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Design ManualRWEQ-TATJU · TATJA, 208 / 230 VRWEQ-TAYDU · TAYDA, 460 V RWEQ-TAYCU, 575 V
1. FeaturesandBenefits ................................................................................32. Nomenclature .............................................................................................43. Model Names .............................................................................................8
3.1 Outside Units ....................................................................................83.2 Indoor Units .....................................................................................103.3 Branch Selector Unit ....................................................................... 113.4 Air Treatment Equipment ................................................................ 11
4. External Appearance ................................................................................124.1 Outside Units ..................................................................................124.2 Indoor Units .....................................................................................134.3 Branch Selector Unit .......................................................................144.4 Air Treatment Equipment ................................................................14
5. Outside Unit Combination ........................................................................156. Interchangeability .....................................................................................167. Capacity Range ........................................................................................17
7.1 Connection Ratio ............................................................................177.2 Indoor Unit Connection Capacity ....................................................187.3 Limitation of Capacity Index for Heat Recovery ..............................19
9. Dimensions ...............................................................................................6210. Service Space ..........................................................................................6511. Center of Gravity ......................................................................................6612. Piping Diagrams .......................................................................................6713. Wiring Diagrams .......................................................................................6814. Field Wiring ..............................................................................................74
20.1 Selection Procedure ........................................................................9121. Instructions for Antifreeze Usage .............................................................97
21.1 Instruction of Setting Water (Brine) Lower Flow Limit % for Variable Flow System ......................................................................97
22. Caution for Refrigerant Leaks ..................................................................9922.1 Introduction .....................................................................................9922.2 Procedure for Checking Maximum Concentration ........................100
1.1 ED Book List .................................................................................1061.2 Publication List of Engineering Data for VRV Products ................107
•Wideofferingwith8,10and12tonsinglemoduleandupto36¹tonswithmulti-module• Flexible System design with increased diversity up to 150%² • Up to 50%² and 38%² reduction in space and weight respectively to install systems of similar
capacity when compared to RWEYQ-PC series •Triple-stackcapabletodeliverupto36¹tonsin3.2m(10.5ft.)ceilingheight•Flexibleandeasyinstallationwithfieldselectabletoporfrontrefrigerantconnections•Designflexibilitywithlongpipinglengthsupto300m(980ft.)total(165m(540ft.)max.linear
liquid piping length) and up to 30 m (100 ft.) vertical separation between indoor units• Engineered with heat rejection cancelation technology³ to minimize mechanical room
conditioning requirements•YearroundcomfortandenergyefficiencybycombiningVRV and Variable Refrigerant
Temperature (VRT) technologies•2-9Vvariablewaterflowcontrollogicasstandardtoincreasewatersidesystemoperationalefficiencies
• Refrigerant cooled inverter technology to deliver consistent and reliable printed circuit board operations
• Factory ships ready for Geothermal applications •Easycommissioningwithabilitytoprogramsettingsoffsiteusingnewconfiguratortool•3-digit7-segmentdigitaldisplayontheunitforimprovedandfasterconfiguration,commissioning,
and troubleshooting• Engineered for easy service with drop-down electrical box to access key components• Seamless integration to full suite of Daikin Control Solutions for complete system control• Backed by 10 year parts limited warranty and 10 years replacement compressor limited
warranty *
¹-35.5tonfor575Vunits²-Modelspecific,checkproductspecificationfordetails³-Refertoinstallationmanualforfieldsettingsrequiredtoactivatethisfeature* Complete warranty details available from local distributor or manufacturer's representative
Capacity range 0.5 ton 0.6 ton 0.8 ton 1 ton 1.25 ton 1.5 ton 2 ton 2.5 ton 3 ton 3.5 ton 4 ton 4.5 ton 5 ton 6 ton 8 ton Power supply, StandardCapacity index 5.8 7.5 9.5 12 15 18 20 24 30 36 42 48 54 60 72 96
Note:Combination of P-series and T-series of Branch selector units in a single system is not permitted. Combining the two series may cause malfunction.
throughfieldsettings.*2. 120% for RWEQ432TATJU/TAYDU/TAYCU, RWEQ432TATJA/TAYDA*3. When outdoor-air processing units (FXMQ-MF) and standard indoor units are connected, the total connection capacity of the outdoor-air
processing units (FXMQ-MF) must not exceed 30% of the capacity index of the outside units. And the connection ratio must not exceed 100%.*4. It is permitted to use a maximum connection ratio of 130% in some circumstances – please contact your local Daikin representative for further
details.*5. For indoor units used for cooling only (do not connect to Branch selector unit when using for heat recovery), total capacity index of cooling only
indoor units must be 50% or less than the total capacity index of the indoor units.
