Eo/Ir Network Cameras

Product Main Parameters

Product Manufacturing Process

The manufacturing process of EO/IR network cameras involves multiple stages to ensure high-quality performance and reliability. It starts with material selection, where high-grade components for both the electro-optical and infrared modules are chosen. These components undergo stringent quality checks before the assembly process. The electro-optical sensors and lenses are precisely aligned and calibrated to ensure optimal performance. For the infrared module, the thermal sensors are integrated and tested for sensitivity and accuracy. The combined EO/IR device is then subjected to rigorous testing under various environmental conditions to ensure durability and functionality. Advanced software algorithms for auto-focus, image enhancement, and analytics are embedded into the system. Finally, each unit undergoes a comprehensive quality assurance process before packaging and shipment to ensure that it meets the highest standards of performance and reliability.

Product Application Scenarios

EO/IR network cameras are versatile tools used in a wide range of applications. In security and surveillance, they are essential for border security, urban monitoring, and critical infrastructure protection. These cameras can operate 24/7, providing high-resolution images and thermal readings, which are crucial for detecting unauthorized activities or potential threats. In military and defense, they are used for reconnaissance, targeting systems, and perimeter security, offering superior situational awareness and operational effectiveness. For industrial monitoring, EO/IR cameras are valuable in process monitoring and equipment maintenance, where they can detect temperature anomalies and prevent potential failures. In search and rescue operations, these cameras are indispensable for locating survivors in disasters and maritime environments, where visibility is compromised. The combination of electro-optical and infrared technologies ensures that these cameras deliver reliable performance in diverse and challenging conditions.

Product After-Sales Service

We provide comprehensive after-sales service for all our EO/IR network cameras. This includes technical support, software updates, and maintenance services to ensure your system remains functional and up-to-date. Our team of experts is available to assist with troubleshooting, repairs, and any other issues that may arise. We also offer training sessions to help you make the most of our products' capabilities.

Product Transportation

Our EO/IR network cameras are securely packaged and shipped to ensure they arrive in perfect condition. We use durable packing materials and work with reputable shipping companies to provide efficient and reliable delivery services. International shipments are handled with care to comply with customs regulations and ensure timely delivery.

Product Advantages

• 24/7 Operation: Round-the-clock surveillance in all lighting conditions.
• Enhanced Detection: Dual imaging technologies for superior situational awareness.
• Advanced Analytics: Embedded software for detailed image processing and event detection.
• Scalability: Easy integration into larger surveillance systems.

Product FAQ

1. What is the maximum resolution of the thermal module in the SG-DC025-3T?

   The thermal module has a maximum resolution of 256×192.

2. What type of image sensor does the visible module use?

   The visible module uses a 1/2.7” 5MP CMOS image sensor.

3. How far can the thermal camera detect?

   The detection range depends on the specific application, but it generally offers a broad field of view and precise thermal imaging up to several hundred meters.

4. What kind of lenses are used in the thermal module?

   The thermal module is equipped with a 3.2mm athermalized lens.

5. Can the SG-DC025-3T switch automatically between EO and IR modes?

   Yes, the camera can automatically switch between electro-optical and infrared modes based on ambient lighting conditions.

6. What protocols does the SG-DC025-3T support for integration?

   It supports ONVIF and HTTP API protocols for third-party system integration.

7. Does the camera have intelligent video surveillance functions?

   Yes, the camera supports IVS functions such as tripwire and intrusion detection.

8. Is the camera weatherproof?

   Yes, the camera has an IP67 protection level, making it suitable for various weather conditions.

9. What are the power requirements for the camera?

   The camera supports DC12V±25% and POE (802.3af).

10. How many users can access the live view simultaneously?

    Up to 8 channels can be accessed simultaneously for live view.

Product Hot Topics

1. Advantages of EO/IR Network Cameras in Border Security

   EO/IR network cameras provide robust surveillance capabilities needed for border security. Their dual imaging technology allows for high-resolution visible light imaging during the day and thermal imaging at night. This ensures that any unauthorized border crossings or suspicious activities can be detected promptly, regardless of the time of day. Additionally, their advanced analytics can alert security personnel to potential threats, making them an invaluable asset for maintaining national security.

