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.
•fiber-glass reinforced polymer case
•Modular cable exit system: short cable guide, long cable guide for PVC sheats (8mm ext.dia)
•2m flying 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 fix 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 fix 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
