Products
Ptz Thermal Imaging Camera
The thermal sensor captures the infrared radiation and converts it into a thermal image, which visualizes temperature differences. This capability allows the camera to function effectively in complete darkness, as well as in various environmental conditions. The PTZ mechanism enables the camera to pan, tilt, and zoom, offering extensive coverage and the ability to focus on specific areas of interest.The primary function of the PTZ Thermal Imaging Camera is to provide enhanced surveillance and monitoring. It is particularly useful in scenarios where visibility is compromised, such as at night or in smoke-filled environments. The camera's ability to detect heat signatures makes it invaluable for identifying potential threats, monitoring temperature changes, and detecting motion based on thermal activity. This functionality is crucial for security operations, industrial monitoring, search and rescue missions, and wildlife observation.
The PTZ Thermal Camera is versatile and can be utilized in a wide range of applications. In security, it is deployed for perimeter surveillance, monitoring critical infrastructure, and border security, offering clear images regardless of lighting conditions. In industrial settings, the camera monitors equipment and processes to prevent overheating and identify potential failures, ensuring operational safety and efficiency. During search and rescue operations, it aids in locating individuals in challenging conditions, such as darkness, dense fog, or smoke. Additionally, in wildlife observation, the camera allows for the monitoring of animals without disturbing their natural behavior, providing valuable data for research and conservation efforts.One of the significant advantages of the PTZ Thermal Imaging Camera is its ability to deliver clear and precise thermal images in all lighting conditions. This capability ensures continuous monitoring and reduces the risk of missing critical events due to poor visibility. The camera's PTZ functionality allows for flexible and comprehensive surveillance, covering large areas and eliminating blind spots. Its motion detection feature enhances security by identifying and tracking moving objects based on their heat signatures. The camera's robust construction ensures durability and reliability, making it suitable for use in harsh environmental conditions.
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Product Advantage
PTZ thermal imaging cameras have many unique advantages and are widely used in security monitoring, search and rescue missions and other fields. The following is a detailed description of its main advantages:
All-weather working ability: Thermal imaging technology generates images by capturing infrared radiation emitted by objects, rather than relying on visible light. Therefore, PTZ thermal imaging cameras are able to work in any light conditions, whether it is day, night, or extreme weather (such as rain, snow, fog, smoke).
Remote monitoring and real-time response: Usually supports remote control, users can operate the camera in real time for monitoring through a computer or mobile device. This feature is particularly suitable for monitoring distant targets or inaccessible areas, such as borders, forests, oil fields, etc.
High-precision temperature measurement: It can not only generate clear thermal imaging images, but also accurately measure the temperature of objects. This is very useful in the industrial field, especially in equipment maintenance, factory monitoring and energy management.
Reduce false alarms: It can distinguish temperature differences, so it can effectively reduce false alarms caused by light changes or environmental factors (such as swaying leaves, shadows, etc.).
Durability and environmental adaptability: The design is sturdy, with waterproof, dustproof and high temperature resistance, and can work normally under harsh environmental conditions.
| 3 Performance Indicators | |
| 3.1 System parameters | 3.2 CCD camera |
| Movement range: pitch 10 ° ~ -110°, azimuth 360 contionnus | 6mx4m typical target, automatic recognition distance 3km,recognition distance 90% |
| Stable accuracy: ≤ 100urad; | Optical focal length: 30x optical zoom; |
| Tracking accuracy: ≤ 500urad; | Auto focus time: ≤ 2s; |
| Pitch angle accuracy: ≤ 0.05 °; | Lens focal length: 4.3mm ~ 129mm |
| Zero position accuracy: ≤ 0.05 °; | Minimum illumination: color 0.1lux/F1.5, black and white 0.01lux/F1.5 |
| Detector resolution: 1920 × 1080 ; | Function: automatic gain, digital noise reduction, fog penetration |
| 3.3 Video tracking board | |
| Tracking window position: follow the target and automatically move to any position in the field of view; | Target selection method: manual locking; |
| Target selection method: manual locking; | Target recognition: automatic recognition, the recognition rate can be improved through deep learning, the recognition rate is >93% |
| Minimum target size: 3x3 pixels; | Tracking speed: ≥80 pixels/frame; |
| The maximum supported resolution of the camera: 1920x1080, 30fps; | Start time: ≤ 10s; |
| Minimum signal-to-noise ratio: 4; | Minimum target contrast: 3%; |
Structural Dimension Drawing
Applications:
PTZ infrared cameras offer a multitude of versatile applications across diverse sectors. Their adaptability spans campus security, perimeter surveillance, traffic management, search and rescue missions, military and defense operations, maritime and coastal surveillance, wildlife observation, critical infrastructure protection, environmental monitoring, industrial facility oversight, and event security. These cameras excel in delivering consistent performance, even in challenging lighting and environmental conditions, serving as indispensable tools for varied monitoring and security requirements across numerous industries and sectors.
Our Factory
Our company has a variety of advanced R&D equipment and testing tools to meet the thermal imaging needs of various industries, providing customers with advanced thermal imaging technology and customized services.
R&D instruments: blackbody
High and low temperature test Chamber, shock test.
FAQ
How does the integration of PTZ functionality enhance the operational efficiency of thermal imaging cameras in large-scale surveillance systems?
The integration of PTZ functionality allows the thermal camera to cover extensive areas by panning, tilting, and zooming, which eliminates blind spots and provides detailed views of specific areas. This capability enhances the operational efficiency by enabling dynamic monitoring and precise tracking of heat signatures across large surveillance zones.
What are the key considerations for maintaining the accuracy and reliability of temperature measurements in a PTZ thermal camera under varying environmental conditions?
Key considerations include ensuring proper calibration of the thermal sensor, protecting the camera from extreme weather conditions with appropriate housing, and regularly maintaining the optical components to prevent degradation of image quality. Additionally, using advanced algorithms to compensate for environmental factors can help maintain accurate and reliable temperature measurements.
In what ways can PTZ thermal cameras be integrated with other security technologies to provide a comprehensive surveillance solution?
PTZ thermal cameras can be integrated with various security technologies such as video analytics software, alarm systems, and access control systems. This integration enables automated detection and response to potential threats, such as triggering alarms when unusual heat patterns are detected or coordinating with access control to lock down areas. Combining thermal imaging with visible light cameras and other sensors can also enhance situational awareness and provide a more comprehensive security solution.
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