LIBRARY

NOTE:  Many of these papers and publications can be customized with your logo and contact information to provide educational and informational  materials for your customers and staff - see our Products page or please Contact Us to get details.

The Science Behind Magnetic Induction Lighting 

This 30 page paper (available as a PDF file) gives a comprehensive overview of Magnetic Induction Lighting, how it works, a discussion of human vision, detailed information on S/P ratios and Visually Effective Lumens (VEL), the psychological effects of light, ballast efficiency and more.  There are numerous citations and quotes from scientific papers which show that current lighting measurements do not accurately reflect the needs of human vision and how Induction Lamps can fulfill those needs in an energy efficient manner.  A brief overview of envirnmental issues shows that Induction lighting is a green lighting technology which can help reduce CO2 emissions thereby helping to reduce global warming.
There is a summary section listing the advantages of magnetic induction lamp technology and the paper includes many graphs, charts and photographs to give the reader added insight into Magnetic Induction Lighting technology. 
References are included for those who wish to follow up on the original papers cited.

The Science Behind Magnetic Induction Lighting
(Click link to read on-line; Right click and choose "Save Link As" to download a copy)

How Magnetic Induction Lamps Work 

This 8 page paper (available as a PDF file) provides an introduction to Induction Lamps with a brief overview of a history of lighting, and a section detailing how some common lamps work.  Extensive information, with diagrams, on how both external inductor and internal magnetic induction lamps is provided so that the reader will become familiar with the inner working of induction lights.
There is a section covering LED lamps Vs. Induction lamps and a summary section providing the advantages of induction lamps. Graphs, charts and photographs give the reader added insight into the technology.  References are included for those who wish to follow up on the subject.

NOTE:  A modified version of this paper was published as a Google Knol article which can be viewed on-line at: http://knol.google.com/k/how-induction-lamps-work#

How Magnetic Induction Lamps Work
(Click link to read on-line; Right click and choose "Save Link As" to download a copy)

Induction Lighting - Frequently asked Questions (FAQ)

How does Magnetic Induction Lighting work?  Why do Magnetic Induction Lamps last so long?  How does Induction Lighting save energy and money?  Is Induction Lighting environmental friendly?  What are the two main types of Induction Lamps?  Are dedicated fixtures required for Induction Lamps?  Are Induction Lamp fixtures affected by temperature?  Where can Induction Light be used?

The answers to these, and may more questions about Induction Lighting are here in the PDF version of our FAQ.

Induction Lighting - Frequently Asked Questions (FAQ)
(Click link to read on-line; Right click and choose "Save Link As" to download a copy)

Environmental Aspects of Magnetic Induction Lamps

In an time when there is growing concern about Global Warming and Climate Change, and a desire to reduce our environmental footprint, individuals and business are seeking ways to reduce their environmental impact… to “Go Green”.
This 16 page paper, with many illustrations and tables, considers energy efficient lighting, particularly Magnetic Induction Lamps, as a way to implement an environmentally friendly technology.  Induction Lamps are a green lighting technology that can reduce environmental impact in several areas such as saving energy, reducing CO2 (greenhouse gas) emissions, reducing global warming (climate change), reducing materials consumption, reducing Mercury consumption, and improving recycling issues.
Reducing the environmental impact and “carbon footprint” of your operations may be more feasible when implemented as a series of small incremental steps rather than as a large project.  One of the often overlooked areas, where it is both simple and financially feasible to make improvements, is in green lighting systems. Magnetic Induction Lighting is one of the most environmentally friendly options available today for commercial and industrial applications.

 NOTE:  A modified version of this paper was published as a Google Knol article which can be viewed on-line at: http://knol.google.com/k/environmental-aspects-of-magnetic-induction-lamps#

Environmental Aspects of Magnetic Induction Lamps
(Click link to read on-line; Right click and choose "Save Link As" to download a copy)

Magnetic Induction Lights Vs. LED Lights

 By now, it is evident that we are facing an energy problem - while our primary sources of energy are running out, the demand for energy is continuously increasing.  In the face of this situation, energy-efficient lighting systems have become a hot topic.  Energy for lighting can consume between 60% (in educational settings) and 31% (in retail store applications) of an organizations electricity budget.
As the cost of energy rises, people are seeking ways in which to reduce energy consumption.  The main reason is financial, but the spectre of Global Warming (climate change) and respect for the environment by reducing CO2 emissions, also plays a role.
The two leading contenders for energy efficient industrial and commercial lighting applications are Magnetic Induction Lamps (also called Induction Lights) and Light Emitting Diodes (LED) lighting.  This paper compares the current state of these two lighting technologies and demonstrates, scientifically, that Induction Lighting is the best, and most energy efficient choice, for a wide range of applications.

