OPTIONAL FIRST START-UP, CONTACT THE AREA ASSISTANCE CENTER! Technical features Model : EWYQ011ACW1P Energy efficiency EER: 2.85 ESEER: 4.44 COP: 3.27 Performance Cooling Capacity: 11.10 kW Heating Capacity: 11.80 kW Cooling absorption: 3.90 kW Air Flow : 6000 m 3 /h Cooling water flow rate: 0.525 l/sec Heating water flow rate: 0.597 l/sec Nominal head Cooling : 49.1 kPa Nominal head Heating : 43.0 kPa Sound power level : 64 dB(A) Sound pressure level : 51 dB(A) Electrical data Type of Compressor : Scroll Power supply (V,Hz, Ø) : 380~420/50/3 Refrigerant gas : R-410 Field of Operation Water side cooling : 5° ~ 22° C Water side heating : 25° ~ 50° C Air side cooling : 10° ~ 46° CBS Air side heating : -15° ~ 35° CBS Installation data Diameter of hydraulic pipe connections: 31.75 mm (5/4") Dimensions and weight Dimensions (HxWxD): 1435x1418xx382 mm Empty weight: 180 Kg Daikin Mini Chiller Systems Air cooled minichiller with Inverter The Daikin Minichiller series dedicated to residential or small commercial applications , with nominal capacities from 5 kW to 13 kW, uses the inverter as a distinctive feature. The hermetic Swing compressor for sizes 005-007 kW and Scroll for the following ones 009-013 kW is driven by Inverter as well as the fans of the unit. High performance is therefore achieved at partial loads, control of the water delivery temperature at a fixed point, which can be used, for example, for radiant panel systems, and excellent acoustic performance at partial loads thanks to the simultaneous reduction of noise emission from both the compressor and of fan. The water content necessary for the correct operation of the unit is reduced thanks to the inverter, and can guarantee operation even without buffer tanks. The water-refrigerant exchanger is with brazed plates Why the inverter ? The inverter allows you to continuously modulate the power supplied by the compressor based on the thermal load requests, varying the number of revolutions of the same. This principle, compared to the traditional technology which divides the power into discrete steps of even high capacity, guarantees the final customer energy savings and better control of the operating parameters of the system. Most of the time, the cooling demand of a building is less than the maximum load capacity of the system. The larger the variations in yearly load, the more vital it is to ensure units are operating efficiently. Energy Saving Absorption proportional to the power supplied The Inverter offers, for the chiller as a whole, the possibility of significantly increasing its efficiency at partial loads, i.e. the condition in which, seasonally, the chiller will work for most of the time, guaranteeing the best performance and reaching high values average seasonal summer yield ( ESEER ). Ideal temperature Continuous regulation of power and noise The ability to work in modulation offers the guarantee of accurate control of the fluid temperature, regulated at a fixed point on the delivery to the system. This feature is ideal from the point of view of industrial application and precision temperature control, as it excludes the constant stops/starts of the compressors, responsible for electrical and mechanical wear. A further advantage is represented by the lower acoustic impact when compressors and fans operate partialised, i.e. in conditions of lower demand for power supplied, while ensuring greater stability for the water temperature. Lower Plant Costs Reduction of water accumulation/content of the plant (-60%) Thanks to the ability to react quickly to load variations, chillers that use Inverter technology can work correctly with a strong reduction in the water content in the system (-60% compared to traditional chillers). This makes it possible to reduce thermal inertia, with energy optimization and shorter start-up times. This results in a significant saving in system costs as the accumulation tank is no longer necessary. Electrical advantages From an electrical point of view, the Inverter introduces two great advantages: Low inrush currents, considerably lower than the rated operating current, which results in a lower cost for the supply of electrical components to be installed More power available when needed The inverter allows you to vary the power supplied; by feeding the compressor at a higher frequency it is possible to reach maximum power values ​​higher than the nominal ones. This offers benefits in bringing the system up to speed but, above all, becomes an evident technical plus when the machine works in extreme operating fields. For example, traditional air-cooled heat pumps are usually combined with boilers