Raytec VARIO2 series User manual

0610-D-00015-rev3
Full Installation and Setup Guide
VARIO2 iPPoE Series
Box Contents
VARIO2 IP PoE Illuminator - Infra-Red (IR) or White-Light (WL)
35° x 10° beam angle IHD; 60° x 25° beam angle IHD
Waterproof RJ45 connector
Accessories (optional):
80° x 30° beam angle IHD
120° x 50° beam angle IHD
System requirements: A PC running Windows with network
access running a modern web browser
HTTPS:
The illuminator software has HTTPS capability
The encryption algorithm used is ECDSA (256 bit private keys)
This guide outlines the basic set up information, for full set up details please download the
separate HTTPS User Guide from the Raytec website
DiscoMan version 2 or above is required for certicate generation using DiscoMan (available
from www.raytecled.com)
Installation by suitably trained and qualied personnel only
Suitable for Internal and External Applications
0610-D-00015-rev3
Full Installation and Setup Guide
VARIO2 iPPoE Series
2 iPPoE
Box Contents
VARIO2 IP PoE Illuminator - Infra-Red (IR) or White-Light (WL)
35° x 10° beam angle IHD; 60° x 25° beam angle IHD
Waterproof RJ45 connector
Accessories (optional):
80° x 30° beam angle IHD
120° x 50° beam angle IHD
System requirements: A PC running Windows with network
access running a modern web browser
HTTPS:
The illuminator software has HTTPS capability
The encryption algorithm used is ECDSA (256 bit private keys)
This guide outlines the basic set up information, for full set up details please download the
separate HTTPS User Guide from the Raytec website
DiscoMan version 2 or above is required for certicate generation using DiscoMan (available
from www.raytecled.com)
Installation by suitably trained and qualied personnel only
Suitable for Internal and External Applications

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Contents
Page 1 .......... Box Contents
Page 1 .......... Accessories (optional)
Page 4 .......... Safety Information
Page 4 .......... Product Introduction
Page 6 .......... Basic Steps
Page 8 .......... Wiring
Page 9 .......... PoE Detection – Resistance Selection Switch
Page 11 ........ Interchangeable Lenses: Changing the Angle
Page 12 ........ Installation
Page 13 ........ Connecting to the Network
Page 14 ........ Raytec DiscoMan Tool Basics
Page 15 ........ Hierarchy of Photocell vs. Telemetry
Page 16 ........ Log-in, Security & Basic Illuminator Setup
Page 17 ........ Factory Defaults
Page 18 ........ Basic Web Page Functionality
Page 20 ........ Illuminator Web Interface Note
Page 20 ........ Ping
Page 21 ........ Basic Troubleshoot
Page 22 ........ Raytec DiscoMan Tool
Page 23 ........ Illuminator Status
Page 23 ........ Other Information
Page 24 ........ Detailed Illuminator Setup: Web Interface Pages
Page 24 ........ Log-In Page
Page 26 ........ Home Page
Page 29 ........ Settings / Groups
Page 30 ........ Illuminator Mode
Page 32 ........ Groups
Page 32 ........ Group Name

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Page 33 ............. Trigger Control
Page 33 ............. Respond to Group Commands
Page 34 ............. Lamp Mode On Trigger
Page 34 ............. Duration
Page 36 ............. Deterrent Pattern & Frequency
Page 37..............Advanced Settings
Page 38 ............. Manual Override - Countdown Duration
Page 38 ............. External Input – Select type of Input & Active State on Input
Page 39 ............. External Output
Page 40 ............. Photocell Sensitivity
Page 40 ............. LED String Adjust
Page 41...............Access / Passwords
Page 43...............Network
Page 43 ............. Enable DHCP
Page 44 ............. Manual IP Address
Page 44 ............. HTTP and HTTPS Ports
Page 44 ............. Network - IP Address Changed- Reboot
Page 46...............System Information
Page 46 ............. Restore Factory Settings
Page 47 ............. Reboot / Restart Illuminator
Page 48..............Diagnostics
Page 52..............Advanced Diagnostics
Page 53..............Software Update
Page 54.............Certicate Upload (HTTPS)
Page 55.............Log Off
Page 56.............Hard Reset Button – Located on illuminator
Page 57.............Raytec APIs (VMS and HTTP)
Page 58.............Troubleshooting & FAQs

