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RBM84
Installation Manual
81 pgs5.98 Mb0
User Manual
81 pgs4.33 Mb0

CAME Rbm84 User Manual

S E C T I O N 1
RBM84 - hardware
CONTENTS
subject page
RBM84 Motherboard - description
REM Motherboard - description ........................................................................................ 3
PC30 - description ........................................................................................................... 4
General layout RBM84 system ......................................................................................... 5
RBM84 Connection <----> PC30 <----> Personal Computer .................................................. 6
RBM84/REM Connection <---> sensor: REMOTE CONTROL .................................................. 9
RBM84/REM Connection <---> Keyboard selector, series S5000 ......................................... 10
RBM84/REM Connection <---> Keyboard selector, series S6000/S7000 ............................... 11
RBM84/REM Connection <---> Sensor transponder for proximity devices ............................ 12
RBM84/REM Connection <---> Sensor for magnetic swipe cards ......................................... 13
RBM84/REM Connection <---> Digital entrance contacts .................................................... 14
List of REM addresses ................................................................................................. 15
2
FUSE 630m A
CONTROL BOARD
PSIO1
TRANSFORMER TERMINAL BLOCK
LINE FUSE 5A
CAME
U2
REM
REM PC 30
LT001
R501/2
S5000 S6000 S7000
DIGITA L INPUT
1
2
3
4
TSP00
LT00 1
S5000 S6000 S7000
TSP00
R501/2
RBM 84 - ELECTRICAL CONNECTIONS
RBM 84 Motherboard– description
1
1
1
2
R800
-
700
700 -R800
R
R
Hardware - CONNECTIONS
2
3
4
3
2
R800
-
00
00 -R800
R7
R7
4
0
R800
R80
-
00 -R800
700 R
R700 -
R700 -R 800
R7
1345
2
ON
Cap1
12
MODEM
MODEM
3
ABS1
ABS1
GND
OUT
GND
OUT
ABS1
ABS1
GND
OUT
GND
OUT
P1
P2 P3 P4 Com Com
P5
P6 P7 P8
ABGND
ABGND
ABGND
4
ABC
D
1
N
B
ER
G
R
A
Y
H
R
C
TE
BAT
5
Y
R
E
T
T
A
B
L N
NC NO C
ABGND
L
N
6
OUT1
NONC C
ABGND
OUT2
NO CNC
ABGND
OUT3
NO CNC
ABGND
OUT4
NO CNC
ABGND
OUT5
NO CNC
ABGND
OUT6
NO CNC
ABGND
OUT7
NO CNC
ABGND
OUT8
1 - Protection fuses (Line) 315 mA and circuit fuses (command board) 630 mA
2 - Connectors for R700 and R800 boards
3 - Terminals for connecting the sensors
4 - Terminals for connecting battery charger (BN1 2 x 12 V)
5 - Clamp for connecting batteries
11
10
9
8
7
6 - 230 V line connection
7 - Terminals for connecting the devices to command 10 A max. to 230 V per contact
8 - Terminals for connecting the digital input devices
9 - Terminals for connecting the REM extensions
10- Clamp for connecting the PC30
11- LED notifying “active circuit (red)” and “communication in progress (green)”
12- Connector for modem
ENGLISCH
cap. < 1 > pag.< 2 >
5ON4321
ON
4321
RBM 84 - ELECTRICAL CONNECTIONS
REM Motherboard – description
Hardware - CONNECTIONS
9
10
ON
2
1345
CONTROL BOARD
FUSE 630mA
Cap1
3
LINE FUSE 1,6A
2
NC NO CL2L1
OUT1
NC NO C
1 8
1 - Terminals for powering board, 230 V 2 - Power protection fuse
OUT2
1 - AF43S/AF150/R700/R800
1
2
CANCELLIAUTOMATICI
CONTROL
BOARD
REM
12
