EEDEN technical data. air conditioning systems RZQ-DV1. Split Sky Air

Transcription

1 EEDEN09-00 technical data RZQ-DV air conditioning systems Split Sky Air

2 Split - Sky Air Daikin s unique position as a manufacturer of air conditioning equipment, compressors and refrigerants has led to its close involvement in environmental issues. For several years Daikin has had the intention to become a leader in the provision of products that have limited impact on the environment. This challenge demands the eco design and development of a wide range of products and an energy management system, resulting in energy conservation and a reduction of waste. Het ISO400 assures an effective environmental management system in order to help protect human health and the environment from potential impact of our activities, products and services and to assist in maintaining and improving the quality of the environment. Daikin Europe N.V. is approved by LRQA for its Quality Management System in accordance with the ISO900 standard. ISO900 pertains to quality assurance regarding design, development, manufacturing as well as to services related to the product. The present publication is drawn up by way of information only and does not constitute an offer binding upon Daikin Europe N.V.. Daikin Europe N.V. has compiled the content of this publication to the best of its knowledge. No express or implied warranty is given for the completeness, accuracy, reliability or fitness for particular purpose of its content and the products and services presented therein. Specifications are subject to change without prior notice. Daikin Europe N.V. explicitly rejects any liability for any direct or indirect damage, In the broadest sense, arising from or related to the use and/or interpretation of this publication. All content is copyrighted by Daikin Europe N.V.. Daikin units comply with the European regulations that guarantee the safety of the product. Naamloze Vennootschap Zandvoordestraat 300 B-8400 Ostend, Belgium BTW: BE RPR Oostende Daikin Europe N.V. participates in the Eurovent Certification Programme for Air Conditioners (AC), Liquid Chilling Packages (LCP) and Fan Coil Units (FC); the certified data of certified models are listed in the Eurovent Directory. EEDEN09-00 EEDEN /2009 Printed in Belgium by Goekint Graphics Copyright Daikin

3 EEDEN09-00 technical data RZQ-DV air conditioning systems Split Sky Air

4 Outdoor Units R-40A RZQ-DV TABLE OF CONTENTS RZQ-DV Features Specifications Nominal Capacity and Nominal Input Technical Specifications Electrical Specifications Electrical data Options Capacity tables Combination table Cooling capacity tables Heating capacity tables Dimensional drawing & centre of gravity Dimensional drawing Centre of gravity Piping diagram Wiring diagram Wiring diagram Sound data Sound pressure spectrum Sound power spectrum Installation Installation method Operation range Split Sky Air Outdoor Units 4

5 i n y k r o t o 0 i d - l t 4 puz - Outdoor Units R-40A RZQ-DV Features U S A V D Q R SO Outdoor units for pair, twin, triple, double twin application The Sky Air Inverter is developed for use in shops, restaurants and small offices. This innovative Daikin unit provides a more comfortable environment and offers great savings in energy consumption to shop and office owners. The use of inverter type outdoor units results in an air conditioning system with a high energy efficiency and very low sound level An inverter driven compressor allows the capacity to be adjusted precisely to match variations in room and outside temperatures. During start up, the room can be cooled down or heated very quickly. Once the temperature in the room has reached its set point, the low power operation starts to save energy. Daikin outdoor units are neat and sturdy and can be mounted easily on a roof or terrace or simply placed against an outside wall. Outdoor units are fitted with either a swing or scroll compressor, renowned for low noise and high energy efficiency A special acryl precoated fin for anti-corrosion treatment on the heat exchanger ensures greater resistance against severe weather conditions 5 Split Sky Air Outdoor Units

6 2 Specifications Outdoor Units R-40A RZQ-DV 2- NOMINAL CAPACITY AND NOMINAL INPUT RZQ7D7VB RZQ00D7VB RZQ25D7VB RZQ40D7VB For combination indoor units + outdoor units Indoor Units FCQH7D7VEB FCQH00D7VEB FCQH25D7VEB FCQH40D7VEB Cooling capacity Standard kw Heating capacity Standard kw Power Input Cooling Standard kw Heating Standard kw For combination EER Nominal indoor units + outdoor COP Nominal units Energy Label Cooling A Heating A Annual energy consumption kwh 940,250,740 2,80 Indoor Units FBQ7C7VEB FBQ00C7VEB FBQ25C7VEB FBQ40C7VEB Cooling capacity Standard kw Heating capacity Standard kw Power Input Cooling Standard kw Heating Standard kw For combination EER Nominal indoor units + outdoor COP Nominal units Energy Label Cooling A A A B Heating A A A B Annual energy consumption kwh,047,35,796 2,226 Indoor Units FCQ7C7VEB FCQ00C7VEB FCQ25C7VEB FCQ40C7VEB Cooling capacity Standard kw Heating capacity Standard kw Power Input Cooling Standard kw Heating Standard kw For combination EER Nominal indoor units + outdoor COP Nominal units Energy Label Cooling A A A D Heating A A A C Annual energy consumption kwh,055,39,849 2,555 Indoor Units FHQ7BVVB FHQ00BVVB FHQ25BVVB Cooling capacity Standard kw Heating capacity Standard kw Power Input Cooling Standard kw Heating Standard kw For combination EER Nominal indoor units + outdoor COP Nominal units Energy Label Cooling B B C Heating D C C Annual energy consumption kwh,72,572 2,9 Indoor Units FAQ7BVVB FAQ00BVVB FDQ25B8V3B9 Cooling capacity Standard kw Heating capacity Standard kw Power Input Cooling Standard kw Heating Standard kw For combination EER Nominal indoor units + outdoor COP Nominal units Energy Label Cooling B B B Heating B B A Annual energy consumption kwh,4,645,978 Indoor Units FUQ7BVVB FUQ00BVVB FUQ25BVVB Cooling capacity Standard kw Heating capacity Standard kw Power Input Cooling Standard kw Heating Standard kw Split Sky Air Outdoor Units 6

