CAME RBE4MT TECHNICAL CHARACTERISTICS

Page 1
CANCELLI AUTOMATICI
| ATOMO SERIES | SÉRIE ATOMO | BAUREIHE ATOMO | SERIE ATOMO
EXTERNAL RECEIVER MULTIUSER
GER
RBE4MT
Documentazione
Tecnica
T35
rev. 1.1
10/2005
©
CAME
AUTOMATICI
119RT55-GB
GB
TECHNICAL CHARACTERISTICS
AM 433.92 MHz four-channel receiver to mount outside the automation device’s control board. It can be matched with CAME series TOP432NA,
TOP434NA, TOP432M, TOP434M, TOP432S, T432, T434, T438 and TAM432SA transmitters up to a
maximum of 999 units. ABS outdoor container with IP54 protection level. With an internal display screen that enables fast transmitter memorization (max 999) and easy , sporadic system maintenance (deletion/reset, addition or change) It also includes a Memory Roll to make a safety copy of all the transmitters memorized.
N.B. All programming and system management operations can also be done via PC with the relevant software.
The board requires 12 or 24V AC/DC Output function:
- OUT1 in monostable or bistable mode (see pg. 3)
- OUT2 in monostable mode with 1 to 300-second adjustable timer (see pg. 3)
224
- OUT3 and 4 in monostable mode
87
104
180
75
N.B. – The receiv er must alwa ys hav e an aerial.
- If there are more than one, do not install receivers at a distance shorter than 4-5 m from each other to avoid operation irregularities.
- It is preferable to position the aerial at the highest point possible from le vel ground and f ar from buildings.
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ENGLISCH
11
P.C. BOARD RBE4MT
1 2 3 4
UP
DOWN
AB
ON
OUT TEMP
1234
1
2
3
MEMORY ROLL
10
12V
0V
24V
AC/DC
9
RBE4MT
NC NO C
OUT1
OUT2
OUT3 OUT4
MAIN COMPONENTS
MAIN COMPONENTS
1. Program display screen
2. 4-way dip switch
3. OUT2 relay setting trimmer
4. Reset key
5. Memory Roll connector board
6. RS232 connector for PC connection (to use cable RS232
7. Aerial connection terminal board
8. Device control connection terminal boards
9. 12/24V AC/DC power terminal boards
10.Memory Roll board
11. Program keys
CLEAR
4
5
6
7
8
-2-
Page 3
FUNCTION SELECTOR
ON
1234
1 e 2 3 ON Bistable relay in OUT1
3 OFF Monostable relay in OUT1 4 Not used
Programming and Maintenance dip switch, see pg. 7
TRIMMER PROGRAMMING
MINIMUM activation time setting of monostable relay in OUT2 output:
1 second
-MAXIMUM activation time setting of monostable relay in OUT2 output: 300 seconds
ENGLISCH
PROGRAMMING/MAINTENANCE INDEX
- General notes – read carefully
PROG A - Memorize the 1st transmitter (MASTER code )
PROG B - Memorize the next transmitters
Output activation list
PROG C - Prepare a 2nd MASTER code PROG D - Change the password PROG E - Save the settings on the Memory Roll board
MANU A - Add transmitters MANU B - Delete transmitters MANU C - Delete all the settings MANU D - Recover the settings from the Memory Roll board
Technical Specifications
pag. 4 pag. 5
pag. 6 pag. 7 pag. 8 pag. 9 pag. 10
pag. 11 pag. 12 pag. 13 pag. 14 pag. 15
-3-
Page 4
GENERAL NOTES
The first transmitter memorized will automatically be recognized by the board as the Master transmitter (and placed in the first memory position).
