PTZ Hyperspectral Measurement System
FS series PTZ hyperspectral measurement system is an advanced setup that integrates a hyperspectral camera with PTZ equipment, enabling real-time monitoring of the target area.
This system supports automatic scanning and network connectivity. It is ideal for applications in fields that utilize hyperspectral technology, such as the monitoring and analysis of rivers, lakes, forestry, agriculture, and various research bases.
The Torontech FS series PTZ Hyperspectral Measurement System provides a powerful solution for continuous, automated, and remote surveillance. By integrating a high-resolution hyperspectral camera with a pan-tilt-zoom platform, this system enables the long-term, unattended monitoring of large areas, capturing detailed spectral data to track subtle environmental and material changes over time.
This automated monitoring capability is essential for long-term observation in:
- Environmental Monitoring: For the continuous surveillance of water bodies to detect and track algal blooms, sediment plumes, or chemical spills in real-time, providing early warnings for environmental management agencies.
- Forestry & Land Management: To automate the monitoring of forests for early detection of disease outbreaks, insect infestations, and changes in vegetation moisture, serving as a critical tool for fire risk assessment.
- Precision Agriculture: For autonomous, field-scale monitoring of crop health, enabling timely detection of water stress, nutrient deficiencies, or pest encroachment across large agricultural operations without manual intervention.
- Industrial & Critical Infrastructure: To provide 24/7 monitoring of industrial sites, tailings ponds, or pipelines for the detection of environmental compliance violations, material degradation, or potential gas leaks through spectral analysis.
- Spectral range: 390-1010 nm
- Spectral channel number: 1200
- Spectral resolution: 2.5 nm
- Head rotation range: 360°
- Vertical tilt range of PTZ: +90° to -90°
- Network connection: Supported
Hyperspectral camera | |
Spectroscopic method | Grating |
Image resolution | 1920 * 1920 |
Dynamic range | 12 bits |
Spectral channel number | 1200 |
Spectral range | 390-1010nm |
Spectral resolution | 2.5 nm |
Slit width | 25um |
Transmission efficiency | 60% or higher |
Stray light level | 0.5% or less |
Pixel size | 5.86 * 5.86 um um |
Detector type | CMOS |
Standard lens focal length | 12mm, 16mm, 25mm, 35mm, 50mm optional |
Minimum working distance | 100mm |
Field Angle | 25 ° |
Minimum exposure time | 21us |
Maximum exposure time | Ten seconds |
Signal-to-noise ratio | 600/1 |
Camera lens interface | C/EF port |
Imaging function | There are ROI capabilities that can achieve ROI for a single region |
Auxiliary imaging function | The auxiliary view camera monitors the shooting area |
Sensor imaging surface dimensions | 11.3 * 7.1 mm |
Holder | |
Horizontal range | Horizontal 360° |
Vertical range | Positive 90° to negative 90° |
Cruise scan mode | Preset point, auto scan, Frame scan, panoramic scan |
Network | |
Client | Support wins10 and later systems |
Support protocol | IPv4/IPv6, HTTP, HTTPS |
Interface protocol | FIGSPEC SDK |
Port | |
Port | USB3.0/1000M Network interface |
General norm | |
Operating temperature and humidity | -20 ℃~40℃; Humidity less than 80% |