Unground Water Finder

ADMT ZN All-Channel Speedy Groundwater Detector

ADMT ZN All-Channel Speedy Groundwater Detector

Innovative Channel Cascading Upgrade
Measurement Mode Efficiency Doubled
AI Auto-Analysis: Fast, Stable, and Accurate
High-Energy Battery Life with Hot-Swap Capability
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Description of ADMT ZN All-Channel Speedy Groundwater Detector

ADMT ZN All-Channel Speedy Groundwater detector

ADMT ZN Series Speedy Ground Water Detector, launched in 2023, latest innovation in ground water exploration technology. This single device is compatible with single, 12, 24, 36, 48, and 60 channels. Compared to traditional multi-channel products, it boasts significantly faster measurement speeds and enhanced accuracy. The ZN Series can acquire ten times the amount of data in the same time frame, drastically improving work efficiency.

ZN All-channel Speedy Groundwater Detector
R&D Since 1973

6-Month Trade-Up Guarantee

The ZN All-Channel Speedy Ground Water Detector is a new-generation water exploration device recognized for its high measurement speed and exceptional accuracy. A single main device is compatible with 1, 12, 24, 36, and 48 channel configurations.
Based on the magnetotelluric method (MT), the device utilizes multiple channels to measure the strength of the natural electromagnetic field simultaneously. By acquiring and analyzing data related to changes in underground resistivity, it can accurately determine the location and depth of groundwater.
This multi-channel simultaneous measurement method ensures a stable field source, effectively eliminating errors caused by fluctuations in the natural electric field and the continual reposition of electrodes. The ZN Series collects geological data ten times faster than traditional multi-channel instruments. This means it can acquire ten times the amount of data in the same time frame, significantly enhancing the efficiency of groundwater exploration.
The device is lightweight, waterproof, drop-proof, and dust-proof. It features a magnetic connection, supports wireless casting, and allows for multi-device interconnection. Charging is convenient, utilizing standard mobile phone chargers or power banks.

GOOD AT CORE AND BEAUTIFUL IN SHAPE

High-fidelity signal amplifier and high-performance processor

A. High-performance Processor
Using a high-performance processor to run a variety of algorithms, the output is stable and accurate, ensuring the accuracy of the measurement

B. High Fidelity Signal Conditioning Amplifier
In order to ensure the signal accuracy, the analog circuit part of the front-end signal conditioning amplifier is shielded by an integrated package, which greatly enhances the anti-interference performance. The signal output accuracy is enhanced, which boosts the measurement accuracy

C. High-performance Radiator
Built-in high-performance radiator with excellent heat dissipation ensures the device runs smoothly

A. Switch B. Camera C. Cable Port D. Charging Port F. Radiator

Cascading Upgrade

By connecting one cascade cable 1 to the main device, the system can be upgraded to 12 channels. Further addition of cascade cable 2 can expand the system to 24, 36, 48, or 60 channels.

Applications

The ADMT-ZN series all-channel groundwater speedy detector is used to determine the location, depth, and potential yield of groundwater, providing valuable guidance for well drilling operations and ultimately increasing the success rate of getting water. It can also be applied in detailed and general hydrogeological surveys

SIX ADVANTAGES TO HELP YOU EXPLORE WORRY-FREE

Fast Measurement, Accurate and Efficient

With a fully upgraded hardware and software system, data processing capability is enhanced by 50%. A single measurement takes only 10 seconds, and a complete set of measurements can be completed in just 2 minutes. This represents a tenfold increase in efficiency, allowing for the acquisition of ten times the amount of data in the same time frame, significantly boosting exploration efficiency.

Channel Compatibility, One Device for All

Without replacing the main device, users can freely combine various channel configurations by selecting "cascade cables." A single device supports 1, 12, 24, 36, 48, and 60-channel setups. One ZN system offers the equivalent capability of five traditional multi-channel instruments.

Intelligent Cables

The ZN series utilizes high-density cascade cables integrated with intelligent chips, enabling automated control of the measurement process and enhancing both efficiency and accuracy.

