Daikin 6h5s19

Air Aconditioning, Catalog - Tariff

Daikin Air Aconditioning

álvarez hortas · C/ Francisco Aritio, 76 · 19004 Guadalajara (Spain)·

www.alvarezhortas.es


Index Introduction Labeling efficiency energy Inverter Daikin

Purifiers Catalytic air pirifiers

Domestic range Cold only/ Inverter Wall-mounted units G anf F Inverter series. 1x1. Multi-Inverter units Multiple external units Internal units Cooling capacity Heat pump/ Inverter Wall-mounted Ururu/Sahara units Wall-mounted UX1 series units Wall-mounted G and F series units Soil units Soil - Ceiling units Multi-Inverter units External units Internal units Cooling loads Cooling capacity Super Multi-Inverter units Multiple external units Internal units maximum length of pipe Capacity tables Altherma Heat pump/ Inverter System of instantaneous cooling and domestic hot water (WF)

SkiAir range Comfort Inverter/ heat pump Ducts units 4 way cassette 60x60 Round flow of cassette units Ceiling horizontal units wall-mounted split units Super Inverter/ Heat pump Ducts units Cassette Round flow of cassette units Sight Cassette units Ceiling Horizontal units Wal-mountedl units

SkiAir range Units of high pressure pipe Industriales range MINICHILLER Coolers for residential use Fan Coils




Labeling Energy Efficiency The labeling of energy efficiency is part of a European program for climate change that focuses on energy savings as a method to reduce CO2 emissions and therefore to comply with the agreements of the Kyoto Protocol. With this program, the European Commission hopes that increased awareness will make customers buy the product more economical (and ecological) that meets your needs.

What is it? The energy efficiency label provides information about energy consumption of the unit. Air conditioning units (with a cooling capacity of 12Kw) are classified into seven different categories (from A to G), according to their energy consumption, and are encoded with different colors, depending on the category they belong to. The units that consume less energy are included in category A, which is indicated by green arrow on the label, while those who consume more units belonging to the G class, indicated with a red arrow on the label. In this way, the end can compare the models with similar units from different brands.

When? The label is required since the end of June 2004 for devices with 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 the external or internal (for applications in multiple assemblies, Daikin prefer to mention only 1 outdoor unit with up to 2 indoor units (wall).

Level of energy efficiency of the unit in cooling mode (EER):




Power Cooling Indication of the annual energy consumption This figure indicates the approximate amount of energy the unit consumes in a year, based on a standard for household application. The annual consumption is calculated by multiplying the total power consumed by an average of 500 hours for one year in cooling mode and full load. To estimate the total cost of energy consumption for one year, simply multiply this amount by the rate of electricity.

Power is defined as the cooling capacity of cooling equipment in kW, operating in cooling mode and at full load. It is important to acquire a unit of air conditioning system with a rated output sufficient for your cooling needs and cooling or heating. Too large a unit can make frequent stops in and start the unit, which reduces its life. Conversely, too small a unit may not meet your needs for heating or cooling. To determine the appropriate power, your dealer.

Energy Efficiency Factor (ENERGY RATIO EFICIENCY, EER) Is the cooling power of the unit divided by the amount of electricity that the unit needed to produce it (total power). In other words, the higher the EER, the greater the difference in the unit. Type of drive system for cooling only or cooling / heating. Cooling mode: air cooled or water.

Coefficient of performance (COEFFICIENT OF Performance, COP) Is the heating power of the unit divided by the amount of electricity that the unit needed to produce it (total power). In other words, the higher the COP, the greater the energy difference of the unit.

Performance of the unit in heating mode (COP):

Heating power Power by means of heating the heating capacity of heat pump equipment in kW, operating in heating mode and load.




Daikin Inverter New technologies In 1982, Daikin established the first air conditioning system with INVERTER technology throughout the world and began to sell systems Variable Refrigerant Volume (VRV), a new technology that improves the conventional air conditioning systems in both cooling and heating. The system of regulation varies Inverter rpm electric motor of the compressor. This will provide the defendant and the power consumption is proportional. As a result, and once up, the unit is changing its ability and consume according to demand. This translates into a continuous operation without stopping, providing a uniform temperature and a significant energy savings. The time that the team needs to reach the desired temperature (up system) is shorter than in conventional systems.

Refrigerant R-410 A Daikin, which is currently the only company in the world with t manufacturing of air conditioning and refrigerant gases. Thanks to his constant research, with its full range, chlorine-free with higher performance (high COP), respecting the environment (zero ODP). Daikin has designed its new equipment with R-410 A to achieve higher returns to R-22. The refrigerant R-410 to use the same oil that the ether R-407C and has another important advantage in practice is azeotropic, so when there is a leak remains R'410 A, making it easy to retrieve and reused.

New Daikin compressors Daikin is a unique brand that has developed new specific compressors in order to apply this technology successfully. Has developed a new Spiral Asimétrico Horizontal Compressor, which get much airconditioning equipment more reliable, efficient, quieter and with lower consumption. At the technical level, it improves performance by eliminating spiral volumetric compressor pulsations. This reduces the noise level and through the change of position in areas of high and low pressure ends with lubrication problems. Swing compressor to higher performance and lifetime. With it, resolved the problems of sealing and lubrication of the rotary compressor. This new compressor is driven by an innovative engine continued running smaller, more efficient and more powerful. Reduces leakage and reduces the heat, preventing the decomposition of the oil.

With a capacity of heat transfer a 40% higher than the R-22 and R-407C, the teams with R-410 has a 15% better performance than the R-407 C. Thus, Daikin, faithful to its policy of technological innovation, presents its full range of domestic R-410 A.




Inverter technology. Maximum efficiency, with the same consumption The use of inverter technology ensures maximum comfort and performance. DC INVERTER system allows the distribution of the refrigerant is done accurately. By varying the speed of rotation of the compressor responds proportionally to the demand of the different parts of the building. That possibility of regulating the compressor reduces the power consumption, 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 accuracy of temperature with respect to conventional systems. Its new engine with neodymium magnet material, ensures a higher torque with lower consumption (between 20% and 40% less). The DC Inverter incorporates new electronic controls and a new microprocessor that integrates a number of parameters, providing the most appropriate solution to every moment.

PAM technology. Maximum comfort with minimum consumption. Control PAM (pulse amplitude modulation) ensures full use of the power and controls the motor's voltage, even in high load conditions, which yields a pair of high rotational speed. There is a substantial energy savings by reducing the switching frequency of the noise and switching losses.

Aesthetics and design Wall units Daikin combine functionality with design and aesthetics more current. Its flat improves air distribution, increasing the capacity of the unit and reduce its noise level.

Short cycle start Inverter control enables the desired temperature much faster than units with inverter technology, in fact, the start-up time is reduced by one third.

30% less energy consumption The inverter control detects changes in both internal and external conditions in seconds and adjusts the interior temperature to compensate for these changes. This rapid response reduces power consumption by more than 30% compared to systems with inverter technology.




Purifiers Functions of the unit

1. Automatic power saving The airflow is adjusted to the amount of dirt in the air. When the purified air, the power saving mode is activated. Other benefits 2. Silent Mode can sleep in absoluThe new generation of te silence. cleaners used first tech- o Large air flow with very low noise level. 3. High power turbo mode is used nology to o It is portable and has a remote control. Flash Stream. o It generates negative ions. where a rapid air purification. o Child Lock. o Easy to clean. 4. monitor the level of purification How does the Flash (dust) indicates the level of air Streamer? pollution detected by the sensor of the Flash Streamer unit delivers dust. high power electron oxidation at high speed and in 3D. These elec5. so pollen can be easily modified trons to collide with and bind the components of air particles to retain the configuration of air decompose odor. flow replace the filter annually electrostatic dust collector (front) and 6. Negative ion mode indicates that the filter for Photocatalyst titanium apatite (back) remains highly they are generating negative ions. effective. 7. operating mode the light signal What is achieved? indicates that the unit is operating. 1. Flash streamer quickly decomposes and removes the bad smell of snuff. 8. Stop Timer lets you program the Down 95% or more of harmful substances such as ammonia, aceshutdown of the unit 1.2 or 4 hours. taldehyde and acetic acid of cigarriillos and reduces the concentration of formaldehyde. The effects of decomposition are very 9. indicator purification indicates durable. whether it is necessary to clean the Note: Flash drive does not remove certain harmful components such as snuff of carbon monoxide. ioniser. 10. Filter replacement indicator 2. The synergy between the Flash and the streamer Photocatalyst removes bacteria faster than previous models. whether to replace the filter. 11. monitor the level of purification (color) indicates the level of air pollution detected by the sensor odor. 12. sensor dust

3. When exposed filter titanium apatite to Flash drive, Photocatalyst activity is two times more efficient than conventional ultraviolet lamps. Removes 99.99% of bacterium in 4 hours, 6 times faster than conventional systems.

13. odor sensor These sensors control the air quality 4. Anti-virus filters. 99.99% of disables in the room and automatically set viruses collected in one minute, provithe required level of performance. ding a healthier environment. 5. Disable the 99.6% of dust mites and pollen filter through the titanium apatite. Model MC707VM-S

/ Unit 480,00




System of three filters Daikin The prefilter removed the larger particles and pet hair, the positively charged particles ioniser contaminated before they reach the ion filter roll. This filter contains two layers of electrostatic filter and a filter of titanium oxide. Section electrostatic trapping micro particles and positively charged. The Photocatalyst Activated by light inverter reacts with titanium oxide to oxidize harmful gases and unpleasant odors and germs and bacterium. We breathe about 22,000 times a day, Daikin purifiers offer the purest air in our homes and workplaces. Eliminates the source of many allergies: dust, pollen, pet hair ... Destroys 99.9% of the pollutants.

