to prevent any suddenchange in temperature raising / lowering the tem-perature carefully before the air conditioningsystem is stopped so that more can sleep comfor-tably.

Units will have the new G series ECONO mode(power saving mode). This mode reduces powerconsumption and maximum operating current byapproximately 30% during the system boot.

This wall unit is equipped with a filter air purifier apa-tite photocatalytic titanium.

Features

1. The new unit FTXS-G, Plat Panel with newdesign has a modern appearance and easy toclean thanks to its flat panel. 2. Lightweight and compact. 3. Unification of units, both in cold and only heatpump. 4. Consumes up to 30% less energy than unitsInverter. 5. The motion sensor reduces consumption in therooms where there are no people. 6. The dual drive air ensures a better distributionof it throughout the room.



TXS20J2 TXS2 5J2 TXS35 J2 TXS50J2 TXS6 0F TXS71F Maximu m pipe length (L) m 2 0 20 20 30 30 30 Maximu m level diffrence (H ) m 1 5 15 15 20 20 20

Note: 1 .- Energy Efficiency Label: from A (most efficient) to G (least efficient) 2 .- Annual energy consumption: based on an average usage for 500 hours of operation per year at full load (= nominalconditions)


1 .- Cooling: indoor temperature 27 º CBS, CBH 19th, outdoor temperature 35 º CBS 2 .- Heating: indoor temperature 20 º CBS, CBS outdoor temperature 7 º, 6 º CBH. 3 .- refrigerant piping length: 7.5 m, power: 220/1/50

measurement noise is carried out in an anechoic chamber at a distance of 1 meter from the unit.

Ex ternal units RXS20J2 RX S2 5J2 RXS35J2 RXS50J2 RXS60 F RXS71F

Compressor type SWING SWING SWING SWING SWING SWING

Refr igerant R-410 A R-41 0 A R-410 A R-410 A R-41 0 A R-410 A

Dimensions High mm 550 550 55 0 735 735 735

Wide mm 765 765 76 5 825 825 825

Background mm 285 285 28 5 300 300 300

Weight Kg 30,0 30,0 32 ,0 49,0 5 3,0 55,0

Sound pressure Cooling (A/ B ) dBA 46 / 43 46/ 43 47/ 44 47/ 44 49/ 4 6 5 2/ 49

Heating (A/ B ) dBA 47 / 44 47/ 44 48/ 45 48/ 45 49/ 4 6 5 2/ 49

Refr igerant load m 10 10 1 0 10 10 10

Additional load gr/ m 20 20 2 0 20 20 20

G y F series, set TXS20J2 TXS25J2 TXS35J2 TXS50J2 TX S6 0G TXS71G

Capacity Cooling Min-Nom-Max W 1 .3 00-2 .000-2 .6 00 1.300-2.500 -3.00 1 .400-3.400-3 .800 900 -5.00-5.800 900-6 .0 00-6 .700 900 -7.100 -8.000

Kcal/h 1 .1 18-1 .720-2 .2 36 1.118-2.150-2.580 1 .204-2.924-3 .268 774 -4.300-4.988 774-5 .1 60-5 .762 774 -6.106 -6.880

Heating Min-Nom-Max W 1 .3 00-2 .700-4 .1 00 1.300-3.400-4.500 1 .400-4.000-5 .000 900 -5.800-7.500 900-7 .0 00-8 .000 900 -8.500 -9.500

Kcal/h 1 .1 18-2 .322-3 .5 26 1.118-2.924-3.870 1 .204-3.440-4 .300 774 -4.988-6.450 774-6 .0 20-6 .880 774 -7.310 -8.170

Consumption Cooling Mjn-Nom-Max W 300-4 70-82 0 300 -550-960 300-870-1 .2 70 400 -1.520-1.770 440-1 .9 90-2 .400 570 -2.350 -3.200

Heating Min-Nom-Max W 290-6 30-1.2 90 290 -750-1.430 310-960-1 .5 60 435 -1.570-2.200 400-2 .0 40-2 .810 520 -2.550 -3.820

Conexions Liquid mm Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Ø 6 ,4 (1 / 4”) Ø 6,4 (1/ 4”) Ø 6 ,4 (1/ 4”) Ø 6,4 (1/ 4 ”)

Gas mm Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”) Ø 9 ,5 (3 / 8”) Ø 9,5 (3/ 8”) Ø 9 ,5 (3/ 8”) Ø 9,5 (3/ 8 ”)

Voltage I/ 20 0V I/ 200V I/ 200V I/ 200V I/ 200V I/ 200V

Nº wires interconnecting 3+T 3+T 3+T 3+T 3+T 3 +T

EER Cooling 4 ,2 6 3,55 4 ,02 3,29 3 ,02 2,81

COP Heating 4 ,2 9 4,53 4 ,17 3,69 3 ,43 3,23

Labeting energy eff iciency Cooling A A A A B B

Heating A A A A B C

Annual energy consumption Cooling kWh 2 35 275 435 760 9 95 1.175

Wall split set, G and F series

D and B series, internal unit s FTXS20 J2 FT X25J2 FTX35J2 FTX S5 0J2 FTXS60F FTXS71F

Air flow Cooling (A/ B / SB) m3/ h 9,0/ 4 ,7/ 3,9 9,0/ 4,7/ 3,9 1 0,0/ 4,8/ 4,0 11,4/7 ,1/ 6,2 16,2/ 11,5/ 10,0 17,4/ 11 ,9 / 11,2

Heating (A/ B / SB) m3/ h 9,3/ 5 ,8/ 5,0 9,6/ 5,8/ 5,0 1 0,3/ 6,0/ 5,2 10,9/ 7,4/ 6,3 17,4/ 12,8/ 10,5 21,5/ 14 ,4 / 13,3

Speed fan Nº 5+A+S 5+A+S 5+A+S 5 +A+S 5+A+S 5+A+S

Dimensions High mm 2 95 295 295 2 95 290 290

Wide mm 8 00 800 800 8 00 1.050 1.050

Background mm 2 15 215 215 2 15 238 238

Weight Kg 9 ,0 9,0 9,0 9 ,0 12,0 12,0

Sound pressure Cooling (A/ B / SB) dBA 38/ 2 5/ 22 38/ 25/ 22 39/ 26/ 23 44/ 35/ 32 45 / 36/ 3 3 46/ 3 7/ 34

Heating (A/ B / SB) dBA 38/ 2 8/ 25 38/ 28/ 25 39/ 29/ 26 42/ 33/ 30 44 / 35/ 3 2 46/ 3 7/ 34

Iall internal unit, G and F series

External units

The remote features a weeklytimer, which allows to adapt thefunctioning of the unit accordingto their personal needs, and amemory that can be program-med to control the daily opera-tion of the system can be set to 4different actions per day.



The vertical fin angle broad, slightlycurved, offer extensive coverage ofthe airflow, thus maximizing the effec-tiveness of cooling regardless of thepart of the room in which it is locatedinside the unit. The fins can be adjus-ted manually.

Soil units Inverter / Split

VXS-F series �/ Unit

VXS25F FVXS25F+RXS25G= 1.146,00+587,00

1.733,00

VXS35F FVXS35F+RXS35G= 1.275,00+679,00

1.954,00

VXS50F FVXS50F+RXS50G= 1.394,00+1.156,00

1.2.550,00

Filter purifying titanium apatite Photocatalytic air purifier filter of titanium apatite.Effectively absorbs microscopic particles, decompos-es odors and even kills bacteria and deactivates viru-ses.

Plus: 1. Energy savings: Cals A. It increases substantially theEER and COP. 2. Extending the range to -10 ° C to -15 º C for heating. 3. This unit can be placed against a wall or embed-ded in it for a more elegant appearance.

Remote redesigned 1. 5-speed. + Quiet fan. 2. Programmer hours (7 days). 3. 4 shares per day. 4. On / Off & Temperature Control. 5. Copy function.

Mando a distancia rediseñado

1. 5 veloc. ventilador + Función silenciosa.2. Programador horario (7 días).3. 4 acciones/ día.4. On/Off & Control Temperatura.5. Función copia.The automatic vertical orienta-

tion function automaticallymoves the flaps up and down,thereby ensuring a uniform distri-bution of air throughout theroom.

