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Table of Contents
Summary of Contents for Daikin VRV FXDQ-PDVE
- Page 1 EDFMT391749 201710 Engineering Data FXDQ-PDVE(T) FXDQ-NDVE(T) 50 / 60 Hz...
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Page 3: Table Of Contents
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ-PDVE(T) / FXDQ-NDVE(T) Slim Ceiling Mounted Duct Type (Standard Series) 50 / 60 Hz 1. Lineup ......................2 2. Specifications .....................3 2.1 FXDQ-PDVE(T) ................3 2.2 FXDQ-NDVE(T) ................7 3. Dimensions ....................11 3.1 FXDQ-PDVE(T) ................11 3.2 FXDQ-NDVE(T) ................13 4. Piping Diagrams ..................17 5. Wiring Diagrams ..................18 6. Electric Characteristics ................19 7. Safety Devices Setting ................20... -
Page 4: Lineup
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 1. Lineup 2.2 kW 2.8 kW 3.6 kW 4.5 kW 5.6 kW 7.1 kW Capacity range 0.8 HP 1 HP 1.25 HP 1.6 HP 2 HP 2.5 HP Capacity index 31.25 62.5 20PDVE 25PDVE 32PDVE — — — 20PDVET 25PDVET 32PDVET... -
Page 5: Specifications
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 2. Specifications FXDQ-PDVE(T) With a drain pump Model FXDQ20PDVE FXDQ25PDVE Power supply 1 phase, 220-240/220 V, 50/60 Hz 1 phase, 220-240/220 V, 50/60 Hz kcal/h 1,900 2,400 Btu/h 7,500 9,600 1 3 Cooling capacity kcal/h 2,200 2,800 Btu/h 8,500 10,900 2 3 Heating capacity 50 Hz 0.086 0.086 Cooling 60 Hz 0.092 0.092 Power input 50 Hz 0.067... - Page 6 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 With a drain pump Model FXDQ32PDVE Power supply 1 phase, 220-240/220 V, 50/60 Hz kcal/h 3,100 Btu/h 12,300 1 3 Cooling capacity kcal/h 3,400 Btu/h 13,600 2 3 Heating capacity 50 Hz 0.089 Cooling 60 Hz 0.095 Power input 50 Hz 0.070 Heating 60 Hz 0.076 Casing / Colour Galvanized steel plate Dimensions: (H×W×D) 200×700×620 Model —...
- Page 7 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 Without a drain pump Model FXDQ20PDVET FXDQ25PDVET Power supply 1 phase, 220-240/220 V, 50/60 Hz 1 phase, 220-240/220 V, 50/60 Hz kcal/h 1,900 2,400 Btu/h 7,500 9,600 1 3 Cooling capacity kcal/h 2,200 2,800 Btu/h 8,500 10,900 2 3 Heating capacity 50 Hz 0.067 0.067 Cooling 60 Hz 0.073 0.073 Power input 50 Hz 0.067 0.067 Heating 60 Hz...
- Page 8 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 Without a drain pump Model FXDQ32PDVET Power supply 1 phase, 220-240/220 V, 50/60 Hz kcal/h 3,100 Btu/h 12,300 1 3 Cooling capacity kcal/h 3,400 Btu/h 13,600 2 3 Heating capacity 50 Hz 0.070 Cooling 60 Hz 0.076 Power input 50 Hz 0.070 Heating 60 Hz 0.076 Casing / Colour Galvanized steel plate Dimensions: (H×W×D) 200×700×620 Model —...
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Page 9: Fxdq-Ndve(T)
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ-NDVE(T) With a drain pump Model FXDQ40NDVE FXDQ50NDVE Power supply 1 phase, 220-240/220 V, 50/60 Hz 1 phase, 220-240/220 V, 50/60 Hz kcal/h 3,900 4,800 Btu/h 15,400 19,100 1 3 Cooling capacity kcal/h 4,300 5,400 Btu/h 17,100 21,500 2 3 Heating capacity 50 Hz 0.160 0.165 Cooling 60 Hz 0.182 0.185 Power input 50 Hz 0.147 0.152 Heating... - Page 10 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 With a drain pump Model FXDQ63NDVE Power supply 1 phase, 220-240/220 V, 50/60 Hz kcal/h 6,100 Btu/h 24,200 1 3 Cooling capacity kcal/h 6,900 Btu/h 27,300 2 3 Heating capacity 50 Hz 0.181 Cooling 60 Hz 0.192 Power input 50 Hz 0.168 Heating 60 Hz 0.179 Casing / Colour Galvanized steel plate Dimensions: (H×W×D) 200×1,100×620 Model —...
