FLIR Systems FC-618

 FLIR Systems FC-618  is an FC-Series 35 mm Thermal Camera. It is designed for high performance even when the camera is facing the rising or setting sun.

Overview
FLIR Systems FC-618 sets a new performance standard with Wide Dynamic Range. It is the latest, compact camera to use the proprietary Wide Dynamic Range Thermal image processing. Easy to installation and being reliable for long time, along with the high performance give the image detail needed for the threat detection and peak analytics overview. It is both IP67 and IP 66 rated. It is ONVIF compliant with its open IP standards for plug-and-play integration. The zooming power is upto 4x e-zoom. The focus range is athermalized and focus-free. It has a spectral range of 7.5 μm to 13.5 μm.

Specifications
FLIR Systems FC-618 has two independent channels of H.264, MPEG-4 & M-JPEG. FC-Series cameras are qualified beyond industry standard for survivability. Standard AGC corrections apply gray shades evenly across the temperature range in the scene, losing potentially vital image detail by wasting gray shades on areas of no thermal interest. It has 12 VDC, 24 VAC, and two POE power input for easy installation.

FC-618 18 Degree x 14 Degree 35 mm Thermal Cameras Features:

• WDR Thermal Video for industry-leading image quality in all conditions
• High-performance, all-weather, industrial-rated system
• 12 VDC, 24 VAC, and two POE power input options
• Simultaneous IP and analog video outputs along with IP and serial control interfaces for easy integration into IP networks or analog video environments; use them in an existing analog environment, and migrate easily to a future IP network
• Open IP standards for plug-and-play integration; ONVIF compliant
• Streaming digital video available in H.264, MPEG-4, or M-JPEG formats
• Advanced thermal image processing with Digital Detail Enhancement (DDE) for high-contrast images in dynamic thermal scenes

Wide Dynamic Range Thermal Video

Better Pictures for Better Protection:

WDR Thermal is made possible by a proprietary plateau histogram equalization image processing algorithm unique to FLIR cameras. Standard AGC corrections apply gray shades evenly across the temperature range in the scene, losing potentially vital image detail by wasting gray shades on areas of no thermal interest. FLIR’s plateau histogram equalization concentrates those gray shades on targets of interest, allowing effective imaging across a much wider dynamic range.