Parameter | Details |
---|---|
Thermal Resolution | 256×192 |
Thermal Lens | 3.2mm athermalized lens |
Visible Sensor | 1/2.7” 5MP CMOS |
Visible Lens | 4mm |
IR Distance | Up to 30m |
Protection Level | IP67 |
Power Supply | DC12V±25%, POE |
Weight | Approx. 800g |
Specification | Description |
---|---|
WDR | 120dB |
Noise Reduction | 3DNR |
Day/Night Mode | Auto IR-CUT / Electronic ICR |
Temperature Measurement | -20℃~550℃ |
The manufacturing of infrared CCTV cameras involves a rigorous process to ensure high quality and reliability. Key steps include the precision assembly of the optical and thermal sensors, stringent testing of components to handle various environmental conditions, and integration of advanced software algorithms for intelligent video surveillance (IVS). This process is supported by research such as the work of Smith et al. (2018), who emphasize the importance of sensor calibration and robust software development in enhancing the performance of surveillance systems. The integration of high-resolution sensors and lenses is crucial, as they are responsible for capturing and processing images under different lighting conditions. The final assembly is completed with meticulous testing to ensure durability and compliance with international standards, ensuring the cameras' effectiveness in real-world applications.
Infrared CCTV cameras are vital in numerous applications due to their ability to operate in low-light conditions. From residential to industrial environments, these cameras provide reliable security solutions. According to Brown (2019), their usage in urban surveillance systems has seen significant increases, aiding in crime reduction and public safety. Additionally, they play a crucial role in industrial and critical infrastructure monitoring, where they help in detecting anomalies like temperature fluctuations that may indicate potential hazards. The ability to provide round-the-clock surveillance makes them indispensable in sectors where continuous monitoring is critical, such as military and medical facilities.
Our infrared CCTV cameras are packaged with care to ensure safe delivery worldwide. We offer expedited shipping options to meet urgent security needs and provide tracking for all shipments. Each package is secured to withstand handling and environmental factors during transit, ensuring the product arrives in perfect condition.
As cities expand and security concerns grow, the role of infrared CCTV cameras has become pivotal. These cameras are now integrated into smart city systems, providing real-time data for emergency response teams and city management. With their ability to operate in low-light conditions, they effectively monitor public spaces, reducing crime rates and enhancing public safety. This integration signifies a major advancement in urban security, blending technology with traditional surveillance methods.
In industrial settings, the application of infrared CCTV cameras is paramount. These advanced devices help in early detection of equipment overheat or malfunctions, preventing potential accidents. By providing continuous monitoring, they improve response times to incidents, thereby increasing overall plant safety and efficiency. Incorporating this technology into industrial operations is a strategic move towards enhancing safety and operational reliability.
One of the standout features of infrared CCTV cameras is their enhanced night vision capability. This allows for clear surveillance footage in complete darkness, which is crucial for security operations. The use of infrared technology revolutionizes the way surveillance is conducted at night, offering peace of mind to homeowners and businesses alike with continuous, reliable monitoring.
The future of surveillance lies in the integration of infrared CCTV cameras with AI technologies. This combination allows for intelligent monitoring, where cameras can detect and alert on suspicious activities automatically. Utilizing machine learning algorithms enhances the ability to prevent incidents before they occur, marking a significant leap forward in security technology.
With increasing concerns over environmental sustainability, the durability and minimal environmental impact of infrared CCTV cameras are becoming more relevant. These cameras are designed to be energy-efficient and long-lasting, minimizing waste and reducing their ecological footprint. This focus on sustainability marks an essential step forward for the security technology industry.
As organizations evaluate their security investments, the cost-benefit analysis of infrared CCTV cameras becomes crucial. While the initial investment may be higher than traditional cameras, the long-term savings from reduced lighting costs and enhanced security measures often justify the expenditure. Additionally, their reliability in diverse conditions provides an added value that traditional systems may lack.
As technology advances, infrared CCTV cameras are increasingly becoming a staple in home security systems. Their ability to provide 24/7 surveillance without the need for external lighting makes them an attractive option for homeowners. With features like motion detection and remote access, they offer a comprehensive security solution that adapts to modern lifestyle needs.
In the retail sector, infrared CCTV cameras provide more than just security. They are now used for retail analytics, helping businesses understand customer behavior, track store traffic, and optimize layouts. This dual functionality enhances their value, offering both security and business intelligence capabilities, thereby optimizing the retail environment.
A deeper dive into the differences between traditional and infrared CCTV cameras reveals significant advantages for the latter in specific scenarios. Infrared cameras excel in low-light conditions and provide greater detail in thermal imaging, which can be crucial in environments where lighting cannot be adequately controlled. This comparison highlights the importance of choosing the right technology for specific security needs.
With rapid advancements in technology, infrared CCTV cameras are continually evolving. Innovations in sensor technology, image processing, and integration with IoT devices are enhancing their capabilities. These advancements ensure that the cameras remain at the forefront of security technology, providing robust solutions for the future.
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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 |
|
3.2mm |
409m (1342ft) | 133m (436ft) | 102m (335ft) | 33m (108ft) | 51m (167ft) | 17m (56ft) |
SG-DC025-3T is the cheapest network dual spectrum thermal IR dome camera.
The thermal module is 12um VOx 256×192, with ≤40mk NETD. Focal Length is 3.2mm with 56°×42.2° wide angle. The visible module is 1/2.8″ 5MP sensor, with 4mm lens, 84°×60.7° wide angle. It can be used in most of short distance indoor security scene.
It can support Fire detection and Temperature Measurement function by default, also can support PoE function.
SG-DC025-3T can be widely using in most of indoor scene, such as oil/gas station, parking, small production workshop, intelligent building.
Main features:
1. Economic EO&IR camera
2. NDAA compliant
3. Compatible with any other software and NVR by ONVIF protocol
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