The document summarizes an electrodeless fluorescent lamp called the OSRAM ENDURA. It has an extremely long lifespan of 60,000 hours, high luminous flux, instant start, and high efficacy and quality of light. Unlike conventional fluorescent lamps, it operates without electrodes using magnetic fields to generate light within a closed ring. This allows the lamp to have no parts that can wear out and last so long it may never need changing.
This document describes intelligent addressable reflective beam detectors that can detect smoke or fire across large open areas. The MAB50R has a range of up to 50 meters, while the MAB100R has a range of 50-100 meters. Both connect to the fire alarm control panel via a loop circuit and do not require a separate power supply. They have three operating modes for alignment and detection. Optional mounting brackets are available to facilitate installation.
The Vector Solo AA is a cordless, air-assisted airless spray gun that delivers precise coatings application with improved transfer efficiency and adjustable spray patterns. It allows for increased operator flexibility and reduced fatigue compared to electric models. The ergonomic design and lightweight portability of the Solo AA can help lower paint usage and costs for a variety of finishing industry applications.
The document summarizes the development and principles of operation of LVD induction lamps. It discusses:
1. The history of induction lamps and how LVD developed cheaper IC chips to control the ballast and enable dimming functionality.
2. The mechanical construction and electrical model of LVD lamps, which use inductive coupling from coils to energize the plasma without electrodes.
3. The high frequency generator (ballast) circuit controlled by the IC chips, which provides stable power factor correction, protection functions, and dimming control.
4. Performance comparisons that show LVD lamps have high efficacy, long life, good dimming, and lower price than other induction lamps.
This document discusses thermal imaging cameras and their use for surveillance. Thermal cameras detect infrared radiation emitted by all objects based on their temperature, allowing them to create images in total darkness. They work by measuring the infrared radiation emitted by objects and assigning pseudo-colors to different temperature levels. Thermal cameras can be either cooled detectors that operate in the mid-wave infrared band or uncooled detectors that operate in the long-wave infrared range. Thermal cameras provide a complement to conventional cameras by allowing surveillance even in conditions like complete darkness, smoke, haze or bright lights that conventional cameras cannot see through.
Design of fiber bragg grating (FBG) temperature sensor based on optical frequ...IJECEIAES
In this paper, the simulation of Fiber Bragg Grating (FBG) as a temperature sensor is conducted. The FBG temperature sensor is designed based on Optical Frequency Domain Reflectometer (OFDR) concept. A continuous wave (CW) laser is used as the optical source and it is transmitted to two FBGs. The two FBGs reflection spectra will produce a beat frequency that can be detected using a Radio Frequency (RF) spectrum analyzer. Any temperature change will shift Bragg wavelength, thus produce a shift for the beat frequency. In this work, an FBG with temperature sensitivity 10 pm/˚C is employed. It is found that by using this technique, a high-resolution temperature sensor can be designed with temperature resolution of 0.1˚C.
Seminar on Uv Visible spectroscopy by Amogh G VAmoghGV
PPT of seminar on UV Visible spectroscopy, electronic transitions, Instrumentation of Double beam spectrophotometers, Advantages of Double beam over single beam, Beer Lamberts law derivation
FTIR spectroscopy works by collecting an interferogram using an interferometer, then applying a Fourier transform to obtain the infrared spectrum. Radiation from a source is split into two beams that reflect between a fixed and moving mirror, recombining to produce an interferogram containing all infrared information. The Fourier transform converts this interferogram into a spectrum as a function of wavelength. FTIR has advantages over dispersive IR including faster measurement times as it collects all frequencies simultaneously, higher signal-to-noise ratios, and improved wavelength accuracy from calibration with a He-Ne laser.
This document describes intelligent addressable reflective beam detectors that can detect smoke or fire across large open areas. The MAB50R has a range of up to 50 meters, while the MAB100R has a range of 50-100 meters. Both connect to the fire alarm control panel via a loop circuit and do not require a separate power supply. They have three operating modes for alignment and detection. Optional mounting brackets are available to facilitate installation.
The Vector Solo AA is a cordless, air-assisted airless spray gun that delivers precise coatings application with improved transfer efficiency and adjustable spray patterns. It allows for increased operator flexibility and reduced fatigue compared to electric models. The ergonomic design and lightweight portability of the Solo AA can help lower paint usage and costs for a variety of finishing industry applications.
The document summarizes the development and principles of operation of LVD induction lamps. It discusses:
1. The history of induction lamps and how LVD developed cheaper IC chips to control the ballast and enable dimming functionality.
2. The mechanical construction and electrical model of LVD lamps, which use inductive coupling from coils to energize the plasma without electrodes.
3. The high frequency generator (ballast) circuit controlled by the IC chips, which provides stable power factor correction, protection functions, and dimming control.
4. Performance comparisons that show LVD lamps have high efficacy, long life, good dimming, and lower price than other induction lamps.
