Samsung MIM-B13A User manual

Transmitter
MIM-B13A
MIM-B13AC
MIM-B13B
Air Conditioner
installation manual
DB98-29543A(4)
CEK
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Thank you for purchasing this Samsung product.
MIM-B13A_IM_E_29543-4.indd 21 2010-09-03 오후 2:27:48

E-2
Safety Precautions
Read this installation manual carefully before installation
and check whether the transmitter is installed correctly
after installation.
Do not attempt to install or repair this transmitter by
yourself.
This transmitter contains no user-serviceable parts.
Always consult authorized service personnel for repairs.
Must install the transmitter with the cable which is
supplied with the transmitter.
When moving, consult authorized service personnel for
disconnection and installation of the transmitter.
The transmitter must be installed according to the
national electrical rules by an installation specialist.
When you want to disuse the centralized control,
consult authorized installation center.
WARNING
CAUTION  Do not use inflammable gases near the centralized
control.
Do not install the centralized control in a location where
it will come into contact with the combustible gases,
machine oil, sulphide gas, etc.
Avoid a location where acid/alkali solution or special
spray is used.
 Do not spill water into the transmitter.
Do not give tensile strength to the cable to avoid
disconnection.
 Do not connect the power cable to the control terminal.
 If the transmitter is installed in a hospital or other special
places, it should not affect other electronic devices.
This installation manual indicates you to install the transmitter which is attached
to the outdoor unit to use the centralized control. For installation of other optional
accessories, see an appropriate installation manual.
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E-3
ENGLISH
Transmitter Installation(For 64 indoor units)
Accessories
Transmitter MAIN Transmitter SUB
 
   
485 Communication
Cable
DC Power Cable
(12V)
DC Power Cable
(5V)
Communication
Cable
Cable Tie Case
For certain types of outdoor unit, if the DC power cable
provided with the transmitter can not be used, use the DC
power cable provided with the outdoor unit.
1Attach the transmitter to the left side of the electrical
component box in the outdoor unit, then connect the power
and communication cable between the transmitter and the
outdoor unit; refer to the figure in page 4.
2If you install a transmitter to an outdoor unit, every indoor
unit which is connected to an outdoor unit can be controlled
simultaneously.
3If the number of installed indoor units connected to the
outdoor unit is below 16, install only the transmitter MAIN PCB.
If the number of installed indoor units connected to the
outdoor unit is over 16, install with a transmitter SUB PCB.
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E-4
Transmitter Installation (Continued)
All cables must be installed according to the national wiring
regulation and make sure the wires are installed inside the
wall.
Caution
   
 
        
Transmitter ADDRESS Seting Switch
Communication Cable between
transmitter
 Terminal board
Transmitter ADDRESS Setting Switch
Channel 0
Channel 1
Channel 2
DC 12V
supply
DC 5V
supply
Control panel
Outdoor unit Transmitter MAIN PCB
Transmitter SUB PCB
12V
(BLU)
5V
(BLK)
Outdoor unit PCB
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E-5
ENGLISH
Transmitter Installation (Continued)
Setting up Option Switches (Indoor Unit)
1Adjust K2 DIP switch(SW05) on the indoor unit PCB to the
'OFF' position to enable centralized control.
2Set the RMC(1) and RMC(2) switch among the address setup
switches of indoor unit main PCB as below.
 RMC(1)
Setting Meaning
0
Select transmitter 'channel 0'
1
Select transmitter 'channel 1'
2
Select transmitter 'channel 2'
SW01 SW02 SW03 SW04
Indoor unit address setup switch
MAIN(TEN) MAIN(ONE) RMC(1) RMC(2)
In Case of Installing Centralized Control Only
K1 K2 K3 K4
SW05
 RMC(2)
Note The numbers on the centralized control represent
the RMC(2) addresses of indoor units.
Refer to the table below.
RMC(2) Address 0 1 2 3 4 5 6 7 8 9 A B C D E F
Button No. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Note  Individual control
means a centralized controller controls only 1 indoor unit. In this case,
you should assign the RMC address to the indoor unit.
 Group control
means a centralized controller controls more than 2 indoor units. In this case,
you should assign the RMC address to each indoor unit to be controlled by the
centralized controller and cannot use a wireless remote controller.
  If the RMC (1) switch is set to other numbers besides
0, 1, and 2, communication error occurs.
  According to the number of installed indoor units,
transmitter connection setup is changed. For detailed
installation structure, refer to the installation example of
central control + transmitter (pages 7 to 17).
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E-6
The transmitter channel for controlling the indoor unit is set according to the
RMC(1) switch of the indoor unit.
Setting Meaning Remarks
0
Select transmitter 'channel 0' Control the indoor unit by
using the centralized control
connected to the selected
channel
1
Select transmitter 'channel 1'
2
Select transmitter 'channel 2'
No
Yes
Install the Transmitter MAIN PCB
and the SUB PCB separately.
Is the number
of indoor units over 16?
Install the Transmitter MAIN PCB
only.
Set the Transmitter
address differently.
(DS01, DS02, DS03).
Transmitter Installation (Continued)
Transmitter Classifying Flow Chart
 Select and install the transmitter according to the number of
installed indoor units.
 If the number of indoor units connected to the outdoor unit is
below 16 : Install the Transmitter MAIN PCB only.
 If the number of indoor units connected to one outdoor unit is
over 16 : Install the Transmitter MAIN PCB and the SUB PCB
separately.
Note  When setting the indoor unit address
 If the RMC(1) switch is set to '0', the Centralized Controller
should to be connected to 'channel 0'.
If the RMC(1) switch is set to '1', the Centralized Controller
should to be connected to 'channel 1'.
If the RMC(1) switch is set to '2', the Centralized Controller
should to be connected to 'channel 2'.
 If the MAIN address is set incorrectly, the communication
error occurs.
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E-7
ENGLISH
Transmitter Installation (Continued)
If the number of installed indoor units
connected to one outdoor unit is below 16
Wiring Diagram
 Distance between the centralized control and the last
transmitter should be 1000 meters or less.
Transmitter
Centralized
control
Outdoor unit 1 Indoor unit
Transmitter
Transmitter
Outdoor unit 2
Indoor unit Indoor unit
Indoor unit Indoor unit Indoor unit
MAIN 0 RMC(1) 0
RMC(2) 0
MAIN 1 RMC(1) 0
RMC(2) 1
MAIN 2 RMC(1) 0
RMC(2) 2
MAIN 3 RMC(1) 0
RMC(2) 3
MAIN 4 RMC(1) 0
RMC(2) 4
MAIN 5 RMC(1) 0
RMC(2) 5
Channel 0Channel 0Channel 0
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E-8
   
