Mitsubishi FDC121KXZEN1-W - Page 22

(1) In the case of a single refrigerant system installation (Generally applicable to new SL/previous SL, use figures in [ ] with previous SL.)
① Outdoor unit address setting
Set as follows before you turn on power.
Make sure that the Outdoor Unit No. switch is set to 49 (factory setting)
② Indoor unit address setting
Set as follows before you turn on power.
Make sure that the Indoor Unit No. switch is set to 000 [in the case of previous SL: 49] (factory setting)
Make sure that the Outdoor Unit No. switch is set to 49 (factory setting)
③ Turn on power in order from the outdoor unit to indoor units. Give a one-minute or longer interval for them. Unlike the procedure set out in (2) below, you need not change settings from
the 7-segment display panel.
④ Make sure that the number of indoor units indicated on the 7-segment display panel agrees with the number of the indoor units that are actually connected to the refrigerant system.
(2) In the case of a multiple refrigerant systems installation (Applicable to new SL only. In the case of previous SL, set addresses with some other method.)
(This option is available when the interconnection wiring among refrigerant systems is on the outdoor side and new SL is chosen as the communication protocol.)
Address setting procedure (perform these steps for each outdoor unit)
[STEP1] (Items set before turning on power)
① Outdoor unit address setting
Set as follows before you turn on power.
Set the Outdoor Unit No. switch to a number 00 - 31. Set a unique number by avoiding the numbers assigned to other outdoor units on the network.
② Indoor unit address setting
Set as follows before you turn on power.
Make sure that the Indoor Unit No. switch is set to 000 (factory setting)
Make sure that the Outdoor Unit No. switch is set to 49 (factory setting)
③ Isolate the present refrigerant system from the network.
Disengage the network connectors (white 2P) of the outdoor units. (Turning on power without isolating each refrigerant system will result in erroneous address setting.)
[STEP2] (Power on and automatic address setting)
④ Turn on power to the outdoor unit
Turn on power in order from the outdoor unit to indoor units. Give a one-minute or longer interval for them.
⑤ Select and enter “1” in P31 on the 7-segment display panel of each outdoor unit to input “Automatic address start.”
⑥ Input a starting address and the number of connected indoor units.
Input a starting address in P32 on the 7-segment display panel of each outdoor unit.
⑦ When a starting address is entered, the display indication will switch back to the “Number of Connected Indoor Units Input” screen.
Input the number of connected indoor units from the 7-segment display panel of each outdoor unit. Please input the number of connected indoor units for each outdoor unit. (You can
input it from P33 on the 7-segment display panel.)When the number of connected indoor units is entered, the 7-segment display panel indication will switch to “AUX” and start flickering.
[STEP3] (Automatic address setting completion check)
⑧ Indoor unit address determination
When the indoor unit addresses are all set, the 7-segment display panel indication will switch to “AUE” and start flickering.
If an error is detected in this process, the display will show “A○○.”
Check the 7-segment display panel of each outdoor unit.
Depending on the number of connected indoor units, it may take about 30 minutes before the indoor unit addresses are all set.
[STEP4] (Network definition setting)
⑨ Network connection
When you have confirmed an “AUE” indication on the display of each outdoor unit, engage the network connectors again.
⑩ Network polarity setting
After you have made sure that the network connectors are engaged, select and enter “1” in P34 on the 7-segment display panel ofany outdoor unit (on only 1 unit) to specify
network polarity.
⑪ Network setting completion check
When the network is defined, “End” will appear on the 7-segment display panel. An “End” indication will go off, when some operation is made from the 7-segment display panel or
3 minutes after.
①
Outdoor unit address setting
Set as follows before you turn on power. Upon turning on power, the outdoor unit address is registered.
Set the Outdoor Unit No. switch to a number 00 - 31 [in the case of previous SL: 00 - 47].
Set a unique number by avoiding the numbers assigned to other outdoor units on the network.
②
Indoor unit address setting
Set as follows before you turn on power. Upon turning on power, the indoor unit address is registered.
Set the Indoor Unit No. switch to a number 000 - 127 [in the case of previous SL: 00 - 47].
Set the Outdoor Unit No. switch to the outdoor unit No. of the associated outdoor unit within the range of 00 - 31 [in the case of previous SL: 00 - 47].
Set a unique number by avoiding the numbers assigned to other indoor units on the network.
