R410A
High Performance Air Conditioning
FD series
Inverter Packaged Air-Conditioners
50/60Hz
09P02E-A-0
Individual flap control system
According to room temperature conditions, four directions of
air flow can be controlled by individual flap as preferred.
As individual flap control is available even after installation,
installation area became wider than before.
Individual Flap
Control System
FEATURES
LINE-UP
MULTI SERIES
OUTDOOR UNIT
CONTROL SYSTEMS
OUTDOOR UNIT DIMENSIONS
2
The Thinnest
Design
2
8
20
28
29
32
High
Efficiency
Ceiling Cassette -4wayIndoor units
FDT,FDTC
For person who is far
from the indoor unit
For both persons who are
feeling hot or cold
Can cool both the kitchen
and the guests
3
New Inverter Series
All models employ R410A, with RoHS* directive
R410A
RoHS
*RoHS : Restriction of Hazardous Substances
Industry Leading COP
Thanks to achievement of the highest
COP level in the industry, the energy
consumption has been cut by 30~49%
compared with our former models
(constant speed models).
A
Energy labeling
“Class A”
CLASS
MHI models have
cleared the class A
standard, the highest
energy saving level,
with their high COP
(coefficient of
performance).
A
B
C
D
E
F
G
Achieved COP 5.67
based on 50% capacity of FDT100V (inverter model) in heating operation
Air-conditioners are generally selected with the operation under the most severe ambient temperature conditions.
The inverter constantly adjusts compressor output to meet the exact demand of the indoor units.
i.e. In case that selecting the capacity of an inverter air-conditioner based on heating operation at -5°C, its capacity
drops by 50% at 7°C(ISO-TI measurement condition) and operation period at 50% capacity is normally longer than
that at 100% of nominal heating capacity.
Considering annual electrical power consumption of inverter air-conditioners, it is quite important to give the first
priority to 50% actual capacity and selecting inverter air-conditioners is the best solution for saving energy and
protecting the environment.
Wide range of operation
(FDC 100/125/140)
-20°C
Our new advanced technology has expanded
the heating and cooling operation range.
This permits installation of the units considering
a heating and cooling operation under a low
outdoor temperature conditions down to -20°C.
-15°C
-20
-10
New remote control for all indoor units
Applying nonpolar 2-core in new remote control line, it is very
convenient for installation including renewal case.
New
Previous
3-core
4
+20°C
Heating
2-core
+43°C
Cooling
0
10
20
30
40
50
Individual flap control system (FDT, FDTC)
According to room temperature conditions, four directions of air flow
can be controlled by individual flap as preferred.
As individual flap control is available even after installation,
installation area became wider than before.
Flap control system
Selection of louver
position is possible.
Louvers can be set at
different angles.
Upper
position
Movable
range
Lower
position
The thinnest design
Thanks to new design of heat exchanger
changed from 2 parts to 1 part, the height
of indoor unit is reduced drastically.
Furthermore applying DC fan motors, the
highest energy efficiency level, reduction
of weight and
Shape of Heat exchanger
significant
compact design
New
Previous
are realized.
Due to optimization of outlet
design of air flow with our
new advanced technology,
sufficient air flow is
secured and long reach of
air flow is realized. (FDT)
FDT40~71
Previous
New
FDT125~140
270mm
365mm
246
298
mm
9%
reduction!!
mm
18%
reduction!!
High efficiency
• Reduction of air flow pressure loss
Expansion of outlet air flow area realizes reduction of pressure loss caused by air flow in the indoor unit.
Load of fan motor is decreased and efficiency is increased.
• Increase of heat transfer efficiency
Applying high efficient piping in heat exchanger and optimization of heat exchanger (2parts
increases heat transfer efficiency.
1part)
Monitoring Function
Equipped with RS232C for connection directly to your PC monitoring and
service tasks made simple with our service software (“Mente PC”).
5
Industry leading energy efficiency and
Height
Height
185mm
390mm
Height
455mm
Height
95mm
Width
Width
380mm
380mm
Depth
Depth
350mm
FDC71VN (3.0HP)
FDC100VN/VS (4.0HP)
FDC125VN/VS (5.0HP)
FDC140VN/VS (6.0HP)
FDC200VS (8.0HP)
Reduction in weight (kg)
Easy installation
Fits into elevators
350mm
FDC250VS (10.0HP)
Reduction in volume (%)
Former model New model Reduction
3.0HP
4.0HP
5.0HP
6.0HP
8.0HP
10.0HP
63
82
118
125
225
225
60
74
74
74
122
140
Former model New model Reduction
-3
-8
-44
-51
-103
-85
3.0HP
4.0HP
5.0HP
6.0HP
8.0HP
10.0HP
* Comparison with former models
253
328
467
467
1643
1643
224
303
303
303
467
540
11%
8%
35%
35%
72%
67%
* Comparison with former models
Compact Design
Size reduction and high efficiency
performance on the DC twin rotary compressor(4-6HP)
Reduction in height by 22.3%
Reduction in volume by 44.1%
* Vector control means
a. technique to realize
an optimum control by
converting the current
wave to a smooth
sinusoidal waveform
Height at 342mm
Height at 440 mm
Employment of DC twin rotary compressor has enabled to utilize a
high-speed range of up to 120 rps at the maximum to secure the
required capacity.
Optimum compressor control has been realized by employing the
vector control* and the starting current has been improved significantly
compared with former models. Moreover, vibration has been reduced.
Outside diameter of shell
ø185mm
ø133mm
Former
compressor
New model
DC rotary compressor
Improved efficiency of heat exchanger
Redesigning the fins to a straight shape has reduced the pressure
loss of the airflow in the heat exchanger. Surface treatment on the fin
has enhanced the frost resistance capacity compared with former
models.
Owing to the reduction in the size of heat exchanger, the appropriate
number of circuits for each
HP has been applied.
Employment of a highspeed motor has increased
the airflow and enabled to
keep the cooling capacity
under a condition of higher
outdoor air temperatures*.
* Limitation of use is around
43: at the maximum.
Former model
New model
Employment of DC fan motor
Employment of DC fan motor has enabled to realize an excellent
efficiency of approx. 60% higher than former models.
Employment of the inverter compressor(8/10HP)
A control over wide range of capacity and a high efficiency has
been realized by inverter-driven scroll compressors.
In addition, the starting current significantly is improved.
The size has also been reduced by 3.2% in height and 31.8% in volume.
6
Controllability
Reliability in the protection of compressor has been improved by
optimizing the controls of oil return, electronic expansion valve, etc.
high reliability from our high technology
POINT
1
1
POINT
2
DC fan motor uses less energy
Optimization of heat exchanger path.
More efficient heating and cooling
2
3
POINT
3
POINT
4
4
Super heat control with low pressure
sensor, works better in tough conditions
High efficiency refrigeration circuit
5
POINT
970
mm
mm
370
FDC200VS
5
Newly developed High efficiency DC
scroll compressor
(8.0HP)
High Efficiency
Installation workability (8&10HP)
New Inverter Technology means a 30~49% decrease in
annual energy consumption.
Flared
connection
ø19.05mm
Using piping attachment that has flared connection and
brazed connection ends, there is no need conduct
brazing work inside the outdoor unit.
232mm
[kWp/year]
Brazed
connection
ø22.2mm
-30%
15000
Former model
New model
-37%
12531.4
-49%
-44%
8827
7193.5
6510.9
5000
5268.5
3693
3528.3
2149
10307.5
4273
2673
0
3.0HP
4.0HP
5.0HP
Convenience
6461
6.0HP
8.0HP 10.0HP
A dry contact is equipped on an
indoor unit to meet a possible
need for signal output on the site.
common
XR1
XR2
XR3
XR4
XR1
XR2
XR3
XR4
Calculation condition: based on JRA4048 place: Tokyo, type of the room: shop
XR5
output1 (run)
output2 (heat)
output3 (comp on)
output4 (alarm)
in put
Power
source
-39%
-41%
CnT
10000
XR5
XR1~5 : approx. DC12v
Consideration on the Environment
Employment of lead-free solder
Adapt to RoHS
In order to comply with RoHS standard, the new inverter series
products use lead-free solder. It was considered to be too difficult to use
lead-free solder because it requires higher soldering temperatures at
assembling, which could jeopardize the reliability of assembly, etc. PbF
soldering method developed by us, however, has enabled a higher
reliability for lead-free printed circuit boards.
*"RoHS" is the abbreviation of the new European standard, which means
Reduction of Hazardous Substances.
Employment of the new refrigerant
All models of the New inverter series use a new refrigerant
R410A characterized by the ozone depletion coefficient
being 0.
Energy Conservation
A High Performance and Excellent Energy Conservation are
achieved at the same time by an increased capacity of heat
exchanger and employment of high efficiency DC motor etc.
7
SINGLE [OUTDOOR UNIT : INDOOR UNIT = 1 : 1]
Capacity
Type
4way
FDT
HP
kW
Btu / h
kcal / h
1.5
4.0
13,700
3,440
2.0
5.0
17,100
4,300
2.5
6.0
19,100
4,816
FDT40V
FDT50V
FDT60V
SRC40ZIX-S
SRC50ZIX-S
SRC60ZIX-S
FDT40ZIXV
FDT50ZIXV
FDT60ZIXV
FDTC50VB
FDTC60VB
Indoor
unit
Outdoor
unit
1phase
3phase
1phase
Set
3phase
CEILING
CASSETTE
4way compact (600 x 600mm)
FDTC
NEW
Indoor
unit
FDTC40VB
Outdoor
unit
1phase
Set 1phase
SRC40ZIX-S
SRC50ZIX-S
SRC60ZIX-S
FDTC40ZIXVB
FDTC50ZIXVB
FDTC60ZIXVB
FDUM50V
FDUM60V
SRC50ZIX-S
SRC60ZIX-S
FDUM50ZIXV
FDUM60ZIXV
FDEN40V
FDEN50V
FDEN60V
SRC40ZIX-S
SRC50ZIX-S
SRC60ZIX-S
FDEN40ZIXV
FDEN50ZIXV
FDEN60ZIXV
High Static pressure
FDU
Indoor
unit
Outdoor
unit
DUCT
CONNECTED Low/Middle Static pressure
FDUM
1phase
3phase
1phase
Set
3phase
Indoor
unit
Outdoor
unit
1phase
3phase
1phase
Set
3phase
FDEN
CEILING
SUSPENDED
Indoor
unit
Outdoor
unit
1phase
3phase
1phase
Set
3phase
8
Range (Rated Cooling Capacity)
3.0
7.1
23,900
6,020
4.0
10.0
34,100
8,600
5.0
12.5
42,700
10,750
6.0
14.0
47,800
12,040
FDT71V
FDT100V
FDT125V
FDT140V
FDC71VN
FDC100VN
FDC100VS
FDT100VNV
FDT100VSV
FDC125VN
FDC125VS
FDT125VNV
FDT125VSV
FDC140VN
FDC140VS
FDT140VNV
FDT140VSV
FDU100V
FDU125V
FDU140V
FDT71VNV
FDU71V
FDC71VN
FDU71VNV
*
FDC100VN
FDC100VS
FDU100VNV
FDU100VSV
*
*
FDC125VN
FDC125VS
FDU125VNV
FDU125VSV
*
*
FDC140VN
FDC140VS
FDU140VNV
FDU140VSV
*
*
FDUM71V
FDUM100V
FDUM125V
FDUM140V
FDC71VN
FDC100VN
FDC100VS
FDUM100VNV
FDUM100VSV
FDC125VN
FDC125VS
FDUM125VNV
FDUM125VSV
FDC140VN
FDC140VS
FDUM140VNV
FDUM140VSV
FDEN71V
FDEN100V
FDEN125V
FDEN140V
FDC71VN
FDC100VN
FDC100VS
FDEN100VNV
FDEN100VSV
FDC125VN
FDC125VS
FDEN125VNV
FDEN125VSV
FDC140VN
FDC140VS
FDEN140VNV
FDEN140VSV
FDUM71VNV
FDEN71VNV
8.0
20.0
68,300
17,200
10.0
25.0
85,400
21,500
FDU200V
FDU250V
FDC200VS
FDC250VS
FDU200VSV
FDU250VSV
*Not available in 60Hz
9
INDOOR UNIT
CEILING CASSETTE -4way-
FDT
A
R410A
CLASS
FDT 40/50/60/71/
100/125/140V
Wired remote control
Wireless remote control
RC-E3
RCH-E3
RCN-T-36W-E
(Option)
(Option)
(Option)
Outline drawing (Unit:mm)
Model FDT40,50,60,71V
Model 100,125,140V
Point
1 Arrangement of installation balance of indoor unit
Checking from access ports with
detachable covers at each corner,
arrangement of installation balance of
indoor unit can be available without
removing a panel. Workability is
improved and time of installation is
reduced.