This document discusses thermal imaging cameras and their use for surveillance. Thermal cameras detect infrared radiation emitted by all objects based on their temperature, allowing them to create images in total darkness. They work by measuring the infrared radiation emitted by objects and assigning pseudo-colors to different temperature levels. Thermal cameras can be either cooled detectors that operate in the mid-wave infrared band or uncooled detectors that operate in the long-wave infrared range. Thermal cameras provide a complement to conventional cameras by allowing surveillance even in conditions like complete darkness, smoke, haze or bright lights that conventional cameras cannot see through.
Design of fiber bragg grating (FBG) temperature sensor based on optical frequ...IJECEIAES
In this paper, the simulation of Fiber Bragg Grating (FBG) as a temperature sensor is conducted. The FBG temperature sensor is designed based on Optical Frequency Domain Reflectometer (OFDR) concept. A continuous wave (CW) laser is used as the optical source and it is transmitted to two FBGs. The two FBGs reflection spectra will produce a beat frequency that can be detected using a Radio Frequency (RF) spectrum analyzer. Any temperature change will shift Bragg wavelength, thus produce a shift for the beat frequency. In this work, an FBG with temperature sensitivity 10 pm/˚C is employed. It is found that by using this technique, a high-resolution temperature sensor can be designed with temperature resolution of 0.1˚C.
Seminar on Uv Visible spectroscopy by Amogh G VAmoghGV
PPT of seminar on UV Visible spectroscopy, electronic transitions, Instrumentation of Double beam spectrophotometers, Advantages of Double beam over single beam, Beer Lamberts law derivation
FTIR spectroscopy works by collecting an interferogram using an interferometer, then applying a Fourier transform to obtain the infrared spectrum. Radiation from a source is split into two beams that reflect between a fixed and moving mirror, recombining to produce an interferogram containing all infrared information. The Fourier transform converts this interferogram into a spectrum as a function of wavelength. FTIR has advantages over dispersive IR including faster measurement times as it collects all frequencies simultaneously, higher signal-to-noise ratios, and improved wavelength accuracy from calibration with a He-Ne laser.
The document outlines 7 management principles: 1) Customer Focus, 2) Leadership, 3) Engagement of People, 4) Process Approach, 5) Improvement, 6) Evidence-Based Decision Making, and 7) Relationship Management. For each principle, it provides a definition, some key benefits, and possible actions organizations can take to implement that principle. It also includes an introduction about the author's background and qualifications.
Environmental Analysis-Philips
Starting up with the Introduction what company is all about,you can also get to know its History and Vision-Mission targeted.
& then divided further into Internal Environment & External Environment.
Hope so you guys find the Presentation productive.
Best Wishes,Sejal Gaikwad ;)
Christian Merz Osram Initiatives In Developing Countries Sep09CSCP
OSRAM developed strategic initiatives to address sustainability and access to lighting in developing countries. These included supporting extended producer responsibility globally, partnering with UNEP on a market transformation project, utilizing CDM mechanisms under the Kyoto Protocol to fund LED distribution projects in India, and piloting an off-grid lighting project in Africa that provides affordable LED lanterns and batteries through solar-powered "energy hubs". The initiatives aim to reduce energy usage, CO2 emissions, and costs while improving access to efficient lighting for more people worldwide.
Havells India Ltd is an electrical equipment manufacturing company founded in 1958 in Delhi, India. It has a presence across 5 continents and 50 countries with 94 branches and over 8,000 professionals. Havells is headquartered in Noida, India and was started by former schoolteacher Qimat Rai Gupta with $200 in capital. Today, Havells has a wide product range including switchgears, cables, lighting, and electrical appliances. It owns the Sylvania brand acquired in 2007 and has manufacturing units in India and 18 plants globally. Havells promotes its brand through cricket sponsorships and has over 8,000 employees across its global operations.
Bajaj Electricals Ltd is part of the Bajaj Group founded by Jamnalal Bajaj. The company manufactures and sells home appliances and luminaires. Shekhar Bajaj is the current Chairman and MD who aims to motivate employees and drive organizational performance. Bajaj Electricals is targeting revenues of Rs. 1,500 crore by 2009-10, with the engineering business expected to be the biggest contributor. The company is also exploring a licensing agreement for its luminaires business to gain access to newer technologies.
Founder - Jamnalal Bajaj
Year of Establishment -1926
Industry Automotive - Two & Three Wheelers Business
Group -The Bajaj Group
Listings & its codes BSE - Code: 500490; NSE - Code: BAJAJAUTO
Bajaj Electricals is a multi-year compounding stock trading at reasonable valuations. The document discusses Bajaj Electricals' business overview, investment rationale, and financials. It recommends buying Bajaj Electricals, with an accumulation range of Rs. 160-180. Bajaj Electricals has a market capitalization of Rs. 19.58 billion and is a leader in appliances and lighting with a diverse product portfolio and strong distribution network. The company has demonstrated healthy financial growth over 10 years and is well positioned to benefit from India's growing middle class.
