Introducing our cutting-edge Thermal PTZ Cameras, a technological marvel designed to revolutionize surveillance and security. These cameras offer a powerful combination of thermal imaging and pan-tilt-zoom capabilities, allowing you to see and track targets day and night, regardless of challenging environmental conditions. With precise temperature detection and long-range visibility, they ensure comprehensive monitoring, making them ideal for a wide range of applications, from perimeter security to search and rescue operations. Elevate your surveillance game with our Thermal PTZ Cameras, the ultimate solution for safeguarding your assets and enhancing situational awareness.2.6kgs PTZ system is a tracking system that integrates light, machinery and electricity. It is equipped with a 30x continuous zoom high - definition 1080p visible light camera. This product is suitable for civilian UAV applications and can be carried by individual . Fixed-wing aircraft, multi-rotor drones, small unmanned helicopters and other small aircraft can search, observe and track land and water targets.
Functional indicators
Equipped with two-axis image stabilization in azimuth and pitch, combined with a high-precision gyro and servo control system, it can achieve coverage without blind spots within the reconnaissance range and support day and night observation of the system;
Support SDI high-definition image transmission and network video image transmission;
Small size, light weight, compact structure, strong carrier adaptability, low power consumption, and high cost performance;
It has the function of transmitting data such as working mode, azimuth angle, pitch angle, etc.;
Equipped with locking, inertia, scanning, automatic target recognition, and tracking functions;
Provides real-time feedback of load angle, reconnaissance information and other related information;
Equipped with online zero calibration, zero drift correction and other functions;
The photoelectric pod is fully sealed and high-grade waterproof, with an integrated optical, mechanical and electrical design, and strong resistance to vibration and impact; it can be used for a long time in harsh environments and has a long life.
Product Image
Specification
| 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
Our PTZ thermal imaging camera comes with a comprehensive structural dimension drawing, ensuring that you have a clear understanding of its size and form. We also offer customization options to tailor the camera to your specific needs. Whether you require adjustments to fit unique installation requirements or specialized features, our product can be modified to meet your demands. Your satisfaction is our priority, and we're here to provide you with the perfect solution for your surveillance needs.
Applications:
| 3.4 Physical indicators | 3.5 Environmental indicators | 3.6 Electrical interface |
| Overall dimensions (diameter × height): Φ 160mm × 221 mm ; | Working temperature: -40 ℃ ~ +60 ℃; | Input voltage: DC 28 V, voltage range 24 V ~ 32 V; |
| Weight: ≤2.6 kg ; | Storage temperature: - 45 ℃ ~ + 65 ℃ ; | Video interface: one HD-SDI, one network H.264 compressed video |
| Appearance color: sky blue or sky gray (customized). | Waterproof grade: IP66; | Communication interface: one RS422 (enables information interaction between the photoelectric pod and the display control system), one RS232 (reads flight control data) |
PTZ infrared cameras have a wide range of versatile applications, including campus security, perimeter surveillance, traffic management, search and rescue, military and defense operations, maritime and coastal surveillance, wildlife observation, critical infrastructure protection, environmental monitoring, industrial facility monitoring, and event security. These cameras provide reliable performance in challenging lighting and environmental conditions, making them essential tools for various monitoring and security needs across multiple sectors.
Perimeter Surveillance:
PTZ infrared cameras are valuable for securing the perimeters of properties, industrial sites, and critical infrastructure, detecting intruders even in low-light conditions.In search and rescue missions, PTZ infrared cameras play a critical role by providing thermal imaging for locating missing individuals or helping in disaster-stricken areas.
For deer observation:
PTZ infrared cameras have the advantage of not relying on visible light, making them an inconspicuous option for observing deer in their natural habitat without causing any disturbance. Unlike traditional optical equipment, which may not reveal deer in low-light conditions, thermal imaging technology detects the heat radiating from their bodies, enabling researchers and nature enthusiasts to effortlessly monitor deer activity during nighttime or early morning hours.
For bird observation:
PTZ infrared cameras are also highly effective for nocturnal bird observation. Birds tend to be most active during the twilight hours, when they engage in feeding and resting. Thermal imaging technology enables observers to monitor bird activities without being limited by daylight, offering the ability to discern essential details like the bird's position, flight patterns, and nesting sites. This valuable information contributes significantly to bird behavior and ecological research.
