Key Specifications
Model NO.
SHR-HLV1540AHVIR155
Thermal Monitor Distance
12km
PTZ Thermal Camera Features
Integrated infrared thermal imaging, visible light camera and pan-tilt controlling system for day and night omni-directional monitoring.
Adopting advanced thermal imaging technology, independent of light sources for clear imaging.
Day and night 2 megapixel low illuminance color camera for detailed observation.
3D locating function, realizing frame selection magnifying and clicking to center.
Universal variable speed pan-tilt, realizing omni-directional monitoring with no blind spots.
Technical Data
| Thermal Detector |
Uncooled microbolometer focal plane array(Vox) |
| Pixel |
640×512 (384×288 optional) |
| Spectral Range |
8~14μm |
| Thermal Lens Focal Length |
25~100mm |
30~150mm |
30~180mm |
| HD Sensor Type |
1/1.8'' Progressive Scan CMOS |
| Video Resolution |
25fps (2688×1520) |
| Pan/Tilt Angle |
Pan 0°~ 360°; Tilt -45°~ +45° |
| Protection Grade |
IP66 |
Applications
This system is suitable for various professional fields including safe city monitoring, forest fire-proof monitoring, high altitude monitoring, railway surveillance, harbor monitoring, oilfield monitoring, and freeway monitoring.
Frequently Asked Questions
What is the maximum monitoring distance for the thermal camera?
The system supports long-range monitoring with a thermal monitoring distance of up to 12km depending on the specific configuration.
Is the camera suitable for extreme outdoor weather?
Yes, it features an IP66 protection grade and can operate in temperatures ranging from -25ºC to +55ºC (with an optional -40ºC version).
What is the advantage of the 3D locating function?
The 3D locating function simplifies operation by allowing users to select a frame for magnification or click on a point to center the camera automatically.
Does it support high-definition video recording?
Yes, the visible light camera provides 2 megapixel (2688×1520) resolution with H.264/H.265 coding formats.
What environments are best suited for this PTZ system?
It is ideal for large-scale outdoor environments such as oilfields, railways, harbors, and forest fire monitoring where day/night surveillance is critical.