Standards:

The Ci5000 complies with an extensive set of international standards: AATCC TM16-1998. TM16-2004. TM169 ASTM C1442. D2565. D3424. D4303. D4355. D4459. D4798. D5071. D6551. D6695. D904. E1596. G151. G155 FLTM BI160-01 GME60292 GMW14162. GMW3414 ISO 105-B02. B04. B06. B10; ISO12040; ISO3917; ISO4892-1; ISO4892-2 JASO M346 MIL-STD810F 505.4. MIL-STD810G 505.5 PV 1303. PV 3929 SAE J2412. J2527 VDA 621-429. 621-430. 75202 VW PV 3930

Applications:

The Ci5000 Xenon Arc Weathering Test Chamber is designed for accelerated lightfastness and weathering evaluation across a wide range of materials, including:

Automotive interior and exterior materials testing

Plastics and polymer durability assessment

Paints, coatings, and inks lightfastness evaluation

Photovoltaic material exposure and performance testing

Packaging materials and printed media accelerated aging

Pigments, dyes, stabilizers, and additive performance under UV exposure

Research and quality control laboratories in materials science and product development

Product Information:

The New-Generation Ci5000 Xenon Arc Weathering Test Chamber is a high-precision, versatile xenon arc weathering system recognized by leading manufacturers in automotive, plastics, coatings, inks, packaging, photovoltaic materials, pigments, dyes, stabilizers, and additive industries. The Ci5000 provides accurate, reproducible, and repeatable results for predicting product lifespan under simulated solar exposure. Its advanced digital control and optical monitoring systems ensure reliable long-term testing. The Ci5000 series is certified by CE, UL, CSA, ISO, and EN standards, reflecting its global compliance and industry acceptance.

Parameters

Features

High-precision xenon arc illumination for accurate accelerated weathering

Digital control system supporting programmable irradiance, temperature, and humidity

Advanced optical monitoring for specimen-level radiation control

Wide compatibility with automotive, plastics, coatings, inks, and textile standards

Reproducible and repeatable test results for predicting product lifespan

Compliant with major international certifications including CE, UL, CSA, ISO, and EN

Supports both standardized and customized test programs

UV-protected observation window for safe monitoring

Integration with software for data acquisition, storage, and remote monitoring

Accessories

(1) Main test chamber unit

(2) Specimen holders and mounting kits

(3) Spray and humidification system

(4) Spare parts kit for routine maintenance

(5) Calibration devices for irradiance and temperature monitoring

(6) Software for test program control and data acquisition

Test Procedures

Install lamps, filters, and specimen racks according to test method specifications.

Mount test specimens securely to ensure uniform exposure.

Select preprogrammed standard tests or define custom programs including irradiance, BST, BPT, chamber temperature, and humidity.

Configure termination criteria based on exposure dose, light exposure time, or test duration.

Start the test and monitor real-time parameters via touchscreen control panel.

After completion, remove specimens for visual inspection, colorfastness evaluation, or further analysis.

Maintenance Information

Regular maintenance includes verification of lamp performance, calibration of irradiance and temperature sensors, and inspection of spray and humidification systems. Integrated diagnostics provide alerts for water levels, lamp usage, and system errors. Routine inspection ensures consistent test conditions and long-term reproducibility. Replacement of lamps and consumable filters should follow manufacturer guidelines to maintain accuracy and compliance.

FAQ

1. What industries benefit from the Ci5000 Xenon Arc Weathering Test Chamber?

The Ci5000 is widely used in automotive, plastics, coatings, inks, packaging, photovoltaics, pigments, dyes, stabilizers, and additive industries. It allows manufacturers to simulate long-term UV exposure in a controlled laboratory environment, providing reliable predictions of material lifespan and ensuring quality control across a wide range of products.

2. How does the Ci5000 ensure reproducibility and repeatability of results?

The Ci5000 integrates advanced digital control and optical monitoring systems to precisely regulate irradiance, black standard temperature, chamber air temperature, and humidity. This consistent environmental control ensures that every test can be repeated under identical conditions, producing reproducible results that are critical for predictive durability testing.

3. Which international standards does the Ci5000 comply with?

The Ci5000 meets major international standards, including AATCC TM16/TM169. ASTM D2565/D3424/D4303/D4355/D4459/D4798/D5071/D6551/D6695/D904. ISO 105-B02/B04/B06/B10. ISO 4892-1/2. JASO M346. SAE J2412/J2527. and VDA 621-429/430/75202. This broad compliance allows the device to be applied across diverse industries and test requirements.