10
For wireless control simply
insert the infrared receiver kit on
a corner of the
panel
wireless remote control
RCN-T-36W-E
SPECIFICATIONS
Point
2 Easy checking of
drain pan
Power source
Indoor unit
Drain can be discharged upwards by 700mm from
the ceiling surface. It allows a piping layout with a
high degree of freedom Depending on the installation
location and 260mm
Flexible hose
flexible hose as a
standard equipment
less than
supports easy
700mm
workability.
Type
Nominal cooling capacity
ISO-T1(JIS)
kW
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
kW
(Min~Max)
Cooling/Heating
Input
kW
Cooling/Heating
COP
Cooling/Heating
Energy label
Inrush current (Max. running current)
A
Indoor
1
*
dB(A)
Sound Ievel
Outdoor
Indoor
CMM
Air flow
Outdoor
Exterior dimensions Height x Width x Depth mm
Net weight
Unit+Panel
kg
Panel
Air filter, Q'ty
Remote control (Option)
Exterior dimensions Height x Width x Depth mm
Net weight
kg
Type of compressor
Ref.control
Ref.amount precharged
kg(m)
ø
Ref.piping size Liquid/Gas
Ref.piping length
m
Vertical height O/U is higher
m
difference
O/U is lower
m
Cooling
O/U
Operating
temperature range Heating
O/U
Outdoor unit
3 700mm Drain Pump
FDT50ZIXV
FDT50V
SRC50ZIX-S
FDT60ZIXV
FDT60V
SRC60ZIX-S
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
Range of
usage
Point
SPECIFICATIONS
FDT40ZIXV
FDT40V
SRC40ZIX-S
Power source
Easy checking of drain
pan condition is available
by removing corner lid
only. Due to new design
changing fan motor is
available without removing
a panel. Temporally
setting of drain pan is also
available.
Set model name
Indoor name
Outdoor name
The values are for simultaneous Multi operation.
Set model name
Indoor name
Outdoor name
4.0
(1.8~4.7)
4.5
(2.0~5.4)
0.93/1.15
4.30/3.91
A/A
5(12)
Inverter
5.0
(2.2~5.6)
5.4
(2.5~6.3)
1.29/1.29
3.88/4.19
A/A
5.6
(2.8~6.3)
6.7
(3.1~7.1)
1.57/1.85
3.57/3.62
A/A
5(14)
Hi:33 Me:31 Lo:30
47
48
Hi:18 Me:16 Lo:14
40
Unit:246x840x840 Panel:35x950x950
27.5(22+5.5)
29.5(24+5.5)
T-PSA-36W-E
Pocket Plastic net x 1 (Washable)
Wired:RC-E3, RCH-E3 Wireless:RCN-T-36W-E
640x800(+71)x290
43
Scroll
EEV
1.4(15)
6.35/12.7
30
20
20
-15~43*2
-15~20
The values are for simultaneous Multi operation.
FDT71VNV
FDT71V
FDC71VN
FDT100VNV
FDT100V
FDC100VN
FDT125VNV
FDT125V
FDC125VN
FDT140VNV
FDT140V
FDC140VN
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
FDT100VSV
FDT100V
FDC100VS
FDT125VSV
FDT125V
FDC125VS
FDT140VSV
FDT140V
FDC140VS
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Range of
usage
Outdoor unit
Indoor unit
Inverter
Type
10.0
7.1
12.5
14.0
10.0
12.5
14.0
Nominal cooling capacity
ISO-T1(JIS)
kW
(4.0~11.2)
(3.2~8.0)
(5.0~14.0)
(5.0~14.5)
(4.0~11.2)
(5.0~14.0)
(5.0~14.5)
(Min~Max)
11.2
8.0
14.0
16.0
11.2
14.0
16.0
Nominal heating capacity
kW
ISO-T1(JIS)
(4.0~12.5)
(3.6~9.0)
(4.0~16.0)
(4.0~16.5)
(4.0~12.5)
(4.0~16.0)
(4.0~16.5)
(Min~Max)
2.76/2.74
1.90/2.07
4.05/3.77
4.98/4.57
2.76/2.74
4.05/3.77
4.98/4.57
Cooling/Heating kW
Input
3.62/4.09
3.74/3.86
3.09/3.71
2.81/3.50
3.62/4.09
3.09/3.71
2.81/3.50
Cooling/Heating
COP
A/A
A/A
B/A
C/B
A/A
B/A
C/B
Cooling/Heating
Energy label
5(17)
Inrush current (Max. running current)
5(24)
5(15)
A
Hi:35 Me:33 Lo:31 Hi:40 Me:37 Lo:35 Hi:42 Me:40 Lo:37 Hi:43 Me:41 Lo:38 Hi:40 Me:37 Lo:35 Hi:42 Me:40 Lo:37 Hi:43 Me:41 Lo:38
1
Indoor
Sound Ievel*
dB(A)
48
49
Cooling:50 Heating:51
51
49
Cooling:50 Heating:51
51
Outdoor
Hi:21 Me:19 Lo:17 Hi:27 Me:24 Lo:20
Hi:30 Me:27 Lo:23
Hi:27 Me:24 Lo:20
Hi:30 Me:27 Lo:23
Indoor
Air flow
CMM
Cooling:60 Heating:50
Cooling:75 Heating:73
Cooling:75 Heating:73
Outdoor
Unit:246x840x840
Unit:298x840x840 Panel:35x950x950
Exterior dimensions Height x Width x Depth mm
Panel:35x950x950
29.5 (24+5.5)
32.5 (27+5.5)
Net weight
kg
Unit+Panel
Panel
T-PSA-36W-E
Air filter, Q'ty
Pocket Plastic net x 1 (Washable)
Remote control (Option)
Wired:RC-E3, RCH-E3 Wireless:RCN-T-36W-E
845x970x370
Exterior dimensions Height x Width x Depth mm 750x880(+88)x340
60
74
Net weight
kg
Type of compressor
Rotary
Ref.control
EEV
3.8(30)
Ref.amount precharged
2.95(30)
kg(m)
ø
Ref.piping size Liquid/Gas
9.52/15.88
Ref.piping length
50
m
Vertical height O/U is higher
30
m
difference
15
m
O/U is lower
-15~43*2
O/U
Cooling
Operating
temperature range Heating
-20~20
O/U
-10~20
The data are measured under the following conditions(ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB. Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
*1 : Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*2 : If a cooling operation is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
wind. If wind blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
11
INDOOR UNIT
A
CEILING CASSETTE -4way Compact (600 X 600mm)-
FDTC
R410A
CLASS
Fits into standard
600 x 600 ceiling
NEW
FDTC 40/50/60VB
Wired remote control
Point
Wireless remote control
RC-E3
RCH-E3
RCN-TC-24W-ER
(Option)
(Option)
(Option)
Point
1 Quiet operation
2 “CLEARER”Air Flow
(Sound level in the Lo mode)
3dB
Down
(dB)
36
35dB
35
New shape & angled louver redirects the air
current away from the ceiling, to reduce
ceiling stains
34
33
32dB
32
31
30dB
30
29
Point
5dB
Down
28
27
3 Installation Workability
For wireless control simply insert the
infrared receiver kit on a corner of the
panel
26
25
Current
(Cooling/Heating)
New
(Cooling)
New
(Heating)
wireless
remote control
FDTC40/50/60VB
Point
4 Compact Concept
The industry's lowest level 248mm height.
248
Panel size (700x700) is suitable for 600x600 ceiling
panel. All indoor unit size is (WxD: 570x570). It brings
easy installation for 600x600 ceiling panel.
Ultra slim design at just 248mm
above the ceiling
12
RCN-TC-24W-ER
Point
5 Comfortable and Convenient
• All units are 18.5kg, light
weight unit.
• Thanks to width and depth
of exterior dimensions of a
indoor unit are 570mm
each, the installation work
can be conducted smoothly
with a beautiful finishing in
2x2 ceiling size.
• 600mm Drain Pump is mounted.
Drain can be discharged upward by 600 mm
from the ceiling surface close to the indoor unit.
It allows a piping layout with a high degree of
freedom depending on the installation location.
Flexible hose
600mm
Outline drawing (Unit:mm)
SPECIFICATIONS
The values are for simultaneous Multi operation.
Set model name
Indoor name
Outdoor name
FDTC40ZIXVB
FDTC40VB
SRC40ZIX-S
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
(Min~Max)
Cooling/Heating
Input
Cooling/Heating
COP
Cooling/Heating
Energy label
Inrush current (Max. running current)
Sound Ievel*1
Indoor
kW
kW
kW
Indoor
dB(A)
CMM
Outdoor
Exterior dimensions Height x Width x Depth mm
kg
Unit+Panel
Net weight
Panel
Air filter, Q'ty
Remote control(option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Type of compressor
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
Indoor unit
Outdoor unit
Range of
usage
Inverter
5.0
(2.2~5.6)
5.4
(2.5~6.3)
1.56/1.45
3.21/3.72
4.0
(1.8~4.7)
4.5
(2.0~5.4)
1.04/1.10
3.85/4.09
5.6
(2.8~6.3)
6.7
(3.1~6.7)
1.99/2.08
2.81/3.22
C/C
A/A
A
Outdoor
Air flow
FDTC60ZIXVB
FDTC60VB
SRC60ZIX-S
FDTC50ZIXVB
FDTC50VB
SRC50ZIX-S
5(12)
5(14)
Cooling Hi:42 Me:36 Lo:30
Heating Hi:42 Me:36 Lo:32
47
Cooling Hi:11.5 Me:9 Lo:7
Heating Hi:11.5 Me:9 Lo:8
Cooling Hi:46 Me:39 Lo:30
Heating Hi:46 Me:39 Lo:32
48
Cooling Hi:13.5 Me:10 Lo:7
Heating Hi:13.5 Me:10 Lo:8
40
Unit:248x570x570 Panel:35x700x700
18.5 (15+3.5)
TC-PSA-25W-E
Pocket Plastic net x1 (Washable)
Wired:RC-E3, RCH-E3 Wireless:RCN-TC-24W-ER
640x800(+71)x290
43
Scroll
EEV
1.4(15)
6.35/12.7
30
20
20
-15~43*2
-15~20
The data are measured under the following conditions(ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB. Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*21 :: IfIndicates
* a cooling operation is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
wind. If wind blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
13
INDOOR UNIT
A
DUCT CONNECTED -High Static pressure-
FDU
Wired
remote control
CLASS
R410A
Fan control kit
(100~200Pa)
Wireless
remote control
FDU71/100/125/140V
U-FCRA
RC-E3
RCH-E3
RCN-KIT3-E
(Option)
(Option)
(Option)
[For 200/250V]
(option)
FDU200/250V
Outline drawing (Unit:mm)
FDU71V
FDU100,125,140V
FDU200,250V
Point
1 Enhanced installation workability
Quiet, Lightweight and Compact
With the FDU71, the noise level is only 37dB (low),
weight is only 40kg and height is only 297mm.
In addition 600mm Drain Pump is mounted in
FDU71/100/125/140V.
The indoor unit is completely
Height
hidden in the ceiling, so this
297mm
is suitable for spaces with
classy interior decoration.
14
Point
2 Adaptability to higher static pressures
High static pressure of 200 Pa (FDU200/250V) extends
the degree of freedom in the designing of air conditioners.
This is a real and earnest
model for duct air-conditioning.
A unit external static pressure
of up to 200 Pa (FDU200/250V)
is possible. Precise air flow
designing is possible.
Control box
Slide type fan system
Thin type duct connection opening
Fan motor
High static pressure silent fan
SPECIFICATIONS
The values are for simultaneous Multi operation.