Photocatalytic air purifiers Cleansers

MC704AVM

Voltage Dimensions

High Wide Background

Weight Consumption (according to mode)

Cleaning capacity (depending on mode)

Sound pressure

Turbo High Means Low Silent Turbo High Means Low Silent Turbo High Means Low Silent

Mm Mm Mm Kg W W W W W m3/ h m3/ h m3/ h m3/ h m3/ h dBA DBA DBA DBA DBA

I/ 220V 498 400 198 7,0 52 24 20 17 15 420 270 210 120 60 47 36,5 32 24 16




Domestic range

Heat pump

Wall-mounted URURU-SAHARA series units Inverter/ Split

Adequacy of moisture

Role of renewal. Air exchange inside-out.

Automatic control of humidity. The operation Ururu (Wetting) and Sahara (Deshumectación) is made uniform throughout the stay.

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

Moist air creates a better feeling of warmth, comfort.

The air conditioner of the future! To enjoy the maximum comfort, something more is needed to control the temperature. The new generation of air conditioning can: 1. Temperature Control 2. Humidity control 3. Ventilation Moisture Exchange No need for water injection. All moisture is taken from the exterior and the interior is provided.

Control operations of heating and humidity control maintain sufficient comfort in all seasons. Moreover 1. Filter purifying titanium apatite. 2. 3D airflow. URURU SARARA series TXR28E FTXR28E + RXR28E = 726,00 + 852,00 TXR242E FTXR42E + RXR42E = 851,00 + 1.019,00 TXR50E FTXR50E + RXR50E = 1.237,00 + 1.619,00

/ Unit 1.578,00 1.870,00 2.856,00

Air is supplied from outside is filtered and weighed before being taken to the climate.




Wall split set Ururu-Sahara series Set Capacity

Consuption Conexions Voltage Nº wires interconnecting EER COP Labering energy efficiency Annual energu consumption

Cooling

Min-Nom-Max

Heating

Min-Nom-Max

Cooling Heating Liquid Gas

Mjn-Nom-Max Min-Nom-Max

Cooling Heating Cooling Heating Cooling

W Kcal/h W Kcal/h W W Mm Mm

kWh

TXR28E

TXR42E

TXR50E

1.550-2.800-3.600 1.333-2.408-3.096 1.300-3.600-5.000 1.118-3.096-4.300 250-560-800 220-700-1.410 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+T 5,00 5,14 A A 280

1.550-4.200-4.600 1.333-3.162-3.956 1.300-5.100-5.600 1.118-4.386-4.816 260-1.050-1.320 220-1.180-1.600 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+T 4,00 4,32 A A 525

1.550-5.000-5.500 1.333-4.300-4.730 1.300-6.000-6.200 1.118-5.160-5.332 260-1.460-1.800 230-1.510-1.770 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+T 3,42 3,97 A A 730

wall internal units Ururu-Sahara series Wall-mounted internal units Air flow

Cooling Heating

Speed fan Dimensions

(A/B/SB) (A/B/SB)

High Wide background

Weight Sound pressure

Cooling Heating

(A/B/SB) (A/B/SB)

m3/ min m3/ min Nº mm mm mm Kg dBA dBA

TFXR28E

FTXR42E

TFXR50E

11,1/ 6,5/ 5,7 12,4/ 7,3/ 6,5 5+A+S 305 890 290 14,0 39/ 26/ 23 41/ 28/ 25

12,4/ 6,8/ 6,0 12,9/ 7,7/ 6,8 5+A+S 305 890 209 14,0 42/ 27/ 24 42/ 29/ 26

13,3/ 7,3/ 6,5 14,0/ 8,3/ 7,3 5+A+S 305 890 209 14,0 44/ 29/ 26 44/ 31/ 28

External units External units

RXR28E

RXR42E

RXR42E

Compressor type Refrigerant Dimensions

SWING R-410 A 693 795 285 48,0 46/ 46/ 10 -

SWING R-410 A 693 795 285 48,0 48/ 48/ 10 -

SWING R-410 A 693 795 285 48,0 48/ 50/ 10 -


High Wide background Cooling Heating

mm mm mm kg dBA dBA m gr/ m

(A/ B) (A/ B)

Refrigerant load Additional load

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 (= nominal conditions) Note: capacities are based on the following 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

Maximum pipe length (L) Maximum level diffrence (H)

m m

TXR28E

TXR42E

TXR50E

10 8

10 8

10 8

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




Heat pump Wall-mounted UX1 series units Inverter Split Features 1. Sleek and stylish compact: Only 150 mm deep. 2. Extremely quiet: only 22 dB (A) (Model 25 running super low). 3. New slide opening system that improves the distribution of airflow. Cooling mode The flap is fixed in an almost horizontal position, which prevents direct flow of cold air on people and to homogenize the 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 people avoiding the annoying sensation of cold feet.

UX1 series TXG25EW Inverter White FTXG25EW + RXG25E = 608,00 + 705,00 TXG25ES Inverter silver FTXG25ES + RXG25E = 608,00 + 705,00 TXG35EW Inverter White FTXG35EW + RXG35E = 680,00 + 814,00 TXG35ES Inverter silver FTXG35ES + RXG35E = 680,00 + 814,00

/ Unit 1.313,00 1.313,00 1.494,00 1.494,00

Air purifier filter totocatalítico of titanium apatite Effectively absorbs microscopic particles, decomposes odors and even kills bacteria and deactivates viruses. First filter air purifier in the world that employs a Photocatalyst titanium apatite, which limina odors and bacteria and deactivates viruses.




Wall split set UX1 series Wall split set Capacity

Consuption Conexions Voltage Nº wires interconnecting EER COP

Cooling

Min-Nom-Max

Heating

Min-Nom-Max

Cooling Heating Liquid Gas



Labering energy efficiency Annual energy consumption

W Kcal/h W Kcal/h W W Mm Mm

kWh

TXG25EW

TXG25ES

TXG35EW

TXG35ES

1.300-2.500-3.000 1.118-2.150-2.580 1.300-3.400-4.500 1.118-2.924-3.870 300-620-950 290-825-1.420 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+T 4,03 4,12 A A 310

1.300-2.500-3.000 1.118-2.150-2.580 1.300-3.400-4.500 1.118-2.924-3.870 300-620-950 290-825-1.420 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+T 4,03 4,12 A A 310

1.400-3.500-3.800 1.204-3.010-3.268 1.400-4.200-5.000 1.204-3.612-4.300 300-1.060-1.290 310-1.135-1.560 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+T 3,30 3,70 A A 530

1.400-3.500-3.800 1.204-3.010-3.268 1.400-4.200-5.000 1.204-3.612-4.300 300-1.060-1.290 310-1.135-1.560 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+T 3,30 3,70 A A 530

Wall internal units UX1 series Wall internal units

TFXG25EW

FTXG25ES

TFXG35EW

FTXG35ES

front color Air flow

Matt white crystal 7,4/ 4,4/ 3,7 7,7/ 6,0/ 5,0 5+A+S 275 840 150 9,0 38/ 25/ 22 38/ 28/ 25

Matt crystal silver 7,4/ 4,4/ 3,7 7,7/ 6,0/ 5,0 5+A+S 275 840 150 9,0 38/ 25/ 22 38/ 28/ 25

Matt white crystal 7,9/ 4,7/ 4,1 7,9/ 6,0/ 5,1 5+A+S 275 840 150 9,0 39/ 26/ 23 39/ 29/ 26

Matt crystal silver 7,9/ 4,7/ 4,1 7,9/ 6,0/ 5,1 5+A+S 275 840 150 9,0 39/ 26/ 23 39/ 29/ 26



Cooling Heating

(A/B/SB) (A/B/SB)

High Wide background Cooling Heating

(A/B/SB) (A/B/SB)

m3/ min m3/ min Nº mm mm mm Kg dBA dBA

External units External units

RXG25E

RXG35E

Compressor type Refrigerant Dimensions

SWING R-410 A 550 765 285 32,0 46/ 43 47/ 44 10 20

SWING R-410 A 550 765 285 32,0 47/ 44 48/ 45 10 20



Cooling Heating

(A/ B) (A/ B)



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 (= nominal conditions) Note: capacities are based on the following 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 the unit.

Maximum pipe length (L) Maximum level diffrence (H)

m m

TXG25EW/ ES

TXG35EW/ ES

20 15

20 15




Heat pump Wall-mounted G and F series units Inverter/ Split

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

Features 1. The new unit FTXS-G, Plat with new design has a modern appearance and easy to clean thanks to its flat . 2. Lightweight and compact. 3. Unification of units, both in cold and only heat pump. 4. Consumes up to 30% less energy than units Inverter. 5. The motion sensor reduces consumption in the rooms where there are no people. 6. The dual drive air ensures a better distribution of it throughout the room.

G and F series TXS20J2 FTXS20J2+RXS20J2= 496,00+525,00 TXS25J2 FTXS25J2+RXS25J2= 497,00+587,00 TXS35J2 FTXS35J2+RXS35J2= 521,00+679,00 TXS42J2 FTXS42J2+RXS42J2= 635,00+828,00 TXS50J2 FTXS50J2+RXS50J2= 883,00+1.156,00 TXS60F FTXS60G+RXS60F= 1.134,00+1.228,00 TXS71F FTXS71G+RXS71F= 1.403,00+1.571,00

The Night mode allows you to prevent any sudden change in temperature raising / lowering the temperature carefully before the air conditioning system is stopped so that more can sleep comfortably. Units will have the new G series ECONO mode (power saving mode). This mode reduces power consumption and maximum operating current by approximately 30% during the system boot. This wall unit is equipped with a filter air purifier apatite photocatalytic titanium.