③
Turn on power in order from the outdoor unit to indoor units. Give a one-minute or longer interval for them.
* When there are some units not supporting new SL connected in the network, set SW5-5 to ON to choose the previous SL communication mode.
In the case of previous SL, the maximum number of indoor units connectable in a network is 48.
(1) When one outdoor unit is used.
(1) The signal lines can also be connected using the method shown below.
Indoor and outdoor signal wires
○ Indoor and outdoor signal lines do not have a polarity.
Any of the connections in the following illustration can be made.
(2) When plural outdoor units are used
Outdoor unit Outdoor unit
Signal line
Refrigerant pipe
Network connector
Signal line
CASE 1 CASE 2
CASE 3 CASE 4
Refrigerant pipe
Signal line
Refrigerant pipe
Network connector Network connector
Network connector Network connector
Network connector
Earth wire is giving slack.
FDC112−155KXZES1-W (Three-phase)
Outdoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Outdoor unit Outdoor unit Outdoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Outdoor unit [01] Outdoor unit [02]
Indoor unit Indoor unit
Indoor unit Indoor unit
Indoor unit Indoor unit
Outdoor unit Outdoor unit Outdoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Outdoor unit Outdoor unit Outdoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Outdoor unit Outdoor unit Outdoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Indoor unit
Outdoor unit
Outdoor unit
Indoor unit
Indoor unit
Indoor unit
Outdoor unit
Indoor unit
Indoor unit
Outdoor unit
Indoor unit
Indoor unit
Outdoor unit
Indoor unit
Outdoor unit
Indoor unit
Outdoor unit
Indoor unit
Outdoor signal line
terminal block
Indoor signal line
terminal block
○
Loop wiring prohibited.
The signal lines cannot form a
loop, so the wirings shown as
.......
in the diagram are
prohibited.
Power cable and signal line connection
Signal terminal block
Wiring label
Outgoing cable direction
M4 screw
Important
Automatic address setting Generally applicable to new SL/previous SL, use figures in [ ] with previous SL.
Address change (available only with new SL)
●
Connect the signal line between indoor unit and outdoor unit to A1 and B1.
●
Connect the signal line between outdoor units to A2 and B2.
●
Please use a shielded cable for a signal line and connect a shielding earth at all the indoor units and outdoor units.
Ａ1 B1
A1・B1 A2・B2
A1
B1
A1
B1
Ａ Ｂ Ａ Ｂ Ａ Ｂ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
A1・B1 A2・B2 A1・B1 A2・B2
7-1. Unit address setting
OK
OK
※1
×
※2
OK
OK
OK
OK
×
×
OK
OK
OK
Case 1
Case 2
Communication protocol
new SL previous SL
Address setting method
When only one refrigerant system is involved (signal
lines do not link with plural refrigerant systems)
Indoor unit address setting
000−127[47](*1)
000
000
00−31[47]
49
49
Indoor unit address setting
00−47
49
×
00−47
49
×
00−31[47]
49
00−31
Outdoor unit address setting
00−47
49
×
Outdoor unit address setting
0
1
2
3
4
5
6
7
8
9
0
1
2
3
4
5
6
7
8
9
●
Address No. setting
Set SW1 through 4 and SW5-2 provided on the PCB and SW1 & 2 provided on the outdoor unit PCB as shown in the drawings below.
●
Address setting methods
The following address setting methods can be used. The procedure for automatic address setting is different from the conventional one.
Please use the automatic address setting function after reading this manual carefully.
※1 Do not connect the signal line between outdoor units to A1 and B1. This may interrupt proper address setting. (Case 3)
Do not connect the signal line between indoor unit and outdoor unit to A2 and B2. This may interrupt proper address setting. (Case 4)
※2 In Case 2, automatic address setting is not available. Set addresses manually.
A1・B1 A2・B2
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
A1・B1 A2・B2 A1・B1 A2・B2 A1・B1 A2・B2
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
A1・B1 A2・B2 A1・B1 A2・B2
A1・B1 A2・B2
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
A1・B1 A2・B2 A1・B1 A2・B2 A1・B1 A2・B2
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
Ｂ
Ａ
A1・B1 A2・B2 A1・B1 A2・B2
×
×
●
Summary of address setting methods (figures in [ ] should be used with previous SL)
(*1) Do not set numbers other than those shown in the table, or an error may be generated.
