SIOUX Mems 3D Pro2
SIOUX PRO2 is the brand-new version of CIAS’ fence-mounted intrusion detection system for perimeter protection which since 2012 has been installed with great results on many sites, always with high-security requirements and specifications. The Sioux system has also been awarded numerous prestigious prizes. The system, which detects fence cutting, climbing and displacement, comprises up to 140 MEMS sensors, sensitive on all three spatial axes, for each of two branches monitored by the central controller. These sensors are clustered in groups of 7, with each cluster made by 1 master-sensor and 6 slave-sensors. Each Master sensor receives by its Slave sensors the electrical signal relevant to the detected vibration on the fence, digitalizes and transmits it to the Controller Unit. Via Sioux-Test Pro, or via Relays with the innovative Touch&Zone function, the 280 MEMS sensors in the array can be divided into up to 80 alarm zones.
REDUNDANCY AND LINE INSULATORS
The new release of SIOUX PRO introduces a very important feature: cable cut-immunity. This capability insures that each branch of the Sioux sensor array remains fully functional even if the connection cable between sensors is cut in one location. This feature is of utmost importance in very high-risk sites. It is implemented by putting a special module at the end of each of the 2 MEMS sensor branches to provide connectivity to the TCP/IP network. Moreover, up to 19 isolators can be added per each branch, to make it short-circuit proof in case of cutting of the communication cable.
Live demo Sioux Mems 3D Pro2
Technology MEMS fence detection system
Range (m) 750+750
Coverage: Up to 1400 + 100m with a single control unit
Power 13,8Vdc or PoE
Consumption (mA) 200mA
Communication dry contacts/RS485/IP
Coverage: Up to 1400 + 100m With a single control unit
Number of Zones: Up to 80 zones per processor unit
Relay outputs up to 80+ 4 (A, T, F, N)
Software Sioux test-Pro
IP grade 66
Temperature °C -40°C+70°C
Configuration and calibration software: Sioux-test pro for local or remote management
Warranty (years) 6
Memory (events/graphic) 10 years of memory
Weight kg (net single unit) 0,16
MTBF (Medium Time Before Failure) (h) 150.000
MTTR (mean time to restore) (mins) 5min
POD (Probability of Detection) 98%
FAR (False Alarm Rates) 8/1500m/ year
Thanks to the ability to process every sensor that makes up the system, it is possible to adapt the response to any type of fence, even with mixed types within the same site. it is possible to adjust the working parameters for each zone, and, inside the zone, for each individual sensor.
the very high probability of detection (pod) and the very low nuisance alarm rate (nar) of this system, are the result of processing, for each of the three accelerometer signals produced by each transducer, according to “fuzzy log.
TOUCH & ZONE™
the installer can easily configure the zones in the field by walking around the perimeter and physically “touching” the sensors to select the beginning and end of each of the available zones. this capability makes it a much more immediate, quick and easy operation, while it is still possible to
configure remotely using the sioux test software.
by exploiting the capabilities of the mems sensors with respect to the acceleration of gravity it is possible to gain information about the position of the accelerometer in free space. during installation the position of the mems accelerometer, whatever it is, will be memorised. if the position alters by more than a pre-set, variable number of degrees (e.g. 5°) it will produce a tamper alarm.this allows sioux to detect possible physical changes in the fence, which probably indicate an attempt to breach or re-position the fence protection system, either when the sensor is removed from the surface of the fence, or when the fence is bent while trying
to break through.
PIN POINT LOCATION
each mems is identified and analysed individually via a specific channel on its master sensor, which knows the exact location of the sensor. each intrusion event will be identified by point with a precision of 1m regardless
of the distance between the sensors.