What Is LM 79 Testing lab and Need & Methods of LM Testing

LED-based solid-state lighting (SSL) products offer many advantages over incandescent lamps, but they present unique challenges for performance measurements. LM-79 was developed by the Illuminating Engineering Society (IES) to standardize the photometric and electrical measurements of LED-based SSL products and is the benchmark test for lighting manufacturers and numerous qualification programs. KC India testing laboratory is ISO accredited by A2LA for LM-79 luminous flux (lumen) and color measurements. KC India is also a Design Lights Consortium (DLC) approved LM-79 testing laboratory for lamps and luminaires. Quick Lumen and Color Testing for Small and Large Luminaires 2-meter integrating sphere system equipped with high-precision spectro radiometer and integrated power management Up to 52" wide LED luminaires in 4pi configuration with omni-directional standard lamp Up to 24" wide LED luminaires in 2pi configuration with special forward flux standard lamp TM-

  Best LM 79 Testing Labs all NABL and BIS Approved lab As the expansion of LED Testing technology continues to fatten and enlarge, the need for compatible and standardized testing procedures for LED has become more ubiquitous than ever. So, IESNA has come with LM 79   Testing Approved Method to measure the electrical, photometric and colorimetric parameters of SSL Products like luminaries, lamps, tube lights, bulbs, flood light, street light, down light, panel light and all types of LED , OLED products. LM Testing Labs 1. Electrical parameters - Current, Voltage, Power Factor, Frequency 2. Photometric parameter- Luminous flux, Efficiency, Light intensity distribution in candela) 3. Colorimetric parameters - CCT, CRI, X Y coordinates LM 79 testing Labs will be performed by recognized Laboratories and the reports issued from such labs are relevant. All NABL and BIS Approved lab for can perform LM 79 testing. The Equipment that is required for LM 79 Testing the INTEGRATING

V ibration testing Lab is accomplished by introducing a forcing function into a structure, usually with some type of shaker. Alternately, a DUT (device under test) is attached to the "table" of a shaker. Vibration testing Labs is performed to examine the response of a device under test (DUT) to a defined vibration environment. The measured response may be ability to function in the vibration environment, fatigue life, resonant frequencies or squeak and rattle sound output (NVH). Squeak and rattle testing is performed with a special type of quiet shaker that produces very low sound levels while under operation. For relatively low frequency forcing (typically less than 100 Hz), servo hydraulic (electro hydraulic) shakers are used. For higher frequencies (typically 5 Hz to 2000 Hz), electrodynamics shakers are used. Vibration Testing laboratory Vibration Testing Lab and Its Process Vibration testing is the process of evaluating the performance or degradation of a product,

 What is Vibration Testing? Vibration testing is the application of mechanical motion to a component, product, system or structure in order to observe its response or degradation over time. Although there is overlap between the two definitions, vibration testing is distinguished from Mechanical Shock Testing by being applied for a longer period of time, ranging from a few minutes to many weeks. Mechanical shock tests have typical durations of less than one second per shock, although multiple shocks over longer time periods are commonly performed. How is Vibration Testing done? The simplest vibration testing procedure, sine vibration testing uses a single sinusoidal tone following simple harmonic motion input to the test specimen. This sinusoidal tone can be swept across the test frequency range, or it can be fixed on a single frequency, depending on the requirement. From validating product design and establishing operational limits to qualifying equipment per customer or ind

Ingress Protection testing  (IP) Testing Labs Ingress Protection testing , or IP testing ,  determines a product's susceptibility to solid particle ingress (sand or dust) as well as water ingress . The value of trusting Element with your Ingress Protection (IP) testing is clear. What Is IP Testing? Ingress Protection testing, or IP testing , tests a product's ability to protect against “ingress,” that is, the infiltration of water, dust and foreign objects. Some of the standards related to IP testing are MIL-STD-810 (Military), RTCA/DO-160 (Radio Technical Commission for Aeronautics), and IEC 60529 (International Electro technical Commission). IP Testing Lab What Are Issues With Ingress Protection Testing? There are several issues that arise with IPTesting Lab . One is that ingress protection testing requires a rigorous facility and thorough performance. Another issue is that the manufacturer must have a good understanding of the level of ingress protection that's r

Ingress Protection testing (IP) Testing Labs   Ingress Protection testing , or IP testing Lab , determines a product's susceptibility to solid particle ingress (sand or dust) as well as water ingress. The value of trusting Element with your Ingress Protection (IP) testing is clear. Working with our leading Engaged Experts and unrivaled portfolio of testing operations and capacities enables our clients to validate certainty in their products and confidence to go to market quickly and safely, working with a global single source partner. What is Ingress protection (IP)? Ingress protection ratings or IP ratings refer to the level of protection offered by an electrical enclosure, against solids and liquids. In an environment where dust or water could damage electronic components, a sealed enclosure is used to prevent such ingress and safe house the electronics. They are commonly used for applications which may be exposed to the elements, as well as dust or moisture. Typical i