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LOGICA FM
TECHNICAL TRAINING ON
LOGICA FM
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
LOGICA FM
• System Introduction
– Communication features.
• LOGICA FM CU
– System Activation;
– System Management;
– System Remote connection.
• PC Remote Control
– Logica Visual Software;
– Special Features;
– UpGrader.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Introduction
The emergency system can be totally
centralized connecting up to 992
Radio luminaries to LOGICA FM CU
(code 12128) through Radio module:
• CU controls totally the system;
• The fixtures are physically connected
only to power-supply net;
• The system automatically finds out the
way to control all the reachable fittings;
• The CU can be remotely controlled via
proper Interface.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Communication Features
The CU controls emergency LOGICA fixtures of the system with a
radio module (code 12130) through 2.4GHz low power waves.
• Low-Power Spread-Spectrum radio waves
(freq. 2.4-2.4835 GHz);
• Power emitted less than 1% respect to normal
mobile phone (10mW eirp);
• Two way communication with distance range
communication up to 400 m in open air;
• Unlimited range of communication within
the system thanks to radio net;
• Automatic routing of best communication
between CU and luminaries.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Communication Features
The CU controls emergency LOGICA fixtures of the system with a
radio module (code 12130) through 2.4GHz low power waves.
• Low-Power Spread-Spectrum radio waves
(freq. 2.4-2.4835 GHz);
General purpose free frequency. Inside the range
different frequency are available in order to avoid
interferences among close different systems
• Power emitted less than 1% respect to normal
mobile phone (10mW eirp);
• Two way communication with distance range
communication up to 400 m in open air;
• Unlimited range of communication within
the system thanks to radio net;
• Automatic routing of best communication
between CU and luminaries.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Communication Features
The CU controls emergency LOGICA fixtures of the system with a
radio module (code 12130) through 2.4GHz low power waves.
• Low-Power Spread-Spectrum radio waves
(freq. 2.4-2.4835 GHz);
• Power emitted less than 1% respect to normal
mobile phone (10mW eirp);
Environmental pollution avoided.
Full compatibility with other electronic engines.
• Two way communication with distance range
communication up to 400 m in open air;
• Unlimited range of communication within
the system thanks to radio net;
• Automatic routing of best communication
between CU and luminaries.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Communication Features
The CU controls emergency LOGICA fixtures of the system with a
radio module (code 12130) through 2.4GHz low power waves.
• Low-Power Spread-Spectrum radio waves
(freq. 2.4-2.4835 GHz);
• Power emitted less than 1% respect to normal
mobile phone (10mW eirp);
• Two way communication with distance range
communication up to 400 m in open air;
Efficient communication protocol although the
low power emitted.
• Unlimited range of communication within
the system thanks to radio net;
• Automatic routing of best communication
between CU and luminaries.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Communication Features
The CU controls emergency LOGICA fixtures of the system with a
radio module (code 12130) through 2.4GHz low power waves.
• Low-Power Spread-Spectrum radio waves
(freq. 2.4-2.4835 GHz);
• Power emitted less than 1% respect to normal
mobile phone (10mW eirp);
• Two way communication with distance range
communication up to 400 m in open air;
• Unlimited range of communication within
the system thanks to radio net;
Each radio module can be used as bridge for the
communication with further radio module.
• Automatic routing of best communication
between CU and luminaries.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Communication Features
The CU controls emergency LOGICA fixtures of the system with a
radio module (code 12130) through 2.4GHz low power waves.
• Low-Power Spread-Spectrum radio waves
(freq. 2.4-2.4835 GHz);
• Power emitted less than 1% respect to normal
mobile phone (10mW eirp);
• Two way communication with distance range
communication up to 400 m in open air;
• Unlimited range of communication within
the system thanks to radio net;
• Automatic routing of best communication
between CU and luminaries.
The CU can check the power of the communication
and choose the best pathway to perform
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
LOGICA FM CU
Logica FM Control Unit (code 12128) allows a set up of an
emergency system (up to 992 fixtures) through a radio FM
connection.
LOGICA CU features:
• 4-digit keyboard;
• LCD display;
• An Open-Collector out for external error signalling;
• A radio module for the communication;
• 4 configurable output switches;
• RS485 ports for remote control and LOGICA CU connection;
• RS232 port for a local printer.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
System Wiring Diagram
The hardware of FM CU is exactly the same of the Supervisor CU,
except for the radio module connector.