7
2 - AF43S/AF150/R700/R800
TSP00/LT001
S1 GND S1 GND
12
REM
ABGND
1
S5000/S6000/S7000
ABAB
12
4
REM
ABGND
2
5
4
6
11
3 - Circuit protection fuse 4 - Terminals for connecting sensors (keyboards, readers) 5 - Board connectors for signal decoding (sensors, remote controls) 6 - Terminals for connecting antenna 7 - Terminals for connecting the digital input devices 8 - Terminals for connecting the devices to command 9 - LED notifying “communication active” 10- REM addresses selector 11- Terminals for connecting to other REMs or RBM84
ENGLISCH
cap. < 1 > pag.< 3 >
RBM 84 - ELECTRICAL CONNECTIONS
PC30 - description
Hardware - CONNECTIONS
10 9
Cap1
8
11
3
4
6
7
2
5
1
1 - Power input, 12 V A.C. 2 - RS232 serial port for connecting to a Personal Computer 3 - Terminals for connection to RBM84 (RS485 serial port) 4 - 12 V A.C. transformer 5 - Cable complete with 1.5 m RS232 connectors 6 - Keyboard for saving selector codes S5000/S6000/S7000 7 - Area for memorizing transmitters TAM/ATOMO 8 - Area for memorizing Card TST01 (proximity cards) 9 - Area for memorizing Card TST02 (magnetic swipe cards) 10- LED notifying “supply presence” 11- LED notifying “registered code “ and “code already present”
ENGLISCH
cap. < 1 > pag.< 4 >
RBM 84 - ELECTRICAL CONNECTIONS
General system layout
Hardware - CONNECTIONS
A = Control devices:
A
- radio transmitters Atomo/Tam
- keypads S5000/S6000/S7000
- sensorsTSP00/LT001 B = Outputs (automation control)
B
= Digital imputs :
C
B
B
max 1,5 m
Cap1
PC30
max 1000 m
B
A
A
A
A
C
C
RBM84
C
C
C
B
B
B
B
B B
B
C
C
C
ENGLISCH
A
A
A
A
CAME
REM
C
C
C
C
C
C
single connetion
max 1000 m
double connection
max 1000 m
A
A
CAME
REM
B
B
max 60 REM units for both types of serial connection
B
B
A
A
CAME
REM
C
REM
CAME
B
B
C
cap. < 1 > pag.< 5 >
Hardware - CONNECTIONS
FUSE 630m A
CONTROL B OARD
PSIO1
TRANSFORMER TERMINAL B LOC K
LINE FUSE 5A
CAME
U2
REM
REM PC 30
ABGND
ABGND
ABGND
RBM 84 - ELECTRICAL CONNECTIONS
rbm84 connection <----> PC30 <----> Personal Computer
PC30
COM
Cap1
Cable, 1.5m INCLUDED
for RS232 serial ports complete with connectors
RBM 84
GND B A
Cable not included
type recommended:
shielded bipolar
min. 2 x 0.5 mm
RS232
2
12 V AC transformer
INCLUDED
for networks 230 V A.C. - 50-60Hz
consumption 800 mA
protected by thermal fuse
operating temperature from -10 to +40°C
ENGLISCH
cap. < 1 > pag.< 6 >
Hardware - CONNECTIONS
FUSE 630m A
C ONTROL B OA RD
PSIO1
TRANSFORMER TERMINAL B LOC K
LINE FUSE 5A
CAME
U2
REM
REM PC 30
ABGND
ABGND
ABGND
CANCELLI AUTOMATICI
CONTROL
BOARD
REM
21
12
ABGND
1
REM
ABGND
2
REM
RBM 84 - ELECTRICAL CONNECTIONS
rbm84 connection <----> REMs (with one section)
Cable not included
type recommended:
shielded bipolar
min. 2 x 0.5 mm
2
RBM 84
Cap1
Connection to one draws: RBM84 is found to
the extremity of the run you extract
RBM84
CAME
REM
from RBM84 to the last REM,
the distance (or the route
of the connection cable) must
be at most 1000 m
CAME
REM
Each REM is identifi ed by RBM84 through
a progressive number sequence (from 1 to 60)
irrespective of the position along the
the connection cable route; this number (also called
address) must be set on the related
dip switch in the REM motherboard.
