Intrusion sensors. We listened to you

Transcription

1 Intrusion sensors We listened to you

2 Advanced technology, makes it a simple choice Whether you choose Passive Infrared (PIR), Dual or Vector technology, our motion sensors have a number of intrinsic advantages: Superior Coverage Our highly advanced mirror optics give great volumetric coverage, ensuring that no intrusion attempt is missed. Superior false alarm immunity Advanced Digital Signal Processing means better detection and fewer false alarms. Dual and Vector technology gives peace of mind, particularly in harsh environments. Superior protection against sabotage Highly sophisticated anti-masking technology helps thwart any attempt to sabotage the detectors. Lower power consumption Our motion sensors are designed for low power consumption. Freedom of installation Our sensors tolerate wall-angle deviation and different mounting heights. No sensitivity adjustment is needed for shorter distances and coverage will be only partially blocked by objects We derive our expertise from the acquisition of Aritech, a company with over 25 years of experience in mirror optic design. Aritech sensors are used in the world s most high-profile locations. Advanced e-motion technologies

3 Superior Mirror Optics The power of precision Our extremely advanced and sophisticated mirror optics make it the industry leader. These optics, coupled with unique signal processing, make our motion sensors more sensitive and enhance their stability in challenging environments. This ensures reliable detection. In a pioneering move, we have combined both step focus and gliding focus optical systems in a single-mirror design, resulting in a powerful hybrid optical system. The gliding focus principle means each mirror segment creates a continuous curtain. This is achieved by the focal point continuously gliding between a short (undercrawl) and a long (long range) distance, as the mirror surface progresses from top to bottom. Typical Mirror of Fresnel Beam Detectors Standard industry detectors use multiple disparate beams that create fingers of detection, which can be subject to inaccuracy. Our unique Gliding Focus mirror optics can provide smooth, continuous and automatic target focus over the entire detection range. Step and Gliding Curtain Mirror Optics Our step and gliding curtain mirror optics provide solid exposure across the entire area of coverage.

4 Industry leading sensor analytics Passive Infrared (PIR) motion detection now has a fifth dimension We have added a new dimension to its already-unique 4D signal processing technology: the intelligence in its range of motion sensors. In combination with the new generation of curtain mirror optics, this fifth dimension distinguishes typical - or ingenious - dubious signals from true warnings. 5D signal processing comes on top of the already extremely effective signal analysis of shape (1D), duration (2D), speed (3D) and size (4D). Where the environment is or becomes noisy, digital signal processing evaluates the situation and switches to 5D mode to execute an additional slow signal trend analysis. The result is a range of PIR motion sensors that combine high sensitivity detection with strong immunity to false alarms. There is simply no disguising it! 5D signal processing distinguishes accurately between true security breaches and environmental signals such as reflected sunlight. No e-motion, just technologies

5 ... now with pattern recognition! Vector motion detection for complete false alarm immunity Our motion sensors with Vector technology are ideal in harsh or unstable environments such as areas with large window panes, nearby traffic and moving objects.. Vector motion sensors with pattern recognition are a real breakthrough for the security industry. They are the first true motion sensors - detecting not just movement, but movement with intent. An enhanced, patented pyro-electric sensor comprising four elements instead of two - effectively doubles the detection coverage of the Vector sensor. Vector motion sensors are capable of detecting not just the presence of a moving thermal source, but also the direction. This is a major advancement in motion-sensing capability. Using pattern recognition, sophisticated Vector algorithms can easily eliminate nuisance signals and can even determine the direction in which a real intruder is moving. The sophisticated Vector algorithms, using pattern recognition, can easily eliminate nuisance signals and can even determine the direction of motion of the intruder.

6 Radar brought under control Range Controlled Radar (RCR) Our motion sensors with Dual Technology offer peace of mind in harsh and unstable environments, such as areas with objects that generate strong heat flows. Our Dual sensors with RCR combine passive infrared with radar technology. This gives precise coverage, accurate detection and reliable false alarm immunity. Traditional dual technology sensors typically generate false alarms from microwave bleeding through walls, such as adjacent office activity or street traffic. RCR technology eliminates this problem with its precise range control and radar accuracy. Precise detection coverage The oscillator pulses define the selectable range of the protected area. This gives a precise detection pattern and avoids signals generated outside this pattern. Green mode The radar can be disabled in the Day/Night mode, while keeping the anti-masking circuit active. This reduces power consumption. With 360 degree detection, advanced anti-masking technology and impressive installation flexibility, we have set a new standard with the DD669 AM Motion without e-motion

7 Advanced Anti-Masking protection Grade 3 anti-masking and beyond We provide the best-available grade 3 anti-masking technology in its PIR, Vector and Dual motion sensors. We use its own patented Active Infra Red (AIR) technology with a unique optical design to provide protection not only outside the detector, but inside it too - exceeding EN50131 grade 3 requirements. This provides superior protection against sabotage techniques such as spraying, covering and device penetration. It will detect the widest variety of materials, sprays and lubricants. The VE735AM extends this further with multi-channel anti-masking. Self-diagnostics A full self-diagnosis regime tests the pyro-electric sensor circuitry on a routine basis and can be triggered remotely from a control panel. This, combined with the fact that the anti-masking circuitry is continuously monitored, ensures the detector is always operating correctly. Our motion sensors have extremely sophisticated anti-masking technology to prevent deliberate sabotage

8 Range Curtains Signal Processing Undercrawl Detection Alarm Memory Pet Immunity Anti-masking EN50131 Grade Residential Commercial High-risk PIR Technology EV100 10m 5 4D G2 EV100PI 10m 5 4D G2 EV105 12m 7 4D G2 EV m 9 5D G2 EV1012PI 12m 9 5D G2 EV m 11 5D G2 EV1012AM 12m 9 5D G3 EV1116AM 16m 11 5D G3 EV669 20m 18 4D G2 Vector Technology VE m 9 V2E G2 VE1012PI 12m 9 V2E G2 VE m 9 V2E G2 VE m 11 V2E G2 VE1012AM 12m 9 V2E G3 VE1016AM 16m 9 V2E G3 VE1120AM 20m 11 V2E G3 VE735 60m 11 V2E G2 VE735AM 60m 11 V2E G3 Dual Technology DD100PI 10m 5 4D G2 DD105 12m 7 4D G2 DD455 12m 7 4D G2 DD475 16m 9 4D G2 DD495 20m 7 4D G2 DD477AM 16m 9 4D G3 DD497AM 20m 7 4D G3 DD669 20m 18 4D G2 DD669AM 20m 18 4D G UTC Fire & Security. All rights reserved. 0671_Intrusion_Sensors_Brochure_EN.indd