The MASTER code will be the system’s main programming and maintenance “agent”. It should therefore be kept by the person who is in charge of the management of automation
ENGLISCH
devices connected to the receiver. T o simplify the management of the installation, at the end of the pamphlet we ha ve prepared a “USER ARCHIVE” with a gr aph in which to enter the name of the user of each transmitter; please keep this pamphlet together with the MASTER TX
Viewer A displays the numerical position of the transmitter in the receiver’ s memory (999 memorizable transmitters, including
Viewer B shows how man y OUT outputs are linked during programming/maintenance
operations. Masters); a transmitter may be precisely located from this position.
Flashing dots in the viewers means we are
in MASTER code memory positions (the first
one is always in the 001 position).
BA
Viewers in state of attended with fed
card
During programming/maintenance operations, the visors guide the operator during the execution of procedures
-4-
Page 5
PROG A - MEMORIZATION OF THE FIRST TRANSMITTER (MASTER TX)
UP
1 2 3 4
DOWN
A
UP
1 2 3 4
DOWN
A
FIRST BASIC SYSTEM PROGRAMMING OPERATION. THIS
PROCEDURE OTHERWISE
ACTIVATES THE BOARD, WHICH IS
INACTIVE.
PROCEDURE
A Press key 1 on the receiver until the writing |Sto| appears on vie wer A and output |1| on the viewer; Select the output with ke ys 3-4
B press the MASTER code key until the /001//1/ appears.
C Check the MASTER code settings by pressing the same key again. The message that appears must be as shown below
A
ENGLISCH
C
B
-5-
Page 6
PROG B - TRANSMITTER MEMORIZATION
A
AFTER MEMORIZING THE MASTER CODE, HAVE ALL
TRANSMITTERS AT HAND FOR FAST MEMORIZATION.
THE
THE FOLLOWING PROCEDURE SHOULD ALSO BE USED
OTHER TRANSMITTERS ARE ADDED LATER ON *
IF
ENGLISCH
PROCEDURE
A Press the MASTER code key (10")
until the message
|Sto|
+
|linked output number|
appears on the viewer (after another 5") and the transmitter’s LED indicator remains lit;
B Select the output or outputs with keys
3-4 (output list on pg. 7).
C Press the corresponding key on the transmitter to be memorized within 20": the message on the viewers flashes. Continue this way for every transmitter to be memorized for that same output.
D Repeat step B with the corresponding transmitter key.
A
1 2 3 4
UP
DOWN
AB
ON
1234
10
9
11
10
9
11
12V
24V
AC/DC
RBE4MT
12
1
6
10"
12
1
2
3
4578
6
15"
OUT TEMP
CLEAR
0V
NCNO C
OUT2
OUT1
OUT3 OUT4
2
3
4578
P1
master code
Led
1 2 3 4
B
UP
DOWN
......
......
C
P2
master coder
D
P2
-6-
Page 7
OUTPUT ACTIVATION LIST
3 4
NC NO C
NO C OUT2
OUT1
ON
B
ON
B
ON ON
B
ON
B
ON ON
B
ON ON
B
ON ON ON
B
ON
BB
NO C
OUT3 OUT4
NO C
3 4
NC NO C
NO C OUT2
OUT1
ON ON
B
ON ON
BB
ON ON ON
BB
ON ON
BB
ON ON ON
BB
ON ON ON
BB
ON ON ON ON
BB
NO C OUT3 OUT4
NO C
THIS TABLE IS FOR VIEWING WHICH OUTPUTS ARE SELECTED ACCORDING TO THE ALPHANUMERICAL VALUE
IN VIEWER B
ENTERED
ENGLISCH
-7-
Page 8
PROG C - PREPARE A SECOND MASTER CODE
SHOULD IT PROVE NECESSARY, IT IS POSSIBLE TO
CONFIGURE TRANSMITTERS
PROCEDURE
ENGLISCH
ANY OF THE ALREADY MEMORIZED
AS THE SECOND MASTER CODE.
A Press any key on the transmitter to be configured as second Master and read the memory position occupied on viewer A;
B set dip switch 2 to ON (viewer A displays the first available memory position
|P|
while viewer B displays a flashing
);
C use the UP and DOWN ke ys to select the transmitter’s position as in step A;
D press the MASTER code key (10") until the writing
|M|,
including the dots, flashes
on viewer B;
E reset dip switch 2 to OFF.