• Local printer (code 3284) can be connected through RS232_A port.
• FM CU can be remotely controlled via Ethernet, USB, LON and GSM
interface through RS485_A port.
Switch inputs and
Error indicator
connector
• 4 switch inputs can be set as
for LOGICA CU;
• Presence of errors output
connector available;
• The fixture gets the radio
module ID code in FM
system.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
System Wiring Diagram
• OUT2-GND connectors can be used as a warning of a present error.
– With a proper connection, with the use of a DC relay and a DC power
supplier a lighting signal can be plug into relay outputs. When even only an
error is present in the emergency system OUT2 commutes and the lighting
signal switches on.
– The port has to be set: MAINTANANCE - CU MANAGEMENT - OUT ERROR ON/OFF:
Set OUT2 port
- ERR ST. OPEN/CL:
Set the port as
Active open
DC
RELAY
DC POWER
SUPPLIER
or
Active close
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
System Activation
System Activation (press OK to confirm each choice):
• Set language, date and time - same procedure of Supervisor CU;
– MAINTAINANCE - CU MANAGEMENT - LANGUAGE ( in italian.
MANUTENZIONE - GEST. CENTRALE - LINGUA): set the language;
– MAINTANANCE - CU MANAGEMENT - DATE-HOUR hh.mm: set date and time;
aaaa-mm-gg
• System configuration: look for the new lamps installed;
– MAINTENANCE - CONFIGURATION - FINDS UNIT - ENDLESS
SEARCH: the CU starts searching the luminaries. When a fixture is found,
the ID is stored into the CU memory and the fixture disable the
communication for 40 minutes.
Lamps found in the on-going
configuration
Total lamps configurated
Last lamp found ID code
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
System Activation
Lamps found in the on-going
configuration
Total lamps configurated
– To stop the procedure ‘ESC’ must be pressed. The
CU shows the amount of devices caught during
configuration.
– After the configuration the communication tree is
defined considering the random procedure of
configuration.
First Level Devices
Second Level Devices
Third Level Device
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
System Activation
– In order to complete properly the configuration. A new definition of the
Communication Tree is really suggested.
– “ERASE TREE” and “OPTIMISE” commands in a row define the
Communication Tree with all the devices stored in the CU Database and not
randomly.
Lamps defined with the new
Communication Tree
Total lamps installed
– At the end of the Optimisation, a better
Communication Tree is defined.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
System Activation
• Programming automatic tests;
– MAINTAINANCE - MANAGEMENT TEST - NEXT FUNCTIONAL
TEST: set days, hours and minutes of the next functional test;
– MAINTAINANCE - MANAGEMENT TEST - FUNCTIONAL TEST
PERIODICITY: set the days of periodicity of the functional test;
– Repeat the same steps for Autonomy duration test.
• Setting the address in LOGICA CU:
– MAINTAINANCE - CU MANAGEMENT - CENTRAL UNIT ID: set the
address of the CU. It will be used to remotely controlled a system with more
than one CU.
• Execute functional test in all LOGICA luminaries :
– MAINTAINANCE - MANUAL TEST - ALL - FUNCTIONCAL: the
emergency luminaries of each LOGICA CU of the system will perform
functional 30 seconds test.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
System Management
The FM CU controls the SE/SA fixtures in the same way of
LOGICA CU:
• CT Fixture configuration:
– MAINTAINANCE - UNIT MANAGEMENT - select the item to set:
Autonomy duration, Even-Odd test group, ..., Self/CentralDimmer, SA/PS;
• Switch ON-OFF and dimmer SA LOGICA fixtures:
– LIGHTS - ALL: with the arrow pushbuttons the brightness is settable;
• Execute Tests manually:
– MAINTANANCE - MANUAL TEST - ALL - select the test;
• Group association:
– MAINTANANCE - GROUP MANAGEMENT - select to fixture;
• Error management:
– MAINTANANCE - ERROR STATUS - the errors are display and can be
erased.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
PC Remote Control
All the LOGICA CUs allow a remote control through RS485 port
(RS485_A for SuperVisor and FM )
The CU can be remotely controlled with a PC via:
- DIRECT CONNECTION:
– The PC can be connected directly through own serial port, if a serial port is
not present in the PC, an USB/RS485 converter is needed;
- ETHERNET CONNECTION:
– The PC can be connected through LAN Ethernet port with the use of RS485Ethernet interface;
- GSM ONNECTION:
– The PC with GSM modem can remotely control with the CU connected to
proper GSM interface;
- LON CONNECTION:
– The CU can be remotely controlled via Building Management System with
the use of the proper Lon Interface.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Direct Connection
For direct connection PC-CU, USB/RS485 converter (code
12136) is needed.
