Caution – IR emitted from this product EN62471 Risk Group 2.
Do not stare at the lamp. Avoid exposure or use appropriate
shielding / eye protection. Risk Group 2 for cornea / lens infrared
hazard. Hazard distance is 1500mm. Max IR EHV (Exposure Hazard
Value) : 69% of Risk Group 2 Limit at 200mm from the lamp.
Eye Safety : White Light 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. Hazard distance is 1500mm. Max
WL EHV (Exposure Hazard Value) : 68% of Risk Group 2 Limit at
200mm from the lamp.
3 Safety Information
Installation shall be carried out by suitably trained and qualified personnel.
The Unit is Class lll for insulation
The unit is suitable for use Outdoors and Indoors
4 Introduction
The following guide is for Vario2 VLK products with two integrated Lamps only.
VARIO2 Lighthouse Kit (VAR2-VLK) is a fully integrated lighting and housing solution designed for easy
camera integration, quick and easy mounting with the ability to mount up to two IP or analogue
cameras.
VAR2-VLK provides two integrated VARIO LED illuminators, available in Infra-Red, White-Light or Hybrid
(one illuminator WL and one illuminator IR). Lighting and cameras can be used together for a variety of
applications including CCTV, ANPR/LPR and thermal. The VAR2-VLK Control Interface delivers the highest
level of flexibility and control for meeting exact operational requirements for outstanding 24/7
performance. Lighting can be easily configured for activation via photocell or on demand via camera or
external input (e.g. on detection of motion). Lighting on demand delivers real savings through reduced
electrical consumption and when using White-Light provides a powerful, visible deterrent. The
integrated photocell can be used to trigger switching of camera day/night mode in conjunction with the
illuminators.
VAR2-VLK provides integrated bracketry for easy mounting. It is cable managed and pre-wired with
power/aux cable and CAT5e cable. PoE for the cameras is available using an external PoE source (not
supplied). An optional VARIO PSU is available to provide 24V AC/DC and the option for Cat5e
termination.
Vario2 is the next generation of Infra-Red and White-Light illuminators from Raytec. Using the latest
PLATINUM Elite SMT LEDs, VARIO2 allows cameras to generate longer illumination distances using less
power. VARIO2 features an interchangeable lens system with angles of 10, 35 and 60 degrees out of the
box incorporating VARIO’s Hot-spot Reduction Technology to deliver highly even illumination where it is
most needed. With the optional hand-held remote control and a new suite of advanced security
features, VARIO2 also makes set up and commissioning quicker, easier and safer.
VAR2-VLK also offers Adaptive Illumination for even greater flexibility to adapt the horizontal beam
angle.
An optional VARIO remote control provides the ability to set-up the illuminators quickly and safely from
ground level.
The VAR2-VLK gives the user all the functionality of two Vario2 lamps with additional features such as: -
1. Integrated command and control to allow the lamps and cameras to be interconnected so that
they work in unison to provide optimum lighting for a given circumstance.
2. Provision for up to two cameras, these could be: -
a. IP enabled cameras (24V or PoE)
b. Analogue cameras
c. Thermal Imaging cameras
d. Or any combination of the above.
3. Integrated heater to eliminate condensation from the viewing windows.
4. Integrated bracketing system which allows for the camera position to be positioned in all 3 axes
(Pan and Tilt).
5. External Command and Control via the auxiliary power cable.
6. IR, WL or Hybrid(one WL Illuminator and one IR illuminator) lighting technology can be provided.
7. Hotspot reduction technology with interchangeable diffuser angle options available.
8. Managed cable system.
9. Wall mount and pole mount options.
10. VAR2-VLK Advanced Security Settings, allowing for Programming inputs on both the VARIO
remote control and on the illuminators (which can be disabled if required). Additionally, the
VARIO remote control can be used to send a PIN code to lock in settings, limit access and allow
adjustment of individual lamp control.
