MAIN CONTROL UNIT
CC-123F
SMC SYSTEM
CC-123F
Installation and Operating Instructions v1.5
Manual CC-123F v1.5 ENG Page 1 of 20
CC-123F
Main Control Unit
INDEX
1. SPECIFICATIONS ....................................................................................................................... 2
2. RECOMMENDATIONS ................................................................................................................ 2
3. ACCESSORIES ........................................................................................................................... 2
4. FUNCTIONALITY ........................................................................................................................ 3
4.1. Front panel ................................................................................................................................................. 3
4.2. Rear Panel ................................................................................................................................................. 3
4.3. Bottom ....................................................................................................................................................... 4
5. INSTALLATION AND CONNECTION .......................................................................................... 4
5.1. Connection of the main control unit connector .......................................................................................... 4
5.2. Bus wiring .................................................................................................................................................. 4
5.3. Cable specifications ................................................................................................................................... 5
6. VOLUME ADJUSTMENT ............................................................................................................. 6
7. TECHNICAL SPECIFICATIONS .................................................................................................. 6
8. DIAGRAM 1 ................................................................................................................................. 7
9. DIAGRAM 2 ................................................................................................................................. 8
10. DIAGRAM 3 ............................................................................................................................... 9
11. DIAGRAM 4 ............................................................................................................................. 10
12. PROGRAMMING THE SYSTEM ............................................................................................. 11
12.1. Clock adjustment ................................................................................................................................... 11
12.2. Sector programming .............................................................................................................................. 11
12.3. Renumber of active substations of the system ...................................................................................... 12
12.4. Transfer programming ........................................................................................................................... 13
12.5. Transfer activation ................................................................................................................................. 14
12.6. Transfer cancellation ............................................................................................................................. 14
12.7. Simultaneous main control units settings .............................................................................................. 15
12.8. General/Group Call ................................................................................................................................ 15
12.9. Door release .......................................................................................................................................... 18
12.10. Uploading messages/tables to the main control unit ........................................................................... 18
13. GUARANTEE CERTIFICATE .................................................................................................. 20
Manual CC-123F v1.5 ENG Page 2 of 20
CC-123F
Main Control Unit
1. SPECIFICATIONS
LCD display.
Volume controls for microphone and speaker.
Keyboard for settings and control.
Call type indicators.
Status indicators.
Connection to SMC bus.
Power LED.
Handset connector (for
TB-SEF).
2. RECOMMENDATIONS
We recommend you to read the instructions carefully before use, as they contain important
information of interest for your safety.
The CC-123F main control unit has some functions that you may not have seen before, so check
them with the support of this manual before using it in a real installation.
3. ACCESSORIES
The CC-123F is supplied with a connection cable, a wall base and an instruction manual.
Keep the cartons with you, just in case any future repair is necessary.
Figure 1. Wall base for connecting the CC-123F control panel to the bus.
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CC-123F
Main Control Unit
4. FUNCTIONALITY
Area or Floor Control Unit. It allows the reception of the incidences of the system and its
management. It also allows the spoken communication with the secondary elements of the
installation (TH-03F, TH-02F, UR, UR-04, SAM-M, etc.), as well as their control and programming.
4.1. Front panel
Figure 2. Front panel CC-123F
(1) Talk button
(2) ON/OFF LED indicator.
(3) Communication LED indicator.
(4) Transfer LED indicator.
(5) Speaker
(6) Presence LED indicator.
(7) Incoming call LED indicator.
(8) LCD display.
(9) Keyboard.
(10) Microphone.
4.2. Rear Panel
Figure 3. Back panel CC-123F
(11) ON/OFF Switch.
(12) TB-SEF RJ45 connector.
(13) Data transfer USB connector.
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CC-123F
Main Control Unit
4.3. Bottom
Figure 4. Bottom of CC-123F
(14) Input volume.
(15) Output volume.
