The accurate measurement of light intensity distribution is crucial in the development and quality assurance of lighting products. The LISUN LSG-6000 LM-79 Moving Detector Goniophotometer (Mirror Type C) is an advanced light intensity meter designed to assess the 3D light intensity distribution curves of various light sources. This paper provides a detailed analysis of the goniophotometer’s appl...
Introduction LED light testers are crucial in evaluating the performance and quality of LED products. Among these testers, the LISUN LM-79 Moving Detector Goniophotometer stands out due to its advanced capabilities. This article explores the working principles, key features, and applications of LED light testers, particularly focusing on the LISUN LM-79 model. LM-79 Moving Detector Goniophotometer...
Luminous intensity is a critical photometric quantity in lighting technology, representing the amount of light emitted by a source in a particular direction, measured in candelas (cd). As the lighting industry continues to evolve, precise measurement of luminous intensity is essential for developing high-performance lighting products. The LISUN LSG-6000 LM-79 Moving Detector Goniophotometer is a s...
Distributed photometers are essential measurement devices used to test the photometric performance of lighting fixtures. They are categorized into vertical and horizontal types and are capable of measuring parameters such as spatial light intensity distribution, total luminous flux, and luminaire efficiency. The system comprises precision turntables and control systems, spectral analysis systems, ...
Photometric Testing is an important step in ensuring the intensity and distribution uniformity of street lights. The luminance measurement is a commonly used testing instrument that can measure the photometric distribution of street lights and provide accurate data analysis. This article will discuss the methods and steps of using a luminance measurement for Photometric Testing, as well as some c...
Road lighting testing is an important step in ensuring the intensity and distribution uniformity of street lights. The Type-C goniophotometer is a commonly used testing instrument that can measure the photometric distribution of street lights and provide accurate data analysis. This article will discuss the methods and steps of using a Type-C goniophotometer for road lighting testing, as well as s...
Illumination is one of the most important factors impacting human visual perception. The photometric performance of lighting fixtures and the luminous flux of LED fixtures are vital indicators for assessing the quality and performance of the fixtures. This article explores the importance of Type C Goniophotometer for photometry of lighting fixtures and luminous flux testing of LED fixtures, as w...
LED, as a new type of lighting source, has many advantages such as high efficiency, energy-saving, and long lifespan, gradually replacing traditional lighting sources. However, how can we ensure the light quality and efficiency of LED lights when purchasing them? This requires LED distribution testing and glare rating testing. This article will explore the application of LM-79 Type C Goniophotomet...
Introduction: Airfield safety and efficiency rely heavily on well-lit runways and taxiways. To ensure that pilots have the best possible vision during takeoff, landing, and taxiing, it is crucial to characterize aviation lighting systems accurately and precisely in accordance with regulatory criteria. Airports and aviation authorities may verify compliance with safety regulations and improve the ...
What is Calibration Certificate? The calibration certificate provides valuable information on the quality and measurement accuracy of equipment. Calibration is the process used to maintain the accuracy of measuring device. This involves comparing the device to a known reference that is highly accurate in relation to the device being calibrated. What is the Information in Calibration Certificate In...
In photometry, the measurement of the power of light is carried out using two different instruments: a goniophotometer and an integrating sphere. Both have their own salient features which make them appropriate for different types of flux testing and measurement. Although they are used for the same purpose i.e. optical power measurement, they have different characteristics and principles. While it...
Household power supply specifications will vary by region, but generally speaking, voltage values are usually between 100V and 240V, while the most common frequency values are 50Hz and 60Hz. Factories using polyphase power will have more differentiated power supplies with higher voltages and more specialized plugs and sockets for larger equipment, but will still use the general power supplies show...
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