FDU71VNV
FDU71V
FDC71VN
Set model name
Indoor name
Outdoor name
*
FDU100VNV
FDU100V
FDC100VN
*
FDU125VNV
FDU125V
FDC125VN
*
Range of
usage
Outdoor unit
Indoor unit
Type
Nominal cooling capacity
7.1
ISO-T1(JIS)
kW
(3.2~8.0)
(Min~Max)
8.0
Nominal heating capacity
ISO-T1(JIS)
kW
(3.6~9.0)
(Min~Max)
Cooling/Heating
Input
kW
2.08/2.21
Cooling/Heating
COP
3.41/3.62
Cooling/Heating
Energy label
A/A
Inrush current (Max. running current)
A
5(17)
Indoor
1
Hi:41 Lo:37
dB(A)
Sound Ievel*
Outdoor
48
Indoor
Hi:25 Lo:20
CMM
Air flow
Outdoor
Cooling:60 Heating:50
Pa
Static pressure
Exterior dimensions Height x Width x Depth mm
297x850x650
kg
Net weight
40
Air filter, Q'ty
Remote control (Option)
Exterior dimensions Height x Width x Depth mm 750x880(+88)x340
kg
Net weight
60
Type of compressor
Ref.control
kg(m)
Ref.amount precharged
2.95(30)
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
-10~20
SPECIFICATIONS
*
10.0
(4.0~11.2)
11.2
(4.0~12.5)
2.88/2.99
3.47/3.75
A/A
5(25)
Hi:42 Lo:37
49
Hi:34 Lo:27
12.5
(5.0~14.0)
14.0
(4.0~16.0)
*Not available in 60Hz
FDU125VSV
FDU125V
FDC125VS
*
*FDU140VSV
FDU140V
FDC140VS
3Phase 380-415V 50Hz
Inverter
14.0
(5.0~14.5)
16.0
(4.0~16.5)
10.0
(4.0~11.2)
11.2
(4.0~12.5)
12.5
(5.0~14.0)
14.0
(4.0~16.0)
14.0
(5.0~14.5)
16.0
(4.0~16.5)
2.88/2.99
4.04/3.79
4.95/4.43
4.95/4.43
4.04/3.79
3.47/3.75
3.09/3.69
2.83/3.61
2.83/3.61
3.09/3.69
A/A
B/A
C/A
C/A
B/A
5(16)
5(18)
5(19)
5(28)
5(27)
Hi:42 Lo:37
Hi:43 Lo:38
Hi:43 Lo:38
51
Cooling:50 Heating:51
Cooling:50 Heating:51
51
49
Hi:34 Lo:27
Hi:42 Lo:33.5
Hi:42 Lo:33.5
Cooling:75 Heating:73
Cooling:75 Heating:73
Standard:50, Max:130
350x1,370x650
63
Procure locally
Wired:RC-E3, RCH-E3 Wireless:RCN-KIT3-E
845x970x370
74
Rotary
EEV
3.8(30)
9.52/15.88
50
30
15
-15~43*2
-20~20
The values are for simultaneous Multi operation.
Set model name
Indoor name
Outdoor name
FDU200VSV
FDU200V
FDC200VS
FDU250VSV
FDU250V
FDC250VS
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
(Min~Max)
Input
Cooling/Heating
COP
Cooling/Heating
Inverter
kW
kW
kW
25.0
(10.0~28.0)
28.0
(9.5~31.5)
50Hz: 9.91/8.50
60Hz:10.21/8.22
50Hz:2.52/3.29
60Hz:2.45/3.41
50Hz:E/C 60Hz:E/B
5(27)
52
Cooling:57 Heating:58
50Hz:68, 60Hz:80
20.0
(7.0~22.4)
22.4
(7.6~25.0)
50Hz:6.59/6.08
60Hz:6.58/5.84
50Hz:3.03/3.68
60Hz:3.04/3.84
B/A
5(24)
51
57
50Hz:51, 60Hz:60
Cooling:150 Heating:145
Standard:100, Max:200
360x1,570x830
92
Procure locally
Wired:RC-E3, RCH-E3 Wireless:RCN-KIT3-E
Indoor unit
Cooling/Heating
Energy label
A
Inrush current (Max. running current)
Indoor
1
*
dB(A)
Sound Ievel
Outdoor
Indoor
CMM
Air flow
Outdoor
Pa
Static pressure
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Air filter, Q'ty
Remote control (Option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Type of compressor
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
Outdoor unit
*
FDU100VSV
FDU100V
FDC100VS
1Phase 220-240V 50Hz
Power source
Range of
usage
FDU140VNV
FDU140V
FDC140VN
1,505x970x370
140
1,300x970x370
122
Scroll
EEV
7.2(30)
12.7/22.22
5.4(30)
9.52/22.22
70
30
15
-15~43 *2
-20~20
The data are measured under the following conditions(ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB. Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*21 :: IfIndicates
* a cooling operation is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
wind. If wind blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
15
INDOOR UNIT
DUCT CONNECTED -Middle Static pressure-
FDUM
UM-FL1E : for 50
UM-FL2E : for 60, 71
UM-FL3E : for 100,125,140
1 Various Adaptability
16
RC-E3
RCH-E3
(Option)
(Option)
Wireless
remote control
RCN-KIT3-E
(Option)
2 600mm Drain Pump
(50/60Hz)
model
Standard
Max
50V
50/40
85/90
60/71V
50/40
85/100
100V
60/60
90/100
125/140V
60/55
85/100
Drain can be discharged
upwards by 600mm from the
ceiling surface. It allows a
piping layout with a high
degree of freedom
Depending on the
installation location.
Outline drawing(Unit:mm)
Model FDUM50V
Wired
remote control
Point
Point
Static pressure Pa
R410A
FDUM 50/60/71/
100/125/140V
Filter kit (option)
Selectable static
pressure and Flexible
duct design with
selectable air suction
(direct suction /duct
suction) can meet wide
pattern of installation.
A
CLASS
Models FDUM60V,71V
Flexible hose
less than
600mm
SPECIFICATIONS
Outline drawing(Unit:mm)
The values are for simultaneous Multi operation.
Set model name
Indoor name
Outdoor name
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
kW
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
kW
(Min~Max)
Cooling/Heating
Input
kW
Cooling/Heating
COP
Cooling/Heating
Energy label
Inrush current (Max. running current)
A
Indoor
1
*
Sound Ievel
dB(A)
Outdoor
Indoor
Air flow
CMM
Outdoor
50Hz
Static pressure
Pa
60Hz
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Air filter, Q'ty
Remote control (Option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Type of compressor
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
Range of
usage
Outdoor unit
Indoor unit
Models FDUM100V,125V,140V
SPECIFICATIONS
5.4
(2.5~6.3)
6.7
(3.1~7.1)
8.0
(3.6~9.0)
2.08/2.21
3.41/3.62
A/A
5(14)
5(17)
Hi:34 Me:31 Lo:28
Hi:35 Me:32 Lo:29
48
47
Hi:14 Me:12 Lo:11 Hi:18 Me:16 Lo:14 Hi:20 Me:18 Lo:15
40
Cooling:60 Heating:50
Standard:50, Max:85
Standard:40, Max:90
299x950x635
299x750x635
40
34
Procure locally
Wired:RC-E3, RCH-E3 Wireless:RCN-KIT3-E
640x800(+71)x290
750x880(+88)x340
43
60
Scroll
Rotary
EEV
1.4(15)
2.95(30)
6.35/12.7
9.52/15.88
30
50
20
30
20
15
-15~43*2
-15~20
-10~20
1.52/1.41
3.29/3.83
A/A
1.86/1.96
3.01/3.42
B/B
The values are for simultaneous Multi operation.
Set model name
Indoor name
Outdoor name
FDUM100VNV
FDUM100V
FDC100VN
FDUM125VNV
FDUM125V
FDC125VN
FDUM140VNV
FDUM140V
FDC140VN
FDUM100VSV
FDUM100V
FDC100VS
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
(Min~Max)
FDUM50ZIXV
FDUM60ZIXV
FDUM71VNV
FDUM50V
FDUM60V
FDUM71V
SRC50ZIX-S
SRC60ZIX-S
FDC71VN
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
Inverter
7.1
5.6
5.0
(3.2~8.0)
(2.8~6.3)
(2.2~5.6)
FDUM125VSV
FDUM125V
FDC125VS
FDUM140VSV
FDUM140V
FDC140VS
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Inverter
14.0
12.5
10.0
12.5
14.0
(5.0~14.5)
(5.0~14.0)
(4.0~11.2)
(5.0~14.0)
(5.0~14.5)
16.0
14.0
11.2
14.0
16.0
kW
(4.0~16.5)
(4.0~16.0)
(4.0~12.5)
(4.0~16.0)
(4.0~16.5)
50Hz:4.95/4.89
50Hz:4.03/3.80
50Hz:2.80/2.77
50Hz:4.03/3.80
50Hz:4.95/4.89
kW
Cooling/Heating
Input
60Hz:4.95/4.91
60Hz:4.03/3.85
60Hz:2.80/2.80
60Hz:4.03/3.85
60Hz:4.95/4.91
50Hz:2.83/3.27
50Hz:3.10/3.68
50Hz:3.57/4.04
50Hz:3.10/3.68
50Hz:2.83/3.27
Cooling/Heating
COP
60Hz:2.83/3.26
60Hz:3.10/3.64
60Hz:3.57/4.00
60Hz:3.10/3.64
60Hz:2.83/3.26
C/C
B/A
Cooling/Heating
Energy label
A/A
B/A
C/C
5(24)
A
5(15)
Inrush current (Max. running current)
Hi:38 Me:36 Lo:33
Hi:38 Me:36 Lo:33
Hi:37 Me:35 Lo:32
Indoor
Hi:37 Me:35 Lo:32
1
dB(A)
Sound Ievel*
51
Cooling:50 Heating:51
49
Outdoor
51
Cooling:50 Heating:51
49
Hi:34 Me:31 Lo:27
Hi:34 Me:31 Lo:27
Hi:28 Me:25 Lo:22
Indoor
Hi:28 Me:25 Lo:22
CMM
Air flow
Cooling:75 Heating:73
Outdoor
Cooling:75 Heating:73
Standard:60, Max:85
Standard:60, Max:85
Standard:60, Max:90
50Hz
Standard:60, Max:90
Pa
Static pressure
Standard:55, Max:100
Standard:55, Max:100
Standard:60, Max:100
60Hz
Standard:60, Max:100
350x1,370x635
Exterior dimensions Height x Width x Depth mm
kg
59
Net weight
Procure locally
Air filter, Q'ty
Wired:RC-E3, RCH-E3 Wireless:RCN-KIT3-E
Remote control (Option)
845x970x370
Exterior dimensions Height x Width x Depth mm
kg
74
Net weight
Rotary
Type of compressor
EEV
Ref.control
kg(m)
3.8(30)
Ref.amount precharged
ø
9.52/15.88
Ref.piping size Liquid/Gas
m
50
Ref.piping length
m
30
Vertical height O/U is higher
m
O/U is lower
15
difference
O/U
Cooling
-15~43*2
Operating
temperature range Heating
O/U
-20~20
10.0
(4.0~11.2)
11.2
(4.0~12.5)
50Hz:2.80/2.77
60Hz:2.80/2.80
50Hz:3.57/4.04
60Hz:3.57/4.00
A/A
Range of Outdoor unit
usage
Indoor unit
kW
The data are measured under the following conditions (ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB. Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
*1 : Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*2 : If a cooling operation is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
wind. If wind blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
17
INDOOR UNIT
CEILING SUSPENDED
A
FDEN
R410A
CLASS
FDEN 40/50/60/71/100/125/140V
Wired remote control
Wireless remote control
RC-E3
RCH-E3
RCN-E1R
(Option)
(Option)
(Option)
Outline drawing (Unit:mm)
290(Suspension bolts pitch)
24
b
40
52
68
Liquid piping
100
or more
Gas piping
e
d
173
5
135
Space for installation and service
Holes for suspension bolts
(M8 to M10X 4pcs.Not included)
410
145
300 or more
a (Suspension bolts pitch)
150
or more
5
or more
40
53
109
24
c
690
Air outlet
195
235
Obstacles
Drain hole
connection(1)
(VP20 (I.D.20))
271
Drain hole
connection(1)
(VP20(I.D.20))
76
10
53
Note(1) The slope of drain piping
inside the unit is able
to take incline of 10mm.
