Parameter | Details |
---|---|
Thermal Resolution | 384×288 |
Visible Resolution | 2560×1920 |
Focal Length | 9.1mm, 13mm, 19mm, 25mm |
Temperature Range | -20℃~550℃ |
Protection Level | IP67 |
Feature | Description |
---|---|
Color Palettes | 20 selectable modes like Whitehot, Blackhot |
Network Protocols | IPv4, HTTP, HTTPS, ONVIF |
Video Compression | H.264/H.265 |
Power | DC12V, PoE (802.3at) |
Based on authoritative manufacturing processes, Temperature Alarm Cameras undergo rigorous development stages to integrate thermal imaging with sophisticated surveillance algorithms. The cameras are crafted from robust materials, enhancing durability in extreme conditions. After assembly, each unit undergoes comprehensive testing to ensure precision in temperature detection and alert systems. The manufacturing incorporates advanced thermal detectors, ensuring accuracy and reliability. Quality control processes are stringent, involving performance evaluations simulating live scenarios to assure functionality. The final product exhibits robustness, reliability, and efficiency in monitoring temperature anomalies, a testament to the meticulous engineering process involved.
Utilizing Temperature Alarm Cameras expands applications across diverse fields, as reported in authoritative studies. In industrial settings, these cameras are pivotal for monitoring machinery, preventing overheating and potential equipment failure. Their role in fire detection is critical, providing preemptive alerts that could prevent catastrophic damage. In public health sectors, particularly during pandemics, these cameras offer non-contact temperature screening, a crucial feature for infection control. Energy management also benefits from these cameras by optimizing building insulation and identifying thermal leaks, leading to substantial energy savings. The strategic deployment of these cameras helps avert risks, enhancing operational safety and efficiency.
Our wholesale Temperature Alarm Cameras can detect up to 38.3km for vehicles and 12.5km for human targets, ensuring extensive surveillance coverage.
The cameras are designed to operate effectively in harsh conditions, including fog, smoke, and complete darkness, providing reliable monitoring regardless of weather.
Yes, with a precision detector, the cameras can identify subtle temperature variations, making them ideal for environments requiring detailed thermal analysis.
Yes, they are proficient in non-contact temperature screening, ideal for public health applications such as detecting fevers in pandemic situations.
They support a variety of alarms, including audible, visual, and network alerts, ensuring comprehensive notification systems for prompt responses.
The cameras support microSD cards up to 256GB, allowing extensive local storage of footage and data for prolonged surveillance needs.
Yes, OEM & ODM services are offered, allowing customization to meet specific requirements in different application scenarios.
Temperature Alarm Cameras are engineered for low power consumption, integrating efficient materials and technology, making them cost-effective in energy use.
They comply with ONVIF protocol and HTTP API, facilitating seamless integration with third-party security systems for centralized monitoring and control.
The cameras support encrypted data transmission protocols like HTTPS and RTSP, ensuring secure handling of sensitive surveillance footage and information.
Wholesale Temperature Alarm Cameras are revolutionizing security landscapes globally. Their integration of thermal imaging with intelligent alarm systems allows for unprecedented control and oversight in sensitive environments. As security threats evolve, these cameras offer real-time insights and alerts, facilitating proactive management of potential risks. With the capability to operate in all weather conditions, they ensure that surveillance is uninterrupted and reliable—critical for industries like healthcare, where monitoring conditions can save lives. Moving forward, the role of these cameras in smart city initiatives is anticipated to expand, showcasing their versatility and importance.
Thermal imaging technology embedded in Temperature Alarm Cameras has seen remarkable advancements, catering to diverse industry needs. Developments in detector sensitivity and image processing have enhanced clarity, making the detection of minor temperature changes more accurate. This evolution is driven by demands for improved safety in industrial and public spaces, with these cameras delivering innovative solutions. As technology progresses, future iterations are expected to further refine accuracy and integration capabilities, positioning these cameras as essential components in comprehensive security networks across the globe.
Investing in wholesale Temperature Alarm Cameras has significant economic implications. By enhancing safety and operational efficiency, they reduce costs associated with accidents and downtime. More businesses recognize the long-term savings and competitive edge gained by incorporating these systems. As the market expands, the initial investment is outweighed by returns in safety and energy efficiency. Moreover, businesses that prioritize security measures often enjoy enhanced reputation and trust, further supporting economic growth. The demand for these cameras is thus poised to increase as organizations seek comprehensive safety solutions.
Smart infrastructure initiatives are increasingly incorporating Temperature Alarm Cameras to enhance monitoring capabilities. These cameras provide crucial data that informs facility management and energy efficiency decisions, optimizing operations across sectors. In smart cities, they play a vital role in public safety, providing real-time alerts to emergency services, thus reducing response times. As cities worldwide move towards smarter infrastructures, the integration of these cameras becomes imperative, supporting the goals of sustainable development, efficient service delivery, and enhanced urban living conditions.
