LS126A UV Light Meter
Product Details:
- Usage Record energy and intensity value for UV light source
- Material Plastic
- Size 170x76x26mm
- Power Supply 4 AAA alkaline dry batteries
- Height 26 Millimeter (mm)
- Product Type UV Light Meter
- Power Consumption 3.7 Volt (V)
- Click to View more
LS126A UV Light Meter Price And Quantity
- 10 Unit
- 660.00 - 680.00 USD ($)/Set
LS126A UV Light Meter Product Specifications
- Record energy and intensity value for UV light source
- 3.7 Volt (V)
- 232 Grams (g)
- 0 - 20000 mW/cm²
- Digital Only
- 76 Millimeter (mm)
- UV Light Meter
- ±10 %
- 170x76x26mm
- 170 Millimeter (mm)
- 26 Millimeter (mm)
- Plastic
- Black
- 4 AAA alkaline dry batteries
LS126A UV Light Meter Trade Information
- Hong Kong
- 1000 Unit Per Month
- 10 Days
- Contact us for information regarding our sample policy
- LS126A UV light meter*1 AAA battery*4 User manual*1 Certificate/Warranty card*1 Packing box dimension 34*29*9 cm(L*W*H)*1
- Central America, North America, South America, Western Europe, Middle East, Eastern Europe, Asia, Australia, Africa
- All India
Product Description
The width of the probe is narrow, free from the limitations of measurement space
The probe adopts ultra-small size design, which can measure the narrowest width of 7.2 mm
High-speed acquisition
The probe collects data at a rate of 2048 times the second, enabling accurate calculation of UV energy
Data statistics function
The smart meter has intelligent data statistical function that is able to record the maximum, minimum, real-time and average power values of the UV energy and the cumulative energy value.
Wide spectral range
The spectral response of the instrument ranges from 340nm to 420nm. It is suitable for the detection of the intensity and energy value of LED light sources in narrow space of 365nm, 375nm, 385nm, 395nm, 405nm and other bands
Multiple measurement units available
There are three units to choose including milliwatts per square centimeter, watts per square centimeter and watts per square meter which meets different needs of users