N.B. Only one MASTER code may be configured in addition to the first one; if the procedure is repeated with another TX, it automatically replaces the previous one.
A
1 2 3 4
UP
DOWN
AB
ON
1234
OUT TEMP
CLEAR
12V
0V
24V
AC/DC
RBE4MT
NCNO C
OUT2
OUT1
OUT3 OUT4
ON
B
1234
ESEMPIO
C
UP=13/14/15...........998/999/1/2/3.....
DOWN=13/12/11.........3/2/1/999/998/...
1 2 3 4
UP
DOWN
ESEMPIO
D
1° Master code
12
1
11
2
10
9
3
4578
6
10"
E
ON
1234
-8-
Page 9
CLEAR
1234
OUT TEMP
CLEAR
1234
UT TEMP
UP
1 2 3 4
DOWN
3 4
PROG D - PASSWORD CHANGE
PROCEDURE
A Position dip switches 1 and 2 to ON: the writing |001| + |C| appears on the viewers;
B press CLEAR: the writing changes to |000| + |c| with the “c” flashing;
C use the UP and DOWN ke ys to select the existing password (in the example the one preset);
D press CLEAR (the entire |123| + |c| writing flashes) and after 5", press key 4 (the writing changes to |000| + |c| with the “c” flashing);
E enter the new password using the UP and DOWN keys;
F press CLEAR (the steadily lit letter |m| appears on viewer B), and reset dip switches 1 and 2 to OFF.
N.B. The new password may even be made up of one digit
A
ON
1234
B
C
UP=13/14/15...........998/999/1/2/3.....
DOWN=13/12/11.........3/2/1/999/998/...
1,2,3 is the password preset by CAME
ENGLISCH
ESEMPIO
D
UT TEMP
E
select a new password (a number between 1 and 511)
1234
CLEAR
UP=13/14/15...........998/999/1/2/3.....
DOWN=13/12/11.........3/2/1/999/998/...
1 2 3 4
UP
DOWN
A
F
ON
12
11
10
9
6
1234
1
2
3
4578
5"
-9-
Page 10
UP
1 3 42
DOWN
CLEAR
OUT1 OUT2
OUT3 OUT4
NC NO C
0V
12V
24V
AC/DC
NO C
NO C
NO C
1234
ON
OUT TEMP
AB
MEMORY ROLL
UP
1 2 3 4
DOWN
12
6
3
9
1
2
4578
10
11
10"
PROG E - SAVING DATA ON THE MEMORY ROLL BOARD
ONCE THE INSTALLATION IS COMPLETED, USE THE MEMORY ROLL BOARD TO SAVE THE SETTINGS MADE
THE RECEIVER.
ON
ENGLISCH
PROCEDURE
A Insert (*) the Memor y Roll board in
the relevant connector;
B first press the MASTER code key
keep it pressed, and then press key 2
and on the receiver; Release both of them (10") only when the |U| appears on viewer B;
C remove (*) the Memory Roll board and file it.
* WARNING! Bef ore connecting or
disconnecting boards, please mak e sure the
power supply is turned is off.
B
BEFORE
A
LATER
C
-10-
All 255 memory blocks transferred over to the Memory Roll board are displayed on viewer A in rapid succession.
1 3 42
UP
12V
24V
DOWN
0V
A
AB
ON
1234
OUT TEMP
CLEAR
MEMORY ROLL
Page 11
UP
1 2 3 4
DOWN
MANU A - ADDING TRANSMITTERS
UP
1 2 3 4
DOWN
THERE ARE TWO WA YS TO ADD TRANSMITTERS:
- ADD THEM IN SEQUENCE, THAT IS, MEMORIZE
ON THE FIRST AVAILABLE POSITION* IN THE
THEM
(SEE PROG B)
MEMORY
- OR (THIS PROCEDURE) ADD THEM IN A CHOSEN
AVAILABLE
POSITION.
