TECHNICAL CATALOGUE SELF-CONTAINED HORIZONTAL UNITS AIR - AIR DC INVERTER

Transcription

1 TECHNICAL CATALOGUE SELF-CONTAINED HORIZONTAL UNITS AIR - AIR DC INVERTER Models : 1, 741, 1 ACHIA - Cooling only (Compact) CCHIA / ECHIA - Cooling only (Split) ACHIBA - Heat pump (Compact) CCHIBA / ECHIBA - Heat pump (Split)

2 Thank you for trust in HITECSA Product. From our company we are offering to the market, for more than 30 years, an extended range of specialized units for air conditioning and cooling installations. Our approach is based in efficiency, flexibility, manageability and practical solutions. It has built a hallmark of our product catalogue. The versatility of our factories allows us to contribute solutions almost customitzables in each project, searching a solution for every problem that arises in design and implementation of air conditioning installations. From Hiplus Aire Acondicionado s team, once more thank you very much 2 of 34

3 CONTENTS KEY POINTS AND PRESENTATION 4 PAGE GENERAL SPECIFICATIONS 5 TECHNICAL SPECIFICATIONS 7 DIMENSIONS 11 SOUND PRESSURE 17 COOLING CAPACITIES 19 HEATING CAPACITIES 25 AIRFLOWS AND STATIC PRESSURE (condensor side) 28 AIRFLOWS AND STATIC PRESSURE (evaporator side) 30 OPTIONALS AND ACCESORIES 32 Visit our website and register in order to obtain technical documentation of these products as well as of the rest of the HITECSA range 3 of 34

4 KEY POINTS - Optimized design for an easier acces to the components - Pressure check valve outlet in all the equipment - Exchanger cover to configurate impulse and air return - DC inverter technology : maximum saving and comfort - Cooling capacities from 15 to 30,6 kw - Maximum adaptiblity to demand - Low sound level - High performance in heat pump mode for low outdoor temperatures PRESENTATION - Self-conditioners air-air has been supervised and optimized to adapt in a materia to suit the current requirements of energy efficiency and environmental protection. The introduction of green gas R410A DC, inverter technology, expanded cooling capacities available and the long list of accessories are examples of improvements that have been carried out for these equipments. -DC inverter technology adapts the speed of the compressor to the needs of the moment, allowing only the energy consuming and drastically reduce consumption. 4 of 34

5 GENERAL SPECIFICATIONS DESCRIPTION The equipmentconstituing the series CCHA / CCHA - CCHBA / ECHBA are horizontal air conditioner units, the first building is split and the second compact. Both series are manufactured in version cooling or heat pump and are suitable to operate coupled to a duct air distribution both in the inner section and outer. CABINET Manufactured in galvanized steel, finished with polyester resins, polymerized in the oven, excellent resistance to corrosion and in the open. The set is lined with thermoacoustic insulation COMPRESSORES Scroll type. Motor: BLDC. Number of poles: 6 Supply: Triphase. Brushless motor comprises a stator and a rotor with permanent magnets. Has a higher efficiency than an induction motor because there is no losses magnetization current in the rotor. EXCHANGER Made of aluminum fin (fin space 1.8 mm) and copper tube 3/8 "expanded mechanically, exchange high performance. AIR FILTRE Polyurethane foam, washable, 10 mm. thick crosslinked S- with high efficiency filtration FANS Centrifuge type. Supply by frecuency converter Variable airflow condenser. Three evaporator air flow (Low, Medium and High Speed) Evaporator possibility of increasing or decreasing the available pressure. COOLING CIRCUIT Built in special copper tube for refrigeration, dehydration, incorporating drying filter and check valve with an easy acces for verification and load. Equip suction accumulator on the compressor suction line, protecting it from slugging well as compressor oil separator. Reversing valve for cycle inversion activated by solenoid at 230 volts in heat pump models. Unidirectional valves. The welds between the different elements are executed with copper-silver alloy. EXPANSION DEVICE As much divide as compact models are equipped as standard with Electronic Expansion Valves. In the case of compact models are assembling a single compact Expansion Valve whereas divide models incorporate one for each section. For divide models altough the assembly is composed for two Electronic Expansion Valves only regulates the selection corresponding to the exchanger which is vaporizing, remaining fully open the other valve. 5 of 34