308
Indication board
Dimension Table
model
Gas piping
Air inlet grille
Drain hole
connection(1)
(VP20(I.D.20))
75 Liquid piping
110
135
Point
1 Improved installation workability
a
b
c
d
e
FDEN40,50
1022
990
1070
215
210
FDEN60,71
1272
1240
1320
215
210
FDEN100~140
1572
1540
1620
255
250
Point
2 Compact and modern design
Increased freedom of a piping layout
Up
Right
Height
210mm
Rear
The refrigerant pipe from the unit can be arranged in three directions,
rear, right and up. The drain pipe can be arranged in two directions, left
and right. This will allow a free layout of piping for various installation
conditions. The unit can only be serviced from the bottom.
18
All models fit compactly on ceiling. (Height-210mm or 250mm).
Plain, modern design featuring rounded edges gives room a
comfortable atmosphere.
FDEN40V, 50V weights 30kg the lightest level in the industry.
Convenient and quick installation.
SPECIFICATIONS
Point
3 New design --Drastic-reduction of noise level
Reviewing sirocco fan
(diameter and wide) enables
drastic reduction of noise
level.
Sound pressure level:dB(A)
dB(A)
50
45
40
New model
Former model
39 38
38 37
37
Lo-mode
44 43
43
39 38
43
39
Set model name
Indoor name
Outdoor name
FDEN40ZIXV
FDEN40V
SRC40ZIX-S
25
20
1.5
2.0
2.5
3.0
4.0
5.0
6.0
HP
Point
Type
Nominal cooling capacity
ISO-T1(JIS)
kW
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
kW
(Min~Max)
Cooling/Heating
kW
Input
Cooling/Heating
COP
Cooling/Heating
Energy label
A
Inrush current (Max. running current)
Indoor
1
*
dB(A)
Sound Ievel
Outdoor
Indoor
Air flow
CMM
Outdoor
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Air filter, Q'ty
Remote control (Option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Type of compressor
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
m
O/U is lower
difference
O/U
Cooling
Operating
temperature range Heating
O/U
Inverter
5.6
5.0
4.0
(2.8~6.3)
(2.2~5.6)
(1.8~4.7)
6.7
5.4
4.5
(3.1~7.1)
(2.5~6.3)
(2.0~5.4)
1.95/2.12
1.59/1.58
1.04/1.13
2.87/3.16
3.14/3.42
3.85/3.98
C/D
B/B
A/A
5(14)
5(12)
Hi:41 Me:39 Lo:38
Hi:39 Me:38 Lo:37
48
47
Hi:18 Me:14 Lo:12
Hi:11 Me:9 Lo:7
40
210x1,320x690
210x1,070x690
36
30
Pocket Plastic net x2 (Washable)
Wired:RC-E3, RCH-E3 Wireless:RCN-E1R
640x800(+71)x290
43
Scroll
EEV
1.4(15)
6.35/12.7
30
20
20
-15~43*2
-15~20
Selection of louver
position is possible.
Louvers can be set at
different angles.
Range of
usage
4 Flap control system
Upper
position
Movable
range
FDEN60ZIXV
FDEN60V
SRC60ZIX-S
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
Outdoor unit
30
FDEN50ZIXV
FDEN50V
SRC50ZIX-S
Power source
Indoor unit
35
The values are for simultaneous Multi operation.
Lower
position
SPECIFICATIONS
Set model name
Indoor name
Outdoor name
Power source
The values are for simultaneous Multi operation.
FDEN71VNV
FDEN71V
FDC71VN
FDEN100VNV
FDEN100V
FDC100VN
FDEN125VNV
FDEN125V
FDC125VN
FDEN140VNV
FDEN140V
FDC140VN
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
FDEN100VSV
FDEN100V
FDC100VS
FDEN125VSV
FDEN125V
FDC125VS
FDEN140VSV
FDEN140V
FDC140VS
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Range of
usage
Outdoor unit
Indoor unit
Inverter
Type
14.0
12.5
10.0
7.1
10.0
12.5
14.0
Nominal cooling capacity
ISO-T1(JIS)
kW
(5.0~14.5)
(4.0~11.2)
(4.0~11.2)
(3.2~8.0)
(5.0~14.0)
(5.0~14.5)
(5.0~14.0)
(Min~Max)
16.0
14.0
11.2
11.2
8.0
14.0
16.0
Nominal heating capacity
ISO-T1(JIS)
kW
(4.0~16.5)
(4.0~16.0)
(4.0~12.5)
(4.0~12.5)
(3.6~9.0)
(4.0~16.0)
(4.0~16.5)
(Min~Max)
4.98/4.69
2.85/2.97
4.10/3.65
2.85/2.97
2.01/2.21
4.10/3.65
4.98/4.69
Cooling/Heating
kW
Input
3.51/3.77
2.81/3.41
3.05/3.84
3.51/3.77
3.53/3.62
3.05/3.84
2.81/3.41
Cooling/Heating
COP
A/A
C/B
B/A
A/A
A/A
B/A
C/B
Cooling/Heating
Energy label
5(24)
5(17)
5(15)
A
Inrush current (Max. running current)
Hi:46 Me:44 Lo:43
Hi:44 Me:41 Lo:39
Hi:46 Me:44 Lo:43
Hi:41 Me:39 Lo:38 Hi:44 Me:41 Lo:39
Indoor
1
dB(A)
Sound Ievel*
49
51
Cooling:50 Heating:51
49
48
51
Cooling:50 Heating:51
Outdoor
Hi:29 Me:26 Lo:23
Hi:26 Me:23 Lo:21
Hi:29 Me:26 Lo:23
Hi:18 Me:14 Lo:12 Hi:26 Me:23 Lo:21
Indoor
Air flow
CMM
Cooling:75 Heating:73
Cooling:60 Heating:50
Cooling:75 Heating:73
Outdoor
250x1,620x690
210x1,320x690
Exterior dimensions Height x Width x Depth mm
46
36
kg
Net weight
Pocket Plastic net x2 (Washable)
Air filter, Q'ty
Wired:RC-E3, RCH-E3 Wireless:RCN-E1R
Remote control (Option)
845x970x370
Exterior dimensions Height x Width x Depth mm 750x880(+88)x340
74
60
kg
Net weight
Rotary
Type of compressor
EEV
Ref.control
3.8(30)
2.95(30)
kg(m)
Ref.amount precharged
ø
9.52/15.88
Ref.piping size Liquid/Gas
50
m
Ref.piping length
30
m
Vertical height O/U is higher
15
O/U is lower
m
difference
Cooling
O/U
-15~43*2
Operating
temperature range Heating
-20~20
-10~20
O/U
The data are measured under the following conditions(ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB.
Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
*1 : Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*2 : If a cooling operation is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
wind. If wind blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
19
MULTI SYSTEM
Up to Four indoor units can be connected
to a single outdoor unit and simultaneously
operated with a single remote control.
Twin / Triple / Double Twin Multi System
By referring to the following table for applicable indoor units,
select the same models and capacities.
Applicable indoor units
Capacity
Model
4way
40
50
60
71
100
125
FDT
4way compact (600 x 600mm)
FDTC
Low/Middle Static pressure
FDUM
Ceiling Suspended
FDE
Wall Mounted NEW
SRK
Only used with outdoor units of Multi System
Combination of indoor units
Outdoor Unit
FDC71VNV
FDC100VNV
FDC100VSV
FDC125VNV
FDC125VSV
FDC140VNV
FDC140VSV
FDC200VSV
FDC250VSV
40 + 40
50 + 50
60 + 60
71 + 71
100 + 100
125 + 125
50 + 50 + 50
71 + 71 + 71
Twin
Triple
Double Twin*
50+50+50+50 60+60+60+60
FDT, FDTC and FDE models can be used in double twin system.
*
Decision of piping specification
Twin type
(Example)
Item
Models FDC71~140 [Branch pipe set : DIS-WA1]
Model
FDC71
FDC100
FDC125
FDC140
Indoor unit
Gas line
4
3
2
1
L
Liquid line
3
Gas pipe
Symbol
Liquid pipe
Reducer
180
48
11
ID15.88
2
Symbol
210
ø6.35
flared nut
ID9.52
50
8
ID9.52
Reducer
Symbol
ID12.7
10
OD15.88
3
Floor
Mount
sections
level with the floor.
Floor
Mount
sections
perpendicular to the floor.
3-Way Branch
4
80
105
Notes (1) Symbol 1 to 4 in the drawing shows the symbols of branch piping parts in the chart respectively.
(2) Branch piping should always be arranged to have level or perpendicular position.
20
2-Way Branch
ø15.88Xt1.0
Symbol
8
The branch piping (both gas and liquid lines)
should always be arranged to have a level
or perpendicular position.
ø12.7Xt 0.8
ø9.52 Xt 0.8 ø9.52 Xt 0.8 ø15.88Xt1.0
ID9.52
1
24
Gas pipe
Main pipe Branch pipe
ID9.52
ID15.88
ID15.88
11
Liquid pipe
Main pipe Branch pipe
Notes (1) When 40-60 models of indoor units are applied to this combination, the
reducer 3 supplied with the branch piping set should be used in order to
reduce the liquid piping size from ø9.52mm to ø6.35mm at indoor unit side
(flare connection). Accordingly be sure to select the liquid piping size
ø9.52mm from branch to indoor unit.
(2) The reducer 4 is for FDC71 and 100 models only.
4
Chart of shapes of
branch piping parts
(DIS-WA1)
Indoor unit
combinations
40+40
50+50
60+60
71+71
8
Outdoor unit
Diagrams below show the application as samples. For further information, refer to TECHNICAL MANUAL.
2 piece
2 piece
Floor
Floor
Ideal for the installation in large area and L-shaped rooms, the V
Multi System has an extensive degree of flexibility in the selection
of indoor units. Specifically, the selection of indoor units with
different capacities in different types can be made.
V Multi System
Different models and capacities
can be selected.
Applicable indoor units
Capacity
Model
40
50
60
71
100
125
4way
FDT
Ceiling Suspended
FDE
Combination of indoor units
Outdoor Unit
FDC71VNV
FDC100VNV
FDC100VSV
FDC125VNV
FDC125VSV
FDC140VNV
FDC140VSV
FDC200VSV
FDC250VSV
40 + 40
50 + 50
60 + 60
50 + 71
71 + 71
100 + 100
71 + 125
125 + 125
50 + 50 + 50
71 + 71 + 71
60 + 60 + 125
71 + 71 + 100
Twin
Triple
Double Twin
50+50+50+50 60+60+60+60
Triple type
The indoor_outdoor piping length differences among indoor units are less than 3m.
Model FDC140 [Branch pipe set : DIS-TA1]
(Example)
Indoor unit
Item
Model
3
Outdoor unit
50+50+50
ø9.52 Xt 0.8
ø9.52 Xt 0.8
ø15.88 Xt 1.0
ø12.7Xt0.8
Notes (1) The reducer 3 supplied with the branch piping set should be used in order to reduce the liquid piping size
from ø9.52mm to ø6.35mm at indoor unit side (flare connection). Accordingly be sure to select the liquid piping
size ø9.52mm from branch to indoor unit.
Gas line
Floor
FDC140
Gas pipe
Main pipe
Branch pipe
Liquid pipe
Main pipe
Branch pipe
Indoor unit
combinations
1
L
ID15.88
Liquid pipe
0
Symbol
ID9.52
1
8
10
300
Reducer
Symbol
ID9.52x3
14°
10
30
Symbol
ID12.7x3
30
80 80
100
100
Chart of shapes of
branch piping parts
(DIS-TA1)
3
Floor
Gas pipe
3
10
2
Liquid line
8
2
ø6.35
flared
nut
ID9.52
3
50
8
105
237
Notes (1) Symbol 1 to 3 in the drawing shows the symbols of branch piping parts in the chart respectively.
(2) Branch piping should always be arranged to have level or perpendicular position.
21
MULTI [ INDOOR UNIT ]
WALL MOUNTED
SRK
A
CLASS
R410A
Only used with outdoor units of TWIN, TRIPLE MULTI System.