PROCEDURE
A Position dip switch 2 to ON: the viewers display the flashing message:
available position|
+
|P|
;
|1st
B use the UP and DOWN keys to select another available position in which to add the transmitter;
C Select the output or outputs with keys 3-4 (output list on pg. 7); the writing
|Sto|
appears;
D Press the MASTER code key and
|Sto|
begins to flash;
E press (within 20") the transmitter’s new key: after a few seconds the writing on the viewer will stop flashing and remain fixed;
F reset dip switch 2 to OFF.
A
ON
1234
B
UP=13/14/15...........998/999/1/2/3.....
DOWN=13/12/11.........3/2/999/998/...
If the P does not flash, it means that that position is not available
C
ESEMPIO
ENGLISCH
ESEMPIO
* The first available position could be the position after the last memorized transmitter, or an intermediate position that belonged to a transmitter that has been eliminated (see MANU B)
D
E
F
ON
1234
12
1
11
2
10
9
3
4578
6
2"
-11-
Page 12
UP
1 2 3 4
DOWN
MANU B - DELETING A TRANSMITTER
ONE OR MORE TRANSMITTERS MAY BE ELIMINATED
THE SYSTEM (TO ELIMINATE ALL OF THEM, ALL
FROM
SETTINGS MUST BE DELETED, SEE MANU D).
THE
POSITIONS CLEARED THIS WAY MAY LATER ON BE USED
ENGLISCH
ANOTHER TRANSMITTER (SEE MANU A)
BY
PROCEDURE
A Press any key of the transmitter to be eliminated and read the memory position it occupies on viewer A;
B Position dip switch 1 to ON: the
|001|
+
|C|
steadily lit message
appears;
C use the UP and DOWN ke ys to select the position of the transmitter to be deleted;
D press any MASTER code key: the
|C|
flashes on viewer B;
E reset dip switch 1 to OFF.
A
1 2 3 4
UP
DOWN
AB
ON
1234
OUT TEMP
CLEAR
12V
0V
24V
AC/DC
RBE4MT
NCNO C
OUT2
OUT1
OUT3 OUT4
ESEMPIO
B
ON
1234
C
UP=13/14/15...........998/999/1/2/3.....
DOWN=13/12/11.........3/2/1/998/999/...
-12-
D
Master code
E
ON
1234
Page 13
CLEAR
1234
UP
1 2 3 4
DOWN
CLEAR
1234
2 3 4
12
6
3
9
1
2
4578
10
11
5"
MANU D - DELETION OF THE ENTIRE PROGRAMMING
WHEN THIS PROCEDURE IS COMPLETED, THE MEMORY
BE EMPTY AND THE BOARD INACTIVE.
WILL
TO RESET THE SETTINGS FROM THE MEMORY ROLL
, FIRST REMEMORIZE THE MASTER TX WITH
BOARD
PROG A PROCEDURE
THE
WARNING! THE MASTER CODE MUST BE THE
SAME ONE WITH WHICH THE SETTINGS WERE SAVED ON THE MEMORY ROLL BOARD.
PROCEDURE
A First position dip switch 1 and then 2
at ON: the message
|001|
+ |C| appears on the
viewers;
c|
B press CLEAR: the |
flashes on
viewer B;
C select the password with the UP and
DOWN keys;
D press CLEAR (the entire
|c|
message flashes) and press key 3 within
5"(the writing changes from
+ |
C|
with the C flashing);
|CLr|
|password|
+ |A| to
|001|
E reset dip switches 1 and 2 to OFF.
ON
A
1234
B
C
UP=13/14/15...........510/511/1/2/3.....
DOWN=13/12/11.........3/2/1/511/510/...