The global pandemic has spotlighted the need for effective non-contact health screening methods, with wholesale Temperature Alarm Cameras at the forefront of this demand. Their ability to quickly and accurately measure temperature makes them indispensable in crowded public spaces. While their use is prevalent in airports and hospitals, other sectors are beginning to adopt these technologies to ensure public safety and confidence. As public health concerns persist, these cameras will likely see expanded applications, playing a crucial role in health screening and contributing to controlling infectious diseases.
While the advantages of Temperature Alarm Cameras are clear, deployment can be challenging. Initial costs may deter small organizations, despite the eventual savings. Additionally, interpreting thermal data accurately requires skilled personnel to minimize false alarms. Maintenance and software updates are essential for optimal performance, demanding ongoing attention. However, these challenges present opportunities for innovation in cost-reduction strategies and user-friendly interfaces. As the market matures, solutions that address these barriers will likely emerge, making these cameras a staple in comprehensive security solutions.
Data privacy remains a prime concern in surveillance, particularly with advanced systems like Temperature Alarm Cameras. Manufacturers are focusing on encrypting data transmissions and ensuring secure storage solutions to protect sensitive information from breaches. Compliance with regulations such as GDPR highlights the industry's commitment to respecting privacy while enhancing security. As technology advances, balancing privacy and functionality will remain a focal point. The development of robust, transparent privacy policies is essential to maintain public trust and confidence in these surveillance systems.
Artificial intelligence is increasingly enhancing the capabilities of Temperature Alarm Cameras. By incorporating machine learning algorithms, these systems improve in real-time anomaly detection, reducing false positives and ensuring prompt, accurate alerts. AI enables predictive maintenance, anticipating system failures and optimizing camera performance. As AI technologies evolve, their integration with thermal imaging systems will lead to even more sophisticated surveillance solutions, offering unparalleled safety and efficiency benefits to various sectors on a global scale.
Wholesale Temperature Alarm Cameras contribute to environmental sustainability by optimizing energy use and identifying waste. In building management, these cameras detect thermal leaks, facilitating energy savings and reducing carbon footprints. Moreover, they allow non-intrusive monitoring in wildlife conservation efforts, aiding in the preservation of ecosystems. These applications demonstrate the dual role these cameras play in promoting safety and supporting environmental stewardship. Their continued development aligns with global sustainability goals, providing innovative solutions to contemporary challenges.
Savgood's commitment to staying at the forefront of market trends is evident in their advanced Temperature Alarm Cameras. By focusing on client needs and industry demands, they offer customized solutions that enhance safety and operational efficiency. Their cameras are designed with future needs in mind, allowing seamless upgrades and compatibility with emerging technologies. This adaptability ensures Savgood remains a leader in the security industry, providing reliable, cutting-edge solutions that meet the evolving demands of businesses and public institutions worldwide.
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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 |
|
9.1mm |
1163m (3816ft) |
379m (1243ft) |
291m (955ft) |
95m (312ft) |
145m (476ft) |
47m (154ft) |
13mm |
1661m (5449ft) |
542m (1778ft) |
415m (1362ft) |
135m (443ft) |
208m (682ft) |
68m (223ft) |
19mm |
2428m (7966ft) |
792m (2598ft) |
607m (1991ft) |
198m (650ft) |
303m (994ft) |
99m (325ft) |
25mm |
3194m (10479ft) |
1042m (3419ft) |
799m (2621ft) |
260m (853ft) |
399m (1309ft) |
130m (427ft) |
SG-BC035-9(13,19,25)T is the most economic bi-specturm network thermal bullet camera.
The thermal core is the latest generation 12um VOx 384×288 detector. There are 4 types Lens for optional, which could be suitable for different distance surveillance, from 9mm with 379m (1243ft) to 25mm with 1042m (3419ft) human detection distance.
All of them can support Temperature Measurement function by default, with -20℃~+550℃ remperature range, ±2℃/±2% accuracy. It can support global, point, line, area and other temperature measurement rules to linkage alarm. It also supports smart analysis features, such as Tripwire, Cross Fence Detection, Intrusion, Abandoned Object.
The visible module is 1/2.8″ 5MP sensor, with 6mm & 12mm Lens, to fit thermal camera’s different Lens angle.
There are 3 types of video stream for bi-specturm, thermal & visible with 2 streams, bi-Spectrum image fusion, and PiP(Picture In Picture). Customer could choose each trye to get the best monitoring effect.
SG-BC035-9(13,19,25)T can be widely using in most of thermal surveillance projects, such as intelligent tracffic, public security, energy manufacturing, oil/gas station, parking system, forest fire prevention.
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