NEW
SRK 50/60ZIX-S
Wired remote control
RC-E3
RCH-E3
(Option)
(Option)
Outline drawing (Unit:mm)
60
21
61.5
60
46.5
Piping hole
right
61.5
(right, left)61.5
26
9
3.1
309
881.9
3
46.5
220
890
Terminal block
122.1
Point
1 Jet Air Scroll
We used the same aerodynamic
analysis technology as used in
developing jet engines.
CFD (computational fluid dynamics), used in blade
shape design of jet engines, has been applied to
the design of air channels in air conditioners to
develop the ideal air channel system (air circulation).
The airflow of the jets created in this system enable
a large volume of air to be blown with minimum
power consumption, yet the air flow is uniform,
quiet and reaches points a long distance from the
blower.
Fast
Slow
Colors in the figure show the air speed.
22
Point
Point
2 Long Reach Air Flow
3 Flap control system
Selection of louver position is possible. Louvers can be
set at different angles.
Powerful airflow is realized by Jet
technology.
Good for large living rooms and
shops.
Increase your comfort.
Upper
position
SRK50/60ZIX-S
(in cooling operation)
15m
Movable
range
Lower
position
Max four indoor units are connectable.
SC-BIKN-E
SC-BIKN-E
SC-BIKN-E
RC-E3
SPECIFICATIONS
The values are for simultaneous Multi operation.
Set model name
Range of Outdoor unit
usage
Indoor unit
Indoor name
Outdoor name
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
kW
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
kW
(Min~Max)
kW
Cooling/Heating
Input
Cooling/Heating
COP
Cooling/Heating
Energy label
A
Inrush current (Max. running current)
2 Cooling
*
Indoor
Heating dB(A)
Sound Ievel*1
Outdoor
Cooling
Indoor*2
Heating CMM
Air flow
Outdoor
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Air filter, Q'ty
Remote control (Option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
m
O/U is lower
difference
O/U
Cooling
Operating
temperature range Heating
O/U
SRK100VNPZIX
SRK125VNPZIX
Twin
SRK140VNTZIX
SRK100VSPZIX
Triple
SRK125VSPZIX
Twin
SRK140VSTZIX
Triple
SRK50ZIX-S
SRK60ZIX-S
SRK50ZIX-S
FDC100VS
FDC125VS
FDC140VS
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
SRK50ZIX-S
SRK60ZIX-S
SRK50ZIX-S
FDC140VN
FDC125VN
FDC100VN
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
Inverter
12.5
(5.0~14.0)
14.0
(4.0~16.0)
4.25/4.29
2.94/3.26
C/C
5 (24)
Hi:45 Me:38 Lo:26 Hi:47 Me:38 Lo:26
Hi:45 Me:38 Lo:32 Hi:45 Me:39 Lo:33
Cooling:50,Heating:51
49
Hi:13.5 Me:11 Lo:8 Hi:14.5 Me:12.5 Lo:8.5
Hi:16.5 Me:14.5 Lo:10.5 Hi:17 Me:15 Lo:11
10.0
(4.0~11.2)
11.2
(4.0~12.5)
2.72/2.86
3.68/3.92
A/A
14.0
(5.0~14.5)
16.0
(4.0~16.5)
4.53/4.05
3.09/3.95
B/A
10.0
(4.0~11.2)
11.2
(4.0~12.5)
2.72/2.86
3.68/3.92
A/A
12.5
(5.0~14.0)
14.0
(4.0~16.0)
4.25/4.29
2.94/3.26
C/C
5 (15)
Hi:45 Me:38 Lo:26 Hi:45 Me:38 Lo:26 Hi:47 Me:38 Lo:26
Hi:45 Me:38 Lo:32 Hi:45 Me:38 Lo:32 Hi:45 Me:39 Lo:33
49
51
Cooling:50,Heating:51
Hi:13.5 Me:11 Lo:8 Hi:13.5 Me:11 Lo:8 Hi:14.5 Me:12.5 Lo:8.5
Hi:16.5 Me:14.5 Lo:10.5 Hi:16.5 Me:14.5 Lo:10.5 Hi:17 Me:15 Lo:11
Cooling:75,Heating:73
309x890x220
15
Polypropylene net x 2 (Washable)
Wired:RC-E3, RCH-E3 & Interface kit:SC-BIKN-E
845x970x370
74
EEV
3.8(30m)
9.52/15.88
50
30
15
-15~43*3
-20~20
14.0
(5.0~14.5)
16.0
(4.0~16.5)
4.53/4.05
3.09/3.95
B/A
Hi:45 Me:38 Lo:26
Hi:45 Me:38 Lo:32
51
Hi:13.5 Me:11 Lo:8
Hi:16.5 Me:14.5 Lo:10.5
The data are measured under the following conditions (ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB.
Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
*1 : Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*2 : The values are for one indoor unit operation.
*3 : If a cooling operation is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
wind. If wind blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
23
MULTI [ INDOOR UNIT ]
CEILING CASSETTE -4way-
FDT 40/50/60/
71/100/125V
FDT
A
Indoor unit
Range of Outdoor unit
usage
RCH-E3
RCN-T-36W-E
(Option)
(Option)
(Option)
FDT100VNPV FDT125VNPV FDT140VNPV FDT140VNTV FDT100VSPV FDT125VSPV FDT140VSPV
Twin
Triple
Twin
FDT50V
FDT50V
FDT60V
FDT71V
FDT50V
FDT60V
FDT71V
FDT40V
FDC140VN
FDC100VS
FDC125VS
FDC140VS
FDC100VN
FDC125VN
FDC140VN
FDC71VN
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Inverter
14.0
10.0
14.0
12.5
10.0
12.5
14.0
7.1
(5.0~14.5)
(5.0~14.5)
(4.0~11.2)
(5.0~14.0)
(4.0~11.2)
(5.0~14.0)
(5.0~14.5)
(3.2~8.0)
11.2
14.0
16.0
16.0
11.2
14.0
16.0
8.0
(4.0~16.5)
(4.0~16.5)
(4.0~12.5)
(4.0~16.0)
(4.0~12.5)
(4.0~16.0)
(4.0~16.5)
(3.6~9.0)
4.51/4.58
4.65/4.63
2.94/3.09
3.95/3.70
2.94/3.09
3.95/3.70
4.51/4.58
1.85/1.99
3.10/3.49
3.01/3.46
3.40/3.62
3.16/3.78
3.40/3.62
3.16/3.78
3.10/3.49
3.84/4.02
B/B
B/B
A/A
B/A
A/A
B/A
B/B
A/A
5(15)
5(24)
5(17)
Hi:35 Me:33 Lo:31 Hi:33 Me:31 Lo:30
Hi:33 Me:31 Lo:30
Hi:35 Me:33 Lo:31
Hi:33 Me:31 Lo:30
Cooling:50 Heating:51
51
51
49
Cooling:50 Heating:51
51
49
48
Hi:21 Me:19 Lo:17 Hi:18 Me:16 Lo:14
Hi:18 Me:16 Lo:14
Hi:21 Me:19 Lo:17
Hi:18 Me:16 Lo:14
Cooling:75 Heating:73
Cooling:60 Heating:50
Unit:246x840x840 Panel:35x950x950
27.5(22+5.5)
29.5(24+5.5)
27.5(22+5.5)
29.5(24+5.5)
T-PSA-36W-E
Pocket Plastic net x1 (Washable)
Wired:RC-E3, RCH-E3 Wireless:RCN-T-36W-E
750x880(+88)x340
845x970x370
60
74
EEV
2.95(30)
3.8(30)
9.52/15.88
50
30
15
-15~43*3
-10~20
-20~20
FDT71VNPV
Indoor name
Outdoor name
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
kW
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
kW
(Min~Max)
Input
Cooling/Heating
kW
COP
Cooling/Heating
Energy label
Cooling/Heating
Inrush current (Max. running current)
A
Indoor*2
Sound Ievel*1
dB(A)
Outdoor
Indoor*2
Air flow
CMM
Outdoor
Exterior dimensions Height x Width x Depth mm
Unit+Panel
kg
Net weight
Panel
Air filter, Q'ty
Remote control (Option)
Exterior dimensions
kg
Net weight
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
Set model name
RC-E3
The values are for simultaneous Multi operation.
Set model name
SPECIFICATIONS
Wireless
remote control
R410A
CLASS
SPECIFICATIONS
Wired remote control
The values are for simultaneous Multi operation.
FDT250VSPV
FDT200VSPV
Twin
FDT140VSTV
FDT200VSTV
Triple
FDT200VSDV
FDT250VSDV
Double Twin
FDT50V
FDT60V
FDC200VS
FDC250VS
Range of Outdoor unit
usage
Indoor unit
Indoor name
FDT125V
FDT50V
FDT71V
FDT100V
Outdoor name
FDC250VS
FDC140VS
FDC200VS
FDC200VS
Power source
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Inverter
Type
Nominal cooling capacity
20.0
14.0
20.0
20.0
25.0
25.0
ISO-T1(JIS)
kW
(7.0~22.4)
(5.0~14.5)
(7.0~22.4)
(10.0~28.0)
(7.0~22.4)
(10.0~28.0)
(Min~Max)
Nominal heating capacity
22.4
28.0
16.0
22.4
22.4
28.0
ISO-T1(JIS)
kW
(7.6~25.0)
(9.5~31.5)
(4.0~16.5)
(7.6~25.0)
(7.6~25.0)
(9.5~31.5)
(Min~Max)
Input
Cooling/Heating
kW
6.58/6.02
8.30/7.75
4.65/4.63
6.49/6.12
6.58/6.15
8.28/7.70
COP
Cooling/Heating
3.04/3.72
3.01/3.61
3.01/3.46
3.08/3.66
3.04/3.64
3.02/3.64
Energy label
Cooling/Heating
B/A
B/A
B/B
B/A
B/A
B/A
Inrush current (Max. running current)
A
5(19)
5(22)
5(15)
5(19)
5(19)
5(22)
Indoor*2
Hi:40 Me:37 Lo:35 Hi:42 Me:40 Lo:37 Hi:33 Me:31 Lo:30 Hi:35 Me:33 Lo:31
Hi:33 Me:31 Lo:30
Sound Ievel*1
dB(A)
Outdoor
57
Cooling:57 Heating:58
Cooling:57 Heating:58
51
57
57
Indoor*2
Hi:27 Me:24 Lo:20 Hi:30 Me:27 Lo:23 Hi:18 Me:16 Lo:14 Hi:21 Me:19 Lo:17
Hi:18 Me:16 Lo:14
Air flow
CMM
Cooling:75 Heating:73 Cooling:150 Heating:145
Cooling:150 Heating:145
Cooling:150 Heating:145
Outdoor
Exterior dimensions Height x Width x Depth mm
Unit:246x840x840 Panel:35x950x950
Unit:298x840x840 Panel:35x950x950
Unit+Panel
kg
Net weight
27.5(22+5.5)
29.5(24+5.5)
29.5(24+5.5)
27.5(22+5.5)
32.5(27+5.5)
Panel
T-PSA-36W-E
Air filter, Q'ty
Pocket Plastic net x1 (Washable)
Remote control (Option)
Wired:RC-E3, RCH-E3 Wireless:RCN-T-36W-E
Exterior dimensions Height x Width x Depth mm
1,300x970x370
1,505x970x370
845x970x370
1,505x970x370
1,300x970x370
kg
Net weight
122
140
74
140
122
Ref.control
EEV
kg(m)
Ref.amount precharged
5.4(30)
7.2(30)
3.8(30)
7.2(30)
5.4(30)
ø
Ref.piping size Liquid/Gas
9.52/22.22
12.7/22.22
9.52/15.88
12.7/22.22
9.52/22.22
m
Ref.piping length
50
70
70
70
m
Vertical height O/U is higher
30
O/U is lower
m
difference
15
Cooling
O/U
-15~43*3
Operating
temperature range Heating
O/U
-20~20
-15~20
-15~20
The data are measured under the following conditions(ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB. Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*21 :: The
values are for one indoor unit operation.
*3 : If a cooling
is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
* wind. If windoperation
blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
24
CEILING CASSETTE -4way Compact (600 X 600mm)-
FDTC
A
CLASS
SPECIFICATIONS
The values are for simultaneous Multi operation.