6 GENERAL SPECIFICATIONS OPERATE AND CONTROL EQUIPMENT Each unit has these control and safety devices: Environtment thermostat to 230 Volts c.a.phase. Magnetothermic of protection for compressor, ventilation and operating general motors. Thermical protection of triphase motors of fans. High pressure switch with manual reset. Defrost system control pressure according to predetermined periods of operation time Reversing valve activated by solenoid at 230 volts ON-OFF remote connectionand heat-cool Alarm Signal. POWER SUPPLY Environtment Thermostat: 230.I.50 Hz~ Models 1, 741 y 1: 1.III+N.50Hz ~. OPTIONAL - Coil for electric resistance heating as unique support maneuver defrost. - Hot water heating coil. - Head pressure control: Speed regulators controlled for pressure in units with fans motor monophasic exterior side. Lockgates system actionated by servomotor and controlled by a differencial pressure switch in the models Sistema de compuertas accionadas por servomotor y controlado mediante on models with fan motor outside triphase. -Coil pretreated corrosion. Treatment blue fin. - Heating coils for electric resistance such as support for heat mode -Compressor cover. - Free-cooling - System servomotor driven gates to get outside air conditions such as climate control for the interior section - Outdoor kit. - Maneuver resistence antifreeze in tray - High efficency filtres G4 y F6-F8 - Motor uprated. Available pressure increase in evaporator and condenser section - Air filter condensor Nominal Minimum Maximum Service tension 0 Volts 3 Volts 4 Volts Unbalance between phases 0 Volts -12 Volt. (-3%) +12 Volt. Inicial tension 0 Volts 342 Volts 4 Volts Consult availability other power supplies WORKING LIMITS Outdoor air temperature Indoor air temperature COOLING CICLE Dry Wet Dry Wet Standard conditions 35ºC - 27ºC 19ºC Minimum conditions ºC - ºC 15ºC Maximum conditions 46ºC - 32ºC 23ºC Outdoor air temperature Indoor air temperature HEATING CICLE Dry Wet Dry Wet Standard conditions 7ºC 6ºC ºC - Minimum conditions -6ºC -7ºC ºC - Maximum conditions 24ºC 18ºC 26ºC - 6 of 34

7 TECHNICAL SPECIFICATIONS ACHIA - ACHIBA ACHIA ACHIBA CAPACITIES Cooling capacity (- - Hz) kw 3,8-12,9-17,3 4,9-16,6-22,4 6,2 -,6-26,5 Heating capacity (- - Hz) kw 4,0-13,0-18,6 5,2-15,7-24,2 6,7 -,4-28,9 Coefficient EER Coefficient COP Number of refrigerant circuits REFRIGERANT Type R-410A Warming potencial (GWP) 1725 Load (include 5 m of lines) Kg 6,3 7,2 9,4 COMPRESSOR Type Number 1 SCROLL DC INVERTER 1 1 Kind of oil FV50S (PVE) FV50S (PVE) FV50S (PVE) Oil volume l 1,4 1,7 2,3 OUTDOOR HEAT EXCHANGER Type Frontal surface m 2 0,5 Aluminium fins and copper tubing 0,5 0,0 Fins size mm 1,8 1,8 1,8 Piping diameter " 3/8 3/8 3/8 OUTDOOR FAN Type Model 12/12 DD DOUBLE SUCTION CENTRIFUGAL 12/12 SS 12/12 SS Voltage V 0/3/50 0/3/50 0/3/50 Motor power kw 1,1 1,5 2,2 Transmision speed Integrated motor Pulleys Pulleys Nominal airflow m 3 /h Disponible static pressure Pa Maximum speed fan r.p.m INDOOR HEAT EXCHANGER Type Frontal surface m 2 0,495 Aluminium fins and copper tubing 0,539 0,648 Fins size mm 1,8 1,8 1,8 Piping diameter " 3/8 3/8 3/8 INDOOR FAN Type Model 12/9 SS DOUBLE SUCTION CENTRIFUGAL 12/9 SS 12/12 SS Voltage V 0/3/50 0/3/50 0/3/50 Motor power kw 1,1 1,5 1,5 Transmision speed Pulleys Pulleys Pulleys Air flows (Low/ Medium / High) m 3 /h 2.300/2.0/ /3.0/ /4.0/5.0 Disponible static pressure higher flow Pa 70 Maximum speed fan r.p.m (1) Cooling: Compressor frecuency: Hz. Outdoor dry temperature: 35 C. Indoor Dry / Wet air temperature: 27ºC / 19 C. Indoor airflow: Low. (2) Heating: Compressor frecuency: Hz. Outdoor dry /wet airtemperature: 7ºC / 6 C. Indoor dry temperature: C. Indoor airflow: Medium. (3) Cooling maximum: Compressor frecuency: Hz. Outdoor dry temperature: 35 C. Indoor Dry / Wet air temperature: 27ºC / 19 C. Indoor airflow: Medium (4) Heating maximum: Compressor frecuency: Hz. Outdoor dry /wet airtemperature: 7ºC / 6 C. Indoor dry temperature: C. Indoor airflow: High 7 of 34