 Magnetic Induction Lights Vs. LED Lights
(Click link to read on-line; Right click and choose "Save Link As" to download a copy)

Induction Lamp Technology Application Guidelines

In light of many questions regarding the merits of internal inductor lamps Vs. external inductor lamps, the high frequency and the low frequency ballasts available to drive them, RFI (Radio Frequency Interference) and various lamp colour temperatures (Kelvin);  it is sometimes confusing to determine which of these is the right choice for a particular induction lighting application.
This 8 page guide attempts to summarize the pros and cons of each induction lighting technology, in a simplified manner, so as to provide some general guidance for selecting the best induction lighting technology for your application.

Induction Lamp technology Applications Guidelines
(Click link to read on-line; Right click and choose "Save Link As..." to download a copy)

Industrial Materials Preparation Area Lighting - Case Study

A composite materials and structures fabrication company was located in an older industrial warehouse, with high ceilings.  The pre-production area, where materials are measured and cut, was poorly lit by mercury vapour Highbay fixtures.   The 12 inefficient Mercury Vapour fixtures were replaced with 15 Magnetic Induction Lamp based Highbay fixtures and the incandescent security lights were also replaced with low-wattage Induction Lamps.
In summary, electrical load was reduced from 4,100W to 3,168W - about a 22% energy savings; Average light levels were improved from 130.3 to 257.5 Lux - about 98% brighter; and adjusted for S/P Ratio, the new lighting produced 417.4 VEL - about a 300% increase in VEL!
This 5 page case study provided diagrams, detailed light measurements and before and after comparisons of energy consumption and light levels.

Industrial Materials Preparation Area Lighting - Case Study
(Click link to read on-line; Right click and choose "Save Link As" to download a copy)

Retail Store Induction Lighting - Case study

A small custom embroidered gift store, was poorly lit with fluorescent troffer fixtures.  Staff complained they were having problems seeing fine needlework and matching colours.  The fluorescent troffer fixtures were disabled and new Magnetic Induction lamp Low-bay fixtures with prismatic shades were installed.  Improved placement of the induction lamp fixtures eliminated operator shadows at the sewing machines.  Incandescent halogen track-lights were replaced with LED lamps.
In summary, the new magnetic induction fixtures and LED lamps provide much smoother, glare free lighting, at higher light levels, with improved colour rendering and significant energy savings.  Electrical load was reduced from 1,150 W to 717 W - more than a 37% energy savings; Average light levels were improved from 365.8 to 595.5 Lux - more than 55% brighter!
This 8 page case study provided diagrams, detailed light measurements and before and after comparisons of energy consumption and light levels.

Retail Store Induction Lighting - Case Study
(Click link to read on-line; Right click and choose "Save Link As" to download a copy)

Illustrations

Our Internal and External Induction Lamp Illustrations are popular and used by many people (and even plagiarized by a few).  Unfortunately, some have taken the illustrations from PDF files or other sources where the quality is degraded.  We are now making these illustrations available, in high resolution JPG versions, for use on your web site, and in your presentations and publications - subject to the terms of the license below.

LICENSE:  The illustrations are copyright  © 2011 by L. Michael Roberts. You are hereby granted a license to use these illustrations on web sites, in presentations and in publications PROVIDED that you do NOT alter/edit the images in any way (except for re-sizing them), and you do NOT change the file names.  Enjoy!

 Internal Inductor Type Lamp Dwg   External Inductor Type Lamp Dwg
(Click link to view on-line; Right click and choose "Save Link As" to download a copy)  

La información en español

Ilustraciones

Nuestra Ilustraciones de inducción interna y externa de la lámpara son muy populares y son utilizados por muchas personas. Ahora hemos hecho estos diagramas disponibles en versiones JPG de alta resolución, para su uso en su sitio web, y en sus presentaciones y publicaciones - sujeto a los términos de la licencia a continuación.

LICENCIA: Las ilustraciones son de derechos de autor © 2011 por L. Michael Roberts. Presente se le concede una licencia de uso de estas ilustraciones en las páginas web, en presentaciones y en las publicaciones siempre que no alteren / editar las imágenes en modo alguno (excepto para cambiar el tamaño a), y no cambiar los nombres de archivo. Disfrute!

Lámpara de inductor interno diagrama    Lámpara de inductor externo diagrama
(Haga clic en enlace para ver on-line, haga clic en botón derecho y elige "Guardar enlace como" para descargar una copia)