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The acceptance of digital technology for building lighting controls significantly depends on the use of a standardized digital lighting communication protocol. To overcome the limitations of the current digital lighting communication protocols, National Electrical Manufacturers Association (NEMA) has developed a new protocol, NEMA Digital Lighting Controls Open Protocol or NEMA 243. The research work described in this Master thesis is focused on the design and development of a simple commissioning tool that will facilitate the implementation of digital lighting controls in building lighting systems. The commissioning tool is designed with a simple graphical user interface environment and incorporates all the necessary control commands defined in the NEMA 243 standard. The commissioning tool has been successfully demonstrated in a laboratory test setup to implement various traditional lighting control strategies. It has also been showcased that the designed commissioning tool does not limit itself to the implementation of traditional control strategies but can be used to implement new control strategies as long as they confirm to the requirements of the NEMA 243 standard.
Advanced Lighting Controls is edited by Craig DiLouie and written for engineers, architects, lighting designers, electrical contractors, distributors, and building owners and managers. Advanced lighting controls, indicated by research as the "next big thing," are now mandated by the ASHRAE/IES 91.1-1999 energy standard, the basis for all state energy codes in the U.S., and are becoming the norm rather than the exception in new construction. This book provides in-depth information about the major trends, technologies, codes, and design techniques shaping the use of today's lighting control systems, including dimming, automatic switching, and global as well as personal control.
Intended for energy managers, electrical engineers, building managers, lighting designers, consultants, and other electrical professionals, this book provides a practical description of major lighting controls types and how to apply them. It's a comprehensive step-by-step educational tour of lighting automation technology and its practical design and application, with useful discussion about the purpose and benefits of lighting controls, emphasizing the achieving of relevant energy savings, as well as support of occupant visual needs and preferences. The book shows readers how to take advantage of the many benefits of today's sophisticated controls, including expanded energy saving opportunities, and increased flexibility, reliability and interoperability.
Advanced Lighting Controls is edited by Craig DiLouie and written for engineers, architects, lighting designers, electrical contractors, distributors, and building owners and managers. Advanced lighting controls, indicated by research as the "next big thing," are now mandated by the ASHRAE/IES 91.1-1999 energy standard, the basis for all state energy codes in the U.S., and are becoming the norm rather than the exception in new construction. This book provides in-depth information about the major trends, technologies, codes, and design techniques shaping the use of today's lighting control systems, including dimming, automatic switching, and global as well as personal control.
Robert Simpson's comprehensive volume covers all aspects of lighting control systems. It starts with two foundation chapters outlining the basics of electricity, light and electronics as they apply to lighting control. It then reviews all current artificial lightsources, and comments on their suitability for control. A section on lighting control components covers electronic and electromagnetic dimmers, ballasts and transformers. The next section reviews lighting control systems, including those for stage and entertainment, architectural applications, energy management and building control; and includes a chapter on control signals protocols. The final part is an extensive applications review, fully illustrated, covering everything from hotels and cruise ships to homes and churches; and taking in offices, factories, simulators, trains and planes on the way. Lighting Control: technology and applications brings together information not otherwise available from a single source. It is intended as a training resource within the lighting industry, both for those completely new to the subject, and for those coming to it from another technical field. It will also be useful for lighting designers, consulting engineers and electrical contractors as a reference book covering current and emerging lighting control techniques - with special emphasis on new light sources and new digital control standards. Information, case histories and illustrations for the book have been provided by many leading lighting companies and organizations in North America and Europe.
First published in 2005. Advanced Lighting Controls is edited by Craig DiLouie and written for engineers, architects, lighting designers, electrical contractors, distributors, and building owners and managers. Advanced lighting controls, indicated by research as the "next big thing," are now mandated by the ASHRAE/IES 91.1-1999 energy standard, the basis for all state energy codes in the U.S., and are becoming the norm rather than the exception in new construction. This book provides in-depth information about the major trends, technologies, codes, and design techniques shaping the use of today's lighting control systems, including dimming, automatic switching, and global as well as personal control.
Digital video students and enthusiasts must learn lighting fundamentals and techniques to enhance the visual quality of their work. Moreover, since lighting specifications for digital video differ significantly from those for analog video or film, professional videographers and cinematographers must learn how to adapt their lighting skills for this new digital medium to ensure that the final product meets broadcast standards. This complete course in digital video and television lighting begins with how the human eye and the camera process light and color, progresses through the basics of equipment and setups, and culminates with practical lessons on how to solve common problems. It features clear illustrations and real-world examples that demonstrate proper equipment use, safety issues, and staging techniques. Detailed diagrams, figures, and photos illustrate techniques that enable novices to complete basic lighting setups. This new edition also features a 16-page color insert and new chapters on interview setups and lighting for low budgets.
Media Servers for Lighting Programmers is the reference guide for lighting programmers working with media servers – the show control devices that control and manipulate video, audio, lighting, and projection content that have exploded onto the scene, becoming the industry standard for live event productions, TV, and theatre performances. This book contains all the information you need to know to work effectively with these devices, beginning with coverage of the most common video equipment a lighting programmer encounters when using a media server - including terminology and descriptions - and continuing on with more advanced topics that include patching a media server on a lighting console, setting up the lighting console for use with a media server, and accessing the features of the media server via a lighting console. The book also features a look at the newest types of digital lighting servers and products. This book contains: Never-before-published information grounded in author Vickie Claiborne’s extensive knowledge and experience Covers newest types of digital lighting servers and products including media servers, software, and LED products designed to be used with video Companion website with additional resources and links to additional articles on PLSN
The 'Tangible Lighting Controls' project poses the crucial question: what is the nature of interface designs sought by end-users for maximising interaction with lighting control systems? The manner in which this question is posed implies a fundamental assumption that improved usability and end-user experience are primary goals. Usability is concerned with easier understanding of control functions. End-user experience is concerned with explicating the quality of end-users' experience such as fun/pleasure of use. Usability engineering methods involving survey research, experimental mock-ups and prototyping have been used to enable end-users to evaluate and design lighting control interfaces. The essential difference is to include end-users' viewpoint about ease and pleasure of use along with a technical viewpoint about meeting standards. End-user responses obtained from these experiments challenge manufacturers' claims about the effectiveness of conventional lighting control interfaces, and reveal a different way of thinking about future interface designs. Such a change in thinking could lead to lighting control interfaces that are easier to understand and more pleasurable to use.