Heat pump



Note: 1 .- Energy Efficiency Label: from A (most efficient) to G (leastefficient) 2 .- Annual energy consumption: based on an averageusage for 500 hours of operation per year at full load (= nomi-nal conditions)


1 .- Cooling: indoor temperature 27 º CBS, CBH 19th, outdoortemperature 35 º CBS 2 .- Heating: indoor temperature 20 º CBS, CBS outdoor tem-perature 7 º, 6 º CBH. 3 .- refrigerant piping length: 7.5 m, power: 220/1/50

measurement noise is carried out in an anechoic chamber ata distance of 1 meter from the unit.

Soil split set VXS25F VXS35F VXS50F

Cooling Min-Nom-Max W 1.300-2.500-3.000 1.400-3.500-3.800 900-4.800-5.300

Kcal/h 1.118-2.150-2.580 1.204-3.010-3.268 774-4.128-4.558

Heating Min-Nom-Max W 1.300-3.400-4.500 1.400-4.500-5.000 900-6.000-7.700

Capacity

Kcal/h 1.118-2.924-3.870 1.204-3.870-4.300 774-1.700-2.350

Cooling Mjn-Nom-Max W 300-700-920 300-1.090-1.250 450-1.700-2.350 Consumption

Heating Min-Nom-Max W 290-900-1.390 310-1.320-1880 310-1.870-2.600

Líquid mm Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Conexions

Gas mm Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”)

Voltage I/ 200v I/ 200v I/ 200v


EER Cooling 4,39 3,43 3,23

COP Heating 4,30 3,69 3,63

Cooling A A A Labeting energy efficiency

Heating A A A

Annual energy consumption Cooling kWh 285 510 775

Conjunto split de suelo

Soil internal units FVXS25F FVXS35F FVXS50F

Cooling (A/ B/ SB) m3/ h 8,2/ 4,8/ 4,1 8,5/ 4,9/ 4,5 10,7/ 7,8/ 6,6 Air flow

Heating (A/ B/ SB) m3/ h 8,8/ 5,0/ 4,4 9,4/ 5,2/ 4,7 11,8/ 8,5/ 7,1


High mm 600 600 600

Wide mm 700 700 700

Dimensions

Background mm 210 210 210

Weight Kg 14,0 14,0 14,0

Cooling (A/ B/ SB) dBA 38/ 26/ 23 39/ 27/ 24 44/ 36/ 33 Sound pressure

Heating (A/ B/ SB) dBA 38/ 26/ 23 39/ 29/ 26 45/ 36/ 33

Unidades interiores de suelo

External units RXS25G RXS35G RXS50G

Compressor units SWING SWING SWING


Dimensions High mm 550 550 735

Wide mm 765 765 825


Weight Kg 34,0 34,0 48,0

Sound pressure Cooling (A/ B) dBA 46/ 43 48/ 44 48/ 44

Heating (A/ B) dBA 47/ 44 48/ 45 48/ 45


Additional load gr/ m 20 20 20

Unidades exteriores

VXS25F VXS35F VXS50F Maximum pipe length m 20 20 30 Maximum level difference m 15 15 20



Photocatalytic deodorising filter

It is a bactericidal and deodorizingfilter that quickly neutralizes the smellof snuff and animals and also redu-ces the reproduction of bacteriumand micro-organisms trapped in thefilter. If the effectiveness of the filterdecreases, can be restored byexposing it to sunlight.

Filter air purifier

The air filter traps particles down to0.01 microns to purify the air of aroom. The filter has a double-sided electro-static filter cleaning air into the frontside and a deodorizing activatedcharcoal filter in the rear.

Soil-ceiling units Inverter/ Split

PAM inverter tech-nology The inverter techno-logy PAM (pulseamplitude modula-tion) allows a betterperformance in coo-ling and heatingand reducedenergy consump-tion. With a mini-

mum consump-tion is obtainedwith maximumcomfort.

Plus:

o Can be installed on the ceiling or the bottom ofthe walls. o extremely quiet operation inside up to 28 dB (A)and abroad. The "silent mode" reduces the noise level of the indoor unit and /or external 3 dB (A). o The automatic routing of the air ensures a uniform distribution of temperature. o The "night mode" automatically reduces the sound level of the outdoor unitby 3 dB (A). o drain tray can be placed vertically or horizontally.

Heat pump

LXS-B series �/ Unit

TLXS25B FLXS25B+RXS25G= 925,00+587,00

1.512,00

TLXS35B FLXS35B+RXS35G= 1.058,00+679,00

1.707,00

TLXS50B FLXS50B+RXS50G= 1.736,00+1.156,00

1.892,00



Note: 1 .- Energy Efficiency Label: from A (most efficient) to G (leastefficient) 2 .- Annual energy consumption: based on an average usagefor 500 hours of operation per year at full load (= nominal con-ditions)


1 .- Cooling: indoor temperature 27 º CBS, CBH 19th, outdoortemperature 35 º CBS 2 .- Heating: indoor temperature 20 º CBS, CBS outdoor tem-perature 7 º, 6 º CBH. 3 .- refrigerant piping length: 7.5 m, power: 220/1/50

measurement noise is carried out in an anechoic chamber ata distance of 1 meter from the unit.

Soil-ceiling set LXS25B LXS35B LXS50B

Cooling Min-Nom-Max W 1.200-2.500-3.000 1.200-3.500-3.800 900-4.900-5.300

Kcal/h 1.032-2.150-2.580 1.032-3.010-3.268 774-4.214-4.558

Heating Min-Nom-Max W 1.200-3.400-4.500 1.200-4.000-5.000 900-6.100-7.500

Capacity

Kcal/h 1.032-2.924-3.870 1.032-3.440-4.300 774-5.246-6.450

Cooling Mjn-Nom-Max W 300-650-860 300-1.130-1.260 450-1.720-1.950 Consumption

heating Min-Nom-Max W 290-980-1.490 290-1.230-1.850 310-1.820-3.540

Liuid mm Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Ø 6,4 (1/ 4”) Conexions

Gas mm Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”) Ø 9,5 (3/ 8”)



EER Cooling 3,85 3,10 2,85

COP Heating 3,47 3,25 3,35

Cooling A B C Labeting energy efficiency

Heating B C C

Annual energy consumption Cooling kWh 325 565 860

Soil-ceiling split, set

Internal units, soil-ceiling FLXS25B FLXS35B FLXS50B

Cooling (A/ B/ SB) m3/ h 7,6/ 6,0/ 5,2 8,6/ 6,6/ 5,6 11,4/ 8,5/ 7,6 Air flow

Heating (A/ B/ SB) m3/ h 9,2/ 7,4/ 6,6 9,8/ 8,0/ 7,2 12,1/ 7,5/ 6,8


high mm 490 490 490

wide mm 1.050 1.050 1.050

Dimensions


Weight Kg 16,0 16,0 17,0

Cooling (A/ B/ SB) dBA 37/ 31/ 28 38/ 32/ 29 47/ 39/ 36 Sound pressure

Heating (A/ B/ SB) dBA 37/ 31/ 29 39/ 33/ 30 46/ 35/ 33

Soil-ceiling internal units

External units

External units RXS25G RXS35G RXS50G

Compressor type SWING SWING SWING


Dimensions High mm 550 550 735

Wide mm 765 765 825


Weight Kg 30,0 32,0 49,0

Sound pressure Cooling (A/ B) dBA 46/ 43 48/ 44 48/ 44

Heating (A/ B) dBA 47/ 44 48/ 45 48/ 45


Additional load gr/ m 20 20 20

LXS25B LXS35B LXS50B Maximum pipe length m 20 20 30 Maximum level difference m 15 15 20



Multi-Inverter unitsInverter/ Multiple

2x1 3x1 4x1 4x1 5x1

Multiple external units 2MXS40G 3MXS52G 4MXS68F 4MXS80E 5MXS90E

Capacity Cooling. Min-Nom-Max W 1.500-3.900-4.200 1.490-5.200-6.500 2.420-6.800-8.670 2.740-8.000-9.340 3.700-9.000-10.500

Heating. Min-Nom-Max Kcal/ h 1.500-4.400-4.700 2.300-6.800-7.340 3.040-8.600-10.640 3.570-9.600-10.880 5.500-10.300-11.500

