AccuPRO digital radiometer/photometers for NDT

AccuPro Series meters feature accurately measure and display both UV-A and visible light readings for non-destructive testing applications.


Pompano Beach, Florida – AccuPro Series meters feature an advanced, microprocessor-controlled readout unit calibrated to accurately measure and display both UV-A and visible light readings for non-destructive testing applications.

Available In two versions, the AccuPro (XP-2000) readout unit features a single dual-wavelength sensor detector designed to measure both ultraviolet and visible light. The AccuPRO Plus (XP-4000) features a single 3-in-1 multi-purpose sensor that measures ultraviolet, visible and blue light. These compact, lightweight, battery-operated units are ideal for use in the field, the factory or anywhere accurate light measurements are needed.

Features

  • Large, easy to read, LCD screen with 4-digit outranging display
  • Both units provide accurate readouts for UV-A irradiance as well as visible illuminance; AccuPRO Plus unit also measures blue light
  • Simple to use, three-button interface, Toggle between, Light instrument modes.
  • Overall accuracy greater than ±5% per NIST standards
  • Superior band-pass interference filter provides excellent cosine response
  • One-touch PEAK with reset functions
  • User-defined power save and automatic shut off
  • User-selectable, multilingual display settings at any operational level; choose from English, French, German, Chinese, and Spanish
  • Rugged meter features protective rubber housing for better grip and to help prevent accidental breakage
  • Sealed sensor with water-resistant housing
  • Multi-wavelength sensor directly attached to meter by 3 ft. (0.9) cord
  • Complies with ASTM specifications for MPI and FPI
  • Convenient on-board recharging
  • Powered by four rechargeable “AAA” nickel-metal hydride batteries (included)
  • Come complete with AC charger and padded carrying case

Source: Paul N. Gardner Co. 

No more results found.
No more results found.