Related Products
Hangzhou Huirui Technology Co.,Ltd specializes in infrared thermal technology. Our mission is to bring the most advanced infrared technology into your life and work to provide safer, more efficient and smarter solutions.Our company focuses on infrared thermal technology and has an excellent product series, including infrared thermal imaging systems, infrared thermal imaging binoculars and infrared thermal imaging monoculars. These products represent the latest achievements in science and engineering, providing information beyond what can be seen with the naked eye, giving you a broader, more precise view.
| Thermal Imaging Binoculars |
Infrared Thermal Binoculars
Infrared thermal binoculars seamlessly integrate the capabilities of infrared technology with the practicality of binocular vision. They excel in thermal imaging, enabling users to spot heat signatures in diverse scenarios like search and rescue missions, wildlife observation, surveillance, and security. Their ability to detect concealed objects, individuals,especially in low-light conditions or inclement weather, makes them invaluable tools for these applications.
Long Range Thermal Binoculars
Engineered for extended-distance performance, long-range thermal binoculars feature high-quality thermal sensors and optics, ensuring clear thermal imaging of distant objects. They excel in scenarios where remote observation is critical, such as perimeter security, enabling effective target identification and tracking for enhanced situational awareness and safety.
Handheld Thermal Binoculars
Handheld Thermal Binoculars: Compact, portable, and user-friendly, handheld thermal binoculars offer the convenience of manual operation. Their lightweight design makes them ideal for users on the move, including law enforcement, hikers. Providing real-time thermal imaging, these binoculars assist in anomaly detection, temperature assessment, and visibility improvement during low-light or nighttime conditions.
Drawing size
| Thermal Imaging Monocular |
Thermal Imaging Monocular
A thermal imaging monocular is a compact and portable device designed for single-eye use. It offers real-time thermal imaging, making it valuable for a wide range of applications, from outdoor activities to professional tasks where the observation of heat signatures and temperature variations is crucial.
Handheld Thermal Monocular
The handheld thermal monocular is a user-friendly, lightweight device suitable for on-the-go use. It provides the convenience of handheld operation and is favored by law enforcement, hikers, and outdoor enthusiasts for its ability to enhance visibility and detect anomalies during low-light conditions or at night.
Thermal Monoculars
Thermal monoculars encompass a variety of single-eye thermal imaging devices. They are known for their versatility in applications requiring thermal observation. Whether it's for recreational activities or professional use, thermal monoculars provide valuable insights into the surrounding environment.
Our Factory
HUIRUI INFRARED specializes in the field of infrared thermal technology and was founded in 2013, utilizing advanced technology. Our company is situated in the renowned city of Hangzhou, China. We leverage cutting-edge thermal technology to provide our customers with customized thermal camera solutions. Over the years, we have built a formidable team of experts, including optical, infrared, laser, and structural specialists. Our technical staff excels in a wide range of fields such as optical design, electronic technology, image algorithms, information processing, precision mechanics, system integration, remote control, industrial design, and more.
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
What are the key features that differentiate PTZ thermal cameras from traditional thermal cameras?
PTZ thermal cameras offer significant advantages over traditional thermal cameras, primarily in their ability to pan, tilt, and zoom. This versatility allows for real-time tracking and monitoring, making them suitable for dynamic situations. They also often come with advanced image stabilization, multiple lenses for varying lighting conditions, and control systems for precise targeting.
How does a thermal PTZ camera contribute to enhanced security and surveillance?
PTZ cameras enhance security and surveillance by detecting threats over a wide area, even in low light or adverse weather conditions. Their real-time tracking capabilities are crucial for responding to security breaches swiftly, and they can be integrated with alarm systems to automatically detect and track intruders.
What are the typical applications of PTZ infrared cameras in industrial settings?
PTZ infrared cameras find typical applications in industrial settings for monitoring manufacturing processes, worker safety, detecting anomalies, and safeguarding critical infrastructure. They are also used in inspecting hard-to-reach or dangerous areas to ensure smooth and secure industrial operations.
Can you explain the technology behind a thermal imaging PTZ camera and its benefits?
Thermal imaging PTZ cameras combine thermal imaging sensors with pan-tilt-zoom capabilities. They capture heat emissions from objects and convert them into images. Benefits include improved situational awareness, accurate temperature measurement, and the ability to conduct inspections in complete darkness or challenging weather conditions.