Note: When units supporting new SL are added to a network using previous SL such as one involving FD○A△△KXE4 series units, choose previous SL for the communication
protocol and set addresses manually.
●
An outdoor unit No., which is used to identify which outdoor unit and indoor units are connected in a refrigerant system, is set on outdoor unit PCB and indoor unit PCB.
Give the same outdoor unit No. to all outdoor unit and indoor units connected in same refrigerant system.
●
An indoor unit No. is used to identify individual indoor units. Assign a unique number that is not assigned to any other indoor units on the network.
When plural refrigerant systems are linked with signal lines
(e.g., to implement central control)
Incorrect cable connection
(The signal line between outdoor units is connected to A1 and B1)
Incorrect cable connection
(The signal line between indoor unit and outdoor units is connected to A2 and B2)
Manual address setting
(previous SL/new SL)
Units supporting new SL Units NOT supporting new SL
Unless stated otherwise, the following procedures apply, when new SL is chosen for the communication protocol.
When previous SL is chosen, use figures shown in [ ] in carrying out these procedures.
Manual address setting Generally applicable to new SL/previous SL, use figures in [ ] with previous SL.
・Within a refrigerant system, indoor units are assigned addresses in the order they are recognized by the outdoor unit. Therefore, they are not necessarily assigned
addresses in order from the nearest to the outdoor unit first as depicted in drawings above.
・Make sure that power has been turned on to all indoor units.
・When addresses are set, you can have the registered indoor unit address No.’s and the outdoor unit address No. displayed on the remote control unit by pressing its
Inspection switch.
・Automatic address setting can be used for an installation in which prulal indoor units are controlled from one remote control unit.
・Once they are registered, addresses are stored in microcomputers, even if power is turned off.
・If you want to change an address after automatic address setting, you can change it from the remote control unit with its “Address Change” function or by means of
manual setting. Set a unique address by avoiding the address assigned to other indoor unit on the network when the address is changed.
・Do not turn on power to central control equipment until automatic address setting is completed.
・When addresses are set, be sure to perform a test run and ensure that you can operate all indoor and outdoor units normally. Also check the addresses assigned to the
indoor units.
② OFF
① OFF
② indoor000/outdoor 49
(
factory setting)
① 01,02(Ex）
③ Disconnect(each outdoor unit)
STEP1 STEP2 STEP3 STEP4
Indoor unit
（00）+01
Indoor unit
（01）+01
Indoor unit
（02）+01
Indoor unit
（00）+04
Indoor unit
（01）+04
Indoor unit
（02）+04
Indoor unit
01
Indoor unit
02
Indoor unit
03
Indoor unit
02
Indoor unit
03
Indoor unit
04
Indoor unit
05
Indoor unit
06
Indoor unit
04
Indoor unit
05
Indoor unit
06
［STEP1］ ［STEP2］
［STEP3］ ［STEP4］
Outdoor unit [01]
Start [01]
Number [03]
Start [04]
Number [03]
Outdoor unit [02]
Outdoor unit [01] Outdoor unit [02] Outdoor unit [01] Outdoor unit [02]
ー
ー
ー
ー
⑨
Connect(each outdoor unit)
ー
ー
⑩
Set in P34 on the 7-segment display
panel of any outdoor unit.
⑪ 「End」
ー
ー
ー
ー
ー
ー
ー
ー
⑧
“AUE”(blink), or “A ○○ ” in error events.
Indoor unit power source
Outdoor unit power source
Indoor unit
(indoor/outdoor No.switch)
Outdoor unit (outdoor No.switch)
Network connectors
Start automatic address setting
Set starting address
Set the number of indoor unit
Polarity setting
7-segment display
Indoor unit
01
Indoor No.switch
000
000
Outdoor No.switch
49
49
Indoor unit address setting
Outdoor unit address setting
Outdoor No.switch
49
00ー31
“Address Change” is used, when you want to change an indoor unit address assigned with the “Automatic Address Setting” function from a remote control unit.
Accordingly, the conditions that permit an address change from a remote control unit are as follows.
If “CHANGE ADD.
▼ ” is selected with some addresses falling outside these conditions, the following indication will appear for 3 seconds
Cable clamp
※1 Signal line between the indoor unit and the outdoor unit.
※2 Signal line between the outdoor units.
