Hanwha Vision SLA-T1080FA pinhole fisheye sensor unit with 2MP image sensor, 1.6mm fixed focal lens, WDR and 1080p resolution for use with PNM-9000QB remote unit

Overview of the Hanwha Vision SLA-T1080FA fisheye sensor unit

• Captures HD video in 1080p and 720p resolutions
• 1.6mm fixed focal lens for fisheye overviews
• 187° horizontal field of view, with 113.9˚ vertical
• Pinhole form factor for unobtrusive monitoring
• For use with Hanwha Vision PNM-9000QB remote unit

This modular sensor can be installed in the tightest of spots and is compatible with the PNM-9000QB remote head unit, enabling wide angle scene coverage. Featuring a 1.6mm fisheye fixed focal lens, it captures high-definition images up to 1080p with a 187° horizontal field of view. The detachable cable allows the sensor to be discreetly mounted up to 8m away from the base unit. Areas with shadows or contrasting light levels are optimised by WDR to ensure objects aren't obscured from view, with full colour images being produced in light levels as low as 0.03 lux.

This lens can be flush-mounted into a wall, ceiling or panel by drilling an appropriate hole and using the included locking nut. Due to its pinhole form factor, this sensor provides a neat solution to non-invasive monitoring in applications such as banks and door entry systems where a traditional CCTV camera may not be suitable.

Please note: This sensor is designed to be used alongside the Hanwha Vision PNM-9000QB remote unit, it cannot be used as a standalone product.

Example Use Cases

• General security - retail stores, banks, cashier desks, ATMs - reduce shrinkage, enforce procedure compliance, monitor threats such as break-ins and aggressive behaviour, capture vital evidence of potential crimes
• High security facilities - monitor interrogation rooms and confined areas without causing stress to individuals
• Healthcare - monitor wellbeing of patients and staff behaviour

Accessories included

• Sensor unit
• Installation guide
• Locking nut
• 8m detachable cable
• RJ12 connector