RayLED VAR-PSU-1x2, VAR-PSU-2x4, VAR-PSU-2x8, VAR-PSU-3x8 VARIO PSU Installation and Setup Guide
Below you will find brief information for VARIO PSU VAR-PSU-1x2, VARIO PSU VAR-PSU-2x4, VARIO PSU VAR-PSU-2x8. This document provides instructions on how to install and set up the VARIO PSU power supplies. The document details the different models of VARIO PSU, their specifications, and how to connect the illuminators to the PSU. The document also includes troubleshooting tips and recommended accessories.
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Installation and Setup Guide for the VARIO PSU
Designed to power all VARIO illuminators (including VARIO IP)
VAR-PSU-1x2 (small) VAR-PSU-2x4 (medium)
VAR-PSU-2x8 (large) VAR-PSU-3x8 (x-large)
Contents
Installation
Setup
VARIO Standard Bracketry
VARIO PSU Specifications
Troubleshooting
Installation
Warnings
1 Select interchangeable lens and mount VARIO illuminator
VARIO is factory set and delivered with a
35˚ beam width. To alter to 10˚, simply remove interchangeable holographic diffuser (IHD). To alter to 60˚, replace with other IHD supplied.
2 Mount PSU
Mount PSU on wall/flat surface with glands facing down
3 Connect illuminator to PSU
VARIO PSU provides 24V DC
Wiring – six core cable
Red wire +
Black wire -
Installers can extend or reduce lead length using appropriate cable and weather proof box
4 PSU Connections
Connect photocell following output/telemetr y if required into ‘Fast Connect’ wiring terminal.
Photocell following contact - White & Yellow wires
Volt free output. Non polarity sensitive.
Terminal 1 – white wire
Terminal 2 – Yellow wire
Telemetry input - Orange & Purple wires
Volt free/dry contact or TTL input
Terminal 3 – Orange wire
Terminal 4 – Purple wire
Image featuring VAR-PSU-2x4 (medium)
5 Connect PSU to mains
CAUTION: Ensure cable glands and PSU lid are water tight by tightening the fixings
Golden Rules
Ensure PSU lid orientation has warning label in line with glands
(see PSU diagram, right)
Ensure PSU is fully water tight
Setup
1 Position illuminator
Position illuminator adjacent to camera and point towards scene (Optional night set-up for optimum image performance)
2 Adjust vertical angle
3 Adjust horizontal angle
Adjust horizontal angle via Adaptive Illumination
(AI) if required (VARIO AI illuminators only)
CAUTION: Do not fully loosen AI bolt
4 Tighten all fixings
5 Final illuminator configuration
Complete configuration and final setup using
VARIO Remote Controller or VARIO IP
Integrated Web Interface (or via 3 rd
party VMS if applicable)
VARIO Standard Bracketry
Other bracket options available – see specific illuminator instructions.
See VARIO AI Installation instructions for VARIO AI bracketry options.
VARIO PSU Specifications
Illuminators
VAR-PSU-1x2
(small)
1 x VARIO 2 series
Plus aux output
(max 8w)
VAR-PSU-2x4
(medium)
VAR-PSU-2x8
(large)
VAR-PSU-3x8
(x-large)
2 x VARIO 4 series 2 x VARIO 8 series 3 x VARIO 8 series
4 x VARIO 2 series *
4 x VARIO 4 series *
8 x VARIO 2 series *
3 x VARIO 4 series*
Other Illuminator options
Input
Input Fuse Type
Input Fuse Rating
Max Output
*Please note: for medium and large PSUs powering an increased number of VARIO illuminators, the total power of the illuminators must be equivalent to the PSU max output - illuminator output cables may also need to be commoned together to suit the number of available glands.
Mixed model sizes of VARIO illuminators can be powered from the same PSU e.g. VAR-PSU-2x4 can also run 2 x VARIO 2 series and 1 x VARIO 4 series
100-230V AC
1A
20mm, slowblow, user replaceable without disconnecting mains input
2.5A 2.5A 2.5A
20W
50W or equivalent power units
100W or equivalent power units
150W or equivalent power units
Output for VARIO
Illuminators
Output Voltage
Output Fuse Type
Output Fuse Rating
FastConnect™ wiring
White Light status LEDs
Cat5 Connector
Glands
Enclosure construction
PSU Dimensions
Drilling Dimensions
Weight
IP Rating
Certification
1 for VARIO 2 series 2 for VARIO 4 series 2 for VARIO 8 series 3 for VARIO 8 series
24V DC automotive, blade, user replaceable
3A 5A 3A 5A
Quick and easy wiring for VARIO input and output connections - 4 way robust terminal for telemetry input and photocell following output
White-Light LED status indicators on all fused outputs to indicate correct voltage and to provide support illumination during wiring
N/A
2x M16, 2x M12,
IP68
160x100x61 mm
4 x M4 holes
145 x 63 mm
0.9kg
Cat5 Connector for
VARIO IP
3x M16, 2x M12,
IP68
200x100x61 mm
4 x M4 holes
185 x 63mm
1.0kg
Cat5 Connector for
VARIO IP
3x M16, 2x M12,
IP68
High quality, power coated, IP66 aluminium
160x160x81 mm
4 x M4 holes
145 x 123mm
1.7kg
Cat5 Connector for
VARIO IP
4x M16, 2x M12,
IP68
240x160x81 mm
4 x M4 holes
225 x 123mm
2.4kg
IP66
CE compliant
Accessories available External mounting feet (contact RayLED)
Troubleshooting
Ensure all tests are undertaken by a qualified, trained engineer
Ensure safe working practices are followed at all times
Step 1 Basics
Check polarity of illuminator connection: red= +ve, black= -ve
Ensure PSU outputs provide 24V DC
Ensure telemetry wires are shorted out or closed contact input (zero volt) is applied
Check photocell is working. Cover illuminator photocell fully, light should turn on. It is sometimes difficult to see Infra-Red lamps working in high brightness conditions.
Check mains input
Check fuses intact
If longer cables used, ensure sufficient voltage is provided to allow for drops across the cable
If OK…
Step 2 Lamp Test
Check current is being drawn – amount of current will depend on power setting of unit. Please note – use appropriate DC multimeter
To test this you must ensure photocell fully covered (or disabled using optional VARIO remote controller or VARIO IP web interface) and ensure telemetry wires are shorted out or closed contact input (zero volt) is applied
Step 3 Set-up Camera, lens and illumination
Check camera lens – fully open at night & set correctly
Check model number to RayLED performance specification to ensure required distance is achievable:
-
Check illuminator is set to max power
-
Check orientation of illuminator and ensure it is pointing in correct direction
-
Check angle of illuminator (Holographic lens) – Too narrow may cause hot spots and the aperture of the camera lens to close down. Too wide and there may be insufficient light on scene and light going where it is not needed.
Check the LED status indicator on standard VARIO illuminators (not applicable for
VARIO IP) – if a flashing red light is visible in programming mode, please check the input voltage of the unit. The feedback system will respond differently depending on what mode the unit is in (see specific VARIO installation guide for further details)
Step 4 C
ontact
Ray
L ED
for further assistance
Note down:
Model and serial number of PSU/ illuminator
Camera make and model
Lens make and model
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Key Features
- Power various VARIO illuminators
- 24V DC output
- Weatherproof design (IP66)
- Multiple model options (VAR-PSU-1x2, VAR-PSU-2x4, VAR-PSU-2x8, VAR-PSU-3x8)
- Easy to use connectors
- LED status indicators
- Remote control capabilities (via VARIO IP or third-party VMS)
- Troubleshooting guide