Beghelli LOGICA SUPERVISOR 12131C Manual de usuario
LOGICA SUPERVISOR CONTROL UNIT
code 12131C
Su ervisor Control Unit for the centralised management and
control of normal and emergency lighting systems
INSTALLATION
AND OPERATING INSTRUCTIONS
2
TABLE OF CONTENTS
•WHAT IS THE SUPER ISOR CONTROL UNIT BY BEGHELLI pag. 3
•FUNCTIONS pag. 3
System monitoring pag. 3
System Control pag. 3
Keeping a Logbook pag. 3
•INSTALLATION pag. 4
RS 485 line use and termination pag. 6
Operations Required to Render the Supervisor Control Unit Operational pag. 6
eyboard and display functions pag. 6
Date and Time Settings pag. 7
Searching for Logica Control Units (New Configuration) pag. 8
Scheduling Functional and Autonomy Tests pag. 9
•GROUPS pag. 10
•MENU pag. 11
Luminaires Menu pag. 11
Maintenance Menu pag. 12
Manual Test pag. 12
Emergency pag. 13
Error Status pag. 13
Management Test pag. 14
Control Unit Management pag. 14
Date & Time Changes pag. 14
Control Unit Code pag. 14
C Ups pag. 14
Ups presence pag. 14
Save/Ups/Mod. pag. 14
Print/Save pag. 15
Language pag. 15
Ethernet Network pag. 15
NEA Control Unit YES/NO pag. 15
Out. Err. On/off pag. 16
Out.Test/Errors pag. 16
St. Err. open/cl. pag. 16
Password on/off pag. 16
Password change pag. 16
Configuration pag. 16
Remote Configuration pag. 17
Remote Locking - Remote Unlocking pag. 17
Software Upgrade pag. 17
Status Menu pag. 17
•TECHNICAL CHARACTERISTICS pag. 18
•WARNINGS - WARRANTY pag. 18
3
The Supervisor Control Unit by Beghelli (code 12131C) is a device used for the centralised con-
trol of normal and emergency lighting systems. It controls and supervises up to 31 Logica
Control Units by Beghelli via a RS485 bus (control unit code 12100C), and each control unit, in
its turn, can handle up to 128 normal and emergency luminaires on a DALI bus, according to
IEC60929.
It can also be used with centralised battery lighting/emergency systems, interfacing with the ups
units via bus RS232_B and with NEA systems, up to 63 NEALOG (code 16318) via bus RS485;
each control unit, in its turn, can handle up to 64 NEA luminaires.
The Control Unit consists of:
- eyboard + display for user operations;
- RS485 interface for connections to Logica Control Units by Beghelli (code 12100);
- RS485 interface for Supervisor Unit remote control via PC or modem connection;
- RS232 interface that can be connected to the Logica DIN RS232 serial printer by Beghelli (code
12099);
- ethernet interface to enable the use of the device with a LAN network;
- USB interface for software updates.
The Supervisor Control Unit performs the following tasks:
SYSTEM MONITORING
The Supervisor Control Unit keeps the connected Logica (or Nealog) Control Units under perma-
nent supervision, detects and reports any Control Unit/ luminaire malfunction.
SYSTEM CONTROL
The Supervisor Control Unit allows the user to adjust the brightness of the luminaires, perform
Functional and Autonomy tests on the system emergency luminaires, set Test times and fre-
quency. etc...
KEEPING A LOGBOOK
The Supervisor Control Unit tracks test outcomes and, in general, any relevant operation in the
system.
If a printer is available (code 12099) this information can be regularly printed on paper; if the-
re is a USB flash drive connected, the information can be saved in the form of files and if a PC
connection is available, this information can be sent and saved on a computer.
The Supervisor Control Unit can store information related to a period of about two years; it will
then start deleting older logs to make space for new data (the stated time refers to a system of
4000 luminaires, with Functional Tests performed every 15 days and Autonomy tests performed
every 6 months; smaller systems with different Test frequencies will have a higher/lower log-
book duration).
