Specifications
Signal cable connection terminal block
Power connection terminal block
Refrigerant piping connection opening dimensions
(Plane view)
Rear surface
Signal cable connection terminal block
Power connection terminal block
Refrigerant piping connection opening dimensions
(Plane view)
Rear surface
mm
kg
kW
W
m
3
/min
dB
m
Capacity
Cooling capacity 1)
Heating
capacity
Standard
Standard
Liquid piping
Gas piping
Heating
Heightxwidthxdepth
Cooling
Power
consumption
Model
Power supply
Outline
dimensions
Weight
Compressor motor outputxunits
Blower motor outputxunits
Air flow
Operation sound 2)
Connecting pipe
Allowable refrigerant piping length
FDCP140HKXE2B<5hp>
FDCJ140HKXE2B<5hp>
14.0
6.8
1450x690x600
150
3.5x1
100
90
56
p9.52x0.8(flare connection)
p19.05x1.0(flare connection)
FDCP224HKXE2B<8hp>
FDCJ224HKXE2B/D<8hp>
22.4
9.8
250
3.5+2.2
p
25.4x1.2(Blazing connection)
FDCP280HKXE2B<10hp>
FDCJ280HKXE2B/D<10hp>
28.0
11.7
265
3.5+3.75
59
p
28.58x1.4(
Blazing connection)
58
100
KX2 series
3phase 380/415V 50Hz
1450x1350x600
100x2
180
p12.7x1.0(flare connection)
R407C
R22
16.0 25.0
31.5kW
kW
kW
5.7 8.3 9.4
FDCP140, FDCJ140
FDCP224QP280, FDCJ224QJ280
Symbol
A
B
C
D
F
G
H
J
K
L
M
N
Details
Refrigerant gas piping connection opening
Refrigerant liquid piping connection opening
Refrigerant piping outlet
Refrigerant gas piping outlet
Refrigerant liquid piping outlet
Power inlet
Power inlet
Piping and wiring downward exit hole
Wiring inlet
Anchor bolt hole
Drain drainage hole
Drain drainage hole
p
19.05 (flare)
p
9.52 (flare)
p
88 Two places
p
39
p
25
p
35 Two places
p
50
p
65
p
50
Four places for M10
p
20 Four places
p
50
Symbol
A
B
C
D
F
G
H
J
K
L
M
N
P
R
Details
Refrigerant gas piping connection opening
Refrigerant liquid piping connection opening
Refrigerant piping outlet
Refrigerant gas piping outlet
Refrigerant liquid piping outlet
Refrigerant gas piping outlet
Refrigerant liquid piping outlet
Power inlet
Power inlet
Piping and wiring downward exit hole
Wiring inlet
Anchor bolt hole
Drain drainage hole
Drain drainage hole
p
25.4 (brazing)
p
12.7 (flare)
p
88
p
39
p
25
p
65
p
50
p
35 Two places
p
50
p
100
p
50
Four places for M10
p
20 eight places
p
50
L1
L4
L3
L2
Air inlet
Service
space
Wall height H3
Wall height H1
Wall height H2
Wall height H4
( )
L1
L2
L3
L4
H1
H2
H3
H4
Open
0
300
Open
-
No limit
No limit
-
Open
0
300
500
-
No limit
No limit
No limit
500
0
300
0
1000 or less
No limit
700 or less
No limit
I II III
(Unit: mm)
Dimension
Installation example
L1
L4
L3
L2
Air inlet
Wall height H
1
Wall height H2
Wall height H4
Service
space
( )
Wall height H3
L1
L2
L3
L4
H1
H2
H3
H4
Open
0
300
Open
-
No limit
No limit
-
Open
0
300
500
-
No limit
No limit
No limit
500
0
300
0
1000 or less
No limit
700 or less
No limit
I II III
(Unit: mm)
Dimension
Installation example
Note 1)The cooling and heating capacities are the values when connecting and operating the rated capacity indoor unit under ISO TI conditions .
Note 2)The operation sound complies with the ISO Standards, and is the value converted to the equivalent anechoic chamber value. When measured in the actually installed state,
the value is normally larger than the display value due to the effect of surrounding noise and echo.
Note ) If the installation example III wall height H1 and H3 exceed the limit value,
set L1 and L3 as follows. L1=H1 - 500 L3 = 300 + (H3-700)/2
Note that if L3 = 600 is exceeded, the wall height H3 limit does not apply.
Note ) If the installation example III wall height H1 and H3 exceed the limit value,
setQL1 and L3 as follows. L1=H1 - 500 L3 = 300 + (H3-700)/2
Note that if L3 = 600 is exceeded, the wall height H3 limit does not apply.
6
Specification
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