ILT1700, SED240/NS254/W

*** DISCONTINUED ***
Please see replacement ILT5000 product.
The ILT1700 has been replaced the ILT5000 Radiometer which includes complimentary Datalight III software, faster measurement speeds, wireless data transmission, iPhone/iPad application, internal data storage, a broader measurement range and more…
ILT5000 Specs
Research Germicidal Light (UV disinfection) & Optical Radiation Hazard Measurement System
- 10+ Decade Dynamic Range of Optical Analysis
- Pico-ammeter: 10fA to 1mA (calibrated from 100fA - 1mA)
- Wireless Communication, Built-in
- User controlled or Auto: Range, Zero/Dark, Sample Rate
- 4-20 mA Output
- 15 pin D Sub and SMA sensor/input ports
- “Set it & Forget It” Remote Data Logging
- Power: USB or Built-in Re-Chargeable Battery Pack
- Multi-System Simultaneous Continuous Monitoring
- Includes DataLight II Software and Labview Sample Code
- NIST-Traceable/ISO17025 Accredited Calibration
- Sample Rate Up to 100 Hz, Programmable
- Made in the USA
- Custom & OEM Inquiries Welcome
< Back to Germicidal & UV Disinfection System Table
ILT1700 Specs
Narrow Band Germicidal Light (UV Disinfection) Bench-Top Research Measurement System
Can also be used to measure optical radiation hazard
- Industry Standard Research Radiometer
- Direct Reading in Scientific Notation
- Unsurpassed Reliability for 15 years
- Dynamic Auto Ranging – no lost samples in pulsed applications
- 10 Decade Dynamic Range
- 0.1 Percent Linearity
- 40 Decade Integration Range
- Light Integration up to 18 Years
- Best Price Performance

Narrow Band Germicidal Detector
Configured specifically to measure germicidal effectiveness at 254 nm
Measurement Range: 8.00e-9 to 4.00e-3 Watts/cm2
Spectral Range: 249 - 259 nm, Center wavelength at 254 nm.
Dimensions: 66 mm x 42 mm diameter
Order part numbers: ILT1700 (meter), SED240/NS254/W (detector)
Applications: This detector has a narrow bandwidth with a center wavelength at 254 nm facilitating the measurement of germicidal effectiveness at 254 nm from medium-pressure mercury lamps, xenon arc lamps, mercury arc, or mercury-xenon arc lamps. These sources produce a broad spectral UV output with more intense mercury lines than the output at 254 nm which will cause artificially high readings from detectors with a broader response. This detector can be configured with optional attenuator filters at the time of purchase for measuring higher intensity germicidal UV sources. Please consult one of our knowledgeable sales representatives for more information.

Filters and input optics are removable and may be ordered separately from the detector assembly to allow filter and input optic swapping.

Please visit the ILT5000 product page to download the latest data sheet, instruction manual, software and other documents here.