Consumption Cooling. Min-Nom-Max W 400-1.240-1.520 360-1.710-2.420 510-2.060-3.270 530-2.180-2.820 685-2.466-3.200

Heating. Min-Nom-Max Kcal/ h 340-1.220-1.450 490-1.680-1.890 680-2.060-2.620 810-2.270-2.750 1.170-2.341-3.043

Compressor type SWING SWING SWING SWING SWING

Refrigerante R-410 A R-410 A R-410 A R-410 A R-410 A

Liquid mm Ø 6,4x2 Ø 6,4x3 Ø 6,4x4 Ø 6,4x4 Ø 6,4x5 Pipes conexions

Gas mm Ø 9,5x2 Ø 9,5x2, 12,7x1 Ø 9,5x2, 12,7x2 Ø 9,5x2, 12,7x1,

15,9x1

Ø 9,5x2, 12,7x1,

15,9x1

High mm 640 735 735 908 770

Wide mm 685 936 936 900 900

Dimensions

Background mm 285 300 300 320 320

Weight kg 39,0 55,0 59,0 73,0 69,0

Cooling. dB(A) 47/ 43 46/ 43 48/ 43 48/ 43 52/ 47 Sound pressure level (A/ B)

Heating. dB(A) 48/ 44 47/ 44 49/ 44 49/ 44 52/ 48

Voltage I/ 220V I/ 220V I/ 220V I/ 220V I/ 220V

Nº wires interconnecting 3+T 3+T 3+T 3+T 3+T

Refrigerant load m 20 30 30 40 35

Adicional load gr/ m 20 20 20 20 20

Wall units combination FTKS-DW 25+35 - - - -

EER Cooling. 3,42 - - - -

COP Heating. 3,61 - - - -

Cooling. A - - - - Labeting energy effciency

Heating. A - - - -

Annual energy consumption

Cooling. kW/h 620 - - - -

�/ Unit � 1.252,00 1.681,00 2.862,00 3.458,00 4.220,00

2x1 3x1 4x1 4x1 5x1 Compatible internal units

2MXS40D 3MXS52D 4MXS68D 4MXS80D 5MXS90E Wall unit FTXS-DW/ CTXS-DW 20-25-35 20-25-35-50 20-25-35-50 20-25-35-50 20-25-35-FTKS50DW Wall unit FTXS50-60-71B - 50 50-60 50-60-71 50-60-71 (serie E) Soil unit FVXS-B - 25-35-50 25-35-50 25-35-50 25-35-50 Soil-Ceiling unit FLXS-B 25-35 25-35-50 25-35-50 25-35-50 25-35-50 Ducts unit F(D)BQ-B - 25-35-50 25-35-50-60 25-35-50-60 25-35-50-60 Ducts unit FDXS/ CDXS-C 25-35 25-35-50 25-35-50-60 25-35-50-60 25-35-50-60 Cassette 600x600 unit FFQ-B - 25-35-50 25-35-50-60 25-35-50-60 25-35-50-60 Ceiling horizontal unit FHQ-B - 35-50 35-50-60 35-50-60 25-35-50-60

Múltiple external units

2MXS40D 3MXS52D 4MXS68D 4MXS80D 5MXS90E Length máx. de tubería (L1 + L2 + ...) m 30 45 60 70 75 Level difference máx. (H) m 15 15 15 15 15 Length máx. for internal units (L1, L2,...) m 20 25 25 25 25 Level difference between units (h) m 7,5 7,5 7,5 7,5 7,5

Note: 1 .- Energy Efficiency Label:from A (most efficient) to G

(least efficient). 2 .- Annual energy consump-

tion: based on an average useof 500 hours of operation per

year at full load (= nominalconditions).

Note: capacities are based on the

following conditions:

1 .- Cooling: indoor temperature 27 º CBS, 19th CBJH, outside temperature 35 º CBS. 2 .- Celafacción: indoor temperature 20 º CBS, CBS outdoor temperature 7 º, 6 º CBH.

3 .- refrigerant piping length: 7.5 m, power: 220/1/50.

measurement noise is carried out in an anechoic chamber at a distance of 1 meter from theunit.

Multi - Inverter external units

Heat pump



Note: 1 .- Energy Efficiency Label: from A(most efficient) to G (least effi-cient). 2 .- Annual energy consumption:based on an average use of 500hours of operation per year at fullload (= nominal conditions).

Note: capacities are based on the follo-wing conditions:

1 .- Cooling: indoor temperature 27º CBS, 19th CBJH, outside tempera-ture 35 º CBS. 2 .- Celafacción: indoor tempera-ture 20 º CBS, CBS outdoor tempe-rature 7 º, 6 º CBH. 3 .- refrigerant piping length: 7.5 m,power: 220/1/50.

measurement noise is carried out inan anechoic chamber at a distan-ce of 1 meter from the unit.

Super Multi-Inverter Units

RMXS112D RMXS140D RMXS160D

cooling W 11.200 14.000 15.500

Kcal/ h 9.632 12.040 13.330

Heating W 12.500 16.000 17.500

Nominal capacity

Kcal/ h 10.750 13.760 15.050

Cooling W 3.570 5.220 5.560 Nominal consumption

Heating W 4.020 5.320 5.560

EER Cooling 3,14 2,68 2,79

COP Heating 3,11 3,01 3,15

Cooling B - - Energy label

Heating D - -

Annual energy consumption Cooling kW/ h 1.785 - -

Internal units connection (máx) (nº boxes BP) nº 6 (3) 8 (3) 9 (3)


Compressor type SCROLL SCROLL SCROLL

Nº Inter. Connection 2 2 2

Liquid mm Ø 9,5 (3/8”) Ø 9,5 (3/8”) Ø 9,5 (3/8”) Pipes connection

Gas mm Ø 19,1 (3/4”) Ø 19,1 (3/4”) Ø 19,1 (3/4”)

Cooling m3/ min 104 104 104 Air flow

Heating m3/ min 107 107 109

Alto 1.345 1.345 1.345

Ancho 900 900 900

Dimensions

Fondo 320 320 320

Weight 127,0 127,0 127,0

Sound pressure level Cold./ Heat. dBA 51/ 53 51/ 53 51/ 53

Prices � 5.944,00 6,238,00 7.239,00

Centralized controls DCS302B51 DCS301B51 DST301B51 DCS601C51

Prices � 1.801,00 899,00 899,00 3.425,00

Distribution boxes BPMKS976A2 BPMKS967A3

Nº internal units 2 3

Price � 230,00 290,00

For combine with borad Refnet KHRQ22M20T

Price � 91,00

conection cards centralized controls FTXS/ CTXS, FVXS, FLXS, FDXS, CDXS

F(D) BQ, FFQ, FHQ

KRP928A2S Price � 367,00 -

DTA112B51 Price � - 206,00

Multiple external units

How to calculate the additionalamount of refrigerant should beadded:

Additional amount of refrigerantshould be added R (kg). The valueof R must be rounded in units of 0.2kg.

Super Multi Inverter with R-410 A

o Multiple high-capacity system, combining up to 9units with independent control and with a singleoutdoor unit. o Many possible combinations, a variety of designsand capacities to déçu to different needs. o Power I / 200V (single phase) greatly simplifies thewiring.

Example for the calculation of aditional load L1: Ø 6,4x4 m L4: Ø 6,4x4 m L7: Ø 6,4x6 m A: Ø 9,5x7 m

L2: Ø 6,4x5 m L5: Ø 6,4x6 m B: Ø 9,5x4 m

L3: Ø 6,4x7 m L7: Ø 6,4x4 m c: Ø 9,5x2 m

Heat pump



Super Multi-Inverter units

RMXS112D RMXS140D RMXS160D

Maximum pipe length

Total system (1) m 115 135 145

Box – internal unit (2) m 60 80 90

Maximum height difference

Box – internal unit (1 room) m 15 15 15

External unit – box/ internal unit m 30 30 30

Box – box, internal unit – internal m 15 15 15

o Maximum length of 115 meters and pipes up to30 meters, allowing great comfort in the facility. o Only two pipes (liquid and gas) connecting theoutdoor unit with boxes of Distribution. o Single Power Supply.

