Radia Infrared Cameras
Designed as an accessible entry point into advanced thermal imaging, the Radia Family maintains the high standards of precision and reliability that Telops is known for, ensuring that users of all levels of expertise can achieve professional-grade results.
Radia Infrared Cameras
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Description
The Telops Radia family of scientific infrared cameras is designed to provide high-quality, scientific infrared imaging capabilities at an accessible price. Featuring both cooled and uncooled detector technologies, low-SWaP packaging, and a comprehensive lens offering, the Radia family provides the technical performance, reliability, and deployment flexibility required to collect exquisite images and precise scientific data in even the most demanding measurement environments. When combined with Telops RevealIR scientific acquisition software, the Radia family delivers a highly-accessible yet fully-capable scientific thermal imaging experience.
Key Benefits
Cooled and uncooled detector options
Scientific thermal infrared imaging capabilities enabled by cooled (M100) and uncooled (V60) detector technologies.
Comprehensive lens offering
The Radia family are available with several different lens options allowing the user to optimize the camera field-of-view for their specific measurement goals.
Factory permanent radiometric calibration
The Radia cameras provide radiometrically calibrated measurements for all operating conditions from power-on.
Full integration into Telops RevealIR scientific acquisition and camera control software
The Radia family is delivered with Telops RevealIR scientific software, an intuitive tool for controlling camera operating and acquisition parameters.
Examples of applications
Automotive inspection
Engine and component testing and development, monitoring heat buildup in braking systems and tire and wheel components, climate control system performance monitoring
Predictive maintenance
Identification of overheating electrical components; detection of heat buildup in rotating parts such as bearings, motors, and pumps; inspection of turbines, boilers, and furnaces for inefficiencies or signs of wear
Combustion and wildfire studies, fire protection engineering
Temperature measurements of flames and gases, monitoring flame dynamics and tubulence, characterization of ignition and extinction behavior.
Technical Information
Radia Series | |||||||
|---|---|---|---|---|---|---|---|
| Spectral range (µm) | Detector Type | Spatial Resolution (px) | NETD | Maximum Full Frame Rate (HZ) | Maximum Frame Rate in Subwindow (HZ) | Data Transfer | |
RADIA M100 | 3.6 - 4.15 | Cooled HOT SLS MW | 640 x 512 | 30 mK | 180 | 1000 | USB 3.0 |
RADIA V60 | 8.0 - 14.0 | Uncooled Microbolometer | 640 x 480 | 50 mK | 60 | - | GigE ethernet |
Accessories
25-mm lens
For wide-field-of-view applications
50-mm lens
For medium-field-of-view applications
100-mm lens
For narow-field-of-view applications
Documentation
Brochure/Leaflet
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