Thermal Module | 12μm, 384×288 resolution |
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Thermal Lens | 75mm/25~75mm motor lens |
Visible Module | 1/1.8” 4MP CMOS |
Visible Lens | 6~210mm, 35x optical zoom |
Protection | IP66, TVS 6000V Lightning Protection |
Pan Range | 360° Continuous Rotate |
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Tilt Range | -90°~40° |
Operating Conditions | -40℃~70℃, <95% RH |
In the manufacturing of factory-grade Border Surveillance Cameras, each component undergoes a rigorous assembly and testing phase. The process begins with the precision crafting of the lens assembly, paired with high-resolution sensors. After lens and sensor integration, the cameras are subjected to environmental tests including extreme temperatures and humidity, ensuring IP66 protection compliance. The electronics are then assembled with surge and voltage transient protection, aligning with GB/T17626.5 Grade-4 standards. Finally, performance testing of autofocus, zoom, and networking capabilities is conducted, ensuring each unit meets the design criteria before distribution.
According to studies on border security technologies, factory-grade Border Surveillance Cameras are crucial in scenarios requiring high-security surveillance, particularly in international boundary monitoring. Their dual-spectrum capabilities allow for accurate detection in both visible and thermal spectrums, making them effective in various lighting and weather conditions. Additionally, the cameras' integration capabilities with existing security systems enable seamless operation within broader security networks, providing real-time data and alerts that enhance responsiveness in border security operations.
Our after-sales service includes a comprehensive warranty covering manufacturing defects, access to a dedicated support line for technical assistance, and an online portal for user manuals and troubleshooting guides.
Cameras are packaged in shock-resistant containers, and distributed through our global shipping partners to ensure timely and secure delivery worldwide.
The dual-spectrum capability allows the camera to capture images using both visible light and thermal detection. This feature ensures that the camera can detect and monitor in various lighting conditions, including complete darkness or through obscurants like fog and smoke.
The cameras operate on AC24V, and the system is designed to handle a maximum power consumption of 75W, ensuring energy-efficient operations.
Yes, the cameras support ONVIF protocol allowing seamless integration with various third-party security systems, ensuring flexibility in surveillance strategy deployments.
The system supports microSD cards with a maximum capacity of 256GB, providing ample storage for continuous surveillance recording needs.
Yes, the camera includes smart features for fire detection, which uses thermal imaging to identify and alert users of potential fire hazards.
Equipped with IP66 protection, the cameras are built to withstand harsh environmental conditions, including rain, dust, and extreme temperatures from -40℃ to 70℃.
Yes, the cameras come with remote power-off and reboot capabilities, allowing users to manage device settings without needing physical access to the camera.
With high-quality manufacturing standards, the cameras are designed for longevity, capable of maintaining optimal performance for several years under recommended conditions.
The cameras support multiple languages through the browser interface, ensuring ease of use for international customers.
Customers receive regular firmware updates and can access support through our technical assistance portal to ensure their cameras operate with the latest features and security enhancements.
Factory-grade Border Surveillance Cameras are revolutionizing how countries monitor and protect their borders. By integrating advanced dual-spectrum detection with real-time monitoring capabilities, these systems provide unparalleled insights and alerts regarding potential security threats. This technology is essential for national security strategies aiming to deter and address illegal activities effectively. The seamless integration with existing systems further enhances their adaptability and usefulness in various operational scenarios.
In modern surveillance, factory-grade cameras play a pivotal role in ensuring comprehensive monitoring and security. Their advanced sensor technologies enable precise detection and tracking, while robust networking capabilities facilitate seamless data integration and sharing across security platforms. These features are crucial for ensuring continuous protection and quick response to any security breaches across borders and other sensitive environments.
By providing detailed visual and thermal data, factory-grade surveillance cameras enhance operational efficiency for border security forces. The ability to conduct round-the-clock monitoring without the need for extensive personnel deployment allows agencies to allocate their resources more effectively. This efficiency is further supported by intelligent video analysis and real-time alerts, enabling quick decision-making and response.
