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640x512 Resolution 15μm Pixel Size MWIR Camera Core for Long Range Monitoring Cooled Thermal Module

  • 640x512 Resolution 15μm Pixel Size MWIR Camera Core for Long Range Monitoring Cooled Thermal Module
Place of Origin Wuhan, Hubei Province, China
Brand Name SensorMicro
Certification ISO9001:2015; RoHS; Reach
Model Number GAVIN GC615MA
Minimum Order Quantity 1 Piece
Price Negotiable
Payment Terms T/T
Product Details
Size 142×58.5×80mm Weight ≤680g
Resolution 640x512 / 15μm NETD 16mK(F2); 18mK(F4)
Spectral Range 3.7~4.8μm MW Frame Rate 50Hz/100Hz
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MWIR Cooled Thermal Module 15um

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640x512 MCT Cooled Thermal Module
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Product Description
640×512 / 15μm MCT MWIR Cooled Thermal Module for Long Range Monitoring
Product Overview

The GAVIN GC615MA MWIR cooled infrared camera core features a self-developed 640×512/15μm MWIR detector and RS058 low-temperature stirling cryocooler. Equipped with advanced AI image algorithms, this product delivers excellent consistency and stability across all specifications, supporting large-scale reliable supply for diverse industrial applications.

Even in complete darkness or harsh weather conditions, the camera core provides clear thermal imaging and accurate detection of both distant threats and close-range details. Ideal for security, surveillance, and monitoring applications, the GAVIN GC615MA offers reliable technological support across various environments.

Main Features
Mainstream FPA, Broad Compatibility
  • Developed with 640×512/15μm MWIR cooled infrared detector for stable image quality
  • Integrated next-generation image algorithms including DRC, 2D/3D noise reduction, and EE (edge enhancement) for clearer imaging
High Reliability, High Sensitivity
  • Mid-wave cooled infrared ensures excellent versatility and consistency
  • High thermal sensitivity with NETD as low as 16mK
Easy Integration, Flexible Configuration
  • Cameralink video interface with RAW/YUV image data output
  • Multiple continuous zoom optical configurations available
Product Specifications
Model GAVIN GC615MA
Resolution 640×512
Pixel Size 15μm
Spectral Response 3.7μm±0.2μm～4.8μm±0.2μm
IR Detector NETD(23℃) 16mK(F2)
18mK(F4)
Frame Rate 50Hz/100Hz
Digital Zoom 1× to 8× continuous digital zoom
Image Direction Horizontally/Vertically/Diagonally Flip
Image Algorithm DRC, 2D/3D Image Noise Reduction, EE
Analog Video PAL/NTSC
Digital Video Standard: DVP/LVDS/USB2.0@50Hz
Option: Cameralink/USB3.0/GigE/SDI/HDMI/MIPI/Single-mode Optical Fiber/Multi-mode Optical Fiber
External Sync Standard: LV-TTL
Option: RS422/LVDS
Communication Standard: USB2.0/LV-TTL
Option: RS422/CAN/USB3.0/GigE
Power Supply 24V±4V
Steady Power Consumption(23℃) ≤10W
Cooling Time(23℃) ≤8min
Size(mm) 142×58.5×80
Weight(g) ≤680
Operating Temperature -40℃~+71℃
Lens Options Fixed focus: 25mm/F2
Continuous zoom: 30~240mm/F4, 15~300mm/F4, 45~450mm/F4, 35~690mm/F4, 32~730mm/F4
Industrial Applications

The GAVIN GC615MA thermal infrared camera module is widely used in many areas including NDT (Non-Destructive Testing), Environmental Monitoring, Long-Range Surveillance, Scientific Research, and more.

Frequently Asked Questions
Advantages of Optical Gas Imaging
  • Time-saving & Efficient: Supports large-scale real-time detection, rapid leak location without interrupting production
  • Long Range Detection: Operates from safe distances in dangerous and complex areas with non-contact, non-destructive testing
  • Easy to Analyze: Provides intuitive imaging with instant storage and convenient analysis capabilities
  • Multi-function Inspection: Detects various gases with excellent remote temperature measurement functionality
Working Principle of Optical Gas Imaging

Optical gas imaging is an infrared technology that visualizes invisible industrial gases. When gases absorb infrared radiation at specific wavelengths, they create infrared radiation differences compared to the background. The gas leak detection infrared detector with built-in narrowband filter receives only the infrared band near the gas infrared absorption peak, converting the gas into visible infrared images through the radiation difference between the gas and background.

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