This document summarizes a presentation about Bajaj Auto Ltd. It discusses the company's history, products, market segments, organizational structure, financial performance, and SWOT analysis. Bajaj Auto is a major Indian vehicle manufacturer known for scooters, motorcycles, and auto rickshaws. It is India's largest exporter of two and three-wheelers. While Bajaj enjoys strong financials and manufacturing capabilities, it could further develop new products, tap export markets, and target younger consumers to maintain growth.
Survey of 14 Principles Of Management followed by a company!Sejal Gaikwad
Basically,this Power Point Presentation is based on survey of a company as in do they follow 14 principles of management in their company!
*Content referred from other presentation*
This document defines and discusses key aspects of business environment. It begins by defining business environment as the relationship between a business and the surrounding factors that influence it, including political, economic, social and technological factors. It then discusses the internal and external components of business environment. The external environment includes micro environment factors like suppliers, customers and competitors, as well as macro factors like economic, social, political, technological and legal conditions. Key internal factors are the business's objectives, management, resources and culture. The document provides an overview of how businesses must assess their environment to develop effective strategies.
This document provides an overview of Bajaj Auto Ltd, an Indian motorcycle and auto manufacturer. It discusses Bajaj's history beginning in 1945, products including motorcycles, scooters, and commercial vehicles. Financial data on sales and income are presented from 2005-2010. The management structure, vision, and social responsibility efforts are described. A SWOT analysis identifies strengths in R&D, distribution and performance products, while weaknesses include lack of brand recognition globally. Opportunities exist in emerging markets and new vehicle segments, while threats include low-cost competition.
This document provides a summary of a project report on principles of management. It includes an introduction, objective, organisation details, analysis section, and conclusion. The objective was to see if principles of management taught in books are applied in practice. A metal company was studied through questionnaires. The analysis found some principles like equity and stability were not fully followed, while others like subordination of interests and initiative were. The conclusion was the study supported the hypothesis that following principles leads to better management.
This document discusses induction lighting, which uses magnetic fields rather than electrodes to excite gases and produce light. Some key benefits include a 100,000 hour lifespan, high efficiency of 85+ lumens per watt, instant on capability, and minimal maintenance costs due to the long lifespan. Induction lighting can be controlled through wireless remote controls, wired systems, or motion sensors. Retrofit kits are also available to convert existing fixtures to induction.
This document provides information on induction lighting from Innovative Induction Lighting. It discusses the basic technology of induction lamps, how they work, and their benefits compared to other lighting types. Induction lamps have a very long lifespan of 100,000 hours and provide energy efficient, high quality light. The document promotes induction lighting as having the lowest total cost of ownership due to reduced energy and maintenance costs over the lifetime of the fixtures. It also provides details on retrofit kits that allow upgrading existing fixtures to induction lighting.
UV Curing System - Technodigm InnovationHung Nguyen
Technodigm UV equipment ranges from UV curing flood lamps, spot curing lamps to UV conveyors can be integrated into existing manufacturing assembly lines or used as stand-alone, bench-top curing systems and can be used with various kinds of UV adhesives and UV coatings.
The Merilas 532nm short pulse is a powerful green laser system designed to treat retinal disorders. Meridian’s short pulse technology delivers a tissue-sparing solution that allows the tissue to cool between laser pulses. This minimises or prevents tissue damage, reducing treatment risks. Patient comfort and safety is improved as no tissue damages or scars occur.
"Finally, the Perfect Lighting Solutions."
The SmarT-Bay from Stonco & ExceLine is the first intelligently designed linear fluorescent highbay luminaire engineered specifically for use with occupancy sensors.
SmarT-Bay overcomes the problem of premature lamp failure due to frequent uncontrolled switching when used
with occupancy sensors. It carries a One Source, One Solution, One Warranty promise providing you with 36 months of total protection from one manufacturer.
1. A spectrophotometer measures the amount of light absorbed by a sample as a function of wavelength. It was invented in 1940 and works based on Beer's law which relates absorbance to analyte concentration, path length, and absorptivity.
2. It consists of a light source, wavelength selector such as a monochromator containing a grating or prism, sample container, detector, and display. Common light sources are tungsten lamps and deuterium arc lamps. Samples are held in plastic, glass, or quartz cuvettes.
3. Spectrophotometers can be single beam, double beam, or split beam. Double beam spectrophotometers compare sample and reference
The document provides information about Litro Lighting, a wireless lighting technology introduced by Nikola Tesla in the 1800s. Litro lighting uses induction to transmit energy via magnetic fields, unlike fluorescent lights which use electrodes that degrade over time. Litro lights have a long lifespan of 100,000 hours and provide energy savings, maintenance savings, high light output, and improved lighting quality compared to traditional lighting systems. Specific Litro lighting product models are also described.
Optical spectroscopy instruments are constructed from components including a radiant energy source, wavelength selector, sample containers, radiation detector, and signal processor. Spectrometers employ various sources such as tungsten filament lamps, hydrogen/deuterium lamps, and lasers. Wavelength selection is performed using filters or monochromators containing prisms or diffraction gratings. Radiation is detected using phototubes, photomultiplier tubes, or silicon photodiodes. Instruments can be single beam, double beam in space, or double beam in time. Molecular absorption spectroscopy utilizes these components to study electronic and vibrational transitions using UV-Vis light.