 
SW01 SW02 SW03
SW03
SW03
SW04
SW03
Centralized
control
Outdoor unit
Controls 16 indoor units
with the RMC(1) switch
set to '2'.
Channel 2 Channel 1
Channel 0
Centralized
control
Controls 16 indoor units
with the RMC(1) switch
set to '1'.
Centralized
control
Controls 16 indoor units
with the RMC(1) switch
set to '0'.
DIP 1
OFF : 12V, 5V Supply
 Transmitter ADDRESS switch
setting should be set respectively.
Power cable(DC 12V)
Power cable(DC 5V)
Communication Cable
Transmitter
Transmitter Installation (Continued)
If the number of installed indoor units
connected to one outdoor unit is over 16
To install 48 Indoor units for 1 Outdoor unit
(Individual control of indoor units)
Note  When setting the indoor unit address
 If the RMC(1) switch is set to '0', the Centralized Controller
should to be connected to 'channel 0'.
If the RMC(1) switch is set to '1', the Centralized Controller
should to be connected to 'channel 1'.
If the RMC(1) switch is set to '2', the Centralized Controller
should to be connected to 'channel 2'.
 If the MAIN address is set incorrectly, the communication
error occurs.
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E-9
ENGLISH
   
 
SW01 SW02 SW03
SW03
SW03
SW04
SW03
Indoor
unit
ADDRESS
MAIN(TEN) 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1
MAIN(ONE) 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5
RMC(1) 0
RMC(2) 0 1 2 3 4 5 6 7 8 9 A B C D E F
Indoor unit
0
MAIN(TEN) MAIN(ONE) RMC(1) RMC(2)
When setting the indoor unit address
Indoor
unit
ADDRESS
MAIN(TEN) 1 1 1 1 2 2 2 2 2 2 2 2 2 2 3 3
MAIN(ONE) 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1
RMC(1) 1
RMC(2) 0 1 2 3 4 5 6 7 8 9 A B C D E F
Indoor
unit
ADDRESS
MAIN(TEN) 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4
MAIN(ONE) 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7
RMC(1) 2
RMC(2) 0 1 2 3 4 5 6 7 8 9 A B C D E F
Indoor unit
1
Indoor unit
2
Indoor unit
13
Indoor unit
14
Indoor unit
15
Indoor unit
31
Indoor unit
30
Indoor unit
29
Indoor unit
18
Indoor unit
17
Indoor unit
16
Indoor unit
32
Indoor unit
33
Indoor unit
34
Indoor unit
45
Indoor unit
46
Indoor unit
47
Indoor unit
3~ 12
Indoor unit
19~28
Indoor unit
35~44
RMC(1)
RMC(1)
RMC(1)
Transmitter Installation (Continued)
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E-10
   
 
SW01 SW02 SW03
SW03
SW04
SW03
Centralized
control
Outdoor unit
Controls 16 indoor units
with the RMC(1) switch
set to '1'.
Channel 2 Channel 1
Channel 0
Centralized
control
Controls 16 indoor units
with the RMC(1) switch
set to '0'. DIP 1
OFF : 12V, 5V Supply
 Transmitter ADDRESS switch
setting should be set respectively.
Transmitter
Transmitter Installation (Continued)
To install 32 indoor units for 1 outdoor unit
(Individual control of indoor units)
Power cable(DC 12V)
Power cable(DC 5V)
Communication Cable
Note  When setting the indoor unit address
 If the RMC(1) switch is set to '0', the Centralized Controller
should to be connected to 'channel 0'.
If the RMC(1) switch is set to '1', the Centralized Controller
should to be connected to 'channel 1'.
If the RMC(1) switch is set to '2', the Centralized Controller
should to be connected to 'channel 2'.
 If the MAIN address is set incorrectly, the communication
error occurs.
MIM-B13A_IM_E_29494-1.indd 10 2008-03-19 ｿﾀﾈﾄ 12:22:21