The use of low voltage lighting systems has become increasingly accepted over the gone numerous living. Low voltage halogen and low voltage xenon lighting systems can be found in almost any venue restaurants, hotels, bars, retail supplies, museums, art galleries, offices, and the home. We have all seen these letterss of lighting systems in the form of cabinet lighting, inlet lighting, landscape lighting, picture light, repeated track lighting, supple 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 maneuvers on 12 or 24 volts.
2) Transformer
A transformer is usually used with low voltage lighting systems to transform the average voltage that is naturally offered (usually 120 volts or 277 volts) to both 12 volts or 24 volts.
3) brand of Transformer
The transformer used in a low voltage lighting system may be both electronic or mesmeric.
4) utmost Transformer Wattage
The wattage rating of the transformer should forever be match to or larger than the utter wattage of the lighting system. If an electronic transformer is used, then the ceiling wattage of the lighting system may be match to but not larger than the wattage rating of the electronic transformer. If a toroidal mesmeric transformer is used, then the ceiling wattage of the lighting system may be match to but not larger than the wattage rating of the toroidal mesmeric transformer. If, however, a conventional EI mesmeric transformer is used, then the ceiling wattage of the lighting system may be match to but not larger than 80% of the wattage rating of the conventional EI mesmeric transformer.
5) slightest Transformer Wattage
Transformers usually have a tiniest wattage that they must rule before they work. For example, it is not uncommon for 60-watt electronic transformer to expect that there be at slightest 10 watts of lighting burden and if there is only 5 watts of lighting burden together to this 60W electronic transformer, the lighting system will not work.
6) Electronic Transformers
An electronic transformer is usually lighter in influence, minor in amount, cooler to maneuver, and quieter than a mesmeric transformer. However, electronic transformers cannot offer more than 300 watts of rule where some mesmeric transformers can offer as greatly as 1200 watts of rule.
7) Voltmeter Readings
Bebegin an electronic transformer offers its rule at very high frequencies (usually larger than 20,000 Hertz) a average voltmeter cannot be used to accurately rate the output voltage. Instead, a constant RMS voltmeter must be used to rate the resulting voltage of an electronic transformer.
8) AC Electronic Transformer
An AC (alternating existing) electronic transformer should not be sited any beyond than 10 feet from the lighting system. If it should be sited beyond away than 10 feet from the lighting system, part or all of the lighting system will experience a minor voltage (known as voltage seep) and have dimmer lamps. Also, the longer the coldness from the AC electronic transformer and the lighting system, the larger the opening that it might coin radio frequency interference (RFI) with other electronic components in the theme.
9) DC Electronic Transformer
A DC (direct existing) electronic transformer may be sited 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 seep (the seep in voltage over a long route).
10) Toroidal mesmeric Transformer
If a mesmeric transformer is used to rule a low voltage lighting system, a toroidal mesmeric transformer should be conregionred. This letters of mesmeric transformer is more efficient, lighter in influence, minor in amount, cooler to maneuver, and quieter than a conventional EI mesmeric transformer.
11) Wiring a Dimmer
A low voltage lighting system can be dimmed whether it is ruleed by an electronic or a mesmeric transformer. When with a dimmer with a low voltage lighting system the dimmer should forever be installed so that it is controlling the line voltage region of the transformer, which is also called the prime region or the region together to 120 volts or 277 volts.
12) brand of Dimmer
The dimmer chosen to control an electronic transformer should be specifically intended to control that letters of transformer where a dimmer chosen to control a mesmeric transformer should be specifically intended to control that letters of transformer.
13) Electrical Connections
All of the electrical connections for a low voltage lighting system must be very rigid and fasten. If an electrical joint is not very rigid and fasten, the wires may arc, begin a great split of warm, begin the complete lighting system to neglect, and maybe become a fire hazard.
14) 24-Volt Lamps
When with a 24-volt transformer make certain that the lamps are rated for 24 volts - not 12 volts. If 12-volt lamps are used with a 24-volt transformer the lamps will burn out immediately and maybe become a fire hazard.
15) Thicker Wires
Low voltage lighting systems expect thicker wires (minor gauge) because more electricity is being conducted by those wires. For example, a 300-watt lighting system working at 12 volts uses 25 amps of electricity on the low-voltage region of the transformer where this same transformer may be ruleed by 120 volts and 2.5 amps of electricity on the line voltage region of the transformer.
For more information about low voltage light fittings, low voltage light bulbs, and low voltage transformers, be persuaded to stopover PegasusAssociates.com
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