GJD Clarius PLUS IP User manual

Clarius® PLUS IP
IR WL
• Dual Core LED™ Technology
• Interchangeable Lens Diffuser Technology
Description
A complete range in infra-red and white light illuminators for
CCTV, the visible and Invisible range feature state of the art
technology and installation friendly design.
• Energy efcient, low voltage operation for quick and easy
installation
• Dual Core LED™ technology with advanced electronic
control circuitry deliver improved thermal management,
long life and low cost of ownership.
• CleanLITE® Self cleaning lens coating technology
• Semi covert, covert and visible white light versions.
• Built in photo cell
• Easy integration with day/night cameras with relay contacts
indicating if the built in photo cell has activated the
illuminator
• Remote telemetry input
• Easy access to power and photo cell adjust
• Pressure equalisation vent prevents thermal expansion and
pressure cycling
• Interchangeable lens diffuser technology
Specification
Electronics High efciency surface mount high
power LEDs with advanced current
limited integral control circuitry
Beam Angles 10°, 20°, 30°, 60°, 80°& 95°
Lens/Beam Pattern The illuminator should be matched to
the scene and the camera lens focal
length
Wavelength 850nm,940nm and visible white light
Expected Life 10 years
Consumption Clarius IM / Clarius VM 25W
Input Voltage PoE+ (IEEE802.3at)
Operating Temp -50°to 50°(-58°to 122°F)
Environmental IP66. Suitable for indoor and outdoor use
Construction Robust high quality aluminium
extrusion
Front Window Polycarbonate high transmittance
protection (vandal-proof) with
CleanLITE®technology
Dimensions Clarius IM / Clarius VM 114 x 110 x 78mm
Weight Clarius IM / Clarius VM 1.05kg (2.3lbs)
Power Cable 1m. With IP68 connector
Mount Black power coated stainless steel wall
mount. Adjustable via M6 Allen Key
(included)
Installation
Note:
• Only to be installed outside of arms reach
• Installation should be done by skilled personnel or under supervision
of such personnel
• The illuminator is PoE+.
• Only to be installed in restricted Access Areas
• Terminal block not included. Installation may require advice from a
qualied person
Optimum results are achieved by setting up at night and viewing the
results on a monitor.
1. Attach the illuminator mount to pan/tilt unit, wall or camera housing.
Using stainless steel xings suitable for the relevant application.
2. Connect the lamp to a suitable (SELV) power supply.
3. Commission the mains supply, camera and monitoring equipment.
4. Select the diffuser angle sheet required from the Clarius box
(if required). To insert the required diffuser sheet, insert the tool
included in the slot at the bottom of the cover and prise upwards
slowly. Repeat at opposite end and carefully remove cover. Finally
rmly clip the lens cover back into place.
5. Adjust the pan angle of the illuminator to match the camera eld of
view.
6. Adjust the vertical alignment by loosening the side bolts (one on
each side of the main body) to maximise the results.
7. Tilt the lamp downwards until the rear part if the required eld of
view is saturated with light, as viewed on the monitor.
8. SLOWLY and GRADUALLY tilt the lamp upwards until the for part of
the required eld of view is illuminated correctly on the monitor.
Unit 2 Birch Business Park, Whittle Lane, Heywood, Lancashire, OL10 2SX
www.gjd.co.uk [email protected] [phone]
Clarius®
LED Illuminators
Infrared & White Light LED Illuminators
RISK
GROUP 2
CAUTION
IR emitted
from this
product

Clarius IP
Illuminators are powered by Power over the Ethernet (PoE) via a network cable
connector to a PoE IEEE802at compliant switch.
The power consumption of the illuminators comply with PoE IEEE802at.
These illuminators are not supplied with a power cord. Instead, they are supplied
with a 1m long network cable. At the end of the network cable is a female RJ45
Cat5e compliant connector with an IP68 rated cover.
The IP68 rated cover is supplied with the illuminator. Follow the instructions supplied
with the connector on how to attached if to the male Cat5e network cable.