• TX+/D+ entry of
RS485 Converter port
has to be connected to
Ux+ entry of CU;
• TX-/D- entry of RS485
Converter port has to be
connected to Ux- entry of
CU;
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Ethernet Connection
For Ethernet connection PC-CU, TIBBO Ethernet/RS485
converter (code 12135) is needed.
Tibbo needs a
12Vdc powersupplier with
100mA of
nominal current
at least;
Connection Tibbo-CU
3
Tx+
CONVERTER
6
Rx+
TIBBO DS100B
4
2
5
Tx-
Ux+
Ux-
RxGND
LOGICA
CU
The Switch
must be set for
RS485
connection
(Sw1 and Sw2
set as ON)
COM
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Ethernet Connection
Depending on the configuration of the Ethernet network used – with
static IP of dynamic IP- one of two distinct configuration modes will
be required:
Network with static IP
- Set the static IP address;
- Set the UDP: 6260;
- Set the baud rate of RS485
serial communication at 9600.
IP address must be furnished
by the manager of the network
(data processing centre),
which has made the network
access point available.
Network with dynamic IP
-Set the operating mode to DHCP.
- Set the host name.
- Set the UDP port: 6260;
- Set the baud rate of RS485 serial
communication at 9600.
The static IP address or host name,
according to the network configuration
used, and the UDP port must also be
correctly entered in the system settings
in the Logica Visual software.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
DS Manager Software
Software supplied with Tibbo, it allows to set up parameters for the
converter correct functioning. When opening the program, if the
converter is connected it is automatically detected.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
DS Manager Software
Owner and
Device Name
Dynamic Address
enabled
IP
Address
UDP
protocol
6260
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
DS Manager Software
Baud Rate
9600 bps
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
GSM Connection
For GSM connection PC-CU, GSM Interface (code 12132) is
needed.
The GSM Inteface
features:
Connect pin to pin Ux+, Ux-, Com entries
betwwen CU and GSM Interface
• GSM: net LED;
• 230: Power Net LED;
• LD1-LD4: Output
LED;
• OUT: Relay LED;
• INFO/RST: Pushbutton for info and
Reset.
SIM-CARD:
• Membership contract;
• Data SIM-card.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
GSM Connection
- 230~ LED:
– Steady Green: Main On;
– Slow Flashing Green: Main off.
- GSM LED:
– Steady Red: On-going Connection;
– Slow Flashing Red: GSM modem well connected to the net;
– Fast Flashing Red: Registration procedure.
- INFO/RST pushbutton:
– Keep pressed for 10-15 seconds the pushbutton to reset the Interface;
– Press normally the pushbutton to enable LDx signals:
With GSM LED fast flashing red:
- LD1: Not Gsm net present;
- LD2: SIMCARD wrong placed;
- LD3: fault in the modem.
With GSM LED slow flashing
red:
- LD4: from 1 to 4 flashes are
done signalling the power of the
GSM net (1: low; 4:high);
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Logica Visual Main Page
Create a new project
Edit a project
Select the language of
the software
To bring the projects from one PC to
another one, DatiImpianti.mdb has to
be copied in main folder of
LogicaVisual inside the new PC .
