Mitsubishi | FDC100VN | 2008/2009 brochure - Mitsubishi Heavy Industries Ltd.

2008/2009 brochure - Mitsubishi Heavy Industries Ltd.
FDC INVERTER
Multi Systems
FDC INVERTER
Multi Systems
FDC
FDC
FDT
SYSTEM REFERENCE INCLUDES:
Outdoor Unit + Indoor Units
+ One Remote Controller, + Pipe Kit
CASSETTE
FDTC
FDE
FDUM
FDK
COMPACT
CASSETTE
CEILING
MOUNTED
DUCTED
WALL
MOUNTED
Mitsubishi Heavy Industries has further
extended its development in world leading
technology applied to high efficiency air
conditioning and heat pump systems
FDC INVERTER Multi Systems
OUTDOOR UNIT
INVERTER
OUTDOOR
UNIT
COOLING
range kW
HEATING
range kW
3.2 to 8.0
3.6 to 9.0
FDC71VN
TWIN
6.1 to 11.2
TWIN
6.5 to 14.0
6.2 to 16.0
FDC125VN
TWIN
6.7 to 14.8
6.3 to 16.8
TWIN
6.7 to 14.8
6.3 to 16.8
TRIPLE
7.0 to 22.4
7.6 to 25.0
TWIN
7.0 to 22.4
FDC200VS
7.6 to 25.0
TRIPLE
7.0 to 22.4
7.6 to 25.0
QUAD
10.6 to 28.0
9.5 to 31.5
TWIN
10.6 to 28.0
FDC250VS
Power
supply
REF:
INVERTER
INVERTER
INVERTER
INVERTER
INVERTER
1 ph
16A
2 x 40
M2FDT40VN
M2FDTC40VN
M2FDE40VN
FDUMA units include
discharge spigots &
condensate lift pump.
APPLICATION
tba
1 ph*
20A
2 x 50
M2FDT50VN
M2FDTC50VN
M2FDE50VN
M2FDUM50VN
APPLICATION
tba
1 ph*
25A
2 x 60
M2FDT60VN
N/A
M2FDE60VN
M2FDUM60VN
APPLICATION
tba
1 ph*
30A
2 x 71
M2FDT71VN
N/A
M2FDE71VN
M2FDUM71VN
N/A
1 ph*
30A
3 x 50
M3FDT50VN
M3FDTC50VN
M3FDE50VN
M3FDUM50VN
APPLICATION
tba
Cooling Range:
8.0 - 28kW
Heating Range:
9.0 - 31.5kW
5.8 to 12.5
FDC100VN
FDC140VN
INDOOR
UNIT
9.5 to 31.5
TRIPLE
10.6 to 28.0
QUAD
9.5 to 31.5
Ideal for cooling
and heating open
plan areas from
20m² to 600m²
FITNESS GYMS • RETAIL STORES • OPEN PLAN OFFICES • CONFERENCE ROOMS • LARGE RESTAURANTS
3 ph
15A/ph
2 x 100
M2FDT100VS
N/A
M2FDE100VS
M2FDUM100VS
N/A
3 ph
15A/ph
3 x 71
M3FDT71VN
N/A
M3FDE71VS
M3FDUM71VS
N/A
3 ph
15A/ph
4 x 50
M4FDT50VS
M4FDTC50VS
M4FDE50VS
M4FDUM50VS
APPLICATION
tba
3 ph
20A/ph
2 x 125
M2FDT125VS
N/A
M2FDE125VS
M2FDUM125VS
N/A
3 ph
20A/ph
2 x 71
1 x 100
M3FDT71-100VS
N/A
M3FDE71-100VS
M3FDUM71-100VS
N/A
3 ph
20A/ph
4 x 60
M4FDT60VS
N/A
M4FDE60VS
M4FDUM60VS
APPLICATION
tba
Cooling Nom: 27°Cdb/19°Cwb, Amb: 35°C UK Cooling: I/d: 23°Cdb/16°Cwb, Amb: 30°C Heating: I/d: 20°Cdb, Amb: 7°Cdb/6°Cwb
*3PH UNITS ALSO AVAILABLE 100, 125 & 140
The ADVANCED FDC Multi System is a high
specification product, with energy saving INVERTER
technology, extended pipe runs, and sophisticated
operation and service control functions. The systems
are available in TWIN, TRIPLE and QUAD format.
■ Simple operation - all units on a system are
connected to one controller and will operate in the
same mode ie. cooling, heating or fan only
■ 7-day/24-hr Programmable Timer - included in
standard wired controller
■ Mitsubishi INVERTER Scroll Compressors resulting
in significant savings in running costs
■ Up to 70m pipe runs
MULTI SYSTEMS have all indoor units operating in the same mode (cool or heat) at the same time. They are ideal for open plan areas, such as large offices, retail shops and stores, fitness gyms, conference
halls. They are not suitable for indoor units to be installed in separate rooms. Use the new KX INVERTER Multi Systems for these applications.