5. INSTALLATION AND CONNECTION
5.1. Connection of the main control unit connector
Figure 5. Connector
+ 24 Vdc
- (of 24 Vdc)
D Data
A Audio
TC1 Door lock
5.2. Bus wiring
The SMC general bus uses bi-directional data, audio, power and auxiliary signals. The
recommended composition of this bus is as follows:
SMC BUS DESCRIPTION WIRES SECTION DISTANCE
General
Data
Serial, 8 bits 1 + shield 1,5 mm²
Up to 3.000 m
(Total all cable lengths)
Audio
+1 dB, 30 Ω 1 + shield 1,5 mm²
Up to 1.000 m
(maximum length)
Power
24 Vdc 2 2,5 mm²
Up to 1.000 m
(According to consumption)
Local
Lights
24 Vdc 3 0,5 mm² Up to 20 m
Buttons
Resistor line 2 0,5 mm² Up to 20 m
Intercom
+ 1 dB, 30 Ω
1 + shield
3
0,22 mm²
0,5 mm²
Up to 20 m
Manual CC-123F v1.5 ENG Page 5 of 20
CC-123F
Main Control Unit
5.3. Cable specifications
In order to confirm the installation of the appropriate cable, Optimus recommends C5-SMC cable
that includes all wires needed for power supply, data, audio and auxiliary signal transmission. It is
available in 100 m reels.
Specifications of this cable are as follows:
Halogens free (Conductors and cover) according to
UNE/EN 50266
Outer diameter 11 mm
Polish copper conductors, class 5 according to
UNE 21022
300 V / 500 V according to UNE 21031
Flame retardant according to UNE 20431
Low smoke emission according to UNE/EN
50627.1.2.3
No fire propagator according to UNE/EN 50625
STP Cat5 or Cat6 cable for audio and data communication may be also used if below points are
considered:
One pair is used for audio communication and the other pair for data communication.
One wire of the pair is used for signal transmission (audio or data) and the other is
connected to negative.
Conductor section is minimum of 0,22 mm².
Maximum distance is 200 m.
Power supply transmission requires parallel cable with 2,5 mm² section per wire, that may be
however calculated for each installation depending on the components of the system and distance
between them.
Using any other type of cable for data communication, such as FTP, as it is not shielded by pair,
may cause interferences of data signal on audio signal.
It is highly recommended also to sectorize the bus with Optimus SC-BUS bus isolator to avoid that
a local fail could cause a general fail in the system,. It also may help during the starting up of the
system and allow the use of smaller section wires.
Attention!
Shield is used only as protection against external interference. Connect the shield in all bus
branches (data with data, audio with audio). Only if there is a lot of electrical noise, shield
may be connected to the CC-123F (negative pole of power supply). Contact our Technical
Department for further information.
Manual CC-123F v1.5 ENG Page 6 of 20
CC-123F
Main Control Unit
6. VOLUME ADJUSTMENT
At the bottom of the main control unit there are two potentiometers used to adjust communication
audio volume: input volume and output volume.
Input potentiometer allows the adjustment of audio level from substation to main unit.
Output potentiometer allows the adjustment of audio level from main unit’s microphone.
To adjust the ringtone volume you may push F1
key and then, 1 key (to increase) or 7 key (to
decrease).
To leave adjustment menu push again F1 key or
wait for 3 seconds.
To adjust input volume, besides the potentiometer
at the bottom of the main unit, you may also push
F2 key and then, 1 key (to increase) or 7 key (to
decrease).
7. TECHNICAL SPECIFICATIONS
Model CC-123F
Power supply
24 Vdc
Consumption (stand-by)
200 mA
Consumption (transmission)
320 mA
Consumption (reception)
300 mA
Loudspeaker
8 ohms
Loudspeaker power
4 W
Audio output level
1 Vpp
Dimensions
222 x 205 x 60 mm
Finishing
Ivory metallic
Power supply wiring
2 wires, to Bus SMC (+ / -)
Data wiring
1 wire + shield to Bus data
Audio wiring
1 wire + shield to Bus audio
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8. DIAGRAM 1
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9. DIAGRAM 2
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10. DIAGRAM 3
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11. DIAGRAM 4
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Main Control Unit
12. PROGRAMMING THE SYSTEM
12.1. Clock adjustment
- When the main control unit turns on, the clock is set as 00:00:00.