to compensate for the efficiency deficit due to cold outside temperatures. Inverter heat pumps can benefit from greater power when ambient conditions require it, losing only 15% of output in the passage from 7°C to -10°C of external air (in the case of an ON-OFF the reduction would be ~40%), guaranteeing a water temperature of 50°C at all regimes. These advanced heat pumps can therefore be considered "primary", as they make it possible to avoid the use of boilers. Scroll compressor Scroll compressors have two scrolls, one remains stationary while the other orbits eccentrically without rotating. Designed for small and medium capacities, they guarantee constant reliability and high efficiency throughout their operational life Characteristics Simple, compact and robust Absence of valves and swing joint mechanisms, to ensure maximum reliability Constant compression, to ensure a low level of energy consumption Increased compression efficiency due to the absence of volumetric expansion Low sound level Low starting current The Scroll compressor lends itself to the use of the Inverter, as on the range up to 13 kW, being able to guarantee high ESEER values, absence of peak and precise control of the outlet water temperature Advantages: › Extraordinary part load efficiency › Inverter technology to ensure low noise and best-in-class ESEER values › Wide operating range › Integrated hydronic systems › Easy “plug and play” installation › Single-phase power supply for residential applications, three-phase power model available for small commercial applications Product Guarantee: All products for sale on our site are new and packed. The warranty on this item is 24 months from the date of purchase.

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OPTIONAL FIRST START-UP, CONTACT THE AREA ASSISTANCE CENTER! Technical features Model : EWYQ008BVP Daikin OP10 Evaporator Heater Included Energy efficiency EER: 3.10 ESEER: 5.24 COP : 3.49 / 4.59 Performance Cooling Capacity: 7.95 kW Heating Capacity: 8.30 kW Cooling absorption: 2.57 / 1.65 kW Heating absorption: 2.31 / 1.84 kW Cooling Air Flow : 72 m 3 /min Heating air flow rate: 49.3 m 3 /min Cooling water flow rate: 22.8 / 23.6 l/min Heating water flow rate: 23.2 / 24.2 l/min Sound Power Level : 65 ~ 69 dB(A) Sound Pressure Level : 47 ~ 53 dB(A) Electrical data Type of Compressor : Swing Power supply (V,Hz, Ø) : 220~240/50/1 Refrigerant gas : R-410 Field of Operation Water side cooling : 5° ~ 22° C Water side heating : 15° ~ 55° C Air side cooling : 10° ~ 46° CBS Air side heating : -15° ~ 25° CBS Installation data Diameter of hydraulic pipe connections: 25.4 mm (1") Dimensions and weight Dimensions (HxWxD): 997x1160x380 mm Weight : 106Kg Air cooled heat pump with inverter driven compressor Why the inverter ? The inverter allows you to continuously modulate the power supplied by the compressor based on the thermal load requests, varying the number of revolutions of the same. This principle, compared to the traditional technology which divides the power into discrete steps of even high capacity, guarantees the final customer energy savings and better control of the operating parameters of the system. Most of the time, the cooling demand of a building is less than the maximum load capacity of the system. The larger the variations in yearly load, the more vital it is to ensure units are operating efficiently. Energy Saving Absorption proportional to the power supplied The Inverter offers, for the chiller as a whole, the possibility of significantly increasing its efficiency at partial loads, i.e. the condition in which, seasonally, the chiller will work for most of the time, guaranteeing the best performance and reaching high values average seasonal summer yield ( ESEER ). Ideal temperature Continuous regulation of power and noise The ability to work in modulation offers the guarantee of accurate control of the fluid temperature, regulated at a fixed point on the delivery to the system. This feature is ideal from the point of view of industrial application and precision temperature control, as it excludes the constant stops/starts of the compressors, responsible for electrical and mechanical wear. A further advantage is represented by the lower acoustic impact when compressors and fans operate partialised, i.e. in conditions of lower demand for power supplied, while ensuring greater stability for the water temperature. Lower Plant Costs Reduction of water accumulation/content of the plant (-60%) Thanks to the ability to react quickly to load variations, chillers that use Inverter technology can work correctly with a strong reduction in the water content