See Section 1, page 15
CAME
REM
REM
CAME
REM
ENGLISCH
CAME
from the next REM , for a maximum of
60 units
INPUT AND OUTPUT CONNECTABLE ON TERMINAL
(
1 OR 2 IN DIFFERENTLY)
BOARD
cap. < 1 > pag.< 7 >
Hardware - CONNECTIONS
FUSE 630m A
CONTROL B OARD
PSIO1
TRANSFORMER TERMINAL B LOC K
LINE FUSE 5A
CAME
U2
REM
REM PC 30
ABGND
ABGND
ABGND
CANCELLI AUTOMATICI
CONTROL
BOARD
REM
21
12
ABGND
1
REM
ABGND
2
REM
CANCELLI AUTOMATICI
CONTROL
BOARD
REM
21
12
ABGND
1
REM
ABGND
2
REM
RBM 84 - ELECTRICAL CONNECTIONS
rbm84 connection <----> REMs (with two sections)
RBM 84
Cap1
Cable not included
type recommended:
shielded bipolar
min. 2 x 0.5 mm2
a progressive number sequence (from 1 to 60)
connection cable route; this number (also called
dip switch selector in the REM motherboard.
tratta A*
Each REM is identifi ed by RBM84 through
irrespective of the position along the
address) must be set on the related
See Section 1, page 15
for the subsequent REM
(INPUT AND OUTPUT CONNECTABLE ON TERMINAL BOARD
1 O 2 INDIFFERENTLY)
Cable not included
type recommended:
shielded bipolar
min. 2 x 0.5 mm2
Connection to two drawn: RBM84 can be in
any point of the run extracts
RBM84
CAME
REM
from the fi rst to thelast REM, the
distance (or the route
of the connection cable) must
be a maximum of 1,000 m
CAME
REM
CAME
REM
CAME
REM
tratta B
ENGLISCH
from the next REM , for a maximum
of 60 units
INPUT AND OUTPUT CONNECTABLE ON TERMINAL
(
BOARD
1 OR 2 IN DIFFERENTLY)
* the sum of the serial connected REMs on the A+B section must be 60 units max.
from the next REM , for a maximum
of 60 units
INPUT AND OUTPUT CONNECTABLE ON TERMINAL
(
1 OR 2 IN DIFFERENTLY)
BOARD
cap. < 1 > pag.< 8 >
Hardware - CONNECTIONS
21
1 - AF43S/AF150/R
2 - AF43S/AF150/R
S1 GND S1
1
TSP00/LT0
REM REM
LT0 0 1
R501/2
S5000 S6000 S7000
1
3
TSP 00
LT0 0 1
S5000 S6000 S7000
TSP 00
R501/2
R700-R800
1
R700-R800
2
R700
-R
800
1
R700
-R
800
2
ABS1
GND
OUT
RBM 84 - ELECTRICAL CONNECTIONS
Connection rbm84/rem <----> sensor: remote control
RBM84
On RBM84, you must connect the R501N receiver (which includes inserting the AF43S radiofrequency card into the dedicated connector) and an TOP-A433N aerial to the receiver
itself
TOP-A433N
R501N
AF43S
CAME
-
+
OOU T
ATOMO
CAME
CAME
CAME
TAM
CAME
AT01
Cap1
AT02
AT04
T432
REM
CAME
RBM84
REM
TOP-A433N
T434
CAME
T438
CAME
T432A
Simply insert an AF43S radiofrequency card in the REM and connect a TOP-A433N antenna on the REM motherboard
T302A
ENGLISCH
cap. < 1 > pag.< 9 >
Hardware - CONNECTIONS
CA NC ELLIAU TOM AT ICI
CONTROL
BOAR D
REM
12
C
2
1
1-AF4 A F150
2 -AF 43S /AF15
S5
S1 G N D S1 GN D
12
TS P 00/L T001
ABG
1
REM
REM
LT0 0 1
R501/ 2
S5000 S6000 S7000
1
3
TSP 00
LT001
S5000 S6000 S7000
TSP 00
R501/ 2
R700 -R 800
R 700 -R 800
2
R700 - R800
R
700 - R 800
2
RBM 84 - ELECTRICAL CONNECTIONS
Connection rbm84/rem <----> Keyboard selector serious S5000
RBM84
Cap1
REM
CANCELLI AUTOMATICI
R800
RBM84
REM
S5000
1
4
7
3
6
5
E
8
012
ENGLISCH
S5000
CANCELLI AUTOMATICI
R800
3
1
6
5
E
4
8
7
012
cap. < 1 > pag.< 10 >
Hardware - CONNECTIONS
1
3
LT0 0 1
S5000 S6000 S7000
TSP 00
R501/ 2
R700-R800
R 700 -R 800
2
R700 - R800
R
700 - R 800
2
CA NC ELLIAU TOM AT ICI
CONTROL
BOAR D
