Glamox Vertex PN8100102 User manual

OPERATION AND MAINTENANCE MANUAL

CONTENTS
Contents .................................................................................................................................................. 2
1. General information............................................................................................................................. 5
Safety................................................................................................................................................... 5
Symbols............................................................................................................................................ 5
Safety hints....................................................................................................................................... 5
Delivery and storage............................................................................................................................ 5
Delivery check.................................................................................................................................. 5
Transport damage............................................................................................................................ 5
Storage............................................................................................................................................. 5
Hardware requirements ....................................................................................................................... 6
Computer.......................................................................................................................................... 6
Mobile devices.................................................................................................................................. 6
Network fixtures................................................................................................................................ 6
Hardware requirements for SLS service .......................................................................................... 6
Network requirements ...................................................................................................................... 6
System operation................................................................................................................................. 6
Operating conditions ........................................................................................................................ 6
Testing the emergency lighting system............................................................................................ 6
Battery formatting............................................................................................................................. 7
Repair and replacement................................................................................................................... 7
Maintenance..................................................................................................................................... 7
Disposal of devices and packaging.................................................................................................. 7
2. Application and intended use .............................................................................................................. 8
Introduction .......................................................................................................................................... 8
Application and intended use............................................................................................................... 8
Software packages and licences ......................................................................................................... 8
Communication protocol...................................................................................................................... 9
DALI bus technical parameters........................................................................................................ 9
System infrastructure diagram........................................................................................................... 10
Control of basic luminaires................................................................................................................. 10
Control of emergency luminaires....................................................................................................... 10
System actuators ............................................................................................................................... 11
VERTEX......................................................................................................................................... 11
Basic luminaires ............................................................................................................................. 11
Emergency luminaires.................................................................................................................... 11
Button panels ................................................................................................................................. 12
Sensors .......................................................................................................................................... 12
Multimedia operator panels............................................................................................................ 12
2

3.Installation...........................................................................................................................................13
Introduction ........................................................................................................................................ 13
Preparation......................................................................................................................................... 13
Compatibility check of DALI and DALI-2 actuators........................................................................ 13
INstallation of the DALI bus cabling................................................................................................... 13
DALI communication bus topology................................................................................................. 14
Electrical conditions for communication bus .................................................................................. 14
Installing the structural network cabling............................................................................................. 15
Installing and connecting the devices................................................................................................ 15
Connecting the VERTEX control unit............................................................................................. 15
Connecting the DALI devices......................................................................................................... 16
Connecting the network components............................................................................................. 17
System check..................................................................................................................................... 17
Power wiring check ........................................................................................................................ 17
Check of LAN structural cabling..................................................................................................... 18
Check of DALI communication buses ............................................................................................ 18
Addressing the luminaires on the building drawings ......................................................................... 18
4.System start-up..................................................................................................................................19
Introduction ........................................................................................................................................ 19
Report the installation to start-up....................................................................................................... 19
Qualification of start-up as: local........................................................................................................ 19
Configure control unit network parameters .................................................................................... 20
Search for DALI devices in the system.......................................................................................... 23
System software update................................................................................................................. 23
5.Programming the basic lighting control...............................................................................................24
Introduction ........................................................................................................................................ 24
Log in to control application............................................................................................................... 24
Search for/ address the devices ........................................................................................................ 24
Identify devices in the system –assign names.................................................................................. 24
Configure the parameters of devices.................................................................................................25
Manage the control groups................................................................................................................ 26
Configure scenes............................................................................................................................... 26
Program the operation logic............................................................................................................... 27
Manage the program flows............................................................................................................. 27
Manage the program blocks........................................................................................................... 28
Import / export the program............................................................................................................ 28
Source signals................................................................................................................................ 29
Action block.................................................................................................................................... 31
Signal propagation to the control system....................................................................................... 33
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Action priorities in the system............................................................................................................ 34
Description of operation ................................................................................................................. 34
Default priority values..................................................................................................................... 35
Example.......................................................................................................................................... 35
Modify the action parameters......................................................................................................... 38
6.Programming the emergency lighting system ....................................................................................39
Introduction ........................................................................................................................................ 39
Identification of emergency luminaires .............................................................................................. 39
Manual triggering of functional and autonomy tests .......................................................................... 40
Programming emergency lighting test groups ................................................................................... 40
Grouping the emergency luminaires .............................................................................................. 41
Ungrouping..................................................................................................................................... 41
Programming the test schedule......................................................................................................... 42
Programming the supervision (night) lighting function....................................................................... 43
Generating and printing the test reports ............................................................................................ 43
Assign named and schematic ID to devices...................................................................................... 44
Change luminaire name................................................................................................................. 44
Change Schematic ID .................................................................................................................... 45
7.Integration with the BMS ....................................................................................................................46
Introduction ........................................................................................................................................ 46
VERTEX registers map...................................................................................................................... 46
Luminaires registers map................................................................................................................... 47
Date offset.......................................................................................................................................... 50
Registers for triggering actions in the VERTEX system .................................................................... 50
Registers for storing information about groups.................................................................................. 51
Designing the Modbus TCP register map.......................................................................................... 52
8.Troubleshooting..................................................................................................................................54
Introduction ........................................................................................................................................ 54
Possible errors and troubleshooting .................................................................................................. 54
4

