AXIS FA1080-E Outdoor Thermal Sensor Unit with 2.2 mm Lens, 8.3fps – 02089-001

Description

Introducing the AXIS FA1080-E Outdoor Thermal Sensor Unit with a 2.2 mm Lens and 8.3 fps capability (model number 02089-001).
Elevate your surveillance with the AXIS FA1080-E, delivering the advantages of thermal imaging within a cost-effective reach. When paired with the AXIS FA54 Main Unit and advanced analytics like AXIS Fence Guard, this sensor unit ensures reliable detection of people, vehicles, and objects round the clock, irrespective of lighting conditions or concealment attempts.
Key Features:
– Continuous thermal detection
– Versatile multi-channel configuration options
– Two lens variants to suit your needs
– Compatible with AXIS FA54 Main Unit
– Weather-resistant, low-profile design for outdoor use
Utilize thermal imaging to safeguard your property effectively. AXIS FA1080-E generates images based on the heat emitted by objects, vehicles, or individuals, offering dependable performance even in challenging lighting situations. Combine Axis analytics like AXIS Motion Guard and AXIS Loitering Guard to establish a comprehensive perimeter protection solution.
Merge thermal and visual imaging seamlessly by configuring the sensor unit in single or multi-channel setups as per your surveillance requirements. With the ability to integrate up to four sensor units and the AXIS FA54 Main Unit, you can mix thermal and visual cameras, enhancing intruder detection efficiency.
Compact and discreet in design, the AXIS FA1080-E can be discreetly installed in various settings. Combined with the AXIS FA54 Main Unit, it supports essential features including Zipstream, HDMI connectivity, audio I/O, and four configurable I/O ports for external device integration.
Please note that the AXIS FA1080-E requires AXIS FA54 Main Unit firmware version 9.30 or later for operation.
Lens Options:
– 2.2 mm lens: 63? field of view for wider coverage
– 4 mm lens: 36? field of view for longer detection distances
Ensure optimal surveillance results with precise distance calculations based on lens configuration, providing an enhanced viewing experience tailored to your specific needs.