(1): total length of pipe (m). for example, a 7x1 assembly, as shown in diagram 1, it = A + B + C + L1 + L2 +L3 + L4 + L5 + L6 + L7.

(2): Length of pipe between cash - unid. Internal (m). for example in a 7x1 mount, as shown in diagram 1,it = L1 + L2 + L3 + L4 + L5 + L6 + L7.

Heat pump



Heat pump ALTHERMA

System of simultaneous cooling anddomestic hot water

Altherma is a system of simultaneous cooling and domestichot water. This revolutionary system extracts the free energyof the outside air to heat the home to a comfortable tem-perature in both the coldest days of winter or summer.Altherma can connect to both a low temperature radiatorheating elements for heating and is ideal for combinationwith production of hot water through solar energy panels.Additionally, you can save up to 50% of energy throughtechnology Inverter. With this new system, Daikin leadingsolutions in the growing market for advanced low tempera-ture heating.

Features:

1. It is possible to use different types ofhousing is compatible with: - Fan Coils apartment type ducts. - System Fan Coils individualized foreach room. - Fan Coils and heating, offering a solu-tion with the same system for differentapplications. - Heaters at low temperature (55 º C).

2. Altherma can be specified in newconstruction in reform projects.

Plus:

1. High performance (COP) Seasonal: above 4.5 accordingto use. 2. Very low noise levels. 3. Minimizes operating costs. 4. The unit can provide water cooled to 7 º C for use throughfan coils. 5. The hot water can benefit from the efficiency of the heatpump and hot water at 55 º C. 6. Compatible with solar energy (solar panels).

ALTHERMA �/ Unit

WF006BR3 ERHQ006BV3+EKHBX008BBV3+EKHSWS150B3V3+EKHBDP= 1.636,00+2.077,00+1.267,00+260,00 5.240,00





WF016BR3 ERHQ016BV3+EKHBX016AB3V3+EKHSWS300B3V3+EKHBDP= 4.441,00+2.504,00+1.477,00+260,00 8.682,00



ERYQAC/ ERHQ external units ERYQ005AC ERYQ006C ERYQ007AC ERHQ011A ERHQ014A ERHQ016A

Cooling kW 5,12 5,86 6,08 10,00 12,50 13,10 Capacity

Heating kW 5,75 6,84 8,43 11,20 14,00 16,00

High mm 797 797 797 11,70 1.170 1.170

wide mm 960 960 960 900 900 900 Dimensions

background mm 390 390 390 320 320 320

Refrigerant R-410 A R-410 A R-410 A R-410 A R-410 A R-410 A

Sound pressure dB(A) 48 48 52 42 42 43

Hidrokits EKHBX007/ EKHBX016 EJHB007AC3V3 EJHB007AC3V3 EJHB007AC3V3 EJHB016AAC3V3 EJHB016AAC3V3 EJHB016AAC3V3 Combination ERYQ005AC ERYQ006AC ERYQ007AC ERYQ011AAV3 ERYQ014AAV3 ERYQ016AAV3

High mm 936 936 936 939 939 939

wide mm 487 487 487 502 502 502 Dimensions

background mm 461 461 461 361 361 361

Sound pressure dB(A) 27 27 27 30 30 30

Storage cylinder HDW EKSWW150V3 EKSWW200V3 EKSWW300V3

Volume l 150 200 300

Diameter mm 500 580 580

High mm 850 1.150 1.600

Weight kg 37,00 45,00 59,00

ERYQAC/ ERHQ, external units

HidroKits EKHB007/ EKHBX016

DCW deposit acumulator

Resistance available to support deposit of ACS 3 kW standard (nomore power optional)

1. This new system allows simultáneamnete: - Air conditioning cold / heat. - Hot water sanitary.

2. Easy and flexible. You do not need chimneys, fueltanks or gas connections.



Comf or t I nver t erDucts units

Heat pumpInverter/ Split

Plus:

1. Aspiration or lower back. 2. Outside air intake pre. 3. It adapts easily. 4. Unit extremely quiet at home andabroad. 5. Highly durable, washable filter.

All models include FBQ drainagepump series.

Optionals �/ Unit

Decorative panels

FBQ35-50 BY BS45 254,00

FBQ60-71 BY BS71 295,00

FBQ100-125 BY BS125 348,00

FBQ140 BY BS125 348,00

Inverter �/ Unit

BQ35C FBQ35C+RXS35G+BRC1D52= 787,00 + 679,00 + 80,00 1.546,00

BQ50C FBQ50C+RXS50G+BRC1D52= 828,00 + 1.156,00 + 80,00 2.064,00

BQ60C FBQ60C+RXS60F+BRC1D52= 979,00 + 1.228,00 + 80,00 2.287,00

BQ71C FBQ71C+RXS71D+BRC1D52= 1.138,00 + 1.617,00 + 80,00 2.835,00




SkiAir range



External units RKS35G RKS50G RKS60F RZQ71C RZQS100C RZQS125C

Air flow Cold (A/ B) m3/ min 33,5/ 23,4 48,9/ 50,9/ 54,5/ 61,3/ * 99/ *

Heat (A/ B) m3/ min 30,2/ 28,3 45,0/ 46,3/ 48,1/ 61,7/* 100/*

Comprensser type SWING SWING SWING SWING SWING SWING

Refrigerant R-410 A R-410 A R-410 A R-410 A R-410 A R-410 A

Dimensions High mm 550 735 735 770 770 1.170

Wide mm 765 825 825 900 900 900

Background mm 285 300 300 320 320 320

Weight kg 34,0 49,0 48,0 68,0 68,0 100,0

Sound pressure Cold (A/ B) dBA 48/ 44 48/ 44 49/ 46 49/ * 51/ * 51/ *

Heat (A/ B) dBA 48/ 45 48/ 45 49/46 51/* 55/* 53/*

Refrigerant load for m 10 10 10

Additional load gr/ m 20 20 20 Consult table

Ducts internal units FBQ35B FBQ50B FBQ60B FBQ71B RBQ100B FBQ125B

Air flow Cold (A/ B) m3/ min 11,5/ 9 14/ 10 19/ 14 19/ 14 27/ 20 35/ 24

Heat (A/ B) m3/ min 11,5/ 9 14/ 10 19/ 14 19/ 14 27/ 20 35/ 24

Standard/High mmH2O 5/ 9 5/ 9 5/ 9 5/ 9 5/ 9 5/ 9

Fans speeds Nº 2 2 2 3 3 3

dimensions High mm 300 300 300 300 300 300

Wide mm 700 700 1.000 1.000 1.400 1.400

background mm 800 800 800 800 800 800

Weight kg 30,0 31,0 41,0 41,0 51,0 52,0

Sound pressure Cold. (A/ B) dBA 33/ 29 33/ 29 34/ 30 34/ 30 36/ 31 38/ 21

Heat (A/ B) dBA 33/ 29 33/ 29 34/ 30 34/ 30 36/ 31 38/ 21

Panel decorativo Modelo BYBS45 BYBS45 BYBS71 BYBS71 BYBS125 BYBS125

Inverter Inverter Inverter Ducts set BQ35B BQ50B BQ60B BQ71B

Capacity Cold Min-Nom-Max W 1.400-3.500-3.800 1700-5.000-5.300 1.700-6.000-6.500 7.100

Kcal/h 1.204-3.010-3.268 1.462-4.300-4.550 1.462-5.160-5.590 6.106

Heat Min-Nom-Max W 1.400-4.200-5.000 1.700-5.800-6.000 1.700-7.000-8.000 8.000

Kcal/h 1.204-3.612-4.300 1.462-4.988-5.160 1.462-6.020-6.880 6.880

Consumption Cold Min-Nom-Max W 290-1.150-1.435 390-1.550-1.750 440-1.190-2.300 2.500

Heat Min-Nom-Max W 300-1.300-1.520 425-1.750-2.250 400-2.040-2.180 2.350

connections Líquid mm Ø 6,4 (1/4”) Ø 6,4 (1/4”) Ø 6,4 (1/4”) Ø 9,5 (3/8”)

Gas mm Ø 9,5 (3/8”) Ø 12,7 (1/ 2”) Ø 12,7 (1/ 2”) Ø 15,9 (5/ 8”)

Voltage I/ 220V I/ 220V I/ 220V I/ 220V

Nº Inter. connection 3+T 3+T 3+T 3+T

EER/ COP Cold/Heat 3,04/3,23 3,22/3,31 3,01/2,90 2,84/3,40

Energetic label Cold/Heat B/C A/C B/C C/C

Annual energy consumption Cold kWh 575 775 995 1.250

BQ100B BQ125B

10.000 12.500

8.600 10.750

11.200 14.000

9.632 12.040

3.750 4.400

3.400 4.240

Ø 9,5 (3/8”) Ø 9,5 (3/8”)

Ø 15,9 (5/ 8”) Ø 15,9 (5/ 8”)

I/ 220V III/ 380V

3+T 3+T

2,66/3,29 2,84/3,30

C/C C/C

1.875 2.200

Ducts units

Ducts internal units

External units



Plus:

o Aspiration lower. o frees up space on the roofs and walls to real estate,decoration and other accessories. o External air intake pre. o Adapts easily. o extremely quiet units at home and abroad. o Washable filter for high durability.

