Lwir Thermal Module

Product Main Parameters

Common Product Specifications

Product Manufacturing Process

The manufacturing process of the LWIR thermal modules by Savgood involves distinct phases including design, material selection, and precision assembly. The process starts with a thorough design phase, where specifications are tailored to meet the exact needs of the surveillance industry. Savgood employs cutting-edge technologies to ensure the highest quality in terms of performance and durability. Key materials, such as vanadium oxide for detectors and germanium for optics, are sourced to guarantee sensitivity and clarity in thermal detection. The final assembly integrates advanced signal processing units and detailed quality control measures, ensuring each product meets Savgood's stringent standards for export.

Product Application Scenarios

The SG-BC035-9T Series LWIR thermal modules are ideal for various applications across diverse industries. In security and surveillance, they provide robust perimeter monitoring solutions even in complete darkness or adverse weather conditions. In firefighting, they enable identification of hotspots through smoke, facilitating safe and effective fire management. The industrial sector benefits through equipment maintenance and thermal analysis, helping to prevent overheating and inefficiency. These modules are also applicable in search and rescue operations, where they aid in locating people in low visibility environments by detecting body heat.

Product After-Sales Service

Savgood offers comprehensive after-sales services including technical support, warranty coverage, and maintenance. Customers can access technical assistance via phone or email, ensuring swift resolution of any issues. Warranty policies protect against manufacturing defects, while maintenance services guarantee optimal performance over time.

Product Transportation

The SG-BC035-9T Series are securely packaged to prevent damage during transit. Savgood coordinates with reliable logistics partners to offer worldwide shipping, ensuring timely delivery to customers in multiple countries.

Product Advantages

The SG-BC035-9T Series stands out with its advanced LWIR thermal imaging technology, capable of functioning in diverse environmental conditions. The modules offer high-temperature accuracy, robust build quality, and seamless integration with multiple platforms, making them suitable for various industrial and defense applications.

Product FAQ

1. What is the resolution of the LWIR thermal module?

   The SG-BC035-9T features a 384×288 resolution, enabling detailed thermal imaging suitable for various applications.

2. Can the module operate in extreme weather?

   Yes, with an IP67 protection level, the module operates efficiently in extreme weather conditions.

3. What is the focal length range available?

   The module offers varying focal lengths from 9.1mm to 25mm, catering to different surveillance needs.

4. Does it support intelligent video surveillance features?

   Yes, the module supports intelligent video surveillance (IVS) features like tripwire and intrusion detection.

5. How many color palettes are supported?

   The module supports up to 20 color palettes, allowing for enhanced image customization and analysis.

6. Can the module detect temperature variations?

   Yes, it offers temperature measurement capabilities with an accuracy of ±2℃/±2%.

7. What is the power supply requirement?

   The module requires a DC12V±25% power supply and supports POE (802.3at) for flexible installation.

8. What are the main applications of this module?

   The module is widely used in security, firefighting, industrial monitoring, and search and rescue operations.

9. Is there a warranty on the thermal module?

   Yes, Savgood offers a warranty covering manufacturing defects, ensuring product reliability and customer satisfaction.

10. How can I obtain technical support?

    Technical support is available via email and phone, assisting with installation, troubleshooting, and maintenance.

Product Hot Topics

• Integration of LWIR thermal modules in smart city projects

  The integration of LWIR thermal modules in smart city projects is a topic of growing interest. These modules provide continuous monitoring capabilities, enhancing security and efficiency in urban environments. Their ability to function in low-light and challenging weather conditions makes them an ideal choice for critical infrastructure surveillance and public safety applications.

• The role of LWIR in modern firefighting techniques

  LWIR thermal modules play a crucial role in modern firefighting techniques, enabling first responders to locate fire sources and hotspots through smoke-filled environments. This technology improves the safety of firefighters by providing clear thermal visuals, helping them navigate and manage fire incidents more effectively.

• Advancements in LWIR technology for industrial monitoring

  Recent advancements in LWIR technology are transforming industrial monitoring. These modules offer precise temperature measurement and detection capabilities, aiding in predictive maintenance and minimizing equipment downtime. The capability to detect overheating components early helps prevent costly failures and enhances operational efficiency.

• Applications of LWIR modules in surveillance systems

  LWIR modules are integral to advanced surveillance systems, offering enhanced imaging in low-visibility conditions. Their use in border security, critical facility monitoring, and large-scale perimeter surveillance is increasing, providing reliable, around-the-clock security solutions.

• Cost implications of using LWIR optics in thermal modules

  The cost implications of using LWIR optics are a significant consideration in thermal module deployment. While the materials like germanium are expensive, their effectiveness in delivering clear thermal images and high sensitivity justifies the investment, particularly in mission-critical applications.

• The future of LWIR thermal modules in consumer electronics

  As technology progresses, LWIR thermal modules are expected to penetrate the consumer electronics market. Potential applications include enhancing safety and energy efficiency in smart home systems, where thermal sensors can detect heat loss, intruders, or malfunctioning appliances.

• Challenges in miniaturizing LWIR thermal modules

  Miniaturizing LWIR thermal modules presents several challenges, including maintaining image quality and sensitivity. Advances in wafer-level optics and microfabrication techniques are gradually overcoming these hurdles, creating opportunities for more compact and versatile thermal imaging solutions.

• Impact of environmental factors on LWIR performance

  Environmental factors such as atmospheric moisture and temperature variations can affect the performance of LWIR modules. Manufacturers like Savgood incorporate advanced signal processing and optics design to mitigate these impacts, ensuring reliable operation across various conditions.

• Comparing LWIR with other thermal imaging technologies

  Comparing LWIR with other thermal imaging technologies reveals its superior capability in detecting objects at or near room temperature. This makes it particularly effective in applications where subtle temperature variations need to be monitored, such as medical imaging and equipment diagnostics.

• Market trends in LWIR thermal module adoption

  Market trends indicate a growing adoption of LWIR thermal modules across industries due to their versatility and declining costs. Sectors like defense, automotive, and smart infrastructure are leading this trend, capitalizing on the enhanced imaging capabilities offered by LWIR technology.

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