REM
12
C
2
1
1-AF4 A F150
2 -AF 43S /AF15
S
S1 G N D S1 GN D
12
TS P 00/L T001
ABG
1
REM
REM
RBM 84 - ELECTRICAL CONNECTIONS
Connection rbm84/rem <----> Keyboard selector serious S6000 / S7000
RBM84
Cap1
REM
CANCELLI AUTOMATICI
R800
S6000 / S7000
A
B
REM
2
1
5
4
E
3
6
CAME
ENGLISCH
CANCELLI AUTOMATICI
R800
A
B
S6000 / S7000
2
1
5
4
E
3
6
CAME
cap. < 1 > pag.< 11 >
Hardware - CONNECTIONS
CA NC ELLIAU TOM AT ICI
CONTROL
BOAR D
REM
21
1-AF4 A F150
2 -AF 43S /AF1
S1
TS
AB
1
REM
S5000 S6000 S7000
1
3
LT001
S5000 S6000 S7000
TSP 00
R501/ 2
R 700 -R 800
R
700 - R 800
A
B
CANCELLIAUTOMATICI
R700
RBM 84 - ELECTRICAL CONNECTIONS
Connection rbm84/rem <---> Sensor trasponder for devices of proximity
RBM84
Proxmimity card
GND
R700
RBM84
TSP00
CAME
AME
C
TST01
Proxmimity card reader
Cap1
ENGLISCH
REM
Proxmimity card reader
Proxmimity card
TSP00
GND
S1
CAME
CAME
TST01
cap. < 1 > pag.< 12 >
Hardware - CONNECTIONS
21
1 -AF 43S /AF 150/R 700/R 800
0
S1 G N D S1 GN D
S7000
1
3
LT0 0 1
S5000 S6000 S7000
TSP 00
R501/2
ABS1
GND
OUT
RBM 84 - ELECTRICAL CONNECTIONS
rbm84/rem connection <----> Sensor for magnetic swipe cards
RBM84
Magnetic cards
R700
Magnetic cards swipe reader
RBM84
REM
GND
S1
LT001
TST02
ACCESSCONTROL
Cap1
REM
ENGLISCH
Magnetic cards
TST02
R 700
ACCESSCONTROL
LT001
Magnetic cards swipe reader
GND
S1
cap. < 1 > pag.< 13 >
Hardware - CONNECTIONS
CANCELLI AUTOMATICI
CONTROL
BOARD
REM
12
ABAB
12
S5000/S6000/S700
ABGND
1
REM
ABGND
2
REM
FUSE 630m A
C ONTROL B OA RD
TRA N S FO RM ER TERM INAL B LOC K
LINE FUSE 5A
U2
REM
REM PC 30
DIGITAL INPUT
P1
P2 P3 P4 Com Com
P5
P6 P7 P8
RBM 84 - ELECTRICAL CONNECTIONS
Connection rbm84/rem <----> contact digital inputs
RBM84
Cap1
REM
RBM84
REM
CAME
ENGLISCH
cap. < 1 > pag.< 14 >
5ON43
2
1
ON
43
2
1
5ON4321
ON
4321
REM n° 1
5ON4321
ON
4321
REM n° 2
5ON4321
ON
4321
REM n° 3
5ON4321
ON
4321
REM n° 4
5ON4321
ON
4321
REM n° 5
5ON4321
ON
4321
REM n° 6
5ON4321
ON
4321
REM n° 7
5ON4321
ON
4321
REM n° 8
5ON4321
ON
4321
REM n° 9
5ON4321
ON
4321
REM n° 10
5ON4321
ON
4321
REM n° 11
5ON4321
ON
4321
REM n° 12
5ON4321
ON
4321
REM n° 13
5ON4321
ON
4321
REM n° 14
5ON4321ON4321
REM n° 15
5ON4321ON4321
REM n° 16
5ON4321ON4321
REM n° 17
5ON4321ON4321
REM n° 18
5ON4321ON4321
REM n° 19
5ON4321
ON
4321
REM n° 20
5ON4321ON4321
REM n° 21
5ON4321
ON
4321
REM n° 22
5ON4321
ON
4321
REM n° 23
5ON4321
ON
4321
REM n° 24
5ON4321ON4321
REM n° 25
5ON4321ON4321
REM n° 26
5ON4321ON4321
REM n° 27
5ON4321
ON
4321
REM n° 28
5ON4321ON4321
REM n° 29
5ON4321ON4321
REM n° 30
5ON4321ON4321
REM n° 31
5ON4321ON4321
REM n° 32
5ON4321ON4321
REM n° 33
5ON4321ON4321
REM n° 34
5ON4321ON4321
REM n° 35
5ON4321ON4321
REM n° 36
5ON4321
ON
4321
REM n° 37
5ON4321
ON
4321
REM n° 38
5ON4321
ON
4321
REM n° 39
5ON4321
ON
4321
REM n° 40
5ON4321ON4321
REM n° 41
5ON4321ON4321
REM n° 42
5ON4321ON4321
REM n° 43
5ON4321ON4321
REM n° 44
5ON4321ON4321
REM n° 45
5ON4321ON4321
REM n° 46
5ON4321ON4321
REM n° 47
5ON4321ON4321
REM n° 48
5ON4321ON4321
REM n° 49
5ON4321ON4321
REM n° 50
5ON4321ON4321
REM n° 51
5ON4321
ON
4321
REM n° 52
5ON4321ON4321
REM n° 53
5ON4321ON4321
REM n° 54
5ON4321ON4321
REM n° 55
5ON4321ON4321
REM n° 56
5ON4321ON4321
REM n° 57
