This standard includes procedures for evaluating the compliance of lighting devices with applicable electromagnetic compatibility (EMC) requirements. Test procedures for radiated field strength and conducted disturbance measurements are included, with reference to established standards, where applicable. This standard covers measurement methodologies, but is not intended to describe regulatory limits. Some regulatory agencies classify lighting devices either as Industrial, Scientific and… read more Medical (ISM) equipment or as digital equipment, depending on its technology. However, if the lighting device includes any wireless modules (intentional radiator, e.g., IEEE 802.11), that portion of the lighting device is usually classified as radio apparatus. This standard includes methods for evaluating the compliance of the lighting device, excluding its radio apparatus portion (if any), with the applicable EMC limits, as specified by the purchasing agency or regulatory authority. Compliance evaluation procedures for radio apparatus are usually subject to other testing procedures; e.g., ANSI C63.10 [B1], ANSI C63.26 [B2], and/or additional or other applicable requirements, as specified by the purchasing agency or regulatory authority. This standard does not cover the testing of other types of ISM equipment, incidental or un-intentional radiators. read less
This recommended practice covers the design of power systems supplying lighting loads of industrial and commercial facilities. Common power system considerations specifically related to lighting loads are covered, including voltage drop, transients, flicker, and circuiting recommendations for various applications. General fundamental concepts of lighting design, including common light sources, control methods, and application techniques, are discussed. Industry-recognized lighting design… read more organizations and applicable lighting codes are discussed and identified as further resources for the lighting designer. read less