in the system (-60% compared to traditional chillers). This makes it possible to reduce thermal inertia, with energy optimization and shorter start-up times. This results in a significant saving in system costs as the accumulation tank is no longer necessary. Electrical advantages From an electrical point of view, the Inverter introduces two great advantages: Low inrush currents, considerably lower than the rated operating current, which results in a lower cost for the supply of electrical components to be installed More power available when needed The inverter allows you to vary the power supplied; by feeding the compressor at a higher frequency it is possible to reach maximum power values ​​higher than the nominal ones. This offers benefits in bringing the system up to speed but, above all, becomes an evident technical plus when the machine works in extreme operating fields. For example, traditional air-cooled heat pumps are usually combined with boilers to compensate for the efficiency deficit due to cold outside temperatures. Inverter heat pumps can benefit from greater power when ambient conditions require it, losing only 15% of output in the passage from 7°C to -10°C of external air (in the case of an ON-OFF the reduction would be ~40%), guaranteeing a water temperature of 50°C at all regimes. These advanced heat pumps can therefore be considered "primary", as they make it possible to avoid the use of boilers. Swing Inverter compressor The Daikin minichiller, the first on the market with inverter technology, uses the Daikin swing compressor designed for applications using R-410A refrigerant Characteristics Energy savings due to the elimination of friction and refrigerant leaks Operation down to -15°C outside temperature Precise control of outlet water temperature No storage tank is needed Advantages: › Top-of-the-range product in terms of energy efficiency and operating range › All sizes are available in 2 versions: standard and with OP10 option (no freezing of the water when not in use, thanks to the heating tape in the water pipes) › Easy “plug and play” installation › Among the quietest units available on the market (63 dBA - sound power) › Single-phase power supply and low inrush current make this unit ideal for residential applications › Weight reduced by 20% compared to previous models › Integrated hydraulic kit: no buffer tank required, inverter controlled pump as standard, main flow sensor and switch included. › The wired controller included in the standard equipment allows setting of multiple setpoints (cooling, heating, leaving water temperature) or values ​​based on outdoor conditions (weather-based control). It features alarm history, reduced night noise function and is available in multiple languages Product Guarantee: All products for sale on our site are new and packed. The warranty on this item is 24 months from the date of purchase.

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OPTIONAL FIRST START-UP, CONTACT THE AREA ASSISTANCE CENTER! Technical features Model : EWYQ009ACW1P Energy efficiency EER: 2.99 ESEER: 4.43 COP: 3.29 Performance Cooling Capacity: 9.12 kW Heating Capacity: 10.80 kW Cooling absorption: 3.05 kW Air Flow : 5760 m 3 /h Cooling water flow rate: 0.430 l/sec Heating water flow rate: 0.525 l/sec Nominal head Cooling : 56.4 kPa Nominal head Heating : 49.1 kPa Sound power level : 64 dB(A) Sound pressure level : 51 dB(A) Electrical data Type of Compressor : Scroll Power supply (V,Hz, Ø) : 380~420/50/3 Refrigerant gas : R-410 Field of Operation Water side cooling : 5° ~ 22° C Water side heating : 25° ~ 50° C Air side cooling : 10° ~ 46° CBS Air side heating : -15° ~ 35° CBS Installation data Diameter of hydraulic pipe connections: 31.75 mm (5/4") Dimensions and weight Dimensions (HxWxD): 1435x1418xx382 mm Empty weight: 180 Kg Daikin Mini Chiller Systems Air cooled minichiller with Inverter The Daikin Minichiller series dedicated to residential or small commercial applications , with nominal capacities from 5 kW to 13 kW , uses the inverter as a distinctive feature. The hermetic Swing compressor for sizes 005-007 kW and Scroll for the following ones 009-013 kW is driven by Inverter as well as the fans of the unit. High performance is therefore achieved at partial loads, control of the water delivery temperature at a fixed point, which can be used, for example, for radiant panel systems, and excellent acoustic performance at partial loads thanks to the simultaneous reduction of noise emission from both the compressor and of fan. The water content necessary for the correct operation of the unit is reduced thanks to the inverter, and can guarantee