11. LED Statues Indicator gives quick operational feedback on status and performance of the
illuminators. Allows simple and quick commissioning of the installation and easy maintenance
reviews.
12. Green Technology – in-built green features such as power adjust, telemetry control and timer
function enhance the potential for energy savings.
The system is designed to operate from a 24V supply. Provision is made to allow IP cameras to be PoE
powered from a PoE enable switch, router or mid-span (not provided).
3. Mount VAR2-VLK to column or wall. (See accessories for
suitable brackets).
4. Mount the PSU (optional extra).
5. Route Cables from Camera Housing to PSU and terminate.
6. Optional: Set-up adjustments.
7. Optional: Adjust beam angle of illuminators.
8. Adjust alignment.
9. Position illuminator pointing towards scene.
10. Adjust vertical angle. Adjust horizontal angle via Adaptive
Illumination (AI) (if required).
11. Tighten all fixings.
12. Apply power.
For full description of optional adjustments – see sections below.
Note :
The external cables cannot be replaced. If they are damaged and the
customer is unable to shorten and re-use the cables, the unit must
not be powered.
6 Factory Default Settings
Programming Mode
35˚ Beam Angle ILS (Interchangeable Lens System)
Max 100% Power
Telemetry Input – active (closed)
Photocell sensitivity – MID
Status LEDs – ON, No PIN set
Provision is made inside the body of the VAR2-VLK to locate two cameras. Two slider plates are provided
to allow cameras to be located in the centre or top positions of the housing.
To access, remove the rear cover of the housing using a 3mm Allen key. This gives access to both slider
plates.
Remove the plate to which you wish to mount the camera. A slot is provided to allow the camera to be
attached to the plate with the appropriate size screw and mounting spacer (not supplied – camera
specific), and allows the position of the camera to be set.
The camera lens should not extend more than 12.8mm beyond the slider plate to avoid hitting the inside
of the front window.
The following diagrams show the available space available to install a camera and lens into the top and
centre positions within the camera housing: -
For VAR2-VLK please use the VLK Long version dimensions where stated in the diagrams above
Ensure the camera is secure before sliding the plate back into the housing. Check for clearance both at
the front and at the rear of the camera adjust as required.
The camera(s) now need to be connected to the VAR2-VLK electrically. There are several things to
consider here and will determine what connections need to be made: -
How will the camera be powered?
o 24V
o PoE
Does the camera have outputs that need to be used to control part or all of the illuminators?
Does the camera need input from the illuminator or system, e.g. Photocell Status?
How is the video to be distributed?
o Ethernet
o Twisted Pair
o Coax
If two cameras are fitted which will be designated Camera 1 and which Camera 2?
7.1.1 Connections Diagram
Inside the camera housing located in the bottom slot there is a distribution panel which should be used
to make the electrical connections. The picture below shows the connections available.
PC Lamp1 is linked to Cam1 IN and PC Aux
PC Lamp2 is linked to Cam2 IN
Cam1 OUT is linked to Tel Lamp1 and Tel Aux
Cam2 OUT is linked to Tel Lamp2
Switch 1 OFF (Default Setting)
No Action
Switch 1 ON
Connects PC Lamp1 to PC Lamp 2
PC Lamp1 or PC Lamp2 status (day/night) is linked
to Cam1 IN, Cam2 IN and PC Aux
Switch 2 OFF (Default Setting)
No action
Switch 2 ON
Connects Tel Lamp2 and Cam2 OUT to PC
Lamp1, Cam1 IN and PC Aux.
Switch 3 OFF
No Action
Switch 3 ON (Default Setting)
Connects Tel Lamp1 to Tel Lamp2 and links to
Cam1 OUT or Cam2 OUT or Tel Aux which can
switch both Lamps on (under Photocell control) or
operate lamp timer / dimming modes.
Switch 4 OFF (Default Setting)
No action
Switch 4 ON
Tel Lamp2 and Cam2 OUT is linked Signal Ground.