8 TECHNICAL SPECIFICATIONS ACHIA - ACHIBA ACHIA ACHIBA NOMINAL ELECTRICAL SPECIFCATIONS FOR COOLING STANDARD CONDITIONS (1) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (cooling) kw 5,1 6,6 8,5 Current input (cooling) A 8,3 10,4 13,5 Indoor airflow m 3 /h NOMINAL ELECTRICAL SPECIFCATIONS FOR HEATING STANDARD CONDITIONS (2) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (heating) kw 5,0 5,9 8,7 Current input (heating) A 7,9 9,5 14,3 Indoor airflow m 3 /h MAXIMUM ELECTRICAL SPECIFCATIONS FOR COOLING STANDARD CONDITIONS (3) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (cooling) kw 8,7 11,8 14,8 Current input (cooling) A 13,4 18,2 22,3 Indoor airflow m 3 /h MAXIMUM ELECTRICAL SPECIFCATIONS FOR HEATING STANDARD CONDITIONS (4) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (heating) kw 8,2 10,6 14,1 Current input (heating) A 12,7 16,9 21,7 Indoor airflow m 3 /h DIMENSIONS AND WEIGHT Lenght mm Width mm Height mm Weight Kg (1) Cooling: Compressor frecuency: Hz. Outdoor dry temperature: 35 C. Indoor Dry / Wet air temperature: 27ºC / 19 C. Indoor airflow: Low. (2) Heating: Compressor frecuency: Hz. Outdoor dry /wet airtemperature: 7ºC / 6 C. Indoor dry temperature: C. Indoor airflow: Medium. (3) Cooling maximum: Compressor frecuency: Hz. Outdoor dry temperature: 35 C. Indoor Dry / Wet air temperature: 27ºC / 19 C. Indoor airflow: Medium (4) Heating maximum: Compressor frecuency: Hz. Outdoor dry /wet airtemperature: 7ºC / 6 C. Indoor dry temperature: C. Indoor airflow: High 8 of 34

9 TECHNICAL SPECIFICATIONS CCHIA - CCHIBA CCHIA CCHIBA CAPACITIES Cooling capacity (- - Hz) kw 3,8-12,9-17,3 4,9-16,6-22,4 6,2 -,6-26,5 Heating capacity (- - Hz) kw 4,0-13,0-18,6 5,2-15,7-24,2 6,7 -,4-28,9 Coefficient EER (- - Hz) Coefficient COP (- - Hz) Number of refrigerant circuits REFRIGERANT Type R-410A Warming potencial (GWP) 1725 Cooling liquid line connection " 1/2 5/8 5/8 Cooling gas line connection " 7/8 11/8 11/8 Load (include 5 m of lines) Kg 6,3 7,2 9,4 COMPRESSOR Type Number 1 SCROLL DC INVERTER 1 1 Kind of oil FV50S (PVE) FV50S (PVE) FV50S (PVE) Oil volume l 1,4 1,7 2,3 OUTDOOR EXCHANGER Type Aluminum fin batteries and copper tubes Frontal area m 2 0,5 0,5 0,0 Fin space mm 1,8 1,8 1,8 Tube diameter " 3/8 3/8 3/8 OUTDOOR CIRCUIT FAN Type Model 12/12 DD DOUBLE SUCTION CENTRIFUGAL 12/12 SS 12/12 SS Voltage V 0/3/50 0/3/50 0/3/50 Motor capacity kw 1,1 1,5 2,2 Transmision speed Integrated motor Pulleys Pulleys Nominal airflow m 3 /h Disponible static pressure Pa Maximum speed fan r.p.m NOMINAL ELECTRICAL SPECIFCATIONS FOR COOLING STANDARD CONDITIONS (1) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (cooling) kw 4,8 6,2 8,0 Current input (cooling) A 7,6 10,2 12,4 Indoor airflow m 3 /h NOMINAL ELECTRICAL SPECIFCATIONS FOR HEATING STANDARD CONDITIONS (2) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (heating) kw 4,7 5,4 8,0 Current input (heating) A 7,1 8,4 12,3 Indoor airflow m 3 /h MAXIMUM ELECTRICAL SPECIFCATIONS FOR COOLING STANDARD CONDITIONS (3) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (cooling) kw 8,3 11,4 14,0 Current input (cooling) A 12,6 17,2,8 Indoor airflow m 3 /h MAXIMUM ELECTRICAL SPECIFCATIONS FOR HEATING STANDARD CONDITIONS (4) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (heating) kw 7,7 9,7 13,2 Current input (heating) A 11,5 14,8 19,8 Indoor airflow m 3 /h DIMENSIONS AND WEIGHT Lenght mm Width mm Height mm Weight Kg of 34