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Safety Information
Install in a well ventilated area
Eye Safety : IR Variants (850nm and 940nm)
Caution – EN62471 Risk Group 2 Classification - IR emitted from
this product. Do not stare at the lamp. Avoid exposure or use
appropriate shielding / eye protection.
For VAR2-IPPOE-i4-1, VAR2-IPPOE-i6-1, VAR2-IPPOE-i8-1 and
VAR2-IPPOE-i4-2, VAR2-IPPOE-i6-2 variants hazard distance is
1900mm (Risk Group 1 distance 800mm).
For VAR2-IPPOE-i4-3, VAR2-IPPOE-i6-3, VAR2-IPPOE-i8-2/-3,
VAR2-IPPOE-i16-1 variants hazard distance is 2700mm (Risk Group
1 distance 900mm).
Eye Safety : White Light and 730nm variants
Caution – EN62471 Risk Group 2 Classification - Possible hazardous
optical radiation emitted from this product. May be harmful to eyes,
do not stare at the lamp. For VAR2-IPPOE-w4-1, VAR2-IPPOE-w8-1
and VAR2-IPPOE-w4-2 variants hazard distance is 1500mm.
For VAR2-IPPOE-w4-3, VAR2-IPPOE-w8-2/-3, VAR2-IPPOE-w16-1
variants hazard distance is 1840mm.
Eye Safety: Other Wavelengths - Contact Raytec.
The Illuminator is Class III for insulation
Illuminators are suitable for use Outdoors and Indoors
Product Introduction
VARIO2 IP PoE is a Network Illuminator designed to connect to a suitable network
and is provided with an integrated Web Interface. The Raytec DiscoMan Tool
allows for easy identication and connection to the illuminator or you can connect
directly to the illuminator via its IP address.
The illuminator has a CAT 5 cable for data connection, can be powered from PoE,
and is supplied with a waterproof CAT 5 connector. The illuminator also has an
auxiliary cable if low voltage 24V DC operation is preferred.

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PoE Detection
Resistance Selection
Hard Reset
Button
Interchangeable
Lensing
Please note: base plate
has been removed for
illustrative purposes.
Please note:
Waterproof connector
is supplied loose –
and is shown tted for
illustrative purposes
Auxiliary Cable
Optional 24V DC power input – red (+ve)
& black (-ve)
External Input, volt free or TTL – orange
(TTL +ve) & purple (TTL GND)
External Output, volt free – yellow & white
CAT 5 Cable
for Data and
Optional PoE
Photocell
The illuminator has a photocell for automatic day/night switching and has an
External Input (to act as a telemetry, trigger input, volt free or TTL) and an External
Output (volt free output). It also benets from Raytec’s interchangeable lens
system so that the correct angle of illumination can always be achieved easily.
The illuminator has Operator and Administrator log-in and access rights. The
Operator has access to the Homepage and Diagnostic pages. The Administrator
has access to all pages.
An API is available for programmers for integration within a VMS / BMS
environment. The illuminator also has a HTTP API to control the illuminator via
HTTP commands.

