Vari­oCAM HD Z security

Detector Format
High resolution thermal images for monitoring large areas

Focal Length
High-performance zoom lens with 25 to 150 mm focal length

Detection Range
Detection of vehicles and persons at very large distances, up to 12.8 km

Protective Housing
Robust metal housing of various protection classes to a wide range of environmental conditions

GigE Vision compatible
Standard interface for reliable integration of the camera into the existing process environment

Unlimited Flexibility in Thermal Imaging with Zoom
Motorized zoom lenses in general

• Motorized zoom lenses in general
• Radiometric zoom lens specialties
• Specific motorized zoom camera advantages
• Applications for infrared zoom cameras in detail

Features of Vari­oCAM® HD Z security
The high-resolution infrared camera system VarioCAM® HD Z security by InfraTec is the world’s first commercially available radiometric thermal imaging camera providing a motorised 6× infrared zoom lens for the spectral range of (7.5 … 14) μm. Equipped with an uncooled FPA detector, it provides brilliant 16 bit thermal images of the highest quality with (1,024 × 768) IR pixels. This combination of HD format thermal images and the enormously efficient zoom lens opens the door to surveillance and monitoring tasks across medium and long distances with an unprecedented attention to detail for users – even in the case of adverse visual conditions and at night. The equipment with high-quality supplementary components, as for example ATEX-conform protective housings, pan-tilt heads as well as CCTV cameras, supports the efficient use of this system 24 hours a day.

Due to different equipment options, the system can be configured just as needed for various tasks: Automatic threshold detection and signalling as well as digital real-time image acquisition via Gigabit Ethernet are just two of the numerous camera functions. By interacting with the powerful IROD monitoring software, an efficient and easy-to-use 24/7 monitoring system is created, which can also be integrated into established network structures. The extremely robust system design allows low-service continuous operation over many years, even under adverse environmental conditions such as exposure to dust, humidity, heat and cold.