/ Unit 1.021,00 1.084,00 1.200,00 1.463,00 2.039,00 2.362,00 2.974,00




Wall split set, G and F series G y F series, s et Capacity

Consumption Conexions Voltage Nº wir es in terconn ectin g EER COP

Cooling

Min-Nom-Max

Heating

Min-Nom-Max

Cooling Heating Liqu id G as



Labeting energy eff icien cy Ann u al en ergy con sumption

W Kcal/h W Kcal/h W W mm mm

kWh

TXS20J2

TXS25J2

TXS35J2

TXS50J2

TX S6 0G

TXS71G

1 .3 00-2 .000-2 .6 00 1 .1 18-1 .720-2 .2 36 1 .3 00-2 .700-4 .1 00 1 .1 18-2 .322-3 .5 26 300-4 70-82 0 290-6 30-1.2 90 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 20 0V 3+T 4 ,2 6 4 ,2 9 A A 2 35

1.300-2.500 -3.00 1.118-2.150-2.580 1.300-3.400-4.500 1.118-2.924-3.870 300 -550-960 290 -750-1.430 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+ T 3,55 4,53 A A 275

1 .400-3.400-3 .800 1 .204-2.924-3 .268 1 .400-4.000-5 .000 1 .204-3.440-4 .300 300-870-1 .2 70 310-960-1 .5 60 Ø 6 ,4 (1 / 4”) Ø 9 ,5 (3 / 8”) I/ 200V 3+ T 4 ,02 4 ,17 A A 435

900 -5.00-5.800 774 -4.300-4.988 900 -5.800-7.500 774 -4.988-6.450 400 -1.520-1.770 435 -1.570-2.200 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200V 3+ T 3,29 3,69 A A 760

900-6 .0 00-6 .700 774-5 .1 60-5 .762 900-7 .0 00-8 .000 774-6 .0 20-6 .880 440-1 .9 90-2 .400 400-2 .0 40-2 .810 Ø 6 ,4 (1/ 4”) Ø 9 ,5 (3/ 8”) I/ 200V 3+ T 3 ,02 3 ,43 B B 9 95

900 -7.100 -8.000 774 -6.106 -6.880 900 -8.500 -9.500 774 -7.310 -8.170 570 -2.350 -3.200 520 -2.550 -3.820 Ø 6,4 (1/ 4 ”) Ø 9,5 (3/ 8 ”) I/ 200V 3 +T 2,81 3,23 B C 1.175

Iall internal unit, G and F series D and B series, intern al un it s Air flow Speed f an Dimen sion s

Coolin g Heating

(A/ B / SB) (A/ B / SB)

High Wide Backgroun d

Weigh t Sou nd pr essu re

Coolin g Heating

(A/ B / SB) (A/ B / SB)

m 3/

h m 3/ h Nº mm mm mm Kg dBA dBA

FTXS20 J2

FT X25J2

FTX35J2

FTX S5 0J2

FTXS60F

FTXS71F

9,0/ 4 ,7/ 3,9 9,3/ 5 ,8/ 5,0 5+ A+ S 2 95 8 00 2 15 9 ,0 38/ 2 5/ 22 38/ 2 8/ 25

9,0/ 4,7/ 3,9 9,6/ 5,8/ 5,0 5+A +S 295 800 215 9,0 38/ 25/ 22 38/ 28/ 25

1 0,0/ 4,8/ 4,0 1 0,3/ 6,0/ 5,2 5+ A+ S 295 800 215 9,0 39/ 26/ 23 39/ 29/ 26

11,4/7 ,1/ 6,2 10,9/ 7,4/ 6,3 5 +A+ S 2 95 8 00 2 15 9 ,0 44/ 35/ 32 42/ 33/ 30

16,2/ 11,5/ 10,0 17,4/ 12,8/ 10,5 5+ A+S 290 1.050 238 12,0 45 / 36/ 3 3 44 / 35/ 3 2

17,4/ 11 ,9 / 11,2 21,5/ 14 ,4 / 13,3 5+ A+ S 290 1.050 238 12,0 46/ 3 7/ 34 46/ 3 7/ 34

External units Ex ternal u nits

R XS20J2

RX S2 5J2

RXS35J2

R XS50J2

RXS60 F

RXS71F

Compressor type Refr igeran t Dimen sion s

SWIN G R-410 A 550 765 285 30,0 46 / 43 47 / 44 10 20

SWIN G R -41 0 A 550 765 285 30,0 46/ 43 47/ 44 10 20

SWING R-410 A 55 0 76 5 28 5 32 ,0 47/ 44 48/ 45 10 20

SWIN G R-410 A 735 825 300 49,0 47/ 44 48/ 45 10 20

SWIN G R -41 0 A 735 825 300 5 3,0 49/ 4 6 49/ 4 6 10 20

SWING R-410 A 735 825 300 55,0 5 2/ 49 5 2/ 49 10 20

Weigh t Sou nd pr essu re

High Wide Backgroun d Cooling Heating

mm mm mm Kg dBA dBA m gr/ m

(A/ B ) (A/ B )

Refr igeran t load Addition al load


Maximu m pipe length (L) Maximu m level diffrence (H )

m m

T XS20J2

T XS2 5J2

T XS35 J2

T XS50J2

T XS6 0F

TXS71F

20 15

20 15

20 15

30 20

30 20

30 20




Heat pump Soil units Inverter / Split

Filter purifying titanium apatite Photocatalytic air purifier filter of titanium apatite. Effectively absorbs microscopic particles, decomposes odors and even kills bacteria and deactivates viruses. Plus: 1. Energy savings: Cals A. It increases substantially the EER 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 embedded 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. 2. 3. 4. 5.

The automatic vertical orientation function automatically moves the flaps up and down, thereby ensuring a uniform distribution of air throughout the room. The vertical fin angle broad, slightly curved, offer extensive coverage of the airflow, thus maximizing the effectiveness of cooling regardless of the part of the room in which it is located inside the unit. The fins can be adjusted manually.

VXS-F series VXS25F FVXS25F+RXS25G= 1.146,00+587,00 VXS35F FVXS35F+RXS35G= 1.275,00+679,00 VXS50F FVXS50F+RXS50G= 1.394,00+1.156,00

5 veloc. ventilador + Función silenciosa. Programador horario (7 días). 4 acciones/ día. On/Off & Control Temperatura. Función copia.

The remote features a weekly timer, which allows to adapt the functioning of the unit according to their personal needs, and a memory that can be programmed to control the daily operation of the system can be set to 4 different actions per day.

/ Unit 1.733,00 1.954,00 1.2.550,00




Conjunto split de suelo Soil split set Capacity

Consumption Conexions Voltage Nº wires interconnecting EER COP Labeting energy efficiency Annual energy consumption

Cooling

Min-Nom-Max

Heating

Min-Nom-Max

Cooling Heating Líquid Gas




kWh

VXS25F

VXS35F

VXS50F

1.300-2.500-3.000 1.118-2.150-2.580 1.300-3.400-4.500 1.118-2.924-3.870 300-700-920 290-900-1.390 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200v 3+T 4,39 4,30 A A 285

1.400-3.500-3.800 1.204-3.010-3.268 1.400-4.500-5.000 1.204-3.870-4.300 300-1.090-1.250 310-1.320-1880 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200v 3+T 3,43 3,69 A A 510

900-4.800-5.300 774-4.128-4.558 900-6.000-7.700 774-1.700-2.350 450-1.700-2.350 310-1.870-2.600 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 200v 3+T 3,23 3,63 A A 775

FVXS25F

FVXS35F

FVXS50F

8,2/ 4,8/ 4,1 8,8/ 5,0/ 4,4 5+A+S 600 700 210 14,0 38/ 26/ 23 38/ 26/ 23

8,5/ 4,9/ 4,5 9,4/ 5,2/ 4,7 5+A+S 600 700 210 14,0 39/ 27/ 24 39/ 29/ 26

10,7/ 7,8/ 6,6 11,8/ 8,5/ 7,1 5+A+S 600 700 210 14,0 44/ 36/ 33 45/ 36/ 33

Unidades interiores de suelo Soil internal units Air flow

Cooling Heating


m3/

(A/ B/ SB) (A/ B/ SB)

h m3/ h Nº mm mm mm Kg dBA dBA



Cooling Heating

(A/ B/ SB) (A/ B/ SB)

Unidades exteriores External units

RXS25G

RXS35G

RXS50G

Compressor units Refrigerant Dimensions

SWING R-410 A 550 765 285 34,0 46/ 43 47/ 44 10 20

SWING R-410 A 550 765 285 34,0 48/ 44 48/ 45 10 20

SWING R-410 A 735 825 300 48,0 48/ 44 48/ 45 10 20


High Wide Background Cooling Heating

(A/ B) (A/ B)




Maximum pipe length Maximum level difference

m m

VXS25F

VXS35F

VXS50F

20 15

20 15

30 20




Heat pump Soil-ceiling units Inverter/ Split

Photocatalytic deodorising filter It is a bactericidal and deodorizing filter that quickly neutralizes the smell of snuff and animals and also reduces the reproduction of bacterium and micro-organisms trapped in the filter. If the effectiveness of the filter decreases, can be restored by exposing it to sunlight. Filter air purifier The air filter traps particles down to 0.01 microns to purify the air of a room. The filter has a double-sided electrostatic filter cleaning air into the front side and a deodorizing activated charcoal filter in the rear.

Plus: o Can be installed on the ceiling or the bottom of the 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 unit by 3 dB (A). o drain tray can be placed vertically or horizontally. LXS-B series TLXS25B FLXS25B+RXS25G= 925,00+587,00 TLXS35B FLXS35B+RXS35G= 1.058,00+679,00 TLXS50B FLXS50B+RXS50G= 1.736,00+1.156,00

/ Unit 1.512,00 1.707,00

PAM inverter technology The inverter technology PAM (pulse amplitude modulation) allows a better performance in cooling and heating and reduced energy consumption. With a minimum consumption is obtained with maximum comfort.

