EIT 2.0™ PowerMAP II & LEDMAP™ — Advanced Profiling Radiometer Systems for Comprehensive UV Process Analysis The EIT 2.0 PowerMAP II and LEDMAP represent the next generation of profiling radiometers, engineered to deliver a complete quantitative characterization of industrial UV sources and curing processes. These compact, high-resolution instruments provide engineers and process specialists with objective, time-based irradiance, energy density, and temperature profiles—enabling in-depth performance analysis and proactive quality control across UV curing, coating, and sterilization applications. Technical Authority for UV Source Characterization Comprehensive Data Acquisition: PowerMAP II/LEDMAP capture irradiance (W/cm²), energy density (J/cm²), irradiance profile vs. time, and temperature profiles (°C vs. time) for complete cure process insight. Broad Spectral Coverage: PowerMAP II: Four-band measurement for broadband sources—UVA (320-390 nm), UVB (280-320 nm), UVC (250-260 nm), UVV (395-445 nm)—tracking performance across critical spectral regions. LEDMAP: Precision profiling of UV LED sources using EIT 2.0 patented L-Band wavelengths for high accuracy in LED curing environments. Dynamic Range Optimization: Multi-range capability (e.g., up to 40 W/cm² for LEDMAP) ensures accurate measurement from low-power to high-intensity LED and mercury lamp systems. High-Speed Sampling: User-adjustable sampling from 128 Hz up to 2048 Hz captures transient peaks and dynamic behaviors across evolving cure profiles. Industrial-Grade Design for Process Control Compact, Accessible Form Factor: Reduced footprint (~5.5″ × 2.1″ × 0.55″) allows in-line measurement in tight curing zones, molding lines, and chill drums previously inaccessible with legacy systems. Memory and Pause Mode: Onboard memory supports extensive data logging—up to 65 minutes at top sampling rates—with Pause Mode to segment and organize multi-system data before transfer. Temperature Integration: J-type thermocouple sampling at 32 Hz delivers real-time thermal profiling alongside UV measurements for simultaneous cure and substrate temperature correlation. Rechargeable Portability: Rechargeable battery delivers robust runtime (~100 min typical) for plant floor and field use with smart charging and USB data transfer. Software Ecosystem: Fully compatible with UV PowerView® III for graphical analysis, exporting, and documentation—enabling engineers to visualize temporal profiles, compare runs, and archive results for SPC and audit purposes. Solution-Oriented Benefits for UV Process Engineers The PowerMAP II/LEDMAP systems are mission-critical tools for organizations demanding rigorous control over UV curing and surface treatment workflows: Process Verification: Quantify actual delivered dose versus engineered cure targets. Predictive Maintenance: Detect lamp degradation, focus shift, or array imbalance before they compromise yield. Uniformity and Speed Optimization: Identify spatial and temporal variation in UV output to fine-tune line speed and exposure strategies. Cross-System Benchmarking: Compare individual lamps, LED arrays, or complete UV stations for robust quality assurance and reduced downtime.
