Brand: Xinyichen
Model: XYC-TG01
Application Fields: Photovoltaic, optical lenses, construction materials
Product Overview
The Floating Platform Glass Transmittance Testing System is a full-wavelength, 0-degree angle absolute transmittance meter. It boasts excellent measurement speed and accuracy, capable of rapidly and precisely determining the absolute transmittance of various flat optical components. Additionally, the tester is suitable for real-time online detection, ensuring comprehensive control over product quality.
This tester is not only suitable for common optical components like prisms, coated mirrors, and glued lenses, but also for testing special optical elements such as parallel plates, solar films, and filters. Its wide applicability makes it an indispensable measuring tool for numerous photovoltaic enterprises.
In the core components of the instrument, we utilize spectrometers from the renowned brand Ocean Optics, ensuring the device's stability and measurement accuracy.
After years of continuous optimization and improvement, this testing instrument has been widely adopted by leading companies in the industry, with cumulative sales exceeding 50 units.
With exceptional performance and consistent reliability, our glass transmittance tester has earned unanimous praise and high acclaim from our clients. We are committed to continuous innovation and optimization of our products, providing our customers with more precise and efficient measurement solutions.
Product Features
●The instrument features an automatic calibration function, utilizing advanced dynamic automatic calibration methods to ensure stable and reliable measurement data, providing users with precise and trustworthy results.
●Effectively resists environmental light interference, maintaining stable measurement performance even under complex lighting conditions.
● Capable of continuous operation for extended periods, meeting users' long-term measurement needs.
The system features self-diagnostic capabilities, which immediately trigger an alarm and record fault information upon detecting hardware issues, facilitating prompt troubleshooting for users.
The instrument's main unit is connected to the computer's main unit via an Ethernet cable, facilitating data communication and transmission over Ethernet, ensuring efficient and stable data transfer.
The test system boasts excellent scalability, allowing for flexible configuration and upgrades to meet evolving measurement requirements.
● Built-in Light Source Lifespan Management: Set the lifespan of halogen and LED lights. The software will pop up a reminder when the bulb lifespan is due. After replacing the bulb, reset the bulb usage hours.
System Function Introduction
Measure the spectral transmittance ratio of glass, calculate color parameters such as TAM1.5, Y, x, y; and L*, a*, b* color differences.
2. Output results include transmission ratios for continuous spectral range from 380nm to 1100nm, sunlight (AM1.5) and photovoltaic efficiency integral transmission ratios, visible light spectral transmission ratios, and L*a*b* color coordinates.
3. The system features both manual and automatic measurement modes. In manual mode, the measurement status of each measurement point can be controlled on the computer. After the glass is placed, pressing the measurement button will measure the spectral transmission ratio at that point; in automatic measurement mode, the probe measures several points on the glass according to pre-set parameters.
4. Display spectral curves and target curves, capable of overlaying the curves and calculating the difference, with the ability to set tolerance bands.
5. Display historical trend curves for color parameters, and set tolerances and alarm bands.
6. Display a list of historical data for color parameters and their deviations.
7. All measurement data is saved in a database format, allowing for database query operations. Data can be exported to software like EXCEL for further processing, and can store any number of standard curves.
8. Data can be easily backed up manually to prevent accidental loss.
9. Print color parameter trend data lists, print spectral data and curves, print screen images, and print vertical monitoring data curve distribution charts.
10. All measurement control operations in the system can be completed on the main control computer (some functions can be controlled by buttons).
11. Main Software Interface
Technical Specifications