7 2 Specifications Outdoor Units R-40A RZQ-DV 2 2- NOMINAL CAPACITY AND NOMINAL INPUT RZQ7D7VB RZQ00D7VB RZQ25D7VB RZQ40D7VB For combination indoor units + outdoor units EER Nominal COP Nominal Energy Label Cooling A A B Heating B C C Annual energy consumption kwh,05,484, TECHNICAL SPECIFICATIONS RZQ7D7VB RZQ00D7VB RZQ25D7VB RZQ40D7VB Casing Colour Ivory White Material Painted galvanised steel Dimensions Unit Height mm 770,345,345,345 Width mm Depth mm Packing Height mm 900,524,524,524 Width mm Depth mm Weight Unit kg Packed Unit kg Heat Exchanger Dimensions Length mm Nr of Rows Fin Pitch mm Nr of Passes Face Area m² Nr of Stages Tube type Hi-XSS(8) Fin Type WF fin Treatment Anti-corrosion treatment (PE) Fan Type Propeller Discharge direction Horizontal Quantity Air Flow Rate Cooling m³/min (nominal at 230V) Heating m³/min Motor Quantity Model KFD A Brushless DC Motor Motor Speed (nominal) Steps Cooling rpm (Standard) Heating rpm (Standard) Fan Motor Output W Drive Direct drive Compressor Quantity Motor Model 2YC63DXD JT00G-VD JT00G-VD JT00G-VD Type Hermetically sealed Hermetically sealed scroll compressor swing compressor Motor Output W,700 2,200 2,200 2,200 Crankcase W Heater Starting Method Inverter driven Operation Range Cooling Min CDB Max CDB Heating Min CWB Max CWB Sound Level (nominal) Sound Level (Night quiet) Cooling Sound Power dba Sound Pressure dba (Standard) Heating Sound Pressure (Standard) dba Sound Pressure dba Split Sky Air Outdoor Units

8 2 Specifications Outdoor Units R-40A RZQ-DV 2-2 TECHNICAL SPECIFICATIONS RZQ7D7VB RZQ00D7VB RZQ25D7VB RZQ40D7VB Refrigerant Type R-40A Charge kg Control Expansion valve (electronic type) Nr of Circuits Refrigerant Oil Type FVC50K Daphne FVC68D Charged Volume l Piping connections Liquid (OD) Quantity Type Flare connection Diameter (OD) mm Gas Quantity Type Flare connection Diameter (OD) mm Drain Quantity Type Hole Diameter (OD) mm Piping Length Minimum m Maximum m Equivalent m Chargeless m Additional Refrigerant Charge kg/m See installation manual 4PW Installation height difference Maximum m Max. internunit level difference m Heat Insulation Both liquid and gas pipes Defrost Method Pressure equalising Defrost Control Temperature Capacity Control Method Inverter controlled Safety Devices High pressure switch Fan motor thermal protector Fuse Standard Item Tie-wraps Accessories Quantity Item Installation manual Quantity Notes Nominal cooling capacities are based on : indoor temperature : 27 CDB, 9 CWB, outdoor temperature : 35 CDB, equivalent refrigerant piping : 5m, level difference : 0m. Nominal heating capacities are based on: indoor temperature: 20 CDB; outdoor temperature: 7 CDB, 6 CWB; equivalent refrigerant piping length: 5m; level difference: 0m ELECTRICAL SPECIFICATIONS RZQ7D7VB RZQ00D7VB RZQ25D7VB RZQ40D7VB Power Supply Name V Phase ~ Frequency Hz Voltage V Voltage range Minimum V Maximum V Current Recomended fuses A Wiring connections Power Supply Intake Notes For Power Supply For connection with indoor Remark Remark See installation manual 4PW See installation manual 4PW Outdoor unit only See separate drawings for electrical data () European/international technical standard setting the limits for harmonic currents produced by equipment connected to public low-voltage system with input current > 6A smaller than or equal to 75A per phase. (2) Short-circuit power Power supply to the FDQ indoor unit is separate Split Sky Air Outdoor Units 8

9 Outdoor Units R-40A RZQ-DV 3 Electrical data RZQ7-40DV 3 Unit combination Power supply Comp. OFM IFM Indoor unit Outdoor unit Hz-volts Voltage range MCA TOCA MFA MSC RLA kw FLA kw FLA RLA is based on the following conditions: Power supply: 50Hz - 230V Cooling Indoor temperature 27 CDB/9 CWB Outdoor temperature 35 CDB Heating Indoor temperature 20.0 CDB Outdoor temperature 7.0 CDB/6.0 CWB 2 TOCA means the total value of each OC set 3 Voltage range Units are suitable for use on electrical systems where voltage supplied to unit terminals is not below or above listed operation range limits 4 Maximum allowable voltage unbalance between phases is 2% 5 MCA represents maximum input current., MFA represents capacity which may accept MCA (next lower standard fuse rating, min.5a) 6 Select wire size based on the larger value of MCA or TOCA 7 MFA is used to select the circuit breaker and the ground fault circuit interrupter (earth leakage circuit breaker) SYMBOLS MCA : Min. Circuit Amps (A) TOCA : Total Over Current Amps (A) MFA : Max. Fuse Amps (A) (See note 7) MSC : MSC means the max. current during the starting of compressor. (A) RLA : Rated Load Amps (A) OFM : Outdoor Fan Motor (A) IFM : Indoor Fan Motor FLA : Full Load Amps kw : Fan Motor Rated Output (kw) 3D Split Sky Air Outdoor Units

