Specifications; Technical Specifications; Electrical Specifications - Daikin RKS50BVMB9 Technical Data Manual

2

Specifications

TECHNICAL SPECIFICATIONS

OUTDOOR UNITS
DIMENSIONS Unit
WEIGHT
COLOUR Unit
SOUND LEVEL Sound pressure (1) (Cooling)
Sound power (2) (Cooling)
FAN Air flow rate (Cooling)
Speed (Cooling)
Model
Motor output
HEAT EXCHANGER Type
Rows x stages x fin pitch
REFRIGERANT CIRCUIT Refrigerant type
Refrigerant charge
Maximum allowable distance between indoor
and outdoor
Maximum allowable level difference
Refrigerant control
COMPRESSOR Type
Model
Motor output
Oil type
Oil charge volume
PIPING CONNECTIONS
INSULATION MATERIAL Heat insulation
* This information was not available at the time of publication.

ELECTRICAL SPECIFICATIONS

OUTDOOR UNITS
CURRENT Nominal running current
Max. running current
Starting current
OUTDOOR UNITS
POWER SUPPLY
NOMINAL DISTRIBUTION Phase
SYSTEM VOLTAGE
Frequency
Voltage
NOTES
1 The sound pressure level is measured in an anechoic room at 1m distance from the unit. It is a relative value, depending on the distance and
acoustic environment. For measuring conditions: please refer to item 8 of this chapter.
2 The sound power level is an absolute value indicating the ''power'' which a sound source generates.
• Pair Application, Inverter Controlled Unit • R-410A • RKS50-60-71BVMB9
H mm
W mm
D mm
kg
high/low dB(A)
high dB(A)
3
high/low m /min
high rpm
low rpm
W
mm
kg
m
m
!
liquid mm
gas mm
drain mm
cooling A
cooling A
cooling A
Hz
V
• Split - Sky Air • Outdoor Units
RKS50BVMB9 RKS60BVMB9
49
Ivory white
47/*
63
47.7/44.1 47.6/44.1
700
650
Propeller fan
Waffle fin, J 8 Hi-XA tube
1 x 32 x 1.6
R-410A
1.20
Hermetically sealed swing type
2YC32HXD
1,500
FVC50K
0.65
φ12.7
Both liquid and gas pipes
RKS50BVMB9 RKS60BVMB9
6.82
Please refer to electrical data
7.3
RKS50BVMB9 RKS60BVMB9
VM
1∼
50
230
RKS71BVMB9
735
825
300
53 55
49/* 52/*
64 66
51.5/41.5
730 790
680 650
53
2 x 32 x 1.8
1.70 1.70
30
20
-
2YC45BXD
1,500 1,900
0.65 0.75
φ6.4
φ15.9
φ18.0
RKS71BVMB9
9.12 10.90
9.3 11.1
RKS71BVMB9
VM VM
1∼ 1∼
50 50
230 230
1
2
3D040781A
3D040782A
3D040783A
3