Rapier 53IP Hybrid

Rapier 53IP ANPR Camera
Click to Enlarge

Contact Info

Tel : +44 333 800 3050

For any other information please fill in our enquiry form here

Download

Download PDF

WINNING HD ANPR PERFORMANCE

 
 
 
 
 
 

The Rapier 53IP 1.3Mpixel incorporates HD ANPR and SD overview cameras. The ANPR 1.3Mpixel high definition GigE camera module is synchronized to our innovative InfraRed (IR) pulsed LED designs. The 12 x Optical zoom overview Day/Night is used to provide a formidable ANPR/LPR camera solution for use in fixed site applications with multi-lane coverage and high speed traffic capabilities.

The Rapier 53IP provides up to 50 digital images per second at 1280 x 1024 pixel resolution without any compression of the video data or effects of analogue cabling. This means around 8 times more accurate information and recognition over a far wider field of view.

Rapier 53IP is available as a mono ANPR only camera or dual hybrid with a second IP Encoded SD colour 12 x optical zoom module for evidential image capture. Optional internal IR Units can provide 2 or 4 LED units to increase illumination.

 

Rapier 53IP has been designed to work in conjunction with our optional Rapier 50LX illumination unit that can be added to provide improved night-time overview images.

Rapier 53IP has been designed for ease of use in fixed applications with standard CCTV installation options for use on gantries, lamp posts and bridge.

REASONS TO BUY RAPIER 53IP HYBRID

MULTI-LANE – high resolution images providing excellent recognition
PERFORMANCE – best-in-class with fifty HD images per second
ILLUMINATION – pulsed illumination with control capabilities over network
ECONOMICAL – low power consumption but high light output
RUGGED – high grade metal enclosure with simple installation options
SEALED – hermetically sealed to IP68 for demanding physical environments
CONTROL – full control and feedback of cameras and IR settings
SLAVE ILLUMINATION – optional units for improved overview images at night
HD IP – GigE Ethernet connectivity for fully digital raw images