operation even without buffer tanks. The water-refrigerant exchanger is with brazed plates Why the inverter ? The inverter allows you to continuously modulate the power supplied by the compressor based on the thermal load requests, varying the number of revolutions of the same. This principle, compared to the traditional technology which divides the power into discrete steps of even high capacity, guarantees the final customer energy savings and better control of the operating parameters of the system. Most of the time, the cooling demand of a building is less than the maximum load capacity of the system. The larger the variations in yearly load, the more vital it is to ensure units are operating efficiently. Energy Saving Absorption proportional to the power supplied The Inverter offers, for the chiller as a whole, the possibility of significantly increasing its efficiency at partial loads, i.e. the condition in which, seasonally, the chiller will work for most of the time, guaranteeing the best performance and reaching high values average seasonal summer yield ( ESEER ). Ideal temperature Continuous regulation of power and noise The ability to work in modulation offers the guarantee of accurate control of the fluid temperature, regulated at a fixed point on the delivery to the system. This feature is ideal from the point of view of industrial application and precision temperature control, as it excludes the constant stops/starts of the compressors, responsible for electrical and mechanical wear. A further advantage is represented by the lower acoustic impact when compressors and fans operate partialised, i.e. in conditions of lower demand for power supplied, while ensuring greater stability for the water temperature. Lower Plant Costs Reduction of water accumulation/content of the plant (-60%) Thanks to the ability to react quickly to load variations, chillers that use Inverter technology can work correctly with a strong reduction in the water content in the system (-60% compared to traditional chillers). This makes it possible to reduce thermal inertia, with energy optimization and shorter start-up times. This results in a significant saving in system costs as the accumulation tank is no longer necessary. Electrical advantages From an electrical point of view, the Inverter introduces two great advantages: Low inrush currents, considerably lower than the rated operating current, which results in a lower cost for the supply of electrical components to be installed More power available when needed The inverter allows you to vary the power supplied; by feeding the compressor at a higher frequency it is possible to reach maximum power values ​​higher than the nominal ones. This offers benefits in bringing the system up to speed but, above all, becomes an evident technical plus when the machine works in extreme operating fields. For example, traditional air-cooled heat pumps are usually combined with boilers to compensate for the efficiency deficit due to cold outside temperatures. Inverter heat pumps can benefit from greater power when ambient conditions require it, losing only 15% of output in the passage from 7°C to -10°C of external air (in the case of an ON-OFF the reduction would be ~40%), guaranteeing a water temperature of 50°C at all regimes. These advanced heat pumps can therefore be considered "primary", as they make it possible to avoid the use of boilers. Scroll compressor Scroll compressors have two scrolls, one remains stationary while the other orbits eccentrically without rotating. Designed for small and medium capacities, they guarantee constant reliability and high efficiency throughout their operational life Characteristics Simple, compact and robust Absence of valves and swing joint mechanisms, to ensure maximum reliability Constant compression, to ensure a low level of energy consumption Increased compression efficiency due to the absence of volumetric expansion Low sound level Low starting current The Scroll compressor lends itself to the use of the Inverter, as on the range up to 13 kW, being able to guarantee high ESEER values, absence of peak and precise control of the outlet water temperature Advantages: › Extraordinary part load efficiency › Inverter technology to ensure low noise and best-in-class ESEER values › Wide operating range › Integrated hydronic systems › Easy “plug and play” installation › Single-phase power supply for residential applications, three-phase power model available for small commercial applications Product Guarantee: All products for sale on our site are new and packed. The warranty on this item is 24 months from the date of purchase.