10 Outdoor Units R-40A RZQ-DV 4 Options RZQ(S)7-40DV Name of option Central drain plug Refrigerant branch piping Demand adapter kit Kit name RZQ7D7VB RZQ00D7VB RZQ25D7VB RZQ40D7VB RZQS7D7VB RZQS00D7VB RZQS25D7VB RZQS40D7VB - RZQ00B8WB RZQ25B8WB RZQ40B8WB EKDK04 Twin KHRQ22M20TA (KHRQ58T): see note Triple - KHRQ27H (KHRQ58H): see note Double-twin - - KHRQ22M20TA (KHRQ58T): see note (3x) KRP58M5 3 4 NOTE For RZQ00-40B8WB in combination with FCQ35-7C, FCQH7C or FCQH7D use the refrigerant branch piping mentioned between brackets. 3TW26739-F Split Sky Air Outdoor Units 0

11 9 9 5 Capacity tables 5 - Combination table Outdoor Units R-40A RZQ-DV 5 Multi Combination Possibilities P = Pair 2=Twin 3 = Triple 4 = Double twin SKY-AIR Hi casette Thin cassette 2x2 cassette Duct (medium ESP) Ceiling suspended 4way ceiling Wall mounted High ESP duct Floor standing Model name SKY-AIR Hi casette Thin cassette 2x2 cassette Duct (medium ESP) Ceiling suspended 4way ceiling Wall mounted High ESP duct Floor standing Model name Individual indoor capacities are not given because the combinations are for simultaneous operation (=indoor units installed in same room). 2 When different indoor models are used in combination, designate the infrared remote controller that is equipped with the most functions as the main unit. 3 Refnet kits that are necessary to install the combinations: Twin: KHRQ22M20TA Triple: KHRQ27H Double twin: KHRQ22M20TA 3TW E Split Sky Air Outdoor Units

12 9 Outdoor Units R-40A RZQ-DV 5 Capacity tables 5 - Combination table EDP Room Specifications Possible combinations and standard capacity for twin, triple and double twin operation SKY-AIR Hi casette Thin cassette 2x2 cassette Duct (medium ESP) Ceiling suspended 4way ceiling Wall mounted High ESP duct 3 5 Multi Combination Possibilities 3TW3679-3A Most popular for EDP Individual indoor capacities are not given because the combinations are for simultaneous operation (=indoor units installed in same room). 2 When different indoor models are used in combination, designate the infrared remote controller that is equipped with the most functions as the main unit. In table above the indoor units are mentioned in order of the possible function (most funcitions are on FCQ, less functions are on FAQ). 3 Refnet kits that are necessary to install the combinations: Twin: KHRQ22M20TA Triple: KHRQ27H Double twin: KHRQ22M20TA Split Sky Air Outdoor Units 2

13 5 Capacity tables 5-2 Cooling capacity tables RZQ7DV Outdoor Units R-40A RZQ-DV 5 Cooling Coefficient of power input. (-) Cooling capacity Cooling capacity (kw) Capacity range Rated point Indoor Outdoor temp. ( CDB) EWB EDB TC SHC CPI TC SHC CPI TC SHC CPI TC SHC ( C) ( C) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 4. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 5. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 7. Air flow rate and BF are tabulated below. (Multi) Model FCQH7D FCQ7C FBQ7 FHQ7 FAQ7 FUQ7 AFR (BF) (0.7) (0.9) (0.08) (0.0) (0.08) (0.07) Model FCQ35Cx2 FFQ35x2 FBQ35Cx2 FHQ35x2 AFR 0.5x2 0x2 5x2 3x2 (BF) (0.28x2) (0.25x2) (0.5x2) (0.2x2) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total cooling capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw 8. Rated power input of each model is tabulated below. Model FCQH7D FCQ7C FBQ7C FHQ7 FAQ7 FUQ7 Cooling (Multi) Model FCQ35Cx2 FFQ35x2 FBQ35x2 FHQ35x2 Cooling Split Sky Air Outdoor Units

14 Outdoor Units R-40A RZQ-DV 5 Capacity tables 5-2 Cooling capacity tables RZQ00DV Cooling Coefficient of power input. (-) 3 5 Cooling capacity Capacity range Cooling capacity (kw) Rated point Indoor Outdoor temp. ( CDB) EWB EDB TC SHC CPI TC SHC CPI TC SHC CPI TC SHC ( C) ( C) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 4. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 5. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 7. Air flow rate and BF are tabulated below. (Twin) (Triple) Model FCQH00D FCQ00C FBQ00C FHQ00 FAQ00 FUQ00 AFR (BF) (0.7) (0.6) (0.3) (0.4) (0.0) (0.07) Model FCQ50Cx2 FFQ50x2 FBQ50Cx2 FHQ50x2 AFR 2.5x2 2x2 6x2 3x2 (BF) (0.28x2) (0.6x2) (0.6x2) (0.x2) Model FCQ35Cx3 FFQ35x3 FBQ35Cx3 FHQ35x3 AFR 0.5x3 0x3 6x3 3x3 (BF) (0.28x3) (0.25x3) (0.5x3) (0.2x3) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total cooling capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw 8. Rated power input of each model is tabulated below. Model FCQH00D FCQ00C FBQ00C FHQ00 FAQ00 FUQ00 Cooling (Twin) Model FCQ50Cx2 FFQ50x2 FBQ50x2 FHQ50x2 Cooling (Triple) Model FCQ35Cx3 FFQ35x3 FBQ35x3 FHQ35x3 Cooling Split Sky Air Outdoor Units 4