AI Automatic Analysis

ZN products provide 24/7 free online AI analysis of geological images. The AI system continuously learns and improves based on user feedback, becoming increasingly accurate over time. This provides reliable guidance for water exploration and drilling.

Multifunctional Electrodes

The system features innovative multifunctional electrodes. The hammer and electrode components can be freely assembled and disassembled. When combined, they form a handle-equipped electrode. Separately, the hammer can be used to drive the electrodes into harder ground.

More Advantages

The main device adopts a magnetic multi-functional connection, a high-performance heat sink, and supports wireless casting. A high-performance lithium battery provides up to 10 hours of standby time. Convenient charging is possible using standard mobile phone chargers and power banks.

Full Kit

Product design, packaging, or accessories are subject to change due to ongoing improvements. For the most up-to-date information, please contact our service team.

TECHNICAL PARAMETERS

Versions	ADMT-180ZN	ADMT-300ZN	ADMT-600ZN	ADMT-900ZN	ADMT-1200ZN
Max Depth (m)	≤180	≤300	≤600	≤900	≤1200
Scan Interval	5/10 M	10 M		10/15 M
Channel Options	All channels share one console (extension to multi-channels just by increasing accessories and upgrading to enhanced cable). Multi-channel options support both MN and TT
Meas. Mode	MN/TT
Freq. Range (hz）	1-6500 HZ
Filtering	FFT Smart
Discrim.	0.01mV±2%
Acq. Time (s)	10s
Connection	Circular Connection, wifi 5, bluetooth 4.2
Display	7 "IPS high brightness touch screen, Automatic screen rotation
Resolution	800*1280
OS	Android 13
CPU	RK3568
GPU	Mali G52
RAM	LDDR4/4GB
Storage	32GB
Core Features	All channels in one, Custom depths focusing, Real-time curve/contour mapping, AI-driven image interpretation, Cross-device interconnection, Free software upgrade
Other Features	Camera (incl. fill flash), GNSS, Wireless screen casting, Multi-device interconnection, Water and dust proof
Battery	6000mAh
Main Device Dimensions & Weight	23.8cm19.3cm5.6cm, 1.05 KG

Customer Cases

Algeria

Product: All-channel Speedy Groundwater Detector ADMT-600ZN
Image Interpretation: The high-resistivity red zone in the shallow subsurface (0-40m) indicates a dry, loose sedimentary cover. A distinct low-resistivity purple anomaly is observed at 50-90m. The blue low-resistivity anomalous zone at 105-180m may represent a well-developed aquifer. The high-resistivity zone below 255m is likely the aquifer's basement, a bedrock layer that prevents further downward percolation of groundwater, consistent with the actual water-bearing geological structure. It is recommended to drill at point 5, with an expected water depth between 110-200m.
Actual Drilling Results: The first water flow appeared at around 110m depth, primarily composed of quartz sandstone. As drilling continued, the water volume increased significantly. The final drilling depth was 120m. The actual conditions align with the image analysis.

India

Product: All-channel Speedy Groundwater Detector ADMT-600ZN
Image Interpretation: The red high-resistivity zone at a shallow depth of 40m is likely an unconsolidated sedimentary cover. The zone between 60-140m may be a well-developed porous aquifer, with a maximum estimated thickness of 80m. The red high-resistivity zone between 140-240m is presumed to be a rock layer with poorly developed pores and low permeability. Below the blue low-resistivity zone at 240m, there may be a well-developed, deep confined aquifer. Drilling into the deep confined aquifer can obtain overflow replenishment from other aquifers, ensuring a stable water supply. It is recommended to drill at point 3, with an expected water depth between 60-140m and below 260m.
Actual Drilling Results: The aquifer top was encountered at a depth of 50m, and water flow increased significantly. Water flow slowed down at around 170m. To ensure a stable water supply for future needs, the customer continued drilling, and the final borehole depth was 295m, with a water yield of 40 cubic meters per hour. The actual results are consistent with the image analysis.