FLIR FB-695 Thermal Camera Module

FLIR FB-695 Thermal Camera Module

Overview

The FLIR FB-695 is a compact thermal camera module designed for integration into security and surveillance systems where thermal detection and analysis are required. This EU-certified module features a 4.9mm lens and 8.3Hz frame rate, making it suitable for applications requiring continuous thermal monitoring. The FB-695 delivers standardized thermal imaging output for systems integrators and OEMs developing custom thermal surveillance solutions.

When this is the correct choice

The FB-695 is the right choice when your system architecture requires an embedded thermal imaging module rather than a standalone camera. Integration into custom housings, multi-sensor platforms, or specialized mounting configurations benefits from the module-level form factor. Organizations deploying thermal detection for perimeter monitoring, equipment diagnostics, or fire detection applications will find the FB-695's thermal sensitivity and consistent frame delivery appropriate for 24/7 monitoring scenarios.

When to choose a different model

If your deployment requires a complete, standalone thermal camera with integrated housing, connectivity, and mounting hardware, consider a fully integrated thermal camera model instead of the module. Higher frame rate requirements (above 8.3Hz) or specialized lenses beyond 4.9mm may require evaluation of alternative thermal module options. Applications demanding visible light color video alongside thermal data should explore dual-sensor configurations.

Optics and field of view

The FB-695 incorporates a 4.9mm thermal lens, which establishes the module's field of view and detection distance characteristics. This focal length provides a moderate field of view suitable for medium-range thermal monitoring applications. The optical design is engineered for standard thermal wavelength transmission, ensuring consistent image quality across the operating temperature range. Lens selection at 4.9mm balances detection range with situational awareness for typical surveillance deployments.

Imaging performance and low light

Operating at 8.3Hz frame rate, the FB-695 delivers continuous thermal video suitable for real-time monitoring and event detection. Thermal imaging by nature provides consistent performance in complete darkness and adverse lighting conditions where visible-light cameras are limited. The module's thermal sensor captures radiant heat signatures independent of ambient light, making it effective for 24/7 surveillance, intrusion detection, and perimeter security applications where traditional night vision technologies fall short.

Analytics and edge capabilities

The FB-695 module outputs raw or processed thermal video data for downstream analysis. Integration with host systems enables thermal event detection, temperature monitoring, and motion analysis at the application level. Custom analytics can be deployed in the host platform to detect thermal anomalies, unauthorized intrusion, or equipment overheating. The module's thermal resolution and sensitivity support both detection-level and diagnostic-level thermal analysis depending on system requirements.

Video encoding and streaming

The FB-695 delivers thermal video output in formats compatible with standard thermal imaging pipelines. The 8.3Hz frame rate supports smooth video playback and real-time monitoring without excessive bandwidth consumption. Output specifications and encoding options depend on the host integration platform; consult integration documentation for supported video formats, bitrate targets, and streaming protocols specific to your deployment environment.

Network and security

As a module component, the FB-695 does not directly manage network connectivity or cybersecurity functions. Security implementation resides in the host system into which the module is integrated. Ensure the host platform implements secure firmware updates, secure boot, certificate-based authentication, and network segmentation appropriate to your operational security requirements. ONVIF compatibility and encryption standards should be verified at the system level rather than at the module level.

Environmental and durability ratings

The FLIR FB-695 is EU-certified, ensuring compliance with regional regulatory and safety standards. Operating temperature range, ingress protection, and mechanical durability depend on the host enclosure and mounting design. When specifying the FB-695 for outdoor, harsh environment, or industrial deployments, validate that your host platform provides appropriate environmental sealing, temperature control, and mechanical protection consistent with your site conditions.

Power and installation notes

The FB-695 module integrates into custom or OEM platforms, with power and signal connectivity defined by the host system architecture. Work with your integration partner to establish power budgets, thermal management, lens alignment, and optical path clearance. Module installation requires precise mechanical mounting to ensure accurate thermal imaging and prevent lens obstruction. Consult the host system documentation for pinout, power specifications, and signal interface requirements.

What is included

Contact us for package details.

Ted Perry

I've evaluated the FLIR FB-695 in several custom thermal integration projects, and it performs well in applications where thermal imaging must be embedded into larger systems. The 4.9mm lens and 8.3Hz frame rate hit a practical middle ground for continuous thermal surveillance without requiring excessive processing overhead. The module-level design is a significant advantage if you're building a multi-sensor platform or integrating thermal detection into equipment-specific housings.

Technical Highlights:

• Thermal detection independent of lighting: The FB-695 operates effectively in complete darkness and adverse weather, where visible-light cameras are ineffective.
• Standardized 8.3Hz delivery: Frame rate is sufficient for real-time monitoring and thermal event detection without excessive data generation.
• Module form factor: Purpose-built for integration into OEM platforms, custom enclosures, and multi-sensor arrays.

Deployment Considerations:

• Validate host system specifications for power delivery, signal conditioning, and thermal management before final integration.
• Plan optical path design carefully; thermal lens alignment and obstruction-free windows directly affect image quality.
• EU certification simplifies regional compliance, but system-level security and network standards remain the responsibility of the host platform.

If your architecture calls for a thermal imaging module that can be built into a custom platform, the FB-695 delivers reliable thermal performance. Confirm host system compatibility and integration support before procurement to ensure smooth deployment.