I. Basic Principles of Xenon Arc Lamp Artificial Climate Aging Test Chamber

The xenon arc lamp artificial climate aging test chamber uses a full-spectrum simulated xenon lamp to reproduce the destructive light waves present in different environments, providing corresponding environmental simulation and accelerated testing for scientific research, product development, and quality control. It primarily employs a xenon arc lamp as the light source to simulate ultraviolet, visible, and infrared light in the solar spectrum, accelerating the aging process of products in natural environments. By controlling parameters such as light intensity, temperature, and humidity, this test chamber can simulate various climatic conditions to evaluate the durability and performance of products under different environmental conditions.

II. Core Technical Indicators of Xenon Arc Lamp Artificial Climate Aging Test Chamber

- Temperature range: Varies by manufacturer, e.g., RT+10°C - 80°C (some are 0°C - 80°C).

- Humidity range: Adjustable from 0 - 9999 minutes (adjustable), 0 - 240 minutes (interval adjustable), humidity deviation around ±3%RH, humidity range 20% - 95%RH, etc.

- Irradiation intensity: For example, 0.1 - 0.7W/㎡ (at 340nm), irradiation intensity ranging from 300 - 800W/m2. Some devices are equipped with multiple xenon lamps, with power such as 1800W per lamp, and are accompanied by light monitoring feedback sensors.

- Spectral wavelength: Generally around 280nm - 800nm.

- Black panel temperature: 45 - 85°C (±2.0°C), etc. For specifics, please contact a sales representative.

III. Functional Modes of Xenon Arc Lamp Artificial Climate Aging Test Chamber

It should include irradiation mode, dark mode, spray mode, etc., and be capable of alternating cycles. It should also support automatic control of the operation process, program regulation, touch screen display, and other functions.

IV. Scope of Application

Suitable for plastics, rubber, paints, coatings, inks, paper, pharmaceuticals, food, cosmetics, textiles, automotive parts, packaging materials, building materials, electronic and electrical products, etc.

V. Structural Composition

- Light source section: Includes xenon lamps, such as some devices equipped with 6 xenon lamps at 1800W each.

- Test chamber: Provides the space for the testing environment.

- Rotating shaft and sample holder: The rotating shaft is pivoted in the test chamber, and the sample holder is used to place the test samples. The rotating shaft has a hollow structure to facilitate signal transmission, etc.

- Temperature sensor: Detects temperature signals.

- Drive mechanism and control system: The control system includes a microcomputer and digital power supply. The microcomputer receives and processes signals from various sensors, and the digital power supply provides appropriate power to the xenon lamps based on the digital signals from the microcomputer.