An 11.2 to 15.5 kW Multi-Split system that suits large and luxurious houses

Daikin's new Super Multi Plus D series is now connecteable to up to 9 indoor units and offers you a richer choice of indoor units to coordinate with each room decor. Advanced technology from Daikin has improved COP and reduced sound levels to suit today's modern living enviroment.

Connectable to max. 9 indoor units

* Combination is possible with 15.5 kW clas outdoor unit and 2.0 kW class indoor units.

Wider range of outdoor units

Two additions in the 11.2 and 15.5 kW classes are added to the current 14 kW class, broadening this lineup to 3 models with connectibility t a maximum of 9* indoor units.
* Combination is possible with 15.5 kW class outdoor unit and 2.0 kW units.

Newly designed indoor units

29 models of indoor units in 7 types (heat pump) -- ceiling - mounted cassette, ceiling-mounted built-in, ceiling-suspended, duct-connected, wall-mounted, floor-standing and floor/ceiling-suspended dual type -- provide a wider choice for interior coordination.

High energy savings

Advanced DC inverter, reluctance DC compressor and DC fan motor technologies achieve high COP values.

Quieter operation

Lastest technologies and features achieve a quiet 48 dB sound during night quiet mode operation for the 14 kW class outdoor unit and ensure comfortable operation.

Great flexibility in installation

Longer piping lengths of 135 m for the 14 kW class outdoor unit and simplified wiring reduce restrictions on the installation postion, while the improved BP unit is easier to disassemble, making repairing and recycling simpler.

Advanced Technology Greatly Increases Energy Efficiency

The Super Multi Plus is an energy-saving and quiet air conditioning system that uses high level of advanced new technologies.

High Energy Savings

DC inverter power control ensures the air conditioner operates at low capacity most of the time. This is especially important at night in a residential situation when the whole family is at home. DC inverter power control is able to achieve a high COP even when multiple indoor units operate simultaneously for long periods of time.

Powerful Operation and Precise Control

Daikin DC inverter power control can adjust current frequency to any point in the range of 25 Hz to 98 Hz for cooling operation. This gives much more precise control of operating capacity than conventional air conditioners, which have preset current frequency levels.

DC inverter power control uses its full capacity at started up to quickly reach the set temperature. As soon as this temperature is achieved, it finely adjusts capacity to match any changes. DC inverter power control is so precise that it can sense changes in room temperature as minute as ±0.5°C.

Greater Energy Savings

DC inverter power control ensures the air conditioner operates at low capacity most of the time. This is especially important at night in a residential situation when the whole family is at home. DC inverter power control is able to achieve a COP of more than 4 even when multiple indoor units operate simultaneously for long periods of time.

Cooling operation
Master bedroom 3.5 kW class Bedroom (1) 2.5 kW class Bedroom (2) 2.5 kW class	Power consumption 1,760 W COP 4.83

Heating operation
Master bedroom 3.5 kW class Bedroom (1) 2.5 kW class Bedroom (2) 2.5 kW class	Power consumption 2,440 W COP 4.18

	Outdoor unit 3 models
	11.2 kW	RMK(X)S112DV1A
	14 kW	RMK(X)S140DV1A
	15.5 kW	RMK(X)S160DV1A
	The 11.2 and 15.5 kW classes are added to the current 14 kW class, providing you with a wider range of choices.

Indoor units

29 models 7 typrs (heat pump)

Awide range of indoor units includes 29 heat pump models un 7 types and 23 cooling only models in 5 types. Indoor units can be selected to match each room and preference.

Type	Cooling only							Heat pump
	Model Name	20	25	35	50	60	71	Model Name	20	25	35	50	60	71
	Rated Capacity (kW)	2.0	2.5	3.5	5.0	6.0	7.1	Rated Capacity (kW)	2.0	2.5	3.5	5.0	6.0	7.1
Ceiling-mounted cassette type 950 x 950	FCQ-B							FCQ-B
600 x 600	FFQ-B							FFQ-B
Ceiling-mounted built-in type	FBQ-B							FBQ-B
Ceiling-suspended type	FHQ-B							FHQ-B
Duct-connected type	CDKS-C							CDKS-C
Wall-mounted type	FTKS-D							FTKS-D
	FTKS-B							FTKS-B
	FTKS-B							FTKS-B
Floor-standing type								FVXS-B
Floor/ceiling-suspended dual type								FLXS-B

Reluctance DC Motor (Click image to enlarge)

The reluctance DC motor achieves major increases in efficiency over conventional AC inverter motors by simultaneously using two different types of torque to produce a strong force from small electric currents. Improvements of 20% have been realised in the low-frequency range where the air conditioner most often operates.

Neodymium magnet (Click image to enlarge)
The reluctance DC motor marks the first time that powerful neodymium magnets have been used in air conditioners. These magnets are approximately 10 times stronger than ferrite magnets and play a major role in this energy -saving motor.

MIO Control (Click image to enlarge)

MIO (multi input and output) control simultaneously outputs multiple signals based on multiple pieces of input information. This gives much better control of the expansion valve and compressor than in conventional inverter models, and allows the air conditioner to quickly respond to changes in room temperature to avoid overshooting.

Oval Scroll Compressor

	Oval scroll compressor
	Reluctance DC motor

The oval scroll compressor is both more efficient and produces less vibration than conventional scroll compressors. Improvements to the shape of the suction gas passage have resulted in higher compression efficiency, and the alternative shape of the discharge port has reduced vibration and noise.

PAM Control

PAM (pulse amplitude modulation) control improves operating power by controlling motor voltage even under high load to achieve high rotational speed. It also produces energy savings by reducing switching frequency in converter control to lower noise loss and switching loss for substantial energy savings.

DC Fan Motor

The DC fan motor offers substantial improvements in operating efficiency over conventional AC motors, particularly which rotating at low speed.