- To adjust the clock, confirm that the main unit is not working, introduce hour and minutes
with a 9 in between (hh9mm) and push DEL for validation.
- For example, to introduce 10:11:04, you may push 101104 DEL
12.2. Sector programming
- In the “00” position (address) it is set the sector of the main unit, and the next 3 digits 000
(content) correspond to the main unit sector.
- Push 91264 DEL (to enter in programming mode):
- For example, if main units sector is 1, you may push 00001ENTER:
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Main Control Unit
- Push DEL to leave programming mode.
12.3. Renumber of active substations of the system
- After introducing 91283 DEL, the message “Call Programming” will appear on the display:
- Make a call from a substation (for instance, PT-1CF, PT-1BF, SAM-M…).
- On the display, it will appear the actual number of active substation or remote control unit
(for instance, 16).
- Assign the new number to this active substation and push ENTER (for instance, if it is
assigned number 1).
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Main Control Unit
- If the substation can make presence activation, activate it (to check on display new
assigned number).
- Push again presence button to restore the system. From then, this active substation or
remote control unit will be identified by this number.
- Repeat the same sequence to renumber all of active substations of the installation.
- Once all active substations or remote control units have been accordingly set, push DEL to
leave Call Programming mode.
12.4. Transfer programming
- The number of the destination main units is set in memory positions 70, 71, 72 and 73.
Let’s make an example:
- Imagine that, from main unit 1, when the first transfer is made, main unit 1 is transferred to
main unit 3; when second transfer is made, main unit 1 transferred to main unit 4 and when
third transfer is made, main unit 1 is transferred to main unit 2. There isn’t any fourth
transfer.
o Introduce the code to access to programming mode: 91264 DEL
o The first transfer is saved in memory position 70. Destination will be main unit 3 (in
this example): 70003 ENTER
o Next destinations will be: 71004 ENTER (second transfer), 72002 ENTER (third
transfer). In this case, in memory position 73 it won’t be specified any data, because
there is not any fourth transfer.
o Push DEL to leave programming mode.
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Main Control Unit
12.5. Transfer activation
Only one transfer may be activated at a time.
To activate the desired transfer, when the main unit is not working, you may introduce:
95987 DEL: 1st transfer activation (in our example case, from main unit 1 to 3).
95988 DEL: 2nd transfer activation (in our example case, from main unit 1 to 4).
95989 DEL: 3rd transfer activation (in our example case, from main unit 1 to 2).
95990 DEL: 4th transfer activation (in our example case, it is not programmed).
When the first transfer is activated, on main unit 1 display it will appear:
On display of main unit 3, which is the transfer destination, it is shown the sector previously set, in
this case “3”, and also the sector of the main unit that it is transferred at this moment:
12.6. Transfer cancellation
To cancel any transfer, it is only necessary to introduce the sequence of the first transfer:
95987DEL.
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Main Control Unit
12.7. Simultaneous main control units settings
It is possible to have in the system two or more main control units working as simultaneous units. It
means that all the main units will receive all the incoming calls from substations, and the first main
unit that answers the incoming call will be in communication with the substation.
To confirm the right performance of some main units working as simultaneous units, it is necessary
to set one main unit as master unit and the others as slave units. If not, fails in call
reception/transmission and events may be produced.
The main unit set as the master cannot be turned off.
PROGRAMMING:
Master main unit:
91237 DEL
28003 ENTER
DEL
Slave main units:
91237 DEL
28000 ENTER
DEL
Attention! From control configured as secondary it is not allowed to change the number of
active elements (like UR, SAM-M ...) by Call Programming setting.
12.8. General/Group Call
- General/Group call function is available in CC-123F main control unit and following substations:
UR, SAM-M and EP-305. Both the main units and the active substations must be tagged
with a G inside a circle.
Attention! This function is not available in active substations: UR-4, TH-02F or TH-03F!