48 to 124 (144) 1610 120 RWEQ120TA RWEQ120TA 60 to 156 (180) 2012 144 RWEQ144TA RWEQ144TA 72 to 187 (216) 24
Double outside units
16 192 RWEQ192TA RWEQ96TA+RWEQ96TA
Heat pump: BHFP22T84U
Heat recovery: BHFP26T84U
96 to 249 (288) 33
18 216 RWEQ216TA RWEQ96TA+RWEQ120TA 108 to 280 (324) 37
20 240 RWEQ240TA RWEQ120TA+RWEQ120TA 120 to 312 (360) 41
22 264 RWEQ264TA RWEQ120TA+RWEQ144TA 132 to 343 (396) 45
24 288 RWEQ288TA RWEQ144TA+RWEQ144TA 144 to 374 (432) 49
Triple outside units
26 312 RWEQ312TARWEQ96TA+RWEQ96TA+RWEQ120TA
Heat pump: BHFP22T126U
Heat recovery: BHFP26T126U
156 to 405 (468) 54
28 336 RWEQ336TARWEQ96TA+RWEQ120TA+RWEQ120TA
168 to 436 (504) 58
30 360 RWEQ360TARWEQ120TA+RWEQ120TA+RWEQ120TA
180 to 468 (540) 62
32 384 RWEQ384TARWEQ120TA+RWEQ120TA+RWEQ144TA
192 to 499 (576) 64
34 408 RWEQ408TARWEQ120TA+RWEQ144TA+RWEQ144TA
204 to 530 (612) 64
36 *4 432 RWEQ432TARWEQ144TA+RWEQ144TA+RWEQ144TA
216 to 561 (648) 64
Note:*1. For multiple connection, the outside unit multi connection piping kit (separately sold) is required.*2. Values inside brackets are based on connection of indoor units rated at maximum capacity, 150% for single outside units, 150% for double
outside units, and 150% for triple outside units.*3. For indoor units used for cooling only (do not connect to Branch selector unit when using for heat recovery), total capacity index of cooling only
indoor units must be 50% or less than the total capacity index of the indoor units.*4. 35.5 ton for 575 V units
7.3 Limitation of Capacity Index for Heat Recovery7.3.1 Single Branch Selector Unit
Model BSQ36TVJ BSQ60TVJ BSQ96TVJMaximum number of connectable indoor units 4 8 8Total capacity index of connectable indoor units unit ≤ 36 36 < unit ≤ 60 60 < unit ≤ 96
7.3.2 Multi Branch Selector UnitFlex series
Model BSF4Q54TVJ BSF6Q54TVJ BSF8Q54TVJMaximum number of connectable indoor units per branch 5 5 5
Number of branches 4 6 8Maximum capacity index of connectable indoor units per branch (H1) 54 or less 54 or less 54 or less
Series configuration
Maximum capacity index of connectable indoor units per branch selector unit
144 or less 162 or less 162 or less
Maximum capacity index of total connectable indoor units under branch selector units connected in series (H2)
230 or less 230 or less 230 or less
Parallel configuration
Maximum capacity index of connectable indoor units 144 or less 216 or less 290 or less
Standard series
Model BS4Q54TVJ BS6Q54TVJ BS8Q54TVJ BS10Q54TVJ BS12Q54TVJMaximum number of connectable indoor units per branch 5 5 5 5 5
Number of branches 4 6 8 10 12Maximum capacity index of connectable indoor units 144 or less 216 or less 290 or less 290 or less 290 or less
Maximum capacity index of connectable indoor units per branch (H1) 54 or less 54 or less 54 or less 54 or less 54 or less
Note:H1. When the total capacity of indoor units to be connected downstream is larger than 54 (Max. 96), use a junction pipe kit (KHRP26A250T,
optional parts) to join two connections downstream from the Branch selector unit.H2. The total number of ports of Branch Selector units connected in series must be no more than 12 ports.
The total number of indoor units connected to Branch Selector units in series must be no more than 30 units. Thistotalincludestheports/indoorunitsofthefirstBranchSelectorintheseries.
High and low pressuregas pipingSuction gas pipingLiquid piping
Indoor unit(Heating)
Indoor unit(Cooling)
Indoor unit*(Cooling only)
Heat Recovery operation!