4 way Cassette 60x60 unitsHeat pump

Inverter/ Split

�/ Unit

FQ25B FFQ25B+RXS25G+BRC7E530W= 466,00 + 587,00 + 315,00 1.533,00

BQ35B FFQ35B+RXS35G+BRC7E530W= 552,00 + 679,00 + 315,00 1.711,00

BQ50B FFQ50B+RXS50G+BRC7E530W= 505,00 + 1.156,00 + 315,00 2.141,00

BQ60B FFQ60B+RXS60G+BRC7E530W= 812,00 + 1.228,00 + 315,00 2.520,00

Comf or t I nver t er



Inverter Inverter Inverter Inverter FQ25B FQ35B FQ50B FQ60B

Maximum pipe length (L) m 20 20 30 30

Maximumlevel difference (H) m 15 15 20 20

Note: 1 .- Energy Efficiency Label: from A (most efficient to G (least efficient). 2 .- Annual energy consumption: based on an average use of 500 hours of ope-ration per year at full load (= nominal conditions)

Note: The capabilities are based on the following conditions:

1 .- Cooling: indoor temperature 27 º CBS, CBH 19th, outdoor temperature 35 ºCBS. 2 .- Heating: indoor temperature 20 º CBS, CBS outdoor temperature 7 º, 6 º CBH. 3 .- refrigerant piping length: 7.5 m, 220/1/50 power.

The sound level measurement is performed in an anechoic chamber at a distan-ce of 1 meter from the unit.

External unit RXS25G RXS35G RXS50G RXS60F

Caudal del aire Cold (A/ B/ SB) m3/ min 36,2/ 25,7 33,5/ 23,4 48,9/ * 50,9/ *

Heat. (A/ B/ SB) m3/ min 32,6/ 30,6 30,2/ 28,3 45,0/ * 46,3/ *

Tipo de compresor SCROLL SCROLL SCROLL SCROLL

Refrigerante R-410 A R-410 A R-410 A R-410 A

Dimensiones High mm 550 550 735 735

Wide mm 765 765 825 825


Peso kg 30,0 32,0 49,0 53,0

Presión sonora Cold (A/ B) dBA 46/ 43 47/ 44 48/ 44 49/ 46

Heat. (A/ B) dBA 47/ 44 48/ 45 48/ 45 49/ 46

Carga de refrigerante para m 10 10 10 10

Carga adicional gr/ m 20 20 20 20

Cassette internal units FFQ25B FFQ35B FFQ50B FFQ60B

Air flow Cold./ Heat. (A/ B) m3/ min 9/ 6,5 10/ 6,5 12/ 8 15/ 10

Fans speeds Nº 2 2 2 2

Dimensions High mm 286 286 286 286

Wide mm 575 575 575 575


Weight kg 17,5 17,5 17,5 17,5

Sound pressure Cold./ Heat. (A/ B) dBA 29,5/ 24,5 32/ 25 36/ 27 41/ 32

Panel decorative Model BYFQ60B BYFQ60B BYFQ60B BYFQ60B

Dimensions panel High mm 55 55 55 55

Wide mm 700 700 700 700


Weight panel kg 2,7 2,7 2,7 2,7

Inverter Inverter Inverter Inverter Cassette set FQ25B FQ35B FQ50B FQ60B

Capacity Cold Min-Nom-Max W 1.300-2.500-3.000 1.400-3.400-3.700 900-4.700-5.600 900-5.800-6.000

Kcal/ h 1.118-2.150-2.580 1.204-2.924-3.182 774-4.042-4.816 774-4.988-5.160

Heat Min-Nom-Max W 1.300-3.200-4.500 1.400-4.500-5.000 900-5.500-7.000 900-7.000-8.000

Kcal/ h 1.118-2.752-3.870 1.204-3.870-4.300 774-4.730-6.020 774-6.020-6.880

consumption Cold Min-Nom-Max W 290-800-1.000 290-1.150-1.350 350-1.550-1.700 440-1.990-2.300

Heat Min-Nom-Max W 270-900-1.650 270-1.450-1.700 400-1.700-2.100 400-2.040-2.810

connections Líquid mm Ø 6,4 ( 1/ 4”) Ø 6,4 ( 1/ 4”) Ø 6,4 ( 1/ 4”) Ø 6,4 ( 1/ 4”)

Gas mm Ø 9,5 ( 3/ 8”) Ø 9,5 ( 3/ 8”) Ø 12,7(1/2”) Ø 12,7(1/2”)

Voltage I/220V I/220V I/220V I/220V

Nº Inter. connection 3+T 3+T 3+T 3+T

EER/ COP Cold/ Heat. 3,12/ 3,55 3,04/ 3,10 3,22/ 3,41 3,01/ 2,90

Energetic label Cold/ Heat. B/ B B/ D A/ B B/ C

Annual energy consumption Cold kWh 400 575 775 995

Cassette set

Cassette internal units

External units



Plus:

1. Maximum energy efficiency. Highest values of COP. 2. Minimum height 214mm installation very small. 3. Available in a variety of sizes. 4. Grid with a less visible and more attractive appearance. 5. It is very quiet when running, with noise levels of only 27dB, a noise comparable tothe whisper of the leaves. 6. Easy installation andmaintenance thanks to thetotal weight of the unit.Minimum weight of only 19kg.

Uniform temperature:

The discharge temperature of air from the corners avoidsdead zones that can have significant changes in temperatu-re.

New Round Flow

The new unit rounf flow cassette offers seve-ral improvements in various aspects such asuser comfort, ease of installation and energyefficiency.

The round flow cassette unit creates a highlevel of comfort as a result of: 1. Dsitribucion radial air 360 ' 2. Greater horizontal airflow that translatesinto fewer cold drafts. 3. The reduction of air speeds result in lessdirect exposure to cold drafts in occupiedareas.

The routes can be overridden with lockingkits, which lets you install the unit in the cen-ter or the corner of a room or small room.

Round Flow cassette unitHeat pump

Inverter/ Split

�/ Unit

CQ35C FCQ35C+RXS35G+BYCQ140C+BRC7F532F= 580,00 + 679,00 + 393,00 + 165,00 1.817,00

CQ50C FCQ50C+RXS50G+BYCQ140C+BRC7F532F= 530,00 + 1.156,00 + 393,00 + 165,00 2.244,00

CQ60C FCQ60C+RXS60F+BYCQ140C+BRC7F532F= 852,00 + 1.228,00 + 393,00 + 165,00 2.638,00

CQ71C FCQ71C+RXS71D+BYCQ140C+BRC7F532F= 663,00 + 1.617,00 + 393,00 + 165,00 2.808,00




o Optimum air distribution. o It is the ideal solution for shops, restaurants or offices without false ceiling. o There are 2 ways to adjust the angle of discharge of air. 1.A. Direction up and down (automatic). 2.B. Left and right.

o frees up space on the roofs and wallsto furniture, decor and other accesso-ries. o extremely quiet units at home andabroad. o measuring the temperature movesautomatically between the sensor andthe sensor back in command, achie-ving greater precision and more com-fort. o Address auto air flow which guaran-tees a uniform distri-bution of tempera-ture and air flow. o The distribution ofthe airflow can beadapted to suit cei-ling heights up to3.8 m without loss ofcapacity.