10 TECHNICAL SPECIFICATIONS ECHIBA ECHIA STD ECHIBA STD CAPACITIES Cooling capacity (- - Hz) kw 3,8-12,9-17,3 4,9-16,6-22,4 6,2 -,6-26,5 Heating capacity (- - Hz) kw 4,0-13,0-18,6 5,2-15,7-24,2 6,7 -,4-28,9 Coefficient EER (- - Hz) Coefficient COP (- - Hz) Number of refrigerant circuits REFRIGERANT Type R-410A Warming potencial (GWP) 1725 Cooling liquid line connection " 1/2 5/8 5/8 Cooling gas line connection " 7/8 11/8 11/8 INDOOR EXCHANGER Type Aluminium fins and copper tubing Frontal surface m 2 0,495 0,539 0,648 Fins size mm 1,8 1,8 1,8 Piping diameter " 3/8 3/8 3/8 INDOOR CIRCUIT FAN Type Model 12/9 SS DOUBLE SUCTION CENTRIFUGAL 12/9 SS 12/12 SS Voltage V 0/3/50 0/3/50 0/3/50 Motor capacity kw 1,1 1,5 1,5 Transmision speed Pulleys Pulleys Pulleys Air flows (Low/ Medium / High) m 3 /h 2300// /3.0/ /4.0/5.500 Disponible static pressure higher flow Pa 70 Maximum speed fan r.p.m NOMINAL ELECTRICAL SPECIFCATIONS FOR COOLING STANDARD CONDITIONS (1) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (cooling) kw 0,3 0,4 0,5 Current input (cooling) A 0,8 1,1 1,2 Indoor airflow m 3 /h NOMINAL ELECTRICAL SPECIFCATIONS FOR HEATING STANDARD CONDITIONS (2) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (heating) kw 0,4 0,5 0,9 Current input (heating) A 1,0 1,2 2,1 Indoor airflow m 3 /h MAXIMUM ELECTRICAL SPECIFCATIONS FOR COOLING STANDARD CONDITIONS (3) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (cooling) kw 0,4 0,5 0,7 Current input (cooling) A 0,9 1,3 1,9 Indoor airflow m 3 /h MAXIMUM ELECTRICAL SPECIFCATIONS FOR HEATING STANDARD CONDITIONS (4) Power supply 0/3/50 + N 0/3/50 + N 0/3/50 + N Input Capacity (heating) kw 0,5 0,9 0,9 Current input (heating) A 1,3 2,2 2,0 Indoor airflow m 3 /h DIMENSIONS AND WEIGHT Lenght mm Width mm Height mm Weight Kg (1) Cooling: Compressor frecuency: Hz. Outdoor dry temperature: 35 C. Indoor Dry / Wet air temperature: 27ºC / 19 C. Indoor airflow: Low. (2) Heating: Compressor frecuency: Hz. Outdoor dry /wet airtemperature: 7ºC / 6 C. Indoor dry temperature: C. Indoor airflow: Medium. (3) Cooling maximum: Compressor frecuency: Hz. Outdoor dry temperature: 35 C. Indoor Dry / Wet air temperature: 27ºC / 19 C. Indoor airflow: Medium (4) Heating maximum: Compressor frecuency: Hz. Outdoor dry /wet airtemperature: 7ºC / 6 C. Indoor dry temperature: C. Indoor airflow: High 10 of 34