FDTC71VNPVB
Set model name
Indoor name
Outdoor name
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
(Min~Max)
Input
Cooling/Heating
COP
Cooling/Heating
Energy label
Cooling/Heating
Inrush current (Max. running current)
Sound
Ievel*1
Indoor*2
kW
kW
kW
A
dB(A)
Outdoor
Air flow
Indoor*2
Range of Outdoor unit
usage
Indoor unit
CMM
Outdoor
Exterior dimensions Height x Width x Depth mm
Unit+Panel
kg
Net weight
Panel
Air filter, Q'ty
Remote control(option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height between O/U
and I/U
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
SPECIFICATIONS
Wired remote control
FDTC 40/50V/60VB
Wireless
remote control
R410A
RC-E3
RCH-E3
RCN-TC-24W-ER
(Option)
(Option)
(Option)
FDTC100VNPVB
FDTC125VNPVB
Twin
FDTC40VB
FDTC50VB
FDTC60VB
FDC71VN
FDC100VN
FDC125VN
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
Inverter
7.1
10.0
12.5
(3.2~8.0)
(4.0~11.2)
(5.0~14.0)
8.0
11.2
14.0
(3.6~9.0)
(4.0~12.5)
(4.0~16.0)
1.91/2.08
2.84/3.08
5.35/4.62
3.72/3.85
3.52/3.64
2.34/3.03
A/A
A/A
F/D
5(17)
5(24)
5(27)
Cooling: Hi:42 Me:36 Lo:30
Cooling: Hi:46 Me:39 Lo:30
Heating: Hi:42 Me:36 Lo:32
Heating: Hi:46 Me:39 Lo:32
Cooling:50 Heating:51
49
48
Cooling: Hi:11.5 Me:9 Lo:7
Cooling: Hi:13.5 Me:10 Lo:7
Heating: Hi:11.5 Me:9 Lo:8
Heating: Hi:13.5 Me:10 Lo:8
Cooling:75 Heating:73
Cooling:60 Heating:50
Unit:248x570x570 Panel:35x700x700
18.5(15+3.5)
TC-PSA-25W-E
Pocket Plastic net x1 (Washable)
Wired:RC-E3, RCH-E3 Wireless:RCN-TC-24W-ER
845x970x370
750x880(+88)x340
74
60
EEV
3.8(30)
2.95(30)
9.52/15.88
50
30
15
-15~43*3
-10~20
-20~20
FDTC140VNTVB
Triple
FDTC50VB
FDC140VN
14.0
(5.0~14.5)
16.0
(4.0~16.5)
4.64/4.52
3.02/3.54
B/B
5(24)
Cooling: Hi:42 Me:36 Lo:30
Heating: Hi:42 Me:36 Lo:32
51
Cooling: Hi:11.5 Me:9 Lo:7
Heating: Hi:11.5 Me:9 Lo:8
The values are for simultaneous Multi operation.
FDTC140VSTVB
FDTC200VSDVB
FDTC250VSDVB
Triple
Double Twin
Indoor name
FDTC60VB
FDTC50VB
FDTC50VB
FDTC50VB
FDTC60VB
Outdoor name
FDC125VS
FDC100VS
FDC140VS
FDC200VS
FDC250VS
Power source
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Inverter
Type
Nominal cooling capacity
14.0
12.5
10.0
20.0
25.0
ISO-T1(JIS)
kW
(5.0~14.5)
(5.0~14.0)
(4.0~11.2)
(7.0~22.4)
(10.0~28.0)
(Min~Max)
Nominal heating capacity
16.0
11.2
14.0
22.4
28.0
ISO-T1(JIS)
kW
(4.0~16.5)
(4.0~12.5)
(4.0~16.0)
(7.6~25.0)
(9.5~31.5)
(Min~Max)
Input
Cooling/Heating
kW
4.64/4.52
2.84/3.08
5.35/4.62
7.33/6.98
11.28/10.19
COP
Cooling/Heating
3.02/3.54
3.52/3.64
2.34/3.03
2.73/3.21
2.22/2.75
Energy label
Cooling/Heating
B/B
A/A
F/D
D/C
F/E
Inrush current (Max. running current)
A
5(15)
5(19)
5(22)
Cooling: Hi:42 Me:36 Lo:30 Cooling: Hi:46 Me:39 Lo:30 Cooling: Hi:42 Me:36 Lo:30 Cooling: Hi:42 Me:36 Lo:30 Cooling: Hi:46 Me:39 Lo:30
Indoor*2
Sound Ievel*1
dB(A) Heating: Hi:42 Me:36 Lo:32 Heating: Hi:46 Me:39 Lo:32 Heating: Hi:42 Me:36 Lo:32 Heating: Hi:42 Me:36 Lo:32 Heating: Hi:46 Me:39 Lo:32
Cooling:57 Heating:58
Cooling:50 Heating:51
Outdoor
49
51
57
Cooling: Hi:11.5 Me:9 Lo:7 Cooling: Hi:13.5 Me:10 Lo:7 Cooling: Hi:11.5 Me:9 Lo:7 Cooling: Hi:11.5 Me:9 Lo:7 Cooling: Hi:13.5 Me:10 Lo:7
2
Indoor*
Air flow
CMM Heating: Hi:11.5 Me:9 Lo:8 Heating: Hi:13.5 Me:10 Lo:8 Heating: Hi:11.5 Me:9 Lo:8 Heating: Hi:11.5 Me:9 Lo:8 Heating: Hi:13.5 Me:10 Lo:8
Cooling:75 Heating:73
Cooling:150 Heating:145
Outdoor
Exterior dimensions Height x Width x Depth mm
Unit:248x570x570 Panel:35x700x700
Unit+Panel
kg
Net weight
18.5(15+3.5)
Panel
TC-PSA-25W-E
Air filter, Q'ty
Pocket Plastic net x1 (Washable)
Remote control(option)
Wired:RC-E3, RCH-E3 Wireless:RCN-TC-24W-ER
Exterior dimensions Height x Width x Depth mm
845x970x370
1,300x970x370
1,505x970x370
kg
Net weight
74
122
140
Ref.control
EEV
kg(m)
Ref.amount precharged
3.8(30)
5.4(30)
7.2(30)
ø
Ref.piping size Liquid/Gas
9.52/15.88
9.52/22.22
12.7/22.22
m
Ref.piping length
50
70
m
Vertical height between O/U
30
and I/U
m
difference
15
Cooling
O/U
-15~43*3
Operating
temperature range Heating
O/U
-20~20
-15~20
The data are measured under the following conditions(ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB. Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*21 :: The
values are for one indoor unit operation.
*3 : If a cooling
is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
* wind. If windoperation
blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
FDTC100VSPVB
FDTC125VSPVB
Twin
Range of Outdoor unit
usage
Indoor unit
Set model name
25
MULTI [ INDOOR UNIT ]
DUCT CONNECTED -Low/Middle Static pressureFDUM 50/60/71/100/125V
FDUM
A
CLASS
SPECIFICATIONS
RC-E3
RCH-E3
RCN-KIT3-E
(Option)
(Option)
(Option)
FDUM100VNPV
Range of Outdoor unit Indoor unit
usage
Indoor name
Outdoor name
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
kW
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
kW
(Min~Max)
Input
Cooling/Heating
kW
COP
Cooling/Heating
Energy label
Cooling/Heating
Inrush current (Max. running current)
A
Indoor*2
1
Sound Ievel*
dB(A)
Outdoor
Indoor*2
Air flow
CMM
Outdoor
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Air filter, Q'ty
Remote control (Option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
FDUM125VNPV
FDUM140VNPV
Twin
FDUM60V
FDUM71V
FDUM50V
FDC125VN
FDC140VN
FDC100VN
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
Inverter
12.5
14.0
10.0
(5.0~14.0)
(5.0~14.5)
(4.0~11.2)
14.0
16.0
11.2
(4.0~16.0)
(4.0~16.5)
(4.0~12.5)
4.47/4.51
50Hz:5.00/4.94 60Hz:5.00/4.80
3.12/3.27
2.80/3.10
50Hz:2.80/3.24 60Hz:2.80/3.33
3.21/3.43
D/C
D/B
A/B
5(24)
Hi:34 Me:31 Lo:28
Hi:35 Me:32 Lo:29
51
Cooling:50 Heating:51
49
Hi:20 Me:18 Lo:15
Hi:18 Me:16 Lo:14
Hi:14 Me:12 Lo:11
Cooling:75 Heating:73
299x950x635
299x750x635
40
34
Procure locally
Wired:RC-E3, RCH-E3 Wireless:RCN-KIT3-E
845x970x370
74
EEV
3.8(30)
9.52/15.88
50
30
15
-15~43*3
-20~20
FDUM140VNTV
Triple
FDUM50V
FDC140VN
14.0
(5.0~14.5)
16.0
(4.0~16.5)
50Hz:5.09/5.03 60Hz:5.09/4.89
50Hz:2.75/3.18 60Hz:2.75/3.27
50Hz:D/D 60Hz:D/C
Hi:34 Me:31 Lo:28
51
Hi:14 Me:12 Lo:11
299x750x635
34
The values are for simultaneous Multi operation.
Set model name
Indoor name
Outdoor name
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
kW
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
kW
(Min~Max)
Input
Cooling/Heating
kW
COP
Cooling/Heating
Energy label
Cooling/Heating
Inrush current (Max. running current)
A
Indoor*2
Sound Ievel*1
dB(A)
Outdoor
Indoor*2
Air flow
CMM
Outdoor
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Air filter, Q'ty
Remote control (Option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
Range of Outdoor unit Indoor unit
usage
R410A
The values are for simultaneous Multi operation.
Set model name
SPECIFICATIONS
Wireless
remote control
Wired remote control
FDUM100VSPV FDUM125VSPV FDUM140VSPV FDUM200VSPV FDUM250VSPV
Twin
FDUM125V
FDUM60V
FDUM71V
FDUM50V
FDUM100V
FDC250VS
FDC125VS
FDC140VS
FDC100VS
FDC200VS
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Inverter
20.0
25.0
14.0
12.5
10.0
(7.0~22.4)
(10.0~28.0)
(5.0~14.5)
(5.0~14.0)
(4.0~11.2)
16.0
22.4
28.0
11.2
14.0
(4.0~16.5)
(7.6~25.0)
(9.5~31.5)
(4.0~12.5)
(4.0~16.0)
6.86/6.72
9.31/8.35
50Hz:5.00/4.94 60Hz:5.00/4.80
3.12/3.27
4.47/4.51
2.92/3.33
2.69/3.35
50Hz:2.80/3.24 60Hz:2.80/3.33
3.21/3.43
2.80/3.10
D/C
C/C
D/C
A/B
D/B
5(19)
5(22)
5(15)
Hi:34 Me:31 Lo:28
Hi:35 Me:32 Lo:29 Hi:37 Me:35 Lo:32 Hi:38 Me:36 Lo:33
51
57
Cooling:57 Heating:58
Cooling:50 Heating:51
49
Hi:14 Me:12 Lo:11 Hi:18 Me:16 Lo:14 Hi:20 Me:18 Lo:15 Hi:28 Me:25 Lo:22 Hi:34 Me:31 Lo:27
Cooling:75 Heating:73
Cooling:150 Heating:145
350x1,370x635
299x950x635
299x750x635
59
40
34
Procure locally
Wired:RC-E3, RCH-E3 Wireless:RCN-KIT3-E
845x970x370
1,300x970x370 1,505x970x370
74
122
140
EEV
3.8(30)
5.4(30)
7.2(30)
9.52/15.88
9.52/22.22
12.7/22.22
50
70
30
15
-15~43*3
-20~20
-15~20
FDUM140VSTV FDUM200VSTV
Triple
FDUM50V
FDUM71V
FDC140VS
FDC200VS
14.0
(5.0~14.5)
16.0
(4.0~16.5)
50Hz:5.09/5.03 60Hz:5.09/4.89
50Hz:2.75/3.18 60Hz:2.75/3.27
50Hz:D/D 60Hz:D/C
5(15)
Hi:34 Me:31 Lo:28
51
Hi:14 Me:12 Lo:11
Cooling:75 Heating:73
299x750x635
34
20.0
(7.0~22.4)
22.4
(7.6~25.0)
6.88/6.74
2.91/3.32
C/C
5(19)
Hi:35 Me:32 Lo:29
57
Hi:20 Me:18 Lo:15
Cooling:150 Heating:145
1,300x970x370
40
845x970x370
74
1,300x970x370
122
3.8(30)
9.52/15.88
50
5.4(30)
9.52/22.22
70
-20~20
-15~20
The data are measured under the following conditions(ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB. Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
*21 :: The
values are for one indoor unit operation.