* For indoor units used for cooling only (do not connect to Branch selector unit when using for heat recovery), total capacity index of cooling only indoor units must be 50% or less than the total capacity index of the indoor units.
Equivalentpipinglength:25ft.(7.6m)forductedindoorunits,50ft.(15.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:25ft.(7.6m)forductedindoorunits,75ft.(23m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 2,730 Btu/h (0.8 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) + 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) + 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) + 2,730 Btu/h (0.8 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 2 + 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 34. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) + 3,412 Btu/h (1.0 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 2 + 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 34. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:25ft.(7.6m)forductedindoorunits,50ft.(15.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:25ft.(7.6m)forductedindoorunits,75ft.(23m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 2,730 Btu/h (0.8 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) + 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) + 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) + 2,730 Btu/h (0.8 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 2 + 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 34. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) + 3,412 Btu/h (1.0 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 2 + 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 34. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:25ft.(7.6m)forductedindoorunits,50ft.(15.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:25ft.(7.6m)forductedindoorunits,75ft.(23m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 2,730 Btu/h (0.8 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) + 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) + 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) + 2,730 Btu/h (0.8 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 2 + 2,730 Btu/h (0.8 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:50ft.(15.5m)forductedindoorunits,100ft.(30.5m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 3,412 Btu/h (1.0 kW) × 34. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) + 3,412 Btu/h (1.0 kW) × 24. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH.
Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 2 + 3,412 Btu/h (1.0 kW)4. There are some cases where capacity decreases depending on operating states.
Equivalentpipinglength:75ft.(23m)forductedindoorunits,150ft.(45.7m)fornon-ductedindoorunits,leveldifference:0ft.(0m).H3 In the case of heat pump system, the suction gas pipe is not used.H4 In the case of heat recovery system.H5 In the case of heat pump system.H6 Anechoic chamber conversion value.
During actual operation, these value may be higher as a result of ambient conditions.2. This unit cannot be installed outdoors. Install indoors (Machine room, etc.).3. Hold ambient condition at 35~104°FDB (2~40°CDB), ~80%RH. Heat release from the unit (approx.): 4,436 Btu/h (1.3 kW) × 34. There are some cases where capacity decreases depending on operating states.
2. Voltage range Units are designed to operate only at the rated voltage provided in the table above.
3. Maximum allowable voltage variation between phases is 2%.4. Select wire size based on the value of MCA.5. MOP is used to select the circuit breaker.
Symbol:MCA: Min. Circuit Amps. (A)MOP: Max. Overcurrent Protective Device (A)RLA: Rated Load Amps. (A)SCCR: Short-Circuit Current Rating
2. Voltage range Units are designed to operate only at the rated voltage provided in the table above.
3. Maximum allowable voltage variation between phases is 2%.4. Select wire size based on the value of MCA.5. MOP is used to select the circuit breaker.
Symbol:MCA: Min. Circuit Amps. (A)MOP: Max. Overcurrent Protective Device (A)RLA: Rated Load Amps. (A)SCCR: Short-Circuit Current Rating
2. Voltage range Units are designed to operate only at the rated voltage provided in the table above.
3. Maximum allowable voltage variation between phases is 2%.4. Select wire size based on the value of MCA.5. MOP is used to select the circuit breaker.
Symbol:MCA: Min. Circuit Amps. (A)MOP: Max. Overcurrent Protective Device (A)RLA: Rated Load Amps. (A)SCCR: Short-Circuit Current Rating
Confirm that the number of indoor units connected to the outside unit is within limitation.
Provisionally select outside unit type and size based on limitation of connection ratio
Correct cooling & heating capacity of the outside unit for the following items
VRV system selection is complete.
Corrected capacity of the outside unit ≥ Required total heat load to the outside unit
2) Use the system peak load1) Use the sum of the peak load of each room
Define required total heat load to outside unit
Indoor unit capacity corrected for indoor air temperature (WB) ≥ Required heat load × Safety factor for the indoor units
Yes
No
-Piping length, level difference-Piping heat loss-Safety factor for the outside unit
-Entering water temperature-Indoor air temperature-Connection ratio
Given Conditions:· Indoor unit design temperature and humidity· Outside unit entering water temperature and water flow rates· Required heat load of each room· System peak load (if necessary)· Piping length, level difference· Specifications of indoor units (type and number)
Define safety factor for the indoor units and outside unit
The following is a selection example based on total heat load for cooling.
Room ARoom H Room G
Room F
E mooRB mooRRoom C Room D
Floor plan
[1] Given conditions-Design conditionsIndoorairtemperature:67°FWB/80°FDB,Outdoorenteringwatertemperature:85°Fandwaterflowrateof25gpm.