1. GENERAL INFORMATION
SAFETY
The document includes basic information about safety during installation and use of the VERTEX
system, symbols used in the manual, information about delivery and storage of devices and
requirements for the devices used in the system.
SAFETY HINTS
The system can be made only by professionals, taking into account all safety regulations. A damaged
or incorrect system can cause injuries and/or property damage.
The system shall be made according to the design, taking into account:
•length of cables which must not be exceeded;
•type and protection degree of connected devices which shall conform to the regulations.
The VERTEX control units can be installed in lighting switchgears or in separate enclosures in
switchgears.
Information about the VERTEX system is available at:
https://www.essystem.pl/vertex https://essystem.pl/pl/produkty/es-cti-dali
Note!
The VERTEX unit controls the luminaires with light sources not replaceable by the user. The light
sources in luminaires shall be replaced by the manufacturer or its service representative.
DELIVERY AND STORAGE
DELIVERY CHECK
Check the consignment on delivery to make sure the packages are undamaged and complete. Unpack
immediately any damaged packages. Report missing pars of damage immediately, otherwise you
will lose your rights for claims against the transport company. Check also the address on the
delivery document.
TRANSPORT DAMAGE
Check the condition and completeness of the consignment. In case of visible transport damage, do not
accept the consignment or accept it only conditionally.
STORAGE
The device must not be exposed to impurities on the construction site, such as pebbles or dust. Store
in a dry and clean room at ambient temperature from 0 to 40°C. No vapour condensation is allowed in
the storage area.
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Any batteries supplied with the system (with luminaires) should be stored a dry and clean room at
temperature from 0 to 25°C. Before 3 months of storage pass, make sure the batteries are charged.
The warranty will become null and void in case of incorrect or too long storage.
HARDWARE REQUIREMENTS
Minimum hardware requirements for correct operation of the system:
COMPUTER
➢Processor Intel Core i3-3210 or comparable
➢4 GB RAM
➢Google Chrome browser, version 64.0.3282.134 or later
MOBILE DEVICES
➢Four-core processor, 1.4 GHz or higher
➢GB RAM
➢Touchscreen with resolution 360x720 or higher
➢Google Chrome browser, version 64.0.3282.134 or later
NETWORK FIXTURES
➢Conformity to standard IEEE 802.3
➢Device class industrial
➢Ports 10/100 Mbps Base-T
➢Connectors RJ45
➢Frame size 1152 B
➢MAC table size 1000 entries
➢Package buffer size 56 Kb
➢Cabling U/UTP twisted pair or F/UTP cat. 5e
HARDWARE REQUIREMENTS FOR SLS SERVICE
➢Computer hardware and network fixtures as above
➢If the there is no access to Internet in the network, ATLAS access point from the SLS
STARTER KIT package is required
NETWORK REQUIREMENTS
Strict compliance with the network rules described in the document Network Requirements is
necessary for correct operation of the system.
SYSTEM OPERATION
OPERATING CONDITIONS
A VERTEX device should be used in a dry, dust-free room at ambient temperature from 0°C to 40°C.
It is not recommended to install the device in the vicinity equipment emitting strong electromagnetic
radiation (electric motors, inverters, high-voltage disconnectors).
TESTING THE EMERGENCY LIGHTING SYSTEM
According to PN-EN 50172, the emergency lighting system shall be tested:
•for functionality –at least once a month;
•for support time (autonomy) –at least once a year.
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The dates of automatically triggered functional and autonomy tests shall be programmed in the control
application in the “Calendar” scree according to the section 6. Programming the emergency lighting
system.
After each check or repair of luminaires, it is recommended to run a manually triggered test.
A report is generated for each manually or automatically triggered test.
According to PN-EN 50172, the reports from the automatic testing device shall be available as
printouts.
BATTERY FORMATTING
The batteries in the emergency luminaires shall be formatted once a year (it is recommended to format
6 months after the battery autonomy test). Automatic battery formatting can be programmed in the
control application according to the section 6. Programming the emergency lighting system.Failure
to format the batteries may result in warranty becoming null and void.
REPAIR AND REPLACEMENT
Note!
For the correct operation of the system, damaged devices shall be replaced only with the devices
manufactured by ES-SYSTEM.
Third-party devices can be connected to the system after ES-SYSTEM consent.
In case of emergency luminaires, after a repair or replacement the correct operation shall be verified
by means of a manually triggered functional test according to Section 6. Programming the
emergency lighting system.
MAINTENANCE
VERTEX devices do not require any special maintenance. Remove dust and other dirt using a dry
cloth. In case of high dust content it is recommended to blow the control unit interior with compressed
air. Do not use chemicals.
Note!
Any maintenance operations can be performed only when the control unit is disconnected from the
mains. In case of Alterations in the control unit power supply system, measurements shall be taken
adequate to the measurement of cabinets.
In addition to tests conforming to PN - EN 50172, the routine maintenance includes:
•analysis of test reports;
•current troubleshooting;
•analysis of the battery formatting report;
•system software update.
Pursuant to the Regulation of the Minister of Interior and Administration of 7 June 2010, technical
inspection and maintenance shall be performed in intervals specified by the manufacturer, at least
once a year.
ES-SYSTEM provides warranty and post-warranty service performed by qualified service personnel.
DISPOSAL OF DEVICES AND PACKAGING
ES-SYSTEM luminaires and electronic devices do not contain hazardous substances defined by the
RoHS Directive 2008/35/CE.
ES-SYSTEM is a signatory of the agreement for recycling of luminaires and electronic devices.
The packagings shall be sorted by size, type and material.
7

