Description
This probe is based on a principle similar to the induction probe, where a flow is induced by an oscillating magnetic field within a zone of toroidal formation at a certain radial distance from the coils of the probe. The oscillating current produces a secondary field that is detected by the receiver coils. The “in phase” signal is a measure of the susceptibility of formations that have magnetic properties.
Applications
The exploration of uranium and iron ore (BIF) and cases in which high-susceptibility minerals, such as magnetite, are associated with a target primary mineral. The MAG43 probe incorporates the industry-leading BSS02 detector from Bartington Instruments.
Features
Sensor Parameters
- Operating frequency: 1,439 kHz
- Vertical resolution: 25 mm.
- Measuring range: 10-5 to 10-1 cgs
TechnicalSpecifications
- 43 mm diameter
- Length: 1,900 mm
- Weight 6 kg
- Temperature / Max pressure: 70 ° C / 200 bar
Options and Accessories
- Gamma ray sensor: ø25 x 50 mm NaI (Tl)