1.892,00




Soil-ceiling split, set Soil-ceiling set Capacity

Consumption Conexions Voltage Nº wires interconnecting EER COP

Cooling

Min-Nom-Max

Heating

Min-Nom-Max

Cooling heating Liuid Gas



Labeting energy efficiency Annual energy consumption


kWh

LXS25B

LXS35B

LXS50B

1.200-2.500-3.000 1.032-2.150-2.580 1.200-3.400-4.500 1.032-2.924-3.870 300-650-860 290-980-1.490 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 220V 3+T 3,85 3,47 A B 325

1.200-3.500-3.800 1.032-3.010-3.268 1.200-4.000-5.000 1.032-3.440-4.300 300-1.130-1.260 290-1.230-1.850 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 220V 3+T 3,10 3,25 B C 565

900-4.900-5.300 774-4.214-4.558 900-6.100-7.500 774-5.246-6.450 450-1.720-1.950 310-1.820-3.540 Ø 6,4 (1/ 4”) Ø 9,5 (3/ 8”) I/ 220V 3+T 2,85 3,35 C C 860

Soil-ceiling internal units Internal units, soil-ceiling Air flow

Cooling Heating


(A/ B/ SB) (A/ B/ SB)

high wide background


Cooling Heating

(A/ B/ SB) (A/ B/ SB)

m3/ h m3/ h Nº mm mm mm Kg dBA dBA

FLXS25B

FLXS35B

FLXS50B

7,6/ 6,0/ 5,2 9,2/ 7,4/ 6,6 5+A+S 490 1.050 200 16,0 37/ 31/ 28 37/ 31/ 29

8,6/ 6,6/ 5,6 9,8/ 8,0/ 7,2 5+A+S 490 1.050 200 16,0 38/ 32/ 29 39/ 33/ 30

11,4/ 8,5/ 7,6 12,1/ 7,5/ 6,8 5+A+S 490 1.050 200 17,0 47/ 39/ 36 46/ 35/ 33

External units External units Compressor type Refrigerant Dimensions


High Wide Background Cooling Heating

(A/ B) (A/ B)



RXS25G

RXS35G

RXS50G

SWING R-410 A 550 765 285 30,0 46/ 43 47/ 44 10 20

SWING R-410 A 550 765 285 32,0 48/ 44 48/ 45 10 20

SWING R-410 A 735 825 300 49,0 48/ 44 48/ 45 10 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 (= nominal conditions)

Note: capacities are based on the following 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 the unit.

Maximum pipe length Maximum level difference

m m

LXS25B

LXS35B

LXS50B

20 15

20 15

30 20




Heat pump Multi-Inverter units Inverter/ Multiple

Compatible internal units

2x1 2MXS40D

3x1 3MXS52D

4x1 4MXS68D

4x1 4MXS80D

5x1 5MXS90E

Wall unit FTXS-DW/ CTXS-DW Wall unit FTXS50-60-71B Soil unit FVXS-B Soil-Ceiling unit FLXS-B Ducts unit F(D)BQ-B Ducts unit FDXS/ CDXS-C Cassette 600x600 unit FFQ-B Ceiling horizontal unit FHQ-B

20-25-35 25-35 25-35 -

20-25-35-50 50 25-35-50 25-35-50 25-35-50 25-35-50 25-35-50 35-50

20-25-35-50 50-60 25-35-50 25-35-50 25-35-50-60 25-35-50-60 25-35-50-60 35-50-60

20-25-35-50 50-60-71 25-35-50 25-35-50 25-35-50-60 25-35-50-60 25-35-50-60 35-50-60

20-25-35-FTKS50DW 50-60-71 (serie E) 25-35-50 25-35-50 25-35-50-60 25-35-50-60 25-35-50-60 25-35-50-60

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 operation per year at full load (= nominal conditions). 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 the unit.

Multi - Inverter external units Multiple external units Capacity

Cooling. Heating. Cooling. Heating.

Consumption Compressor type Refrigerante Pipes conexions

Dimensions

4x1 4MXS68F

4x1 4MXS80E

5x1 5MXS90E

1.490-5.200-6.500 2.300-6.800-7.340 360-1.710-2.420 490-1.680-1.890 SWING R-410 A Ø 6,4x3

2.420-6.800-8.670 3.040-8.600-10.640 510-2.060-3.270 680-2.060-2.620 SWING R-410 A Ø 6,4x4

2.740-8.000-9.340 3.570-9.600-10.880 530-2.180-2.820 810-2.270-2.750 SWING R-410 A Ø 6,4x4 Ø 9,5x2, 12,7x1, 15,9x1 908 900 320 73,0 48/ 43 49/ 44 I/ 220V 3+T 40 20 -

3.700-9.000-10.500 5.500-10.300-11.500 685-2.466-3.200 1.170-2.341-3.043 SWING R-410 A Ø 6,4x5 Ø 9,5x2, 12,7x1, 15,9x1 770 900 320 69,0 52/ 47 52/ 48 I/ 220V 3+T 35 20 -

Liquid

mm

Gas

mm

Ø 9,5x2

Ø 9,5x2, 12,7x1

Ø 9,5x2, 12,7x2


mm mm mm kg dB(A) dB(A)

640 685 285 39,0 47/ 43 48/ 44 I/ 220V 3+T 20 20 25+35 3,42 3,61 A A

735 936 300 55,0 46/ 43 47/ 44 I/ 220V 3+T 30 20 -

735 936 300 59,0 48/ 43 49/ 44 I/ 220V 3+T 30 20 -

Cooling. Heating. Voltage Nº wires interconnecting Refrigerant load Adicional load Wall units combination FTKS-DW EER Cooling. COP Heating. Cooling. Labeting energy effciency Heating. Annual energy Cooling. consumption / Unit Sound pressure level (A/ B)

W Kcal/ h W Kcal/ h

3x1 3MXS52G

1.500-3.900-4.200 1.500-4.400-4.700 400-1.240-1.520 340-1.220-1.450 SWING R-410 A Ø 6,4x2

Weight

Min-Nom-Max Min-Nom-Max Min-Nom-Max Min-Nom-Max

2x1 2MXS40G

m gr/ m

kW/h

620

-

-

-

-

1.252,00

1.681,00

2.862,00

3.458,00

4.220,00

Múltiple external units Length máx. de tubería (L1 + L2 + ...) Level difference máx. (H) Length máx. for internal units (L1, L2,...) Level difference between units (h)

m m m m

2MXS40D

3MXS52D

4MXS68D

4MXS80D

5MXS90E

30 15 20 7,5

45 15 25 7,5

60 15 25 7,5

70 15 25 7,5

75 15 25 7,5




Heat pump

Multiple external units

Nominal capacity

Super Multi-Inverter Units

cooling Heating

Nominal consumption EER COP Energy label Annual energy consumption Internal units connection (máx) Voltage Compressor type Nº Inter. Connection Pipes connection Air flow Dimensions

Weight Sound pressure level Prices

Centralized controls Prices

conection cards centralized controls KRP928A2S DTA112B51

Price Price

Distribution boxes Nº internal units Price

Cooling Heating Cooling Heating Cooling Heating Cooling (nº boxes BP)

W Kcal/ h W Kcal/ h W W

kW/ h nº

Liquid Gas Cooling Heating Alto Ancho Fondo

mm mm m3/ min m3/ min

Cold./ Heat.

dBA

RMXS112D

RMXS140D

RMXS160D

11.200 9.632 12.500 10.750 3.570 4.020 3,14 3,11 B D 1.785 6 (3) I/ 220V SCROLL 2 Ø 9,5 (3/8”) Ø 19,1 (3/4”) 104 107 1.345 900 320 127,0 51/ 53 5.944,00

14.000 12.040 16.000 13.760 5.220 5.320 2,68 3,01 8 (3) I/ 220V SCROLL 2 Ø 9,5 (3/8”) Ø 19,1 (3/4”) 104 107 1.345 900 320 127,0 51/ 53 6,238,00

15.500 13.330 17.500 15.050 5.560 5.560 2,79 3,15 9 (3) I/ 220V SCROLL 2 Ø 9,5 (3/8”) Ø 19,1 (3/4”) 104 109 1.345 900 320 127,0 51/ 53 7.239,00

DCS302B51

DCS301B51

DST301B51

DCS601C51

1.801,00

899,00

899,00

3.425,00

FTXS/ CTXS, FVXS, FLXS, FDXS, CDXS

F(D) BQ, FFQ, FHQ

367,00 -

206,00

BPMKS976A2

BPMKS967A3

2 230,00

3 290,00

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 operation per year at full load (= nominal conditions). 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 the unit.

How to calculate the additional amount of refrigerant should be added: Additional amount of refrigerant should be added R (kg). The value of R must be rounded in units of 0.2 kg.

Example for the calculation of aditional load For combine with borad Refnet Price

KHRQ22M20T

L1: Ø 6,4x4 m L2: Ø 6,4x5 m L3: Ø 6,4x7 m

L4: Ø 6,4x4 m L5: Ø 6,4x6 m L7: Ø 6,4x4 m

L7: Ø 6,4x6 m

91,00

Super Multi Inverter with R-410 A o Multiple high-capacity system, combining up to 9 units with independent control and with a single outdoor unit. o Many possible combinations, a variety of designs and capacities to déçu to different needs. o Power I / 200V (single phase) greatly simplifies the wiring.