11 ACHIA-ACHIBA of 34

12 ACHIA-ACHIBA 1 12 of 34

13 CCHIA-CCHIBA of 34

14 CCHIA - CCHIBA 1 14 of 34

15 ECHIA-ECHIBA of 34

16 ECHIA-ECHIBA 1 16 of 34

17 SOUND PRESSURE ACHIA ACHIBA SOUND PRESSURE at 5 m IN SEMISPHERE Compressor frecuency (Hz) Frecuency outdoor fan (Hz) 50 Indoor speed fan (Hz) HIGH Compressor frecuency (Hz) Frecuency outdoor fan (Hz) 50 Indoor speed fan (Hz) MEDIUM Compressor frecuency (Hz) Frecuency outdoor fan (Hz) 50 Indoor speed fan (Hz) LOW Compressor frecuency (Hz) Frecuency outdoor fan (Hz) 46 Indoor speed fan (Hz) HIGH Compressor frecuency (Hz) Frecuency outdoor fan (Hz) 46 Indoor speed fan (Hz) MEDIUM Compressor frecuency (Hz) Frecuency outdoor fan (Hz) 46 Indoor speed fan (Hz) LOW Compressor frecuency (Hz) 45 Frecuency outdoor fan (Hz) 28 Indoor speed fan (Hz) HIGH Compressor frecuency (Hz) 45 Frecuency outdoor fan (Hz) 28 Indoor speed fan (Hz) MEDIUM Compressor frecuency (Hz) 45 Frecuency outdoor fan (Hz) 28 Indoor speed fan (Hz) LOW Compressor frecuency (Hz) 25 Frecuency outdoor fan (Hz) 15 Indoor speed fan (Hz) HIGH Compressor frecuency (Hz) 25 Frecuency outdoor fan (Hz) 15 Indoor speed fan (Hz) MEDIUM Compressor frecuency (Hz) 25 Frecuency outdoor fan (Hz) 15 Indoor speed fan (Hz) LOW 65,2 68,1 70,0 64,8 67,7 69,6 64,7 67,6 69,5 63,7 66,6 68,5 63,3 66,1 68,0 63,1 65,9 67,8 57,7,3 62,0 55,1 57,6 59,2 53,5 55,9 57,5 56,6 59,1,8 52,8 55,2 56,8 49,1 51,3 52,8 17 of 34

18 SOUND PRESSURE CCHIA CCHIBA SOUND PRESSURE at 5 m IN SEMISPHERE WITH IMPULSION DRIVEN AIR db(a). Compressor frecuency (Hz) Compressor frecuency (Hz) Compressor frecuency (Hz) Compressor frecuency (Hz) Frecuency outdoor fan (Hz) Frecuency outdoor fan (Hz) Frecuency outdoor fan (Hz) Frecuency outdoor fan (Hz) ,6 63,0 52,0,7 67,5 65,8 54,3 42,5 69,4 67,7 55,9 43,7 ECHIA ECHIBA SOUND PRESSURE at 5 m IN SEMISPHERE WITH IMPULSION DRIVEN AIR db(a). Indoor speed HIGH 56,5 59,0,7 Indoor speed MEDIUM 52,5 54,9 56,5 Indoor speed LOW 48,5 50,7 52,1 18 of 34

19 COOLING CAPACITIES 1 Indoor Dry / Wet Temperature 21ºC / 15ºC 23ºC / 17ºC 25ºC / 17ºC frecueny (Hz) Relative Humidity 47% OUTDOOR DRY TEMPERATURE (ºC) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) High Speed Medium Speed Low Speed 19 of 34

20 COOLING CAPACITIES 1 Indoor Dry / Wet Temperature 27ºC / 19ºC 29ºC / 21ºC OUTDOOR DRY TEMPERATURE (ºC) frecuency (Hz) Relative Humidity 47% SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) High Speed Medium Speed Low Speed of 34

21 COOLING CAPACITIES 741 Indoor Dry / Wet Temperature 21ºC / 15ºC 23ºC / 17ºC 25ºC / 17ºC OUTDOOR DRY TEMPERATURE (ºC) frecuency (Hz) Relative Humidity 47% SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) High Speed Medium Speed Low Speed 21 of 34

22 COOLING CAPACITIES 741 Indoor Dry / Wet Temperature 27ºC / 19ºC 29ºC / 21ºC OUTDOOR DRY TEMPERATURE (ºC) frecuency(hz) Relative Humidity 47% SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) High Speed Medium Speed Low Speed 22 of 34

23 COOLING CAPACITIES 1 Indoor Dry / Wet Temperature 21ºC / 15ºC 23ºC / 17ºC 25ºC / 17ºC OUTDOOR DRY TEMPERATURE (ºC) frecuency (Hz) Relative Humidity 47% SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) High Speed Medium Speed Low Speed 23 of 34