ENSURE THAT THE IP68 RATED COVER IS CORRECTLY FITTED AND ATTACHED TO THE
NETWORK CABLE. IF THIS IS NOT FITTED CORRECTLY MOISTURE CAN GET INTO THE
CONNECTOR AND MAY CAUSE THE UNIT TO MALFUNCTION. THIS WOULD VOID THE
WARRANTY ON THE PRODUCT.
Power and Control Cable Connections
Remote Switching
The Illuminator may be activated remotely by a volt-free contact latched across
the telemetry wires (see Diagram above).
Photocell following contact
Volt-free relay contact-normally open (day) to normally closed (night). See
Diagram above.
Recommended PSU
Switch or injector compliant Any IEEE802.3at
Power supply should be approved to relevant EN Safety standards.
Power Supply should be used with devices to protect against short
circuits and overload.
External circuits used for interfacing with the illuminator (Camera Day/
Night switching and Telemetry) should be reinforced/double insulated
from mains.
Certifications
This product complies with the European Directive 2014/30/EU Electromagnetic
Compatibility and 2014/35/EU Low Voltage Directive by meeting the following
standards:
CE-EMC EN55032 (IT Immunity)
EN55024 (IT Emmision)
EN 61547 (Lighting-Immunity)
EN 55015 (Lighting-Emission)
EN 62493 (Lighting -EMF)
EN 50130-4 (Alarm-EMC)
CE-LVD EN 60598-1 (Luminaires-General)
EN 60598-2-1 (Luminaires)
Safety EN 62471 Risk group 2 (LED safety)
Environmental IEC/EN 60529 IP66
EN50130-5 (Alarm-environmental)
USA cULus, UL 1598
FCC, Class B
AUS RCM (AS/NZS CISPR 22 Class B)
WEEE: Waste Electrical & Electronic Equipment European
directive 202/96/EC
RoHS: Restriction of Hazardous Substances European
directive 202/95/EC
This symbol on the product means that the electrical and/or electronic equipment
to which it relates should be disposed of at the end of life separately from domestic
household waste.
There are separate collection systems for recycling in the EU. For more information
please contact the Local Authority or supplier of the product.
Photocell
The photocell is designed to automatically switch the lamps on at dusk and turn
off at dawn. A high degree of hysteresis is incorporated to void on/off switching in
marginal conditions. The unit is factory set at approximately 30 Lux On and 70 Lux
Off, but can be adjusted.
Trouble Shooting
Ensure all tests are undertaken by a qualied, trained engineer and ensure safe
working practices are followed at all times.
Step 1: Basics
• Check power connection
• Ensure PoE+ spectrum switch/injector
• Check the photocell is working - cover photocell ,light should turn on
• Ensure power supply is suitably rated to product - check the specications
Step 2: Set up Camera, lens and Illumination
• Check alignment of lamp
• Check camera lens- fully open at night and set correctly
• Check model number to performance specication to ensure required
distance is achievable
Step 3: Call for further assistance
If the lamp is still not delivering the required performance, please contact Technical
Support for further assistance
Note down:
• Model number and serial number of illuminator
• Camera make and model
• Lens make and model
mount
Reset
Shows LED
Pressure relief
valve
IM Ethernet cable with
IP68 connector
Safety Warning
• When the lamp is running, it is hot to touch. before touching switch off the illuminator
and allow to cool for a minimum of 10 minutes.
• The illuminator should be positioned so that prolonged starring into the illuminator at a
distance closed than 1m is not expected.
• The light source of this illuminator is not replaceable, when the light source reaches its
end of life the whole illuminator should be replaced.
• If the exible power cord of the illuminator is damaged it should be exclusively
replaced by an authorised service agent.
• This equipment is not suitable for us in locations where children are likely to be present.
OUTPUT +
OUTPUT -
TELEMETRY +
TELEMETRY -
Factory Default Settings
When using the system for the rst time, or if a factory reset has been made, the
following settings are used.
Product IP number: 192.168.0.10
Subnet mask: 255.255.255.0
Default router: 192.168.0.1
Login
1. Open a web browser.
2. In the address eld, type in the selected unit IP-address.
3. The user interface login page is shown.
4. Create your username and password.