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Panther II Buried Cable Intrusion Detection Sensor

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Presentation on theme: "Panther II Buried Cable Intrusion Detection Sensor"— Presentation transcript:

1 Panther II Buried Cable Intrusion Detection Sensor
Intelligent - Adaptive - Covert - Secure

2 Panther II - Basics Panther II detects intruders with an invisible electromagnetic detection field using ported coax sensor cables and electronics. Characteristics Panther II directly responds to specific human intruder characteristics - size, motion and electromagnetic profile high Probability of Detection (Pd) >99% Small animals and environmental effects have a much smaller electromagnetic profile and are disregarded assures low False/Nuisance Alarm Rate (FAR/NAR) Wide velocity response, high Pd and covertness provide very low Vulnerability to Defeat.

3 Panther II - Sensing Concept
Panther II processor transmits an “RF” signal via the center conductor of one sensor cable (TX) RF signal “leaks” out through a “port” in the cable A second sensor cable acts as a receiver (RX) RF energy produces an electromagnetic field around both cables: volumetric & invisible along the length of the zone above and below ground 1 m (3.3 ft.) high and up to 3 m (10 ft.) wide up to 150 m (500 ft.) long A single processor covers two zones: Total perimeter up to 300 m (1000 ft.)

4 Panther II: How human intruders are detected
Humans have large electromagnetic profiles at the RF wavelength transmitted by the processor Humans moving through the field significantly change the RF signal TX and RX signals (phase and amplitude) are compared by the processor processor declares an alarm when a preset threshold is exceeded Other moving objects with large electro-magnetic profiles will also be detected e.g., cars, trucks, aircraft

5 Panther II - Why FAR/NAR is naturally low
False alarms are usually equipment generated Panther II uses field proven detection algorithms and environmentally tested electronics Nuisance alarms sources are typically small animals and environment Panther II does not detect small animals and environmental effects because they have small electromagnetic profiles Panther II completely ignores environmental stimuli that have no electromagnetic profile – grass, sunlight, wind, shadows etc.

6 Panther II - Why VD is very low
Panther II has an invisible detection field if the sensor cannot be seen it is difficult to determine its location, its sensing technology, and hence, is more difficult to defeat Panther II has a very wide velocity range extends from 0.02 to 15 m/s (0.008 to 49 ft./sec.) widest range of any sensor Combined effect of high PD, wide velocity range and covertness ensures low VD better than any other outdoor sensor

7 Panther II - Sensor Cables
SC1 - transmit and receive cables are in one cable jacket single trench for standard detection field high density polyethylene jacket with flooding compounds rugged, abrasion and chemical resistant standard lengths: 100, 150 m (328, 492 ft) cut cable to the desired zone length Additional Lead-in: 50 m (164 ft) burial depths: soil - 23 cm (9 in), concrete - 6 cm (2.5 in) SC1

8 Panther II - Application Considerations
Panther II can be buried in virtually any type of material sand, clay, topsoil, rock, concrete, asphalt buried 23 cm (9 in) in soft materials; 6 cm (2.5 in) in hard materials Panther II can be installed in most any type of terrain flat, hilly, around corners Surface may include lawns (including sprinkler systems), crushed stone, including landscaped areas with shrubs, flowers and trees

9 Panther II: Open Perimeters
Total active perimeter length up to 300 m (1000 ft.) Lead-in from the perimeter to the processor up to 50 m (164 ft.)

10 Panther II: Closed Perimeters
Total active perimeter length up to 300 m (1000 ft.) Lead-in from the perimeter to the processor up to 50 m (164 ft.)

11 Panther II - Application Guidelines
Panther II is designed for the optimum security clear zone width of 6 m (20 ft) Sensor cables may be located as close as 3 m (10 ft.) from chain link fences and buildings with normal soils or closer to rigid weld-mesh or palisade fencing Sensor cables should avoid puddles or streams water movement could cause nuisance alarms Sensor cables should be located 5 m (16 ft) from roads to avoid detecting large vehicles Microwave or infrared sensors are often used at gate zones

12 Panther II™ Clearances

13 Panther II: Application Guidelines (continued)
Sensor cables may cross large non-metallic water pipes by shielding area with sheet metal Sensor cables may be installed in areas with high voltage power lines (e.g., 400 kV) and where radar and communications devices are located (e.g., airports, military installations) Panther II operates in a non-communications band In high lightning incidence areas, external gas discharge lightning arrestors are recommended to further protect electronics CCTV or other visual means of alarm assessment is highly recommended to confirm alarms and required level of response Consult Senstar-Stellar for special site application questions.

14 Panther II Indoor Processor
Provides transmitter, receiver and advanced microprocessor for signal processing of two sensor zones New detection algorithms enhance performance under extreme site and environmental conditions improved detection field height response higher immunity to fence noise and heavy rain Single circuit card design provides: relay alarm outputs for each sensor zone Tamper output Simple connection to local alarm panel One processor, two zones per site

15 Panther II Indoor Processor
Separate Alarm and Tamper outputs Test and Reset remote inputs Calibration outputs to measure sensor cable response over the entire zone length Local calibration Power directly: 12 VDC at 500 mA All units environmentally tested from 0°C to 50°C (32°F to 122°F) Indoor enclosure included

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