What advantages do mini PTZ thermal imaging cameras offer in terms of size and flexibility?
Mini PTZ thermal cameras are compact and lightweight, making them suitable for tight spaces and easily mountable on various platforms, including drones, vehicles, and handheld devices. They retain full pan, tilt, and zoom functionality, providing operators with a versatile and portable tool for thermal surveillance.
How are PTZ thermal cameras used in search and rescue operations?
PTZ thermal cameras assist in search and rescue by locating missing individuals in low-light or adverse conditions. They identify body heat signatures, and their pan-tilt-zoom features enable wide search areas and precise target location, making them invaluable for saving lives in emergency situations.
What makes thermal gimbal cameras ideal for aerial surveillance and drone applications?
Thermal gimbal cameras are compact and lightweight, making them ideal for drones. They provide a stable platform for capturing thermal images from the air, essential for search and rescue missions, wildlife tracking, and infrastructure inspections, ensuring stable and clear imaging even during rapid drone movements.
What are the primary components of a PTZ thermal camera system?
A PTZ thermal camera system typically includes a thermal imaging sensor, an optical camera for visibility, a pan-tilt-zoom mechanism, a control interface, and often an image processing unit. These components work together to provide the full functionality and benefits of PTZ thermal cameras, ensuring effective surveillance and monitoring capabilities.
How does the range and resolution of PTZ cameras impact their effectiveness in various scenarios?
The range and resolution of thermal PTZ cameras are critical factors in determining their effectiveness. A longer detection range allows for broader coverage, making them suitable for applications like border security and large-area surveillance. Higher resolution means better image clarity, enabling detailed identification of objects. In scenarios like search and rescue, high resolution is crucial for pinpointing individuals, while long-range capability is more critical for applications such as perimeter security.
Can you provide examples of how PTZ thermal cameras are used in wildlife observation and conservation efforts?
PTZ thermal cameras play a vital role in wildlife observation and conservation. In wildlife research, they are used to monitor animal behavior without disturbing them. For instance, researchers use PTZ thermal cameras to study nocturnal species like owls and monitor nesting sites. In conservation efforts, PTZ thermal cameras help track poaching activity, detect invasive species, and study wildlife population health.
What industries benefit most from PTZ thermal imaging technology, and why?
Several industries benefit from PTZ thermal imaging technology. Law enforcement and security rely on PTZ thermal cameras for surveillance and monitoring. Energy and utilities use them for inspecting power lines and detecting equipment failures. The maritime industry depends on PTZ thermal cameras for shipboard security and navigation. Search and rescue teams employ them to locate missing persons. These diverse applications demonstrate the technology's adaptability and its ability to enhance efficiency and safety.
How do PTZ thermal cameras assist in detecting abnormal heat sources in critical infrastructure?
PTZ thermal cameras help identify abnormal heat sources in critical infrastructure by capturing temperature variations. Anomalies like overheating equipment or fires can be detected early, preventing costly damage or dangerous situations. In power plants, for example, PTZ thermal cameras are used to monitor machinery, identifying issues before they lead to failures or accidents.
What are the key factors to consider when selecting a PTZ thermal camera for specific applications?
When choosing a PTZ thermal camera for specific applications, factors to consider include detection range, resolution, and lens options. Environmental conditions, such as weather resistance and operating temperature range, should be evaluated. Integration capabilities with existing systems and network connectivity also play a role in selecting the right camera. Moreover, cost-effectiveness and the availability of maintenance and support services are essential considerations.
What role do PTZ thermal cameras play in maritime and coastal surveillance?
PTZ thermal cameras are instrumental in maritime and coastal surveillance by providing clear imaging even in challenging conditions. They help monitor vessel traffic, identify potential threats, and assist in search and rescue missions at sea. Coast guards and port authorities rely on PTZ thermal cameras to safeguard coastlines and enhance navigation safety, especially in low-visibility scenarios caused by fog or darkness.
How does the integration of PTZ technology with thermal imaging benefit security and surveillance systems?
The integration of PTZ technology with thermal imaging enhances security and surveillance systems by allowing operators to pan, tilt, and zoom for real-time tracking and monitoring. This dynamic capability is crucial for swiftly responding to security breaches and threats. The combination of thermal imaging's low-light performance and PTZ's adaptability makes it highly effective in safeguarding critical infrastructure and providing comprehensive surveillance.
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