FLIR Systems DVT-9601-Pd IP Dome camera

Technical Specification

Features:
  • Make: FLIR Systems
  • Previously known as: DVTEL
  • Model code: DVT-9601-Pd
  • Series: SecureLink 9600 Series
  • Chip Inch Size: 1/4
Read more
Additional info:

The SecureLink 9600 and 9700 Series is a component of the Latitude NVMS. This series of IP based video and audio dome camera systems comes with full set of programmable features including day/night camera options with high infrared sensitivity for no-visible light applications. This series dome systems utilize IGMP multicast technology, which enables a single stream to be transmitted to multiple viewers on the network simultaneously.

Read more
Make FLIR Systems
Manufacturer FLIR Systems
Previously known as DVTEL
Category Video Surveillance>IP Dome cameras
Model code DVT-9601-Pd
Chip Inch Size 1/4
Color Type Color
Resolution TVL 704 x 576
Sensitivity lux 0.1
Dome Type Continuous Rotation
Pan Speed o/ sec 0.1 ~ 100
Tilt Speed o/ sec 0.1 ~ 100
Indoor/Outdoor Indoor
Mount Type Pendant
Focal length 4 ~ 88
Rotation Angleso 360 Pan / 0 ~ 90 Tilt angles
Presets 64
Compression MPEG-4
Zoom Ratio x22
Network Properties Interface: 10/100 Base-T Ethernet
Network Protocols: TCP/IP, UDP, RTCP, RTP, HTTP, IGMP, ICMP, ARP
Control: PTZ
Electrical Specifications Power Consumption: 21 W
Environmental Specifications Operating Temp oC: 0 ~ +50
Protection: IP66
Additional info The SecureLink 9600 and 9700 Series is a component of the Latitude NVMS. This series of IP based video and audio dome camera systems comes with full set of programmable features including day/night camera options with high infrared sensitivity for no-visible light applications. This series dome systems utilize IGMP multicast technology, which enables a single stream to be transmitted to multiple viewers on the network simultaneously.
Download PDF version Download PDF version

Related Whitepapers

14 Success Stories About How Video Technology Is Improving City Life

Empowering Cameras With AI

The Rise of Ethical Facial Recognition