Daikin 2MKS40G2V1B Service Manual page 39

SiBE12-816_D
Ceiling Mounted Cassette Type
Model
Rated Capacity
Color
Decoration
Panel
Dimensions (H × W × D)
H
M
Airflow Rates
L
SL
Type
Fan Motor Output
Speed
Air Direction Control
Air Filter
Running Current (Rated)
Power Consumption (Rated)
Power Factor (Rated)
Temperature Control
★
Dimensions (H × W × D) 1
Packaged Dimensions (H × W × D)
Weight (Mass)
Gross Weight (Gross Mass)
Operation
H / L
Sound
Sound Power
Heat Insulation
Liquid
Piping Connection Gas
Drain
Drawing No.
Model
Rated Capacity
Color
Decoration
Panel
Dimensions (H × W × D)
H
M
Airflow Rates
L
SL
Type
Fan Motor Output
Speed
Air Direction Control
Air Filter
Running Current (Rated)
Power Consumption (Rated)
Power Factor (Rated)
Temperature Control
★
Dimensions (H × W × D) 1
Packaged Dimensions (H × W × D)
Weight (Mass)
Gross Weight (Gross Mass)
Operation
H / L
Sound
Sound Power
Heat Insulation
Liquid
Piping Connection Gas
Drain
Drawing No.
Note: ★
1 ( ) : dimension including control box
Specifications
FFQ25B8V1B
Cooling
2.5 kW Class
White
mm 55 × 700 × 700
9.0 (318)
—
m³/min
(cfm)
6.5 (230)
—
Turbo Fan
W
Steps 2 Steps
Horizontal, Downward
A 0.37
W 73
% 85.8
Microcomputer Control
mm 260 (286) × 575 × 575
mm 370 × 687 × 674
kg 17.5
kg
dB(A) 29.5 / 24.5
dB(A) 46.5
Both Liquid and Gas Pipes
φ
mm
φ
mm
mm VP20 (O.D
3D060405
Cooling
mm
12.0 (424)
m³/min
(cfm)
8.0 (283)
W
Steps
A 0.49
W
% 86.1
mm
mm
kg
kg
dB(A)
dB(A)
mm
mm
mm
Heating
9.0 (318)
—
6.5 (230)
—
55
—
0.32
64
87.0
21
6.4
9.5
φ φ
26 / I.D 20)
FFQ50B8V1B
5.0 kW Class
White
55 × 700 × 700
—
—
Turbo Fan
55
2 Steps
Horizontal, Downward
—
97
Microcomputer Control
260 (286) × 575 × 575
370 × 687 × 674
17.5
21
36.0 / 27.0
53.0
Both Liquid and Gas Pipes
φ
6.4
φ
12.7
φ
VP20 (O.D 26 / I.D
3D060409
Specifications
50 Hz, 230 V
FFQ35B8V1B
Cooling Heating
3.5 kW Class
White
55 × 700 × 700
10.0 (353) 10.0 (353)
— —
6.5 (230) 6.5 (230)
— —
Turbo Fan
55
2 Steps
Horizontal, Downward
—
0.40 0.36
84 76
91.3 91.8
Microcomputer Control
260 (286) × 575 × 575
370 × 687 × 674
17.5
21
32.0 / 25.0
49.0
Both Liquid and Gas Pipes
φ
6.4
φ
9.5
φ φ
VP20 (O.D 26 / I.D 20)
3D060407
Heating
12.0 (424)
—
8.0 (283)
—
0.45
89
86.0
φ
20)
Conversion Formulae
kcal/h = kW × 860
Btu/h = kW × 3412
cfm = m³/min × 35.3
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