COOLING & HEATING capacities listed above are for guidance, and are based on nominal ratings. Please refer to technical data for exact cooling & heating values.
MIX-MATCH INDOOR UNITS
It is possible to connect Cassette / Ceiling / Ducted on the same Multi System, please call the 3D Sales Office for a quote.
N.B. Wall units are not suitable for mix-match with other indoor styles.
MITSUBISHI HEAVY INDUSTRIES air conditioning systems are imported
and distributed in the UK and Ireland by 3D Air Sales Ltd & HRP Ltd.
The information listed is for guidance purposes, is subject to alteration
without notice, and does not form part of a Contract.
Selected systems are listed on the Energy Technology List.
This listing enables 100% tax allowance in the first year, on the total cost of Mitsubishi systems,
plus the installation costs (including pipework and electrical supplies, materials, labour and design costs).
Check ETL listing on government web site: www.eca.gov.uk/etl
■ Compact Outdoor Units with side-blow fans, have
now been introduced, with lower sound levels
and smaller physical size, ideal for installation in
restricted locations
FDC INVERTER
Multi Systems
FDC INVERTER
Multi Systems
FDC
FDC
Pipe Length Limitations
Pipe
Limitations
Pipe Length
Length
Limitations
Height
Difference
(all systems)
Wiring Arrangement and Master/Slave settings for Multi Systems
1
Outdoor Unit
Power Source
2N
3Ph
3
L1
Mains power is to the outdoor unit first.
= Power Line
= Neutral
= Signal
Check the correct power supply 1ph or 3ph is available on site.
Check the correct outdoor units are ordered to suit
1ph or 3ph.
1
L2
2N
L3
3
N
Signal wire 3
is low voltage.
Isolator not required.
0.75mm2 to 1.5mm2
L
N 3
L
N 3
Master
X
L
N 3
X
Y
Slave ‘a’
Y
X
Slave ‘b’
Y
Outdoor Unit
Power Source
1Ph
0.75mm2
Wiring to
Indoor Unit
same as 3PH
above
1
L
2N
N
3
Power Supplies & Operating Current
- Outdoor Units
Outdoor Unit
Y
Indoor unit
Factory setting: Master
Wired Remote
Controller
Indoor board
address switches
SW5-1
SW5-2
Master unit
Slave ‘a’
Slave ‘b’
Slave ‘c
OFF
OFF
OFF
ON
ON
OFF
ON
ON
Indoor Unit Address
Power Supply
Outdoor Unit
Operating to Current (clg.)
16A
9.8A
FDC100VN
1ph 20A
12.3A
FDC125VN
1ph 25A
18.3A
FDC140VN
1ph 30A
20.4A
FDC200VS
3ph 15A/ph
9.1A/ph
FDC250VS
3ph 20A/ph
12.7A/ph
FDC71VN
X
Indoor units connected to FD Multi Systems are required to be addressed, to enable
the controls to recognise which units are connected to each system. Each system
comprises one master indoor unit and one, two or three slave indoor units.
Group Control
Where Multi Systems are controlled on a Group arrangement (up to 16 systems) using
a single remote controller, it is necessary to adjust SW2 so each individual Multi
System has indoor units with the same address number, ie. 0-0-0, 1-1-1, 2-2-2, etc.
Outdoor
unit above
height difference is 30m
Height Difference
(allmax.
systems)
Outdoor unit below max. height difference is 15m
Outdoor unit above max. height difference is 30m
Difference between indoor units max. height difference is 0.5m
Outdoor unit below max. height difference is 15m
Twin
Systems
8.0kWindoor
to 14.3kW
Difference
between
units max. height difference is 0.5m
A = main piping, B = branch piping, C = branch piping
Twin Systems 8.0kW to 14.3kW
A+B+C
Maximum is
50 metres
A = main piping, B = branch piping, C = branch piping
Difference between B & C
No more than
10 metres
A+B+C
Maximum is
50 metres
B
Maximum is
20 metres
Difference between B & C
No more than
10 metres
C
Maximum is
20 metres
B
Maximum is
20 metres
Triple
Systems 14.3kW
C
Maximum is
20 metres
A+B+C+D
Maximum is
50 metres
Triple Systems 14.3kW
Difference between B & C or C & D
No more than
10 metres
A+B+C+D
Maximum is
50 metres
B
Maximum is
20 metres
Difference between B & C or C & D
No more than
10 metres
C
Maximum is
20 metres
B
Maximum is
20 metres
D
Maximum is
20 metres
C
Maximum is
20 metres
Quad
Systems 14.3kW
Contact
3Disfor details
D
Maximum
20 metres
Refrigerant Pipework must be installed within limitations
detailed in the table. Each system is supplied with the
appropriate branch pipe. Pipe connections to the branch
kits must be brazed and it is essential to use nitrogen
purge while making the connections.