2. How EO/IR Network Cameras Enhance Critical Infrastructure Protection

   Protecting critical infrastructure is a top priority for any nation. EO/IR network cameras play a crucial role in this by offering constant surveillance and monitoring capabilities. They can detect temperature anomalies that may indicate overheating in power plants, water facilities, or communication hubs. The high-resolution and thermal imaging capabilities ensure that potential issues are identified before they escalate, providing a reliable solution for infrastructure protection.

3. The Role of EO/IR Network Cameras in Urban Surveillance

   Urban surveillance is essential for public safety, and EO/IR network cameras are at the forefront of this initiative. These cameras provide real-time monitoring and can switch between day and night modes automatically. The combination of electro-optical and infrared imaging allows for detailed observation of city streets, parks, and other public areas, helping to detect and prevent crimes and ensuring the safety of residents.

4. EO/IR Network Cameras in Military Reconnaissance Missions

   In military operations, reconnaissance is vital for gathering intelligence and ensuring mission success. EO/IR network cameras offer superior imaging capabilities, both during the day and at night. Their ability to capture thermal signatures makes them indispensable in identifying targets and monitoring enemy movements. The advanced technologies embedded in these cameras provide military personnel with crucial information, enhancing situational awareness and operational effectiveness.

5. Enhancing Industrial Monitoring with EO/IR Network Cameras

   Industries require precise monitoring of their processes and equipment to ensure efficiency and safety. EO/IR network cameras provide the dual benefit of high-resolution imaging and thermal monitoring. This combination allows for the early detection of issues such as overheating, which can prevent equipment failures and avoid costly downtime. The ability to monitor both visual and thermal data ensures comprehensive coverage and enhances overall operational safety.

6. Using EO/IR Network Cameras in Search and Rescue Operations

   Search and rescue operations often take place in challenging environments where visibility is low. EO/IR network cameras are essential tools in these scenarios, offering thermal imaging capabilities to locate survivors in disaster areas or maritime environments. The ability to detect body heat in complete darkness or through smoke and debris makes these cameras invaluable for rescue teams. Their robust design ensures reliable performance in the most demanding conditions, ultimately saving lives.

7. EO/IR Network Cameras: A Solution for Night-Time Surveillance

   Traditional cameras often struggle with low-light conditions, but EO/IR network cameras overcome this limitation through infrared imaging. These cameras can capture detailed images even in complete darkness, making them ideal for night-time surveillance. Their automatic switching between electro-optical and infrared modes ensures continuous monitoring, providing reliable security solutions around the clock.

8. Integrating EO/IR Network Cameras into Existing Surveillance Systems

   The integration of EO/IR network cameras into existing surveillance systems enhances their capabilities significantly. These cameras support ONVIF and HTTP API protocols, making them compatible with third-party systems. This scalability allows for flexible deployment in various scenarios, from small setups to extensive surveillance networks. The advanced features such as auto-focus, image fusion, and intelligent analytics ensure that the integrated systems provide comprehensive and efficient monitoring solutions.

9. EO/IR Network Cameras for Maritime Surveillance

   Maritime environments present unique surveillance challenges, including low visibility and harsh conditions. EO/IR network cameras are well-suited for these settings, offering both visual and thermal imaging capabilities. They can detect vessels, monitor maritime traffic, and ensure the safety of offshore installations. The rugged design of these cameras ensures they withstand the challenging maritime conditions, providing reliable surveillance and enhancing maritime security.

10. The Future of EO/IR Network Cameras in Surveillance Technology

    As technology advances, EO/IR network cameras continue to evolve, offering even more sophisticated and effective surveillance solutions. Future developments may include higher resolution sensors, improved thermal imaging, and more advanced analytics capabilities. The integration of artificial intelligence and machine learning algorithms will enhance the ability to detect and analyze potential threats autonomously. These advancements will ensure that EO/IR network cameras remain at the forefront of surveillance technology, providing unparalleled performance and adaptability in various applications.

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