Select the User. Installer features:
usr= 000000; pswd=osu196
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
New Project Definition
Define ‘LOGICA
Radio’ as Facility type
Set a description to the
project
Define the way of
connection
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
- I° STEP:
– Connect to the system;
- II° STEP:
– Set the address on the CU;
– Search for CU remotely controlled;
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
- III° STEP:
– Update configuration of the system;
The LOGICA FM CU is totally controlled remotely
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Facility Status
CU Status
List of the ID
code of the
lamps managed
by the CU
Selected lamp
Status
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Manual Test
Management
Maintained
Lighting
Management
Broadcast command - If pressed
the action is applied to all the
devices under the CU
Erase the errors and
readthe status of the
selected device
Emergency
inhibition
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Group Definition
Each device can
be easily
associated to
proper group
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Periodic Automatic Test Definition
Functional Test
Definition
Autonomy
Duration Test
Definition
Execution of Test Among
Odd & Even ID Code group
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Facility Manager
Definition of an
automatic
update of the
status
Facility Configuration CU
Search & Configuration Update
Rtf print of the
report
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Drawing
With an easy
drag&drop the
devices can be
put into a DWG
drawing
Is suggested to use DWG file saved with AUTOCAD 2000 versione
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Test Result Storage
Result of the Tests are kept stored into a dedicated memory into the CU for
a minimum period of 2 years.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Logica Visual Software
Remote Console
A special push-button is dedicated to pop-up a Remote Consolein
order to act on the CU as if the user is in front of it.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Special Features
Control Unit Settings
Error indicator output
definition
Visualization mode on
the CU display
CU
Password
definition
Activation
of Demo
Mode &
Hidden
Technical
Menu
Definition of
acceptable FM
signal power
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Special Features
Demo Mode
Very useful method to show a customer and check on site the power of the
FM communication.
A system with only 3 devices is needed to be set up
– Power up the system;
– Scroll down in the main
panel until “Please
wait...” appears;
– Unplug the 3 devices,
“Test Running...”
appears;
– The devices remains
ON until they lose the
communication with the
CU
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Special Features
Menu for Technicians
When activated, additional hidden features are available.
The most important are:
– Additional tree are set in
the CU;
– If a ‘father’ crashes the
‘sons’ automatically find a
new path to communicate;
– When a device is caught
during a configuration it
disables for 40 minutes;
– The CU re-enable the
devices in order to perform
immediatly anew
configuration.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Special Features
Manual Definition of the Communication Tree
The communication with the CU can be directly checked with the “Radio
Test” present on the Remote Console
Successful
percentage
Quality of the
communication
Communi
cations
Tried
Communications
succeeded
Communication Test with the CU of the device
F0BC5C using device F0A890 as bridge
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Special Features
Manual Definition of the Communication Tree
The Communication Tree can be
manually modified lamp by lamp:
– The device must be set as Orphan;
– When a device is Orphan (no one
communicates with him), it becomes
highlighted on the right list of the
software;
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
Special Features
Manual Definition of the Communication Tree
– With the same procedure to
make the device Orphan, a
new father can be set;
– Once the new Father has
been set, the Communication
Tree is modified;
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
UpGrader
FM Control Unit Upgrade
To upgrade LOGICA FM CU, a proper software called “UpGrader” must be
used.
– Run “regedit” from Windows Main panel;
– Set “No” in the feature “RTR Ridotto” of:
– Hkey_current_user;
– Software;
– VB&VBA Program
Settings;
– RealTimeRisparmia;
– Impostazioni.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
UpGrader
FM Control Unit Upgrade
– Run UpGrader Software;
– Select the way to connect and the related PC
COM port;
– Once The PC is connected
to CU, run “Read Config.”
(Read Configuration);
– Once Configuration has
read, run “Stato” (CU Status
Update);
– The CU can be now
Updated.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
UpGrader
Firmware Upgrade
– Copy&Paste the Firmware files into UpGrader folder;
– Press “CENTRAL UNIT UPGRADE”;
– Define the version of the firmware to be installed;
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
UpGrader
Firmware Upgrade
– Wait for the procedure to complete (the counter has to stop);
– At the end of the procedure, the program automatically disconnect.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
UpGrader
Radio Module Upgrade
– Copy&Paste the Radio Module files into UpGrader folder;
– Press “Radio Modules SW Download”;
– Select the file to upgrade the Radio Module.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
UpGrader
Radio Module Upgrade
– Wait for the procedure to complete (the counter has to stop);
– Select the devices you want the Radio module to be upgrade;
– Press “Radio Module Upgrade”.
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009
UpGrader
System Maintenance
Additional information of the system can be detected with the use
UpGrader
Father of the device
(0=CU)
Last communication
performed with the CU
Deepness insidethe
Communication Tree
(1=direct communication
with CU)
Quality of the
communication.
[0:40] = Good
[40:90] = Acceptable
>90 = Not Suggested
Presented by: Lenzi Marco, Beghelli Spa - Jan 2009