Brief: In this informative video, gain concise insights into the features that matter most for real-world use of the Ore Prospector Magnetometer. You will see a demonstration of this digital survey tool, learn how its proton magnetometer technology operates, and discover its applications in mineral prospecting, geological mapping, and environmental monitoring.
Related Product Features:
The magnetometer features a built-in GPS antenna, lithium battery, and GPS module for convenient and reliable field operation.
It offers rapid measurement capabilities, displaying readings in just 2 seconds from the start of the measurement.
The device supports both full automatic tuning range and manual tuning for flexible operation.
It includes advanced GPS navigation, allowing text file import and coordinate calculation for preset line endpoints.
Mass data storage capacity holds up to 2 million points, including magnetic field measurements, coordinates, elevation, time, and temperature.
Lightweight and portable with backpack straps, enabling one person to complete all measurement tasks efficiently.
Standard software enables the creation of isoline maps, sections, track diagrams, and diurnal variation correction.
It is widely used in mineral prospecting, geological surveys, fault orientation, archaeology, and earthquake monitoring.
FAQs:
What is the measurement range and precision of the Ore Prospector Magnetometer?
The magnetometer has a measurement range of 30,000nT to 70,000nT, with a resolution of 0.1nT and a precision of ±1nT.
What are the primary applications for this geophysical survey instrument?
It is used for mineral prospecting (e.g., iron ore, lead-zinc, copper), geological mapping, oil and gas exploration, fault orientation, archaeology, hydrology, engineering prospecting, and earthquake monitoring.
How is the data managed and what storage capacity does the device offer?
The device stores mass data, including magnetic field measurements, coordinates, elevation, time, and temperature, with a capacity of up to 2 million points.
What are the key features that make this magnetometer suitable for field use?
Key features include its lightweight and portable design with backpack straps, built-in GPS and battery for reliability, rapid 2-second measurements, and support for both automatic and manual tuning.