The document outlines 7 management principles: 1) Customer Focus, 2) Leadership, 3) Engagement of People, 4) Process Approach, 5) Improvement, 6) Evidence-Based Decision Making, and 7) Relationship Management. For each principle, it provides a definition, some key benefits, and possible actions organizations can take to implement that principle. It also includes an introduction about the author's background and qualifications.
Environmental Analysis-Philips
Starting up with the Introduction what company is all about,you can also get to know its History and Vision-Mission targeted.
& then divided further into Internal Environment & External Environment.
Hope so you guys find the Presentation productive.
Best Wishes,Sejal Gaikwad ;)
Christian Merz Osram Initiatives In Developing Countries Sep09CSCP
OSRAM developed strategic initiatives to address sustainability and access to lighting in developing countries. These included supporting extended producer responsibility globally, partnering with UNEP on a market transformation project, utilizing CDM mechanisms under the Kyoto Protocol to fund LED distribution projects in India, and piloting an off-grid lighting project in Africa that provides affordable LED lanterns and batteries through solar-powered "energy hubs". The initiatives aim to reduce energy usage, CO2 emissions, and costs while improving access to efficient lighting for more people worldwide.
Havells India Ltd is an electrical equipment manufacturing company founded in 1958 in Delhi, India. It has a presence across 5 continents and 50 countries with 94 branches and over 8,000 professionals. Havells is headquartered in Noida, India and was started by former schoolteacher Qimat Rai Gupta with $200 in capital. Today, Havells has a wide product range including switchgears, cables, lighting, and electrical appliances. It owns the Sylvania brand acquired in 2007 and has manufacturing units in India and 18 plants globally. Havells promotes its brand through cricket sponsorships and has over 8,000 employees across its global operations.
Bajaj Electricals Ltd is part of the Bajaj Group founded by Jamnalal Bajaj. The company manufactures and sells home appliances and luminaires. Shekhar Bajaj is the current Chairman and MD who aims to motivate employees and drive organizational performance. Bajaj Electricals is targeting revenues of Rs. 1,500 crore by 2009-10, with the engineering business expected to be the biggest contributor. The company is also exploring a licensing agreement for its luminaires business to gain access to newer technologies.
Founder - Jamnalal Bajaj
Year of Establishment -1926
Industry Automotive - Two & Three Wheelers Business
Group -The Bajaj Group
Listings & its codes BSE - Code: 500490; NSE - Code: BAJAJAUTO
Bajaj Electricals is a multi-year compounding stock trading at reasonable valuations. The document discusses Bajaj Electricals' business overview, investment rationale, and financials. It recommends buying Bajaj Electricals, with an accumulation range of Rs. 160-180. Bajaj Electricals has a market capitalization of Rs. 19.58 billion and is a leader in appliances and lighting with a diverse product portfolio and strong distribution network. The company has demonstrated healthy financial growth over 10 years and is well positioned to benefit from India's growing middle class.
This document summarizes a presentation about Bajaj Auto Ltd. It discusses the company's history, products, market segments, organizational structure, financial performance, and SWOT analysis. Bajaj Auto is a major Indian vehicle manufacturer known for scooters, motorcycles, and auto rickshaws. It is India's largest exporter of two and three-wheelers. While Bajaj enjoys strong financials and manufacturing capabilities, it could further develop new products, tap export markets, and target younger consumers to maintain growth.
Survey of 14 Principles Of Management followed by a company!Sejal Gaikwad
Basically,this Power Point Presentation is based on survey of a company as in do they follow 14 principles of management in their company!
*Content referred from other presentation*
This document defines and discusses key aspects of business environment. It begins by defining business environment as the relationship between a business and the surrounding factors that influence it, including political, economic, social and technological factors. It then discusses the internal and external components of business environment. The external environment includes micro environment factors like suppliers, customers and competitors, as well as macro factors like economic, social, political, technological and legal conditions. Key internal factors are the business's objectives, management, resources and culture. The document provides an overview of how businesses must assess their environment to develop effective strategies.
This document provides an overview of Bajaj Auto Ltd, an Indian motorcycle and auto manufacturer. It discusses Bajaj's history beginning in 1945, products including motorcycles, scooters, and commercial vehicles. Financial data on sales and income are presented from 2005-2010. The management structure, vision, and social responsibility efforts are described. A SWOT analysis identifies strengths in R&D, distribution and performance products, while weaknesses include lack of brand recognition globally. Opportunities exist in emerging markets and new vehicle segments, while threats include low-cost competition.
This document provides a summary of a project report on principles of management. It includes an introduction, objective, organisation details, analysis section, and conclusion. The objective was to see if principles of management taught in books are applied in practice. A metal company was studied through questionnaires. The analysis found some principles like equity and stability were not fully followed, while others like subordination of interests and initiative were. The conclusion was the study supported the hypothesis that following principles leads to better management.