A: Ø 9,5x7 m B: Ø 9,5x4 m c: Ø 9,5x2 m


Heat pump Super Multi-Inverter units

o Maximum length of 115 meters and pipes up to 30 meters, allowing great comfort in the facility. o Only two pipes (liquid and gas) connecting the outdoor unit with boxes of Distribution. o Single Power Supply.

RMXS112D

RMXS140D

RMXS160D

m m

115 60

135 80

145 90

m m m

15 30 15

15 30 15

15 30 15

Maximum pipe length Total system (1) Box – internal unit (2) Maximum height difference Box – internal unit (1 room) External unit – box/ internal unit Box – box, internal unit – internal

(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 ALTHERMA System of simultaneous cooling and domestic hot water Altherma is a system of simultaneous cooling and domestic hot water. This revolutionary system extracts the free energy of the outside air to heat the home to a comfortable temperature in both the coldest days of winter or summer. Altherma can connect to both a low temperature radiator heating elements for heating and is ideal for combination with production of hot water through solar energy s. Additionally, you can save up to 50% of energy through technology Inverter. With this new system, Daikin leading solutions in the growing market for advanced low temperature heating.

Features: 1. It is possible to use different types of housing is compatible with: - Fan Coils apartment type ducts. - System Fan Coils individualized for each room. - Fan Coils and heating, offering a solution with the same system for different applications. - Heaters at low temperature (55 º C). 2. Altherma can be specified in new construction in reform projects.

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

ALTHERMA

/ Unit

WF006BR3 ERHQ006BV3+EKHBX008BBV3+EKHSWS150B3V3+EKHBDP= 1.636,00+2.077,00+1.267,00+260,00 WF007BR3 ERHQ007BV3+EKHBX008BBV3+EKHSWS150B3V3+EKHBDP= 1.963,00+2.077,00+1.267,00+260,00 WF008BR3 ERHQ008BV3+EKHBX008BBV3+EKHSWS200B3V3+EKHBDP= 2.208,00+2.077,00+1.304,00+260,00 WF011BR3 ERHQ011BV3+EKHBX006BBV3+EKHSWS200B3V3+EKHBDP= 3.084,00+2.504,00+1.304,00+260,00 WF014BR3 ERHQ014BV3+EKHBX016BBV3+EKHSWS300B3V3+EKHBDP= 3.701,00+2.504,00+1.477,00+260,00 WF016BR3 ERHQ016BV3+EKHBX016AB3V3+EKHSWS300B3V3+EKHBDP= 4.441,00+2.504,00+1.477,00+260,00


5.240,00 5.567,00 5.849,00 7.152,00 7.942,00 8.682,00



ERYQAC/ ERHQ, external units ERYQAC/ ERHQ external units Cooling Heating High wide background

Capacity Dimensions Refrigerant Sound pressure

kW kW mm mm mm dB(A)

ERYQ005AC

ERYQ006C

ERYQ007AC

ERHQ011A

ERHQ014A

ERHQ016A

5,12 5,75 797 960 390 R-410 A 48

5,86 6,84 797 960 390 R-410 A 48

6,08 8,43 797 960 390 R-410 A 52

10,00 11,20 11,70 900 320 R-410 A 42

12,50 14,00 1.170 900 320 R-410 A 42

13,10 16,00 1.170 900 320 R-410 A 43

HidroKits EKHB007/ EKHBX016 Hidrokits EKHBX007/ EKHBX016 Combination High wide background

Dimensions Sound pressure

mm mm mm dB(A)

EJHB007AC3V3

EJHB007AC3V3

EJHB007AC3V3

EJHB016AAC3V3

EJHB016AAC3V3

EJHB016AAC3V3

ERYQ005AC 936 487 461 27

ERYQ006AC 936 487 461 27

ERYQ007AC 936 487 461 27

ERYQ011AAV3 939 502 361 30

ERYQ014AAV3 939 502 361 30

ERYQ016AAV3 939 502 361 30

DCW deposit acumulator Storage cylinder HDW Volume Diameter High Weight

l mm mm kg

EKSWW150V3

EKSWW200V3

EKSWW300V3

150 500 850 37,00

200 580 1.150 45,00

300 580 1.600 59,00

Resistance available to deposit of ACS 3 kW standard (no more power optional)

1. This new system allows simultáneamnete: - Air conditioning cold / heat. - Hot water sanitary. 2. Easy and flexible. You do not need chimneys, fuel tanks or gas connections.




SkiAir range

Comf or t I nver t er Ducts units Heat pump Inverter/ Split

All models include FBQ drainage pump series.

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

Optionals Decorative s FBQ35-50 FBQ60-71 FBQ100-125 FBQ140

/ Unit BY BS45 BY BS71 BY BS125 BY BS125

254,00 295,00 348,00 348,00

Inverter

/ Unit

BQ35C FBQ35C+RXS35G+BRC1D52= 787,00 + 679,00 + 80,00 BQ50C FBQ50C+RXS50G+BRC1D52= 828,00 + 1.156,00 + 80,00 BQ60C FBQ60C+RXS60F+BRC1D52= 979,00 + 1.228,00 + 80,00 BQ71C FBQ71C+RXS71D+BRC1D52= 1.138,00 + 1.617,00 + 80,00 BQ100C FBQ100C+RXS100D+BRC1D52= 1.378,00 + 2.144,00 + 80,00 BQ125C FBQ125C+RXS125D+BRC1D52= 1.477,00 + 2.280,00 + 80,00 BQ140C FBQ140C+RXS140D+BRC1D52= 2.008,00 + 2.983,00 + 80,00


1.546,00 2.064,00 2.287,00 2.835,00 3.602,00 3.837,00 5.071,00


Air Aconditioning, Catalog - Tariff Ducts units Inverter BQ35B

Inverter BQ50B

Inverter BQ60B

BQ71B

1.400-3.500-3.800 1.204-3.010-3.268 1.400-4.200-5.000 1.204-3.612-4.300 290-1.150-1.435 300-1.300-1.520 Ø 6,4 (1/4”) Ø 9,5 (3/8”) I/ 220V 3+T 3,04/3,23 B/C 575

1700-5.000-5.300 1.462-4.300-4.550 1.700-5.800-6.000 1.462-4.988-5.160 390-1.550-1.750 425-1.750-2.250 Ø 6,4 (1/4”) Ø 12,7 (1/ 2”) I/ 220V 3+T 3,22/3,31 A/C 775

1.700-6.000-6.500 1.462-5.160-5.590 1.700-7.000-8.000 1.462-6.020-6.880 440-1.190-2.300 400-2.040-2.180 Ø 6,4 (1/4”) Ø 12,7 (1/ 2”) I/ 220V 3+T 3,01/2,90 B/C 995

7.100 6.106 8.000 6.880 2.500 2.350 Ø 9,5 (3/8”) Ø 15,9 (5/ 8”) I/ 220V 3+T 2,84/3,40 C/C 1.250

Ducts set Capacity

Consumption connections Voltage Nº Inter. connection EER/ COP Energetic label Annual energy consumption

Cold

Min-Nom-Max

Heat

Min-Nom-Max

Cold Heat Líquid Gas

Min-Nom-Max Min-Nom-Max

Cold/Heat Cold/Heat Cold


kWh

BQ100B

BQ125B

10.000 8.600 11.200 9.632 3.750 3.400 Ø 9,5 (3/8”) Ø 15,9 (5/ 8”) I/ 220V 3+T 2,66/3,29 C/C 1.875

12.500 10.750 14.000 12.040 4.400 4.240 Ø 9,5 (3/8”) Ø 15,9 (5/ 8”) III/ 380V 3+T 2,84/3,30 C/C 2.200

Ducts internal units Ducts internal units Air flow

Cold Heat Standard/High

Fans speeds dimensions

(A/ B) (A/ B)



Cold. Heat Modelo

decorativo

(A/ B) (A/ B)

m3/ min m3/ min mmH2O Nº mm mm mm kg dBA dBA

FBQ35B

FBQ50B

FBQ60B

FBQ71B

RBQ100B

FBQ125B

11,5/ 9 11,5/ 9 5/ 9 2 300 700 800 30,0 33/ 29 33/ 29 BYBS45

14/ 10 14/ 10 5/ 9 2 300 700 800 31,0 33/ 29 33/ 29 BYBS45

19/ 14 19/ 14 5/ 9 2 300 1.000 800 41,0 34/ 30 34/ 30 BYBS71

19/ 14 19/ 14 5/ 9 3 300 1.000 800 41,0 34/ 30 34/ 30 BYBS71

27/ 20 27/ 20 5/ 9 3 300 1.400 800 51,0 36/ 31 36/ 31 BYBS125

35/ 24 35/ 24 5/ 9 3 300 1.400 800 52,0 38/ 21 38/ 21 BYBS125

External units External units Air flow

Cold Heat

Comprensser type Refrigerant Dimensions

Weight Sound pressure Refrigerant load for Additional load

(A/ B) (A/ B)

High Wide Background Cold Heat

(A/ B) (A/ B)

m3/

min m3/ min


RKS35G

RKS50G

RKS60F

RZQ71C

RZQS100C

RZQS125C

33,5/ 23,4 30,2/ 28,3 SWING R-410 A 550 765 285 34,0 48/ 44 48/ 45 10 20

48,9/ 45,0/ SWING R-410 A 735 825 300 49,0 48/ 44 48/ 45

50,9/ 46,3/ SWING R-410 A 735 825 300 48,0 49/ 46 49/46

54,5/ 48,1/ SWING R-410 A 770 900 320 68,0 49/ * 51/*

61,3/ * 61,7/* SWING R-410 A 770 900 320 68,0 51/ * 55/*

99/ * 100/* SWING R-410 A 1.170 900 320 100,0 51/ * 53/*

10 20


10 20

Consult table



Comf or t I nver t er 4 way Cassette 60x60 units Heat pump Inverter/ Split

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.

