Integrating Sphere | Goniophotometer | Surge Generator | ESD Simulator - LISUN

Yes, depending on the relevant standards and regulations, electrostatic discharge (ESD) testing using an ESD gun may be required to be performed on LED flood lights in order to ensure compliance. Testing for electrostatic discharge (ESD) is done to ensure that electrical and electronic products are resilient and safe against the effects of electrostatic discharge, which can result in the destruction of electronic components or even the total failure of the device if it is not properly protected. The IEC 61000-4-2 standard offers rules for performing ESD testing on electrical and electronic equipment, such as LED flood lights. These guidelines may be found in the standard. This standard specifies the testing methodologies and performance criteria for measuring the susceptibility of electrical and electronic devices to electrostatic discharge (ESD), and it is extensively used as a reference for ESD testing in markets all over the world. Therefore, in order to guarantee conformity wit

The capacity of LED flood lights to tolerate electrical disturbances, such as those caused by lightning strikes or the switching of power supply sources, is evaluated using a process called surge immunity testing. The steps involved in conducting a surge immunity test on an LED flood light are outlined in the following broad outline: Getting the LED flood light ready involves making certain that it is in excellent operating condition and that it is connected to the power source in the correct manner. Connect the LED flood light to the surge generator by using appropriate test leads to make the connection between the LED flood light and the surge generator. Activate the surge generator by using the controls on the surge generator to program the required surge characteristics. These parameters include surge voltage, surge current, and surge duration. The rules and regulations that the LED flood light has to comply with will determine the particular specifications that must be satisfie

Large LED flood lights are no match for the LISUN integrating sphere's ability to do comprehensive quality assurance testing on them. In order to determine the total luminous flux that the LED flood light produces, the integrating sphere must first collect all of the light that it generates and then determine its mean value (lumen output). It is common practice to coat the inside surface of the spherical with a material that is highly reflecting. This coating serves to prevent measurement errors that are produced by variances in the direction in which the light is emitted, therefore it not only adds to the even distribution of light inside the sphere, but it also helps to make the sphere more opaque. After the light has been amassed, it is directed in the direction of a photometer or spectrometer, which analyzes the light by determining its intensity as well as the dispersion of its wavelengths. Because of this, it is possible to calculate a variety of various optical character