-Determine peak load of each room (and system peak load if necessary)
-Required heat load of each room
From the above heat load calculation, the maximum heat load for the system (system peak load) is 173.2 MBH.
-Safety factorIn this example, safety factor is not used. (i. e., safety factor = 1.0)
[2] Selection of indoor unitsCalculate total heat capacity of indoor units corrected for indoor air temperature.In case design temperature of the indoor air falls between temperatures listed in the table, calculate the capacity by interpolation.The corrected total heat capacity of indoor units shall satisfy the maximum heat load of each room.
Time Room A Room B Room C Room D Room E Room F Room G Room H Total9:00 16.4 16.5 10.4 10.4 30.9 30.8 10.0 10.0 135.4
∗In case of selection based on Total Heat Load and Sensible Heat Load, select indoor units which satisfy not only the Total Heat Load but also the Sensible Heat Load of each room. The sensible heat capacity of indoor units is to be corrected for indoor air temperature. If the design temperature of indoor air falls between temperatures listed in table, calculate sensible heat capacity by using the bypass factor calculated by interpolation for each indoor air temperature.
[3] Selection of outside unit[3] –1 Define the required total heat load from the indoor units to the outside unitDefinetherequiredtotalheatload(A)basedon(1)thesumofthepeakloadofeachroomor(2)thesystempeakload.In this example, select an outside unit by (2).Therefore, (A) = 173.2 MBH
[3] –2 Provisionally select outside unit(1) Calculate CI (Capacity Index) of the selected indoor units.
CI of VRV indoor units CI of FXMQ15PBVJU = 15 CI of FXMQ18PBVJU = 18 CI of FXMQ36PBVJU = 36 CI of FXMQ48PBVJU = 48
Capacity Range 0.6 ton 0.8 ton 1 ton 1.25 ton 1.5 ton 2 ton 2.5 ton 3 ton 3.5 ton 4 ton 4.5 ton 6 ton 8 ton Power Supply, StandardCapacity Index 7.5 9.5 12 15 18 20 24 30 36 42 48 54 72 96
Ceiling Mounted Duct Type (Middle and High Static Pressure) FXMQ 07PB 09PB 12PB 15PB 18PB — 24PB 30PB 36PB — 48PB 54PB —
5 ton60
— — VJU
0.5 ton5.8
—
Calculate the total CI of the indoor units.Total CI = 15 × 2 + 18 × 2 + 36 × 2 + 48 × 2 = 234
(2) Provisionally select an outside unit based on the total CI of the indoor units
The connection ratio of RWEQ-TA shall be between 50% and 150%.As the total CI of the indoor units is 234, outside units from 16 ton to 36 ton are connectable.Start from 16 ton which is the smallest outside unit.
(3) Confirm that the number of the connected indoor units is within the limitation.
The number of the connected indoor units = 8The max. number of connectable indoor units of 16 ton outside unit = 33
[3] –3 Calculate the corrected capacity of the outside unit.-Calculate the connection ratio of the system.Total CI = 234, CI of RWEQ192TATJU = 192Connection ratio = 234 / 192 = 122%
-Usingthecapacitytableoftheoutsideunit,calculatethecapacity(B)correctedforoutsideenteringwatertemperature,waterflowrate,indoorairtemperature, and connection ratio.
*Incasetheoutsideenteringwatertemperature,waterflowrate,theindoorairtemperature,ortheconnectionratiofallsbetweentemperatureslisted in the table, calculate the capacity by interpolation.
-Calculate capacity correction factor by piping heat loss (K2)(K2) = 1 + (heat loss factor per feet of piping × (equivalent piping length – 25 ft.)) / 100
In cooling mode, heat loss factor per feet at 93°F is calculated as below.(R) Heat loss factor per feet = 0.072*2 + (0.098*1 – 0.072*2) × (93*3 – 86*4) / (95*5 – 86*4) = 0.0922
Using “Equivalent piping length = 100 ft” and “Heat loss factor per feet = 0.0922”, (K2) = 1 + (0.0922 × (100 – 25)) / 100 = 1.07
CA12A095B-Calculate the corrected capacity of RWEQ216TATJU by using (K1), (K2) and (K3).Corrected capacity of RWEQ216TATJU = (B) × (K1) × (K3) / (K2)Therefore (C) = 228.8 × 0.984 × 1.0 / 1.07 = 210 MBH
If the corrected capacity (C) is the same or greater than the required total heat load (A), selection is complete.If (C) < (A), return to Procedure [3]–2 and provisionally select a larger outside unit.In this example, 210 MBH (C) > 173.2 MBH (A), so there is no need to select a larger outside unit.
