ILT1700, SED005/WBS320/W
*** DISCONTINUED ***
See replacement ILT5000 product here.
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 Features
Research UV Curing & Optical Radiation Hazard & Flash Light 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
ILT1700 Specs
Bench-Top Research UV Curing Light Measurement System
- Industry Standard Research Radiometer
- Direct Reading in Scientific Notation
- Best Price Performance
- 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
- 10 Calibration Factors in Memory
- Made in the USA
- Custo & OEM Inquiries Welcome!
UV SENSITIVITY HAZARD DETECTOR Designed with high sensitivity across a broad portion of the UV band from 250 to 400 nm for UV sensitivity hazard measurements.
Measurement Range: 2.33e-9 to 2.33e+0 W/cm2
Spectral Range: 250 – 400 nm
Order part number: ILT1700 (meter), SED005/WBS320/W (detector)
Applications: This detector is specially configured to accurately measure across a broad portion of the UV band for total UV sensitivity hazard monitoring.
Filters and input optics are removable and may be ordered separately from the detector assembly to allow filter and input optic swapping.