PRODUCTS

Compliance with Industry Standards:

The chambers are fully compliant with international testing standards, including IEC 61215, IEC 61646, UL 1703, and other similar methodologies for PV module reliability testing.

Thermal Cycling Test:

Designed for 50 and 200 thermal cycles, ranging from -40°C to +85°C, simulating rapid temperature changes to test material expansion, contraction, and durability under extreme temperature variations.

Humidity Freeze Test:

10 cycles of testing at +85°C & 85% RH, followed by rapid cooling to -40°C, replicating real-world scenarios like rapid cooling after high humidity and temperature exposure, ensuring modules can withstand freezing and thawing stress.

Damp Heat Test:

A comprehensive 1000-hour test at 85°C & 85% RH, simulating prolonged exposure to high heat and humidity, a key requirement for ensuring long-term reliability in harsh environments.

Customizable Chamber Sizes:

Available in a variety of sizes to accommodate different panel dimensions, ensuring flexibility for both R&D and large-scale production testing.

Precise Control and Monitoring:

Advanced control systems ensure precise regulation of temperature, humidity, and pressure, with real-time data logging capabilities for thorough analysis and reporting.

Durable Construction:

Chambers are constructed using high-quality materials, designed to withstand frequent testing cycles while maintaining consistent performance.

Why Choose Our Test Chambers?

Industry Standard Compliance: Our chambers meet all key PV testing standards, ensuring your products are certified to the highest industry requirements.

Robust Design: Built to handle continuous operation in demanding environments, offering reliability for extended testing protocols.

Custom Solutions: We offer a range of standard and custom chamber sizes to meet your specific testing requirements.

contact@aslitesting.com