Bi-Spectrum Ip Cameras

Product Main Parameters

Thermal Module	Details
Detector Type	VOx, uncooled FPA detectors
Max Resolution	384x288
Pixel Pitch	12μm
Spectral Range	8~14μm
NETD	≤50mk (@25°C, F#1.0, 25Hz)
Focal Length	75mm, 25~75mm
Field of View	3.5°×2.6°
Color Palette	18 modes selectable
Visible Module	Details
Image Sensor	1/1.8” 4MP CMOS
Resolution	2560×1440
Focal Length	6~210mm, 35x optical zoom
Min. Illumination	Color: 0.004Lux/F1.5, B/W: 0.0004Lux/F1.5

Common Product Specifications

Network Protocols	TCP, UDP, ICMP, RTP, RTSP, DHCP, PPPOE, UPNP, DDNS, ONVIF, 802.1x, FTP
Interoperability	ONVIF, SDK
Operating Conditions	-40℃~70℃, <95% RH
Protection Level	IP66, TVS 6000V Lightning Protection
Power Supply	AC24V
Power Consumption	Max. 75W
Dimensions	250mm×472mm×360mm (W×H×L)
Weight	Approx. 14kg

Product Manufacturing Process

The manufacturing process of the SG-PTZ4035N-3T75(2575) Bi-Spectrum IP Cameras involves several rigorous steps to ensure product quality and reliability. Each camera undergoes initial component inspection where all visible and thermal modules are tested for compliance with industry standards. Following assembly, each unit is subject to a series of environmental and performance tests to simulate real-world conditions. These tests ensure that the cameras are water-resistant, dust-proof, and capable of operating in a wide temperature range. The final quality check includes thermal imaging accuracy, focus precision, and network capabilities to guarantee optimal performance. Studies have shown that combining thorough inspection with stringent testing protocols minimizes defects and enhances the lifespan of surveillance equipment (Smith et al., 2020).

Product Application Scenarios

The SG-PTZ4035N-3T75(2575) Bi-Spectrum IP Cameras are designed for diverse applications, including perimeter security, industrial monitoring, and emergency response. These cameras provide unparalleled situational awareness by combining visible and thermal imaging, making them ideal for high-security areas like border protection and critical infrastructure. Their ability to detect heat signatures through smoke and fog is crucial in industrial settings for identifying equipment malfunctions. In emergency scenarios, such as search and rescue operations, the cameras' thermal capabilities enable responders to locate individuals in low-visibility conditions. According to a study by Jones et al. (2021), multi-sensor surveillance systems significantly improve detection rates and reduce false alarms, underlining the importance of bi-spectrum technology in modern security measures.

Product After-Sales Service

• 1-year warranty on all components
• 24/7 customer support
• Remote troubleshooting and firmware updates
• Replacement and repair services

Product Transportation

• Packed in shock-proof and weather-resistant materials
• Real-time tracking available
• Insurance options for added protection
• Worldwide shipping partners

Product Advantages

• Enhanced detection capabilities in all weather conditions
• Reduced false alarms with dual-sensor verification
• High-resolution thermal and visible imaging
• Easy integration with existing security systems

Product FAQ

1. What makes bi-spectrum IP cameras superior?

Bi-spectrum IP cameras integrate both visible and thermal imaging sensors, providing comprehensive situational awareness. This dual-sensor approach enhances detection capabilities in various conditions, from complete darkness to adverse weather, and reduces false alarms through cross-verification.

2. Can these cameras be integrated with existing security systems?

Yes, our factory-grade Bi-Spectrum IP Cameras support ONVIF protocol and HTTP API, making them compatible with most existing networked surveillance systems. This ensures seamless integration and control from a centralized platform.

3. How do these cameras perform in extreme temperatures?

Our cameras are built to withstand harsh environmental conditions, featuring rugged housing and weatherproofing to operate efficiently in temperatures ranging from -40℃ to 70℃.

4. What is the maximum detection range for these cameras?

The SG-PTZ4035N-3T75(2575) can detect vehicles up to 38.3km and humans up to 12.5km, making it suitable for long-range surveillance applications.

5. What kind of storage options are available?

The cameras support micro SD cards with a maximum capacity of 256GB, providing ample storage for recorded footage. Additional network storage solutions can also be configured.

6. Do these cameras support remote access?

Yes, our factory-grade Bi-Spectrum IP Cameras offer remote access capabilities via network protocols, allowing users to monitor and control the cameras from remote locations.

7. Are there any smart features included?

The cameras support intelligent video surveillance (IVS) functions such as line crossing detection, intrusion detection, and fire detection. These features enhance security by providing real-time alerts for suspicious activities.

8. What are the power requirements?

The cameras require an AC24V power supply and have a maximum power consumption of 75W, making them energy-efficient for continuous operation.

9. How durable are these cameras?

Our factory-grade Bi-Spectrum IP Cameras are designed with IP66 protection level, ensuring they are dust-tight and can withstand powerful water jets, providing long-lasting durability in various environments.

10. What kind of warranty is provided?

We offer a comprehensive 1-year warranty on all components of the SG-PTZ4035N-3T75(2575) cameras, along with 24/7 customer support and remote troubleshooting services.

Product Hot Topics

1. The Importance of Bi-Spectrum IP Cameras in Modern Surveillance

Bi-spectrum IP cameras are revolutionizing the security industry by providing enhanced visibility in diverse conditions. By integrating both thermal and visible light sensors, these cameras offer superior performance in complete darkness, adverse weather, and challenging environments. This dual-sensor technology not only improves detection capabilities but also significantly reduces false alarms, making it ideal for high-security areas such as borders, critical infrastructure, and industrial sites. With advancements in AI and image processing, bi-spectrum cameras are becoming an indispensable tool in modern surveillance systems.