15 5 Capacity tables 5-2 Cooling capacity tables RZQ25DV Outdoor Units R-40A RZQ-DV 5 Cooling Coefficient of power input. (-) Cooling capacity Capacity range Cooling capacity (kw) Rated point Indoor Outdoor temp. ( CDB) EWB EDB TC SHC CPI TC SHC CPI TC SHC CPI TC SHC ( C) ( C) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 4. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 5. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 7. Air flow rate and BF are tabulated below. (Twin) (Triple) Model FCQH25D FCQ25C FBQ25C FHQ25 FAQ25 FUQ25 AFR (BF) (0.9) (0.9) (0.6) (0.3) (0.3) (0.25) Model FCQ60Cx2 FFQ60x2 FBQ60Cx2 FHQ60x2 AFR 3.5x2 5x2 8x2 7x2 (BF) (0.2x2) (0.x2) (0.5x2) (0.2x2) Model FCQ50Cx3 FFQ50x3 FBQ50Cx3 FHQ50x3 AFR 2.5x3 2x3 6x3 3x3 (BF) (0.2x3) (0.6x3) (0.6x3) (0.x3) 8. Rated power input of each model is tabulated below. Model FCQH25D FCQ25C FBQ25C FHQ25 FAQ25 FUQ25 Cooling (Twin) Model FCQ60Cx2 FFQ60x2 FBQ60x2 FHQ60x2 Cooling (Triple) Model FCQ50Cx3 FFQ50x3 FBQ50x3 FHQ50x3 Cooling (Double Twin) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total cooling capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw Model FCQ35Cx4 FFQ35x4 FBQ35Cx4 FHQ35x4 AFR 0.5x4 0x4 6x4 3x4 (BF) (0.28x4) (0.25x4) (0.5x4) (0.2x4) (Double Twin) Model FCQ35Cx4 FFQ35x4 FBQ35x4 FHQ35x4 Cooling Split Sky Air Outdoor Units

16 Outdoor Units R-40A RZQ-DV 5 Capacity tables 5-2 Cooling capacity tables RZQ40DV Cooling Coefficient of power input. (-) 3 5 Cooling capacity Cooling capacity (kw) Capacity range Rated point Indoor Outdoor temp. ( CDB) EWB EDB TC SHC CPI TC SHC CPI TC SHC CPI TC SHC ( C) ( C) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 4. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 5. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 7. Air flow rate and BF are tabulated below. (Twin) (Triple) Model FCQH40D FCQ40C AFR (BF) (0.20) (0.22) Model FCQH7Dx2 FCQ7Cx2 FBQ7Cx2 FHQ7x2 FUQ7x2 FAQ7x2 AFR 2x2 5.5x2 8x2 7x2 9x2 9x2 (BF) (0.7x2) (0.9x2) (0.08x2) (0.x2) (0.07x2) (0.08x2) Model FCQ50Cx3 FFQ50x3 FBQ50Cx3 FHQ50x3 AFR 2.5x3 2x3 6x3 3x3 (BF) (0.2x3) (0.6x3) (0.6x3) (0.x3) 8. Rated power input of each model is tabulated below. Model FCQH40D FCQ40C Cooling (Twin) Model FCQH7Dx2 FCQ7Cx2 FBQ7Cx2 FHQ7x2 FUQ7x2 FAQ7x2 Cooling (Triple) Model FCQ50Cx3 FFQ50x3 FBQ50x3 FHQ50x3 Cooling (Double Twin) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total cooling capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw Model FCQ35Cx4 FFQ35x4 FBQ35Cx4 FHQ35x4 AFR 0.5x4 0x4 6x4 3x4 (BF) (0.28x4) (0.25x4) (0.5x4) (0.2x4) (Double Twin) Model FCQ35Cx4 FFQ35x4 FBQ35x4 FHQ35x4 Cooling Split Sky Air Outdoor Units 6

17 5 Capacity tables 5-2 Cooling capacity tables RZQ40DV Outdoor Units R-40A RZQ-DV 5 Cooling Coefficient of power input. (-) Cooling capacity Cooling capacity (kw) Capacity range Rated point Indoor Outdoor temp. ( CDB) EWB EDB TC SHC CPI TC SHC CPI TC SHC CPI TC SHC ( C) ( C) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) (-) (kw) (kw) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 4. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 5. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 7. Air flow rate and BF are tabulated below. Model AFR (BF) FBQ40C 39 (0.4) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total cooling capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw 8. Rated power input of each model is tabulated below. Model FBQ40C Cooling Split Sky Air Outdoor Units

18 Outdoor Units R-40A RZQ-DV 5 Capacity tables 5-2 Cooling capacity tables RZQ7-40DV Capacity in function of field piping length for non-inverter 3 5 Capacity (%) length (m) Cooling Heating 3TW Split Sky Air Outdoor Units 8

19 5 Capacity tables 5-3 Heating capacity tables RZQ7DV Outdoor Units R-40A RZQ-DV 5 Heating Coefficient of power input. (-) Heating capacity Capacity range Heating capacity (kw) Rated point Indoor Outdoor temp. ( CDB) EDB TC CPI TC CPI TC CPI TC CPI TC CPI TC ( C) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (-) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. On the tables Q show rated capacity and rated coefficient of power input. 4. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 5. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 6. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 8. Heating capacity include the drop of frost formation. 9. Air flow rate and BF are tabulated below. (Multi) Model FCQH7C FCQ7C FBQ7 FHQ7 FAQ7 FVQ7 AFR (BF) (0.7) (0.9) (0.08) (0.0) (0.08) (0.07) Model FCQ35Cx2 FFQ35x2 FBQ35Cx2 FHQ35x2 AFR 0.5x2 0x2 6x2 3x2 (BF) (0.28x2) (0.25x2) (0.5x2) (0.2x2) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total heating capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw 0. Rated power input of each model is tabulated below. Model FCQH7D FCQ7C FBQ7 FHQ7 FAQ7 FUQ7 Heating (Multi) Model FCQ35Cx2 FFQ35x2 FBQ35Cx2 FHQ35x2 Heating Split Sky Air Outdoor Units