The following information details the possible interconnections between lamps and cameras and the
links made using the Configuration Mode DIP Switch. Links that are permanently hard wired are marked
HW. Links that are made by turning ON (closing) switches 1 to 4 are identified by number.
Configurations marked X are not valid.
There are many possible custom configuration scenarios. The following schematic diagram
Example 1 : (Default Setting)
Switch 1
Switch 2
Switch 3
Switch 4
OFF
OFF
ON
OFF
Both Lamps enabled by either Aux Telemetry, Cam1 O/P or Cam2 O/P : Short Circuit=ON
Conditional on Photocell status – Lamp ON in darkness (Unless Lamp Pcell is optionally disabled)
Cameras (or a PIR) can switch the lamp ON when motion is detected. Telemetry is a remote switch.
Example 2 : (Photocell Linking)
Switch 1
Switch 2
Switch 3
Switch 4
ON
OFF
ON
OFF
Common photocell status on Lamp1 and 2 (unless disabled) is reported to both camera inputs.
Allows camera day/night switching and synchronised ON/OFF switching as Example 1.
Example 3 : (Forced Telemetry)
Switch 1
Switch 2
Switch 3
Switch 4
ON
OFF
ON
ON
Common photocell status on Lamp1 and 2 (unless disabled) is reported to both camera inputs.
Camera Day/Night switching is maintained but both Lamps are forced ON in the dark state.
Camera output control and Aux Telemetry function are disabled.
illustrates the possible interconnections and the examples are intended as a guide only.
With Lamp1 = White Light, Lamp2=InfraRed
Lamp2 (IR) is ON if photocell status is dark (or permanently ON if photocell is disabled)
Lamp1 (WL) is enabled if Cam1 O/P detects motion or by PIR via Aux Telemetry.
Turning ON of Lamp1 is conditional on its photocell, if it is enabled.
Cam1 day/night switching can be achieved via the Lamp1 photocell output.
Example 5 : (Thermal Imaging)
Switch 1
Switch 2
Switch 3
Switch 4
ON
ON
ON
OFF
With both Lamps = White Light, Cam1 = Thermal imaging, Cam2 = Colour IP type.
If lamp photocells are disabled, both Lamps are turned ON via Cam1 O/P on motion detection.
This action is detected by Cam2 I/P which can activate video capture streaming.
SW1
SW2
SW3
SW4
Function
0 0 0 0
0 0 0
1
With Lamp1 = White Light, Lamp2=InfraRed
Lamp2 (IR) is ON if photocell status is dark (or permanently ON if
photocell is disabled)
Lamp1 (WL) is enabled if Cam1 O/P detects motion or by PIR via Aux
Telemetry.
Turning ON of Lamp1 is conditional on its photocell, if it is enabled.
Cam1 day/night switching can be achieved via the Lamp1 photocell
output.
0 0 1
0
Both Lamps enabled by either Aux Telemetry, Cam1 O/P or Cam2 O/P
: Short Circuit=ON
Conditional on Photocell status – Lamp ON in darkness (Unless Lamp
Pcell is optionally disabled)
Cameras (or a PIR) can switch the lamp ON when motion is detected.
Telemetry is a remote switch.
0 0 1 1
0 1 0 0
0 1 0 1
0 1 1 0
0 1 1 1
1 0 0 0
1 0 0 1
1 0 1
0
Common photocell status on Lamp1 and 2 (unless disabled) is
reported to both camera inputs.
Allows camera day/night switching and synchronised ON/OFF
switching as Example 1.
1 0 1
1
Common photocell status on Lamp1 and 2 (unless disabled) is
reported to both camera inputs.
Camera Day/Night switching is maintained but both Lamps are forced
ON in the dark state.
Camera output control and Aux Telemetry function are disabled.