This document discusses induction lighting, which uses magnetic fields rather than electrodes to excite gases and produce light. Some key benefits include a 100,000 hour lifespan, high efficiency of 85+ lumens per watt, instant on capability, and minimal maintenance costs due to the long lifespan. Induction lighting can be controlled through wireless remote controls, wired systems, or motion sensors. Retrofit kits are also available to convert existing fixtures to induction.
This document provides information on induction lighting from Innovative Induction Lighting. It discusses the basic technology of induction lamps, how they work, and their benefits compared to other lighting types. Induction lamps have a very long lifespan of 100,000 hours and provide energy efficient, high quality light. The document promotes induction lighting as having the lowest total cost of ownership due to reduced energy and maintenance costs over the lifetime of the fixtures. It also provides details on retrofit kits that allow upgrading existing fixtures to induction lighting.
UV Curing System - Technodigm InnovationHung Nguyen
Technodigm UV equipment ranges from UV curing flood lamps, spot curing lamps to UV conveyors can be integrated into existing manufacturing assembly lines or used as stand-alone, bench-top curing systems and can be used with various kinds of UV adhesives and UV coatings.
The Merilas 532nm short pulse is a powerful green laser system designed to treat retinal disorders. Meridian’s short pulse technology delivers a tissue-sparing solution that allows the tissue to cool between laser pulses. This minimises or prevents tissue damage, reducing treatment risks. Patient comfort and safety is improved as no tissue damages or scars occur.
"Finally, the Perfect Lighting Solutions."
The SmarT-Bay from Stonco & ExceLine is the first intelligently designed linear fluorescent highbay luminaire engineered specifically for use with occupancy sensors.
SmarT-Bay overcomes the problem of premature lamp failure due to frequent uncontrolled switching when used
with occupancy sensors. It carries a One Source, One Solution, One Warranty promise providing you with 36 months of total protection from one manufacturer.
1. A spectrophotometer measures the amount of light absorbed by a sample as a function of wavelength. It was invented in 1940 and works based on Beer's law which relates absorbance to analyte concentration, path length, and absorptivity.
2. It consists of a light source, wavelength selector such as a monochromator containing a grating or prism, sample container, detector, and display. Common light sources are tungsten lamps and deuterium arc lamps. Samples are held in plastic, glass, or quartz cuvettes.
3. Spectrophotometers can be single beam, double beam, or split beam. Double beam spectrophotometers compare sample and reference
The document provides information about Litro Lighting, a wireless lighting technology introduced by Nikola Tesla in the 1800s. Litro lighting uses induction to transmit energy via magnetic fields, unlike fluorescent lights which use electrodes that degrade over time. Litro lights have a long lifespan of 100,000 hours and provide energy savings, maintenance savings, high light output, and improved lighting quality compared to traditional lighting systems. Specific Litro lighting product models are also described.
Optical spectroscopy instruments are constructed from components including a radiant energy source, wavelength selector, sample containers, radiation detector, and signal processor. Spectrometers employ various sources such as tungsten filament lamps, hydrogen/deuterium lamps, and lasers. Wavelength selection is performed using filters or monochromators containing prisms or diffraction gratings. Radiation is detected using phototubes, photomultiplier tubes, or silicon photodiodes. Instruments can be single beam, double beam in space, or double beam in time. Molecular absorption spectroscopy utilizes these components to study electronic and vibrational transitions using UV-Vis light.
Uv spectroscopy instrumentation, by dr. umesh kumar sharma & amp; shyma m sDr. UMESH KUMAR SHARMA
This document describes the instrumentation of UV-Visible spectroscopy. It discusses the key components of UV-Visible spectrophotometers including radiation sources such as tungsten lamps and deuterium lamps, wavelength selectors like monochromators and filters, sample containers, and detectors. It provides detailed diagrams of the internal components and systematic design of UV-Visible spectrophotometers. Various parts of the instrument like the radiation source, sample cell, and detector are explained.
This document discusses composite light curing units. It begins by introducing light activated resin systems and the advantages of light cure composites over self cure. It describes the components of light cure composites including camphorquinone and amine activators. The document then covers the characteristics of curing light, types of light curing units including quartz tungsten halogen, plasma arc, laser and LED lights. It discusses factors that influence polymerization such as exposure time, irradiance, and techniques like continuous and discontinuous curing.
This document defines key terms and concepts related to photodetection for optical fiber communications. It discusses how photodetectors convert received optical signals to electrical signals and lists requirements for high performance. The main device types - PN photodiodes, are described. PN photodiodes work by generating electron-hole pairs when photons are absorbed in the depletion region, producing a photocurrent. Factors that determine a photodiode's response include absorption coefficient, quantum efficiency, and responsivity which is directly related to quantum efficiency. Materials properties also impact wavelength detection range.