*3 : If a cooling
is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
* wind. If windoperation
blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
26
CEILING SUSPENDED
Wired remote control
FDEN
FDEN 40/50/60/71/100/125V
A
CLASS
SPECIFICATIONS
Range of Outdoor unit Indoor unit
usage
Indoor name
Outdoor name
Power source
Type
Nominal cooling capacity
ISO-T1(JIS)
kW
(Min~Max)
Nominal heating capacity
ISO-T1(JIS)
kW
(Min~Max)
Input
Cooling/Heating
kW
COP
Cooling/Heating
Energy label
Cooling/Heating
Inrush current (Max. running current)
A
Indoor*2
1
Sound Ievel*
dB(A)
Outdoor
Indoor*2
Air flow
CMM
Outdoor
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Air filter, Q'ty
Remote control(option)
Exterior dimensions Height x Width x Depth mm
kg
Net weight
Ref.control
kg(m)
Ref.amount precharged
ø
Ref.piping size Liquid/Gas
m
Ref.piping length
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
Set model name
RCH-E3
RCN-E1R
(Option)
(Option)
(Option)
FDEN71VNPV FDEN100VNPV FDEN125VNPV FDEN140VNPV FDEN140VNTV FDEN100VSPV FDEN125VSPV
Twin
Twin
Triple
FDEN50V
FDEN60V
FDEN50V
FDEN40V
FDEN50V
FDEN60V
FDEN71V
FDC100VS
FDC125VS
FDC140VN
FDC71VN
FDC100VN
FDC125VN
FDC140VN
1Phase 220-240V 50Hz, 1Phase 220V 60Hz
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Inverter
10.0
14.0
12.5
14.0
10.0
12.5
7.1
(4.0~11.2)
(5.0~14.5)
(5.0~14.0)
(5.0~14.5)
(4.0~11.2)
(5.0~14.0)
(3.2~8.0)
11.2
14.0
16.0
16.0
11.2
14.0
8.0
(4.0~12.5)
(4.0~16.0)
(4.0~16.5)
(4.0~16.5)
(4.0~12.5)
(4.0~16.0)
(3.6~9.0)
2.78/2.94
4.23/3.83
4.87/4.59
4.88/4.58
2.78/2.94
4.23/3.83
1.74/1.84
3.60/3.81
2.96/3.66
2.87/3.49
2.87/3.49
3.60/3.81
2.96/3.66
4.08/4.35
A/A
C/A
C/B
C/B
A/A
C/A
A/A
5(15)
5(24)
5(17)
Hi:41 Me:39 Lo:38
Hi:39 Me:38 Lo:37
Hi:41 Me:39 Lo:38
Hi:39 Me:38 Lo:37
Cooling:50 Heating:51
49
51
Cooling:50 Heating:51
49
48
Hi:18 Me:14 Lo:12
Hi:11 Me:9 Lo:7
Hi:18 Me:14 Lo:12
Hi:11 Me:9 Lo:7
Cooling:60 Heating:50
Cooling:75 Heating:73
210x1,320x690
210x1,070x690
210x1,320x690
210x1,070x690
36
30
36
30
Pocket Plastic net x2 (Washable)
Wired:RC-E3, RCH-E3 Wireless:RCN-E1R
845x970x370
750x880(+88)x340
74
60
EEV
3.8(30)
2.95(30)
9.52/15.88
50
30
15
-15~43*3
-10~20
-20~20
The values are for simultaneous Multi operation.
FDEN140VSPV
Indoor name
FDEN71V
Outdoor name
FDC140VS
Power source
Type
Nominal cooling capacity
14.0
ISO-T1(JIS)
kW
(5.0~14.5)
(Min~Max)
Nominal heating capacity
16.0
ISO-T1(JIS)
kW
(4.0~16.5)
(Min~Max)
Input
Cooling/Heating
kW
4.87/4.59
COP
Cooling/Heating
2.87/3.49
Energy label
Cooling/Heating
C/B
Inrush current (Max. running current)
A
5(15)
2
Indoor*
Hi:41 Me:39 Lo:38
Sound Ievel*1
dB(A)
Outdoor
51
Indoor*2
Hi:18 Me:14 Lo:12
Air flow
CMM
Cooling:75 Heating:73
Outdoor
Exterior dimensions Height x Width x Depth mm 210x1,320x690
kg
Net weight
36
Air filter, Q'ty
Remote control(option)
Exterior dimensions Height x Width x Depth mm
845x970x370
kg
Net weight
74
Ref.control
kg(m)
Ref.amount precharged
3.8(30)
ø
Ref.piping size Liquid/Gas
9.52/15.88
m
Ref.piping length
50
m
Vertical height O/U is higher
O/U is lower
m
difference
Cooling
O/U
Operating
temperature range Heating
O/U
-20~20
Range of Outdoor unit Indoor unit
usage
RC-E3
The values are for simultaneous Multi operation.
Set model name
SPECIFICATIONS
R410A
Wireless
remote control
FDEN140VSTV FDEN200VSTV FDEN200VSDV FDEN250VSDV
Triple
Double Twin
FDEN125V
FDEN50V
FDEN71V
FDEN50V
FDEN60V
FDC250VS
FDC140VS
FDC200VS
FDC200VS
FDC250VS
3Phase 380-415V 50Hz, 3Phase 380V 60Hz
Inverter
25.0
25.0
20.0
14.0
20.0
20.0
(10.0~28.0)
(10.0~28.0)
(7.0~22.4)
(5.0~14.5)
(7.0~22.4)
(7.0~22.4)
22.4
28.0
16.0
22.4
22.4
28.0
(7.6~25.0)
(9.5~31.5)
(4.0~16.5)
(7.6~25.0)
(7.6~25.0)
(9.5~31.5)
6.47/5.97
9.01/8.05
4.88/4.58
6.40/5.90
7.43/7.26
9.50/8.69
3.09/3.75
2.77/3.48
2.87/3.49
3.13/3.80
2.69/3.09
2.63/3.22
B/A
D/B
C/B
B/A
D/D
D/C
5(19)
5(22)
5(15)
5(19)
5(19)
5(22)
Hi:44 Me:41 Lo:39 Hi:46 Me:44 Lo:43 Hi:39 Me:38 Lo:37 Hi:41 Me:39 Lo:38 Hi:39 Me:38 Lo:37 Hi:41 Me:39 Lo:38
57
Cooling:57 Heating:58
51
57
57
Cooling:57 Heating:58
Hi:26 Me:23 Lo:21 Hi:29 Me:26 Lo:23 Hi:11 Me:9 Lo:7 Hi:18 Me:14 Lo:12 Hi:11 Me:9 Lo:7 Hi:18 Me:14 Lo:12
Cooling:75 Heating:73
Cooling:150 Heating:145
Cooling:150 Heating:145
210x1,070x690 210x1,320x690 210x1,070x690 210x1,320x690
250x1,620x690
30
36
36
30
46
Pocket Plastic net x2 (Washable)
Wired:RC-E3, RCH-E3 Wireless:RCN-E1R
1,300x970x370 1,505x970x370 845x970x370
1,505x970x370
1,300x970x370
122
140
74
140
122
EEV
5.4(30)
7.2(30)
3.8(30)
7.2(30)
5.4(30)
9.52/22.22
12.7/22.22
9.52/15.88
12.7/22.22
9.52/22.22
70
70
50
30
15
-15~43*3
-15~20
-15~20
-20~20
FDEN200VSPV
Twin
FDEN100V
FDC200VS
FDEN250VSPV
The data are measured under the following conditions(ISO-T1).
Cooling:Indoor temp. of 27˚CDB, 19˚CWB, and outdoor temp. of 35˚CDB. Heating:Indoor temp. of 20˚CDB, and outdoor temp. of 7˚CDB, 6˚CWB.
*1 : Indicates the value in an anechoic chamber. During operation these values are somewhat higher due to ambient conditions.
values are for one indoor unit operation.
*23 :: The
* If a cooling operation is conducted when the outdoor air temperature is –5˚C or lower, the outdoor unit should be installed at a place where it is not influenced by natural
wind. If wind blows, the low pressure will drop and compressor frequency will increase, this will cause the capacity to drop and may cause the unit to break down.
27
OUTDOOR UNIT (1.5-10.0HP)
SRC40ZIX-S
SRC50ZIX-S*
SRC60ZIX-S*
(1.5HP~2.5HP)
FDC71VN
(3.0HP)
is common for both
*SRC50/60ZIX-S
of outdoor units of SRK50/60ZIX-S
(Residential Air-conditioners) and
1.5, 2, 2.5HP of Inverter Packaged
Air-Conditioners. Common
components make for easy
inventory control and the installation
procedure will be the same.
FDC100VN, FDC125VN
FDC140VN, FDC100VS
FDC125VS, FDC140VS
(4.0HP~6.0HP)
FDC200VS
(8.0HP)
FDC250VS
(10.0HP)
Blue Fin (3~10HP)
Base heater kit (option)
Due to application of blue
coated fins (KS101) for the
heat exchanger of new
outdoor unit, corrosion
resistance has been improved
compared to current models.
This kit is
recommended to
be used in an area
where the lowest
temperature drops
below 0˚C.
CW-H-E
Installation workability
Enhanced installation workability thanks to the extended pipe length – longest level
in the industry and pre-charged refrigerant.
Point
1 Piping length – 70m
Piping length can be extended up to 70m (8.0,
10.0 HP) both in case single type and multi type,
which allows wider design flexibility as well.
<Single type>
<Twin type>
Indoor unit
(The unit of which height difference from the outdoor unit is larger)
Indoor unit
Indoor unit
H
H
h
L1
L2
Height difference
(Outdoor higher than indoor)
1.5 ~ 2.5HP
3~10.0HP
20m
30m
Piping length
1.5 ~ 2.5HP : 30m
3.0 ~ 6.0HP : 50m
8.0 ~10.0HP : 70m
L
Outdoor unit
L
Outdoor unit
Model for outdoor units
ø9.52
Liquid
Piping
ø12.7
ø25.4 or ø28.58
200V
Gas
250V
piping
ø22.22
ø9.52
Liquid
200V
Piping
ø12.7
Main pipe length
ø25.4 or ø28.58
200V
Gas
250V
piping
ø22.22
When the outdoor unit is located higher
Height difference between indoor
and outdoor units
When the outdoor unit is located lower
Height difference between indoor units
One-way pipe
length of refrigerant piping
200V
Dimensional restrictions
40m
Single type
Twin type
L
L+L1
L+L2
70m
-
L
35m
30m
15m
0.5m
H
H
-
h
70m
35m
40m
Point
2 Refrigerant precharged piping length extending to 30m
Refrigerant precharged piping length extends up to 30m. (1.5~2.5HP:15m)
This eliminates the need to add refrigerant on site, which sets it free from trouble of excessive or insufficient charging of refrigerant, and allows
carrying out the installation smoothly.
How to use downsizing and upsizing fitting
ø22.22(OD) size of the refrigerant gas pipe
can be possible by using accessory pipe A, B.
Accessory pipe A
ø22.22(ID)
Accessory pipe B
ø22.22(ID)
Field piping
ø22.22(OD)
28
ø25.4(ID)
Branching pipe set
(DIS-WB1, DIS-TB1)
ø25.4(OD) size of the refrigerant gas pipe can be
possible by using accessory pipe A and joint pipe C.
Prepare joint C on site. Pipe B is not required.
Field piping ø25.4(OD)
Accessory pipe A
ø22.22(ID)
Joint pipe C
ø25.4(ID)
Branching pipe set
(DIS-WB1, DIS-TB1)
ø28.58(OD) size of the refrigerant gas pipe can be
possible by using accessory pipe A and joint pipe C, D.
Prepare joint C and D on site.