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OPTIONAL FIRST START-UP, CONTACT THE AREA ASSISTANCE CENTER! Technical features Model : EWYQ010ACV3P Energy efficiency EER: 2.93 ESEER: 4.30 COP: 3.04 Performance Cooling Capacity: 9.62 kW Heating Capacity: 10.40 kW Cooling absorption: 3.28 kW Air Flow : 6000 m 3 /h Cooling water flow rate: 0.453 l/sec Heating water flow rate: 0.550 l/sec Nominal head Cooling : 54.6 kPa Nominal head Heating : 47.1 kPa Sound power level : 64 dB(A) Sound pressure level : 51 dB(A) Electrical data Type of Compressor : Scroll Power supply (V,Hz, Ø) : 220~240/50/1 Refrigerant gas : R-410 Field of Operation Water side cooling : 5° ~ 22° C Water side heating : 25° ~ 50° C Air side cooling : 10° ~ 46° CBS Air side heating : -15° ~ 35° CBS Installation data Diameter of hydraulic pipe connections: 31.75 mm (5/4") Dimensions and weight Dimensions (HxWxD): 1435x1418xx382 mm Empty weight: 180 Kg Daikin Mini Chiller Systems Air cooled minichiller with Inverter The Daikin Minichiller series dedicated to residential or small commercial applications , with nominal capacities from 5 kW to 13 kW, uses the inverter as a distinctive feature. The hermetic Swing compressor for sizes 005-007 kW and Scroll for the following ones 009-013 kW is driven by Inverter as well as the fans of the unit. High performance is therefore achieved at partial loads, control of the water delivery temperature at a fixed point, which can be used, for example, for radiant panel systems, and excellent acoustic performance at partial loads thanks to the simultaneous reduction of noise emission from both the compressor and of fan. The water content necessary for the correct operation of the unit is reduced thanks to the inverter, and can guarantee operation even without buffer tanks. The water-refrigerant exchanger is with brazed plates Why the inverter ? The inverter allows you to continuously modulate the power supplied by the compressor based on the thermal load requests, varying the number of revolutions of the same. This principle, compared to the traditional technology which divides the power into discrete steps of even high capacity, guarantees the final customer energy savings and better control of the operating parameters of the system. Most of the time, the cooling demand of a building is less than the maximum load capacity of the system. The larger the variations in yearly load, the more vital it is to ensure units are operating efficiently. Energy Saving Absorption proportional to the power supplied The Inverter offers, for the chiller as a whole, the possibility of significantly increasing its efficiency at partial loads, i.e. the condition in which, seasonally, the chiller will work for most of the time, guaranteeing the best performance and reaching high values average seasonal summer yield ( ESEER ). Ideal temperature Continuous regulation of power and noise The ability to work in modulation offers the guarantee of accurate control of the fluid temperature, regulated at a fixed point on the delivery to the system. This feature is ideal from the point of view of industrial application and precision temperature control, as it excludes the constant stops/starts of the compressors, responsible for electrical and mechanical wear. A further advantage is represented by the lower acoustic impact when compressors and fans operate partialised, i.e. in conditions of lower demand for power supplied, while ensuring greater stability for the water temperature. Lower Plant Costs Reduction of water accumulation/content of the plant (-60%) Thanks to the ability to react quickly to load variations, chillers that use Inverter technology can work correctly with a strong reduction in the water content in the system (-60% compared to traditional chillers). This makes it possible to reduce thermal inertia, with energy optimization and shorter start-up times. This results in a significant saving in system costs as the accumulation tank is no longer necessary. Electrical advantages From an electrical point of view, the Inverter introduces two great advantages: Low inrush currents, considerably lower than the rated operating current, which results in a lower cost for the supply of electrical components to be installed More power available when needed The inverter allows you to vary the power supplied; by feeding the compressor at a higher frequency it is possible to reach maximum power values ​​higher than the nominal ones. This offers benefits in bringing the system up to speed but, above all, becomes an evident technical plus when the machine works in extreme operating fields. For example, traditional air-cooled heat pumps are usually combined with boilers to compensate for the efficiency deficit due to cold outside temperatures. Inverter heat pumps can benefit from greater power when ambient conditions require it, losing only 15% of output in the passage from 7°C to -10°C of external air (in the case of an ON-OFF the reduction would be ~40%), guaranteeing a water temperature of 50°C at all regimes. These advanced heat pumps can therefore be considered "primary", as they make it possible to avoid the use of boilers. Scroll compressor Scroll compressors have two scrolls, one remains stationary while the other orbits eccentrically without rotating. Designed for small and medium capacities, they guarantee constant reliability and high efficiency throughout their operational life Characteristics Simple, compact and robust Absence of valves and swing joint mechanisms, to ensure maximum reliability Constant compression, to ensure a low level of energy consumption Increased compression efficiency due to the absence of volumetric expansion Low sound level Low starting current The Scroll compressor lends itself to the use of the Inverter, as on the range up to 13 kW, being able to guarantee high ESEER values, absence of peak and precise control of the outlet water temperature Advantages: › Extraordinary part load efficiency › Inverter technology to ensure low noise and best-in-class ESEER values › Wide operating range › Integrated hydronic systems › Easy “plug and play” installation › Single-phase power supply for residential applications, three-phase power model available for small commercial applications Product Guarantee: All products for sale on our site are new and packed. The warranty on this item is 24 months from the date of purchase.