With both Lamps = White Light, Cam1 = Thermal imaging, Cam2 =
Colour IP type.
If lamp photocells are disabled, both Lamps are turned ON via Cam1
O/P on motion detection.
This action is detected by Cam2 I/P which can activate video capture
streaming.
The VAR2-VLK is supplied with a WBOV mounting bracket. This is
designed to fit directly to a wall or to a pole (with optional Pole Mount
Bracket – see list of approved accessories) and provides full x, y, z
adjustment of the system.
Mounting holes should be prepared using the supplied template
(See Appendix) and cable entry hole shall be prepared prior to
installing the Camera Housing assembly.
9.2 External Wiring
The standard model comes pre-wired with two cables fitted to
the camera housing:-
6 Core Power/Aux Cable
Cate5e Ethernet cable
The external cables are supplied with the unit and come attached to the VAR2-VLK.
The cables have a maximum length of 4m.
These cables pass through the wall bracket (WBOV) and enter the bottom of the Camera housing
through two cable glands (See Diagram). The Unit is designed to allow the cables to be managed and
therefore routed through the WBOV bracket assembly as supplied.
Other options for cable entry are available on request.
It is important to prepare the mounting method and holes prior to fitting the camera housing.
9.2.1 Power/Auxiliary Cable
A six core cable is provided with a maximum outside diameter of 8.5mm; the arrangement is defined
below in table xx.
(Photocell Following TTL may be camera dependant from system configuration used)
A primary supply input of 24VDC or 24VAC is required to operate the unit. {An HV Input (110/230VAC)
PSU unit is optionally available including simple Cat5e termination}.
9.2.1.2 Photocell Following Contact.
Short circuit=dark, Open circuit=light.
Note photocell sensitivity and operation settable via optional lamp remote control.
9.2.1.3 Telemetry control input.
Used for remote lamp ON/OFF function via external switch such as PIR control. TTL low or short
circuit=ON, TTL high or open circuit=OFF. The Telemetry control is open circuit by Factory default.
9.2.2 Cat5e Cable
A single Cat5e cable is supplied to provide connection to two IP cameras. This is achieved by utilising the
spare two pair of cables. The pin/cable assignment is shown in table below: -
The Cat5e cable is factory fitted to the unit. One end is terminated with a RJ45 connector and fits into
connector J7 inside the VAR2-VLK Camera housing. The other end of the Cat5e cable is left unterminated for the customer to terminate appropriately for their installation.
It is possible to use PoE for the cameras using an external PoE PSU (not supplied). This is achieved by
ensuring the PoE Power Supply provides power over the data pairs of a Cat5e interface i.e. wires 1, 2 ,3
and 6.
Alternate camera arrangements are possible and will need modification/additional cables as deemed
necessary.
On powering up the unit the two illuminators automatically enter Programming Mode. The
Programming Mode automatically times out after 7 Days (or after 30 minutes if the manual buttons are
pressed) or until the user actively changes to Operating Mode. The LED Indicators also give feedback if
you are using the PIN or Manual Control Modes
Factory Default: On initial power-up : Programming Mode.
To enter operating mode from programming mode you can either use Vario Remote Controller or the
manual buttons on the illuminators (please see following sections for detail)
All functions of the remote control and buttons are available in Programming Mode.
The only function of the Remote Control available during Operating Mode is LED Status Indicators
Enable/Disable, entering a PIN or disabling manual buttons (if done at the same time as disabling the
remote).
The manual buttons are available in Operating mode unless they have already been disabled by the user
11.2 Feedback System
During Programming Mode and Operating Mode the two LED’s indicate the following status on the
illuminators (unless detailed below):
LHS SOLID GREEN: Power Applied
LHS FLASHING GREEN: Remote control IR received problem
RHS FLASHING AMBER: Indicates unit is in programming mode
(Programming Mode Only)
RHS SOLID AMBER: Indicates that a valid command is being received
(Programming Mode Only)
LHS FLASHING RED: Voltage supply problem detected
LHS SOLID RED: Illuminator fault detected
The VAR2-VLK VARIO Remote Controller (VRC) is an optional accessory which operates on illuminator
settings only; it cannot be used for settings on any other part of the VAR2-VLK unit. For control
interfaces between illuminators lamps and cameras, see the sections 7 & 8.