Ceiling horizontal unitsHeat pump

Inverter/ Split


�/ Unit

HQ35B FCQ35B+RXS35G+BRC1D52 = 716,00 + 679,00 + 80,00 1.475,00

HQ50B FCQ50B+RXS50G+BRC1D52 = 795,00 + 1.156,00 + 80,00 2.031,00

HQ60B FCQ60B+RXS60F+BRC1D52 = 878,00 + 1.228,00 + 80,00 2.186,00

HQ71B FCQ71B+RXS71C+BRC1D52 = 1.099,00 + 1.617,00 + 80,00 2.796,00



Control remote without hose electric

BRC7E63W 165,00



Units internal

o Design which enables the most efficientuse of land. o The size 71 is a lightweight and com-pact casing. o Uniform distribution of air movingthrough an automatic alert can be set atthe desired angle. o When the unit is not running, the alert isclosed. o The front panel of the casing (size 71)can be removed and washed easily. o Very quiet.

Units External

o The maximum length of pipe RZQS is set to 50 m, coveringmost standard applications. o Both the model 71 and 100 are equipped with a swing com-pressor. This eliminates the friction and leakage of refrigerantsand improves power consumption. o Night quiet mode function: max -5 dB (A). o The maximum power consumption can be controlled easilyusing the I-demand. o Wide range of operation.

�/ Unit

AQS71B

FAQ71B + RZQS71C + BRC1D52 = 1.492,00 + 1.617,00 + 80,00 3.189,00

AQS100B

FAQ100B + RZQS100C + BRC1D52 = 1.824,00 + 2.144,00 + 80,00 4.048,00

FAQ71B BEC7E618 165,00 Control remot without hoses electric (optional) FAQ100B BRC7C510W 165,00

Confort Inverter wall unitsHeat pump

Inverter/ Split


The remote cable provides a function thatallows the operation of air conditioning daily orweekly.



Function reco-

very of refrigerant The refrigerant recoveryfunction enables all expan-sion valves to open. Thus,the coolant can be drainedfrom the piping system andstored in the receiver and the condenser.

HANDLES Incorporates handgrips to facilitate transport and insta-llation of equipment.

I-demand function: A new flow sensor reducesthe difference between the actual energy con-sumption and energy consumption default. Youcan control the maximum power consumption.

Energy saving capacitors Swing and Scroll areoperated with a new engine that offersincreased performance and energy efficiency.4 used neodymium magnets, stronger than theferrite.

Plus:

o frees up space on the roofs and walls tofurniture, decor and other accessories.

o The inverter control can respond to differen-ces in temperature of 0.5 º C. o Mode "Low Level Sound Night." o If required, the Super Inverter outdoor unitcan reduce the noise level up to 8 dBA. o You can set the mode for night operation,or automatically according to the scheduleset by the user.

Super Inverter DuctsHeat pump

Inverter/ Split

�/ Unit

ZBQ71C FBQ71C+RZQ71D+BRC1D52 = 1.138,00 + 2.123,00 + 80,00 3.341,00




Decorative panels FBQ71 295,00

FBQ100/125 348,00

FBQ140 348,00

Super I nver t er



The new round flow cassette offers several improvements in various aspects such as user comfort, easeof instalaciçon and energy efficiency.

Pattern of radial airflow 360 'creates an improved air distribu-tion and uniform, which reduces the temperature differencebetween different points of the environment, while the largerair flow resulting in a horizontal reducciçon from cold draftsand a minimum energy consumption. Represents a solutionwith a very low installation height for customers who need acompact unit for use in suspended ceilings.

Flexible installation and easy to use

FCQ-C series of fine structure is a solution with a very low insta-llation height for customers who need a compact unit for usein suspended ceilings.

Plus:

1. Maximum energy efficiency. Highest valuesof COP. 2. Easy to handle. 3. Very lightly. 4. Conexion serial = DIII NET without the needfor adapter PCB. 5. Ladder in a variety of sizes. 6. New panel with an attractive decorativefinish "cool white" RAL 9010. 7. Grid with a less visible and more attractiveappearance. 8. It is very quiet with noise levels of only 27 dB,a noise comparable to the whisper of the lea-ves. 9. Easy installation and maintenance thanks tothe total weight of the unit. Minimum weightof only 19 kg.

Súper inverter Round flow casetteHeat pump

Inverter/ Split

�/ Unit

ZCQ71C FCQ71C+RZQ71C+BYC140C+BRC7F532F= 633,00 + 2.123,00 + 393,00 + 165,00 3.341,00

ZCQ100C FCQ100C+RZQ100C+BYC140C+BRC7F532F= 659,00 + 2.940,00 + 393,00 + 165,00 4.157,00

ZCQ125C FCQ125C+RZQ125C+BYC140C+BRC7F532F= 1.085,00 + 3.280,00 + 393,00 + 165,00 4.923,00

ZCQ140C FCQ140C+RZQ140C+BYC140C+BRC7F532F= 1.338,00 + 3.825,00 + 393,00 + 165,00 5.721,00

Super I nver t er



Function recovery Coolant The refrigerant recoveryfunction enables all expan-sion valves to open. Thus,the coolant can be drainedfrom the piping system and stored in the receiverand the condenser.

HAN-DLES

Incorporates handgrips to facilitate transport and ins-tallation of equipment. I-demand function: A new flow sensor reduces thedifference between the actual energy consumptionand energy consumption default. You can controlthe maximum power consumption.

Energy savingcapacitors Swingand Scroll areoperated with anew engine thatoffers increasedperformance andenergy efficiency. 4used neodymium mag-nets, stronger than theferrite.

Súper Inverter Cassette Sightheat pump

Inverter/ Split

INVERTER �/ Unit

ZUQ71B FUQ71B+RZQ71C+BRC7C528W= 1.158,00 + 2.123,00 + 165,00 3.446,00



Super I nver t er

Plus:

o frees up space on the roofs and walls tofurniture, decor and other accessories. o The inverter control can respond to diffe-rences in temperature of 0.5 º C. o Mode "Low Level Sound Night." o If required, the Super Inverter outdoor unitcan reduce the noise level up to 8 dBA. o You can set the mode for night operation,or automatically according to the scheduleset by the user.



Plus:

1. Optimum air distribution. 2. It is the ideal solution for shops, restaurants or officeswithout false ceiling. 3. There are 2 ways to adjust the angle of discharge ofair. - A. Directionup and down(automatic). - B. Left andright.

4. Frees upspace on theroofs and wallsto furniture, decor and other accessories. 5. Unit extremely quiet at home and abroad. 6. measuring the temperature moves automatically bet-ween the sensor and the sensor back in command,achieving greater precision and more comfort. 7. Automatic direction of the airflow that ensures a uni-form distribution of temperature and air flow. 8. The form of distribution of the airflow can be adaptedto suit ceiling heights up to 3.8 m without loss

capacity.

Súper Inverter Horizontal ceiling Heat pump

Inverter/ Split

�/ Unit

ZHQ71B FHQ71B+RZQ71C+BRC1D52= 1.099,00 + 2.123,00 + 80,00 3.302,00

ZHQ100B FHQ100B+RZQ100C+ BRC1D52= 1.316,00 + 2.940,00 + 80,00 4.336,00

ZHQ125B FHQ125B+RZQ125C+ BRC1D52= 1.422,00 + 3.280,00 + 80,00 4.782,00

Control remote without hose electric

BRC7E63W 165,00

Super I nver t er



Units internal

o The ideal solution forshops, restaurants and offi-ces. o The design allows moreefficient use of land. o The size 71 is a compact,lightweight casing. o Uniform distribution of airmoving through an auto-matic alert can be set tothe desired angle. o When the unit is not run-ning, the alert is closed. o The front panel of thecasing (size 71) can beremoved and washedeasily. o Very quiet.

Units external

o Acom-

pressor with inverter control to adjust the capacity toadapt to changes in the environment. o Equipped with an oscillating or rotary compressor,

which is remarkable for its low noise and high effi-ciency. o The heat exchanger includes a galvanized finishwith a special acrylic material as more advancedthat ensures greater resistance to extreme clima-tic conditions.