DTLe Panel Revie presentation-2018-03-28 NAVY Caderocknino marcantonio
(2) Magnetic Induction Lighting (MIL)
A Proven and Patented Ultra-Tech Technology
KEY POINTS
. Reduces energy consumption and costs by 50-70%
. Reduces GHG emissions associated with energy consumption
. Dramatically reduces maintenance costs associated with relaming due to an average
100,000 hour lifetime
. Eliminates landfill proliferation due to the long life span
. Eliminates hazardous mercury being added to our landfills by using 100% (solid)
recyclable mercury
. Positively impacts HVAC systems due to low heat output from the bulbs
. Allows for a healthier and more productive work environment - no flicker, no hum
Atomic emission spectroscopy is a standard method for metal analysis where a sample is vaporized to form free atoms that are excited to higher energy states. When the atoms return to lower states, they emit photons of radiation. Modern instruments use non-combustion plasma sources like inductively coupled plasma. An atomic emission spectrometer consists of a sample atomizer, monochromator, and detector. The sample is vaporized and excited, then the emitted light is dispersed and measured to identify elemental composition. Atomic emission spectroscopy is used for applications like pharmaceutical and metals analysis, and determining mineral composition in materials.
This document discusses light curing units used in dentistry to polymerize resin-based composites. It describes the advantages of light curing over self-curing composites. The key components of light curing units and different types are outlined, including quartz tungsten halogen, plasma arc, laser and LED lights. Factors that influence curing such as distance, exposure time, techniques and temperature rise are summarized. General considerations for use and maintenance of light curing units are also provided.
This document provides information about the FOX 810 nm dental laser system and its applications. It can be used for endodontics, periodontics, surgical procedures like frenectomy and gingivectomy, and therapeutic applications such as low-level laser therapy. The laser has adjustable pulse widths and intervals, integrated batteries, and comes with fiber optic tips and handpieces for different procedures. It also describes using the dye EmunDo for photothermal therapy in periodontics, which accumulates at inflamed areas and bacteria but washes out easily after treatment.
Shruti Verma discusses the components and operation of a spectrophotometer. The key components are a light source, wavelength selectors like filters or monochromators, sample cuvettes, and detectors. It works by measuring the transmittance or absorbance of a sample as a function of wavelength. Common applications are structure elucidation of organic compounds, quantitative analysis, and detection of impurities.
What our laboratory introduces today is a 1550nm 10kW nanosecond pulse fiber laser.
First, let's take a look at the wavelength characteristics of the 1550nm nanosecond fiber laser. 1550nm is located in the infrared spectrum range and belongs to near-infrared light. Laser of this wavelength shows excellent transmission performance in optical communications, which can effectively reduce fiber loss and improve communication efficiency. At the same time, in the fields of medical treatment and material processing, the 1550nm laser has strong penetration and can achieve precise treatment of deep tissues and fine processing of high-hardness materials.
This document discusses various types of lighting sources including their working principles, advantages, disadvantages and comparison. It covers incandescent lamps, fluorescent lamps, mercury vapor lamps, CFLs, LEDs and OLEDs. It also discusses illumination requirements, types of electric lamps, energy management and its principles. The key aspects covered are the construction, working and properties of different artificial light sources as well as factors affecting illumination levels.
The document provides information about Turolight Inc. lighting fixtures that use induction lamp technology. The fixtures are environmentally friendly, energy efficient, and virtually maintenance free. They can replace various lighting technologies such as T8, T5, metal halide, and sodium bulbs. The fixtures have warranties for lamps/ballasts of 5 years and fixtures of 1 year. Technical specifications and ordering codes are provided for several fixture models.
The document provides an overview of the lighting products offered by Miser Lighting in their November 2008 catalog. It lists 14 different series of lighting fixtures including highbay, surface mounted, shoebox, cobra-head roadway, ceiling mounted garage, flood, wallpack, and sealed industrial/recreation series. For each series, it provides the model, type, wattage options, and typical applications. A full catalog with specifications for all products is available on Miser Lighting's website.
Global Induction Lighting is committed to using next generation lighting technology to achieve energy savings, reduce environmental impact, and improve quality of light while enabling sustainable growth. Their induction lamps can reduce energy consumption by 50-70% compared to traditional lighting, lower greenhouse gas emissions, and have a very long lifetime of over 100,000 hours which reduces maintenance costs and landfill waste. The lighting products are designed for both interior and exterior commercial and industrial applications.
Green & Clean Energy Co. was founded in 2006 to bring sustainable energy products to market. They develop and distribute practical products that are economically and environmentally beneficial through ongoing research. Green & Clean intends to continue innovating in areas like wind, power management, and LED lighting to remain a leader in sustainable solutions internationally.
This document provides information about HighMax highbay fixtures and retrofit kits from MaxLite that are suitable for warehouses, gymnasiums, and recreation rooms. The fixtures and retrofit kits can accommodate 150W or 200W HighMax lamps. The fixtures come with hooks and cords and range in diameter from 16.5 to 21 inches. Optional accessories include cone lenses and wire guards.
This document summarizes the benefits of Infinity's induction lighting fixtures for signs and roadways. [1] Their induction lamps last up to 100,000 hours, significantly longer than other lighting technologies, reducing maintenance costs. [2] The fixtures withstand a wide range of temperatures and are rated for wet locations. [3] They provide high quality, color-corrected light output and have instant restrike, improving safety.
