Product Description
Products parameter:
| Temperature control range | 20 ~ 93 C; Resolution: 0.1 C |
| Humidity control range | a,Light cycle: 10 ~ 85RH%; Resolution: 0.1RH% b,Dark cycle: 30 ~ 100RH%; Resolution: 0.1RH% |
| Standard blackboard thermometer | 35 ~ 125 C; Resolution: 0.1 C |
| Blackboard thermometer (optional) | 35 ~ 120 C; Resolution: 0.1 C |
| Test time control range | 10000h |
| Irradiance control range | 0.6~3.08W/m2@420nm; (300-400nm) |
| Accuracy | 0.02W/m2@420nm; |
| Xenon arc lamp rated power | 6kW |
| Sample clip distribution diameter | 550mm |
| The size and number of specimen holders can be loaded | 33 national standard, 20 American standard |
| Timing of each sample holder | 10000h |
| Light cycle | 1000h |
| Spraying cycle | 1000h |
| Dimensions | 1200 900 1800mm |
| Weight | 350kg |
| Power source | AC380V 50Hz 10kW. |
The core function of xenon lamp aging test chamber
one
Simulate solar spectrum
Using a xenon lamp light source, covering ultraviolet (UV), visible light, and infrared (IR), the spectral distribution closest to natural sunlight.
Wavelength range: 290nm~3000nm, adjustable irradiation intensity (e.g. 0.5~1.5 W/m @ 340nm).
two
Environmental parameter control
Temperature range:- 20 C to+100 C (some models support higher temperatures).
Humidity range: 10%~98% RH.
Spray function: Simulate rainwater erosion (optional).
three
Test standard compatibility
Compliant with international and industry standards such as ASTM G155, ISO 4892, SAE J2527, GB/T 16422, etc.
Selection guide for xenon lamp aging test chamber
1. Select by application scenario
Basic type: suitable for conventional material aging testing (such as plastics, coatings).
High irradiance type: Accelerated testing (such as photovoltaic modules, automotive exterior).
Multi functional type: integrated temperature/humidity/spray/dark cycle (such as textiles, rubber).
2. Key parameter reference
Xenon lamp power: commonly 1.8kW, 3kW, 6kW, the higher the power, the higher the irradiation intensity.
Sample capacity: Select the volume according to the testing requirements (such as 50L, 150L, 500L).
Control system: touch screen operation, data recording, remote monitoring (intelligent and more efficient).
Advanced Weathering SimulationEquipped to replicate real-world sunlight and climatic conditions, the chamber simulates UV and xenon arc exposure with adjustable irradiance from 0.35 to 1.35 W/m2. Users can program cycles for rain, light, darkness, and condensation, ensuring comprehensive material testing for longevity and performance.
Superior User Control and SafetyThe test chamber employs a programmable microcomputer system, complete with a digital LCD/TFT touchscreen interface, enabling effortless adjustment and monitoring of test parameters. Integrated safety features-such as over-temperature, leakage, and water shortage protection-ensure reliable and worry-free operation throughout prolonged test cycles.
Versatility and ComplianceDesigned to test up to 32 specimens of standard size (75mm x 150mm) within an 80 L capacity, the chamber adheres to leading international test standards (ISO, ASTM, DIN, JIS). Its robust build, efficient air cooling, and precise measurement capabilities make it a staple in both industrial and laboratory settings.
FAQ's of xenon aging test chamber manufacturers:
Q: How does the xenon aging test chamber simulate different environmental conditions?
A: The chamber uses a 1.8 kW air-cooled xenon lamp and a programmable spray system to replicate sunlight, rain, darkness, and condensation cycles. By controlling irradiance (0.35~1.35 W/m2), temperature (ambient to 80C), and humidity (30%~98% RH), it closely mimics real-world weathering for accurate material testing.
Q: What specimen sizes and quantities can the chamber accommodate?
A: The chamber can hold up to 32 specimens, each with a standard size of 75mm x 150mm, ensuring efficient and simultaneous testing of multiple materials within its 80-liter test capacity.
Q: When should I use programmable cycles in the xenon test chamber?
A: Programmable cycles should be used when you need to simulate specific weathering conditions required by international standards or when comparing material performance under varied environments, such as alternating rain, sunlight, condensation, and darkness.
Q: Where is this chamber applicable, and who typically uses it?
A: This equipment finds applications in both laboratories and industrial settings for testing materials, coatings, and textiles. It is commonly utilized by manufacturers, exporters, and suppliers, especially for ensuring compliance with ISO, ASTM, DIN, and JIS standards.
Q: What safety features are integrated in the chamber design?
A: Safety is prioritized with built-in leakage breakers, over-temperature protection, and water shortage safeguards, keeping both users and specimens protected during automated, extended test cycles.
Q: How does the programmable microcomputer enhance test operation?
A: The microcomputer system provides precise control over testing parameters, including time (0~999 hours), temperature, humidity, and cycle programming. The digital LCD/TFT interface allows for intuitive monitoring, adjustment, and data export via RS232/USB interfaces.
Q: What are the key benefits of using this xenon aging test chamber?
A: Beyond compliance with global standards, this chamber offers high accuracy (0.5C), rapid response (5 seconds), easy automation, and energy efficiency. Its robust construction and versatile programming ensure reliable results and extended equipment lifespan.