2. APPLICATION AND INTENDED USE
INTRODUCTION
Below please find the VERTEX system characteristics with detailed information on capabilities,
functionality, architecture and system components.
APPLICATION AND INTENDED USE
VERTEX is a modern lighting automation device used in managing, monitoring and control of large
basic and emergency lighting systems. a single control unit can support up to 192 DALI actuators
(luminaires/ buttons/ sensors) and as a result of its scalable architecture this number can be freely
increased by adding more VERTEXES ad connecting them in one LAN.
SOFTWARE PACKAGES AND LICENCES
The lighting control system is divided into a number of licences that can be used depending on the
building needs and specificity. Some licences are free or included in the device price. Other can be
bought at will. More information on licences can be found at
https://www.essystem.pl/zarzadzanie-oswietleniem/nadzor-i-zarzadzanie-oswietleniem-sls
Package Available options Licence
VERTEX Firestarter
•Configuration of network parameters
of VERTEX devices
•Dividing control unit into work groups
within one structural network Free
VERTEX –Control
application
•Lighting system monitoring
•Configuration of operating
parameters of luminaires and sensors
•Managing the lighting system logic
•Emergency lighting control
Free
VERTEX –Modbus TCP
•Integrating of the lighting system with
the BMS
•Reading lighting system information
via the Modbus TCP protocol
•Triggering actions on the lighting
system via the Modbus TCP protocol
Paid
VERTEX –Modular UI •Generating GUIs for V-Touch
multimedia control panels Paid
SLS - STARTER KIT
•ATLAS –GSM access point
•Internet data package
•Basic Reports package
•Building location visualization on the
world map
•List of VERTEX control units in the
building
•General monitoring of luminaires
(number and technical condition OK,
WARNING, ERROR)
Paid
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COMMUNICATION PROTOCOL
The VERTEX control units use the DALI protocol conforming to IEC 62386 for communication with the
lighting systems components (luminaires, actuators, sensors, buttons). More information on the DALI
protocol can be found at:
https://www.digitalilluminationinterface.org/dali/
DALI BUS TECHNICAL PARAMETERS
•Leads
oCopper, two-core YDY 2x1.5
•Maximum number of physical DALI devices in one bus
o64
•Maximum number of DALI groups in one bus
o16
•Maximum number of DALI scenes fore one device
o16
•Correct voltage range for DALI bus
o9.5 V –22.5 V, typical: 16 V
•Maximum current in DALI bus:
o180 mA for VERTEX control units
•Transmission speed
o1200 baud
•Maximum DALI bus length
oDepends on the lead cross section
oFor a 1.5 mm² lead, the distance between the master control unit and the farthest
actuator is 300 m.
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SYSTEM INFRASTRUCTURE DIAGRAM
CONTROL OF BASIC LUMINAIRES
In terms of luminaires, the VERTEX controls the light intensity and colour temperature using the
CYRCADIAN and DYNAWHITE technologies.
Compatibility with DALI and DALI2 international standard allows the use of multi-sensors, motion and
presence sensors, and relays for controlling other functions in the building, e.g. blinds.
CONTROL OF EMERGENCY LUMINAIRES
The VERTEX can control simple and complex systems of basic and emergency lighting. It effects
supervision, control and even remote servicing of luminaires and devices connected to the system.
The VERTEX is an autonomous unit with built-in three communications protocols:
•Ethernet for the WEB control application;
•DALI with luminaires according to this international standard;
•Modbus IP with the building management system (BMS).
The emergency luminaires are supervised and tested in accordance with PN-EN 50172 and PN-EN
62034.
Continuous communication with the luminaires allows manually or automatically triggered testing,
generating test reports, identification of connected luminaires, as well as the supervision (night)
lighting, spot-light brightness scenarios in arenas, the “Rest mode” function.
The detailed information about emergency lighting configuration is given in section 6. Programming
the emergency lighting system.
V-Touch
panels
VERTEX
controllers
DALI components
ATLAS access
point
BMS
Integration via
MODBUS TCP
SLS
Network
components
10