Twin
22.4 & 28.0 kW – FDC200VS
FDC250VS
Quad Systems
Systems 14.3kW
Contact& 3D
for details
Outdoor
unit to22.4
furthest
indoor
Maximum
is
70 metres
Twin Systems
& 28.0
kWunit
– FDCA802
& 1002
Difference between B & C
no more than
10 metres
Outdoor unit to furthest indoor unit
Maximum is
70 metres
B
Maximum is
30 metres
Difference between B & C
no more than
10 metres
C
Maximum is
30 metres
B
Maximum is
30 metres
Triple
Systems 22.4 & 28.0 kW – FDC200VS
& FDC250VS
C
Maximum
is
30 metres
FDC 100, 125, 140
Outdoor
unit to furthest
indoor
unit
Maximum
is
70 metres
Triple Systems
22.4 & 28.0
kW
– FDCA802
& 1002
Difference between B & C & D
no more than
10 metres
Outdoor unit to furthest indoor unit
Maximum is
70 metres
B
Maximum is
30 metres
Difference between B & C & D
no more than
10 metres
C
Maximum is
30 metres
B
Maximum is
30 metres
D
Maximum is
30 metres
C
Maximum is
30 metres
Quad
Systems 22.4 & 28.0 kW – FDC200VS
& FDC250VS
D
Maximum
is
30 metres
Outdoor
unit to furthest
indoor
Maximum
is
Quad Systems
22.4 & 28.0
kWunit
– FDCA802
& 1002
Difference between B & C
no more than
Outdoor unit to furthest indoor unit
Maximum is
Difference between D, E, F, G
no more than
Difference between B & C
no more than
B+D
Maximum is
Difference between D, E, F, G
no more than
B+E
Maximum is
B+D
Maximum is
C+F
Maximum is
B+E
Maximum is
C+G
Maximum is
C+F
Maximum is
C+G
Maximum is
70 metres
10 metres
70 metres
10 metres
10 metres
30 metres
10 metres
30 metres
30 metres
30 metres
30 metres
30 metres
30 metres
30 metres
New
Compact INVERTER
Outdoor Units
FDC 200VS
Indoor Units - Operating Current
FDUM
FDC 250VS
Indoor Unit
FDT
FDE
40
0.3A
0.2A
0.2A
50
0.3A
0.2A
0.9A
0.2A
60
0.3A
0.4A
1.0A
0.2A
71
0.3A
0.4A
1.3A
100
0.6A
0.5A
1.7A
125
0.7A
0.6A
2.0A
FDK*
Refrigerant Pipe Sizes
Outdoor Unit Clg/Htg kW System Type
FDC71VN
SW5
SW2
* application for FDK to be advised
The Master/Slave addresses must also be adjusted using SW5 - see above
A
Pipe sizes o.d(in)
B
C(& D)
3/8 1/2
D, E, F, G
8.0/9.0
TWIN
3/8 5/8
FDC100VN
11.2/12.5
TWIN
3/8 5/8
3/8 1/2
3/8 1/2
FDC125VN
14.0/16.0
TWIN
3/8 5/8
3/8 5/8
3/8 5/8
FDC140VN
14.8/16.8
TWIN
3/8 5/8
3/8 5/8
3/8 5/8
FDC140VN
14.8/16.8
TRIPLE
3/8 5/8
3/8 1/2
3/8 1/2
mm
H
W
D
Kg
FDC200VS
22.4/25.0
TWIN
3/8 7/8
3/8 5/8
3/8 5/8
FDC71VN
750
970
340
60
FDC200VS
22.4/25.0
TRIPLE
3/8 7/8
3/8 5/8
3/8 5/8
FDC100VN
845
970
370
74
FDC200VS
22.4/25.0
QUAD
3/8 7/8
3/8 5/8
3/8 5/8
FDC250VS
28.0/31.5
TWIN
1/2 7/8
3/8 5/8
3/8 5/8
FDC125VN
845
970
370
74
FDC250VS
28.0/31.5
TRIPLE
1/2 7/8
3/8 5/8
3/8 5/8*
FDC140VN
845
970
370
74
FDC250VS
28.0/31.5
QUAD
1/2 7/8
3/8 5/8
3/8 5/8
FDC200VS
1300
970
370
122
FDC250VS
1505
970
370
140
*For 40/50/60 (indoors) Triple, use 3/8 & 1/2 for the 50 connection
3/8 1/2
Outdoor Unit Dimensions & Weights
3/8 1/2
3/8 5/8
Was this manual useful for you? yes no
Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Download PDF

advertising