JW-TBQ-UVH(LC23) Handheld UV Irradiance Meter is a portable ultraviolet radiation measurement device designed for fast and accurate UV intensity monitoring. It connects directly to a smartphone app for real-time display, data storage, location tagging and one-click export, making it ideal for environmental monitoring, UV disinfection evaluation, outdoor worker safety, scientific research and UV protection product testing.
2. Product Overview
JW-TBQ-UVH(LC23) Handheld UV Irradiance Meter is a compact and easy-to-use ultraviolet radiation measurement instrument designed for fast field monitoring of UV intensity. It is suitable for measuring UV irradiance in outdoor environments, laboratory testing, UV disinfection evaluation, occupational health protection and UV protection product performance verification.
Unlike traditional UV meters that require a separate handheld host or external recorder, this device connects directly to a smartphone through a dedicated mobile app. Users can view real-time UV data, store measurement records, export reports and associate monitoring data with location information, making field measurement more efficient and easier to manage.
With a spectral range of 280 to 400 nm, fast response, high sensitivity and app-based operation, this portable UV irradiance meter provides a practical solution for professionals who need reliable ultraviolet radiation data in different working environments.
Parameter
Specification
Model No.
JW-TBQ-UVH(LC23)
Product Type
Handheld UV Irradiance Meter
Measurement Object
Ultraviolet Irradiance
Spectral Range
280 to 400 nm
Sensitivity
<100 μV per W/m²
Response Time
≤10 seconds
Internal Resistance
10 to 30 Ω
Operating Temperature
-40°C to 80°C
Measurement Accuracy
≤5%
Annual Stability
≤±2%
Data Display
Smartphone App
Data Storage
Mobile Phone Storage
Data Export
One Click Export
Location Information
Supported through App
Power Design
Phone Powered Operation
Application Mode
Portable Field Measurement
3. Output and Communication
The handheld UV irradiance meter connects directly to a smartphone through a cable interface. The dedicated mobile app provides real-time measurement display, data storage, one-click export, data sharing and location association.
This design eliminates the need for a traditional handheld data logger, improves portability and allows users to manage UV irradiance data more efficiently during field testing.
4. Application Scenarios
UV Radiation Safety Monitoring: The handheld UV irradiance meter helps users measure ultraviolet radiation intensity in outdoor workplaces, public areas and inspection sites. It supports safety evaluation for UV exposure and helps reduce risks caused by excessive ultraviolet radiation.
UV Disinfection Effect Evaluation: The device can be used to check UV radiation intensity in UV disinfection systems, helping users evaluate whether UV lamps or disinfection equipment provide sufficient radiation output.
Environmental Monitoring: For environmental monitoring projects, this portable UV meter provides convenient ultraviolet radiation data collection in field stations, mobile monitoring campaigns and outdoor inspection tasks.
Meteorological Observation: The instrument can be used as a portable UV radiation measurement tool for meteorological field observation and solar radiation studies.
Scientific Research: Universities, laboratories and research institutes can use this UV irradiance meter for experiments related to solar radiation, ultraviolet exposure, material aging and environmental studies.
Agriculture and Ecology: The product can support crop light environment analysis, ecological monitoring and agricultural UV exposure research.
UV Protection Product Testing: It can be used to test or compare the performance of UV protective materials, coatings, films, outdoor products and personal protection solutions.
Marine and Transportation Applications: The portable design makes it suitable for UV radiation inspection in maritime environments, roadside environmental testing and mobile monitoring projects.
FAQ
Q
1. What does a handheld UV irradiance meter measure?
A
A handheld UV irradiance meter measures ultraviolet radiation intensity. It is commonly used for UV exposure monitoring, environmental testing, UV disinfection evaluation and research applications.
Q
2. What is the spectral range of this UV irradiance meter?
A
The spectral range is 280 to 400 nm, covering the main ultraviolet radiation range required for many UV monitoring and testing applications.
Q
3. How is this product different from a traditional UV meter?
A
Traditional UV meters often require a separate handheld host or recorder. This product connects directly to a smartphone app, making the system more portable and easier to use for field data recording and export.
Q
4. Can JW-IoT provide this handheld UV irradiance meter for environmental monitoring projects?
A
Yes. JW-IoT can provide handheld UV irradiance meters for environmental monitoring, UV exposure assessment and field inspection projects.
Q
5. Is this UV irradiance meter suitable for UV disinfection evaluation?
A
Yes. It can be used to measure UV radiation intensity and help evaluate whether UV disinfection equipment provides sufficient UV output.
Q
6. Does the product require an external power supply?
A
No external power supply is required for normal use. The device is designed to work with a smartphone connection, making it convenient for portable field operation.
Q
7. Can measurement data be exported from the app?
A
Yes. The mobile app supports one-click data export, allowing users to share, analyze and archive UV measurement records more efficiently.
Q
8. Does JW-IoT support OEM or private label cooperation for this UV meter?
A
Yes. JW-IoT can discuss OEM supply, private label cooperation and project-based customization according to customer requirements.
Q
9. Can the app record location information?
A
Yes. The app can associate measurement data with location information, helping users manage field records by site and measurement time.
Q
10. What industries can use this handheld UV irradiance meter?
A
It can be used in environmental monitoring, meteorology, solar energy, UV disinfection, medical protection, outdoor worker safety, agriculture, marine monitoring, transportation and scientific research.
Q
11. Can JW-IoT integrate this UV irradiance meter into a broader monitoring solution?
A
Yes. JW-IoT can help customers combine this product with environmental monitoring systems, solar radiation monitoring projects or customized field testing solutions.
Q
12. Why choose a mobile app UV irradiance meter?
A
A mobile app UV irradiance meter offers easier data viewing, larger storage capacity, faster export, location-linked records and a more lightweight field measurement workflow than traditional handheld instruments.