Professional Radiometer/Photometer
The AccuPro XP-2000A features an advanced microprocessor-controlled readout unit specifically calibrated for exceptional measurement precision of both UV-A and visible light. Designed for inspection professionals who demand reliability and accuracy.
Technical Excellence
- Laboratory-Grade Precision: Delivers greater than ±5% accuracy per NIST standards for confident compliance verification
- Versatile Measurement Capability: Dual-wavelength sensor provides fast, accurate readings across multiple light spectrums
- Enhanced Mobility: Compact design with 3 ft (0.9 m) sensor cord offers flexible positioning in confined inspection areas
- Global Compatibility: Multilingual interface supporting English, French, German, and Spanish
Advanced Optical Engineering
Features a specialized band-pass interference filter delivering exceptional cosine response for superior measurement accuracy across varied incident angles.
Sensor aperture - no greater than 0.5 in diameter
Professional Radiometer/Photometer
The AccuPRO™ XP-2000A features a microprocessor-controlled readout unit with dual-wavelength sensor technology for precise measurement of both UV-A and visible light. ASTM E2297 compliant, this instrument delivers the reliability and accuracy inspection professionals demand.
Technical Excellence
- Laboratory-Grade Precision: Greater than ±5% accuracy per NIST standards ensures confident compliance verification
- Versatile Measurement Capability: Measures UV-A irradiance (0-100 mW/cm²) and visible illuminance (0-5,382 Lux/0-500 fc)
- Enhanced Usability: Three-button interface with one-touch PEAK function and customizable power settings
- American Made Quality - Manufactured in the USA with NIST-compliant ±5% accuracy, ensuring dependable measurements that meet the highest quality control standards.
- Global Compatibility: Multilingual interface supporting English, French, German, Chinese, and Spanish
Ideal For:
NDT inspection, quality control processes, laboratory applications, and all professional environments requiring precise light measurement.
