Overview
The EIT UVICURE 4 644 165 is a portable electro-optic radiometer engineered for accurate measurement of UV irradiance and energy density in curing systems. This EIT UVICURE UV Curing Radiometer is a reliable tool for measuring the intensity of UV rays. The device is designed to provide precise readings of UV intensity, making it an excellent choice for applications such as curing, sterilization, and testing.
Key Features
- Compact handheld design for portability and ease of use
- Measures UV peak irradiance and total energy density
- Durable construction for demanding industrial environments
- Battery-powered operation for field and production-line deployment
- LCD display for real-time readout of UV measurements
Technical Specifications
Specifications for the EIT UVICURE 4 644 165 include:
- Measurement Type: Peak irradiance and energy density
- Compact Size: Approximately 4.6″ diameter
- Power Source: Battery-powered (user-replaceable)
- Display: LCD readout
- Application Range: UV curing systems (inks, adhesives, solder masks, epoxies)
Typical Applications
The EIT UVICURE radiometer is widely used in:
- UV ink and adhesive curing verification
- UV lamp performance monitoring and troubleshooting
- Solder mask and epoxy curing in electronics manufacturing
- Coating and optical adhesive applications
- Process validation and quality control for UV systems
- Baseline establishment for UV intensity standards
Compatibility & Replacements
Compatible With
- Standard UV curing lamp systems (UVA, UVB, UVC wavelengths)
- Production-line and laboratory UV curing equipment
- PC-based data logging systems (via cable connection)
- UV process validation workflows
Replaces / Drop-In Replacement For
The EIT UVICURE 4 644 165 is compatible with legacy EIT UVICURE systems and can replace original UVICURE units. For newer installations, EIT also offers the UVICURE Plus II models with enhanced features. Verify compatibility with your UV curing system before ordering.
Works With
- EIT UV curing product lineup
- Standard PC interface for data collection and trending
- UV spectral measurement in UVA/UVB/UVC bands
- Process verification and statistical analysis workflows