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Basic Steps
(Quick Installation Guide Pg. 1-20)
STEP 1: Safety Information (Pg. 4)
STEP 2: Wiring Installation (Pg. 8)
For PoE, use standard CAT 5 or better for both power and data. For all 8 and
16 sized products, check the PoE detection resistance of the illuminator is
compatible with your PoE equipment (24.9KΩ class 6 (8 size) and class 8 (16
size) is factory default).
For low voltage (non-PoE) apply 24V DC to red and black cores of auxiliary cable
and use standard CAT 5 or better for data connection. Connect external inputs
and external output wires as required.
IMPORTANT:
Ensure PoE equipment or 24V PSU are suitably rated
For 8 and 16 sized products check PoE detection resistance is
set correctly
Ensure Cat 5 cable and auxiliary cable are correctly terminated
and waterproofed after installation
If using low voltage, a CAT 5 cable must still be connected to
the network for communication
If not using auxiliary cable, it must still be suitably terminated
and waterproofed
STEP 3: Physical Installation (Pg. 11-12)
Adjust interchangeable lens if required.
Fix to wall, pole or camera unit using U bracket provided or other Raytec bracketry.
IMPORTANT:
Ensure illuminator is rated to provide required viewing distances
and select correct angle
Ensure illuminator is orientated in the correct direction

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STEP 4: Change IP address and connect to the illuminator (Pg. 13)
We recommend the easiest and fastest way to identify and connect to illuminators
is using the Raytec DiscoMan Tool where the IP address can be altered
IMPORTANT:
We recommend Raytec DiscoMan Tool as the easiest way
to establish communication. If using IP address for direct
communication, illuminator and computer must be in same
network range.
STEP 5: Illuminator Set-Up (Pg. 14-20)
Raytec DiscoMan Tool Basics
Log-in, Security & Basic Illuminator Setup
Basic Web Page Functionality
STEP 6: Basic Troubleshoot (Pg. 21)
Note: The external cables cannot be replaced. If one is damaged and the
customer is unable to shorten and re-use the cable, the illuminator must
not be powered.

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Wiring
The illuminator is supplied with a terminated CAT 5 cable with a waterproof Ethernet
connector (supplied loose i.e. not tted) and an auxiliary multi-core cable.
Option 1 – Power via PoE
Connect an Ethernet cable (category 5 or better) using the T-568B wiring standard
between the Power Sourcing Equipment (PSE) and the illuminator. Ensure that
the PSE is sufciently rated to power the VARIO2 IPPoE device as follows:
The Factory Software version of the illuminator is shown by characters 4,5,6
(4/6/8 size products) and 5,6,7 (16 size products) in the product serial number.
The CAT5 cable is both the power and data connection for the illuminator. The
maximum Ethernet cable length is 100m (328 ft) without boosting the signal.
Ensure you make a waterproof connection to the RJ45 as shown below. Ensure
the connector is waterproof and sealed after the connection is made.
To illuminator RJ45-RJ45 connector To Network
Model PoE PSE Requirement
VAR2-IPPoE-w4-1, i4-1, i4-1-C, i6-1 IEEE 802.3at ≥30W
VAR2-IPPoE-w8-1, i8-1, i8-1-C Factory Software Version <2.5.0: 4-pair
PoE ≥60W
Factory Software version ≥2.5.x : IEEE
802.3bt or 4 pair PoE ≥60W
VAR2-IPPOE-w16-1, i16-1, i16-1-C IEEE 802.3bt or 4 pair PoE ≥90W

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Option 2 – Power from 24V DC
If using low voltage power, connect 24V DC to the red (+ve) and black (-ve)
cables of the auxiliary cable. In this case the Ethernet cable is a data connection
only.
For either Option 1 or Option 2 above, connect external input trigger and external
output as required – see table below:
WARNING: To maintain the IP rating of the product the multi-core auxiliary
cable must be waterproofed and terminated appropriately even if it is not
in use.
PoE Detection – Resistance Selection Switch
There is a 3 way switch on the VAR2-IPPoE-w8-1, i8-1, i8-1-C, w16-1, i16-1,
i16-1-C illuminators which can be used to change the PoE detection resistance
and the PD class of the illuminator (see table below -24.9KΩ and PD class 6 (8
size products) and PD class 8 (16 size products) is the factory default setting –
Left Hand Position).
The majority of PSE equipment require a detection resistance of 24.9KΩ to
establish a PoE. The illuminator then uses a class resistance to identify how
much power is required.
To allow the VAR2-IPPoE 8 and 16 size products size product to be compatible
with a large range of PSE devices the switch can be congure as follows
Colour Description Wire Gauge (AWG)
Red 24V DC Input +ve 22 (4/6 size); 18 (8/16 size)
Black 24V DC Input -ve 22 (4/6 size); 18 (8/16 size)
Orange External Input - Volt free or TTL +ve 22
Purple External Input - Volt free or TTL GND 22
Yellow External Output - Volt free 22
White External Output - Volt free 22