If you require the two lamps to be set up differently you will need to use the PIN function and control.
13 Remote Control Operation for PIN set and Manual Button Disable / Enable
Action
Required
Available
Mode
Step1
Step 2
LHS
LED
RHS
LED
Comment
Disable
Remote
Prog. Mode
Press <Disable
Remote
Control> for 4
seconds
N/A
Solid Green
Flashing Amber –
Solid Amber - Off
Right Hand flashing
Amber LED will stop
RHS LED will go
Amber when the
button is pressed
and turn off when in
Operating Mode
Disable
Manual
Buttons
Operating
Modes
Press <Disable
Remote
Control> for 4
seconds
N/A
Solid Green –
After 4 seconds
Flashing Red
(Returns to Solid
Green after
button release)
Off – Solid
Amber - After 4
seconds Flashing
Red
(Returns to Solid
Green after
button release)
Must be done
within 5 minutes of
Disabling remote /
entering Operating
Mode. Change will
take effect after 30
minutes
Create or
Change PIN
Prog. Mode
Press <Status
Button> for 4
seconds
Enter valid
PIN
character
x 4
Green –
Intermittent
Flashing Red /
Green - Green
Solid Amber –
Flashing Red
counts down the
No. of valid
characters
required –
Flashing Amber
Stays in
Programming Mode
after PIN created or
changed
Enter
existing PIN
Prog.
Mode
Press <Status
Button> for 4
seconds
Enter valid
PIN
character
x 4
Green –
Intermittent
Flashing Red /
Green - Green
Solid Amber –
Flashing Green
counts down the
No. of characters
required –
Flashing Amber
Enters Programming
Mode after valid PIN
entered
If invalid PIN
entered both LEDs
flash red and unit
will stay in
Operating Mode
Delete PIN
Prog. Mode
Press <Status
Button> for 4
seconds
Press <ReSet> button
4 times
Green –
Intermittent
Flashing Red /
Green - Green
Solid Amber –
Flashing Red
counts down the
No. of valid
characters
required –
Flashing Amber
Stays in
Programming Mode
after PIN deleted
Summary Table
The illuminators have an additional security feature which allows you to protect the settings using a PIN.
A benefit of this for the Vario2 VLK is that If each illuminator is set with a different PIN, the Illuminators
can be adjusted separately from the ground. (For first time installation and PIN setting, cover the base of
one lamp to stop both lamps being set the same). For both lamps to be set the same, ensure both lamps
are in Prog. Mode and are programmed with the same remote control from an acceptable distance.
The PIN is set by using the Vario Remote Control (VRC). There are five buttons /
characters on the remote that can be used for this purpose. They are Power 5, Power
1, Min Photocell (Smallest moon), Max Timer (Full Red Circle) & Timer Disable ( Timer
Circle image with a line through) . Note – invalid characters will not be recognised.
To create a PIN, press STATUS BUTTON for 4 seconds. LHS LED will flash RED/GREEN.
This indication will always show that you are in PIN mode. RHS LED FLASHING RED
shows there you are in PIN set mode. The number of flashes indicates how many
characters are required to complete the PIN entry. There are four characters to be
entered to successfully set up a PIN.
As you enter the characters, the number of flashes will decrease until all characters are
entered. Note, illegal characters will not be recognised and will not reduce the number
of flashes. When the PIN is set the illuminator will revert to Programming Mode.
When a PIN is Set :
Using the remote you can access the illuminator settings from operating mode by
entering the PIN.
You cannot access Programming Mode by power re-cycling only.
