Huicolor CL320 UV Meter
The Huicolor CL320 UV meter is an advanced handheld optical instrument, specifically designed to measure and analyze the intensity and wavelength of ultraviolet (UV) radiation. Equipped with modern spectrophotometric sensor technology, this device provides precise inspection and quality control solutions for industrial UV applications, ranging from UV curing of printing inks and adhesives to sterilization and UV-resistant material testing.
Design and Technology Overview
The Huicolor CL320 features an extremely compact, robust, ergonomic handheld design, optimized for portability and direct measurements on the factory floor or out in the field. The device comes equipped with a sharp color touchscreen that intuitively displays UV spectral charts and technical data in real time.
The outstanding advantage of this series is its intelligent sensor probe, which is capable of withstanding high thermal loads and intense radiation levels, ensuring long-term durability and absolute accuracy over extended periods of use.
Key Features & Benefits
The device integrates core UV spectral measurement technologies:
- Multi-Band UV Measurement: Allows simultaneous measurement or detailed isolation of different UV wavebands, including UVA (excitation, adhesive curing), UVB (medical treatment, weathering testing), and UVC (disinfection, sterilization).
- Comprehensive Spectral Analysis: Beyond measuring total intensity, the meter displays spectral energy distribution charts down to specific wavelengths (nm), enabling users to verify if the UV source emits the exact desired waveband.
- UV Energy Accumulation Measurement: The integrated measurement function calculates the total cumulative UV energy exposed per unit area (mJ/cm² or J/cm²) over a specific timeframe—a critical metric in industrial curing lines.
- Large Memory and PC Connectivity: Stores thousands of measurement data points directly on the device. Supports a USB connection port to export data to specialized software for in-depth analysis and quality report generation.
Technical Specifications
- Wavelength Range:
- UVA: 315~400nm (Calibrated at 365nm LED light source)
- UVB: 280~315nm (Calibrated at 295nm LED light source)
- UVC: 100~280nm (Calibrated at 275nm LED light source)
- Power Range: 0 ~ 4000mW/cm²
- Power Resolution: 1mW/cm²
- Energy Range: 0 ~ 999999mJ/cm²
- Accuracy (where H is the standard value):
± 5mW/cm² (When < 50mW/cm²)
± 10%H (When H >= 50mW/cm², typical ±5%H)
- Sampling Rate: 2048 times/sec
- Measurement Mode: Automatic mode / Manual mode
- Recording Time: 32 minutes
- Color Indices (Some functions are executed via PC and mobile app):
- UVA Irradiance, UVA Energy;
- UVB Irradiance, UVB Energy;
- UVC Irradiance, UVC Energy;
- Real-time Temperature
- Data Storage: 10 PC samples
- Dimensions: L*W*H = 62 x 56 x 37mm
- Weight: approx. 72g
- Battery: Li-ion battery, 3.7V, 800mAh (1000 measurements within 4 hours)
- Display: 1.14-inch TFT color LCD
- Data Port: USB Type C, Bluetooth 5.0 (WIFI customizable)
- Languages: English, Chinese
- Operating Environment: -10~40 ℃ (0~85%RH / non-condensing)
- Storage Environment: -20~50 ℃ (0~85%RH / non-condensing)
- Standard Accessories: USB cable, user manual, PC Software (Downloadable from official website), protective case, wrist strap, cleaning cloth
Practical Applications
Thanks to its capability to accurately measure both irradiance intensity (mW/cm²) and cumulative energy (mJ/cm²), the Huicolor CL320 is widely utilized across various fields:
| Application Industry | Practical Intended Use |
| Industrial UV Curing | Inspecting the intensity of UV curing lamps in printing lines (UV inks), packaging manufacturing, and UV gloss coating on wood and electronic components. |
| Medical & Disinfection | Monitoring the performance of germicidal UV-C lamps in cleanrooms, hospitals, water treatment systems, and air purification equipment. |
| Industrial Adhesive Production | Controlling the energy output of UV sources during UV adhesive curing processes for electronic component and optical lens assembly. |
| Textiles & Eyewear | Evaluating UV-blocking capabilities, calculating the UPF rating of canvas fabrics and protective garments, or measuring the UV rejection rate of window tint films and sunglasses. |














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