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Switch
position
Detection
Resistance
Class Comment
Left
(default)
24.9K Ω 6/8 Class 6 (8 size products) / Class 8 (16
size products)
For use with 802.3bt compliant PSE’s.
This setting is also compatible with
most legacy products high power PSE.
Central 24.9K Ω 4Compatible with legacy single signature
high power PSE using class 4 power
negotiation.
Right 12.5 K Ω 4 Compatible with Phihong non standard
high power PSE.
For further information regarding the compatibility check with the supplier of your
PSE equipment.
To change the switch setting, turn OFF the power to the illuminator, remove the
baseplate and access the switch as shown.
Detection Resistance Selection Switch
Baseplate xing screws: Torque 0.6Nm

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Step 1
Unscrew
baseplate
Step 2
Remove
baseplate
Step 3
Remove /
Replace
diffuser lens
Step 4
Replace
baseplate
& tighten
Interchangeable Lenses: Changing the Angle
The illuminator is delivered with a 35obeam angle. To alter to 10o, remove the
baseplate from the bottom of the product and remove the existing lens and then
re-attach the baseplate securely. With no lens insert the product produces a 10o
beam angle.
To alter to any other angle, remove the existing lens and insert the required lens
which will have its angle indicated on it. Ensure the baseplate is securely re-
attached to maintain waterproof integrity of the product.
The angles available as standard are: 10°x10° (NO lens / diffuser in place),
35°x10° and 60°x25°. Other angles are available to order: 80°x30° and 120°x50°.
Baseplate xing screws: Torque 0.6Nm

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Installation
VARIO2 IP PoE is delivered as standard with a bracket at the bottom of the unit.
This can be moved to the top of the unit if required.
Attach illuminator to wall, housing or pole using U-bracket provided or dedicated
Raytec bracketry.
Connect lamp to PSE and network
Notes:
Unit can alternatively be powered by 24V DC if required
Multi-core auxiliary cable also tted to unit
• Use for alternative power (24V DC) if required
• Use for connecting external input and external output as required
• Installers can extend or reduce cable length using appropriate cable and
weatherproof connector
To maintain the IP rating of the product, any cable not in use must be waterproofed
and terminated appropriately.
3 4 5
Position illuminator
adjacent to camera and
point towards scene (Optional
night set-up for optimum
image performance)
Adjust vertical position
of illuminator to ensure
full eld of view illuminated
Tighten all xings
TARGET
1
1
2
2
Connect Illuminator to POE PSE and network using
waterproof connector.
Installers can extend cable length using supplied
connector (POE) or weather proof box and
appropriate cable.
Mount illuminator