WHAT IS THE SUPER ISOR CONTROL UNIT BY BEGHELLI
FUNCTIONS
4
INSTALLATION
Use the layout below for reference to connect the Supervisor Control Unit to Logica Control Units
(RS485 bus) and, if applicable, to the printer (RS232 bus)
The connection to the system, via the LogicaVisual software, can be made via RS485_A and
ETHERNET (starting from firmware version 1.20)
Logica DALI control unit
Logica DALI control unit
Logica DALI control unit
Logica
Logica
Logica
BS100
up to 128
up to 128
up to 128
BS100
BS100
LOGICA supervisor control unit
Esc
ok
Esc
ok
Esc
ok
Esc
ok
Personal
Computer
Printer
Logica
Other interfaces:
USB
ETHERNET
RS232
Interface GSM
5
INPUT: for the connection of buttons, switches, outputs of other technological systems (e.g. anti-
theft). Dry contact.
OUTPUT: open collector output. Vmax 24V; Imax 50mA
k
O
c
s
E
^
^
MAINS RADIO
MAINS 230V
(YELLOW)
(BLUE)
(GREY)
(BLACK)
MAINS 230V
LINK T O :
- ETHERNET INTERFACE
- USB INTERFACE
- RS23 2 I N TERFA C E
DIN PR I N TER
cod. 1 2099
CONF I G URE TH E PRIN T E R
IN RS2 3 2 M ODE
BY SOL D E RING THE J U M PERS
LOGICA SUPERVISOR CONTROL UNIT
cod. 12131C
LOGI C A C ONTROL U N I T
cod. 1 2 1 00C
MAX 31 C O N TROL UN I T S
DALISWIT C HES
A D
GND
4 3 2 1
OkEsc
6
OPERATIONS REQUIRED TO RENDER THE SUPER ISOR CONTROL UNIT OPERA-
TIONAL
KEYBOARD AND DISPLAY FUNCTIONS
Pressing the keys enables the user to move through the screens, to display information and select
the operation mode.
The three main menus are LIGHTS, MAINTENANCE AND STATUS;
- to move from one menu to another, use the “DOWN” Cand “UP” Dkeys
- to enter the menu and access additional functions, use the “O ” B keys
- to return to a higher menu level, use the “ESC” A keys
- to move from the first to the last level of each menu (circular menus) press D(eg: in MANUAL
TEST press Dto go to SOFTWARE UPGRADE).
Other key functions:
- use the "DOWN" Cand "UP" Dkeys to change a value (for example, in the date and
time settings menu, with the hour indication "08" flashing, press Dto increase the
value to "09", press Cto decrease the value to "07")
- use key "O " Bkey to confirm the entered value (by reference to the example given at
the previous point, if, after changing the hour value to "07", you press B, this value will
be stored on the Control Unit) .
RS 485 LINE USE AND TERMINATION
The Control Unit is equipped with 2 separate RS 485 lines (RS485_A and RS485_B); impedance
adjustment possible on both lines by adding 2 2.54 pitch jumpers.
Impedance adjustment is needed when the Control Unit is the "terminal" part of BUS 485 (the
beginning or the end of the path).
To adjust the RS485_A line, insert the Jumpers in connectors J22 and J23. To adjust the
RS485_B line, insert the Jumpers in connectors J20 and J21.
CO
COM UX
-UX
+
RETE RADIO
PN
RS485_A
OUT3
R
+-
5V IN
Reset
BOOT
00 - SD
01 - eMMC
10 - NAND
Term. 485
J20
J21
J23
J22
MAINS
DATE AND TIME SETTINGS
7
At the first start up, the system displays the LIGHTS
menu: SAB 00:00:01
LIGHTS
Press the keys shown on the right in sequence to go
to the menu for time setting:
CSAB 00:00:01
MAINTENANCE
BM inten nce
MANUAL TEST
DM inten nce
SOFTWARE UPGRADE
D X 5 M inten nce
CTRL UNIT MGT.
BCtrl Unit Mgt.
CHANGE DATE-TIME
Press Bagain to enter the menu that shows the date
currently set on the Control unit appears and the
day indication will be flashing (“01”). Press Duntil
the desired day is displayed, then press Bto confirm.
Now the month indication will start flashing (to change
it, follow the same procedure as for setting the day).
Ch nge d te-time
01-01-2019 00:00
Apply the same method to set the year, hour and minu-
tes. Press Bto confirm the value set for minutes;
now, the display will show "COMMAND EXECUTED".
15-06-2019 15:45
COMMAND EXECUTED
8
SEARCHING FOR LOGICA CONTROL UNITS (NEW CONFIGURATION)
N.B.: before proceeding, make sure that a different address is set for each Logica Control Unit
installed and wired to the Supervisor Control Unit; to set an address for a Logica Control Unit,
refer to the “Logica Control Unit by Beghelli” manual.