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OPTIONAL FIRST START-UP, CONTACT THE AREA ASSISTANCE CENTER! Technical features Model : EWAQ011ACW1P Energy efficiency EER: 2.85 ESEER: 4.44 Performance Cooling Capacity: 11.1 kW Cooling absorption: 3.9 kW Air Flow : 6000 m 3 /h Water flow rate: 0.525 l/sec Nominal head : 49.1 kPa Sound power level : 64 dB(A) Sound pressure level : 51 dB(A) Electrical data Type of Compressor : Scroll Power supply (V,Hz, Ø) : 400/50/3 Refrigerant gas : R-410 Field of Operation Water : 5° ~ 22° C Air : 10° ~ 46° CBS Installation data Diameter of hydraulic pipe connections: 31.75 mm (5/4") Dimensions and weight Dimensions (HxWxD): 1435x1418xx382 mm Empty weight: 180 Kg Daikin Mini Chiller Systems Air cooled minichiller with Inverter The Daikin Minichiller series dedicated to residential or small commercial applications , with nominal capacities from 5 kW to 13 kW , uses the inverter as a distinctive feature. The hermetic Swing compressor for sizes 005-007 kW and Scroll for the following ones 009-013 kW is driven by Inverter as well as the fans of the unit. High performance is therefore achieved at partial loads, control of the water delivery temperature at a fixed point, which can be used, for example, for radiant panel systems, and excellent acoustic performance at partial loads thanks to the simultaneous reduction of noise emission from both the compressor and of fan. The water content necessary for the correct operation of the unit is reduced thanks to the inverter, and can guarantee operation even without buffer tanks. The water-refrigerant exchanger is with brazed plates Why the inverter ? The inverter allows you to continuously modulate the power supplied by the compressor based on the thermal load requests, varying the number of revolutions of the same. This principle, compared to the traditional technology which divides the power into discrete steps of even high capacity, guarantees the final customer energy savings and better control of the operating parameters of the system. Most of the time, the cooling demand of a building is less than the maximum load capacity of the system. The larger the variations in yearly load, the more vital it is to ensure units are operating efficiently. Energy Saving Absorption proportional to the power supplied The Inverter offers, for the chiller as a whole, the possibility of significantly increasing its efficiency at partial loads, i.e. the condition in which, seasonally, the chiller will work for most of the time, guaranteeing the best performance and reaching high values average seasonal summer yield ( ESEER ). Ideal temperature Continuous regulation of power and noise The ability to work in modulation offers the guarantee of accurate control of the fluid temperature, regulated at a fixed point on the delivery to the system. This feature is ideal from the point of view of industrial application and precision temperature control, as it excludes the constant stops/starts of the compressors, responsible for electrical and mechanical wear. A further advantage is represented by the lower acoustic impact when compressors and fans operate partialised, i.e. in conditions of lower demand for power supplied, while ensuring greater stability for the water temperature. Lower Plant Costs Reduction of water accumulation/content of the plant (-60%) Thanks to the ability to react quickly to load variations, chillers that use Inverter technology can work correctly with a strong reduction in the water content in the system (-60% compared to traditional chillers). This makes it possible to reduce thermal inertia, with energy optimization and shorter start-up times. This results in a significant saving in system costs as the accumulation tank is no longer necessary. Electrical advantages From an electrical point of view, the Inverter introduces two great advantages: Low inrush currents, considerably lower than the rated operating current, which results in a lower cost for the supply of electrical components to be installed More power available when needed The inverter allows you to vary the power supplied; by feeding the compressor at a higher frequency it is possible to reach maximum power values ​​higher than the nominal ones. This offers benefits in bringing the system up to speed but, above all, becomes an evident technical plus when the machine works in extreme operating fields. For example, traditional air-cooled heat pumps are usually combined with boilers to compensate for the efficiency deficit due to cold outside temperatures. Inverter heat pumps can benefit from greater power when ambient conditions require it, losing only 15% of output in the passage from 