L944-QUV265-3

Applications

The L944-QUV265-3 is widely used in automotive manufacturing for testing exterior materials under simulated sunlight conditions. It is also utilized in electronics manufacturing to ensure that components can withstand UV exposure without degradation. In the aerospace industry, it helps in assessing the durability of aircraft paint and coatings.

Key Advantages

1. The L944-QUV265-3 offers a high UV intensity of up to 265 W/m2, which simulates intense sunlight exposure effectively.

2. Its unique architecture includes a multi-angle light source configuration that mimics natural sunlight more accurately than single-angle lamps.

3. The device achieves power efficiency of less than 0.5 kWh per hour, making it energy-efficient compared to traditional UV testers.

4. It is certified to meet ISO 18186 standards, ensuring its reliability and accuracy in UV aging tests.

Frequently Asked Questions

Q1: Can the L944-QUV265-3 be used for testing materials at temperatures below room temperature?

A1: Yes, the L944-QUV265-3 operates within a temperature range of -20¡ãC to +70¡ãC, allowing for low-temperature testing.

Q2: Is the L944-QUV265-3 compatible with all types of electronic components?

A2: The L944-QUV265-3 is designed to be compatible with most electronic components, but specific precautions should be taken for sensitive components like microchips and circuit boards.

Q3: How does the L944-QUV265-3 handle different material thicknesses during testing?

A3: The L944-QUV265-3 has adjustable sample holders that allow for testing samples of varying thicknesses from 0.1 mm to 10 mm.

Other people’s search terms

– Automotive UV testing equipment
– Electronic component durability test
– Aerospace material aging simulation
– Energy-efficient UV tester
– ISO 18186 compliant UV aging machine