Optionals �/ Unit

Control remote with hose electric

FAQ71B BRC7E618 165,00

FAQ100B BRC7C510W 165,00

�/ Unit

ZAQ71B ZAQ71B+RZQ71C+BRC1D52= 1.099,00 + 2.123,00 + 80,00 3.695,00

ZAQ100B ZAQ100B+RZQ100C+ BRC1D52= 1.316,00 + 2.940,00 + 80,00 4.844,00

super Inverter Wall unitsHeat pump

Inverter/ Split

Super I nver t er



Units External

1. High efficiency: - Increase the range of frequency control of the compressor. - Reduces time start / stop at low capacity. - Improved energy efficiency. 2. Possibility of operation in cooling mode only. 3. Wide range of operation. 4. Maximum pipe length: 100m (30m drop). 5. Silent Night mode feature. 6. Specially designed for units with combinations of high-capacity pipes or fittings twin, triple and dou-ble twin.

Units internal

1. Compact unit with air filter lengthy series (models 200 and 250). 2. Maximum external static pressure (ESP) between 150 and 250 Pa.

The new design of the grille and the blades of the fan allows the expulsion of air more quietly to avoidturbulence.

High pressure ducts unitsHeat pump

Inverter/ Split

�/ Unit

DQ125B FDQ125B+RZQ125C+BRC1D52= 1.691,00 + 3.280,00 + 80,00 5.051,00



Ski Ai r Gr eat

Gama Ski Air



Industriales rangeMi ni chi l l er

Coolers inverter residential useEWA(Y)Q

Features

1. Power range: 5-7 kW.

2. Integration of all elements: With a com-pact chassis just 1.174x 737x 300 mm.,Incorporating in it all the necessary com-ponents in an extremely compact system.The primary circuit is included in the team.

3. These small single coolers are designedspecifically for HVAC applications in resi-dential environments. They are ideal forinstalling the entire range of Daikin fan coiland systems in combination with underflo-or heating.

4. The connection is made immediately,without need for major works, once theelements of the house.

5. Can be used to heat water for small outdoorpools and small industrial processes such as controlof fermentation in small barrels of wine.

6. Installation is quick and easy, and requires onlythat the power supply.

7. Wide range of operation. Able to provide coldwater with temperatures of 5 to 20 º C or hot waterwith temperatures of 25 to 55 º C with temperaturesbetween -15 º C and 46 º C.

8. Gan compressor energy savings thanks to SwingInverter.

9. Fins with standard anti-series.

10. Refrigerant R-410A.

COLD ONLY �/ Unit

EWAQ005ACV3P 3.715,00 EWAQ006ACV3P 4.020,00

EWAQ007ACV3P 4.264,00 HEAT PUMP

EWYQ005ACV3P 3.959,00 EWYQ006ACV3P 4.264,00 EWYQ007ACV3P 4.507,00

Hydronyms integrated module



Cold only MINICHILLER EWAQ005AC3P EWAQ006ACV3P EWAQ007ACV3P

Capacity Cooling Min-Nom-Max

Kw 4,01-5,20-5,20 4,01-6,00-6,00 4,01-7,10-7,10

Consumption Cooling Nom Kw 1,89 2,35 2,95

EER 2,75 2,55 2,41

Refrigerant R-410A R-410A R-410A

Dimensions (H-W-B) mm 805x1.190x360 805x1.190x360 805x1.190x360

Weight Kg 100 100 100

compressor Kg SWING SWING SWING

Sound power Cooling High dB(A) 62 62 62

Sound pressure

Cooling High dB(A) 48 48 48

Voltage I/ 220 V I/ 220 V I/ 220 V

Water minium volume 10 10 10

Water pipe diameter

Entry/output mm 1” 1” 1”

Heat pump MINICHILLER EWAQ005AC3P EWAQ006ACV3P EWAQ007ACV3P

Cooling Kw 4,01-5,20-5,20 4,01-6,00-6,00 4,01-7,10-7,10 Capacity

Heating

Min-Nom-Max

Kw 4,09-5,65-6,83 4,09-6,35-8,13 4,09-7,75-8,73

Consumption Cooling Kw 1,89 2,35 2,95

Heating Nom

Kw 1,97 2,24 2,83

EER 2,75/2,87 2,55/2,83 2,41/2,74

Refrigerant R-410A R-410A R-410 A

Dimensions (H-W-B) mm 805x1.190x360 805x1.190x360 805x1.190x360

Weight Kg 100 100 100

compressor Kg SWING SWING SWING

Sound power Cooling High dB(A) 62 62 63

Cooling dB(A) 48 48 50 Sound pressure Heating

High dB(A) 48 48 49

Voltage I/ 220 V I/ 220V I/ 220 V

Water minium volume 10 10 10

Water pipe diameter

Entry/output mm 1” 1” 1”

MINICHILLER



FWV FWL FWM FWD FWB 4 tubes without valve (CFN) 4 tubes without valve (CFN) 4 tubes without valve (CFN) 4 tubes (valve optional) (AF) 2 tube s (valve optional) (AT) FWV01DFN 354 ,00 � FWL01DFN 3 72,00 � FWM01 DFN 296,00 � FWD04AF 620,00 � FW B0 2BTN 406,00 � FWV02DFN 390 ,00� FWL02DFN 4 04,00 � FWM02 DFN 321,00 � FWD06AF 785,00 � FW B0 3BTN 427,00 � FWV03DFN 434 ,00 � FWL03DFN 4 55,00 � FWM03 DFN 361,00 � FWD08AF 916,00 � FW D04BTN 460,00 � FWV04DFN 490 ,00 � FWL04DFN 5 13,00 � FWM04 DFN 407,00 � FWD10AF 1.033,00 � FW D05BTN 554,00 � FWV06DFN 527 ,00 � FWL06DFN 5 54,00 � FWM06 DFN 437,00 � FWD12AF 1.397,00 � FW D06BTN 583,00 � FWV08DFN 695 ,00 � FWL08DFN 7 37,00 � FWM08 DFN 575,00 � FWD16AF 1.637,00 � FW D07BTN 626,00 � FWV10DFN 766 ,00 � FWL10DFN 8 17,00 � FWM10 DFN 635,00 � FWD18AF 1.804,00 � FW D08BTN 759,00 � 4 tubes with valve (CFV) 4 tubes with valve (CFV) 4 tubes with valve (CFV) 2 tubes (valve optional) (AT) FW D09BTN 788,00 � FWV01DFV 751 ,00 � FWL01DFV 7 66,00 � FWM01 DFV 693,00 � FWD04AT 537,00 � FW D10BTN 846,00 � FWV02DFV 787 ,00 � FWL02DFV 8 01,00 � FWM02 DFV 718,00 � FWD06AT 671,00 � 2 tube s w ith valve (ATV) FWV03DFV 831 ,00 � FWL03DFV 8 49,00 � FWM03 DFV 758,00 � FWD08AT 793,00 � FW B0 2BTV 554,00 � FWV04DFV 903 ,00 � FWL04DFV 9 24,00 � FWM04 DFV 820,00 � FWD10AT 913,00 � FW B0 3BTV 574,00 � FWV06DFV 940 ,00 � FWL06DFV 9 69,00 � FWM06 DFV 849,00 � FWD12AT 1.192,00 � FW B0 4BTV 606,00 � FWV08DFV 1.12 5,00 � FWL08DFV 1 .166,00 � FWM08 DFV 1.006,0 0 � FWD16AT 1.388,00 � FW B0 5BTV 704,00 � FWV10DFV 1.19 7,00 � FWL10DFV 1 .245,00 � FWM10 DFV 1.065,0 0 � FWD18AT 1.570,00 � FW B0 6BTV 733,00 � 2 tubes without valve (CTN) 2 tubes without valve (CTN) 2 tubes without valve (CTN)

