[
II
Restrictions ]
- 23 -
HWE1410A
GB
2. M-NET Address settings
(1) Address settings table
The need for address settings and the range of address setting depend on the configuration of the system.
*1. If a given address overlaps any of the addresses that are assigned to other units, use a different, unused address within the setting
range.
*2. To set the outdoor unit address or the auxiliary outdoor unit address to "100," set the rotary switches to "50."
*3. To set the ME remote controller address to "200," set the rotary switches to "00."
*4. Some models of indoor units have two or three control boards.
Assign an address to the No.1, No. 2, and No. 3 control boards so that the No. 2 control board address equals the No. 1 control board
address plus 1, and that the No. 3 control board address equals the No. 1 control board address plus 2.
*5. 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).
*6. No address settings are required for units in a system with a single outdoor unit (with some exceptions).
Address setting is required if a sub HBC controller is connected.
*7. If a given address overlaps any of the addresses that are assigned to other units, use a different, unused address within the setting
range.
Unit or controller
Sym-
bol
Address
setting
range
Setting method
Factory
address
setting
CITY MULTI
indoor unit
Main/sub unit
IC
0, 01 to
50
*1 *4 *6*7
Assign the smallest address to the main indoor unit in the
group, and assign sequential address numbers to the rest of
the indoor units in the same group.
00
M-NET
adapter
M-NET con-
trol interface
Free Plan
adapter
LOSSNAY, OA processing unit
LC
0, 01 to
50
*1 *4 *6*7
Assign an arbitrary but unique address to each of these units
after assigning an address to all indoor units.
00
ATW
Booster Unit
BU
Water Hex Unit
AU
ME remote
controller
Main remote
controller
RC
101 to 150
Add 100 to the smallest address of all the indoor units in the
same group.
101
Sub remote
controller
RC
151 to
200
*3
Add 150 to the smallest address of all the indoor units in the
same group.
MA remote controller
MA
No address settings required. (The main/sub setting must be made if 2 re-
mote controllers are connected to the system.)
Main
CITY MULTI outdoor unit
(Heat source unit)
OC
OS
0, 51 to
100
*1 *2
*6*7
Assign an address that equals the lowest address of the in-
door units in the same refrigerant circuit plus 50.
Assign sequential addresses to the outdoor units in the
same refrigerant circuit. The outdoor units in the same re-
frigerant circuit are automatically designated as OC and
OS.
*5
00
Auxiliary out-
door unit
HBC controller
Sub-HBC
HB
HS
0, 51 to
100
*1 *2 *6
Assign an address that equals the lowest address of the in-
door units to be connected to the HBC controller or Sub-
HBC plus 50.
If a given address overlaps any of the addresses that are as-
signed to the other units, use a different, unused address
within the setting range.
00
System con-
troller
Group remote control-
ler
GR
SC
201 to 250
Assign an address that equals the sum of the smallest group
number of the group to be controlled and 200.
201
System remote con-
troller
SR
SC
Assign an arbitrary but unique address within the range listed
on the left to each unit.
ON/OFF remotecon-
troller
AN
SC
Assign an address that equals the sum of the smallest group
number of the group to be controlled and 200.
Schedule timer (com-
patible with M-NET)
ST
SC
Assign an arbitrary but unique address within the range listed
on the left to each unit.
202
Central controller
AG-150A
GB-50ADA
G(B)-50A
TR
SC
0, 201 to
250
Assign an arbitrary but unique address within the range listed
on the left to each unit. The address must be set to "0" to con-
trol the K-control unit.
000
LM adapter
SC
201 to 250
Assign an arbitrary but unique address within the range listed
on the left to each unit.
247
0000002394.book 23 ページ 2016年1月12日 火曜日 午後4時49分
Summary of Contents for CITY MULTI CMB-WP1016V-GA1
Page 1: ......
Page 9: ...HWE1410A GB ...
Page 11: ... 2 HWE1410A GB ...
Page 27: ... I Read Before Servicing 18 HWE1410A GB ...
Page 29: ... 20 HWE1410A GB ...
Page 47: ... 38 HWE1410A GB ...
Page 55: ... III HBC Controller Components 46 HWE1410A GB 2 Power supply circuit board ...
Page 57: ... 48 HWE1410A GB ...
Page 67: ... IV Electrical Wiring Diagram 58 HWE1410A GB ...
Page 69: ... 60 HWE1410A GB ...
Page 75: ... 66 V Refrigerant Circuit GB HWE1410A ...
Page 77: ... 68 HWE1410A GB ...
Page 95: ... 86 HWE1410A GB ...
Page 117: ... VII Test Run Mode 108 HWE1410A GB ...
Page 119: ... 110 HWE1410A GB ...
Page 207: ... VIII Troubleshooting 198 HWE1410A GB ...
Page 209: ... 200 HWE1410A GB ...
Page 294: ......