In operating mode, if you want to go back into programming mode simply enter your
PIN. To do this, press STATUS BUTTON for 4 seconds. LHS LED will flash RED/GREEN to
show you are in PIN mode. RHS LED FLASHING GREEN shows that a PIN has been
previously set. As you input the four correct characters the number of flashes will
reduce and you will be returned to programming mode.
If legal characters but not the correct sequence of characters is entered the number of
flashes will still reduce and after 4 characters have been entered an error will be
shown by both LED`s flashing RED.
If an illegal character is used when entering a pin, it will be ignored and the PIN
character count will not reduce.
To delete an existing PIN you first need to be in Programming Mode by entering your
PIN. Once in Programming Mode, press STATUS BUTTON for 4 seconds to go into PIN
set mode. LHS LED will flash RED / GREEN and RHS LED FLASHING RED. Instead of
entering one of the known legal characters press the RESET BUTTON four times. The
illuminator will return to programming mode. Note – if you delete the PIN and the
illuminator times out into operating mode, you will not be able to go back to
programming mode without recycling the power.
*Note - If you forget your pin and need to make adjustments to the illuminator(s) you
need to do full Re-set. This requires power recycling whilst pressing the two manual
control buttons at the same time. This will restore factory default settings AND remove
the previously programmed PIN. Both LEDs will flash AMBER to signify that the process
has been completed.
*Note – If you need to check if a PIN is set up, In Operating Mode hold the status
button down for 4 seconds and if both LEDs flash RED, this means there is no PIN
present.
14 Manual Control Buttons
Manual control buttons for each illuminator are accessed by removing the base plate at the bottom of
the unit (2 screws).
The two manual control buttons gives a wide selection of user control :
1. Power Control – 100%, 80%, 60%, 40%, 20% of maximum. (Factory
Default is 100%)
2. Photocell Control – 3 levels, 25 Lux on, 50 Lux off, 10 Lux on 30 Lux off,
5 Lux on 15 Lux off and photocell disable.
3. Turn LED indicators on & off
4. Illuminator Reset Options
5. Disable Remote Control and enter Operating Mode or Enable
The number of button pushes indicated in the table is based on the user starting with the illuminator in
either programming or operating mode.
If the user has already started to program the units, then the number of button pushes on the left hand
will take them to the next function as per the sequence in the table.
If no buttons are pressed within 2 minutes then the illuminator will automatically default back into the
previous mode it was in – programming or operating mode.
The buttons are active in both programming mode and operating mode regardless of
whether a PIN is present or not unless you have previously disabled the manual
buttons
As soon as manual button mode is entered by pressing the Left Hand Button, the
standard LED indicators will be disabled and will indicate a new set of information,
Standard LED indicators are enabled after exiting manual button modes.
Note : Unless detailed as part of the functionality, if an invalid or blocked button push
is attempted, both LEDs will flash Red
14.1 Mode Selection by using LHS Button :
A momentary press of LHS button turn LHS LED solid RED and enters the user into the
Illuminator Settings Modes.
In these modes you can change the following settings :
- Power Level
- Photocell sensitivity
- Indicator LED status (On or Off)
A continuous 4 second press of the LHS button turns LHS LED flashing RED and enters
the user into the Illuminator Security Modes.
In these modes you can change the following Security/Configurations :
- Illuminator Re-set
- Disable Remote Control and enter Operating Mode or Enable
Remote Control and enter Programming Mode
- Manual Button Enable / Disable
*Note – If the status indicator LEDs are disabled and you use the manual buttons the
indicator LEDs will still illuminate accordingly
14.2 Manual Setting / Level Indication using RHS Button :
The RHS BUTTON will only have an effect if you have selected a mode using LHS Button
– pressing RHS Button without previously pressing LHS Button will have no effect on
the Illuminator operation – it is used to control the setting for the mode chosen by LHS
Button
When you select a mode using LHS BUTTON, the LHS LED will confirm which mode you
are in and RHS LED will show the current setting / level of that mode for the
Illuminator.