/ Unit FQ25B FFQ25B+RXS25G+BRC7E530W= 466,00 + 587,00 + 315,00 BQ35B FFQ35B+RXS35G+BRC7E530W= 552,00 + 679,00 + 315,00 BQ50B FFQ50B+RXS50G+BRC7E530W= 505,00 + 1.156,00 + 315,00 BQ60B FFQ60B+RXS60G+BRC7E530W= 812,00 + 1.228,00 + 315,00

1.533,00 1.711,00 2.141,00 2.520,00




Cassette set Cassette set Capacity

consumption connections Voltage Nº Inter. connection EER/ COP Energetic label Annual energy consumption

Cold

Min-Nom-Max

Heat

Min-Nom-Max

Cold Heat Líquid Gas

Min-Nom-Max Min-Nom-Max

W Kcal/ h W Kcal/ h W W mm mm

Cold/ Heat. Cold/ Heat. Cold

kWh

Inverter FQ25B

Inverter FQ35B

Inverter FQ50B

Inverter FQ60B

1.300-2.500-3.000 1.118-2.150-2.580 1.300-3.200-4.500 1.118-2.752-3.870 290-800-1.000 270-900-1.650 Ø 6,4 ( 1/ 4”) Ø 9,5 ( 3/ 8”) I/220V 3+T 3,12/ 3,55 B/ B 400

1.400-3.400-3.700 1.204-2.924-3.182 1.400-4.500-5.000 1.204-3.870-4.300 290-1.150-1.350 270-1.450-1.700 Ø 6,4 ( 1/ 4”) Ø 9,5 ( 3/ 8”) I/220V 3+T 3,04/ 3,10 B/ D 575

900-4.700-5.600 774-4.042-4.816 900-5.500-7.000 774-4.730-6.020 350-1.550-1.700 400-1.700-2.100 Ø 6,4 ( 1/ 4”) Ø 12,7(1/2”) I/220V 3+T 3,22/ 3,41 A/ B 775

900-5.800-6.000 774-4.988-5.160 900-7.000-8.000 774-6.020-6.880 440-1.990-2.300 400-2.040-2.810 Ø 6,4 ( 1/ 4”) Ø 12,7(1/2”) I/220V 3+T 3,01/ 2,90 B/ C 995

Cassette internal units Cassette internal units Air flow Fans speeds Dimensions

Cold./ Heat.

(A/ B)

m3/

(A/ B)

Nº mm mm mm kg dBA


Weight Sound pressure decorative Dimensions

Cold./ Heat. Model High Wide background

min

mm mm mm kg

Weight

FFQ25B

FFQ35B

FFQ50B

FFQ60B

9/ 6,5 2 286 575 575 17,5 29,5/ 24,5 BYFQ60B 55 700 700 2,7

10/ 6,5 2 286 575 575 17,5 32/ 25 BYFQ60B 55 700 700 2,7

12/ 8 2 286 575 575 17,5 36/ 27 BYFQ60B 55 700 700 2,7

15/ 10 2 286 575 575 17,5 41/ 32 BYFQ60B 55 700 700 2,7

RXS25G

RXS35G

RXS50G

RXS60F

36,2/ 25,7 32,6/ 30,6 SCROLL R-410 A 550 765 285 30,0 46/ 43 47/ 44 10 20

33,5/ 23,4 30,2/ 28,3 SCROLL R-410 A 550 765 285 32,0 47/ 44 48/ 45 10 20

48,9/ * 45,0/ * SCROLL R-410 A 735 825 300 49,0 48/ 44 48/ 45 10 20

50,9/ * 46,3/ * SCROLL R-410 A 735 825 300 53,0 49/ 46 49/ 46 10 20

External units External unit Caudal del aire Tipo de compresor Refrigerante Dimensiones

Peso Presión sonora Carga de refrigerante para Carga adicional

Cold Heat.

(A/ B/ SB) (A/ B/ SB)

High Wide background Cold Heat.

(A/ B) (A/ B)

m3/ min m3/ min


Maximum pipe length (L) Maximumlevel difference (H)

m m

Inverter FQ25B

Inverter FQ35B

Inverter FQ50B

Inverter FQ60B

20 15

20 15

30 20

30 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 operation 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 º CBS. 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 distance of 1 meter from the unit.




Comf or t I nver t er Round Flow cassette unit Heat pump Inverter/ Split

New Round Flow The new unit rounf flow cassette offers several improvements in various aspects such as comfort, ease of installation and energy efficiency. The round flow cassette unit creates a high level of comfort as a result of: 1. Dsitribucion radial air 360 ' 2. Greater horizontal airflow that translates into fewer cold drafts. 3. The reduction of air speeds result in less direct exposure to cold drafts in occupied areas. The routes can be overridden with locking kits, which lets you install the unit in the center or the corner of a room or small room.

Uniform temperature: The discharge temperature of air from the corners avoids dead zones that can have significant changes in temperature.

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 27 dB, a noise comparable to the whisper of the leaves. 6. Easy installation and maintenance thanks to the total weight of the unit. Minimum weight of only 19 kg.

/ Unit CQ35C FCQ35C+RXS35G+BYCQ140C+BRC7F532F= 580,00 + 679,00 + 393,00 + 165,00 CQ50C FCQ50C+RXS50G+BYCQ140C+BRC7F532F= 530,00 + 1.156,00 + 393,00 + 165,00 CQ60C FCQ60C+RXS60F+BYCQ140C+BRC7F532F= 852,00 + 1.228,00 + 393,00 + 165,00 CQ71C FCQ71C+RXS71D+BYCQ140C+BRC7F532F= 663,00 + 1.617,00 + 393,00 + 165,00


1.817,00 2.244,00 2.638,00 2.808,00



Comf or t I nver t er Ceiling horizontal units Heat pump Inverter/ Split

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 walls to furniture, decor and other accessories. o extremely quiet units at home and abroad. o measuring the temperature moves automatically between the sensor and the sensor back in command, achieving greater precision and more comfort. o Address auto air flow which guarantees a uniform distribution of temperaHQ35B ture and air flow. FCQ35B+RXS35G+BRC1D52 = 716,00 + 679,00 + 80,00 o The distribution of HQ50B the airflow can be FCQ50B+RXS50G+BRC1D52 = 795,00 + 1.156,00 + 80,00 adapted to suit ceiHQ60B ling heights up to FCQ60B+RXS60F+BRC1D52 = 878,00 + 1.228,00 + 80,00 HQ71B 3.8 m without loss of FCQ71B+RXS71C+BRC1D52 = 1.099,00 + 1.617,00 + 80,00 capacity.

HQ100B FCQ100B+RXS100C+BRC1D52 = 1.316,00 + 2.144,00 + 80,00 HQ125B FCQ125B+RXS125C+BRC1D52 = 1.442,00 + 2.280,00 + 80,00 Control remote without hose electric BRC7E63W


/ Unit

1.475,00 2.031,00 2.186,00 2.796,00 3.540,00 3.782,00 165,00



Comf or t I nver t er Confort Inverter wall units Heat pump Inverter/ Split

Units internal o Design which enables the most efficient use of land. o The size 71 is a lightweight and compact casing. o Uniform distribution of air moving through an automatic alert can be set at the desired angle. o When the unit is not running, the alert is closed. o The front 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, covering most standard applications. o Both the model 71 and 100 are equipped with a swing compressor. This eliminates the friction and leakage of refrigerants and improves power consumption. o Night quiet mode function: max -5 dB (A). o The maximum power consumption can be controlled easily using the I-demand. o Wide range of operation.

The remote cable provides a function that allows the operation of air conditioning daily or weekly.

/ Unit AQS71B FAQ71B + RZQS71C + BRC1D52 = 1.492,00 + 1.617,00 + 80,00 AQS100B FAQ100B + RZQS100C + BRC1D52 = 1.824,00 + 2.144,00 + 80,00 Control remot FAQ71B BEC7E618 without hoses BRC7C510W electric (optional) FAQ100B

3.189,00 4.048,00 165,00 165,00




Super I nver t er Super Inverter Ducts Heat pump Inverter/ Split

Function Plus:

very of refrigerant The refrigerant recovery function enables all expansion valves to open. Thus, the coolant can be drained from the piping system and stored in the receiver and the condenser.

reco-

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

HANDLES Incorporates handgrips to facilitate transport and installation of equipment. I-demand function: A new flow sensor reduces the difference between the actual energy consumption and energy consumption default. You can control the maximum power consumption. Energy saving capacitors Swing and Scroll are operated with a new engine that offers increased performance and energy efficiency. 4 used neodymium magnets, stronger than the ferrite.

/ Unit ZBQ71C FBQ71C+RZQ71D+BRC1D52 = 1.138,00 + 2.123,00 + 80,00 ZBQ100C FBQ100C+RZQ100D+BRC1D52 = 1.378,00 + 2.940,00 + 80,00 ZBQ125C FBQ125C+RZQ125D+BRC1D52 = 1.477,00 + 3.280,00 + 80,00 ZBQ140C FBQ140C+RZQ140D+BRC1D52 = 2.008,00 + 3.825,00 + 80,00 Decorative s FBQ71 FBQ100/125 FBQ140

3.341,00 4.398,00 4.837,00 5.913,00 295,00 348,00 348,00




Super I nver t er

Súper inverter Round flow casette Heat pump Inverter/ Split Plus: 1. Maximum energy efficiency. Highest values of COP. 2. Easy to handle. 3. Very lightly. 4. Conexion serial = DIII NET without the need for adapter PCB. 5. Ladder in a variety of sizes. 6. New with an attractive decorative finish "cool white" RAL 9010. 7. Grid with a less visible and more attractive appearance. 8. It is very quiet with noise levels of only 27 dB, a noise comparable to the whisper of the leaves. 9. Easy installation and maintenance thanks to the total weight of the unit. Minimum weight of only 19 kg. The new round flow cassette offers several improvements in various aspects such as comfort, ease of instalaciçon and energy efficiency. Pattern of radial airflow 360 'creates an improved air distribution and uniform, which reduces the temperature difference between different points of the environment, while the larger air flow resulting in a horizontal reducciçon from cold drafts and a minimum energy consumption. Represents a solution with a very low installation height for customers who need a compact 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 installation height for customers who need a compact unit for use in suspended ceilings.