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Connecting to the Network
Assign an IP Address
VARIO2 IPPoE illuminators with software version 2.5.x or above are set to DHCP
by default therefore when you connect your illuminator to a network, you will nd
yourself in one of the scenarios below:
• Illuminator connected to a network with a DHCP server – in this instance, the
illuminator will automatically be assigned an IP address.
• Illuminator connected to a network without a DHCP server – in this instance,
the illuminator will be given an IP address starting with 169.254 with the last
two octets being random but unique to other illuminators in the same state
on the network. In this instance, you will need to set the IP address of the
illuminator manually.
VARIO2 IPPoE illuminators with software version < 2.5.0 have a default IP
address (192.168.2.80) and this must be changed immediately to avoid any
potential conicts or communication errors.
There are two main ways to change the IP address of an illuminator:
OPTION 1: Raytec DiscoMan Tool
We recommend the easiest and fastest way to identify and connect to illuminators
is using the Raytec DiscoMan Tool where the IP address can be altered (DHCP
enabled as standard). Using the Raytec DiscoMan Tool avoids the need to
have the computer and illuminator in the same network range to alter the IP
address and allows multiple lamps to be setup at once. This free application is
downloadable from our website or please contact Raytec.
To change the IP address using the Raytec DiscoMan Tool so that you can
communicate with the illuminator(s) you can:
Use DHCP
If you have software version 2.5.x or above and you are using a DHCP network
the illuminator will automatically be assigned an IP address on rst power up.
If you have software version < 2.5.0 or you wish to change from a static IP
address to a DHCP enabled IP address you need to do the following:
Run the Raytec DiscoMan Tool. Single click on the illuminator to highlight it. Select
Addressing from the action bar. Select DHCP option. Press OK, the addressing
dialog will close. Press Refresh. The illuminator should now appear with a valid IP
address. You can now double click the illuminator to navigate to it.
WARNING: Your network must have DHCP capability.

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Manually set the IP address
Run Raytec DiscoMan Tool. Single click on the illuminator to highlight it. Select
Addressing from the action bar. Type in a new IP address and subnet mask -
which must be compatible with your network (Check with your IT manager). After
changing the IP address and subnet mask, press OK, the addressing dialog will
close. Press Refresh. You can now double click the illuminator to navigate to it.
OPTION 2: Use the Illuminators Web Interface
Alternatively, type the IP address of illuminator into a web browser and use the
web interface using the “Network” tab on the left hand side to select the Network
page and manually alter the IP address or enable DHCP. For manual allocation
of a static IP address it is important that the network administrator controls and
ensures the IP addresses issued are unique and not repeated. In order to establish
communication the computer and illuminator must be in the same network range.
In either option above, if DHCP is enabled, your network must have DHCP capability.
Note: If assigning the IP address fails, check that there is no rewall blocking
the operation and that the computer and illuminator have IP addresses in the
same range.
Raytec DiscoMan Tool Basics
The Raytec DiscoMan Tool is downloadable from www.raytecled.com
During the initial set-up we strongly recommend that you use the Raytec DiscoMan
Tool on a computer on the same network as the VARIO2 IPPoE illuminators to
discover and establish connection.
The illuminator responds to multicast messages - and therefore does not need to
have a valid IP address in the same network range for the Raytec DiscoMan Tool
to nd it. But it does require a valid IP address for connection and communication.
ALL IP addresses need to reside within the same network address range to
ensure these components can communicate with each other.
With the VARIO2 IPPoE powered and attached to the same network, start the
DiscoMan Tool, press Refresh and a list of illuminators on the network will be
displayed.
See instructions above on how to change IP address or enable DHCP in order to
allow communication with the illuminator.
Once the IP address of the illuminators have been changed, you can double
click on the illuminator from the Raytec DiscoMan Tool to navigate directly to the
illuminator’s web interface.

