Example System With An Me Remote Controller; System With A Connection Of System Controller To Centralized Control Transmission Line - Mitsubishi Electric PURY-P200YLM-A(1) Service Handbook

[2-8 Example System with an ME Remote Controller ]

2-8

Example System with an ME Remote Controller

2-8-1 System with a Connection of System Controller to Centralized Control
Transmission Line
(1) Sample control wiring
Leave the male
connector on
CN41 as it is.
SW5-1 OFF ON
M1M2
Leave the male
connector on
CN41 as it is.
SW5-1 OFF ON
M1M2
M1M2
(2) Cautions
1) ME remote controller and MA remote controller cannot both
be connected to the same group of indoor units.
2) No more than 2 ME remote controllers can be connected to
a group of indoor units.
3) Do not connect the terminal blocks (TB5) on the indoor units
that are connected to different outdoor units with each other.
4) Replace the power jumper connector of the control board
from CN41 to CN40 on only one of the outdoor units.
5) Provide an electrical path to ground for the S terminal on the
terminal block for centralized control on only one of the out-
door units.
6) When the number of the connected indoor units is as shown
in the table below, one or more transmission boosters (sold
separately) are required.
To connect two transmission boosters, connect them in par-
allel. (Observe the maximum number of connectable indoor
units that are listed in the specifications for each outdoor
unit.)
When the P200 and P250 models are
not included in the connected indoor
units
When the P200 and P250 models are
included in the connected indoor units
HWE1314A
L11
Move the male connector
from CN41 to CN40.
SW5-1 OFF ON
OS OC BC
52 51 53
TB3 TB3 TB02
M1M2 M1M2
TB7 TB7
M1M2 M1 M2S
S
To be left
unconnected
To be connected
L21
Leave the male
connector on
CN41 as it is.
SW5-1 OFF ON
OS OC BC
56 55 57
TB3 TB3 TB02
M1M2 M1M2
TB7 TB7
To be left
S M1M2 S
unconnected
To be left
unconnected
Note1
System controller
A B S
Number of transmission booster
(sold separately) required
1 unit 2 units
15 - 34 35 - 50
units units
11 - 26 27 - 42
units units
L12
Group Group
IC IC
01 02
TB5 TB15 TB5
S
M1M2 S 1 2 M1M2 S
A1 B2 A1 B2
101 102
RC RC
L22
Group
IC IC
04 05
TB5 TB5
TB15
S
M1M2 S 1 2 M1M2 S
A1 B2 A1 B2
154 104
RC RC
*1 When only the LM adapter is connected, leave SW5-1 to OFF (as it is).
*2 LM adapters require the power supply capacity of single-phase AC 220 - 240V.
The left table shows the number of transmission boosters
that is required by the system with three BC controllers. For
each BC controller that is subtracted from the above-men-
tioned system, two additional indoor units can be connected.
Refer to the DATABOOK for further information about how
many booster units are required for a given system.
7) When a power supply unit is connected to the transmission
line for centralized control, leave the power jumper connec-
tor on CN41 as it is (factory setting).
(3) Maximum allowable length
1) Indoor/outdoor transmission line
Same as 2-7-3
2) Transmission line for centralized control
Same as 2-7-4
3) ME remote controller wiring
Maximum overall line length
(0.3 to 1.25mm
m1 10m [32ft]
m2+m3 10m [32ft]
If the standard-supplied cable must be extended, use a
cable with a diameter of 1.25mm
of the cable that exceeds 10m [32ft] must be included in
the maximum indoor-outdoor transmission line distance
3 units
described in (1).
When connected to the terminal block on the Simple re-
-
mote controller, use cables that meet the following cable
size specifications: 0.75 - 1.25 mm
4) Maximum line distance via outdoor unit
43 - 50
units
(1.25 mm
Same as 2-7-4
- 48 -
Interlock operation with the ventilation unit
Group
LC
IC
03 07
TB15 TB5 TB15 TB5
1 2 M1M2 S 1 2 M1M2 S
A1 B2
103
RC
Group
LC
IC
08
06
TB15 TB5
TB5 TB15
1 2 M1M2 M1M2 S
S 1 2
A1 B2
106
RC
2
[AWG22 to 16])
2
2
[AWG16] or large)
[AWG16]. The section
2
[AWG18-16].
GB