Model No. |
PGS150A |
PGS200B |
UV Intensity@380mm |
8000µW/cm2 |
4000µW/cm2 |
UV Beam Size@380mm |
Φ170mm |
Φ250mm |
UV Wavelength |
365nm |
|
Power Supply |
100-240VAC Adapter / Li-ion Battery |
|
Weight |
About 600g(Without Battery) / About 750g(With Battery) |
Looking for additional technical specifications? Contact with our technical experts.
In the aerospace manufacturing industry, non-destructive testing (NDT) is critical to ensuring the integrity and safety of components. Traditional methods often rely on fluorescent penetrant and magnetic particle inspection, which can be time consuming and not always provide reliable results. However, the advent of UV LED lamps has significantly improved the reliability and efficiency of these NDT processes.
UV LED lamps provide a consistent and powerful source of UV-A light, which is essential for activating fluorescent dyes used in penetrant and magnetic particle inspection. Unlike conventional UV lamps, LED technology offers longer life and greater energy efficiency, reducing operating costs and downtime associated with frequent lamp replacement. The uniformity of the light emitted by LED lamps ensures that inspectors can easily detect even the smallest defects, such as micro-cracks or voids, which could compromise the structural integrity of aerospace components. This increased visibility not only improves the accuracy of inspections, but also speeds up the overall inspection process, allowing manufacturers to maintain high production rates without sacrificing quality.
UVET has introduced the PGS150A and PGS200B portable UV LED lamps for fluorescent NDT applications, including liquid penetrant and magnetic particle inspection. They provide both high intensity and large beam area, making it easier for inspectors to detect flaws. They are designed to provide optimal performance in a variety of inspection environments, ensuring that aerospace manufacturers can rely on them for accurate and efficient inspections.
What's more, the integrated filters of these UV inspection lamps minimize visible light emissions. This is critical to improving inspection reliability as it allows inspectors to focus solely on the fluorescent indicators without the distraction of ambient light. The result is a more accurate and effective inspection process, leading to higher quality assurance in aerospace manufacturing.