7°C to -10°C of external air (in the case of an ON-OFF the reduction would be ~40%), guaranteeing a water temperature of 50°C at all regimes. These advanced heat pumps can therefore be considered "primary", as they make it possible to avoid the use of boilers. Scroll compressor Scroll compressors have two scrolls, one remains stationary while the other orbits eccentrically without rotating. Designed for small and medium capacities, they guarantee constant reliability and high efficiency throughout their operational life Characteristics Simple, compact and robust Absence of valves and swing joint mechanisms, to ensure maximum reliability Constant compression, to ensure a low level of energy consumption Increased compression efficiency due to the absence of volumetric expansion Low sound level Low starting current The Scroll compressor lends itself to the use of the Inverter, as on the range up to 13 kW, being able to guarantee high ESEER values, absence of peak and precise control of the outlet water temperature Advantages: › Extraordinary part load efficiency › Inverter technology to ensure low noise and best-in-class ESEER values › Wide operating range › Integrated hydronic systems › Easy “plug and play” installation › Single-phase power supply for residential applications, three-phase power model available for small commercial applications Product Guarantee: All products for sale on our site are new and packed. The warranty on this item is 24 months from the date of purchase.

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OPTIONAL FIRST START-UP, CONTACT THE AREA ASSISTANCE CENTER! Technical features Model : EWYQ009ACV3P Energy efficiency EER: 2.85 ESEER: 4.44 COP: 3.06 Performance Cooling Capacity: 8.62 kW Heating Capacity: 9.05 kW Cooling absorption: 2.83 kW Air Flow : 5760 m 3 /h Cooling water flow rate: 0.406 l/sec Heating water flow rate: 0.478 l/sec Nominal head Cooling : 58 kPa Nominal head Heating : 52.8 kPa Sound power level : 64 dB(A) Sound pressure level : 51 dB(A) Electrical data Type of Compressor : Scroll Power supply (V,Hz, Ø) : 220~240/50/1 Refrigerant gas : R-410 Field of Operation Water side cooling : 5° ~ 22° C Water side heating : 25° ~ 50° C Air side cooling : 10° ~ 46° CBS Air side heating : -15° ~ 35° CBS Installation data Diameter of hydraulic pipe connections: 31.75 mm (5/4") Dimensions and weight Dimensions (HxWxD): 1435x1418xx382 mm Empty weight: 180 Kg Daikin Mini Chiller Systems Air cooled minichiller with Inverter The Daikin Minichiller series dedicated to residential or small commercial applications , with nominal capacities from 5 kW to 13 kW, uses the inverter as a distinctive feature. The hermetic Swing compressor for sizes 005-007 kW and Scroll for the following ones 009-013 kW is driven by Inverter as well as the fans of the unit. High performance is therefore achieved at partial loads, control of the water delivery temperature at a fixed point, which can be used, for example, for radiant panel systems, and excellent acoustic performance at partial loads thanks to the simultaneous reduction of noise emission from both the compressor and of fan. The water content necessary for the correct operation of the unit is reduced thanks to the inverter, and can guarantee operation even without buffer tanks. The water-refrigerant exchanger is with brazed plates Why the inverter ? The inverter allows you to continuously modulate the power supplied by the compressor based on the thermal load requests, varying the number of revolutions of the same. This principle, compared to the traditional technology which divides the power into discrete steps of even high capacity, guarantees the final customer energy savings and better control of the operating parameters of the system. Most of the time, the cooling demand of a building is less than the maximum load capacity of the system. The larger the variations in yearly load, the more vital it is to ensure units are operating efficiently. Energy Saving Absorption proportional to the power supplied The Inverter offers, for the chiller as a whole, the possibility of significantly increasing its efficiency at partial loads, i.e. the condition in which, seasonally, the chiller will work for most of the time, guaranteeing the best performance and reaching high values average seasonal summer yield ( ESEER ). Ideal temperature Continuous regulation of power and noise The ability to work in modulation offers the guarantee of accurate control of the fluid temperature, regulated at a fixed point on the delivery to the system. This feature is ideal from the point of view of industrial application and precision temperature control, as it excludes the constant