Heat Sensing Camera

Product Main Parameters

Common Product Specifications

Product Manufacturing Process

The manufacturing of factory-grade heat sensing cameras is a meticulous process that integrates advanced materials and precision engineering. The selection of high-quality vanadium oxide for the uncooled focal plane arrays is critical due to its sensitivity in detecting infrared radiation. Lenses are carefully athermalized to ensure consistent focus across temperature variations. Sophisticated algorithms are embedded into the devices to enhance image processing capabilities. Rigorous testing is conducted to ensure each camera meets stringent industry standards for reliability and performance in diverse environmental conditions.

Product Application Scenarios

Factory heat sensing cameras play a pivotal role in multiple sectors. In industrial settings, they aid in predictive maintenance by identifying overheated components, thus preventing potential failures. In security, their ability to provide imagery in total darkness or through smoke and fog ensures reliable surveillance. Additionally, they are invaluable in search and rescue operations, where detecting heat signatures can lead to quick localization of survivors. The versatility of these cameras in varied scenarios highlights their indispensable nature for safety and efficiency enhancements.

Product After-Sales Service

Our factory provides comprehensive after-sales support including a 2-year warranty, technical support, and troubleshooting services. We offer repair and replacement options to ensure continuous customer satisfaction. Customers can access a dedicated support line for inquiries and receive updates on software upgrades to maintain optimal camera performance.

Product Transportation

The cameras are packaged in robust, shock-resistant materials to ensure safe transportation. We collaborate with reputable logistics partners to guarantee timely delivery and provide tracking information for customer convenience.

Product Advantages

• Exceptional thermal sensitivity for precise heat detection.
• Advanced analytics features such as fire detection and temperature measurement.
• Rugged design suitable for harsh environments.

Product FAQ

• What is the maximum detection range of the camera? The factory-grade heat sensing camera can detect vehicles up to 38.3 km and humans up to 12.5 km, depending on lens configurations.
• Can the camera operate under extreme weather conditions? Yes, the camera is designed to function in temperatures ranging from -40℃ to 70℃ with an IP67 protection level.
• How is the camera powered? It can be powered via DC12V±25% or through Power over Ethernet (POE) 802.3at.
• Is the camera compatible with third-party systems? Yes, it supports ONVIF protocol and HTTP API for seamless integration.
• What storage options are available? The camera supports Micro SD cards up to 256GB for local storage.
• Does the camera support audio functions? Yes, it features bi-directional audio with 1 audio input and 1 output.
• What types of alarms does the camera support? It offers support for network disconnection, IP conflicts, SD card errors, and intrusion detection.
• How is temperature measured? The camera provides point, line, and area measurement with ±2℃/±2% accuracy.
• Does the camera offer any smart features? Yes, it includes tripwire and intrusion detection, as well as fire detection capabilities.
• Is technical support available post-purchase? Our factory provides reliable technical support and offers troubleshooting assistance to all our customers.

Product Hot Topics

• Industrial Surveillance with Factory Heat Sensing Cameras - The integration of factory-grade heat sensing cameras in industrial environments is revolutionizing surveillance. These cameras provide continuous monitoring by detecting heat signatures even in the darkest conditions. Their ability to withstand harsh weather while delivering precise imaging makes them indispensable in industrial surveillance. In areas where traditional cameras fail, thermal sensors step in to offer clear and reliable imaging, thus enhancing security and operational efficiency.
• Advancements in Thermal Imaging Technology - Recent advancements in thermal imaging technology have enhanced the performance and affordability of factory heat sensing cameras. Improved sensor resolution and new image processing algorithms have paved the way for wider adoption across different sectors. With the continuous evolution of this technology, expectations are set for its integration into everyday devices, transforming how heat is detected and managed across various fields.

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