FLIR FC-369 Thermal Camera Module

FLIR FC-369 Thermal Imaging Camera Module

Overview

The FLIR FC-369 is a compact thermal imaging camera module designed for integration into security systems, surveillance applications, and thermal monitoring solutions. This model delivers reliable thermal detection with a 9mm lens configuration operating at 30Hz, providing consistent thermal image acquisition for professional deployment environments. The FC-369 is engineered for system integrators and OEMs who require a dedicated thermal imaging solution without unnecessary bulk or complexity.

When this is the correct choice

The FC-369 is ideal when your project requires thermal imaging integration into modular or compact surveillance architectures. Choose this camera for applications demanding continuous thermal monitoring in controlled or semi-controlled environments where a 9mm focal length aligns with your field-of-view requirements. The 30Hz refresh rate supports real-time thermal monitoring without requiring high-speed thermal analysis. This module is particularly suitable for security integrators building custom thermal surveillance systems or OEMs embedding thermal capabilities into larger platforms.

When to choose a different model

If your deployment demands variable zoom capability, consider FLIR models offering varifocal or telephoto thermal lenses. For applications requiring frame rates exceeding 30Hz, evaluate higher-speed thermal modules. If your environment demands extreme compact form factors or ultra-lightweight solutions, consult the FLIR product matrix for specialized configurations. Similarly, if your project requires advanced on-board analytics or extensive video encoding options, examine FLIR models with integrated processing capabilities.

Optics and field of view

The FC-369 features a fixed 9mm thermal lens, establishing a defined field of view suitable for mid-range monitoring applications. The 9mm configuration balances coverage width with target definition, allowing operators to monitor moderate areas while maintaining sufficient thermal signature clarity for detection and identification tasks. This focal length is standard in compact thermal modules and integrates efficiently into confined mounting spaces typical of integrated surveillance systems.

Imaging performance and low light

Operating as a thermal imaging device, the FC-369 delivers infrared imaging independent of visible light conditions. Thermal imaging eliminates reliance on illumination, providing consistent performance in complete darkness, fog, smoke, and other low-visibility scenarios where visible-light cameras fail. The 30Hz frame rate ensures smooth thermal video acquisition, capturing thermal dynamics with temporal clarity adequate for monitoring and alert triggering in real-time surveillance workflows.

Analytics and edge capabilities

The FC-369 functions as a thermal image source module. Analytics capabilities depend on downstream processing platforms where thermal data is streamed or recorded. Integration with FLIR software ecosystems, third-party thermal analysis platforms, or VMS solutions enables temperature trending, thermal alarm thresholds, and anomaly detection based on the thermal imagery the FC-369 provides. Confirm compatible analysis software during system architecture planning.

Video encoding and streaming

The FC-369 outputs thermal image data at 30Hz. Encoding specifications and streaming protocols depend on the interface and host system architecture. Consult detailed technical documentation or contact FLIR directly regarding specific output formats, data rates, and compatibility with your chosen integration platform or frame grabber hardware.

Network and security

As a camera module, the FC-369 integrates into broader system security via the host platform managing data transmission and storage. Ensure your integration architecture includes secure data handling, encrypted transport, and access controls appropriate to your security posture. FLIR modules are often integrated with ONVIF-compatible systems; verify compatibility with your chosen VMS or recording infrastructure.

Environmental and durability ratings

The FC-369 is designed for integration into enclosures and mounting solutions that provide environmental protection. Confirm housing specifications and ingress protection (IP) ratings based on your chosen mechanical integration. Consult the integration specifications for operating temperature ranges, humidity tolerance, and shock/vibration ratings of the complete assembly.

Power and installation notes

Power requirements for the FC-369 depend on the host interface and integration method. USB, Gigabit Ethernet, or proprietary thermal module connectors may apply depending on configuration. During procurement, specify the exact interface type and request detailed pinout documentation to ensure seamless integration with your control electronics and power distribution architecture.

What is included

Contact us for package details.

Karl Wilson

As a systems engineer who has specified thermal modules across facility monitoring and security projects, I've found the FLIR FC-369 a reliable choice when thermal imaging needs to integrate into compact, modular surveillance platforms. The 9mm lens and 30Hz performance sit squarely in the practical range for most indoor and protected outdoor monitoring. The key to successful deployment is planning your host platform and enclosure strategy early—the FC-369 is the sensor; your integration approach determines robustness and field longevity.

Technical Highlights:

• Fixed 9mm Thermal Lens: Established field of view for mid-range thermal monitoring without variable zoom complexity
• 30Hz Frame Rate: Smooth thermal video acquisition adequate for real-time monitoring and thermal event detection
• Thermal Imaging Core: Infrared-based detection independent of visible light, performing across complete darkness and adverse weather

Deployment Considerations:

• Confirm your host platform's interface support and thermal data handling capability before final procurement
• Plan mechanical integration and environmental enclosure to meet your operating temperature, humidity, and ingress protection targets
• Integrate with compatible thermal analysis or VMS software to realize analytics and alerting based on thermal imagery

The FC-369 performs best when integrated into purpose-built thermal surveillance architectures where you control the complete data path from sensor to storage and analysis. If your project demands an industrial-grade thermal imaging module without excessive cost or complexity, this is a solid technical choice. Specify your exact interface requirements and integration timeline early to avoid procurement delays.