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UFO Licht Website Sirius IP67 LED Light Source
Technical Specifications
Port Connector
30mm diameter
Fibre Type
Glass / PMMA
Supply voltage
24V DC,3.75A 90W Max
LED power
90W
LED type
LED engine LZP 24 die emitter
Mains Running Current
420mA Max
Mains Voltage VA Rating
100VA
Motor Type
Rotalink 25C13/YS0LPSL3E 12V 60:1
External PSU Type
24V IP67 Type HL LED driver
Colour temperature / Typical CRI
5500K - 75CRI / 5300K - 88CRI / 4000K - 82CRI / 3000K - 83CRI
Colour temperature / Typical Lumen Output
5500K - 5700lm / 5300K - 4650lm / 4000K - 5300lm / 3000K - 4650lm
LED Lifespan
40,000 hours in ambient 25°C
DMX
User addressable (0-255) dimming, effects wheel control and on/off
Control Functionality
Manual / DMX / 0-10V dimming
Operating Environment
External IP67
Min Ambient Temperature
-10°C
Max Ambient Temperature
45°C
Enclosure material
Aluminium, hard anodised
Dimensions
(L)307mm (12.1") x (W)240mm (9.4") x (H)164mm (6.5")
Weight
6.46kg (white light) / 6.66kg (decorative)
A very powerful fibre optic light source, utilising LED technology, featuring full IP67 ingress protection and powered by an external 24V DC power supply unit.
Extremely high power output makes this light source suitable for multiple lighting tasks where traditionally metal halide units have been employed. Almost silent in operation, the Sirius outputs light which is around 20% brighter than a 150W metal halide lamp.
A choice of either a 6 colour colourwheel or a twinkle effect wheel can also be installed, and this offers the same control options as the dimming effects; manual, 0-10V or DMX. The unit also offers optional separate feed control.
The Sirius has an inbuilt manual dimmer located behind a protective panel, and dimming is also controllable via either DMX or 0-10V.
With a standard 30mm fibre port connector, this illuminator is equally suited to new projects or for retro-fitting to existing fibre optic installations - particularly for separate feed light sources using the optional interface.
Available Accessories
- 24V 120W IP67 PSU, IP Connector & Cable Assembly
- Separate Feed Interface - complete with 2m cable & IP connector
- DMX Cable Assembly - complete with 2m cable & IP connector
- 0-10V Cable Assembly - complete with 2m cable & IP connector
Why choose LED over other light source types?
Our range of LED light sources use the latest technology to provide bright light output combined with small unit size and very cool and quiet running.
LED modules have a much longer lifespan than their tungsten halogen or metal halide equivalents which reduces maintenance costs to almost nil. Power consumption is also vastly reduced in comparison to older lamp technologies making them the most environmentally friendly and sustainable option for fibre illumination.
LED Cost & Energy Savings Calculator
You can use our cost calculator below to get an idea of the running cost and energy savings between the Sirius LED light source and its close metal halide equivalent, the 150W Compact.
We are sure you'll agree that the LED unit offers significant benefits both for your pocket and more importantly for the future of the planet!
Instructions
Use the 2 sliders to adjust the number of hours per day that the light source will be switched on for and your cost in pence per kWh of electricity.
The values in the table below will update in real time to show you the cost and emissions savings that an LED light source can provide.
| Light Source | Mains Watts | Lamp Life (hours) | Electricity Consumption (kWh per day) | Running Cost (£ per year) |
Cost Savings (£ per Year) | Cost Savings LED Life (£) | CO2 Emissons (kg per year) |
|---|---|---|---|---|---|---|---|
| Compact | 166.4 | 9000 | 2.02 | 102.19 | N/A | N/A | 386.79 |
| Sirius IP | 92.2 | 50000 | 1.11 | 56.15 | 46.04 | 525.57 | 212.54 |
This calculator is supplied for information purposes only. Actual savings & emissions may vary depending on your specific circumstances.
CO2 emission data taken from UK Defra website. Accurate cost (pence per kWh) is available from your electricity supplier. Average cost of 13.86p per kWh taken from the UK Energy Saving Trust website.