5ON4321ON4321
REM n° 58
5ON4321ON4321
REM n° 59
5ON4321ON4321
REM n° 60
DIP
A
DIP
B
RBM 84 - ELECTRICAL CONNECTIONS
DIP
ON
4321
Hardware - CONNECTIONS
5ON4321
Cap1
ENGLISCH
cap. < 1 > pag.< 15 >
S E C T I O N 2
RBM84 - software
SYSTEM CONFIGURATION
CONTENTS
SUBJECT PAGE
Main dialogue window
System configuration window ............................................................................................. 3
Confi gure PC30 ............................................................................................................. 4
Select the number of REMs connected ............................................................................. 5
Assign a name to theRBM84- and REM- connected outputs .................................................. 6
Defi ne user groups ........................................................................................................ 6
Setting traffi c lights (if present) ....................................................................................... 7
Confi gure the control sensors connected to RBM84 ........................................................... 8
Sensor Type ................................................................................................................. 8
Sensor function ............................................................................................................. 8
Associate the sensor to a connected output ........................................................................ 8
Associate the sensor to a traffi c-light control .................................................................... 9
##Cost/Tariff Function (differentiated ***output) ...............................................................10
Associate the sensor to a user group ............................................................................ 11
Activate the RBM84 outputs ............................................................................................12
Relay function ............................................................................................................ 13
Confi gure the digital entrancesconnected to RBM84 ......................................................... 14
Associate the digital devices to the outputs .................................................................... 14
Confi gure the REMs ..................................................................................................... 15
Assign a name to the REMs ........................................................................................... 15
Confi gure the control sensors connected to the REM ........................................................ 16
Sensor type(REM)......................................................................................................... 16
Function of the sensor (REM) ........................................................................................ 16
Association of the sensor to aconnected (REM) output ..................................................... 17
Association of the sensor to a traffi c-light control (REM) .................................................. 17
