UV Light Meter Radiometer With UVCLED probe For Testing 240nm-320nm LED Light
I.LS125 and UVCLED-X0 Probe Introduction
The LS125 UV light meter with UVCLED-X0 probe.Its main function is data display. The probe's spectral response range is 240nm-320nm, suitable for intensity and energy detection of 260nm-285nm high power LED germicidal lamp, such as 275nm, 285nm LED light source.
II.LS125 UV Light Meter Parameters
Parameters |
LS125 UV Light Meter |
Weight |
About 194g |
Dimension |
148mm × 76mm × 26mm (L*W*H) |
Display |
240*160 dot matrix LCD |
Power supply |
4 AAA alkaline batteries(not included) |
Probe connection |
Push pull (Snap-in style),Aviation socket |
III.UVCLED-X0 Probe Parameters
Parameters |
UVCLED-X0 Probe |
Spectral response |
240nm-320nm, suitable for testing 260nm-285nm |
Power measuring range |
0 - 200000μW / cm² |
Resolution |
0.1μW / cm² |
Energy measuring range |
0-9999999μJ/cm² |
Record time |
0-99999s |
Measuring accuracy |
±10% |
Sampling speed |
6 times/second |
Optional unit |
μW / cm² (default),mW / cm², W / m² |
Test Hole Diameter |
¢=10mm |
Probe size |
Diameter 46mm × thickness 16.5mm |
Packing box dimension |
24 * 6 * 5 cm (L * W * H) |
IV.UVCLED-X0 Probe Characteristics
1. Wide spectral response, suitable for intensity and energy detection of 240nm-320nm high-power LED germicidal lamps. The most common LED light sources are 275nm and 285nm.
2. Large-scale measurement, the maximum power can be measured to 200,000 μW / cm².
3. Adopting advanced digital probe technology, all data collection and processing are completed inside the probe. Data transmission through digital signals with stronger anti-interference ability can ensure more stable test data.
4. The LS125 UV radiometer + UVCLED-X0 probe has rich statistical functions, real-time power value, maximum value, minimum value, average value, measurement time and energy value are displayed at the same time.
5.Three measurement units can be switched, namelyμW/cm², mW / cm², W / m². Data conversion between different units does not require manual calculation.