※1
※2
Attention
9.5mm or less
FDC90−155KXZEN1-W (Single phase) FDC112−155KXZES1-W (Three phase)
For M4
9.5mm or less For M4
For M3.5
6.6mm or less
Automatic Manual Automatic Manual
●
For cabling of the power source terminal block,
use crimp terminals of the figure shown below.
●
For cabling of the signal line terminal block,
use crimp terminals of the figure shown below.
Remote controller wiring specifications
Length (m)
100 to 200
to 300
to 400
to 600
Wire size
0.5ｍｍ
2
× 2 cores
0.75ｍｍ
2
× 2 cores
1.25ｍｍ
2
× 2 cores
2.0ｍｍ
2
× 2 cores
Specification
250V 30A
Part No.
SSA564A161※ ※Spare part is PCA006A091A.
(1) For the remote controller the standard wire is 0.3mm
2
x 2 cores. The max. length is up
to 600m. When the wire is more than 100m long, use the wire shown in the table.
Main fuse specification (FDC90-155KXZEN1-W only)
SW1 (SW3)
SW2 (SW4)
For ten’s place For one’s place
By inserting a flat driver
(precision screwdriver) into
this groove and turn the arrow
to point a desired number.
Indoor PCB
Outdoor PCB
SW1, 2 (blue)
SW3, 4 (green)
SW5-2
SW1, 2 (green)
For setting indoor No. (The ten’s and one’s)
For setting outdoor No. (The ten’s and one’s)
Indoor No. switch (The hundred’s Place) [OFF : 0, ON : 1]
For setting outdoor No. (The ten’s and one’s)
7. CONTROL SETTINGS
When signal lines linking plural refrigerant systems are
provided between outdoor units.
(When the network connector
is disconnected, refrigerant systems are separated each other)
When signal lines linking plural refrigerant systems are
provided between indoor units.
Automatic address setting for
multiple refrigerant systems installation
(with new SL only)
Automatic address setting for
single refrigerant system installation
(previous SL/new SL)
Automatic address setting for multiple refrigerant systems installation
Automatic address setting forsingle refrigerant system installation
Indoor No. switch Outdoor No. switch Outdoor No. switch Indoor No. switch Outdoor No. switch Outdoor No. switch
With new SL, you can set indoor unit addresses automatically even for an installation involving multiple refrigerant systems connected with same network, in addition to the conventional
automatic address setting of a single refrigerant system installation.
However, an installation must satisfy some additional requirements such as for wiring methods, so please read this manual carefully before you carry out automatic address setting.
④ ON
④ ON
Polarity
setting
This control system controls the controllers of more than one air conditioner's outdoor unit, indoor unit and remote control unit through communication control, using the
microcomputers built in the respective controllers. Address setting needs to be done for both outdoor and indoor units. Turn on power in the order of the outdoor units and
then the indoor units.
Use 1 minute as the rule of thumb for an interval between them.
The communication protocol can be choosen from following two types. One of them is the conventional Superlink (hereinafter previous SL) and the other is the new
SuperlinkⅡ (hereinafter new SL). These two communication protocols have their advantages and restrictions as summarized in a table in “6. ELECTRICAL WIRING
WORK” so please choose a desirable one meeting your installation conditions such as connected indoor units and centralized controller.
When signal cables are connected into a network invol
ving outdoor units, indoor units or centralized control equipment that do not support new SL, please select
communications in the previous SL mode, even if the refrigerant system is separated from theirs.
When communication is established after setting addresses, check the communication protocol with the 7-segment display panel of the outdoor unit.
⑦ outdoor 01:｢03｣(Ex)
outdoor 02:｢03｣(Ex)
⑥ outdoor 01:｢01｣(Ex)
outdoor 02:｢04｣(Ex)
⑤ Select “Automatic Address Start”
on each outdoor unit.
⑦ ［AUX］(Blink）
ー
ー
ー
ー
●
It holds cables in place and protect the terminal
connection from external force.
●
Give adequate slack to cables in fastening them.
●
As like the refrigerant pipe, it can be let out in
any of the following directions:
side right, front, rear and downward.
●
The wiring label is attached on the back side of
the service panel.
SL SL
FDC90−155KXZEN1-W (Single-phase)
on the remote control ”INVALID OPER”.
'20 • KX-T-373
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20
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