- Page 11 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 Without a drain pump Model FXDQ40NDVET FXDQ50NDVET Power supply 1 phase, 220-240/220 V, 50/60 Hz 1 phase, 220-240/220 V, 50/60 Hz kcal/h 3,900 4,800 Btu/h 15,400 19,100 1 3 Cooling capacity kcal/h 4,300 5,400 Btu/h 17,100 21,500 2 3 Heating capacity 50 Hz 0.147 0.152 Cooling 60 Hz 0.168 0.170 Power input 50 Hz 0.147 0.152 Heating 60 Hz...
- Page 12 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 Without a drain pump Model FXDQ63NDVET Power supply 1 phase, 220-240/220 V, 50/60 Hz kcal/h 6,100 Btu/h 24,200 1 3 Cooling capacity kcal/h 6,900 Btu/h 27,300 2 3 Heating capacity 50 Hz 0.168 Cooling 60 Hz 0.179 Power input 50 Hz 0.168 Heating 60 Hz 0.179 Casing / Colour Galvanized steel plate Dimensions: (H×W×D) 200×1,100×620 Model —...
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Page 13: Dimensions
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 3. Dimensions FXDQ-PDVE(T) FXDQ20PDVE / FXDQ25PDVE / FXDQ32PDVE (with a drain pump) - Page 14 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ20PDVET / FXDQ25PDVET / FXDQ32PDVET (without a drain pump)
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Page 15: Fxdq-Ndve(T)
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ-NDVE(T) FXDQ40NDVE / FXDQ50NDVE (with a drain pump) - Page 16 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ63NDVE (with a drain pump)
- Page 17 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ40NDVET / FXDQ50NDVET (without a drain pump)
- Page 18 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ63NDVET (without a drain pump)
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Page 19: Piping Diagrams
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 4. Piping Diagrams FXDQ20PDVE / FXDQ25PDVE / FXDQ32PDVE / FXDQ40NDVE / FXDQ50NDVE / FXDQ63NDVE FXDQ20PDVET / FXDQ25PDVET / FXDQ32PDVET / FXDQ40NDVET / FXDQ50NDVET / FXDQ63NDVET 4D104913 „ Refrigerant pipe connection port diameters Unit: mm Model Liquid FXDQ20PDVE / FXDQ25PDVE / FXDQ32PDVE / FXDQ40NDVE / FXDQ50NDVE φ12.7 φ6.4 FXDQ20PDVET / FXDQ25PDVET / FXDQ32PDVET / FXDQ40NDVET / FXDQ50NDVET... -
Page 20: Wiring Diagrams
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 5. Wiring Diagrams FXDQ20PDVE / FXDQ25PDVE / FXDQ32PDVE / FXDQ40NDVE / FXDQ50NDVE / FXDQ63NDVE FXDQ20PDVET / FXDQ25PDVET / FXDQ32PDVET / FXDQ40NDVET / FXDQ50NDVET / FXDQ63NDVET... -
Page 21: Electric Characteristics
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 6. Electric Characteristics FXDQ20PDVE / FXDQ25PDVE / FXDQ32PDVE / FXDQ40NDVE / FXDQ50NDVE / FXDQ63NDVE FXDQ20PDVET / FXDQ25PDVET / FXDQ32PDVET / FXDQ40NDVET / FXDQ50NDVET / FXDQ63NDVET... -
Page 22: Safety Devices Setting
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 7. Safety Devices Setting Model FXDQ20PDVE FXDQ25PDVE FXDQ32PDVE Printed circuit board fuse 250 V, 5 A 250 V, 5 A 250 V, 5 A OFF: 130±5 OFF: 130±5 OFF: 130±5 Fan motor thermal protector °C ON: 83±15 ON: 83±15 ON: 83±15 Drain pump thermal fuse °C Model FXDQ20PDVET FXDQ25PDVET FXDQ32PDVET Printed circuit board fuse 250 V, 5 A 250 V, 5 A 250 V, 5 A OFF: 130±5 OFF: 130±5 OFF: 130±5 Fan motor thermal protector °C ON: 83±15 ON: 83±15 ON: 83±15 Drain pump thermal fuse... -
Page 23: Capacity Tables
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 8. Capacity Tables Cooling Capacity for Te: Auto Indoor air temp. 14°CWB 16°CWB 18°CWB 19°CWB 20°CWB 22°CWB 24°CWB Capacity Model indication 20°CDB 23°CDB 26°CDB 27°CDB 28°CDB 30°CDB 32°CDB FXDQ20PDVE FXDQ20PDVET FXDQ25PDVE FXDQ25PDVET FXDQ32PDVE FXDQ32PDVET FXDQ40NDVE FXDQ40NDVET FXDQ50NDVE FXDQ50NDVET FXDQ63NDVE FXDQ63NDVET TC:... -
Page 24: Cooling Capacity For Te: 9°C