Accessory pipe A
ø22.22(ID)
Joint pipe C
Field piping ø28.58(OD)
Joint pipe D
ø25.4(ID)
Branching pipe set
(DIS-WB1, DIS-TB1)
Control Systems [Individual control]
Remote Control line up
indoor unit
wired
all models
remote control
RC-E3
RCH-E3
wireless
indoor unit
FDT
FDTC
FDU, FDUM
FDEN
remote control
RCN-T-36W-E
RCN-TC-24W-ER
RCN-KIT3-E
RCN-E1R
Wired remote control with weekly timer (option)
RC-E3
Run hour meters to facilitate maintenance checking
RC-E3 stores operation data when an anomaly occurs and indicates the error
on the LCD. It also displays cumulative operation hours of the air conditioner
and compressor since commissioning.
The RC-E3 controller
enables extensive access to
service and maintenance
technical data combined
with easy to use functions
and a clear LCD display.
Weekly timer function as standard
RC-E3 provides (as a standard feature) a weekly timer, which allows oneweek operation schedules to be registered. A user can specify up to four
times a day to start/stop the air conditioner. (Temperature setting is also
possible with the timer).
Timer operation
Room temperature controlled
by the remote control sensor
The temperature sensor is housed in the top
section of the remote control unit. This
arrangement has improved the sensitivity of the
remote control unit’s sensor, which permits more
finely controlled air conditioning.
Changeable set temperature ranges
RC-E3 allows the upper and lower limits of a set temperature range to be
specified separately.
By adjusting a set temperature range, you can ensure energy saving air
conditioning by avoiding excessive cooling or heating.
Changeable range
Upper limit
20~30°C(effective for heating operation)
Lower limit
18~26°C(effective for non-heating operation)
Simple remote control (option)
RCH-E3 (wired)
NEW
Up to 16 units
Considering specialized usage in hotel
rooms, control buttons are limited only to
minimum required functions such as ON/OFF,
mode, temperature setting and fan speed. It
is really simple and easy to use.
It can control up to 16 units individually, with pressing the AIR CON No. button.
AUTO restart
This function allows starting the air conditioner automatically when power
supply is restored after power failure or by turning on the power switch.
Wireless remote control (option)
Thermistor (option)
For wireless control simply insert the infrared receiver kit on a corner of the panel.
RCN-T-36W-E,
RCN-TC-24W-ER
RCN-KIT3-E
RCN-E1R
SC-THB-E3
In case sensor in the indoor units or the remote
control sensor can not sense the room temperature
correctly, or individual remote control in each room is
not required but only censor is required (as when
center control system is in place), install SC-THB-E3
at proper place in the rooms.
29
Control System
SUPERLINK-
KX6 series
SC-SL1N-E
RAC series
(SRK/SRF-ZIX-S)
SC-BIKN-E
SC-ADN-E
SC-SL2N-E
SC-ADN-E
SC-ADN-E
Central Control
SC-SL1N-E
Start/stop control of up to 16 indoor units is
possible either individually or collectively. With
simple operations, you can effect centralized
control.
PC windows central control
SC-SL2N-E
SC-SL3N-AE/BE
Centralized control of up to 64 indoor units. It
can allow connection with a weekly timer
without using any interface.
Easy operation realized with a large color LCD
and touch panel. Up to 128 indoor units can be
controlled, when three SUPERLINK-2 systems
are connected.
BMS interface unit
SC-WGWN-A/B
SC-BGWN-A/B
SC-LGWN-A
(SC-WGWN-B is with electric power calculation function)
(BACnet gateway)
(LonWorks gateway)
(SC-WGWN-B is with electric power calculation function)
30
Up to 96 cells (some cells can have two or
more indoor units and total number of indoor
units can be up to 128 units) are controlled
from the Internet Explorer.
Up to 96 cells (some cells can have two or
more indoor units and total number of indoor
units can be up to 128 units) are controlled
centrally from a BMS.
Additional engineering service cost etc. is
required. Please consult your dealer when using
this central control.
Additional engineering service cost etc. is required.
In case of SC-BGWN-B, communication test by
qualified person regarding electric cost calculation
function is required before commissioning. Please
consult your dealer when using this gateway.
Up to 96 indoor units (48 indoor unit x 2) are
linked as an open network! Centrally controlled
through LonWorks!
Additional engineering service cost etc. is
required. Please consult your dealer when using
this gateway.
SUPERLINK E BOARD (SC-ADN-E)
This board is used when conducting control of the single package (wired remote control unit) 1-type series using a network
option (SC-SL1N-E, SC-SL2N-E, etc).
(1) Functions
(a) Transmits the settings from the network option to the indoor units.
(b) Returns the priority indoor unit data in response to a data request from the network option.
(c) Inspects the error status of connected indoor units and transmits the inspection codes to the network option.
(d) A maximum of 16 units can be controlled (if in the same operation mode).
(2) Wiring connection diagram
Run
Abnormal
Blue
A
SL E board
A
Blue
B
Connected to the terminals for
Superlink signal lines
MVVS 0.75 - 1.25mm2
B
LED3
LED2
Black
X
X
White
Y
Y
Connected to the remote controller terminals (no
polarity) (the length should be 600 m or shorter)
ON
OFF SW3
SW1
0.5 mm2 x 2 cores
0.75 mm2 x 2 cores
1.25 mm2 x 2 cores
2.0 mm2 x 2 cores
200 m or shorter
300 m or shorter
400 m or shorter
600 m or shorter
SW2
Network address setting switches
[000]-(127)
Master/Sub
address
Basic Connections
Plural Controls by Multiple Remote Controls. Mixture of Multiple Units
Outdoor unit
Outdoor unit
Internal/external Crossing
Internal/external Crossing
Indoor unit
X Y
SL E Board
X Y
A B
Inside Inside Inside Inside
Remote control
X Y
SL E
Board
R
R
• Transmit the information of plural “Master” units to the network.
• Transmit the abnormalities of the “Slave” units to the network.
Network
options
Network A B
options
Setting the plural “Master/Slave” units with the dip SW of the printed circuit board.
Setting the “Master/Slave” remote controls with the dip SW of the remote control board.
Plural Controls by Multiple Remote Controls. Mixture of Multiple Units
Outdoor unit
Outdoor unit
Internal/external Crossing
SL E
Board
R
Inside Inside Inside
SL E
Board
R
Network
options
Outdoor unit
Internal/external Crossing
Inside Inside Inside Inside
Without Remote Control
R
R
Set up “000” to “127” using address switch on the SL E board.
Internal/external Crossing
Inside Inside
SL E
Board
Network
options
Set the SL E board dip SW
to “Master” SW3-1 ON.
The network option SLA-1E, SL1N-E is not allowed
(This will disturb switching
of the operation mode)
Wireless Kit
Outdoor unit
Internal/external Crossing
Inside Inside
SL E
Board
Network
options
Wireless Kit
Wireless
remote control
(3) Metal box dimension
85
35
30
70
90
5
22.5
100
40
2-ø6
31
OUTDOOR UNIT DIMENSIONS
SRC40ZIX-S, 50ZIX-S, 60ZIX-S (unit:mm)
FDC71VN (unit:mm)
32
FDC100VN, 125VN, 140VN
100VS, 125VS, 140VS (unit:mm)
FDC200VS (unit:mm)
33
OUTDOOR UNIT DIMENSIONS
FDC250VS (unit:mm)
34
MEMO
35
Before starting use
Heating performance
Refrigerant leakage
The heating performance values (kW) described in catalog are the values
obtained by operating at an outdoor temperature of 7 C and indoor
temperature of 20 C as set forth in the ISO Standards. As the heating
performance decreases as the outdoor temperature drops, if the outdoor
temperature is too low and the heating performance is insufficient, use other
heating appliances as well.
The refrigerant (R410A) used for Air conditioner is non-toxic and
inflammable in its original state.
However, in consideration of a state where the refrigerant leaks into the
room, measures against refrigerant leaks must be taken in small rooms
where the tolerable level could be exceeded. Take measures by installing
ventilation devices, etc.
Indication of sound values
Use in snowy areas
The sound values are the values (A scale) measured in a chamber such as an
anechoic chamber following the ISO Standards. In the actual installation
state, the value is normally larger than the values given in the catalog due to
the effect of surrounding noise and echo. Take this into consideration when
installing.
Take the following measures when installing the outdoor unit in snowy areas.
·Snow prevention
Install a snow-prevention hood so that the snow does not obstruct the air
intake port or enter and freeze in the outdoor unit.
Use in oil atmosphere
·Snow piling
Avoid installing this unit in as atmosphere where oil scatters or builds up,
such as in a kitchen or machine factory.
If the oil adheres to the heat exchanger, the heat exchanging performance
will drop, mist may be generated, and the synthetic resin parts may deform
and break.
In areas with heavy snow fall, the piled snow could block the air intake
port. In this case, a frame that is 50cm or higher than the estimated snow
fall must be installed underneath the outdoor unit.
Use in acidic or alkaline atmosphere
If this unit is used in acidic atmosphere such as hot spring areas having high
level of sulfuric gases or in alkaline atmosphere including ammonia or
calcium chloride, places where the exhaust of the heat exchanger is sucked
in, or at coastal areas where the unit is subject to salt breezes, the outer plate
or heat exchanger, etc., will corrode. Please ask a dealer or specialist when
you use an air conditioner in places differing from a general atmosphere.
Use in places with high ceilings
If the ceiling is high, install a circulator to improve the heat and air flow
distribution when heating.
Automatic defrosting device
If the temperature is low, and the humidity is high, frost will stick to the
heat exchanger of the outdoor unit. If use is continued, the heating
performance will drop.
The "Automatic defrosting device" will function to remove this frost.
After heating for approx, three to ten minutes, it will stop, and the frost will
be removed. After defrosting, hot air will be blown again.
Servicing the air-conditioner
After the air-conditioner is used for several seasons, dirt will build up in
the air-conditioner causing the performance to drop. In addition to regular
servicing, we recommend the maintenance contract (charged for) by a
specialist.
Safety Precautions
Air-conditioner usage target
Installation
The air-conditioner described in this catalog is a dedicated cooling/heating
device for human use.
Do not use it for special applications such as the storage of foodstuffs,
animals or plants, precision devices or valuable art, etc.
This could cause the quality of the items to drop, etc.
Do not use this for cooling vehicles or ships. Water leakage or current leaks
could occur.
Always commission the installation to a dealer or specialist. Improper
installation will lead to water leakage, electric shocks and fires.
Make sure that the outdoor unit is stable in installation. Fix the unit to
stable base.
Before use
,
Always read the "User s Manual" thoroughly before starting use.
Usage place
Do not install in places where combustible gas could leak or where there
are sparks.
Installation in a place where combustible gas could be generated, flow or
accumulate, or places containing carbon fibers could lead to fires.
Japan Head Office:
Mitsubishi Heavy Industries Ltd
16-5 2-Chome Kounan Minato-ku Tokyo
108-8215, Japan
www.mhi.co.jp
Our factories are ISO9001 and ISO14001 certified.
Certified ISO 9001
Certified ISO 14001
ISO 14001
Certificate 04104 1998 0813 E5
BIWAJIMA PLANT
Mitsubishi Heavy Industries, Ltd.
Air-conditioning & Refrigeration Systems Headquarters
Certificate number : JQA-0709
HB91-09P02E-A-0
MITSUBISHI HEAVY INDUSTRIESMAHAJAK AIR CONDITIONERS CO., LTD.
Certificate Number : 04100 1998 0813
Mitsubishi Heavy
Industries-Haier (Quingdao)
Air-conditioners Co.,Ltd.
Certificate Number : 5170-1996-AQ-RCG-RvA
July 2009(3B)R
BIWAJIMA PLANT
Mitsubishi Heavy Industries, Ltd.
Air-conditioning & Refrigeration Systems Headquarters
Certificate number : JQA-EM0256
MITSUBISHI HEAVY INDUSTRIESMAHAJAK AIR CONDITIONERS CO.,LTD.
Certificate Number : 04104 1998 0813 E5
Mitsubishi Heavy
Industries-Haier (Quingdao)
Air-conditioners Co.,Ltd.
Certificate number : 01-1998-083
Because of our policy of continuous improvement, we reserve right to make changes in all specifications without notice.
Printed in Japan