SYSTEM ACTUATORS
VERTEX
The main system element, responsible for gathering
information from individual DALI devices via the WEB
application, triggering all actions in the system based on
the pre-programmed logic.
BASIC LUMINAIRES
Basic actuators of the lighting system are luminaires
equipped with DALI-compatible power supplies/ ballasts/
relays. B y means of appropriate digital messages, the
VERTEX controls the luminaires light intensity based on
the pre-programmed logic.
EMERGENCY LUMINAIRES
Directional and egress luminaires ensure safety of the
evacuation routes in case of power outage, in accordance
with fire protection standards EN 1838, EN 50172. Using
the DALI bus, the VERTEX control unit can remotely
trigger the luminaire tests and automatically collect the
results.
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BUTTON PANELS
The multi-functional switch module is a DALI control
device with four programmable push buttons.
Destination address, switching mode and DALI-
commands can be assigned to each momentary switch.
Beside the standard functions like dim up, dim down,
off, recall min., recall max., goto scene 1-16, direct arc
power ...%, mask, predefined macros and commands
for color temperature control supported as well.
SENSORS
The VERTEX control units support DiiA-certified DALI- 2 sensors. The
motion and presence sensors allow the lighting to be switched off in
unused rooms, and the light sensors allow the dynamic luminaire
brightness control depending on the sunlight intensity.
MULTIMEDIA OPERATOR PANELS
V-Touch is a touch multimedia tablet used for controlling
the lighting systems managed by a VERTEX control unit.
The operator panel displays the user interface developed
in the configuration application and served by one of the
controllers in the network.
The communication is based on the standard http
protocol.
The tablet connects to the VERTEX IP address on which
the user interface is configured and displays it as a normal
website in the full-screen mode. This solution allows
personalization of the operator panel appearance and
functionality.
Available model: V-Touch S –7” screen –code N000052
The device is connected to the LAN using the Ethernet twisted pair of via Wi-Fi.
The tablet does not need to be connected to the DALI bus, it does not take addresses from the
communication bus.
The tables feature PoE and standard DC power supplies.
12