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 Cooling Capacity for Te: 9°C For VRV indoor units only at Te: 9°C / mixed combination of VRV and residential indoor units Indoor air temp. 14°CWB 16°CWB 18°CWB 19°CWB 20°CWB 22°CWB 24°CWB Capacity Model indication 20°CDB 23°CDB 26°CDB 27°CDB 28°CDB 30°CDB 32°CDB FXDQ20PDVE FXDQ20PDVET FXDQ25PDVE FXDQ25PDVET FXDQ32PDVE FXDQ32PDVET FXDQ40NDVE FXDQ40NDVET FXDQ50NDVE FXDQ50NDVET FXDQ63NDVE FXDQ63NDVET TC: Total capacity: kW SHC: Sensible heat capacity: kW... -
Page 25: Fan Performances
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 9. Fan Performances FXDQ-PDVE(T) FXDQ20PDVE / FXDQ25PDVE FXDQ20PDVET / FXDQ25PDVET... - Page 26 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ32PDVE FXDQ32PDVET...
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Page 27: Fxdq-Ndve(T)
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ-NDVE(T) FXDQ40NDVE FXDQ40NDVET... - Page 28 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ50NDVE FXDQ50NDVET...
- Page 29 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ63NDVE FXDQ63NDVET...
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Page 30: Sound Levels
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 10. Sound Levels 10.1 FXDQ-PDVE(T) FXDQ20PDVE FXDQ20PDVET FXDQ25PDVE FXDQ25PDVET... - Page 31 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ32PDVE FXDQ32PDVET...
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Page 32: Fxdq-Ndve(T)
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 10.2 FXDQ-NDVE(T) FXDQ40NDVE FXDQ40NDVET FXDQ50NDVE FXDQ50NDVET... - Page 33 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ63NDVE FXDQ63NDVET...
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Page 34: Centre Of Gravity
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 11. Centre of Gravity 11.1 FXDQ-PDVE(T) FXDQ20PDVE / FXDQ25PDVE / FXDQ32PDVE FXDQ20PDVET / FXDQ25PDVET / FXDQ32PDVET Unit: mm 4D049300M... -
Page 35: Fxdq-Ndve(T)
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 11.2 FXDQ-NDVE(T) FXDQ40NDVE / FXDQ50NDVE FXDQ40NDVET / FXDQ50NDVET Unit: mm 4D043886R... - Page 36 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FXDQ63NDVE FXDQ63NDVET Unit: mm 4D043887Q...
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Page 37: Accessories
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 12. Accessories 12.1 Optional Accessories (for Unit) Model Item FXDQ20PDVE FXDQ25PDVE FXDQ32PDVE FXDQ40NDVE FXDQ50NDVE FXDQ63NDVE FXDQ20PDVET FXDQ25PDVET FXDQ32PDVET FXDQ40NDVET FXDQ50NDVET FXDQ63NDVET Insulation kit for high humidity KDT25N32 KDT25N50 KDT25N63 C: 3D112270A 12.2 Optional Accessories (for Controls) Model Item FXDQ20PDVE FXDQ25PDVE FXDQ32PDVE FXDQ40NDVE FXDQ50NDVE FXDQ63NDVE... -
Page 38: I Nstallation Manual
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 13. Installation Manual l l a necessary to take proper measures so that the amount of CONTENTS any leaked refrigerant does not exceed the concentration 1. SAFETY PRECAUTIONS..........1 limit in the event of a leakage. 2. -
Page 39: Before Installation
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 (If the system is charged with refrigerant in its gaseous state, CAUTION due to composition change, the system will not function • Install drain piping according to this installation manual to normally). The indoor unit is designed for R410A use. ensure good drainage, and insulate the piping to prevent See the catalogue for indoor unit models that can be condensation. - Page 40 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 FOR THE FOLLOWING ITEMS, TAKE SPECIAL 2-2 ACCESSORIES CARE DURING CONSTRUCTION AND CHECK Check the following accessories are included with your unit. AFTER INSTALLATION IS FINISHED. Metal Drain Insulation Sealing pad Name clamp (1) hose (2) for fitting a.