+
1,2,3 is the password preset by CAME
D
ENGLISCH
ESEMPIO
E
ON
1234
-13-
Page 14
UP
1 2 3 4
DOWN
12
6
3
9
1
2
4578
10
11
10"
MANU E - DATA RECOVERY FROM THE MEMORY ROLL BOARD
UP
1 3 42
DOWN
CLEAR
OUT1 OUT2
OUT3 OUT4
NC NO C
0V
12V
24V
AC/DC
NO C
NO C
NO C
1234
ON
OUT TEMP
AB
MEMORY ROLL
THE SETTINGS PREVIOUSLY SAVED BY THE MEMORY ROLL BOARD (SEE PROG F) CAN BE RECOVERED
ANY TIME.
AT
WARNING! THE MASTER CODE MUST BE THE
ENGLISCH
SAME ONE WITH WHICH THE SETTINGS WERE SAVED ON THE MEMORY ROLL BOARD.
PROCEDURE
A Insert (*) the Memor y Roll board in the relevant connector;
B first press any MASTER TX key and keep it pressed, and then press key 1 on the receiver; Release both of them (10") only when the |P| appears on viewer B;
C remove (*) and file a wa y the Memory Roll board.
* WARNING! Before connecting or
disconnecting boards, please make sure the
power supply is turned is off.
B
PRIMA
A
DOPO
C
-14-
All 255 memory blocks transferred over to the Memory Roll board are displayed on viewer A in rapid succession
1 3 42
UP
DOWN
A
AB
ON
1234
OUT TEMP
CLEAR
MEMORY ROLL
Page 15
TECHNICAL SPECIFICATIONS
FREQUENCYFREQUENCY
FREQUENCY
FREQUENCYFREQUENCY
INPUT IMPEDENCEINPUT IMPEDENCE
INPUT IMPEDENCE
INPUT IMPEDENCEINPUT IMPEDENCE
1mV SENSITIVITY FOR SUCCESSFUL COMPLETION SIGNAL1mV SENSITIVITY FOR SUCCESSFUL COMPLETION SIGNAL
1mV SENSITIVITY FOR SUCCESSFUL COMPLETION SIGNAL
1mV SENSITIVITY FOR SUCCESSFUL COMPLETION SIGNAL1mV SENSITIVITY FOR SUCCESSFUL COMPLETION SIGNAL
100 ÷ 150 m A100 ÷ 150 m A
100 ÷ 150 m A
100 ÷ 150 m A100 ÷ 150 m A
MODULAMODULA
MODULA
MODULAMODULA
INPUT AINPUT A
INPUT A
INPUT AINPUT A
INPUT WITH AINPUT WITH A
INPUT WITH A
INPUT WITH AINPUT WITH A
N° OF CHANNELSN° OF CHANNELS
N° OF CHANNELS
N° OF CHANNELSN° OF CHANNELS
RELARELA
Y CONTY CONT
RELA
Y CONT
RELARELA
Y CONTY CONT
: 433.92 MHz: 433.92 MHz
: 433.92 MHz
: 433.92 MHz: 433.92 MHz
: 52 Ohm: 52 Ohm
: 52 Ohm
: 52 Ohm: 52 Ohm
VERAVERA
GE RANGE WITH AERIALGE RANGE WITH AERIAL
VERA
GE RANGE WITH AERIAL
VERAVERA
GE RANGE WITH AERIALGE RANGE WITH AERIAL
TIONTION
: OOK: OOK
TION
: OOK
TIONTION
: OOK: OOK
T RESTT REST
: 100 mA: 100 mA
T REST
: 100 mA
T RESTT REST
: 100 mA: 100 mA
CTIVE CHANNELCTIVE CHANNEL
CTIVE CHANNEL
CTIVE CHANNELCTIVE CHANNEL
AA
CTCT
: 10° 250V: 10° 250V
A
CT
: 10° 250V
AA
CTCT
: 10° 250V: 10° 250V
: 4: 4
: 4
: 4: 4
: 175mA: 175mA
: 175mA
: 175mA: 175mA
ENGLISCH
-15-
Page 16
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A
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