N.B.: also check that the system configuration command has been executed on all Logica
Control Units installed and wired to the Supervisor Control Unit (see the “Logica Control Unit by
Beghelli” manual).
After completing these checks, launch the search procedure, which will make the Supervisor
Control Unit search for Logica Control Units connected to it.
N.B.: if the number of Logica Control Units found does not match the number of Control Units con-
nected to the Supervisor Control Unit, check the system wiring.
The same procedure applies for NEALOG devices (code 16318).
In this case, before initiating the configuration phase, search on the Supervisor Control Unit for the
Nea devices, proceeding as follows:
Maintenance B Ctrl Unit Mgt B NEA Ctrl Unit YES/NO B YES B
N.B.: Where applicable, the menu pages may also contain indications related to the NEA system.
Assuming you start from the LIGHTS menu: press the
keys shown on the right in sequence to go to the new
configuration search menu.
SAB 00:00:01
LIGHTS
CSAB 00:00:01
MAINTENANCE
BM inten nce
MANUAL TEST
DM inten nce
SOFTWARE UPGRADE
D X 4 M inten nce
CONFIGURATION
BConfigur tion NEW
9
Press Bto launch the search for Control Units. During
the search, the two numbers shown on screen, divided
by a
dash, mean:
- on the left: total number of Control Units detected up
to that moment
- on the right: address of the Logica Control Unit under-
going checks to see if it is connected to the system.
Ctrl Unit Config.
in progress
000-000
At the end of the search, the number of Logica Control
Units detected will be shown on screen.
Tot l
02 CONTROL UNITS
N.B.: if the number of Logica Control Units found does not match the number of Control Units con-
nected to the Supervisor Control Unit, check the system wiring.
The same procedure applies when searching for NEALOG devices.
SCHEDULING FUNCTIONAL AND AUTONOMY TESTS
The Functional and Autonomy Tests are meant to check the emergency luminaires. Functional
Tests consist in turning on the luminaire for about 30 seconds and checking the luminaire light
source and battery efficiency; Autonomy Tests consist in turning on the luminaire for extended
periods of time and checking if the battery is still working. If the Tests reveal that the luminai-
re is faulty, this information will be transmitted from the luminaire to the Logica Control Unit and
then to the Supervisor Control Unit: an error message will be displayed on the screen of the
Supervisor Control Unit and the error will be recorded in the Logbook.
The Supervisor Control Unit allows you to set the date and time of the next tests either indivi-
dually, for each Logica Control Unit, or globally, for all Logica Control Units in the system. After
setting the date and time of the next Functional and Autonomy Tests, all subsequent tests will
be performed at a regular interval, which can also be set in the menu of the Control Unit.
For a correct operation of the system, the following must be set:
- Date and time of the next Functional Test;
- Date and time of the next Autonomy Test;
- Time interval between repeated Functional Tests;
- Time interval between repeated Autonomy Tests.
10
Luminaires connected to each Logica Control Unit by Beghelli can be divided into groups to
perform separate operations on system sections. Each luminaire can belong to a group, multi-
ple groups or no group. The total number of groups available is 16.
Assigning a luminaire to a group is an operation that needs to be performed on the Logica Control
Unit to which that luminaire is connected; for this, refer to the “Logica Control Unit by Beghelli”
manual.
The Supervisor Control Unit has the same Group concept as the Logica Control Units: any ope-
ration performed from the Supervisor Control Unit on a group, will affect the corresponding group
of each Logica Control Unit by Beghelli in the system; if a command is sent to group '1' from the
Supervisor Control Unit by Beghelli, that command will affect all luminaires belonging to group
'1' of each Logica Control Unit by Beghelli.
GROUPS
Press Bto show the date of the Next Functional Test
stored on the Control Unit.
To set the time of the test, proceed as shown in section
"Date and Time Settings".
Next Func Test
31-12-2099 00:00
Assuming you start from the LIGHTS menu: press the
keys shown on the right in sequence to go to the date-
time settings menu for the next Functional Test.
("x 3" means you have to press the key three times)
SAB 00:00:01
LIGHTS
CSAB 00:00:01
MAINTENANCE
BM inten nce
MANUAL TEST
C x3 M inten nce
MANAGEMENT TEST
BM n gement Test
ALL
BAll NEXT FUNC TEST
The example below shows how to set the date and time of the next Functional Test.
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