Linshang LS123 Portable UV Power Meter Radiation Intensity Measurement Device Test Ultraviolet Irradiance Radiance Density

Description

Linshang LS123 Portable UV Power Meter Radiation Intensity Measurement Device Test

Ultraviolet Irradiance Radiance Density

I．UV Power Meter Introduction

Linshang LS123 portable UV power meter, also known as UV lamp intensity meter. This is an instrument with a wide spectrum receiving range. It is mainly used for measuring the UV rejection rate of materials. It is suitable for displaying the UV rejection performance of materials such as explosion-proof films, solar films and insulating glass. The ultraviolet power meter is also used for the measurement of radiated energy power density measurement, that is, radiant energy power per square meter, in microwatts per square centimeter uW / cm2. The detector is located at the front of the instrument and is easy to use.

II．UV Power Meter Parameters
LS123 ultraviolet power meter function display
Power range

0-40000 μW / cm²

Measurement accuracy

± 10

Ultraviolet rejection rate

-999-100

Spectral response

260nm-380nm, λp=365nm

Photosensitive aperture

10mm

Dimension

125mm × 69mm × 24.5mm L x W x H

Weight

about 140 g including battery

Working temperature

-20 ° C-+ 70 ° C

Power supply

AAA alkaline dry batteries

LS123 UV lamp intensity meter appearance
III．UV Power Meter Characteristics

1. The LS123 UV power meter is suitable for testing the ultraviolet rejection performance of explosion-proof films, automotive insulation films, solar films and insulating glass. 

2. It can be used to measure the radiation intensity ultraviolet power density of ultraviolet light sources sunlight, ultraviolet flashlight, etc..

LS123 ultraviolet power meter measure light intensity

3. The ultraviolet power meter has a fast measurement speed which can automatically convert the ultraviolet rejection rate of the material. The rejection rate will be displayed on the interface directly for easy reading.

LS123 ultraviolet power meter measure rejection rate

4. The UV lamp intensity meter has wide spectral response which can test the ultraviolet intensity from 260nm-380nm wavelength.

LS123 ultraviolet power meter spectral response curve
IV．UV Power Meter Operation Video

V．UV Power Meter Packing Details
No.

Description

Quantity

Unit

LS123 UV Power  Meter

pcs

AAA battery

pcs

User Manual

pcs

Certificate / warranty card

pcs

Packing box dimension21 x 13 x 6 cm（L x W x H）

pcs

LS123 UV power meter package
VI. UV Power Meter After-Sales Service

The meter has one-year warranty. If the instrument works abnormally, please send the whole instrument to our company for maintenance

Provide users with spare parts and lifelong maintenance services

Provide the users with the meter inspection service 

Free technical support for long term

Manufacturer: Shenzhen Linshang Technology Co.,Ltd.

For more information about the window film transmission meter selection, please click on the article below for details

VII. FAQ about LS123 UV Power Meter
1. Can LS123 measure UVA curing lamps?

LS123 UV power meter is mainly used to test the radiation intensity of UV light sources such as sunlight and low-intensity flashlights.

It can't be used to measure UV lamps in professional industries such as UV curing, sterilization, PCB exposure, etc. The range, accuracy and spectral response range of the instrument are not suitable.

2. The difference between LS123 UV power meter and window film transmission meter

LS123 UV power meter can test the power irradiation intensity of UV rays, as well as the UV rejection rate of solar film, glass and other materials.

The UV response band of LS123 is 260-400nm and the peak value is 365nnm. The UV rejection rate calculated by the LS123 UV power meter is the UV rejection rate in this response wavelength range; while the window film transmission meter tests the UV rejection rate at 365nm, so the test data of the two instruments are different. The difference is related to the sensitivity of window film transmittance to wavelength changes.