Mitsubishi Electric PURY-EP200YLM-A, Руководство по обслуживанию

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[2-9 Example System with an MA and an ME Remote Controller ]
GB HWE1314A
(5) Address setting method
The outdoor units in the same refrigerant circuit are automatically designated as OC and OS.
They are designated as OC and OS in the descending order of capacity (ascending order of address if the capacities are the same).
Pro-
ce-
dure
s
Unit or controller
Ad-
dress
set-
ting
range
Setting method Notes
Facto-
ry set-
ting
1 Opera-
tion with
the
MA re-
mote
controller
In-
door
unit
Main
unit
IC 01 to
50

Assign the smallest address to
the main unit in the group.

In a system with a sub BC con-
troller, make the settings for the
indoor units in the following or-
der.
(i) Indoor unit to be connected to
the main BC controller
(ii) Indoor unit to be connected to
sub BC controller 1
(iii) Indoor unit to be connected to
sub BC controller 2
Make the settings for the indoor
units in the way that the formula "(i)
< (ii) < (iii)" is true.

Assign an address smaller than that of
the indoor unit that is connected to the
ME remote controller.

Enter the same indoor unit group set-
tings on the system controller as the
ones that were entered on the MA re-
mote controller.

To perform a group operation of indoor
units that have different functions, des-
ignate the indoor unit in the group with
the greatest number of functions as the
main unit.

Port number setting is required.
00
Sub
unit
IC 01 to
50
Assign sequential numbers start-
ing with the address of the main
unit in the same group +1. (Main
unit a1, main unit address
+2, main unit a3, etc.)
MA
re-
mote
con-
troller
Main re-
mote
control-
ler
MA
No
set-
tings re-
quired.
-
Main
Sub
remote
control-
ler
MA
Sub
remote
control-
ler
Settings to be made according
to the remote controller func-
tion selection
2 Opera-
tion with
the
ME re-
mote
controller
In-
door
unit
Main
unit
IC 01 to
50
Assign the smallest address
to the main unit in the group.

Assign an address higher than those of
the indoor units that are connected to
the MA remote controller.

Make the initial settings for the indoor
unit group settings via the system con-
troller.

To perform a group operation of indoor
units that have different functions, des-
ignate the indoor unit in the group with
the greatest number of functions as the
main unit.

Port number setting is required.

Addresses that are assigned to the in-
door units that are connected to the sub
BC controller should be higher than the
addresses that are assigned to the in-
door units that are connected to the
main BC controller.
00
Sub
unit
IC 01 to
50
Assign sequential numbers
starting with the address of the
main unit in the same group
+1. (Main unit a1,
main unit a2, main
unit a3, etc.)
ME
re-
mote
con-
troller
Main re-
mote
control-
ler
RC 101 to
150
Add 100 to the main unit ad-
dress in the group.

It is not necessary to set the 100s
digit.

To set the address to 200, set it to
00.
101
Sub
remote
control-
ler
RC 151 to
200
Add 150 to the main unit ad-
dress in the group.
3 LOSSNAY LC 01 to
50
Assign an arbitrary but unique
address to each of these units
after assigning an address to
all indoor units.
None of these addresses may over-
lap any of the indoor unit addresses.
00
4 Outdoor unit OC
OS
51 to
100

Assign sequential address to the
outdoor units in the same refrig-
erant circuit.

The outdoor units are automati-
cally designated as OC and
OS.(Note)

To set the address to 100, set it to 50.

If the addresses that is assigned to the
main BC controller overlaps any of the
addresses that are assigned to the out-
door units or to the sub BC controller,
use a different, unused address within
the setting range.

The use of a sub BC controller requires
the connection of a main BC controller.
00
5 Auxiliary
outdoor
unit
BCcontroller (Sub) BS 51 to
100
Assign an address that equals the
sum of the smallest address of the
indoor units that are connected to
the sub BC controller and 50.
BC controller
(Main)
BC OC (or OS if it exists) +1