The use of surveillance cameras at borders raises important ethical considerations regarding privacy and civil liberties. While they offer significant security benefits, it is crucial to balance these advantages with respect for individuals' rights. Ongoing discussions and regulations aim to establish frameworks ensuring that surveillance operations are conducted responsibly, with transparency and accountability for all stakeholders involved.
Dual-spectrum technology continues to evolve, offering new possibilities for border surveillance applications. The integration of high-resolution visible imaging with cutting-edge thermal detection allows these systems to perform effectively in a variety of environmental conditions. These advancements are critical for enhancing the detection capabilities and reliability of surveillance operations in challenging scenarios.
Maintaining complex surveillance systems poses challenges, including technical troubleshooting and environmental durability. Ensuring these systems operate optimally requires regular maintenance and updates. Investing in robust design and reliable components, as well as offering comprehensive support services, is essential for overcoming these challenges and ensuring sustained operational efficiency.
Intelligent video surveillance (IVS) features are essential for modern border security systems, providing automated detection and analytical capabilities. These features allow for the identification of unusual patterns or intrusions, triggering alarms and enabling proactive responses. The integration of IVS technologies with factory-grade cameras enhances their functionality and effectiveness in securing borders and sensitive areas.
The future of factory-grade surveillance cameras is promising, with ongoing innovations expected to further enhance their capabilities. The integration of AI and machine learning algorithms could allow these systems to provide even more sophisticated threat analysis and predictions. Such advancements will continue to improve the security landscape, contributing to safer and more secure environments.
When considering the deployment of surveillance systems, conducting a cost-benefit analysis is crucial. While initial investments in factory-grade cameras can be significant, the long-term benefits of enhanced security, deterrence of illegal activities, and operational efficiency often outweigh these costs. Evaluating maintenance expenses and potential technological upgrades ensures a comprehensive understanding of the total cost of ownership.
Integrating new surveillance technology with existing systems can present challenges, including compatibility and data management issues. Effective solutions involve leveraging standardized protocols like ONVIF for seamless integration and ensuring data interoperability between diverse security platforms. Collaboration between manufacturers, policymakers, and end-users is crucial for overcoming these challenges and optimizing the performance of border surveillance systems.
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Target: Human size is 1.8m×0.5m (Critical size is 0.75m), Vehicle size is 1.4m×4.0m (Critical size is 2.3m).
The target detection, recognition and identification distances are calculated according to Johnson’s Criteria.
The recommended distances of Detection, Recognition and Identification are as follows:
Lens |
Detect |
Recognize |
Identify |
|||
Vehicle |
Human |
Vehicle |
Human |
Vehicle |
Human |
|
25mm |
3194m (10479ft) | 1042m (3419ft) | 799m (2621ft) | 260m (853ft) | 399m (1309ft) | 130m (427ft) |
75mm |
9583m (31440ft) | 3125m (10253ft) | 2396m (7861ft) | 781m (2562ft) | 1198m (3930ft) | 391m (1283ft) |
SG-PTZ4035N-3T75(2575) is Mid-Range detection Hybrid PTZ camera.
The thermal module is using 12um VOx 384×288 core, with 75mm & 25~75mm motor Lens,. If you need change to 640*512 or higher resolution thermal camera, it is also avaiable, we change change camera module inside.
The visible camera is 6~210mm 35x optical zoom focal length. If need use 2MP 35x or 2MP 30x zoom, we can change camera module inside too.
The pan-tilt is using high speed motor type (pan max. 100°/s, tilt max. 60°/s), with ±0.02° preset accuracy.
SG-PTZ4035N-3T75(2575) is widely using in most of Mid-Range Surveillance projects, such as intelligent traffic, public secuirty, safe city, forest fire prevention.
We can do different kinds of PTZ camera, based on this enclosure, pls check the camera line as below:
Thermal camera (same or smaller size than 25~75mm lens)
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