3. INSTALLATION
INTRODUCTION
The document includes a step-by-step installation instruction of the VERTEX control system
components.
PREPARATION
The installation shall be made according to the design, taking into account:
•length of cables which must not be exceeded;
•type and protection degree of connected devices which shall conform to the regulations.
The VERTEX control units can be installed in lighting switchgears or in separate enclosures in
switchgears.
COMPATIBILITY CHECK OF DALI AND DALI-2 ACTUATORS
Before installation, verify the compatibility of actuators (power supplies, ballasts, relays, etc.) with the
DALI communication standard. The input devices (buttons, sensors, presence detectors, etc.) shall
conform to the DALI-s communication standard.
If there is no information about conformity with standards, contact the manufacturer and determine the
conformity with DALI/DALI-2 on the list of certified components at the Digital Illumination Interface
Alliance (DIIA) website https://www.digitalilluminationinterface.org/products.
The VERTEX control unit correctly operates with the devices conforming to DALI and DALI-2
standards:
•IEC 62386-101 ed.1, ed.2
•IEC 62386-102 ed.1, ed.2
•IEC 62386-103 ed.1
•IEC 62386-202 ed.1
•IEC 62386-207 ed.1, ed.2
•IEC 62386-209 ed.1
•IEC 62386-103 ed.1
•IEC 62386-301 ed.1
•IEC 62386-302 ed.1
•IEC 62386-303 ed.1
•IEC 62386-304 ed.1
In case of other actuators, the control unit will support only the basic functions.
INSTALLATION OF THE DALI BUS CABLING
The DALI bus shall be installed in accordance with good electrical practice.
Use copper conductors of 1.5 mm2 minimum cross section.
Connect the communication buses to electrical switchgears in which the control cabinets control unit
will be installed and to all actuators (luminaires, buttons, sensors). Use only the allowed bus topologies
described in the section below and observe the electrical regulations.
Note!
The maximum number of devices on DALI bus is 64. Pay particular attention to luminaires with more
than one power supply/ ballast/ DALI relay, as each of them counts as a separate device.
15

DALI COMMUNICATION BUS TOPOLOGY
Note!
The allowed bus topologies are tree, star and line (Fig. 2). The bus looping is prohibited (Fig. 3).
ELECTRICAL CONDITIONS FOR COMMUNICATION BUS
Note!
The maximum length of DALI 1,5 mm2cross section leads is 300 m. if that distance is exceeded or if
the leads of incorrect cross section are used, the system may not work correctly and a repeater should
be used.
Note!
Correct voltage range for DALI bus
•9.5 V –22.5 V, typical: 16 V
Maximum current in DALI bus:
•180 mA for VERTEX control units
Maximum communication bus length depending on the conductor cross section
Length Minimum conductor cross section
up to 100 m 0.5 mm2
100-150 m 0.75 mm2
150-300 m 1.5 mm2
Allowed bus topologies
Prohibited bus topologies
16

INSTALLING THE STRUCTURAL NETWORK CABLING
The structural network shall be installed in accordance with good electrical practice. Use F-UTP
category 5e cables.
Install the RJ-45 on the cable end and prepare for connection of network devices.
The maximum distance between the network devices is 100 m.
Note!
After completion of structural cabling make the measurements to verify conformity with ISO 1181 or
EN 50173.
INSTALLING AND CONNECTING THE DEVICES
CONNECTING THE VERTEX CONTROL UNIT
Connect the control unit according to the diagram below in the following order:
•DALI bus
•LAN
•
230 VAC power supply
17

CONNECTING THE DALI DEVICES
Connect the DALI devices (multi-sensors, motion and presence sensors, switches, repeaters, etc.)
according to their respective manuals and diagrams. Typical wiring diagrams are shown below.
BUS-SUPPLIED DEVICES
Sensors, buttons, input modules supplied from the communication bus should be connected according
to the diagram below.
MAINS-SUPPLIED DEVICES
Luminaires, relay modules, dimmers with their own power supply should be connected according to
the diagram below.
18

EMERGENCY LIGHTING
Connect the emergency luminaires with back-up power supply according to one of the diagrams
below, according to the expected mode of operation (TA/TC).
In the TA non-continuous mode, connect the AC power supply to terminals L* and Nof the emergency
module. In the TC continuous mode, additionally connect terminals L* and L. In the TC continuous
switchable mode, connect a switch to terminal L.
Connecting the emergency module in the TA mode (non-continuous)
CONNECTING THE NETWORK COMPONENTS
Connect the network components according to their own manuals.
SYSTEM CHECK
Before the start-up, verify the power supply wiring, structural cabling, DALI communication buses and
GSM connection according to the following steps.
POWER WIRING CHECK
Verify the presence of power on all devices in the lighting control system. Use the following hints:
•VERTEX control units
oPOWER LED on the front panel is lit (solid)
•ATLAS access point
oPOWER LED on the front panel is lit (solid)
Connecting the emergency module in the TC mode (continuous)
Connecting the emergency module in the TC mode (continuous switchable)
19