Association of the sensor to a user group (REM) .............................................................. 18
Confi gure the outputs of the REM ................................................................................... 19
Activate the outputs of the REM .................................................................................... 19
Relay function(REM) ..................................................................................................... 20
Confi gure the digital entrances of the REM ...................................................................... 21
Assign the digital devices to an output (REM) .................................................................. 21
.................................................................................................... 2
RBM 84 -Software
Main dialogue window
Software - SYSTEM CONFIGURATION
1 2 3 4 5 6 7 8 9 10 1 1
11
12
Cap 2
1718
1 - Button for opening the System Configuration window 2 - Button for opening timings 3 - Button for opening User Configuration Window 4 - Button for opening Update System Window 5 - Button for opening History 6 - Button for opening Daily History 7 - Button Password window 9 - Button for the audio alarm shut-down
10- Button for system Block/Clearing
ITALIANO
16
15
1314
11 - Button for opening Project Management window 12 - Button for opening Occupancy Window 13 - Lit panel for signalling communication
with the board.
14 - Traffic lights section, indicates whether the traffic
lights are connected, their positions and their
status.
15 - digital RBM84 inputs and outputs section 16 - Display window last 4 passages (in real time) 17 - REMs not communicating (red)
18 - REM communicating (green)
cap. < 2 > pag. < 2 >
Software - SYSTEM CONFIGURATION
RBM 84 -Software
System Confi guration Window
1
2
3
4
10
9
Cap 2
8
7
5
1 - RBM84 Configuration menu 2 - REM configuration menu 3 - Save key 4 - Cancel changes key 5 - Confirm changes key 6 - Escape key 7 - Key for reading RBM84 configuration 8 - Key for writing configuration on RBM84 9 - Configuration menu for RBM84 outputs
10- Configuration menu for RBM84 digital inputs
6
ITALIANO
cap. < 2 > pag. < 3 >
RBM84 -Software
PC30 Confi guration
Software - SYSTEM CONFIGURATION
Cap 2
1
When the window is opened, it shows the list of the COM available on the
2
PC
3
In the PC30 configuration screen, you must select the PC’s port connection which connects PC30 (normally COM1).
Caution! This operation should be performed before starting any programming and/or configuration operation described in the following pages or in later sections, otherwise every software request for updating and/or saving will elicit a COMMUNICATION ERROR.
ITALIANO
cap. < 2 > pag. < 4 >
Software - SYSTEM CONFIGURATION
RBM84 -Software
Select the number of REMs connected to the RBM84 board
In the Configuration area of the RBM84 board , set the number of REMs connected, clicking on button [N REM] and dragging the scroll bar
1
Cap 2
2
Caution! at the end of every group of opera tions, you must update to make the changes effective
to adjourn
Assign a name to the RBM84- and REM-connected outputs
Click on [Output] ...
