The use of low voltage lighting systems has become increasingly prevalent over the earlier numerous living. Low voltage halogen and low voltage xenon lighting systems can be found in almost any scenery restaurants, hotels, bars, retail supplies, museums, art galleries, offices, and the home. We have all seen these forms of lighting systems in the form of cabinet lighting, inlet lighting, landscape lighting, picture light, paradigm track lighting, plastic track lighting (sometimes referred to as monorail lighting), cable lighting, and under cabinet lighting. Here are 15 things that you should know about these low voltage lighting systems.
1) Low Voltage
A low voltage lighting system usually directs on 12 or 24 volts.
2) Transformer
A transformer is usually used with low voltage lighting systems to transform the paradigm voltage that is routinely presented (usually 120 volts or 277 volts) to moreover 12 volts or 24 volts.
3) style of Transformer
The transformer used in a low voltage lighting system may be moreover electronic or alluring.
4) utmost Transformer Wattage
The wattage rating of the transformer should forever be rival to or superior than the overall wattage of the lighting system. If an electronic transformer is used, then the utmost wattage of the lighting system may be rival to but not superior than the wattage rating of the electronic transformer. If a toroidal alluring transformer is used, then the utmost wattage of the lighting system may be rival to but not superior than the wattage rating of the toroidal alluring transformer. If, however, a conventional EI alluring transformer is used, then the utmost wattage of the lighting system may be rival to but not superior than 80% of the wattage rating of the conventional EI alluring transformer.
5) smallest Transformer Wattage
Transformers usually have a slightest wattage that they must brawn before they work. For example, it is not uncommon for 60-watt electronic transformer to want that there be at slightest 10 watts of lighting influence and if there is only 5 watts of lighting influence fixed to this 60W electronic transformer, the lighting system will not work.
6) Electronic Transformers
An electronic transformer is usually lighter in influence, slighter in dimension, cooler to direct, and quieter than a alluring transformer. However, electronic transformers cannot grant more than 300 watts of brawn while some alluring transformers can grant as greatly as 1200 watts of brawn.
7) Voltmeter Readings
Beproduce an electronic transformer grants its brawn at very high frequencies (usually superior than 20,000 Hertz) a paradigm voltmeter cannot be used to accurately determine the output voltage. Instead, a accurate RMS voltmeter must be used to determine the resulting voltage of an electronic transformer.
8) AC Electronic Transformer
An AC (alternating present) electronic transformer should not be located any past than 10 feet from the lighting system. If it should be located past away than 10 feet from the lighting system, part or all of the lighting system will experience a slash voltage (known as voltage trickle) and have dimmer lamps. Also, the longer the coldness from the AC electronic transformer and the lighting system, the superior the venture that it might establish radio frequency interference (RFI) with other electronic components in the region.
9) DC Electronic Transformer
A DC (direct present) electronic transformer may be located as far as 50 feet from the lighting system. The DC output significantly reduces radio frequency interference (RFI) and nearly eliminates the possibility of any voltage trickle (the trickle in voltage over a long trip).