
Introduction
Technical Data
•Material ................................................................................Reinforced Technopolymer Fiberglass
•Electric contact ....................................................................................... Closed with resting sensor
•Resistance to mechanical shock ............................................................. Up to 100g acceleration
•environmental class..........................................................................Compatible Class IV EN 50131
•Electrical parameters ......................................................................... 30 VDC max, 250 mA, 0.25 W
•Dimensions................................................................................................................. 67 x 17 x 22 mm
No positioning constraints: the sensor can be installed in any orientation, without any
degradation in their perfomance.
*For optimal results, install it next to the area where the burglas is most likely to act, e.g. next
to the door or window’s lock.
•ber-glass reinforced polymer case
•Modular cable exit system: short cable guide, long cable guide for PVC sheats (8mm ext.dia)
•2m ying lead
•Protection magnetic sabotage
•Colore: white
Installation
Cables:
White-Red: vibration detector, closed when no vibrations are detected.
Green-Yellow: magnetic tampering circuit, closed when no magnets are surrounding the
sensitive parts of the sensor.
For installation on walls, doors or windows:
Close the detector with its cover, and x the sensor to the wall or window frame using screws
that go through the main
holes of the detector’s case.
For installation on security grates or metal bars:
Fix the sensor cover to the bar using the tapered hole.
Use the main central hole of the sensor case to x it to the cover and to the bar.
* Screw covers are anti-tamper, and should be positioned only after testing is complete.
Parts Description
The inertial magnetic vibration sensors using the magnetic technology for the detection of
vibrations. Based on a new inertial/magnetic hybrid technology, the sensor are not subject to
any positining constraints.
INSTALLATION MANUAL