Integrated Geo Instruments & Services Private Limited

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 DDR 3 Resistivity Meter is a specialized version of IGIS Resistivity meters designed for use in Resistivity surveys up to about 200m depth. It utilizes rechargeable batteries as power source to energize the ground thus eliminating the necessity of using the relatively expensive dry cells. The equipment consists of two separate comportment-one for reading the current (G-Unit) and the other for directly reading the resistance/the potential (M-Unit), both housed in a single box. The equipment, powered by a 24V rechargeable battery can send highly stabilized currents up to 200 mA and read the resulting potential with a 100 micro volts resolution or ground resistance directly with 50 micro ohms resolution. Housed in sturdy aluminum box fixed in a briefcase, the instrument provides highly reliable digital outputs of ground resistance during field surveys and finds extensive use in ground water exploration, dam site investigation, delineation of geological structural features and in several other related problems.

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 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.

 

DMPL-3 Geophysical Instruments  is a highly portable, sturdy and easy to operate microprocessor-based Digital Multi Probe Borehole Logger. The equipment can be dismantled and carried to remote areas by head-load. The special design features incorporated make this DMPL-3, a highly versatile instrument suitable for high quality data acquisition, an essential pre-requisite to tackle wide variety of geological and geophysical exploration problems. DMPL-3 is capable of continuous logging of S.P, Point Resistance, Short Normal,  Long Normal, Lateral Resistivities, GAMA and Caliper. The logger can be operated with user-friendly interface through notebook P.C. The acquired data is stored and displayed on P.C. Hard copy can be obtained through Inkjet printer to the required sensitivity/scale. The equipment can withstand temperatures 0-50⁰ C and high humidity conditions.

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 Ground Water Detector is an advanced geophysical instrument designed to accurately locate underground water resources. Utilizing state-of-the-art technology such as electrical resistivity, natural electric field detection, and geo-radar methods, this device helps users identify potential water-bearing zones without the need for invasive drilling.

Key Features:

• Advanced Detection Technology: Utilizes resistivity imaging, natural electric field methods, or geophysical radar to locate underground water sources.

• High Detection Depth: Capable of detecting water sources at depths ranging from 50 to 1500 meters, depending on soil and geological conditions.

• 3D Subsurface Imaging: Provides visual models of underground structures and aquifers, helping users interpret results with higher accuracy.

• Multi-Channel Sensors: Ensures precise data collection and fast scanning of wide areas.

• Digital Display Interface: Easy-to-use touchscreen with real-time data visualization, GPS positioning, and storage of survey results.

• Rechargeable Power Supply: Long-lasting battery suitable for full-day fieldwork with backup power options.

• Portable and Rugged: Lightweight, shock-resistant, and weatherproof design for field conditions in remote or rough terrain.

Applications:

• Borewell and Tubewell Drilling

• Agricultural Irrigation Planning

• Municipal and Industrial Water Surveys

• Geological and Hydrogeological Research

• Disaster Management & Drought-Prone Area Surveying

Benefits:

• Reduces the risk and cost of failed borewell drilling.

• Saves time with faster detection and precise data.

• Helps identify the most productive drilling points and aquifer depths.

• Environmentally friendly and non-invasive 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.