

WAVELABS - Model SINUS-3000 PRO - LED Solar Simulator for Module Testing
The SINUS-3000 PRO by WAVELABS is a highly advanced tabletop LED solar simulator designed for precision module testing in production lines and reliability labs. It integrates multiple functionalities into a compact unit, including IV measurement, electroluminescence imaging, module insulation, and continuity testing. The simulator adopts industry-leading spectrum quality, attaining Class A+A+A+ criteria for spectral match, non-uniformity, and temporal stability, ensuring exceptionally accurate results. With an exposure time capability of up to 1000 ms, it allows testing of various high-efficiency technologies. The SINUS-3000 PRO's LED design offers enhanced spectral simulation, stability, and minimal operational costs due to the long lifespan of LEDs. Highly modular, it can be customized for both short and long-edge lead modules, adapting seamlessly into existing production lines or R&D environments. The optional features, such as a rapid electroluminescence imaging system and a high-speed contact-free pyrometer, further diversify its application spectrum.
Rapid production line module testing
The SINUS-3000 PRO is a tabletop LED solar simulator for module production lines and reliability labs.
Combining the options of IV measurement, EL imaging, module insulation and continuity testing in a small footprint, it offers significant space and labor savings advantages on the production floor.
An exposure time of up to 1000 ms gives a great versatility for measuring a variety of high efficiency technologies.
The LED Advantage
Industry leading spectrum quality and spectral match to AM1.5G
World-Class Light Engine
Class A+A+A+ (IEC 60904-9), for spectral match, non- uniformity and temporal stability
Industry-Grade Hardware
Low maintenance, reliable operation without the need for frequent calibration
All-in-One Characterization
Optional EL imaging, module insulation and continuity tests offer space and labor saving
Flash time of up to 1000 ms
for accurate determination of I-V characteristics of high efficiency modules
Modular configuration
Easy to integrate and to operate in existing production lines or customizable for R&D purposes: Sunny side down or up, long- or short-edge lead as required