Overview
The LS126C UV Irradiometer is a professional measuring instrument of the LINSHANG brand, dedicated to short-wave sterilizing UV intensity measurement. The instrument uses a special UVC Probe with a correction filter, which can accurately measure the UV intensity at 254nm wavelength, with a range of 0-8000 uW/cm ². It is suitable for monitoring the UV disinfection effect in medical institutions and other places.
Features
1. Suitable for short wave sterilizing ultraviolet intensity measurement
2.254Nm wavelength ultraviolet measurement
3. Dedicated UVC Probe with correction filters to eliminate the effects of UVA and UVB
4. MAX Maximum and real-time values for data memory and viewing
5. High resolution 0.1 uW/cm ²
6. Portable design, weight only about 250 grams
Principle
The LS126C UV Irradiometer receives UV radiation through a dedicated UVC Probe, which has a built-in correction filter that effectively eliminates the effects of UVA and UVB bands. It only measures UV in the 230nm-280nm band, with a central Response wavelength of 254nm. The instrument converts the received UV signal into an electrical signal, which is processed to display real-time irradiance values, and can record and view MAX Maximum.
Applications
Ultraviolet disinfection monitoring in medical institutions, sterilizing effect verification, ultraviolet lamp intensity detection
Standards
WS/T 367-2012 "Technical Specifications for Disinfection of Medical Institutions"
Steps
1. Place the instrument in a central position 1 meter below the UV lamp
2. Power on the instrument
3. Read real-time irradiance values
4. View logged MAX Maximum data
5. Determine whether the lamp is qualified according to the standard (the new lamp > 90uW/cm ² is qualified, and the lamp < 70uW/cm ² in use is unqualified)
Notice
• When measuring, make sure that the instrument is located at the center of 1 meter below the lamp tube
• Check whether the battery is sufficient before use
• Avoid Contamination or Damage to Probes
• Take precautions during measurement to avoid direct UV exposure to skin and eyes
Periodically calibrated to ensure measurement accuracy
