FLIR M364 Thermal Camera

Thermal imaging technology is a vital tool in surveillance and security, capturing thermal radiation from objects to generate images that provide information beyond what is visible to the naked eye. This technology finds extensive applications in security, offering reliable monitoring in darkness, low light, or adverse weather conditions. Therefore, understanding the principles and applications of thermal imaging technology is crucial in selecting suitable security equipment.

This review takes an in-depth look at the FLIR M364 thermal security camera, analyzing its features, image quality, design, ease of use, and overall value for those looking for a high-end thermal imaging solution. As a top model from FLIR, a leading manufacturer of thermal cameras, the FLIR M364 Thermal Camera promises excellent thermal imaging capabilities and video analytics for security and surveillance applications.

Overview

The FLIR M364 Thermal Camera is a high-resolution, gyro-stabilized thermal security camera designed for round-the-clock perimeter protection and surveillance. With 640x512 thermal resolution and a 24° x 18° field of view, it delivers crisp thermal video footage that makes it easy to identify people, objects, and events. The camera also features 8x e-zoom, WiFi connectivity, pan/tilt controls, and IP66 weatherproofing.

Key Features

• High 640x512 Thermal Resolution: The 640x512 sensor provides detailed thermal images and video. Small objects and people can be easily distinguished.

• Gyro Image Stabilization: Built-in gyro stabilization compensates for vibration and movement, keeping the image steady at all times.

• 24x7 Surveillance: With thermal imaging that sees in complete darkness, the FLIR M364 Thermal Camera provides 24/7 monitoring capabilities. It performs just as well at night as during the day.

• 360° Continuous Pan & +/-90° Tilt: The motorized pan-tilt design enables wide area coverage and tracking of moving objects.

• IP66 Weatherproof: With an IP66 rating, the FLIR M364 Thermal Camera is dust tight and can withstand high-pressure water jets from any direction. Ideal for outdoor operation.

Design

The FLIR M364 Thermal Camera features a rugged, utilitarian design well-suited for outdoor security applications. The IP66 rating ensures it can withstand dust, rain, and other extreme weather conditions. The all-metal camera housing feels sturdy and durable. At 10 lbs, the camera has enough weight to keep it stable during windy conditions. The black and gray color scheme blends well into security environments.

Image Quality

With its vanadium oxide uncooled microbolometer sensor, the FLIR M364 Thermal Camera produces crisp, detailed thermal images with excellent contrast. The 24° x 18° field of view provides a wide scene coverage. Objects as small as a human can be detected from over 215 yards away. The 8x e-zoom allows operators to zoom in on specific areas in greater detail. Overall, the 640x512 resolution paired with the gyro stabilization provides high quality thermal video for successful intruder detection.

Technical Parameter Analysis

Resolution

The resolution of a thermal imaging camera refers to its ability to differentiate the smallest temperature changes, typically measured in mK. A higher resolution enables the camera to capture finer temperature differences, thus providing clearer images. Therefore, resolution is an important consideration when selecting thermal imaging equipment.

Sensitivity

The sensitivity of a thermal imaging camera indicates the smallest temperature difference it can detect, usually measured in mK. A higher sensitivity allows the camera to detect smaller temperature variations. For applications requiring precise temperature measurements, high sensitivity is crucial.

Temperature Range

The temperature range of a thermal imaging camera refers to the range of temperatures it can detect. Different applications may require different temperature ranges. For example, some industrial applications may require monitoring at extremely high or low temperatures, while general security applications may only need monitoring within normal temperature ranges.

Ease of Use

FLIR designed the FLIR M364 Thermal Camera to be easy to install and operate. The camera can be wall mounted using the included hardware. It connects to a standard PoE switch via Ethernet, keeping wiring simple. The intuitive web interface allows users to manage video settings and analytics tools from any PC or mobile device. Pan/tilt controls can be accessed from a control pad or virtual joystick. Email and SMS alerts notify security personnel of triggers.

Applications

With its 24/7 surveillance capabilities, the FLIR M364 Thermal Camera excels at perimeter security and surveillance for facilities of all kinds. Its thermal imaging detects trespassers in any lighting conditions, making it ideal for monitoring remote areas or properties at night. Other applications include border protection, critical infrastructure security, and monitoring of pipelines, ports, airfields, and power plants. The camera can integrate with VMS and existing security systems.

Pros

• Great thermal imaging performance
• Steady image in rough seas
• Rugged and waterproof
• Flexible connectivity

Cons

• Expensive
• Bulky weight and size
• Some software issues reported

Value

The FLIR M364 Thermal Camera carries a premium price of around $13,000. Competing maritime thermal cameras with similar resolutions and features cost several thousand less. However, the FLIR M364 Thermal Camera’s superior gyro-based stabilization commands a premium. The stabilization technology results in vastly smoother video compared to competitors.

For large vessels, security operations, and other commercial users, the price is easily justified by the awareness and safety benefits. Having access to crisp thermal video in a stabilized gimbal is a huge advantage for navigation and security.

Even among recreational boaters, the FLIR M364 Thermal Camera delivers value for thosewanting best-in-class thermal capabilities. The safety benefits of enhanced vision at night and in bad weather make the FLIR M364 Thermal Camera worth stretching the budget. While not cheap, the capabilities equate to strong overall value for serious mariners.

Conclusion

With best-in-class thermal imaging, continuous pan/tilt, and onboard analytics, the FLIR M364 Thermal Camera is an excellent choice for 24/7 outdoor security applications. It provides wide area coverage, captures detail-rich video, and stands up to tough weather conditions over time. The high price tag is justified by the camera’s premium capabilities. Overall, the FLIR M364 Thermal Camera is a top-tier thermal security solution for critical infrastructure protection and perimeter surveillance.

Future Outlook

With ongoing technological advancements, thermal imaging technology is poised for broader application prospects. In the future, we can expect thermal imaging cameras to further expand their applications in fields such as medical diagnosis, autonomous driving, and environmental monitoring. With cost reductions and technological maturity, thermal imaging technology is poised to become a standard feature in more industries, creating safer and more convenient living and working environments for humanity.

Specifications

Imaging Performance

• Sensor: 640x512 VOx uncooled microbolometer
• Thermal sensitivity: <50 mK
• Field of view: 24° x 18°
• Continuous zoom: 4x e-zoom
• Frame rate: 30Hz or 9Hz

Mechanical

• Pan range: 360° continuous
• Tilt range: +/- 90°
• Stabilization: 3-axis gyro stabilization
• Ingress protection: IPX6

Interfaces

• Video out: NTSC/PAL
• Network video: Dual simultaneous H.264/MJPEG
• Control: Ethernet, RS-422
• Analytics: FLIR ClearCruise

Electrical

• Power input: 10-30VDC
• Power consumption: 41W typical, 56W max

Environmental

• Operating temperature: -25°C to 55°C
• Storage temperature: -30°C to 70°C
• Vibration: IEC60945
• Water ingress: IPX6
• Wind speed: 115 mph

What’s in the Box

• FLIR M364 Camera
• Mounting Bracket
• Power Supply
• Ethernet Cable
• Mounting Hardware
• Documentation

Setup and Use

The FLIR M364 Thermal Camera mounts on walls or poles using the included hardware. Installation takes 1-2 hours and may require an electrician for wiring the power supply. The camera connects to a standard PoE network switch via Ethernet. It can be configured through a web browser or FLIR’s sensor management software. For best performance, install under an eave or cover to protect from direct rain and sun. Position the camera for an optimal field of view of the area to monitor. Focus the lens and adjust the image settings for ideal clarity. Create motion detection zones and configuring alerts as needed.