20 Outdoor Units R-40A RZQ-DV 5 Capacity tables 5-3 Heating capacity tables RZQ00DV Heating Coefficient of power input. (-) 3 5 Heating capacity Capacity range Heating capacity (kw) Rated point Indoor Outdoor temp. ( CDB) EDB TC CPI TC CPI TC CPI TC CPI TC CPI TC ( C) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (-) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. On the tables Q show rated capacity and rated coefficient of power input. 4. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 5. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 6. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 8. Heating capacity include the drop of frost formation. 9. Air flow rate and BF are tabulated below. (Twin) (Triple) Model FCQH00D FCQ00C FBQ00C FHQ00 FAQ00 FUQ00 AFR (BF) (0.7) (0.6) (0.3) (0.4) (0.0) (0.07) Model FCQ50Cx2 FFQ50x2 FBQ50Cx2 FHQ50x2 AFR 2.5x2 2x2 6x2 3x2 (BF) (0.28x2) (0.6x2) (0.6x2) (0.x2) Model FCQ35Cx3 FFQ35x3 FBQ35Cx3 FHQ35x3 AFR 0.5x3 0x3 6x3 3x3 (BF) (0.28x3) (0.25x3) (0.5x3) (0.2x3) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total heating capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw 0. Rated power input of each model is tabulated below. Model FCQH00D FCQ00C FBQ00C FHQ00 FAQ00 FUQ00 Heating (Twin) Model FCQ50Cx2 FFQ50x2 FBQ50x2 FHQ50x2 Heating (Triple) Model FCQ35Cx3 FFQ35x3 FBQ35x3 FHQ35x3 Heating Split Sky Air Outdoor Units 20

21 5 Capacity tables 5-3 Heating capacity tables RZQ25DV Outdoor Units R-40A RZQ-DV 5 Heating Coefficient of power input. (-) Heating capacity Heating capacity (kw) Capacity range Rated point Indoor Outdoor temp. ( CDB) EDB TC CPI TC CPI TC CPI TC CPI TC CPI TC ( C) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (-) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. On the tables Q show rated capacity and rated coefficient of power input. 4. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 5. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 6. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 8. Heating capacity include the drop of frost formation. 9. Air flow rate and BF are tabulated below. (Twin) (Triple) Model FCQH25D FCQ25C FBQ25C FHQ25 FAQ25 FUQ25 AFR (BF) (0.9) (0.9) (0.6) (0.3) (0.3) (0.25) Model FCQ60Cx2 FFQ60x2 FBQ60Cx2 FHQ60x2 AFR 3.5x2 5x2 8x2 7x2 (BF) (0.2x2) (0.x2) (0.5x2) (0.2x2) Model FCQ50Cx3 FFQ50x3 FBQ50Cx3 FHQ50x3 AFR 2.5x3 2x3 6x3 3x3 (BF) (0.2x3) (0.6x3) (0.6x3) (0.x3) 0. Rated power input of each model is tabulated below. Model FCQH25D FCQ25C FBQ25C FHQ25 FAQ25 FUQ25 Heating (Twin) Model FCQ60Cx2 FFQ60x2 FBQ60x2 FHQ60x2 Heating (Triple) Model FCQ50Cx3 FFQ50x3 FBQ50x3 FHQ50x3 Heating (Double Twin) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total heating capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw Model FCQ35Cx4 FFQ35x4 FBQ35Cx4 FHQ35x4 AFR 0.5x4 0x4 6x4 3x4 (BF) (0.28x4) (0.25x4) (0.5x4) (0.2x4) (Double Twin) Model FCQ35Cx4 FFQ35x4 FBQ35x4 FHQ35x4 Heating Split Sky Air Outdoor Units

22 Outdoor Units R-40A RZQ-DV 5 Capacity tables 5-3 Heating capacity tables RZQ40DV Heating Coefficient of power input. (-) 3 5 Heating capacity Heating capacity (kw) Capacity range Rated point Indoor Outdoor temp. ( CDB) EDB TC CPI TC CPI TC CPI TC CPI TC CPI TC ( C) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (-) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. On the tables Q show rated capacity and rated coefficient of power input. 4. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 5. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 6. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 8. Heating capacity include the drop of frost formation. 9. Air flow rate and BF are tabulated below. (Twin) (Triple) Model FCQH40D FCQ40C AFR (BF) (0.20) (0.22) Model FCQH7Dx2 FCQ7Cx2 FBQ7Cx2 FHQ7x2 FUQ7x2 FAQ7x2 AFR 2x2 5.5x2 8x2 7x2 9x2 9x2 (BF) (0.7x2) (0.9x2) (0.08x2) (0.x2) (0.07x2) (0.08x2) Model FCQ50Cx3 FFQ50x3 FBQ50Cx3 FHQ50x3 AFR 2.5x3 2x3 6x3 3x3 (BF) (0.2x3) (0.6x3) (0.6x3) (0.x3) 0. Rated power input of each model is tabulated below. Model FCQH40D FCQ40C Heating (Twin) Model FCQH7Dx2 FCQ7Cx2 FBQ7Cx2 FHQ7x2 FUQ7x2 FAQ7x2 Heating (Triple) Model FCQ50Cx3 FFQ50x3 FBQ50x3 FHQ50x3 Heating (Double Twin) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total heating capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw Model FCQ35Cx4 FFQ35x4 FBQ35Cx4 FHQ35x4 AFR 0.5x4 0x4 6x4 3x4 (BF) (0.28x4) (0.25x4) (0.5x4) (0.2x4) (Double Twin) Model FCQ35Cx4 FFQ35x4 FBQ35x4 FHQ35x4 Heating Split Sky Air Outdoor Units 22

