Infrared high and low temperature test chamber

    The Xuchang Infrared Technology Research Institute Co., Ltd. is located at the Yongxing East Road, New Technology Development Zone of Xuchang, Henan (Zhongyuan Electrical Valley), with its predecessor being the Xuchang Infrared Technology Research Institute. It is one of the influential infrared heating research institutions in China. Infrared High and Low Temperature Test Chamber:Reliability tests for industrial products under high and low temperatures. Applicable to components and materials of related products in electronics, electrical engineering, automotive and motorcycle, aerospace, shipping, colleges and universities, scientific research institutions, etc., under high and low temperatures.(AC)Under cyclic variations, inspect its various performance indicators. High and low temperature test chambers are designed to simulate the temperature change patterns in the atmosphere. Primarily aimed at electrical engineers, electronic products, and their components as well as other materials, these chambers are used for testing their adaptability under combined high and low temperature environments during transportation and use. They are utilized in product design, improvement, certification, and inspection processes. The temperature fluctuation index, also known as temperature stability, refers to the difference between the highest and lowest temperatures in the working space after the temperature is stabilized, over any given time interval. There is a slight distinction here."Work space"Not at all"Studio"Is approximately the studio removing the lengths of each edge from the container wall1/10A space of the product. This indicator assesses the product's control technology. The temperature range refers to the tolerance of the product's working environment.(Or)AttainablejTemperature limited. Typically implies the concept of controlling a constant state, should be capable of stable operation for a relatively long period.jValue. General temperature range includes:jLimited to high temperature andjLimited to low temperatures. General standard requirements for indicators are:≤1℃Or±0.5℃Temperature uniformity, referred to as gradient in the new standard, is the difference in the average temperature between any two points in the work space over any given time interval after the temperature has stabilized. This metric is a better indicator of a product's core technology than the temperature deviation metric below, hence many companies deliberately conceal this aspect in their samples and proposals. The general standard requires this indicator to be≤2℃Temperature Deviation Once the temperature stabilizes, at any time interval, the working spacezThe difference between the average temperature of the heart and the average temperature of other points within the workspace. Although the old and new standards define and name this indicator in the same way, the testing methods have changed; the new standard is more practical and slightly stricter, but with a shorter assessment period. The general standard requires the indicator to be±2℃Pure high-temperature test chamber200℃Above can be adjusted according to the actual operating temperature in Celsius(℃)±2%Requirements. Infrared high and low temperature test chambers can be classified into alternating tests and constant temperature tests according to the testing methods and industry standards. Both testing methods are upgrades and expansions based on the infrared high and low temperature test chamber. An alternating test chamber refers to a chamber that can set the required high temperature, low temperature, and the duration of the temperature in the instrument parameters all at once. The test chamber will follow the set program. The infrared high and low temperature test chamber maintains a fixed temperature to make the test results more similar to natural climate conditions, simulating more severe natural climates, thereby enhancing the reliability of the tested samples. The main difference between the infrared high and low temperature test chamber and the alternating test chamber lies in the control and refrigeration parts. The control part of the infrared high and low temperature test chamber is mainly controlled by a digital display instrument, while the alternating test chamber is controlled by a programmable controller. Digital display instruments are generally manually controlled and can execute commands usually on a single occasion. The programmable controller, on the other hand, is fully automatic, allowing pre-setting of parameters and the number of tests, then working according to the set program. The refrigeration part of the infrared high and low temperature test chamber is relatively simple, needing only to maintain a constant temperature. The alternating test chamber, however, requires calculating a certain amount of cooling capacity to output different amounts of cooling at different temperature points to achieve alternation. Their cabinet structures are basically the same, and technical parameters are identical. Xuchang Infrared Institute will continue to maintain research and development of infrared radiation heating technology to improve safety.qEfficiency, reliability, and system lifespan, providing for you,zPure infrared heating technology solutions.