Environmental Chamber | Climatic Chamber | Thermal Chamber | Salt Fog Chamber - LISUN

The IP code, which stands for "International Protection Marking," is a test that determines the level of protection provided by electrical equipment, such as LED outdoor lighting, against dust, moisture, and other environmental factors. This test is used to evaluate the degree of protection provided by LED outdoor lighting. The level of protection against dust and solid particles is represented by the first digit of the IP code, and the level of protection against moisture and liquids is represented by the second digit of the IP code. The IP code is a two-digit code that is used to rate the level of protection provided by electrical equipment. The IP code test for LED outdoor luminaires requires the following stages to be followed in order to be performed successfully: Prepare the environment for testing: The test should be conducted in a dustproof test chamber that is designed to imitate the circumstances of the environment in which the LED outdoor luminaires are intend

An evaluation known as a dustproof test is carried out on electronic devices in order to determine the level of protection they provide against dust and other types of solid particles. The test is carried out in a test chamber that is protected from dust and that recreates the circumstances of the setting in which the equipment is intended to be used. The following is a list of the general stages required in carrying out a test to determine whether or not something is dustproof: In order to prepare the test environment, the dustproof test chamber has to be thoroughly cleaned and devoid of any dust or other particles. During the course of the test, the dust that is being utilized have to be suitable for the atmosphere that is going to be replicated, and there ought to be circulation inside the testing chamber. Prepare the test samples: Before being put in the dustproof test chamber, the equipment that is going to be evaluated should be well cleaned and free of any dust or debris. Car

The IEC 60529 Glow Wire Tester is used in the process of determining whether or not a piece of electrical or electronic equipment poses a risk of starting a fire. The goal of the test is to imitate real-life settings in which a product may catch fire and to identify the behavior of the product when it is subjected to heat and ignition sources. In addition, the test will determine whether or not the product will catch fire. When using an IEC 60529 Glow Wire Tester, the following procedures are recommended to be carried out: Obtain the test specimen and attach it to the tester in a manner that replicates the circumstances that would be present during actual use. This completes the preparation phase. Make it a point to check that the tester has been calibrated and that the test circumstances have been set up in accordance with the applicable IEC 60529 standard. Ignition of the Glow Wire The wire is heated by an electrical current until it reaches the temperature that is set, at which p

The IPX6 IP code is a rating system that is used to measure the amount of protection given against the entry of water in devices that are electronic and electrical. The fact that the device has been given an IPX6 classification suggests that it can withstand powerful jets of water coming from any direction. The IPX6 waterproof test is meant to examine the product's capacity to survive large sprays of water and determine whether or not it is completely waterproof. The test is carried out by subjecting the product to a certain amount of water pressure and flow rate for a predetermined amount of time. The product must be able to endure large sprays of water without allowing any water to enter the device's inside in order to be considered water resistant. The standard IEC 60529 developed by the International Electrotechnical Commission (IEC) outlines the particular parameters that must be met in order to pass the IPX6 waterproof test. These requirements include the water flow

The IP67 IP code test is intended to determine the degree of protection afforded to electronic and electrical equipment against the intrusion of water. The fact that the device has been given an IP67 classification suggests that it can withstand being submerged in water up to a depth of one meter. A number of different pieces of apparatus are needed in order to carry out an IP67 test. These are the following: Waterproof Container: A watertight container that is both big enough to hold the product and is capable of holding enough water to completely immerse the product. Water Bath: A water bath that is capable of holding the watertight container and may be filled with water to a certain level is referred to as a water bath. A device that is used to measure the flow rate of water that is utilized in the test is called a water flow meter. A gadget known as a pressure gauge, it is used for the purpose of measuring the water pressure that is present throughout the test. A timer is a ga