23 5 Capacity tables 5-3 Heating capacity tables RZQ40DV Outdoor Units R-40A RZQ-DV 5 Heating Coefficient of power input. (-) Heating capacity Heating capacity (kw) Capacity range Rated point Indoor Outdoor temp. ( CDB) EDB TC CPI TC CPI TC CPI TC CPI TC CPI TC ( C) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (kw) (-) (-) CPI (-). Ratings shown are net capacities which include a deduction for indoor fan motor heat 2. On the figure the mark j show the max. at standard conditions. On the figure the mark Q show rated capacity and rated coefficient of power input. However the max. capacity is not guaranteed, except at standard condition. 3. On the tables Q show rated capacity and rated coefficient of power input. 4. SHC is based on each EWB and EDB SHC* = SHC correction for other dry bulb SHC* = 0.02 x AFR (m 3 /min.) x ( BF) x (DB* EDB) Add SHC* to SHC. 5. Capacities are based on following conditions: Outdoor air : 85 % RH. however, the condition on nominal capacity is 7 CDB/6 CWB (heating) Corresponding refrigerant piping length : 5.0 m Level difference : 0 m 6. Coefficient of power input is the percentage when the rated valve is defined as The value contains less than 5% error acording to indoor unit type. 8. Heating capacity include the drop of frost formation. 9. Air flow rate and BF are tabulated below. Model AFR (BF) FBQ40C 39 (0.4) SYMBOLS 3D AFR: Air flow rate (m 3 /min) BF: Bypass factor EWB: Entering wet bulb temp. ( CWB) EDB: Entering dry bulb temp. ( CDB) TC: Total heating capacity (kw) SHC: Sensible heating capacity (kw) PI: Power input (kw) (comp.+indoor+outdoor fan motor) CPI: Coefficient of power input. (-) Caution: TC and SHC are shown by kw 0. Rated power input of each model is tabulated below. Model FBQ40C Heating Split Sky Air Outdoor Units

24 Outdoor Units R-40A RZQ-DV 6 Dimensional drawing & centre of gravity 6 - Dimensional drawing RZQ7DV unit (mm) 3 Hole for anchor bolt 4-M2 Gas pipe connection J5.9 flare 2 Liquid pipe connection - J9.5 flare 3 Service port (in the unit) 4 Grounding terminal M5 (in switch box) 5 Refrigerant piping intake 6 Power supply wiring intake (knock out hole J34) 7 Control wiring intake (Knock out hole J27) 8 Drain outlet 6 3TW2544-A RZQ00,25,40DV Hole for anchor bolt 4-M2 Gas pipe connection J5.9 flare 2 Liquid pipe connection - J9.5 flare 3 Service port (in the unit) (2x) 4 Grounding terminal M5 (in switch box) 5 Refrigerant piping intake 6 Power supply wiring intake (knock hole J34) 7 Control wiring intake (knock hole J27) 8 Drain outlet unit (mm) 3TW2607- Split Sky Air Outdoor Units 24

25 Outdoor Units R-40A RZQ-DV 6 Dimensional drawing & centre of gravity 6-2 Centre of gravity RZQ7DV 6 4TW RZQ00-40DV 4TW Split Sky Air Outdoor Units

26 Outdoor Units R-40A RZQ-DV 7 Piping diagram RZQ7-40DV 3 Electronic expansion valve 7 Heat exchanger 4-way valve Heat exchanger Low pressure sensor High pressure switch J9.5 C220T-0 J5.9 C220T-0 Compressor Service port 5/6 Accumulator Indoor unit Stop valve (with service port 5/6 flare) Outdoor unit Heating Cooling O Check valve L Flare connection M Screw connection N Flange connection Z Pinched pipe P Spinned pipe 3TW2965- RZQ7-40DV (Twin) Heat exchanger Electronic expansion valve Heat exchanger 4-way valve Indoor unit Low pressure sensor High pressure switch Heat exchanger Branch duct connection Option J9.5 Compressor Service port 5/6 J5.9 Accumulator Outdoor unit Heating Cooling Indoor unit Stop valve (with service port 5/6 flare) Note:. The pipes between the branch and the indoor units should have the same size as the indoor connections. O Check valve L Flare connection M Screw connection N Flange connection Z Pinched pipe P Spinned pipe 3TW Split Sky Air Outdoor Units 26

27 7 Piping diagram Outdoor Units R-40A RZQ-DV RZQ00,25,40DV (Triple) Indoor unit 7 Heat exchanger Stop valve (with service port 5/6 flare) Electronic expansion valve Heat exchanger Heat exchanger Indoor unit 4-way valve J9.5 Low pressure sensor High pressure switch J5.9 Heat exchanger Indoor unit Branch duct connection Compressor Service port 5/6 Option Accumulator Note:. The pipes between the branch and the indoor units should have the same size as the indoor connections. Outdoor unit Heating Cooling O Check valve L Flare connection M Screw connection N Flange connection Z Pinched pipe P Spinned pipe 3TW RZQ25-40DV (Double twin) Heat exchanger Indoor unit Electronic expansion valve Heat exchanger Heat exchanger Indoor unit J9.5 J5.9 4-way valve Low pressure High pressure sensor switch Heat exchanger Indoor unit Branch duct connection Option J9.5 J5.9 Compressor Service port 5/6 Accumulator Heat exchanger J9.5 Stop valve (with service port 5/6 flare) Outdoor unit Heating Cooling J5.9 O Check valve L Flare connection M Screw connection N Flange connection Z Pinched pipe P Spinned pipe Note:. The pipes between the branch and the indoor units should have the same size as the indoor connections. 3TW Split Sky Air Outdoor Units

