Integrated Geo Instruments & Services Private Limited

The IGIS signal stacking based Signal Enhancement Resistivity Meter Model SSR-MP-AT-SAL is a  state of art microprocessor based data acquisition system. The instrument design incorporates several innovative features and advanced techniques of digital circuitry to make it a reliable geophysical tool providing high quality data useful for mineral and groundwater exploration and any other geophysical applications.

 

The SSR-MP-AT-SAL sends the entire current into the ground without wasting power for constant current generation thus increasing the signal strength to probe deeper layers.

 

The advanced design of SSR-MP-AT-SAL Resistivity Meter achieves excellent depth penetration with relatively low power inputs. It utilizes the signal stacking up to 16 successive readings to achieve good signal enhancement. In the presence of random (non-coherent) earth noises, the signal to noise ratio of the SSR-MP-AT-SAL measurement will be enhanced by ÖN where N is the number of stacks. Hence
SSR-MP-AT-SAL Resistivity Meter can be used for depths of upto 600m under favorable geological field.

 

The IGIS Microprocessor based Signal Enhancement Resistivity Meter Model SSR–MP1 is a high quality microprocessor based data acquisition system incorporating several innovative features. The instrument design incorporates several advanced techniques of digital circuitry to make it reliable geophysical tool that provides high quality data useful for all types of mineral and groundwater exploration research etc. The SSR-MP1 sends the entire current into the ground without wasting power for constant current generation thus increasing the signal strength to probe deeper layers. The advanced design of SSR-MP1 Resistivity Meter achieves excellent depth penetration with relatively low power transmission. It utilizes the signal stacking upto 99 successive readings to achieve the beneficial signal enhancement. In the presence of random (noncoherent) earth noises, the signal to noise ratio of the SSR-MP1 measurement will be enhanced by √N where N is the number of individual readings. Hence SSR-MP1 Resistivity meter can be used for depths of upto 600m under favourable geological conditions. 

We bring forth a comprehensive range of Resistivity Meters Item Code: SSR-MP-ATS. The IGIS signal stacking based Signal Enhancement Resistivity Meter Model SSR-MP-ATS is state of art microprocessor based data acquisition system. The instrument design incorporates several innovative features and advanced techniques of digital circuitry to make it a reliable Geophysical tool providing high quality data useful for mineral and groundwater exploration and any other Geophysical applications. The SSR-MP-ATS sends the entire current into the ground without wasting power for constant current generation thus increasing the signal strength to probe deeper layers. The advanced design of SSR-MP-ATS Resistivity Meter achieves excellent depth penetration with relatively low power inputs. It utilizes the signal stacking up to 16 successive readings to achieve good signal enhancement. In the presence of random (non-coherent) earth noises, the signal to noise ratio of the SSR-MP-ATS measurement will be enhanced by N where N is the number of stacks. Hence SSR-MP-ATS Resistivity meter can be used for depths of up to 600m under favorable geological field.

The IGIS Microprocessor based Signal Enhancement Resistivity Meter Model SSR-MP1-SL is a high quality microprocessor based data acquisition system incorporating several innovative features. The instrument design incorporates several advanced techniques of digital circuitry to make it reliable geophysical tool that provides high quality data useful for all types of mineral and groundwater exploration research etc.

Surface Resistivity: The instrument sends the entire current into the ground without wasting power for constant current generation thus increasing the signal strength to probe deeper layers.

The advanced design of  Resistivity Meter achieves excellent depth penetration with relatively low power transmission. It utilizes the signal stacking upto 99 successive readings to achieve the beneficial signal enhancement..

 

Bore hole logging: Powered by internal rechargeable batteries, instrument provides spot measurements of Short Normal, Long Normal, Point Resistance and SP and finds extensive application in groundwater exploration, engineering studies and other lithological investigations.
Instructions for field personnel for operation and maintenance of instrument are minimal and the logging party does not have to depend on specialized technicians for routine operation.

 

The IGIS Microprocessor based Signal Enhancement Resistivity Meter Models SSR–MP1, SSR-MPDT, SSR-MP_ATS are high quality microprocessor based data acquisition system incorporating several innovative features. The instrument design incorporates several advanced techniques of digital circuitry to make it reliable geophysical tool that provides high quality data useful for all types of mineral and groundwater exploration research etc. 

The IGIS Microprocessor based Signal Enhancement Resistivity Meter Models SSR–MP1, SSR-MPDT, SSR-MP_ATS are high quality microprocessor based data acquisition system incorporating several innovative features. The instrument design incorporates several advanced techniques of digital circuitry to make it reliable geophysical tool that provides high quality data useful for all types of mineral and groundwater exploration research etc. 

The IGIS Microprocessor based Signal Enhancement Resistivity Meter Models SSR–MP1, SSR-MPDT, SSR-MP-ATS are high quality microprocessor based data acquisition system incorporating several innovative features. The instrument design incorporates several advanced techniques of digital circuitry to make it reliable geophysical tool that provides high quality data useful for all types of mineral and groundwater exploration research etc. 

The IGIS Microprocessor based Signal Enhancement Resistivity Meter Models SSR–MP1, SSR-MPDT, SSR-MP-ATS are high quality microprocessor based data acquisition system incorporating several innovative features. The instrument design incorporates several advanced techniques of digital circuitry to make it reliable geophysical tool that provides high quality data useful for all types of mineral and groundwater exploration research etc.