[Example]Whenthelocal100%flowrate= 39.6 gpm (150 L/min) usingwater,Whenthewaterflowoperatesinproportion to the voltage. 2.0 V: 0%- 9.0 V: 100% Lower limit case 13.2 gpm (50 L/min) for using water.
(b)13.2 gpm (lower limit water volume)
(a)39.6 gpm (local 100% flow rate)= 0.33 33%
Please select the closest setting with a value of 33% or more. set to [2-25-3] (40%)So,lowerflowratewillbe(c)15.8gpm(60L/min)And DC output range is (d) 4.8-9.0 V
22. Caution for Refrigerant Leaks22.1 Introduction
Points to note in connection with refrigerant leaks
The installer and system specialist shall secure safety against leakage according to local regulations or standards. The following standards may be applicable if local regulations are not available.
The VRV System, like other air conditioning systems, uses R410A as refrigerant. R410A itself is an entirely safe non-toxic, non-combustible refrigerant.Neverthelesscaremustbetakentoensurethatairconditioningfacilitiesareinstalledinaroomwhichissufficientlylarge.Thisassuresthat the maximum concentration level of refrigerant gas is not exceeded, in the unlikely event of major leak in the system and this in accordance to the local applicable regulations and standards.
Maximum concentration levelThe maximum charge of refrigerant and the calculation of the maximum concentration of refrigerant is directly related to the humanly occupied space in to which it could leak.The unit of measurement of the concentration is lb./1000 ft.³ (the weight in Ibs. of the refrigerant gas in 1 ft.³ volume of the occupied space).Compliance to the local applicable regulations and standards for the maximum allowable concentration level is required.
Direction of therefrigerant flow
Room where refrigerant leak has occurred(outflow of all the refrigerant from the system)
Pay special attention to places, such as basements, etc. where refrigerant can stay, since refrigerant is heavier than air.
Check the maximum concentration in accordance with steps 1 to 4 below and take whatever action is necessary.
Step1: Calculate the amount of refrigerant (lbs.) charged to each system separately.
Note:Where a single refrigerant facility is divided onto 2 entirely independent refrigerant systems then use the amounts of refrigerant with which each separate system of charged.
Step 2: Calculate the smallest room volume (ft.³)In case like the following, calculate the volume of (a), (b) as a single room or as the smallest room.(a) Where there are no smaller room divisions.
(Where there is an opening without a door or where there are openings above and below the door which are each equivalent in size to 0.15% or moreofthefloorarea.)
(c) Where there is a gas leak detection alarm device linked to a mechanical ventilator in the smallest room then the next smallest room will become the measurement target.
Step 3: Calculate the refrigerant density using the results of the calculations in step 1 and 2 above.
Total volume of refrigerantin the refrigerant system
≤Maximumconcentrationlevel(lbs./ft.³)Size (ft.³) of the smallest room inwhich there is an indoor unitinstalled
If the result of the above calculation exceeds the maximum concentration level then make similar calculations for the second then third smallest room and so on until the result falls short of the concentration level.
Step 4: Dealing with the situations where the result exceeds the maximum concentration level.Where the installation of a facility results in a concentration in excess of the maximum concentration level then it will be necessary to revise the system design.Please consult Daikin supplier.
