Retail
Lighting Controllers
- The Euroliner uses variable levels of inductance to control current to lighting systems. It provides predictable lighting cost savings with either electronic ballast fluorescent or HID lighting. Designed for use on circuits where measured load amperage is less than 20 amperes at any voltage from 100V to 347V, the EuroLiner modernises your lighting equipment, lessening the heat load added by your lights.
- Light Eco
Light Eco Plus is a microprocessor controller that saves energy used on the operation of conventional fluorescent & HID lighting. Energy reduction is 20% - 50% and upgrades your lighting without the need to remove the existing fittings.
Lighting Adapters - Fluorescent
T5 adapters offer one of the easiest ways to reduce your energy running costs. Our T5 adapters are manufactured to the highest quality with the most resilient components. The benefits include:
* 40% less energy consumption than standard T8 fitting
* Unique design delivers 30% more lux output than T8
* Superb return on investment
* Longer life Tube with 16,000 hours
* Less heat and less flicker
* Fits in seconds
Delamping
Delamping of fluorescent luminaires is another potential energy saving solution. There are 2 main questions to ask before delamping any fluorescent luminaire:
• What will happen to my light level and will this new light level be adequate for the task?
There are recommended light levels for most lighting tasks. If delamping does not reduce the light level below these levels then it is a good idea to delamp. Crowley Carbon can guide you to achieve an effective solution.
• Does it make a difference what kind of ballast I have now?
There are series and parallel wired ballasts. Most magnetic ballasts are series wired. Electronic ballasts can be either series or parallel. With series wired ballasts, when one lamp is removed from the ballast the other lamp will not
light properly and will fail if left running. The non-removed lamp will probably not light or will flicker or produce very little light. So, in a series wired ballast we need to remove all of the lamps from the ballast. The ballast will continue
to use energy, 3 to 6 watts for magnetic and 0 to 10 watts for electronic. We recommend that the power to the ballast be terminated. Magnetic ballasts are very bullet proof and will not fail if left energized, however they will still use
some energy. Parallel wired ballasts can be delamped without too many problems and are often rated by the manufacturer to run one less lamp than the label rating.
