FLIR Systems FC-625 O - 25MM, PAL, 8.3HZ thermal security camera

Technical Specification

Features:
  • Make: FLIR Systems
  • Model code: FC-625 O - 25MM, PAL, 8.3HZ
  • Series: FC-O Series
  • Resolution: 640 x 480 resolution
  • Digital (DSP): 1
Additional info:

The Elara™ FC-Series O thermal security camera is one of FLIR’s premium thermal security cameras for perimeter protection. The Elara FC-Series O integrates with external video analytics devices, such as FLIR’s TRK or third party solutions, to classify human or vehicular intrusions. The Elara FC-Series O also offers a wide range of high-performance lenses, with a choice of resolutions, offering greater flexibility for tailoring security systems to specific site conditions.

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Make FLIR Systems
Manufacturer FLIR Systems
Category IP Cameras products
Model code FC-625 O - 25MM, PAL, 8.3HZ
Series FC-O Series
Resolution: 640 x 480 resolution
Digital (DSP): 1
Specialist Type: Thermal
Auto Iris: 1
Direct Drive: 1
Focal Length mm: 25
Picture Elements HxV: 640 x 480
Signal Mode: PAL
Y/ C (Video Output): 1Vp-p (PAL or NTSC), 1 x BNC 75Ω
Compression Type: MJPEG, MPEG4
Electrical Specifications Voltage: 12 V DC
Power Consumption: 5.5 W
Network Properties Network Protocols: IPV4, HTTP, Bonjour, UPnP, DNS, NTP, RTCP, TCP, UDP, ICMP, IGMP, DHCP, ARP, SCP,FTP, RTP/RTSP, Unicast/Multicast, TCP/IP, HTTP, IEEE 802.1X
Physical Specifications Dimensions mm: 282 x 129 x 115
Weight g: 2,200
Environmental Specifications Protection: IP66, IP67
Operating Temperature oC: -50 ~ 70 C (-58 ~ 158 F)
Operating Humidity %: 0 ~ 95
Additional info

The Elara™ FC-Series O thermal security camera is one of FLIR’s premium thermal security cameras for perimeter protection. The Elara FC-Series O integrates with external video analytics devices, such as FLIR’s TRK or third party solutions, to classify human or vehicular intrusions. The Elara FC-Series O also offers a wide range of high-performance lenses, with a choice of resolutions, offering greater flexibility for tailoring security systems to specific site conditions.

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