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The Raytec DiscoMan Tool allows you to:
• Discover all illuminators on the network – illuminators do not need a valid IP
address to be discovered
• Alter IP address of illuminators – the illuminators must have a valid IP address
to allow communication
• Disable / Enable DHCP
• Navigate directly to each illuminator – once a valid IP address has been
assigned
• See the illuminator’s status
• See whether the illuminator is ON / OFF
• View the MAC address of each illuminator
• Change Network Settings
• Change the Name and Group Name
• Change illuminator mode, and photocell and external input settings
• Change illuminator User Name and Password (illuminator must have default
settings for this to work)
• Upload certicates to illuminators for secure communication using HTTPS
DiscoMan (version 2 and above) allows the user to become their own certicate
authority (CA) to create certicates and can also create certicates on behalf
of an existing CA)
• Upload rmware to the illuminators (DiscoMan version 2 and above)
• Update the settings of more than one illuminator at a time
• See additional illuminator details including name, software version, model, the
time the illuminator has been powered and when its certicate is due to expire.
Hierarchy of Photocell vs. Telemetry
• If the telemetry function is enabled, then the photocell must detect that it is dark
for the telemetry function to operate.
• The photocell overrides the telemetry function during the day. If the external
input/telemetry function needs to be operated 24 / 7, then the photocell function
should be disabled from the settings / groups page.
• If the external input/telemetry is not active, then the unit will follow the photocell
settings.
The system requires 15 seconds of light to deactivate the photocell and turn the
illuminators off to avoid accidental turn off of the illuminators via car headlights
or torches.
If illuminators are in groups, the following rules apply:
- ANY sending illuminator within a group which says it is dark will turn all the
illuminators in the group on (subject to local illuminator settings)
- ALL illuminators in the group need to say it is light before all the group
illuminators will go off together (subject to local conditions)

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Users & Passwords Name Password
Operator user password
Administrator admin password
Log-in, Security & Basic Illuminator Setup
Log-in using Operator or Administrator user names and passwords. Operator has
limited access rights. Administrator has full access rights.
Defaults (User Names & Passwords are case sensitive):
In order to maintain maximum security of your system, we recommend you change
both passwords at the earliest opportunity (for further information please see the
Log-In page section Page 24 and the Access/Passwords section page 41).
Software version 2.5.x or above: When you log in with the default credentials for
the administrator for the rst time you will be forced to change the password.
Take instant control of an illuminator by pressing the Override button on the home
page. This will countdown for 30 minutes to allow the user to control the illuminator
and then will revert to standard settings automatically or if the Override button is
deselected. Override is only available when the illuminator mode is set to Local,
HTTP + Local or VMS + Local.
To operate the illuminator via a VMS or third party application that uses the Raytec
API, then the illuminator mode should be set to VMS or VMS + Local. In VMS mode
the illuminator will ignore Photocell and External Input triggers and respond only to
valid VMS commands. In VMS + Local mode the illuminators can be controlled via
a VMS system whilst also still responding to local photocell and telemetry triggers.
To operate the illuminator with an application that uses the HTTP API, then the
illuminator mode should be set to HTTP or HTTP + Local. In HTTP mode the
illuminator will ignore Photocell and External Input triggers and respond only to valid
HTTP commands. In HTTP + Local mode the illuminators can be controlled with
HTTP commands whilst also still responding to local photocell and telemetry triggers.
VMS integration allows the illuminator(s) to be directly controlled and triggered
by events within the VMS environment such as scheduled events, alarm triggers,
camera commands, etc.
HTTP Integration allows the illuminator to be directly controlled and triggered on
receipt of valid HTTP commands generated on the network from VMS, cameras
or other components capable of generating HTTP commands. If you have a valid
certicate on your lamp, you can use HTTPS instead of HTTP here for greater security
The illuminator mode can be changed on the Settings / Groups page. The default
illuminator mode is Local.

