Lightning: Seismic Vibrator from Seismic Mechatronics
The Lightning is an electromagnetic seismic vibrating source ideal for shallow (200m) geological exploration and engineering projects. The electric actuator is positioned within the source plate and can be rotated through 90º in order to generate shear (S) and primary compression (P) waves. Powered from a 48VDC battery bank or 230V power supply the Lightning can be deployed to suit the constraints of the survey area.
For larger area coverage the lightning can be fitted to an electric lift mounted to the front or rear of a vehicle, via a standard tow hitch. When mounted on an ATV the lightning can access even the most remote locations. The lift will also apply addition load to the source plate enhancing ground coupling.
In urban areas where, vehicle access is restricted, the system can be deployed on an electric trolley. With an electric drive motor and mount for the electronics and battery module the trolley can be manoeuvred by a single operator. The concept has been further developed into a full remote control vehicle deployment for use in mines and tunnels.
For sites constrained by surface furniture (railings, dust bins, lamp posts etc.…) the source plate can be positioned use a hand trolley and loaded with blast.
High quality vertical resolution
Wide frequency range
P-waves & S-Waves
Easy handling and easy transportation
Highly repeatable signals
Very low maintenance
Very low noise emmision
Watertight up till 20 bar
User specified sweep taper
Reaction Mass and Base plate accelerators
Compatible with all leading seismographs
If 1700N of force wont cut the mustered, multiple lightning systems can be synchronised to double the output force, and the system will still run off a 48VDC supply. The phase and time zero are synchronous to within 8us enabling bespoke portable source arrays for both near surface site investigation and structural dynamics testing.
RadExPro is a cost effective but powerful processing suite for Windows PC's which provides effective facilities for processing of high-resolution reflection seismic data, both off-shore and on-shore, with either impulsive or swept (Vibroseis) sources.