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 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 up to 99 successive readings to achieve the beneficial signal enhancement. In the presence of random (non-coherent) 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 up to 600m under favorable geological conditions.

 

Applications:

• Ground Water Exploration

• Sand and Gravel Deposit Identification

• Bed Rock Investigations

• Mineral Investigations

• Delineation of Geological Structures

• Geophysical Field Training

• Resistivity Sounding /profiling /imaging /strip profiling.

This field software, installed in the total station itself or in a data collector with Windows operating system, allows the user to survey and set out with a wide range of conventional, motorized or robotic stations, connected through serial cable or Bluetooth.
The program has options for all kinds of surveys and stake out (roads, railways, power lines, pipes, etc.). Orthoimages, DXF files or web map services can be used as a base map. You can add to the project horizontal and vertical alignments, profiles, cross sections and superelevations. TcpET has options for staking out by station and displacement, station and code, slope control, and many more.

The Arrow Gold GNSS Receiver is the first high-accuracy iOS, Android, and Windows Bluetooth GNSS receiver to implement all four global constellations (GPS, GLONASS, Galileo, BeiDou), three frequencies (L1, L2, L5) and satellite-based RTK augmentation. The Arrow Gold works with all apps that run on iOS, Android, and Windows devices. It also supports all planned global satellite constellations as well as all planned signals, giving it an awesome return on investment that will serve you well into the next decade and beyond.

 

Features:

• Provides automatic steering for your vehicle with one-inch repeatability
• Integrates directly into your vehicles hydraulics for clear access to cab control
• Utilizes terrain compensation technology for high accuracy on difficult terrain
• Ideal for the most demanding row crop farming applications
• Plugs in to many guidance-ready vehicles, minimizing the need for additional equipment

The Trimble Autopilot automated steering system automatically steers your vehicle on line with maximum precision.  When your vehicle gets offline, Autopilot signals it to adjust its position to follow the correct path, no matter the field pattern or terrain type so you can focus on the job ahead of you.

• Complete field applications quickly and accurately
• Reduce operator fatigue and increase safety
• Operate day or night and in dusty or low visibility conditions

NextSwath End-of-Row Turn Technology:
When used on the TMX-2050 display, Autopilot includes Trimble NextSwath end-of-row turn technology to automatically calculate and execute the best possible path to turn around a vehicle and approach the next crop row or swath with the implement precisely aligned to begin working.

OnSwath Line Acquisition Technology:
Trimble OnSwath line acquisition technology allows Autopilot users to customize line acquisition preferences to the vehicle and field operation at hand.  Using OnSwath the vehicle projects its path to the line, which allows it to get back online faster.

Terrain Compensation Technology:
Autopilot uses T3 sensors to calculate the actual position of the vehicle to help minimize skips and overlaps in areas with rolling terrain, slopes, and rough ground.