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Name VARIO2IP
Group Name <<Deliberately Left Blank>>
IP Address Software version 2.5.x or above : Automatically assigned by
DHCP if connected to a DHCP network otherwise IP address
starts with 169.254 followed by 2 random octet numbers.
Software version <2.5.0: Static IP Address 192.168.2.80
Enable DHCP Checkbox Selected – IP address will be automatically allocated. If
illuminator is being operated on a DHCP enabled network, DHCP
can be selected for automatic allocation of IP address.
Illuminator Mode Local: Control the illuminator using the web interface. Illuminator
will respond to its own photocell and telemetry events.
HTTP Port 80
HTTPS Port 443
Disable HTTP Unchecked/Not disabled by default
Standard Setup – Factory Defaults
The illuminator is operating in Local mode and will respond only to its own photocell
and telemetry status. By default the illuminator is NOT assigned to a group.
The illuminator will turn ON / OFF automatically when the photocell detects it is
dark / light at 100% (soft start) via the photocell.
The External Input will activate the illuminator at 100% (NOT soft start) for the
duration of the input provided the photocell detects it is dark.
External Output: activated by photocell and will become active when short circuit,
unless changed in advanced settings on the GUI.
The lamp has a self-signed certicate installed on it. There is no chain of trust
here and as such you will receive browser warnings if you attempt to access the
lamp’s web interface using HTTPS prior to uploading your own certicate.
Factory Defaults
Photocell External Input
Trigger Control Illuminator Control Illuminator Control
Respond to Group Commands No, ignore group command No, ignore group command
Illuminator Mode on Trigger On On
Power (%) 100% 100%
Duration All night Duration of Input
Soft Start On Off
Deterrent Pattern = SOS Frequency = Slow

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Advanced Settings
Manual Override
Countdown Duration = 30 mins
External Output
Trigger State = Photocell Only
Active State = Short Circuit / Low
LED String Adjust
Unchecked/Not enabled
External Input
Type of Input = Volt Free
Active State = Short Circuit / Low
Photocell
Photocell Sensitivity = 20 lux
Basic Web Page Functionality
All web pages have the following information in the header bar
Model Type / Lamp Name / Group Name
User has access to Home Page and Diagnostics pages.
Admin has access to all pages.
Home Page

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Page Name Functions available
Home Page Allows manual control of an individual illuminator or
group of illuminators including power adjustment, boost
and deterrent controls. Select override to operate above
functions.
Settings / Groups Allows detailed set-up and conguration of the
illuminator including how it responds to Photocell and
External Inputs, duration on period, power levels, soft
start, response to group commands, deterrent patterns
and speeds. Allows illuminators to be allocated to a
group or to create a new group. Selectable control of
illuminator either locally, by VMS or HTTP commands.
Adv. Settings Allows for further detailed setup of External Input,
External Output, Photocell sensitivity level and duration
of Override.
Access Change passwords
Network Allocate IP address and other network settings, select
DHCP operation, allocate illuminator name.
Software version 2.5.x or above: Options to specify
HTTP port, HTTPS port and disable HTTP.
System
Information
Indicates basic information about the illuminator. Ability
to restore factory settings or restart illuminator.
Diagnostics Basic diagnostics to enable 1st level troubleshooting
and additional diagnostics info.
Adv. Diagnostics Advanced diagnostics to enable 2nd level
troubleshooting
Software Update Indicates current software / rmware version. Ability to
upload updated software / rmware version.
Certicate Upload Allows the user to manually upload certicate and private
key to enable HTTPS communication with the lamp.
Log Off We recommend logging off illuminator after every session

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Chrome Edge
1. Hold Ctrl-Shift-Del keys
2. Change drop down
box to “All time”
3. Tick “Cached images
and les” ONLY.
If others are
ticked, untick.
4.
Select Clear data
1. Hold Ctrl-Shift-Del keys
2. Change drop down
box to “All time”
3. Tick “Cached images
and les” ONLY.
If others are
ticked, untick.
4. Select
Clear now
Illuminator Web Interface Note
You may see the model name of your illuminator cut short on the home page of
your illuminator like below:
Due to a change to the format of our model names, the
size of the illuminator details box to the right has been
increased. If you have previously used a VARIO IP PoE
on your machine, your browser will have remembered
the old style and will re-use this. You can force
your browser to pull the size change in by removing
temporary Internet les, this procedure is explained for
Chrome and Edge browsers below.
After performing the steps above, refresh the illuminator home page and the
longer illuminator details box will appear.
Instructions for this procedure for other browsers can be found online.
Ping
The illuminator will respond to a standard Ping command sent to its valid IP
address. For the ping command to work the illuminator and computer must
reside in the same network range.