Sequential presses of RHS BUTTON will take you through the available options to get to
the required setting you want within that mode. The Illuminator will stay at this setting
/ level providing you do not push the RHS BUTTON again. Once you have reached the
required setting as shown in the following text, EITHER press the LHS BUTTON to cycle
through the modes until LHS LED extinguishes showing that you are at the end of the
mode loop OR you can also wait 2 minutes for the illuminator to time out and the
value shown by RHS LED will be stored into the illuminator memory.
The settings programmed will be retained on power recycling unless a reset has been
performed, in which case the factory defaults will be applied.
14.3 Illuminator Settings Mode Detail :
Enter this mode by a momentary press of LHS button to turn LHS LED solid RED.
Pressing the LHS button again will turn the LED solid GREEN and pressing a third time
will turn the LED solid AMBER. Each of these colours indicates which setting mode you
are in.
A further momentary press of LHS Button will exit from the mode entry, both LEDs will
go out for 1 second and then return to the standard indication of either operating
mode or programming mode (depending on which mode the Illuminator was in
previously before selecting manual controls.
NOTE – If no buttons are pressed within 2 minutes the Illuminator times out and
returns to the previous mode it was in – either operating or programming mode.
14.4 Illuminator Security Modes Detail :
Enter this mode by a long 4 second press of LHS button to turn LHS LED Flashing RED.
Pressing the LHS button again momentarily will turn the LHS LED Flashing GREEN and
pressing a third time momentarily will turn the LHS LED Flashing AMBER. Each of these
colours indicates which setting mode you are in.
A further momentary press of LHS Button will exit from the mode entry, both LEDs will
go blank for 1 second and then return to the standard indication of either operating
mode or programming mode (depending on which mode the illuminator was in
previously before selecting manual controls)
The following modes are available :
Illuminator Reset Mode (LHS LED : Flashing RED)
RHS LED: Solid RED
Keep RHS BUTTON depressed for 4 seconds. RHS LED stays solid RED and then after 4
seconds both LEDs flash AMBER to show the illuminator has been reset. This operation
is equivalent to the factory reset button on the remote control. It will not re-set a PIN if
one is present.
Remote Control Disable and Enter Operating Mode or Remote Control Enable and
enter Programming Mode (LHS LED : Flashing GREEN)
RHS LED:
Enable Remote: Solid GREEN
Disable Remote: Solid RED
Note : If there is a PIN present and the Illuminator is in Operating mode you cannot
enable the Remote Control and enter Programming Mode
26 www.rayteccctv.comUK/Europe Tel: +44 (0) 1670 520055
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Page 27
Enable & Disable of Manual Control Buttons (LED A : Flashing AMBER)
RHS LED:
Enable Manual Button Control – Solid GREEN
Disable Manual Button Control – Solid RED
Note : If the illuminator is in Operating Mode and the buttons are currently disabled,
you cannot re-enable.
NOTE – If no buttons are pressed within 2 minutes the illuminator times out and
returns to the previous mode it was in – either Programming Mode or Operating
Mode.
14.5 Disabling the Manual Buttons :
If the Illuminator is in Operating Mode, once the disable manual buttons command is
executed the buttons will be disabled after 30 minutes. This is to allow the user to re-
enable manual buttons if required.
During this 30 minutes the button response will be the following
- LHS Button
o Illuminator Settings Mode cannot be accessed. A momentary press of the
button will not be recognised and the indicator LEDs will not change
o Illuminator Security Mode can be accessed in the normal way by a
continuous 4 second press
- RHS Button
o Pushing this button will cause both indicator LEDS to flash RED
Once the 30 minutes has expired any button push (LHS or RHS) will cause
both indicator LEDs to flash RED and the manual buttons are fully
disabled
14.6 Disabling the Manual Buttons Using the Remote :
The manual buttons can be disabled using the remote.
