EIT 2.0™ PowerMAP II & LEDMAP™ — Advanced UV Profiling Radiometers for Comprehensive Source Characterization The EIT 2.0 PowerMAP II & LEDMAP™ (SAL‑B‑1004 Rev 1.4) are industrial‑grade profiling radiometer systems engineered to deliver the most complete, time‑resolved characterization of ultraviolet curing systems available today. Designed for high‑performance process control and diagnostic analysis, these instruments provide quantitative measurement of irradiance (W/cm²), energy density (J/cm²), and temporal UV and temperature profiles—enabling engineers to understand how UV energy is delivered within a process and make data‑driven decisions to optimize quality and uptime. Technical Performance & Measurement Authority Multi‑Modal UV Profiling: PowerMAP II and LEDMAP simultaneously capture irradiance and cumulative energy values plus time‑based irradiance (W/cm² vs time) and temperature profiles (°C vs time) for deep visibility into system behavior. Broad / LED‑Specific Spectral Coverage: PowerMAP II: Four broadband spectral bands (UVA 320–390 nm, UVB 280–320 nm, UVC 250–260 nm, UVV 395–445 nm) for comprehensive mercury and lamp‑based source measurement. LEDMAP: Single or multi‑band profiling tailored to UV LED sources using patented EIT L‑Band technology (L365, L385, L395, L405) to align instrument response with LED emission. High‑Resolution Data Acquisition: User‑adjustable sampling rates from 128 Hz up to 2048 Hz capture transient peaks and dynamic changes in curing cycles, delivering high‑fidelity performance data over time. Large Memory & Pause Mode: Onboard memory supports extensive data capture (e.g., 65 minutes at top sampling rates) with the ability to pause and segment multiple runs before transfer to analysis software. Engineered for Industrial Process Control Compact, Field‑Ready Design: The low‑profile, ruggedly built instrument (approximately **5.5″ × 2.1″ × 0.55″) fits into tight curing environments such as molding lines, conveyors, and chill drums without process disruption. Integrated Thermocouple: A J‑type thermocouple samples temperature concurrently with UV profiling (e.g., 32 Hz), enabling correlation between thermal and photonic exposure during cure. Rechargeable Operation: Long runtime (typical ~100 minutes) with rapid smart charging provides reliable, untethered measurement capability on production floors. Software Connectivity: Data transfers via USB to EIT UV PowerView® III software for advanced visualization, trending, comparison, and export—essential for SPC, audit trails, and process validation. Solution‑Oriented Benefits for High‑Performance UV Processes The PowerMAP II & LEDMAP systems empower industrial teams with actionable insights for UV process control: Performance Validation: Establish quantitative benchmarks for irradiance delivery and system stability. Dynamic Behavior Analysis: Time‑resolved profiles reveal transient responses, enabling optimization of exposure time versus speed. Maintenance Forecasting: Comparative analysis over time highlights degradation in lamps or LED arrays before it impacts product quality. System Uniformity & Optimization: Evaluate lamp focus, array uniformity, and multiple source interactions to fine‑tune delivery systems for repeatable process results. EIT 2.0 PowerMAP II & LEDMAP set the standard for industrial UV source profiling: comprehensive, high‑resolution measurement systems engineered to quantify, analyze, and optimize curing performance across diverse manufacturing environments.
