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| Area Laser Sensor | ||||
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ALS D Specification | (107 k) | ||
| 3-Track Detection System | ||||
|
3 Track Specification |
(410 k) |
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| Laser Fence Sensor (LFS) Family : | ||||
| I |  |
LFS A 60 |
(137 k) | |
|
LFS A 100 |
(137 k) | ||
|
LFS A 130 | (131 k) | ||
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(130 k) | |||
|
LFS A 160 | (148 k) | ||
| II |  |
LFS_B 30 |
(370 k) | |
|
LFS_B 60 |
(267 k) | ||
|
LFS_B 100 |
(201 k) | ||
|
LFS B 160 | (140k) | ||
| Cross Line Detector (CLD ) | ||||
|
CLD Specification | (255 k) | ||
| Dense Laser Curtain (DLC) | ||||
| Fence Guard System FGS-02 | ||||
| |
FGS-02 Specifiction | (296 k) | ||
| Security System Integrartion Software (SSIS) |
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| High Performance Geophone System | ||||
|
GLS-20 Specification | (257 k) | ||
|
HPDS Specification | (288 k) | ||
 Dry Contact Board |
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| Perimeter Security | ||||
| Aircraft Protection System | ||||
| Anti-Pirate Security System | ||||
| Applications of ALS | ||||
| Applications of LFS | ||||
| Applications of CLD | ||||
| Dual Tech Seismic Virtual Fence (DTSV) | ||||
| Fast Deployment | ||||
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High Performance Doppler Sensor (HPDS)
HPDS is based on the NDID-2001 which was developed by Dr. Joshua Nevat, a well known specialist in Radar and Communication Systems.
The NDID-2001 represents a family of low cost, low false alarm rate intrusion detectors.
A microprocessor is used for signal processing and system management.
The sensor can be installed statically, or can scan a perimeter using the Programmable Scanning Option (PSO) package. Another optional package is the Data Communication Option (DCO) which enables remote setting of system parameters.
Dr. Frucht Systems Ltd. acquired the production rights and subsequently, developed the NDID-2001, enhanced its capabilities and integrated it in the 3-Track and in the Dual Tech Seismic Virtual Fence and in the Dual Tech Cross Line Detector.