28 Outdoor Units R-40A RZQ-DV 8 Wiring diagram 8 - Wiring diagram RZQ7DV 3 Indoor ON OFF Outdoor (Note 4) AP : Printed circuit board (Main) A2P : Printed circuit board (Inverter) BS BS4 : Push button switch C C3 : Capacitor DS : Dip switch FU : Fuse (T 6.3A / 250V) F6U : Fuse (T 3.5A / 250V) HP 7P (A2P) : Light emitting diode (service monitor orange) HAP (AP) : Light emitting diode (service monitor green) KR : Magnetic relay (YS) K0R : Magnetic relay KR : Magnetic relay LR : Reactor MC : Motor (compressor) MF : Motor (fan) PS : Switching power supply QDI : Field earth leakage breaker (30mA) R : Resistor R2 : Resistor RT : Thermistor (air) R2T : Thermistor (discharge) R3T : Thermistor (Suction) R4T : Thermistor (Heat exchanger) R5T : Thermistor (Thermistor (heat exchanger middle)) R6T : Thermistor (liquid) R0T : Thermistor (fin) RC : Signal receiver circuit SNPH : Pressure sensor SPH : Pressure switch (High) TC : Signal transmission circuit VR : Power module V2R,V3R : Diode module VT : IGBT XM : Terminal strip (Power supply) YE : Electronic expansion valve YS : Solenoid valve (4 way valve) ZC : Noise filter (ferrite core) ZF Z4F : Noise filter 8 Position of compressor terminal El. comp. Assy Position of elements (Back) (Front) Notes:. This wiring diagram only applies to the outdoor unit 2. L: Live, N: Neutral, : Field wiring 3. : Terminal strip : Connector : Connection : Protective earth (screw) : Relay connector : Noiseless earth : Terminal 4. Refer to the option manual, for connecting wiring to x6a. 5. Refer to the Wiring diagram sticker (on back of front plate) on how to use BS BS4 and DS switch. 6. Do not operate the unit by short-circuiting protection device SPH 7. Colours: WHT: White / RED: Red / BLU: Blue / ORG: Orange BRN: Brown / GRN: Green / YLW: Yellow 8. Confirm the method of setting the selector switches (DS) by service manual. Factory setting of all switches: OFF. 2TW30466-B RZQ00-40DV Indoor ON OFF Outdoor (Note 4) AP : Printed circuit board (Main) A2P : Printed circuit board (Inverter) A3P : Printed circuit board (Noise filter) A4P : Printed circuit board BS BS4 : Push button switch C C4 : Capacitor DS : Dip switch EHC : Crankcase heater FU, F3U, F4U : Fuse (T 6.3A / 250V) F6U : Fuse (T 5,0A / 250V) HP 7P (A2P) : Light emitting diode (service monitor orange) (H2P) Prepare, Test Flickering Malfunction Detection -- Light up HAP (AP) : Light emitting diode (service monitor green) KR : Magnetic relay (YS) K4R : Magnetic relay (EHC) K0R : Magnetic relay KR : Magnetic relay LR : Reactor MC : Motor (compressor) MF : Motor (fan) (upper) M2F : Motor (fan) (lower) PS : Switching power supply QDI : Field earth leakage breaker (30mA) R : Resistor R2 : Resistor RT : Thermistor (air) R2T : Thermistor (discharge) R3T : Thermistor (Suction) R4T : Thermistor (Heat exchanger) R5T : Thermistor (Thermistor (heat exchanger middle)) R6T : Thermistor (liquid) R0T : Thermistor (fin) RC : Signal receiver circuit SNPH : Pressure sensor SPH : Pressure switch (High) TC : Signal transmission circuit VR : Power module V2R,V3R : Diode module VT : IGBT XM : Terminal strip (Power supply) YE : Electronic expansion valve YS : Solenoid valve (4 way valve) ZC : Noise filter (ferrite core) ZF Z4F : Noise filter Position of compressor terminal Wire entrance El. comp. Assy Position of elements (Back) (Front) Notes:. This wiring diagram only applies to the outdoor unit 2. L: Live, N: Neutral, : Field wiring 3. : Terminal strip : Connector : Connection : Protective earth (screw) : Relay connector : Noiseless earth : Terminal 4. Refer to the option manual, for connecting wiring to x6a. 5. Refer to the Wiring diagram sticker (on back of front plate) on how to use BS BS4 and DS switch. 6. Do not operate the unit by short-circuiting protection device SPH 7. Colours: WHT: White / RED: Red / BLU: Blue / ORG: Orange BRN: Brown / GRN: Green / YLW: Yellow 8. Confirm the method of setting the selector switches (DS) by service manual. Factory setting of all switches: OFF. 2TW Split Sky Air Outdoor Units 28

29 9 Sound data Outdoor Units R-40A RZQ-DV 9 - Sound pressure spectrum RZQ7DV - Cooling RZQ7DV - Heating 9 Sound pressure level (db) Sound pressure level (db) 3TW Octave band center frequency (Hz) 3TW Octave band center frequency (Hz) M High-tap M High-tap Data is valid at free field condition 2 Data is valid at nominal conditions. 3 db(a) = A-weighted sound pressure level (A-scale according to IEC) 4 Reference acoustic pressure 0dB = 20μPa Measuring location (discharge side) Data is valid at free field condition 2 Data is valid at nominal conditions. 3 db(a) = A-weighted sound pressure level (A-scale according to IEC) 4 Reference acoustic pressure 0dB = 20μPa Measuring location (discharge side) RZQ00DV - Cooling RZQ00DV - Heating Sound pressure level (db) Sound pressure level (db) 3TW Octave band center frequency (Hz) 3TW Octave band center frequency (Hz) M High-tap M High-tap Data is valid at free field condition 2 Data is valid at nominal conditions. 3 db(a) = A-weighted sound pressure level (A-scale according to IEC) 4 Reference acoustic pressure 0dB = 20μPa Measuring location (discharge side) Data is valid at free field condition 2 Data is valid at nominal conditions. 3 db(a) = A-weighted sound pressure level (A-scale according to IEC) 4 Reference acoustic pressure 0dB = 20μPa Measuring location (discharge side) 29 Split Sky Air Outdoor Units