•Basic luminaires
oBasic light source in the luminaire is lit (solid)
•Emergency luminaires
oPresence of power is signalled by the status LED
•Other DALI devices with own power supply
oVerify according to the device manual
•Network components
oVerify according to the device manual
CHECK OF LAN STRUCTURAL CABLING
Verify the LAN structural cabling according to ISO 11801 or EN 50173. Make the verification
measurements using certified meters.
More information about the verification of LAN structural cabling can be found in the document Start-
up Preparation and Start-up of DALI systems.
Important!
All VERTEX control unit which are to make up one system should be in the same structural network.
CHECK OF DALI COMMUNICATION BUSES
Note!
Absolutely make sure there is no 230V on the buses. Such voltage can damage DALI devices and is a
possible health and life hazard.
Verify according to the following steps:
•Absence of 230 VAC on the DALI port
•Check the number of devices connected to the bus
oMaximum number of devices on a single port: 64
•Verify electrical connections
oNo short-circuits on buses
oNo connection between buses
oNo loops on a single bus
•Verify voltage on each DALI bus
oVoltage should be in the 9.5 –22.5 V range
•Verify current consumption on each DALI bus
oCurrent con Sumption should be < 180 mA
Important!
The VERTEX control units facilitate the DALI bus diagnostics by signalling problems on ports by status
LEDs or by messages in the application. More information can be found in the section
8. Troubleshooting.
GSM CONNECTION CHECK
Verify the SLS LED is lit (solid). If the LED flashes with a frequency of 1 Hz (once per second) and the
antenna attached to the set is correctly connected to the GSM-M port, contact to the ES-System
dealer and order an external GSM antenna.
ADDRESSING THE LUMINAIRES ON THE BUILDING DRAWINGS
Emergency luminaires and back-up basic luminaires are delivered with serial number labels. Each
number should be marked on the building drawing along with the luminaire operating mode (TA or
TC). The design addresses on the building drawing shall be paired with luminaries serial numbers by
means of the design addresses table.
20

4. SYSTEM START-UP
INTRODUCTION
The document includes a step-by-step start-up instruction of a lighting system managed by the
VERTEX control units. Before the start-up, make and verify the electrical wiring and structural cabling
in accordance with the section 3. Installation.
REPORT THE INSTALLATION TO START-UP
To report the installation to start-up:
•Download and fill in the start-up application
https://apps.essystem.pl/index.php/s/D92KTNxTk2iEAjH (.oft)
https://apps.essystem.pl/index.php/s/945N4xCDFbkdXQ4 (.txt)
Content of the application form:
•Send the application to uruchomien[email protected] (with the filled and signed Annex F-P8-1-
RS-2 https://apps.essystem.pl/index.php/s/C3dBSGqzBPBtSGL)
•Wait for a feedback (up to 3 days) by phone or email to confirm the preparedness of the
installation and to set the start-up date.
QUALIFICATION OF START-UP AS: LOCAL
The system is commissioned by ES-System service employees. The installer is responsible for
preparing the electrical and structural installation in accordance with the section 3. Installation.
21

CONFIGURE CONTROL UNIT NETWORK PARAMETERS
To configure network parameters on VERTEX controllers use the Vertex Firestarter application.
The Android application is available on Google Play at:
https://play.google.com/store/apps/details?id=com.your.company.VertexFirestarter
or https://www.essystem.pl/do-pobrania/dla-instalatorow
Before starting, make sure that all VERTEX units are connected to each other in one network and
connected to the power supply.
Then connect the phone on which the Vertex Firestarter application has been installed, to any
VERTEX driver in one of two ways:
a) using a USB cable - connect your phone to the VERTEX driver and turn on USB tethering on
your phone (Settings -> Networks),
b) using WiPi - wireless USB Wi-Fi card –connect it to the VERTEX driver. After connecting, turn
the controller power suply off and on again. After starting VERTEX will broadcast a wireless
Wi-Fi network to which you should connect:
•SSID: VERTEX_XXXXXXXXYYYY
where XXXXXXXXYYYY is the device serial number
•PASS: XXXXXXXX –the first 8 characters of the serial number.
In the next step, start the Vertex Firestarter application and follow the displayed instructions.
If the software version installed in the drivers is older than 2.6, it should be updated before configuring
the network parameters. Instructions are at the end of this section.
22