The system is tested by many certified institutions, like GFZ, Potsdam, Germany; Sharif
University, Teheran, Iran; National Observatory Of Athens, Greece; TÜV, Rheinland Group,
Germany; BAM, Germany and CSIR- Structural Engineering Research Centre, Chennai. The tests
have proved that the system monitors ground movement in three spatial directions and
valuates the vibration severity in view of the possible arrival of seismic waves that
originate from a large earthquake. Also, the electronic components of the device are
tested for its operating range, sensitivity, non-linearity, cross sensitivity and noise.
Do not generate false alarm
The device do not generates false alarm. The implemented analysis algorithm is designed
for the detection of P waves generated by strong earthquake. At the time when critical
acceleration threshold is exceeded, the device carries out switching processes and
triggers alarm. This system will not generate panic by triggering alarm for earthquake
of less than 5 intensity. The benefit of this accuracy is continuation of work at offices,
continual running to Metro trains, and confidence among people.
Save building, structures and lives
By connecting with the Building Management System, it can save many lives. This can shut
off the gas, water and electricity supplies; parks elevators on next floor, activate
emergency power generators; open safety gates and doors; stop sensitive production
machines and run data back-up programs.Not only this, if the intensity of the seismic
waves is above 5, it can also help shut down Metro Rail and high speed trains.
There is the possibility of a series of aftershocks, which can flatten towns and villages,
cut off communities and kill many people. For survivors of earthquake, this system can
prove to be a lifesaver. It will generate alarm if the aftershock is of higher intensity