VRV IV S-series heat pump The most compact VRV Most compact unit on the market 3mm high & kg Control systems Indoor units VRV type indoor units Residential type indoor units (such as Daikin Emura) Air curtain Biddle Air curtain for VRV (CYV) Ventilation Heat Reclaim ventilation (VAM/VKM) AHU connection kit RXYSCQ, TV RXYSQ,, TV/TY RXYSQ, 0, TY Refrigerant containment check Night quiet mode VRV IV standards: Variable refrigerant temperature Customize your VRV for best seasonal efficiency & comfort VRV configurator Software for simplified commissioning, configuration and customisation Low noise function Connectable to stylish indoor units (Daikin Emura, Nexura) Full inverter compressors Gas cooled PCB (not available on RXYSQ,,,TY) Reluctance brushless DC compressor Sine wave DC inverter DC fan motor E-pass heat exchanger I demand function Manual demand function For detailed explanation of these functions refer to vrv iv technologies tab
3mm mm Widest range of front blow units on the market HP // HP / HP Outdoor Unit Product Range 0/ HP Compact: Easy for a two person crew to move and install. Lowest height on the market Ideal for roof installations Ideal to install below a window on a Balcony The low height mini VRV can be hidden in many Daikin VRV IV S-series compact can be installed Unnoticeable for parapet installation Space saving design discretely on a balcony thanks to it s compact dimensions, offering you air conditioning while being almost unnoticeable. Low height make the unit invisible from inside and unnoticeable from the outside, mm places where a twin fan unit cannot due to its low height. 3mm The VRV S-series is slimmer and more compact, resulting in significant savings in installation space. mm 30mm 0mm 900mm 90mm 930mm 9
Wide range of indoor units Connect VRV units FXFQ-A FXZQ-A FXSQ-A FXAQ-P or stylish indoor units (RA and Sky Air) FCQG-F BPMKS9A FTXG-LS - Daikin Emura FBQ-D BPMKS9A FVXG-K - Nexura Connectable stylish indoor units CLASS Round flow cassette Fully flat cassette Small concealed ceiling unit Slim concealed ceiling unit Concealed ceiling unit with inverter driven fan Daikin Emura Wall mounted unit Wall mounted unit CTXS-K Ceiling suspended unit Nexura Floor standing unit Floor standing unit Flexi type unit 0 CLASS CLASS FTXG-L FFQ-C FDBQ-B FDXS-F(9) FBQ-D FTXG-L FTXS-K FTXS-K FVXG-K FVXS-F FLXS-B(9) 3 CLASS FCQG-F FFQ-C FDBQ-B FDXS-F(9) FBQ-D FTXG-L CTXS-K FTXS-K FHQ-C FVXG-K FVXS-F FLXS-B(9) For more info about Daikins stylish indoor units, please check our indoor unit-portfolio * VRV indoor units and stylish indoor units cannot be combined. * To connect stylish indoor units a BPMKS unit is needed 0 CLASS 0 CLASS FCQG-F FFQ-C FDBQ-B FDXS-F(9) FBQ-D FTXG-L 0 CLASS FCQG-F FFQ-C FDBQ-B FDXS-F(9) FBQ-D CLASS FTXS-K FTXS-K FTXS-G FTXS-G FHQ-C FVXG-K FVXS-F FLXS-B(9) FHQ-C FLXS-B(9)
High COP values Outdoor Unit Product Range A major feature of VRV IV S-series is its exceptional energy efficiency. The system achieves high COPs during both cooling and heating operation by the use of refined components and functions. Cooling.00 Nominal cooling capacities are based on: indoor temperature: CDB, 9 CWB, outdoor temperature: 3 C, equivalent refrigerant piping: m, level difference: 0m. Nominal heating capacities are based on: indoor temperature: 0 CDB, outdoor temperature: CDB, CWB, equivalent refrigerant piping: m, level difference: 0m Heating. 