/ Unit ZCQ71C FCQ71C+RZQ71C+BYC140C+BRC7F532F= 633,00 + 2.123,00 + 393,00 + 165,00 ZCQ100C FCQ100C+RZQ100C+BYC140C+BRC7F532F= 659,00 + 2.940,00 + 393,00 + 165,00 ZCQ125C FCQ125C+RZQ125C+BYC140C+BRC7F532F= 1.085,00 + 3.280,00 + 393,00 + 165,00 ZCQ140C FCQ140C+RZQ140C+BYC140C+BRC7F532F= 1.338,00 + 3.825,00 + 393,00 + 165,00


3.341,00 4.157,00 4.923,00 5.721,00



Super I nver t er

Súper Inverter Cassette Sight heat pump Inverter/ Split

Plus: o frees up space on the roofs and walls to furniture, decor and other accessories. o The inverter control can respond to differences in temperature of 0.5 º C. o Mode "Low Level Sound Night." o If required, the Super Inverter outdoor unit can reduce the noise level up to 8 dBA. o You can set the mode for night operation, or automatically according to the schedule set by the .

Function recovery Coolant The refrigerant recovery function enables all expansion valves to open. Thus, the coolant can be drained from the piping system and stored in the receiver and the condenser. HANDLES

Incorporates handgrips to facilitate transport and installation of equipment. I-demand function: A new flow sensor reduces the difference between the actual energy consumption and energy consumption default. You can control the maximum power consumption. Energy saving capacitors Swing and Scroll are operated with a new engine that offers increased performance and energy efficiency. 4 used neodymium magnets, stronger than the ferrite.

INVERTER ZUQ71B FUQ71B+RZQ71C+BRC7C528W= 1.158,00 + 2.123,00 + 165,00 ZUQ100B FUQ100B+RZQ100C+BRC7C528W= 1.429,00 + 2.940,00 + 165,00 ZUQ125B FUQ125B+RZQ125C+BRC7C528W= 1.606,00 + 3.280,00 + 165,00


/ Unit

3.446,00 4.534,00 5.051,00



Super I nver t er

Súper Inverter Horizontal ceiling Heat pump Inverter/ Split Plus: 1. Optimum air distribution. 2. It is the ideal solution for shops, restaurants or offices without false ceiling. 3. There are 2 ways to adjust the angle of discharge of air. - A. Direction up and down (automatic). - B. Left and right. 4. Frees up space on the roofs and walls to furniture, decor and other accessories. 5. Unit extremely quiet at home and abroad. 6. measuring the temperature moves automatically between the sensor and the sensor back in command, achieving greater precision and more comfort. 7. Automatic direction of the airflow that ensures a uniform distribution of temperature and air flow. 8. The form of distribution of the airflow can be adapted to suit ceiling heights up to 3.8 m without loss capacity.

/ Unit ZHQ71B FHQ71B+RZQ71C+BRC1D52= 1.099,00 + 2.123,00 + 80,00 ZHQ100B FHQ100B+RZQ100C+ BRC1D52= 1.316,00 + 2.940,00 + 80,00 ZHQ125B FHQ125B+RZQ125C+ BRC1D52= 1.422,00 + 3.280,00 + 80,00 Control remote without hose electric BRC7E63W

3.302,00 4.336,00 4.782,00

165,00




Super I nver t er super Inverter Wall units Heat pump Inverter/ Split Units internal o The ideal solution for shops, restaurants and offices. o The design allows more efficient use of land. o The size 71 is a compact, lightweight casing. o Uniform distribution of air moving through an automatic alert can be set to the desired angle. o When the unit is not running, the alert is closed. o The front of the casing (size 71) can be removed and washed easily. o Very quiet. Units external oA compressor with inverter control to adjust the capacity to adapt to changes in the environment. o Equipped with an oscillating or rotary compressor, which is remarkable for its low noise and high efficiency. o The heat exchanger includes a galvanized finish with a special acrylic material as more advanced that ensures greater resistance to extreme climatic conditions.

/ Unit ZAQ71B ZAQ71B+RZQ71C+BRC1D52= 1.099,00 + 2.123,00 + 80,00 ZAQ100B ZAQ100B+RZQ100C+ BRC1D52= 1.316,00 + 2.940,00 + 80,00

3.695,00 4.844,00

Optionals / Unit Control remote with hose electric FAQ71B BRC7E618 165,00 FAQ100B BRC7C510W 165,00




Gama Ski Air

Ski Ai r Gr eat

High pressure ducts units Heat pump Inverter/ Split

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 double 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 avoid turbulence. / Unit DQ125B FDQ125B+RZQ125C+BRC1D52= 1.691,00 + 3.280,00 + 80,00 DQ200B FDQ200B+RZQ200C+BRC1D52= 2.154,00 + 6.119,00 + 80,00 DQ250B FDQ250B+RZQ250C+BRC1D52= 2.345,00 + 6.673,00 + 80,00

5.051,00 8.353,00 9.098,00




Industriales range Mi ni chi l l er

Coolers inverter residential use EWA(Y)Q Features 1. Power range: 5-7 kW.

2. Integration of all elements: With a compact chassis just 1.174x 737x 300 mm., Incorporating in it all the necessary components in an extremely compact system. The primary circuit is included in the team. 3. These small single coolers are designed specifically for HVAC applications in residential environments. They are ideal for installing the entire range of Daikin fan coil and systems in combination with underfloor heating. 4. The connection is made immediately, without need for major works, once the elements of the house. Hydronyms integrated module 5. Can be used to heat water for small outdoor pools and small industrial processes such as control of fermentation in small barrels of wine. 6. Installation is quick and easy, and requires only that the power supply. 7. Wide range of operation. Able to provide cold water with temperatures of 5 to 20 º C or hot water with temperatures of 25 to 55 º C with temperatures between -15 º C and 46 º C. 8. Gan compressor energy savings thanks to Swing Inverter. 9. Fins with standard anti-series. 10. Refrigerant R-410A.

COLD ONLY EWAQ005ACV3P EWAQ006ACV3P EWAQ007ACV3P HEAT PUMP EWYQ005ACV3P EWYQ006ACV3P EWYQ007ACV3P

/ Unit 3.715,00 4.020,00 4.264,00 3.959,00 4.264,00 4.507,00




MINICHILLER

Cold only MINICHILLER

Capacity

Cooling

Consumption Cooling EER Refrigerant Dimensions (H-W-B) Weight compressor Sound power Cooling Sound Cooling pressure Voltage Water minium volume Water pipe Entry/output diameter

EWAQ005AC3P

EWAQ006ACV3P

EWAQ007ACV3P

Kw

4,01-5,20-5,20

4,01-6,00-6,00

4,01-7,10-7,10

Kw

High

mm Kg Kg dB(A)

1,89 2,75 R-410A 805x1.190x360 100 SWING 62

2,35 2,55 R-410A 805x1.190x360 100 SWING 62

2,95 2,41 R-410A 805x1.190x360 100 SWING 62

High

dB(A)

48

48

48

I/ 220 V 10

I/ 220 V 10

I/ 220 V 10

1”

1”

1”

EWAQ005AC3P

EWAQ006ACV3P

EWAQ007ACV3P

Kw

4,01-5,20-5,20

4,01-6,00-6,00

4,01-7,10-7,10

Kw

4,09-5,65-6,83

4,09-6,35-8,13

4,09-7,75-8,73

Kw Kw

1,89 1,97 2,75/2,87 R-410A 805x1.190x360 100 SWING 62 48 48 I/ 220 V 10

2,35 2,24 2,55/2,83 R-410A 805x1.190x360 100 SWING 62 48 48 I/ 220V 10

2,95 2,83 2,41/2,74 R-410 A 805x1.190x360 100 SWING 63 50 49 I/ 220 V 10

1”

1”

1”

MinNomMax Nom

mm

Heat pump MINICHILLER Cooling Capacity Consumption

Heating Cooling Heating

EER Refrigerant Dimensions (H-W-B) Weight compressor Sound power Cooling Sound Cooling pressure Heating Voltage Water minium volume Water pipe Entry/output diameter

MinNomMax Nom

High High

mm Kg Kg dB(A) dB(A) dB(A)

mm




Fan Coi l s

o frees up space on the roofs and walls to furniture, decor and other accessories. o Adapts easily. o extremely quiet units. F WV

F WL

4 tubes without valve (C FN) F WV01DF N 354 ,00 F WV02DF N 390 ,00 F WV03DF N 434 ,00 F WV04DF N 490 ,00 F WV06DF N 527 ,00 F WV08DF N 695 ,00 F WV10DF N 766 ,00 4 tubes with valve (CF V) F WV01DF V 751 ,00 F WV02DF V 787 ,00 F WV03DF V 831 ,00 F WV04DF V 903 ,00 F WV06DF V 940 ,00 F WV08DF V 1.12 5,00 F WV10DF V 1.19 7,00 2 tubes without valve (C TN) F WV01DT N 290 ,00 F WV02DT N 325 ,00 F WV03DT N 357 ,00 F WV04DT N 404 ,00 F WV06DT N 445 ,00 F WV08DT N 588 ,00 F WV10DT N 663 ,00 2 tubes with valve (CT V) F WV01DT V 488 ,00 F WV02DT V 524 ,00 F WD03 DTV 554 ,00 F WV04DT V 620 ,00 F WV06DT V 659 ,00 F WV08DT V 817 ,00 F WV10DT V 891 ,00

