ImageIR 9800 Key Benefits:
- High-resolution cooled MWIR detector for superior image quality and accuracy
- Excellent thermal sensitivity for detection of minimal temperature variations
- High frame rates for capturing fast-moving thermal events
- Motorized lenses and precise autofocus for repeatable, hands-free operation
- Advanced radiometric analysis tools
- Rugged, stable design suitable for long-term, continuous measurement
Ideal Solution For:
- Materials research and thermal behavior analysis
- Electronics testing, PCB evaluation, and component characterization
- Aerospace and automotive development, including thermal load testing
- High-speed thermal process monitoring
- Defense and security-related imaging and diagnostics
- Laser testing, optical component characterization, and energy system evaluation
Technical Specifications
Specification |
ImageIR 9800 |
| Spectral Range | 7.7 - 12.5 µm |
| Pixel Pitch | 12 µm |
| Detector | T2SL |
| Detector Format | 1,280 x 1,024 pixels |
| Detector Cooling | Stirling Cooled |
| Image Recording Principle | Snapshot |
| Readout Mode | IWR |
| Aperture Ratio | F/2.4 |
| Temperature Measurement Range | -40 to 1,500°C, up to 3,000°C |
| Measurement Accuracy | +/-1°C or +/-1% |
| Temperature Resolution at 30°C | Better than 0.03 K |
| Frame Rate (Full/Half/Quarter/Sub) | Up to 180 / 354 / 672 / 5,800 Hz |
| Window Mode | Yes |
| Focus | Manually, motorized or automatic |
| Dynamic Range | 14 bit |
| Integration Time | 100 - 20,000 µs |
| Interfaces | 10 GigE |
| Protection level | IP54 |
| Dimensions, Weight | 277 x 123 x 160 mm; 4 kg (without lens) |