stops/starts of the compressors, responsible for electrical and mechanical wear. A further advantage is represented by the lower acoustic impact when compressors and fans operate partialised, i.e. in conditions of lower demand for power supplied, while ensuring greater stability for the water temperature. Lower Plant Costs Reduction of water accumulation/content of the plant (-60%) Thanks to the ability to react quickly to load variations, chillers that use Inverter technology can work correctly with a strong reduction in the water content in the system (-60% compared to traditional chillers). This makes it possible to reduce thermal inertia, with energy optimization and shorter start-up times. This results in a significant saving in system costs as the accumulation tank is no longer necessary. Electrical advantages From an electrical point of view, the Inverter introduces two great advantages: Low inrush currents, considerably lower than the rated operating current, which results in a lower cost for the supply of electrical components to be installed More power available when needed The inverter allows you to vary the power supplied; by feeding the compressor at a higher frequency it is possible to reach maximum power values ​​higher than the nominal ones. This offers benefits in bringing the system up to speed but, above all, becomes an evident technical plus when the machine works in extreme operating fields. For example, traditional air-cooled heat pumps are usually combined with boilers to compensate for the efficiency deficit due to cold outside temperatures. Inverter heat pumps can benefit from greater power when ambient conditions require it, losing only 15% of output in the passage from 7°C to -10°C of external air (in the case of an ON-OFF the reduction would be ~40%), guaranteeing a water temperature of 50°C at all regimes. These advanced heat pumps can therefore be considered "primary", as they make it possible to avoid the use of boilers. Scroll compressor Scroll compressors have two scrolls, one remains stationary while the other orbits eccentrically without rotating. Designed for small and medium capacities, they guarantee constant reliability and high efficiency throughout their operational life Characteristics Simple, compact and robust Absence of valves and swing joint mechanisms, to ensure maximum reliability Constant compression, to ensure a low level of energy consumption Increased compression efficiency due to the absence of volumetric expansion Low sound level Low starting current The Scroll compressor lends itself to the use of the Inverter, as on the range up to 13 kW, being able to guarantee high ESEER values, absence of peak and precise control of the outlet water temperature Advantages: › Extraordinary part load efficiency › Inverter technology to ensure low noise and best-in-class ESEER values › Wide operating range › Integrated hydronic systems › Easy “plug and play” installation › Single-phase power supply for residential applications, three-phase power model available for small commercial applications Product Guarantee: All products for sale on our site are new and packed. The warranty on this item is 24 months from the date of purchase.

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OPTIONAL FIRST START-UP, CONTACT THE AREA ASSISTANCE CENTER! Daikin Mini Chiller Cooling Only Inverter Air Water EWYQ-ACV3P009 9 kW R-410 Technical features Model : EWAQ-ACV0093P Energy efficiency EER: 3.05 ESEER: 4.3 Performance Cooling Capacity: 8.62 kW Absorbed power Cooling : 1.9 kW Air Flow : 6000 m 3 /h Sound power level : 64 dB(A) Sound pressure level : 51 dB(A) Electrical data Type of Compressor : Scroll Power supply (V,Hz, Ø) : 230/50/1 Refrigerant gas : R-410 Field of Operation Water : 5° ~ 22° C Air : 10° ~ 46° CBS Installation data Diameter of hydraulic pipe connections: 31.75 mm (5/4") Dimensions and weight Dimensions (HxWxD): 1435x1418xx382 mm Empty weight: 180 Kg Minichillers Inverter technology guarantees: continuous adaptation to load requirements; excellent efficiency under partial load conditions (ESEER values ​​up to 4.57); significant reduction of starting currents; precise temperature control (water leaving the evaporator) Inverter technology to ensure low noise and best-in-class ESEER values Wide operating range Integrated hydronic systems Easy “plug and play” installation Single-phase power supply for residential applications, three-phase power model available for small commercial applications Product Guarantee: All products for sale on our site are new and packed. The warranty on this item is 24 months from the date of purchase.

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