Once the illuminator is put into Operating mode if the disable remote control Set Up
button (see remote section) is pressed again and held for 4 seconds the manual
buttons will be disabled. This is shown by both indicator LEDs flashing RED after 4
seconds.
Note : This command can only be used within 5 minutes of the illuminator being put
into Operating Mode using the Remote Control
(If the Manual Buttons are already disabled , both LEDs will flash RED straight away)
If no PIN is present the Illuminators will go into Programming Mode for 7 Days and
then will default to Operating Mode
- During this time if the remote is used to change settings the illuminators will still
default into Operating Mode after 7 Days from the power up (unless the remote
disable button is used to change the illuminator to Operating Mode)
- During this time if the manual buttons are used in either Illuminator Settings
Modes or Illuminator Configuration Modes the Illuminator will default into
Operating Mode 30 minutes after the last button press
16 Illuminator RESET Options
There are Two Re-set options for resetting the illuminators on your VAR2-VLK2 unit
Settings Re-set :
Pressing and holding the RESET BUTTON in programming mode on the remote control
or using the manual buttons to complete a RESET will restore the factory settings to
the illuminator. Note : If a PIN is present it will not be removed and the illuminator will
return to the mode you were in (Programming or Operating) prior to the re-set . Both
indicator LEDs will flash AMBER when completed.
Full Re-Set :
The other option to reset your illuminator is available by recycling the power whilst
holding down the two manual buttons. This is a FULL RESET and will restore factory
settings AND remove the PIN if one has been set.
Both Indicator LEDs will flash AMBER when completed.
17.1Beam Angle of Illuminators – Changing the Lens Insert
Each Illuminator is factory set and supplied with 35° ILS (Interchangeable lens System) . To alter the
beam angle to 10°, simply remove the ILS as detailed below. ILS inserts for 60° are supplied with the
unit.
Alternative 80° and 120° are available to order.
All ILS lenses will be clearly marked with the angle which they will produce when inserted into the lamp.
Please handle ILS lenses with care – and do not touch optical film. Only 1 ILS lens can be inserted into
each illuminator at any time.
We would recommend that power is turned off when replacing ILS lenses.
Remove base plates of one or both illuminators using 2.5mm Allen/hex key.
Insert required ILS lens and re-attach base plate firmly ensuring gasket is correctly located.
IMPORTANT NOTE: Ensure base plate is securely located, the gasket is correctly located and the screws
correctly fastened to ensure and maintain IP66 rating of the product
Cat5e Termination
IDC Punch Down
Suitable Tool :-Knipex
97-40-10
Mount PSU with glands
pointing down and lid fitted
as shown
18.1 PSU Mounting
Ensure the power supply is mounted securely to a flat external surface in a well ventilated area
Ensure the power supply enclosure is fully sealed and water tight before operation
18.2Wiring Interfaces
Isolate the primary supply at all times whilst the lid is removed from the PSU.
Ensure all tests are undertaken by a qualified, trained engineer.
Ensure safe working practices are followed at all times.
Step 1: Basics
Check power supply voltage is correct and applied
Check Telemetry configuration allows lamps on
Check Lamps are not remote disabled
Check Camera supplies are connected and on
Check all interface wiring
If OK…
Step 2: Set-up Camera, lens and illumination
Check alignment of lamp
Match angle of illumination with angle of camera/lens – change angle if required
Check camera lens – fully open at night & set correctly
Step 3: Call Raytec for further assistance
Note down:
Model and serial number of illuminator
Camera make and model(s) in use
Lens make and model(s) in use
If you are still not achieving the stated performance with your VAR2-VLK unit, please contact us for
further assistance.
(Note : The light source (LEDs) of the illuminators is not replaceable. When the unit reaches its end of life
the whole unit shall be disposed of and re-cycled where possible)