0 3 Flexible piping design VRV indoors connected Stylish indoors connected Total piping length 300m 0m Longest length actual (Equivalent) 0m (m) Minimum length between outdoor unit and first branch - m Minimum piping length between BP and indoor unit - m Maximum piping length between BP and indoor unit - m Longest length after first branch 0m 0m Level difference between indoor and outdoor units 0m (0m ) 30m Level difference between indoor units m m 0m Actual piping length 0m Level difference between indoor and outdoor units m Level difference between indoor units 0m maximum Outdoor unit in lowest position
VRV IV S-series technologies Refrigerantcooled PCB Super aero grille The spiral shaped ribs are aligned with the direction of discharge flow in order to minimise turbulence and reduce noise. Reliable cooling because it is not influenced by ambient air temperature Smaller switchbox for smoother air flow through the heat exchanger increasing heat exchange efficiency with % Vane fixed to rotor Rotor Improved fan blades Old New Air streams collide and generate loss Compressor Separate Collision Swing type > no oil separator Vane & rotor are unified resulting in: Reduced noise level Longer compressor life Higher efficiency thanks to the absence of internal refrigerant leakage between high and low pressure side Air streams are smoothed around V-cut and reduces air flow loss E-Pass heat exchanger Optimising the heat exchanger s path layout prevents heat being transferred from the overheated gas section to the sub-cooled liquid section which is a more efficient way to use the heat exchanger. Standard heat exchanger e-pass heat exchanger In C In C 3 C C C I-demand function C C 0 C 0 C C Out C Out C Power consumption Limit maximum power consumption. The newly introduced current sensor minimizes the difference between the actual power consumption and the predefined power consumption. Predefined limit Time
RXYSQ-TV/RXYSQ-TY VRV IV S-series heat pump Space saving solution without compromising on efficiency ʯʯ Space saving trunk design for flexible installation ʯʯ Covers all thermal needs of a building via a single point of contact: accurate temperature control, ventilation, air handling units and Biddle air curtains ʯʯ Wide range of indoor units: either connect VRV or stylish indoor units such as Daikin Emura, Nexura... ʯʯ Incorporates VRV IV standards & technologies: Variable Refrigerant Temperature and full inverter compressors ʯʯ 3 steps in night quiet mode ʯʯ Possibility to limit peak power consumption between 30 and 0%, for example during periods with high power demand ʯʯ Contains all standard VRV features RXYSQ-TV / RXYSQ-TY Outdoor Unit Product Range Outdoor unit RXYSQ-TV/RXYSQ-TY TV TV TV TY TY TY TY 0TY TY Capacity range HP 0 Cooling capacity Nom. kw..0...0...0 33. Heating capacity Nom. kw..0...0...0 33. Max. kw..0.0..0.0.0 3. 3. Power input - 0Hz Cooling Nom. kw 3.03 3.3. 3.03 3.3... 0. Heating Nom. kw. 3. 3.9. 3. 3.9.0.0.9 Max. kw 3.3.09. 3.3.09...33 0. EER kw.00 3. 3.0.00 3. 3.0 3. 3.0 3.30 COP at nominal capacity kw.. 3.90.. 3.90.3..09 COP at maximum capacity kw. 3.9 3.3. 3.9 3.3.0 3. 3. Maximum number of connectable indoor units () Indoor index connection Min. 0. 0 0. 0 00 0 Nom. - Max. 30. 30. 