30 9 Sound data Outdoor Units R-40A RZQ-DV 9 - Sound pressure spectrum RZQ25DV - Cooling RZQ25DV - Heating 3 Sound pressure level (db) Sound pressure level (db) 9 3TW Octave band center frequency (Hz) 3TW Octave band center frequency (Hz) M High-tap M High-tap Data is valid at free field condition 2 Data is valid at nominal conditions. 3 db(a) = A-weighted sound pressure level (A-scale according to IEC) 4 Reference acoustic pressure 0dB = 20μPa Measuring location (discharge side) Data is valid at free field condition 2 Data is valid at nominal conditions. 3 db(a) = A-weighted sound pressure level (A-scale according to IEC) 4 Reference acoustic pressure 0dB = 20μPa Measuring location (discharge side) RZQ40DV - Cooling RZQ40DV - Heating Sound pressure level (db) Sound pressure level (db) 3TW Octave band center frequency (Hz) 3TW Octave band center frequency (Hz) M High-tap M High-tap Data is valid at free field condition 2 Data is valid at nominal conditions. 3 db(a) = A-weighted sound pressure level (A-scale according to IEC) 4 Reference acoustic pressure 0dB = 20μPa Measuring location (discharge side) Data is valid at free field condition 2 Data is valid at nominal conditions. 3 db(a) = A-weighted sound pressure level (A-scale according to IEC) 4 Reference acoustic pressure 0dB = 20μPa Measuring location (discharge side) Split Sky Air Outdoor Units 30

31 Outdoor Units R-40A RZQ-DV 9 Sound data 9-2 Sound power spectrum RZQ7DV RZQ00DV 9 Sound power level (db) Sound power level (db) 3TW3677- Octave band center frequency (Hz) 3TW3687- Octave band center frequency (Hz) M High-tap M High-tap db(a) = A-weighted sound pressure level (A-scale according to IEC) 2 Reference acoustic intensity 0dB = 0E-6μW/m 2 3 Measured according to ISO 3744 db(a) = A-weighted sound pressure level (A-scale according to IEC) 2 Reference acoustic intensity 0dB = 0E-6μW/m 2 3 Measured according to ISO 3744 RZQ25DV RZQ40DV Sound power level (db) Sound power level (db) 3TW3697- Octave band center frequency (Hz) 3TW3707- Octave band center frequency (Hz) M High-tap M High-tap db(a) = A-weighted sound pressure level (A-scale according to IEC) 2 Reference acoustic intensity 0dB = 0E-6μW/m 2 3 Measured according to ISO 3744 db(a) = A-weighted sound pressure level (A-scale according to IEC) 2 Reference acoustic intensity 0dB = 0E-6μW/m 2 3 Measured according to ISO Split Sky Air Outdoor Units

32 Outdoor Units R-40A RZQ-DV 0 Installation 0 - Installation method RZQ7-40DV 3 A. Non stacked installation Legend Suction side obstacle Discharge side obstacle 0 Left side obstacle Right side obstacle Top side obstacle Obstacle is present In these cases, close the bottom of the installation frame to prevent discharged air from being bypassed. In these cases, only 2 units can be installed. This situation is not allowed. B. Stacked installation Figures between ( ) indicate the dimensions only for the class models.. Obstacles exist in front of the outlet side 2. Obstacles exist in front of the air inlet Do not stack more than one unit. About 00mm is required as the dimension for laying the upper outdoor unit s drain pipe. Get the portion A sealed so that air from the outlet does not bypass. C. Multiple-row installation. Installation of one unit per row 2. Installing multiple units (2 units or more) in lateral connection per row Relation of dimensions of H, A, and L are shown in the table below. L H H < L L A 0<L /2 H 50 (250) /2 H < L 200 (300) Installation impossible 3TW Split Sky Air Outdoor Units 32

33 Operation range Outdoor Units R-40A RZQ-DV RZQ7-40DV (Cooling) Outdoor temp. ( CDB) Operation range Allowable range of operation (pull-down) Outdoor temp. ( CWB) Allowable range of operation (warming-up) (Heating) Operation range Indoor temp. ( CWB) Indoor temp. ( CDB) NOTE Depending on operation and istallation conditions. The indoor unit can change over to freeze-up operation (indoor de-icing) 2 To reduce the freeze-up operation (indoor de-icing) frequency it is recommended to install the outdoor unit in a location not exposed to wind. 3TW26733-B RZQ7-40DV (EDP ROOM) (Cooling) Outdoor temp. ( CDB) Operation range Allowable range of operation (pull-down) Outdoor temp. ( CWB) Allowable range of operation (warming-up) (Heating) Operation range Indoor temp. ( CWB) Indoor temp. ( CDB) NOTE Depending on operation and istallation conditions. The indoor unit can change over to freeze-up operation (indoor de-icing) 2 To reduce the freeze-up operation (indoor de-icing) frequency it is recommended to install the outdoor unit in a location not exposed to wind. 3TW2963-2A 33 Split Sky Air Outdoor Units