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  • IES
    IES RP-30-17 Recommended Practice for Museum and Art Gallery Lighting
    Edition: 2017
    / user per year

Content Description

Museum and art gallery lighting design differs from any other type of lighting design because museum objects are unique and many are extremely sensitive to harm from light. The key to damage prevention is environmental control: elimination of atmospheric pollution, stabilization of temperature and humidity, and minimization of exposure to radiant energy. This Recommended Practice, intended primarily for the lighting designer, provides specific standards for satisfying the special requirements of museums and art galleries. Other decision makers, such as the museum administrator, the curator, the conservator, and the exhibit designer, can use this Practice to improve understanding and communication throughout the exhibition process. This Practice covers museum and art gallery lighting from a dozen perspectives: successful museum lighting introducing the concept of team decision making; design guidelines melding artistic basics with key technical considerations; damage to museum exhibits revealing why light causes deterioration and what can be done to minimize the effect; four typical lighting problems categorizing most display situations and the best methods to handle them; architectural aspects and daylight explaining how daylight "presence" can best be used; electric light sources describing the best and worst features of incandescent, fluorescent, and HID lights; luminaires and accessories concentrating on track lighting but also discussing recessed fixtures, pendant fixtures, and fiber optics; light controls explaining when to use manual switches or programmed systems; control of glare examining direct glare, reflected glare, and excess contrast; measurements and measuring instruments describing current techniques and equipment choices; lighting calculations presenting the accepted methodology with worked examples; and maintenance and budgets giving a comprehensive maintenance checklist and a sample database that costs out the lighting for a single large gallery. An extensive glossary defines both lighting and architectural terminology. Because museum and art gallery lighting design is attributed here to a collaboration between art and science, success depends upon team decisions. Decisions that must satisfy a diverse range of interests, expertise, and professional pride. Therefore, a systems approach to lighting design is advocated throughout this Practice. For example, artifact placement (relative to conservation needs) can greatly affect overall illumination levels, the curator\'s intended message, and the physical layout of the museum/gallery. Therefore, the impact of lighting on museum occupants, artifacts, and the environment must be jointly considered. [Note: RP-30-96 is a "trial use" American National Standard.]

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About IES

The Illuminating Engineering Society of North America (IES) is the recognized technical authority on illumination. For over 100 years; its objective has been to communicate information on all aspects of good lighting practice to its members, to the lighting community, and to consumers, through a variety of programs, publications, and services.

IES is a forum for the exchange of ideas and information, and a vehicle for its members' professional development and recognition. Through technical committees, with hundreds of qualified individuals from the lighting and user communities, IES correlates research, investigations, and discussions to guide lighting professionals and lay persons via consensus-based lighting recommendations.

The Society publishes nearly 100 varied technical publications, and works cooperatively with related organizations on a variety of programs and in the production of jointly published documents and standards.

Local IES Sections and many lighting corporations offer formal educational programs on lighting, utilizing material developed by IES. Sections offer programs related to specific applications based on IES standards - seminars on sports and recreational lighting, lighting industrial facilities, roadway lighting, museum lighting, to name a few. Virtually every curriculum devoted to lighting - from beginner to advanced - includes IES educational materials.

IES is almost 8,000 members strong. Its members work with lighting in a variety of capacities - lighting designers, architects, interior designers, government & utility personnel, engineers, contractors, manufacturers, distributors, researchers and educators - throughout the United States, Canada, Mexico - and around the world. They share a common interest in lighting, and a common desire to promote the use of the latest, most innovative lighting technologies, with a focus on judicious use of energy in all lighting applications