Climate Environment Simulation Test

Introduction:

The process of exposing products to specific climatic environments to determine the impact of these environments on them, including natural environmental testing and laboratory environmental testing. Climate environmental testing involves exposing products to specific climatic conditions to determine their effects, encompassing both natural environmental tests and laboratory environmental tests.

Purpose:

It examines the product's adaptability to the environment, determining whether the product meets the environmental requirements of its intended location of use, and it spans the entire product lifecycle. Conducting environmental tests to evaluate products and expose issues in design and manufacturing quality is a highly effective measure to enhance reliability. Climate environmental testing includes high-temperature tests, low-temperature tests, rapid temperature change tests, temperature shock tests, constant temperature and humidity tests, temperature and humidity cycle tests, salt spray tests, waterproof and dustproof tests, UV aging tests, and xenon lamp aging tests.

Equipment Parameters:

Laboratory Dimensions: 25m×15m×8m(L×W×H)

Temperature Range: -40℃~70℃, Uniformity ≦2℃

Humidity Range: 30%RH~98%RH, Control Accuracy ≦±5%RH

Rainfall: 0~50mm/h, Rainfall Area 300m², Raindrop Diameter 0.5~4.5mm

Icing: 0~5mm/h, Icing Area 300m²

Wind Speed: 0.5~12m/s, Blowing Area 6m²

Fog: Water Content 0~3g/m², Visibility 10m~2000m

Sunlight Simulation: Full Spectrum Intensity 1000w/m², Area 90m²

Infrared Intensity: 500w/m², Area 80m²