- There is a maximum quantity of active substations (UR, SAM-M y EP-305) to be connected to
the CC-123F main control unit when General/Group Call is used. This limitation is 50 elements.
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Main Control Unit
- Maximum group quantity connected to a main control unit is 16 (from sector 0 to sector 15).
The group 0 is used for General Call (send a call to all the active substations of the installation)
and cannot be programmed.
- Groups may be transferred to the centralised main unit control. From this unit, when an
element group has been transferred, it is possible to make a call to different sectors/groups
(without programming anything there) or a general call to all of the sectors of the installation.
- It is also possible to set more of one group to the same main unit. If, for example, 2 call groups
must be connected to CC-123F main unit, the process to create such groups is as follows:
1. Connect the bus with all the elements of sector 0 (Bus A) to the main control unit.
Program the group number accordingly.
2. Disconnect Bus A and connect the elements of sector 1 (Bus B). Program the group
number accordingly.
3. Finally, connect Bus A and Bus B to the CC-123F main control unit.
PROGRAMMING
To do the programming you may proceed as follows:
When CC-123F is not working, dial:
91237 DEL
90ZZZ ENTER
DEL
Where ZZZ is the group number + 176. For instance:
Group1=177
Group2=178
Group3=179…
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Main Control Unit
Please, consider that if there is any fail in programming groups, it may affect call features of
the substations. To return to factory settings, introduce number 177 in the below position:
91237 DEL
90177 ENTER
DEL
Attention! All the elements connected to the same BUS of the main control unit from where
the programming is being done, will be included in the same group.
GROUP CALL
1. Push group number key (1, 2, 3…).
2. Push F1 key. On the display it will appear “Group Call “.
3. Push TALK key and start the communication.
4. As it is a push-to-talk key, once TALK key is released, the call is finished and the system returns
to stand-by mode again.
GENERAL CALL
1. Push 0 key.
2. Push F1 key. On the display it will appear “Group Call “.
3. Push TALK key and start the communication.
4. As it is a push-to-talk key, once TALK key is released, the call is finished and the system returns
to stand-by mode again.
ZONE CALL
1. Push zone number key (1, 2, 3…).
2. Push ENTER to confirm and open communication channel.
3. Push TALK key and start to speak.
4. Once TALK key is released, then the substation may talk to the main unit.
5. To finish the communication, push DEL.
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Main Control Unit
12.9. Door release
When a normal call is received, push ENTER and then DEL to cancel the call without opening the
door.
To open the door, push F1 key while the communication is established.
12.10. Uploading messages/tables to the main control unit
1. First step is installing the software. Then Proyecto1 access will be created in the folder
C:\Program Files. Also, Mensajes and Tablas folders will appear in Start menu.
Most important files are:
MensaTabla.exe Executable software.
defecto.txt Text that will appear as a message on main unit’s display.
ptabla.txt Room numbers. (From number 1 to 2048)
2. Second step is doing a security copy of text files, since they will be modified according to
installation requirements.
3. To modify messages, open defecto.txt file and replace existing text by desired one. Please,
consider below points:
- Maximum length of the messages is 12 characters.
- In the file, do not add or delete any text line.
- Once modified, file should be saved.
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Main Control Unit
4. To change numbers, open ptabla.txt file and replace existing numbers by desired ones.
- In the file, do not add or delete any text line.
- Do not repeat any number.
5. To upload messages/tables to the main unit, a USB-USB cable to connect the main control unit
to the PC is needed. Previously, USB drivers should be installed in the PC.
6. Before starting with upload, confirm that main control unit is turned on and data wire is
disconnected. Any call received during the upload may interrupt data transference to the main
control unit.
7. Start “Mensajes y Tablas” software. Below screen will appear to upload messages/tables to the
main control unit:
8. This software will automatically detect if the main control unit is connected to the PC or not.
9. If there in no communication link, review USB cable and confirm that USB drivers have been
installed in the PC previously.
10. Push “Enviar mensajes” button or “Enviar tabla” button depending on the data you want to
upload to the main control unit.
11. Connect data wire again and check with a call that the system is working correctly.
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