4 tubes without valve (C FN) F WL01D FN 3 72,00 F WL02D FN 4 04,00 F WL03D FN 4 55,00 F WL04D FN 5 13,00 F WL06D FN 5 54,00 F WL08D FN 7 37,00 F WL10D FN 8 17,00 4 tubes with valve (CF V) F WL01D FV 7 66,00 F WL02D FV 8 01,00 F WL03D FV 8 49,00 F WL04D FV 9 24,00 F WL06D FV 9 69,00 F WL08D FV 1 .166,00 F WL10D FV 1 .245,00 2 tubes without valve (C TN) F WL01D TN 3 03,00 F WL02D TN 3 38,00 F WL03D TN 3 78,00 F WL04D TN 4 26,00 F WL06D TN 4 71,00 F WL08D TN 6 31,00 F WL10D TN 7 11,00 2 tubes with valve (CT V) F WL01D TV 5 01,00 F WL02D TV 5 38,00 F WL03D TV 5 77,00 F WL04D TV 6 42,00 F WL06D TV 6 84,00 F WL08D TV 8 57,00 F WL10D TV 9 37,00

F WM 4 tubes without valve (C FN ) F WM01 DF N 296,00 F WM02 DF N 321,00 F WM03 DF N 361,00 F WM04 DF N 407,00 F WM06 DF N 437,00 F WM08 DF N 575,00 F WM10 DF N 635,00 4 tubes with valve (CF V) F WM01 DF V 693,00 F WM02 DF V 718,00 F WM03 DF V 758,00 F WM04 DF V 820,00 F WM06 DF V 849,00 F WM08 DF V 1.006,0 0 F WM10 DF V 1.065,0 0 2 tubes without valve (C TN ) F WM01 DT N 232,00 F WM02 DT N 253,00 F WM03 DT N 285,00 F WM04 DT N 325,00 F WM06 DT N 352,00 F WM08 DT N 468,00 F WM10 DT N 527,00 2 tubes with valve (CT V) F WM01 DT V 431,00 F WM02 DT V 450,00 F WM03 DT V 484,00 F WM04 DT V 540,00 F WM06 DT V 567,00 F WM08 DT V 695,00 F WM10 DT V 758,00

FWD 4 tubes (valve optional) (AF) FWD 04AF 620,00 FWD 06AF 785,00 FWD 08AF 916,00 FWD 10AF 1.033,00 FWD 12AF 1.397,00 FWD 16AF 1.637,00 FWD 18AF 1.804,00 2 tubes (valve optional) (AT) FWD 04AT 537,00 FWD 06AT 671,00 FWD 08AT 793,00 FWD 10AT 913,00 FWD 12AT 1.192,00 FWD 16AT 1.388,00 FWD 18AT 1.570,00



F WB 2 tube s (valve optional) (AT ) FW B0 2BTN 406,00 FW B0 3BTN 427,00 FW D04BTN 460,00 FW D05BTN 554,00 FW D06BTN 583,00 FW D07BTN 626,00 FW D08BTN 759,00 FW D09BTN 788,00 FW D10BTN 846,00 2 tube s w ith valve (AT V) FW B0 2BTV 554,00 FW B0 3BTV 574,00 FW B0 4BTV 606,00 FW B0 5BTV 704,00 FW B0 6BTV 733,00 FW B0 7BTV 776,00 FW B0 8BTV 908,00 FW B0 9BTV 936,00 FW B1 0BTV 995,00 Additio nal b atery for inst allation 4 tube s F WB FW B0 2/03/04 140,00 FW B0 5/06/07 157,00 FW B0 8/09/10 185,00


Soil units with bounding Soil unit with bounding Cooling capacity ( tubes) (A)

Total Sensitive Heating

Total consumption (A) Air flow (A/ B) Dimensions Weight Sound power level (A/ B)

(AlxAnxF)

kw kW kW W 3 m/h mm Kg dBA

FWV01

FWV02

FWV03

FWV04

FWV06

FWV08

FWV10

1,54 1,20 2,14 36 319/ 178 564/ 774/ 226 19,1 47/ 34

2,09 1,51 2,79 46 344/ 211 564/ 774/ 226 20,1 52/ 36

2,93 2,11 3,81 62 442/ 241 564/ 984/ 226 24,8 50/ 38

4,33 3,15 5,63 87 706/ 361 564/ 1.194/ 226 30,4 55/ 40

4,77 3,65 6,36 89 785/ 470 564/ 1.194/ 226 30,9 59/ 44

6,71 4,91 7,83 182 1.011/ 570 564/ 1.404/ 251 41,3 59/ 44

8,71 6,38 11,1 244 1.393/ 642 564/ 1.404/ 251 41,3 66/ 48

FWL01

FWL02

FWL03

FWL04

FWL06

FWL08

FWL10

1,54 1,20 2,14 36 319/ 178 246/ 774/ 564 20,1 47/ 34

2,09 1,51 2,79 46 344/ 211 246/ 774/ 564 21,1 52/ 36

2,93 2,11 3,81 62 442/ 241 246/ 984/ 564 26,8 50/ 38

4,33 3,15 5,63 87 706/ 361 246/ 1.194/ 564 32,4 55/ 40

4,77 3,65 6,36 89 785/ 470 246/ 1.194/ 564 32,9 59/ 44

6,71 4,91 7,83 182 1.011/ 570 271/ 1.404/ 564 43,75 59/ 44

8,71 6,38 11,1 244 1.393/ 642 271/ 1.404/ 564 43,75 66/ 48

Soil-ceiling units with bounding Floor/roof unit with bounding Cooling capacity ( tubes) (A)



(AlxAnxF)

kw kW kW W 3 m/h mm kg dBA

Soil-ceiling without bounding Floor/roof unit without bounding Cooling capacity ( tubes) (A)



(AlxAnxF)

kw kW kW W m3/ h mm kg dBA

FWM01

FWM02

FWM03

FWM04

FWM06

FWM08

FWM10

1,54 1,20 2,14 36 319/ 178 224/ 584/ 535 14,1 47/ 34

2,09 1,51 2,79 46 344/ 211 224/ 584/ 535 15,1 52/ 36

2,93 2,11 3,81 62 442/ 241 224/ 794/ 535 18,8 50/ 38

4,33 3,15 5,63 87 706/ 361 224/ 1.004/ 535 22,9 55/ 40

4,77 3,65 6,36 89 785/ 470 224/ 1.004/ 535 23,4 59/ 44

6,71 4,91 7,83 182 1.011/ 570 249/ 1.214/ 535 31,75 59/ 44

8,71 6,38 11,1 244 1.393/ 642 249/ 1.214/ 535 31,75 66/ 48

ceiliong units without bounding with available pressure (apartament type) Soil unit without bounding with available pressure (apartament type) Cooling capacity ( tubes) (A)

Total consumption (A) Air flow (A/ B) Dimensions Weight Sound power level (A/ B) Cooling capacity ( tubes) (A)


(AlxAnxF)

kw kW kW W Pa m3/ h mm kg dBA

FWD01

FWD02

FWD03

FWD04

FWD06

FWD08

FWD10

3,90 3,08 4,05 177 90 800 280/ 754/ 558 32,5 66/ 58

6,20 4,65 7,71 274 88 1.250 280/ 964/ 558 40,6 69/ 60,3

7,80 6,52 9,43 315 100 1.600 280/ 1.174/ 558 47,3 72/ 64

8,82 7,16 10,79 325 95 1.600 280/ 1.174/ 558 48,7 72/ 64

11,90 9,36 14,45 530 130 2.200 353/ 1.174/ 718 65,3 74/ 65,7

16,40 12,8 19,81 991 205 3.000 353/ 1.384/ 718 77 78/ 69,4

18,30 14,10 21,92 1.001 185 3.000 353/ 1.384/ 718 79,5 78/ 69,4

Ceiling units without bounding with avaliable pressure Soil unit without bounding with available pressure

FWB01AT

FWB02AT

FWB03AT

FWB04AT

FWB06AT

FWB07AT

Cooling capacity ( tubes) (A)

2,61 1,88 5,47 106 71 400/ 180 239x1.039x609 24,0 46,5/ 24,5

3,14 2,16 6,01 106 71 400/ 180 239x1.039x609 26,0 46,5/ 24,5

3,49 2,34 6,47 106 71 400/ 180 239x1.039x609 28,0 46,5/ 24,5

5,08 3,6 10,31 192 65 800/ 300 239x1.389x609 33,0 48,5/ 25,5

5,45 3,87 11,39 192 65 800/ 300 239x1.389x609 35,0 48,5/ 25,5

6,47 4,4 12,28 192 65 800/ 300 239x1.389x609 38,0 48,5/ 25,5

Total consumption (A) Air flow (A/ B) Dimensions Weight Sound power level (A/ B) Cooling capacity ( tubes) (A)


(AlxAnxF)

kw kW kW W Pa m3/ h mm kg dBA

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

FWB08AT

FWB09AT

FWB10AT

7,57 5,23 15,05 294 59 1200/ 600 239x1.739x609 45,0 57,5/ 41,5

8,67 5,96 16,85 294 59 1200/ 600 239x1.739x609 48,0 57,5/ 41,5

10,34 6,9 18,78 294 59 1200/ 600 239x1.739x609 52,0 57,5/ 41,5



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