Overview
Highlights
- Enhanced Usability: Featuring an intuitive interface and user-friendly software, the SPARK series is accessible to users of all skill levels, facilitating seamless integration into various workflows.
- Extended Battery Life: Designed for prolonged field use, these cameras come with an extended battery life, ensuring reliability during extended data collection sessions.
- Modular Design: Offers flexibility in configuration, allowing for the addition of various lenses and accessories to meet specific application requirements.
- Comprehensive Connectivity Options: Includes options for Gigabit Ethernet, Wi-Fi, and USB connections, enhancing data transfer and remote operation capabilities.
- Precision Optics: The SPARK series cameras are equipped with high-quality lenses, enhancing image resolution and clarity for detailed thermal analysis.
- Environmental Adaptability: With features designed to operate in extreme temperatures and conditions, these cameras are reliable for use in both hot and cold environments, providing consistent performance.
- Customizable Image Modes: Offers multiple imaging modes, including burst mode for capturing rapid sequences and long-exposure mode for enhanced detail in low-light conditions.
- Advanced Diagnostics Tools: Integrated tools for thermal analysis and diagnostics are available, including temperature profiling, hot spot detection, and automated reporting functions, streamlining the analysis process.
Technical Specifications
- Adjustable Integration Times: Provides flexibility in capturing images under varied lighting conditions, improving image quality across a range of environments.
- Onboard Storage: Equipped with substantial internal memory, supplemented by external storage options, ensuring ample space for high-resolution imagery.
- Real-Time Processing: Features onboard processing capabilities for real-time image analysis, reducing the need for post-processing and accelerating data interpretation.
- Dynamic Range: The cameras offer an extensive dynamic range, enabling the capture of high-contrast scenes with excellent detail in both bright and dark areas.
- Video Output: Support for real-time video output in various formats, facilitating live monitoring and immediate analysis of thermal data.
- Energy Efficiency: Optimized power consumption for longer operational periods, ideal for remote and battery-dependent applications.
- Software Compatibility: Seamless integration with leading image analysis and processing software, enhancing the utility and flexibility of thermal data captured.
Shortwave Series (SWIR)
Spectral Range (µm) |
Detector Type |
Maximum Full Frame Rate (Hz) |
Maximum Frame Rate in Subwindow (Hz) |
Spatial Resolution (px) |
Pixel Size (µm) |
Number of Filters |
|
| SPARK M150 | 1.5 - 5.4 | InSb | 220 | 4.000 | 640 X 512 | 15 | No Filter |
| SPARK M200 | 1.5 - 5.1 | MTC | 210 | 5600 | 640 X 512 | 15 | No Filter |
Downloads
Related Products
Multispectral Infrared Cameras
- Spectral Range: 7.4 - 11.8 µm
- Pixel Field of View: 750 µrad
- Total Angular Range: 13.5 x 10.9°
- Power Consumption: Less than 260 W
- Head & Platform Size: 28 x 35 x 38 cm
- Control Box Size: 23 x 21 x 18 cm
- Typical NESR: Less than 35 nW/(cm-2 sr cm-1)
High-Performance FAST Cameras
- Ultra-High-Speed Imaging Across Spectra
- Broad Spectral Range: 0.9-11.5 µm
- High-Resolution Thermal Analysis: SWIR to VLWIR
- Dynamic Event Capture in Diverse Spectral Bands
- Rugged and Waterproof Design for Any Environment
- Versatile Application Adaptability from Visible to VLWIR
