Lighting circuits: Difference between revisions
From Electrical Installation Guide
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A source of comfort and productivity, lighting represents 15% of the quantity of electricity consumed in industry and 40% in buildings. The quality of lighting (light stability and continuity of service) depends on the quality of the electrical energy thus consumed. The supply of electrical power to lighting networks has therefore assumed great importance. | A source of comfort and productivity, lighting represents 15% of the quantity of electricity consumed in industry and 40% in buildings. The quality of lighting (light stability and continuity of service) depends on the quality of the electrical energy thus consumed. The supply of electrical power to lighting networks has therefore assumed great importance. | ||
To help with their design and simplify the selection of appropriate protection devices, an analysis of the different lamp technologies is presented. The distinctive features of lighting circuits and their impact on control and protection devices are discussed. Recommendations relative to the difficulties of lighting circuit implementation are given | To help with their design and simplify the selection of appropriate protection devices, an analysis of the different lamp technologies is presented. The distinctive features of lighting circuits and their impact on control and protection devices are discussed. Recommendations relative to the difficulties of lighting circuit implementation are given{{fn|1}}. | ||
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{{fn-detail|1|The Schneider Electric [http://www2.schneider-electric.com/sites/corporate/en/products-services/product-launch/lighting-technical-guide/lighting-technical-guide.page '''Lighting Technical Guide'''] is an example of recommendations and tables for the selection of control and protection devices according to the type and quantity of lamps.<br> | |||
The latest edition has been updated to take into account the specificities of the new LED luminaires which are becoming more and more common on the market, due to their great potential in power savings | The latest edition has been updated to take into account the specificities of the new LED luminaires which are becoming more and more common on the market, due to their great potential in power savings .}} | ||
</references> | </references> | ||
[[ru:Осветительные сети]] | [[ru:Осветительные сети]] | ||
[[zh:照明电路]] | [[zh:照明电路]] | ||
Revision as of 01:38, 9 December 2016
A source of comfort and productivity, lighting represents 15% of the quantity of electricity consumed in industry and 40% in buildings. The quality of lighting (light stability and continuity of service) depends on the quality of the electrical energy thus consumed. The supply of electrical power to lighting networks has therefore assumed great importance.
To help with their design and simplify the selection of appropriate protection devices, an analysis of the different lamp technologies is presented. The distinctive features of lighting circuits and their impact on control and protection devices are discussed. Recommendations relative to the difficulties of lighting circuit implementation are given[1].
| Contents |
Notes
- ^ The Schneider Electric Lighting Technical Guide is an example of recommendations and tables for the selection of control and protection devices according to the type and quantity of lamps.
The latest edition has been updated to take into account the specificities of the new LED luminaires which are becoming more and more common on the market, due to their great potential in power savings .