This document provides specifications for the RM851 Series high abuse recessed fixture for grid ceilings. It can be used with compact fluorescent or induction lamps. The fixture has a heavy gauge steel or aluminum housing, specular aluminum reflector, and prismatic tempered glass lens. It is UL listed and suitable for damp locations. Induction lamp options provide long life, energy efficiency, and instant on/off capabilities making it suitable for applications like parking garages, gymnasiums, and industrial facilities.
The COBRA HEAD is a high-pressure die cast aluminum lighting fixture designed for outdoor use. It features an aluminum reflector, clear tempered glass lens, and optional twist-lock photocell. The fixture uses BCN-PLI 85W-100W induction lamps with a lifetime of 100,000 hours and color temperature of 5000K. A high frequency generator powers the lamps with high power factor and flicker-free constant output. The COBRA HEAD is suitable for use in locations like freeways, highways, parking lots and public entrances between ambient temperatures of -20°C to 40°C.
This document provides information on electrodeless induction lamps. It explains that induction lamps operate without electrodes, enhancing lamp life compared to conventional fluorescent lamps. The document discusses the working principle of induction lamps and their advantages, such as extremely long life, high efficiency, and instant starting without flickering. It also notes that the lack of electrodes allows induction lamps to achieve lifespans of up to 60,000 hours. Tables compare induction lamps to other light sources and provide specifications for various induction lamp models.
The document lists prices for various induction lighting fixtures, lamps, and ballasts from the website GetGreenLighting.com. It provides the fixture or lamp type, available wattages, and cost for numerous aluminum high bay fixtures from 100W to 250W ranging from $245 to $320. It also lists prices for acrylic high bay, garage canopy, shoe box, wall pack, and cobra head fixtures. Round and rectangle induction lamps and ballasts are listed from 40W to 250W costing between $110 and $310. Standard 6 and 10 foot twist lock power cords in 120V, 250V and 277V configurations are $7.50 to $8.50.
This document provides specifications for the EverLast® Induction Lighting ECH-EC-250W fixture. It has a wattage of 250W, a lamp life rating of 100,000 hours, and a ballast life rating of 60,000 hours. Additional details include a CRI of 90, IP54 rating, and excellent vibration and shock resistance. The fixture is suitable for applications like freeway, highway, and parking lot lighting. It has a 5-year warranty on lamps and ballasts and a 10-year warranty on fixtures.
This document discusses induction lighting and energy systems. It presents induction lighting as a 3-legged stool approach that provides benefits for the lighting environment, energy savings, and operational savings. Induction lights have an ultra-long life compared to other light sources like HPS and metal halide. Case studies show induction lighting installations in freezers, underpasses, docks, soffits, and parking lots. The document also presents energy systems for areas like pick modules, conveyors, and distribution centers that provide additional energy savings.
This document provides specifications for the LIBERTY SERIES high bay industrial fixture. The fixture is designed for high ceiling applications requiring efficient downlight and horizontal illumination with glare control. It features a 100,000 hour system life, maintenance-free operation, energy savings of up to 58% compared to standard HID fixtures, and induction lamps that provide 90% lumen maintenance at 70,000 hours. The ordering guide provides options for lamp wattage, color temperature, voltage, dome style, and accessories. Photometry data is also included.
More from XIAMEN XING HENGLONG LIGHTING TECHNOLOGY CO., LTD. (20)
2. OSRAM ENDURA® –
the high-performance
electrodeless lighting system
with a 60,000 hour life
• Extremely long lamp life Unique operating principle
of 60,000 hours for unique avantages
• High luminous flux
In contrast to conventional
• Instant flicker-free start
fluorescent lamps, the dis-
• High luminous efficacy:
charge needed to generate
> 80 lm/W
light in the OSRAM ENDURA®
• Excellent quality of light:
lamp does not take place
colour rendering Ra > 80
between two electrodes but
• High luminous flux over a
without electrodes in a closed
wide range of temperatures
“ring” with no starting point
thanks to amalgam
and no end point. The energy
technology
is “injected” via ferrite rings
• Low operating frequency:
from outside using magnetic
250 kHz
fields (induction principle).
• Ideal for low-profile
The lamp therefore has no
luminaires
parts that can wear out and
• Low loss of luminous flux
lasts so long that it may
• Reliable ignition at
never need changing.
temperatures down to
– 40 ºC, depending on ECG
• DC operation
Ferrite Magnetic field Phosphor UV radiation
possible
• Lamp and ECG
may be separated
up to 20 m, depen-
ding on ECG
Coil Electron Mercury atom
Light
Principle of OSRAM ENDURA®
Phospor Light UV radiation
Electrode Electron Mercuryatom
Principle of a conventional fluorescent lamp
Light on schedule.
With their extremely long life
and high luminous efficacy,
ENDURA® lamps provide reliable and
comfortable lighting in the under-
ground station at Madrid airport.