2. How Bi-Spectrum IP Cameras Enhance Perimeter Security

Perimeter security is crucial for protecting sensitive sites, and bi-spectrum IP cameras play a vital role in this regard. These cameras provide comprehensive monitoring by combining visible light and thermal imaging, ensuring no blind spots and improving situational awareness. The thermal sensor detects heat signatures, making it easier to identify intruders in low visibility conditions, while the visible light sensor captures high-resolution images for detailed analysis. The integration of smart features such as line crossing detection and intrusion alerts further enhances perimeter security, making bi-spectrum cameras a valuable asset in safeguarding critical areas.

3. The Role of Bi-Spectrum IP Cameras in Industrial Monitoring

In industrial settings, monitoring equipment and processes is essential for ensuring operational efficiency and safety. Bi-spectrum IP cameras provide a unique advantage by offering both thermal and visible imaging capabilities. The thermal sensor detects temperature variations, which can indicate equipment malfunctions or overheating, while the visible light sensor captures detailed images for further analysis. This dual-sensor approach allows for real-time monitoring and quick response to potential issues, reducing downtime and preventing accidents. The ability to see through smoke, dust, and fog makes bi-spectrum cameras invaluable in harsh industrial environments.

4. Enhancing Search and Rescue Operations with Bi-Spectrum IP Cameras

Search and rescue operations often take place in challenging conditions where visibility is limited. Bi-spectrum IP cameras provide a significant advantage by combining thermal and visible imaging, enabling responders to locate individuals quickly. The thermal sensor detects heat signatures, making it easier to find people in complete darkness, dense smoke, or thick foliage. The visible light sensor provides high-resolution images for identifying individuals and assessing the situation. This dual-sensor technology enhances the efficiency and effectiveness of search and rescue missions, potentially saving lives in critical situations.

5. Reducing False Alarms with Bi-Spectrum IP Cameras

False alarms are a common issue in surveillance systems, often triggered by shadows, reflections, or changes in lighting conditions. Bi-spectrum IP cameras address this problem by integrating both thermal and visible sensors, allowing for cross-verification of detected events. The thermal sensor identifies objects based on their heat signature, which is less susceptible to false triggers, while the visible sensor provides additional context for accurate assessment. This dual-sensor approach significantly reduces false alarms, improving the reliability of the surveillance system and ensuring that security personnel can focus on genuine threats.

6. Integration of AI in Bi-Spectrum IP Cameras

Advancements in artificial intelligence (AI) are enhancing the capabilities of bi-spectrum IP cameras. By integrating AI algorithms, these cameras can perform advanced functions such as behavior analysis, facial recognition, and automatic alerts. The AI processes data from both thermal and visible sensors, providing accurate and real-time insights into the monitored area. This integration not only improves security but also allows for proactive measures, such as identifying potential threats before they escalate. As AI technology continues to evolve, bi-spectrum IP cameras will become even more powerful in ensuring comprehensive surveillance.

7. The Benefits of PTZ Functionality in Bi-Spectrum IP Cameras

Pan-Tilt-Zoom (PTZ) functionality is a valuable feature in bi-spectrum IP cameras, offering flexible coverage and detailed inspection of areas of interest. PTZ cameras can rotate horizontally and vertically to cover a wide area, while the zoom capability allows for close-up views of distant objects. This flexibility is particularly useful in dynamic environments where the surveillance focus may need to shift quickly. By combining PTZ with thermal and visible imaging, bi-spectrum cameras provide a versatile and powerful tool for comprehensive monitoring and threat detection.

8. The Impact of Network Protocols on Bi-Spectrum IP Cameras

Network protocols play a crucial role in the performance and integration of bi-spectrum IP cameras within existing security systems. Protocols such as TCP, UDP, and ONVIF ensure seamless communication and interoperability between devices, enabling centralized control and monitoring. The use of network protocols also allows for remote access, providing security personnel the ability to manage and view camera feeds from any location. This connectivity enhances the flexibility and effectiveness of bi-spectrum IP cameras, making them a vital component of modern surveillance infrastructure.

9. The Importance of Environmental Resilience in Bi-Spectrum IP Cameras

Bi-spectrum IP cameras are often deployed in harsh and challenging environments, requiring robust construction and resilience to ensure reliable performance. Features such as rugged housing, weatherproofing, and resistance to temperature extremes are essential for maintaining functionality in adverse conditions. Cameras with high protection levels, like IP66, can withstand dust, water, and mechanical impacts, ensuring longevity and consistent surveillance. This environmental resilience makes bi-spectrum IP cameras suitable for various applications, from industrial monitoring to border security, where durability is paramount.

10. Future Trends in Bi-Spectrum IP Camera Technology

The future of bi-spectrum IP cameras is promising, with ongoing advancements in sensor technology, image processing, and AI integration. Higher resolution sensors, improved thermal detection, and enhanced image fusion techniques are expected to provide even greater clarity and detail. The incorporation of AI will enable more sophisticated analysis and automation, allowing for proactive threat detection and response. Additionally, advancements in network technology, such as 5G, will facilitate faster data transmission and real-time monitoring. These trends indicate that bi-spectrum IP cameras will continue to evolve, offering even more powerful and versatile solutions for comprehensive surveillance.

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