0 3 390 Dimensions Unit HeightxWidthxDepth mm,3x900x30,30x90x30,x90x0 Weight Unit kg 0 0 Fan Air flow rate Cooling Nom. m³/min 0 0 Sound power level Cooling Nom. dba 9 0 9 0 3 Sound pressure level Cooling Nom. dba 0 0 Operation range Cooling Min.~Max. CDB -~ -~ Heating Min.~Max. CWB -0~. Refrigerant Type R-0A Charge kg 3.. TCO₂eq. 9... GWP,0. Piping connections Liquid OD mm 9.. Gas OD mm.9 9..9 9... Total piping length System Actual m - Power supply Phase/Frequency/Voltage Hz/V N~/0/0-0 3N~/0/30- Current - 0Hz Maximum fuse amps (MFA) A 3 3 () Actual number of units depends on the indoor unit type (VRV DX indoor, RA DX indoor, etc.) and the connection ratio restriction for the system (being; 0% CR 30%). () Contains fluorinated greenhouse gases
RXYCSQ-TV RXYCSQ-TV holes for anchor bolts M 0 0 0 0 0 3 30 0 30 Gas pipe connection Ø.9 flare Liquid pipe connection Ø9. flare 3 Service port (in the unit) Grounding terminal Inside of the switch box (M) Refrigerant piping intake (knockout hole) Power supply wiring intake (knockout hole Ø3) Control wiring intake (knockout hole Ø) Drain pipe connection (outside diameter Ø) 0 90 3 3 0 00 9 0 3 9 9 RXYSQ-TV RXYSQ-TV RXYSQ-TY Gas pipe connection A holes for anchor bolts M 0 0 0 3 Liquid pipe connection Ø9. flare (X) Service port (in the unit) Electronic connection and grounding terminal M (in the switch box) Refrigerant piping intake 30 (3~3) 30 30 Power supply wiring intake (knockout hole Ø3) Control wiring intake (knockout hole Ø) Drain outlet 30 9 0 3 9 Model RMXSEVB RMXS0EVB A RMXS0EVB 30 900 3 RXYSQPAVB RXYSQPAVB RXYSQPAVB ERX00A9VB Ø.9 flared connection Ø.9 flared connection Ø.9 flared connection ERXA9VB ERX0A9VB Ø.9 flared connection GCA00BD Ø.9 flared connection GCABD GCA0BD Ø.9 flared connection RXYSQPAYB Ø.9 flared connection RXYSQPAYB Ø.9 flared connection 3 RXYSQPAYB 9 9 3 0 3 30 9 9 9 9 0 3 0 9 33 9 0 3 9 9 0 0 30 9 3 9 3D090 0 3 9 Model A RA indoor unit VRV indoor unit RXYSQ(P/T)VB Ø.9 flared connection RXYSQ(P/T)VB Ø.9 flared connection RXYSQ(P/T)VB RXYSQ(P/T)YB Ø.9 flared connection RXYSQ(P/T)YB Ø.9 flared connection RXYSQ(P/T)YB 3TW303-D
RXYSQ-TY RXYSQTY holes for anchor bolts M 0 0 0 9 30 30 30 30 (3-3) 30 90 3 30 9 9 0 9 90 9 9 9 9 0 3 3 3 9 3 Gas pipe connection Ø9. brazing Liquid pipe connection Ø9. brazing Service port (in the unit) High pressure RXYSQ0-TY RXYSQ0-TY 9 0 0 9 90 (-9) 30 9 0 0 0 30 0 90 3 9 33 Service port (in the unit) Additional refrigerant charge Grounding terminal Outdoor Unit Product Range Inside of the switch box (M) 39 9 Refrigerant piping intake (knockout hole) Power supply wiring intake (knockout hole Ø3) Control wiring intake (knockout hole Ø) 9 Drain pipe connection (outside diameter Ø) 3D090 00 3 3 9 0 9 RXYSQ0TMYB: Gas pipe connection Ø. brazing RXYSQTMYB: Gas pipe connection Ø. brazing RXYSQ0TMYB: Liquid pipe connection Ø9. brazing RXYSQTMYB: Liquid pipe connection Ø. brazing 9 0 0 30 9 9 3 3 Service port (in the unit) Additional refrigerant charge Service port (in the unit) High pressure Grounding terminal Inside of the switch box (M) Refrigerant piping intake (knockout hole) Control wiring intake (knockout hole Ø) Power supply wiring intake (knockout hole Ø3) 9 Drain pipe connection (outside diameter Ø) 3D0909
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RXYSQ-TV / / RXYSQ-TY Outdoor Unit Product Range
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RXYSQ0-TY Outdoor Unit Product Range