3. Extremely long life and Reliable long-life light
high luminous efficacy with impressive comfort
OSRAM ENDURA® has an Because it uses electronic
extremely long life of 60,000 control gear, the ENDURA®
hours. This is four to five times enjoys the benefits normally
the normal service life of a associated with
conventional fluorescent lamp. QUICKTRONIC®/LUMILUX®
fluorescent lamps, such as
The ENDURA® system
instant flicker-free starting
comprises an electrodeless
and pleasant flicker-free light.
fluorescent lamp and elec-
tronic control gear, achieving Its extremely long life makes
luminous flux values that no it perfect for all applications
Guarantee Level 2 fluorescent lamp has ever in which relamping can only
OSRAM System Guarantee achieved before. be done at enormous cost or
The luminous efficacy of the where safety is of paramount
There is a 5-year guarantee on ENDURA® is comparable to importance. The low overall
the complete ENDURA® system that of fluorescent lamps. height of the OSRAM ENDURA®
(QUICKTRONIC® ENDURA electronic means it can be used in
control gear and ENDURA® lamp). low-profile luminaires.
For the System Guarantee, the
lighting system must be registered
with OSRAM on the internet at
www.osram.com/system-guarantee.
Here you will also find further
information and conditions relating
to Guarantee Level 2.
Ideal for tunnel lighting.
Safe driving from start to finish with
bright flicker-free light and extremely
long relamping intervals.
4. Technical data
Dimensions in mm
h
a
l
h
l
b
b
1 l 2
z Printed on paper treated with chlorine-free bleach.
ENDURA®
Type Product No. Rated Colour Colour rendering Luminous Length Width Height Fig.
(EAN) Wattage index (CRI) flux l b h no.
ENDURA 70 W/830 4050300817293 72 W LUMILUX Warm White Ra ≥ 80 6500 lm 315 mm 139 mm 75 mm 1
ENDURA 70 W/840 4050300817286 72 W LUMILUX Cool White Ra ≥ 80 6500 lm 315 mm 139 mm 75 mm 1
ENDURA 100 W/830 4050300668420 100 W LUMILUX Warm White Ra ≥ 80 8000 lm 315 mm 139 mm 75 mm 1
ENDURA 100 W/840 4050300668437 100 W LUMILUX Cool White Ra ≥ 80 8000 lm 315 mm 139 mm 75 mm 1
ENDURA 150 W/830 4050300668444 150 W LUMILUX Warm White Ra ≥ 80 12000 lm 415 mm 139 mm 75 mm 1
ENDURA 150 W/840 4050300668451 150 W LUMILUX Cool White Ra ≥ 80 12000 lm 415 mm 139 mm 75 mm 1
QUICKTRONIC® for OSRAM ENDURA®
Type Product No. Lamp Permissible Mains Mains Power System Luminous
Subject to change without notice. Errors and omissions excepted.
(EAN) voltage frequency current at factor wattage flux
fluctuations 230/240 V λ
QT ENDURA 70-100/120-240 S 4050300804668 70 W 108 V to 264 V approx. 250 kHz 0,34 A > 0,9c 81 W 6500 lm
100 W 108 V to 264 V approx. 250 kHz 0,46 A > 0,9c 104 W 8000 lm
QT ENDURA 100-150/120-240 S 4050300662589 100 W 108 V to 264 V approx. 250 kHz 0,62 A > 0,9c 146 W 11000 lm
150 W 108 V to 264 V approx. 250 kHz 0,69 A > 0,9c 153 W 12000 lm
Type Temperature Lenght Width Height Distance Max. distance Weight Fig. no.
range l b h between between
holes a Lamp/ECG
QT ENDURA 70-100/120-240 S – 20°C to + 50°C 181 mm 100 mm 43 mm 170 mm in preparation 70 W 950 g 2
QT ENDURA 70-100/120-240 S – 40°C to + 50°C 181 mm 100 mm 43 mm 170 mm in preparation 100 W 950 g 2
QT ENDURA 100-150/120-240 S – 40°C to + 50°C 181 mm 100 mm 43 mm 170 mm 20 m (100 W) 1140 g 2
QT ENDURA 100-150/120-240 S – 40°C to + 50°C 181 mm 100 mm 43 mm 170 mm 20 m (150 W) 1140 g 2
Amalgam technology makes a high luminous flux over a wide range The lifetime of the OSRAM ENDURA® system is determined
of temperatures possible: > 90 % at amalgam temperatures from 55°C to 125°C primarily by the ECG lifetime, which is 60,000 hours with
a failure rate of 10% when operated at the maximum
temperature permitted at the measuring point on the ECG
110 housing. If the temperature is under the maximum permitted,
102 W003 GB 07/05 Co OSRAM CS CC
105 the lifetime increases.
Relative luminous flux (%)
100
95
90
85 ENDURA®
80 (with amalgam)
75
70
65
60
55
50
30 40 50 60 70 80 90 100 110 120 130 140 150
Amalgam temperature (°C)
www.osram.com