FW B0 7BTV 776,00 � FWV01DTN 290 ,00 � FWL01DTN 3 03,00 � FWM01 DTN 232,00 � FW B0 8BTV 908,00 � FWV02DTN 325 ,00 � FWL02DTN 3 38,00 � FWM02 DTN 253,00 � FW B0 9BTV 936,00 � FWV03DTN 357 ,00 � FWL03DTN 3 78,00 � FWM03 DTN 285,00 � FW B1 0BTV 995,00 � FWV04DTN 404 ,00 � FWL04DTN 4 26,00 � FWM04 DTN 325,00 � Additio nal b atery for inst allation

4 tube s FWB FWV06DTN 445 ,00 � FWL06DTN 4 71,00 � FWM06 DTN 352,00 � FWV08DTN 588 ,00 � FWL08DTN 6 31,00 � FWM08 DTN 468,00 � FW B0 2/03/04 140,00 � FWV10DTN 663 ,00 � FWL10DTN 7 11,00 � FWM10 DTN 527,00 � FW B0 5/06/07 157,00 � 2 tubes with valve (CTV) 2 tubes with valve (CTV) 2 tubes with valve (CTV) FW B0 8/09/10 185,00 � FWV01DTV 488 ,00 � FWL01DTV 5 01,00 � FWM01 DTV 431,00 �

FWV02DTV 524 ,00 � FWL02DTV 5 38,00 � FWM02 DTV 450,00 � FWD03 DTV 554 ,00 � FWL03DTV 5 77,00 � FWM03 DTV 484,00 � FWV04DTV 620 ,00 � FWL04DTV 6 42,00 � FWM04 DTV 540,00 � FWV06DTV 659 ,00 � FWL06DTV 6 84,00 � FWM06 DTV 567,00 � FWV08DTV 817 ,00 � FWL08DTV 8 57,00 � FWM08 DTV 695,00 � FWV10DTV 891 ,00 � FWL10DTV 9 37,00 � FWM10 DTV 758,00 �

Fan Coi l s

o frees up space on the roofs and walls to furni-ture, decor and other accessories. o Adapts easily. o extremely quiet units.



Soil unit without bounding with available pressure FWB01AT FWB02AT FWB03AT FWB04AT FWB06AT FWB07AT

Cooling capacity ( tubes) (A) Total kw 2,61 3,14 3,49 5,08 5,45 6,47 Sensitive kW 1,88 2,16 2,34 3,6 3,87 4,4 Heating kW 5,47 6,01 6,47 10,31 11,39 12,28 Total consumption (A) W 106 106 106 192 192 192 Air flow (A/ B) Pa 71 71 71 65 65 65 Dimensions m3/ h 400/ 180 400/ 180 400/ 180 800/ 300 800/ 300 800/ 300 Weight (AlxAnxF) mm 239x1.039x609 239x1.039x609 239x1.039x609 239x1.389x609 239x1.389x609 239x1.389x609 Sound power level (A/ B) kg 24,0 26,0 28,0 33,0 35,0 38,0 Cooling capacity ( tubes) (A) dBA 46,5/ 24,5 46,5/ 24,5 46,5/ 24,5 48,5/ 25,5 48,5/ 25,5 48,5/ 25,5

FWB08AT FWB09AT FWB10AT

7,57 8,67 10,34 5,23 5,96 6,9 15,05 16,85 18,78 294 294 294 59 59 59 1200/ 600 1200/ 600 1200/ 600

239x1.739x609 239x1.739x609 239x1.739x609 45,0 48,0 52,0 57,5/ 41,5 57,5/ 41,5 57,5/ 41,5

Soil unit without bounding with available pressure (apartament type) FWD01 FWD02 FWD03 FWD04 FWD06 FWD08 FWD10

Cooling capacity ( tubes) (A) Total kw 3,90 6,20 7,80 8,82 11,90 16,40 18,30 Sensitive kW 3,08 4,65 6,52 7,16 9,36 12,8 14,10 Heating kW 4,05 7,71 9,43 10,79 14,45 19,81 21,92 Total consumption (A) W 177 274 315 325 530 991 1.001 Air flow (A/ B) Pa 90 88 100 95 130 205 185 Dimensions m3/ h 800 1.250 1.600 1.600 2.200 3.000 3.000 Weight (AlxAnxF) mm 280/ 754/ 558 280/ 964/ 558 280/ 1.174/ 558 280/ 1.174/ 558 353/ 1.174/ 718 353/ 1.384/ 718 353/ 1.384/ 718 Sound power level (A/ B) kg 32,5 40,6 47,3 48,7 65,3 77 79,5 Cooling capacity ( tubes) (A) dBA 66/ 58 69/ 60,3 72/ 64 72/ 64 74/ 65,7 78/ 69,4 78/ 69,4

Floor/roof unit without bounding FWM01 FWM02 FWM03 FWM04 FWM06 FWM08 FWM10 Cooling capacity ( tubes) (A) Total kw 1,54 2,09 2,93 4,33 4,77 6,71 8,71 Sensitive kW 1,20 1,51 2,11 3,15 3,65 4,91 6,38 Heating kW 2,14 2,79 3,81 5,63 6,36 7,83 11,1 Total consumption (A) W 36 46 62 87 89 182 244 Air flow (A/ B) m3/ h 319/ 178 344/ 211 442/ 241 706/ 361 785/ 470 1.011/ 570 1.393/ 642 Dimensions (AlxAnxF) mm 224/ 584/ 535 224/ 584/ 535 224/ 794/ 535 224/ 1.004/ 535 224/ 1.004/ 535 249/ 1.214/ 535 249/ 1.214/ 535 Weight kg 14,1 15,1 18,8 22,9 23,4 31,75 31,75 Sound power level (A/ B) dBA 47/ 34 52/ 36 50/ 38 55/ 40 59/ 44 59/ 44 66/ 48

Floor/roof unit with bounding FWL01 FWL02 FWL03 FWL04 FWL06 FWL08 FWL10 Cooling capacity ( tubes) (A) Total kw 1,54 2,09 2,93 4,33 4,77 6,71 8,71 Sensitive kW 1,20 1,51 2,11 3,15 3,65 4,91 6,38 Heating kW 2,14 2,79 3,81 5,63 6,36 7,83 11,1 Total consumption (A) W 36 46 62 87 89 182 244 Air flow (A/ B) m3/ h 319/ 178 344/ 211 442/ 241 706/ 361 785/ 470 1.011/ 570 1.393/ 642 Dimensions (AlxAnxF) mm 246/ 774/ 564 246/ 774/ 564 246/ 984/ 564 246/ 1.194/ 564 246/ 1.194/ 564 271/ 1.404/ 564 271/ 1.404/ 564 Weight kg 20,1 21,1 26,8 32,4 32,9 43,75 43,75 Sound power level (A/ B) dBA 47/ 34 52/ 36 50/ 38 55/ 40 59/ 44 59/ 44 66/ 48

Soil unit with bounding FWV01 FWV02 FWV03 FWV04 FWV06 FWV08 FWV10 Cooling capacity ( tubes) (A) Total kw 1,54 2,09 2,93 4,33 4,77 6,71 8,71 Sensitive kW 1,20 1,51 2,11 3,15 3,65 4,91 6,38 Heating kW 2,14 2,79 3,81 5,63 6,36 7,83 11,1 Total consumption (A) W 36 46 62 87 89 182 244 Air flow (A/ B) m3/ h 319/ 178 344/ 211 442/ 241 706/ 361 785/ 470 1.011/ 570 1.393/ 642 Dimensions (AlxAnxF) mm 564/ 774/ 226 564/ 774/ 226 564/ 984/ 226 564/ 1.194/ 226 564/ 1.194/ 226 564/ 1.404/ 251 564/ 1.404/ 251 Weight Kg 19,1 20,1 24,8 30,4 30,9 41,3 41,3 Sound power level (A/ B) dBA 47/ 34 52/ 36 50/ 38 55/ 40 59/ 44 59/ 44 66/ 48

Soil units with bounding

Soil-ceiling units with bounding

Soil-ceiling without bounding

ceiliong units without bounding with available pressure (apartament type)

Ceiling units without bounding with avaliable pressure

Conditions for the calculation of capaci-ties: 1 .- Cooling: indoor temperature: 19.5 ºCBH; Water Temperature Input / Output:7 º C / 12 ° C. 2 .- Heating: indoor temperature: 20 ºCBS; inlet water temperature: 60 º CBS.

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