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Page 41: Selecting Installation Site
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 3. SELECTING INSTALLATION SITE (2) Use suspension bolts for installation. Check whether the ceiling is strong enough to support the weight of the unit or not. If there is a risk, reinforce the ceiling CAUTION before installing the unit. •... -
Page 42: Indoor Unit Installation
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 (3) Open the installation hole. (Pre-set ceilings) Main unit • Once the installation hole is opened in the ceiling where the unit is to be installed, pass refrigerant piping, drain piping, transmission wiring, and remote controller wiring Attach the filter to the Force (It is not necessary if using a wireless remote controller) -
Page 43: Refrigerant Piping Work
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 • Refer to Table 1 for tightening torque. Table 1 Pipe Tightening torque Flare dimen- Flare shape size (N·m) sion A (mm) φ 6.4 15.7±1.5 8.9±0.2 (1/4”) Level φ 9.5 36.3±3.6 13.0±0.2 R0.4-0.8 (3/8”) Vinyl tube φ... -
Page 44: Drain Piping Work
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 7. DRAIN PIPING WORK CAUTION Be sure to insulate any field piping all the way to the piping In case of PDVE, NDVE type (with drain pump) connection inside the unit. Any exposed piping may cause condensation or burns if touched. - Page 45 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 1. Remove the control box lid. Connect the remote controller Large sealing and power supply (single-phase, 50 Hz 220-240 V or pad (5) Metal clamp (1) single-phase, 60Hz 220V) respectively to the terminal block (accessory) (accessory) and securely connect the earth also (as shown in the figure Metal clamp (1) below).
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Page 46: Installing The Duct
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 〈 PRECAUTIONS 〉 (1) Install the drain piping. Drain piping connections • Do not connect the drain piping directly to sewage pipes that Drain socket smell of ammonia. The ammonia in the sewage might enter the indoor unit through the drain piping and corrode the heat exchanger. -
Page 47: Electric Wiring Work
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 9-2 SPECIFICATIONS FOR FIELD SUPPLIED FUSES CAUTION AND WIRE • Be sure to insulate the duct to prevent condensation from Power-related forming. (Material: glass wool or polyethylene foam, 25 mm thick) Power supply wiring (including earth wire) •... -
Page 48: Wiring Example
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 10. WIRING EXAMPLE [ PRECAUTIONS ] • Refer to the “REMOTE CONTROLLER INSTALLATION 10-1 HOW TO CONNECT WIRINGS MANUAL” on how to install and lay the wiring for the remote • Wire only after removing the control box lid as shown in controller. - Page 49 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 [ WIRING EXAMPLE ] CAUTION FOR WIRING No. 1 system When using 1 remote controller for • For connection to the terminal block, use ring type crimp style 1 indoor unit terminals with insulation sleeve or insulate the wirings properly.
- Page 50 FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 No. 3 system When including BS unit (4) Add remote controller 2 (SUB) to the terminal block for remote controller (P ) in the control box. Power supply (There is no polarity.) single phase 50Hz 220-240V FORCED REMOTE TRANSMISSION...
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Page 51: Field Setting And Test Run
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 11-3 SETTING THE FILTER SIGN DISPLAY INTERVAL 11. FIELD SETTING AND TEST RUN • Explain the following to the customer if the filter dirt settings 〈Field settings may have to be performed using the have been changed. remote controller, depending on the type of installation.〉... -
Page 52: Weight And Dimension
FXDQ-PDVE(T) / FXDQ-NDVE(T) EDFMT391749 (3) Perform a test run according to the outdoor unit’s installation manual. • The operation lamp of the remote controller will flash when a malfunction occurs. Check the malfunction code on the liquid crystal display to identify the point of trouble. An explanation of malfunction codes and the corresponding trouble is provided in “CAUTION FOR SERVICING”... - Page 56 VRV is a trade mark of Daikin Industries, Ltd. VRV Air Conditioning System is the world’s first individual air conditioning system with variable refrigerant flow control and was commercialised by Daikin in 1982. VRV is the trade mark of Daikin Industries, Ltd., which is derived from the technology we call “variable refrigerant volume.”...