24 COOLING CAPACITIES 1 Indoor Dry / Wet Temperature 27ºC / 19ºC 29ºC / 21ºC OUTDOOR DRY TEMPERATURE (ºC) frecuencia (Hz) Relative Humidity 47% SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) SENSIBLE CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) High Speed Medium Speed Low Speed 24 of 34

25 HEATING CAPACITIES 1 DRY INDOOR TEMPERATURE (ºC) 18ºC ºC 22ºC 24ºC frecuency (Hz) Relative humidity 87% OUTDOOR DRY / WET TEMPERATURE (ºC) 7/6 10/8,9 15/13,7 /18,5 INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) of 34

26 HEATING CAPACITIES 741 DRY INDOOR TEMPERATURE (ºC) 18ºC ºC 22ºC 24ºC frecuency (Hz) Relative humidity 87% OUTDOOR DRY / WET TEMPERATURE (ºC) 7/6 10/8,9 15/13,7 /18,5 INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) of 34

27 HEATING CAPACITIES 1 DRY INDOOR TEMPERATURE (ºC) 18ºC ºC 22ºC 24ºC frecuency (Hz) Relative humidity 87% OUTDOOR DRY / WET TEMPERATURE (ºC) 7/6 10/8,9 15/13,7 /18,5 INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) INPUT CAP. (W) TOTAL CAP. (W) of 34

28 AIRFLOW AND STATIC PRESSURE (CONDENSOR SIDE) CCHIBA 1 0 Q= 7500 m 3 /h Pressure (Pa) Current (A) Airflow (m3/h) 2 0 Nominal Airflow 100% 70% Pipe pressure Current100% Current 70% Q= m 3 /h CCHIBA Pressure (Pa) Current (A) Airflow (m3/h) 100% 70% Pipe pressure Current100% Current 70% 28 of 34

29 AIRFLOW AND STATIC PRESSURE (CONDENSOR SIDE) CCHIBA Q= 50 m 3 /h Pressure (Pa) Current (A) Airflow (m3/h) 0 100% 70% Pipe pressure Current 100% Current 70% 29 of 34

30 AIRFLOW AND STATIC PRESSURE (EVAPORATOR SIDE) ECHIBA ,5 4, ,5 0 3,0 Pressure (Pa) 150 2,5 2,0 Current (A) 100 1,5 50 1,0 0,5 High Average Medium Low 0 0, Air Flow (m3/h) High Intensity current Average Medium Intensity current Low Intensity current ECHIBA 741 4, ,5 0 3,0 Pressure (Pa) ,5 2,0 1,5 Current (A) 50 1,0 0,5 0 0, Air Flow (m3/h) 30 of 34 High Averge Medium Low High Intensity current Average Medium Intensity current Low Intensity current (eng) rev. 100

31 AIRFLOW AND STATIC PRESSURE (EVAPORATOR SIDE) ECHIBA 1 1 2, Pressure (Pa) 1,5 1 Current (A) 0, Air Flow (m3/h) High Medium Average Low High Intensity current Average Medium intensity current Low intensity current 31 of 34

32 REMOTE CONTROL AND THERMOSTATS The entire range of DC inverter autonomus (compacts and splits) is used the conrol remote TH Tune In this control remote we display: -Cooling / Heating mode -Control Temperature (ambient / return) -Outdoor temperature Using the icons we can see compressor operating status, outdoor fan and indoor speed fan.. We also see display and alarm reset and select indoor speed fan (automatic and manual (high, medium, low)) WALL PROBE (OPTIONAL) If you prefer control temperature with an ambient probe, is recommended use DPWT wall probe This optional permits a stable control of outdoor temperature, well, it records a value of temperature in control zone. Generally it is recommended to install a close apposition where the control is mounted Tune TH. HEATING COIL FOR ELECTRICAL RESISTSOR AS SUPPORT OPERATION DURING DEFROST (OPTIONAL) Coils stage resistors consist of nickel-chromium wire supported by a steatite feedthroughs mounted in a frame with spacers, manufactured in galvanized and dichromate steel sheet incorporating a protector termostator. Includes drive contactor and a circuit board for connection CONSTRUCTION DETAILS 1. Contactor 2. Conection terminals 3. Terminal protection DIMENSIONS (mm) MODEL A B C D of 34

33 FREE COOLING (OPTIONAL) Free-cooling is an optional in which outside air is used to weatherize. This technique entails energy save. There is 8 available combinations in models 1, 741, of 34

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