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Electromagnetic Time Domain Geophysical Instrument With 10KW Transmitter For Subsoil
  • Electromagnetic Time Domain Geophysical Instrument With 10KW Transmitter For Subsoil
  • Electromagnetic Time Domain Geophysical Instrument With 10KW Transmitter For Subsoil

Electromagnetic Time Domain Geophysical Instrument With 10KW Transmitter For Subsoil

Place of Origin China
Brand Name GOLD
Certification ISO/CE
Model Number WTEM-2Q
Product Details
Product Name:
Electromagnetic Time Domain Geophysical Instrument
Transmitter Power:
10KW
Accuracy:
99%
Synchronized:
GPS Optional
Transmitter Synchronization Method:
External Synchronization (cable)
Transmitting Voltage Input:
12V And 24V
High Light: 

Time Domain Geophysical Instrument

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Electromagnetic Geophysical Instrument

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Geophysical Exploration Instrument with 10KW Transmitter

Product Description

Electromagnetic Time Domain Geophysical Instrument with 10KW Transmitter for subsoil prospecting

Electromagnetic Time Domain Geophysical Instrument With 10KW Transmitter For Subsoil 0

Electromagnetic methods play a very important role in geophysics, since through their various variants(TEM),they help with subsoil prospecting. The depth of investigation depends on the techniques used, as well as the frequency range, size and separation of coils, and acquisition time; For example, TDEMs are mostly used for deep geological, geohydrological and structural investigations. In summary, these methods are based on the induction of electromagnetic fields in the subsoil in order to obtain the variation of the characteristics of the medium, which are interpreted as conductivity, frequency, phase, etc. depending on the technique.

 

The Transient Time Domain Electromagnetic Survey (TDEM) is a widely utilized geophysical method for determining subsurface electrical resistivity. It operates by continuously injecting electric current through a coil or loop, thereby creating a primary magnetic field. When the current is abruptly cut off, the primary magnetic field is disrupted, resulting in the electromagnetic induction of electric currents within the subsurface. These currents follow closed paths and spread vertically and horizontally, gradually losing strength over time. As a consequence, a transient secondary magnetic field is generated. This secondary field induces a voltage that varies with time. By analyzing the decay of this voltage over time, valuable information regarding subsurface resistivity can be extracted. This resistivity data is then correlated with the geological characteristics of the area, enabling the creation of an approximate model of the subsurface environment.

The applications of TDEM encompass a range of fields including geohydrology, geothermal exploration, and mining.

 

Technical Sheet for 10KW Transmitter Electromagnetic Time Domain Geophysical Instrument

Transmitter voltage input 12V,24V
Transmitter current ≤10A
Current measurement accuracy :±99%
Power supply frequency 4Hz,8Hz,16Hz,32Hz
Transmitter waveform +ON,OFF,-ON,OFF,equal width dual polarity wave
Turn off delay measurement 0.1μs~100.0μs
Typical turn off time

2.5μs

Transmitter current 3A,Energizing loop: 40m×40m single turn

Energizing loop: 5m×5m single turn~100m×100m single turn

Programmed control damping resistance 50Ω~1600Ω,50Ω step size programmable
Synchronization mode external (cable)
Dimensions 406mm×330mm×174mm, 7KG
working temperature -10℃~+50℃

 

Electromagnetic Time Domain Geophysical Instrument With 10KW Transmitter For Subsoil 1

Electromagnetic Time Domain Geophysical Instrument With 10KW Transmitter For Subsoil 2

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Whatsapp:+86 159 2292 2485

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