SLight lamp panel accurately simulates the AM1.5G solar spectrum within the range of 350~750 nm, with a fitting accuracy of ±10% at 50 nm, far exceeding the A-level standard for solar simulators, and an output energy greater than 250 mW/cm2.
Additionally, the SLight lamp panel is equipped with a wireless communication module, allowing it to connect to the PL-IOT IoT device management system. Through IoT operations, it enables remote control for outputting monochromatic light or combinations of multiple wavelengths.
● Spectral flexibility for tunable spectrum output;
● IoT connectivity for data storage and method invocation;
● Equipped with a WIFI module for remote control. Besides AM1.5G, it can achieve free combinations of various wavelengths;
▲ Highly Suitable ● Moderately Suitable ○ Can Be Used
▲ Perform photochemical experiments simulating the solar spectrum in conjunction with the PCX50C Multi-Channel Photochemical Reaction System;
▲ Photocatalytic quantum efficiency
● Spectral Range: AM 1.5G-UV Wavelength: 360~760 nm; AM 1.5G-V Wavelength: 400-760 nm;
● Maximum Power per LED Module: ≥18 W;
● LED Constant Current Source Driver Circuit Resolution: 1 mA, Absolute Accuracy: ±2 mA;
● AM 1.5G Fitting Accuracy: Spectrum matching better than A-level, ±10% at 50 nm intervals;
● WIFI connectivity to the internet for remote control.