Model FXFQ07TVJU FXFQ09TVJU FXFQ12TVJU FXFQ15TVJU FXFQ18TVJUPrinted circuit board fuse 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 ADrain pump thermal fuse °F (°C) – – – – –Fan motor thermal protector °F (°C) – – – – –Fan motor thermal fuse °F (°C) – – – – –
Model FXFQ24TVJU FXFQ30TVJU FXFQ36TVJU FXFQ48TVJUPrinted circuit board fuse 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 ADrain pump thermal fuse °F (°C) – – – –Fan motor thermal protector °F (°C) – – – –Fan motor thermal fuse °F (°C) – – – –
C: 3D086932C
23.2 FXZQ-TA
Model FXZQ05TAVJU FXZQ07TAVJU FXZQ09TAVJU FXZQ12TAVJU FXZQ15TAVJU FXZQ18TAVJUPrinted circuit board fuse 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 AFan motor thermal fuse °F (°C) – – – – – –Fan motor thermal protector °F (°C) – – – – – –Drain pump fuse °F (°C) – – – – – –
C: 4D110603
23.3 FXUQ-P
Model FXUQ18PVJU FXUQ24PVJU FXUQ30PVJU FXUQ36PVJUPrinted circuit board fuse 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 ADrain pump thermal fuse °F (°C) – – – –Fan motor thermal protector °F (°C) – – – –Fan motor thermal fuse °F (°C) – – – –
C: 3D090213
23.4 FXEQ-P
Model FXEQ07PVJU FXEQ09PVJU FXEQ12PVJU FXEQ15PVJU FXEQ18PVJU FXEQ24PVJUPrinted circuit board fuse A1P 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A 250 V, 3.15 A
1. Introduction .............................................................................................1061.1 ED Book List .................................................................................1061.2 Publication List of Engineering Data for VRV Products ................107
Refrigerant Product category Product type Model name Area Book No. Published in
R410A
VRV Indoor units
Ceiling Mounted Cassette Type (Round Flow with Sensing) FXFQ07-48TVJU USA EDUS391400B-F14 Jun.2020
VISTA™ 2 x 2 Cassette Unit FXZQ05-18TAVJU USA EDUS391776A-F9 Sep.2020
4-Way Blow Ceiling- Suspended Type FXUQ18-36PVJU USA EDUS391437-F15 May 2015
One Way Blow Cassette Type FXEQ07-24PVJU USA EDUS391533-F16 Oct.2015Slim Ceiling Mounted Duct Type FXDQ07-24MVJU USA EDUS39-600-F2 Sep.2006MSP Concealed Ducted Unit FXSQ05-54TAVJU USA EDUS391777A-F17 Sep.2020
Ceiling Mounted Duct Type (Middle and High Static Pressure) FXMQ07-54PBVJU USA EDUS391503B-F4 Jun.2020
Ceiling Mounted Duct Type FXMQ72/96MVJU USA EDUS39-900A-F11 May 2010Ceiling Suspended Type FXHQ12-36MVJU USA EDUS39-600-F5 Sep.2006Wall Mounted Type FXAQ07-24PVJU USA EDUS391100-F6 Jan.2012Floor Standing Type Concealed Floor Standing Type
FXLQ07-24MVJU FXNQ07-24MVJU USA EDUS391502-F7 Jul.2015
Low-temperature hydrobox HXY48TAVJU USA EDUS392021-F18 Sep.2020
Cased Coil Unit CXTQ24-60TASBLU USA Engineering Data CXTQ-TA —
Air Handling Unit FXTQ09-60TAVJUA FXTQ09-60TAVJUD USA Engineering Data
FXTQ-TA Sep.2016
Outdoor Air Processing Unit FXMQ48-96MFVJU USA EDUS39-900A-F10 May 2010
Branch Selector UnitBSQ-TVJBSF-Q54TVJBS-Q54TVJ
USA EDUS391434A-B Aug.2020
Controls and
networks
Control systems Control devices Adaptors
Please refer to ED Book with No. on the right for applicable models. USA EDUS721909A-T Oct.2020
Navigation remote controller BRC1E73 USA EDUS721438 Apr.2015intelligent Touch Manager DCM601A71, DCM601A72 USA EDUS721212 Oct.2012intelligent Touch Controller DCS601C71 USA EDUS72-608 Dec.2006Interface for use in BACnet® DMS502B71 USA EDUS72-749 Oct.2007
Option for all type Please refer to ED Book with No. on the right for applicable models. USA OHUS07-1 Nov.2007
Energy Recovery Ventilator (VAM) VAM300-1200GVJU USA EDUS711116A Jun.2017
1. Air conditioners should not be installed in areas where corrosive gases, such as acid gas or alkaline gas, are produced.2. If the outdoor unit is to be installed close to the sea shore, direct exposure to the sea breeze should be avoided. If you need to install the outdoor unit close to the sea shore, contact your local distributor.
Cautions on product corrosion
Warning Ask a qualified installer or contractor to install this product. Do not try to install the product yourself. Improper installation can result in water or refrigerant leakage, electrical shock, fire or explosion.
Use only those parts and accessories supplied or specified by Daikin. Ask a qualified installer or contractor to install those parts and accessories. Use of unauthorised parts and accessories or improper installation of parts and accessories can result in water or refrigerant leakage, electrical shock, fire or explosion.
Read the user’s manual carefully before using this product. The user’s manual provides important safety instructions and warnings. Be sure to follow these instructions and warnings.
If you have any inquiries, please contact your local importer, distributor and/or retailer.