1
2
... and type in the OUTPUT DEFINITION window the selected name for the outputs connected both to the RBM84 and the REMs
ITALIANO
This procedure is optional: by default, the system assigns a name for each output available in the system (from “Output 1” a “Output 128”).( The first 8 outputs are RBM84s and the ones after are REMs) It is recommended, however, to name all the outputs to make subsequent configurations easier and safer
to adjourn
3
4
cap. < 2 > pag. < 5 >
RBM84 -Software
Defi ne the user groups
Software - SYSTEM CONFIGURATION
1-Click on CONFIGURE GROUPS
2-Select the group to set
1
3- Assign a name to the group selected
(N.B. it is
compulsory to enable at least one group)
Cap 2
2
(N.B. it is
possible to assign up to 8 time bands) per day
3
4
6 5
7
8
9
4- Associate a function to the individual group: DISABLED prevents all movement for the whole group. ENTRY/EXIT allows the group the normalentry and exit operations. SAFETY allows entry at any time, even if access is
made during the blocked time bands.
5- Select the day to set 6- select the band to set 7- Assign a function to the individual band.
ENABLED allows the group to enter and exit during that set time band. BLOCKED prevents both entering and exiting. ENTRY allows entry only in the set time band EXIT allows exit only in the set time band
8- Select the band start time. 9- Select the band end time. 10- Associate a credit value to the band
ITALIANO
10
to adjourn
cap. < 2 > pag. < 6 >
Software - SYSTEM CONFIGURATION
RBM84 -Software
Setting traffi c lights (if present)
1-Click on TRAFFIC LIGHTS
1
Cap 2
2
3
4
5
6
2- select the traffic light to set.
3- Assign a name to it.
4- Assign a maximum capacity.
5- If there are occupied parking spaces during installation, simply mark them in the ‘Occupied’ Box.
6- You can select the function type. With the Autonomous function, the traffic light is considered independent and is therefore not counted in the total. With the Complete function, however, the traffic light is part of a group of traffic lights, and when everything is completed, the total will indicate this.
7
7- Once set, the new values must be assigned to the traffic light
Caution! At the end of every group of operations, you must update to make the changes effective
to adjourn
ITALIANO
cap. < 2 > pag. < 7 >
Software - SYSTEM CONFIGURATION
TRA N S FO RM ER TERM INAL B LOC K
LINE FUSE 5A
LT0 0 1
R501/2
S5000 S6000 S7000
1
3
TSP 00
LT0 0 1
S5000 S6000 S7000
TSP 00
R501/2
RBM84 -Software
Confi guring the control sensors connected to RBM84
In the Local Sensors area of the
RBM84 board you must confi gure the type, function and associations of each command device connected to RBM84. The sensor number corresponds exactly to the sensor connected to the terminal board labelled with the same
number; see fi gure
Cap 2
Sensor type
In the Typepull-downmenu, select the type of sensor connected:
- S5000/S6000/S7000 keypad
- remote controls series, TAM or ATOMO
- transponder TSP00/LT001 and confirm with [OK]
ABS1
GND
OUT
Sensor function
In the Function pull-down menu , select the function of the connected sensor:
- entry and exit
- entry only
- exit only
- internal access and confi rm with [OK]
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Software - SYSTEM CONFIGURATION
RBM84 -Software
Associating the sensor to an exit
In the Associationpull-down menu , select the association of the device with one of the connected exits and confi rm with [OK]
Cap 2
Associating the sensor to a traffi c-light control
In the Car-parkpull-down menu , select which car park must be associated and confi rm with [OK]
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Software - SYSTEM CONFIGURATION
RBM84 -Software
Cost Function (differentiated output)
1- To use the cost function, set the sensor as internal passage.
2- Set the value associated to the sensor,
Cap 2
1
To work correctly, the user must have an IN status, either by entering the system
or by changing the status manually. (See Section 4, page 18)
Caution! at the end of every group of operations, you must update to make the changes effective
to adjourn
2
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