DJF Series 10kW High-Power Digital DC Induced Polarization Measurement System

DJF Series 10kW High-Power Digital DC Induced Polarization Measurement System

​Article Title

DJF Series 10kW High-Power DC Induced Polarization (IP) Measurement System: Professional Solution for Deep Mineral Exploration & Engineering Surveys

(Note: Related terms:High-power induced polarization (IP) technology, High-current IP methods, Digital DC IP measurement system, IP surveying instruments, Chargeability measurement, IP parameter acquisition)

​Principles of High-Power Induced Polarization (IP) Technology

High-power induced polarization technology is a geophysical exploration method widely used in mineral resource surveys. It utilizes high-frequency electrical currents to generate an electromagnetic field underground. By analyzing variations in the electromagnetic field, mineral deposits can be detected. During exploration, parameters such as current frequency, amplitude, duration, and electrode configuration are controlled to capture distinct electromagnetic field characteristics, enabling the estimation of underground mineral reserves.

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​​Technical Advantages

Compared to traditional geophysical exploration methods, high-power IP technology offers the following advantages:

• ​High Sensitivity: Detects subtle electromagnetic field variations in mineral deposits, enabling effective identification of weak metallic ores.
• ​Non-Invasive: Conducts surface surveys without excavation, overcoming challenges faced by conventional geological methods.
• ​High Efficiency: Delivers rapid, accurate, and large-scale exploration, particularly effective for extensive mineral deposit surveys.

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​​Product Overview

The DJF Series High-Power DC Induced Polarization Measurement System is a next-generation solution designed for deep multi-metal mineral exploration. Featuring stable performance and high precision, it leads the domestic market. Key attributes include:

• Lightweight design, high supply voltage, and large power output.
• Massive data storage capacity with real-time data acquisition and display of resistivity and polarizability.
• Applications span multi-metal mineral exploration, engineering geophysics, groundwater detection, geothermal reservoir identification, and hydrogeological surveys.

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​​Applications

• Underground cavities, coal mine goafs, dam piping leak detection, engineering surveys.
• Metal/non-metal mineral exploration, geothermal resource identification.
• Groundwater resource mapping, geological stratification.
• Environmental surveys, landfill leak detection, geohazard assessments.

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​​Key Features

• ​Multifunctional: Field measurements of apparent resistivity, polarizability, and half-life time; records full charge/discharge cycles and IP decay for multi-parameter analysis.
• ​Multi-Parameter Analysis: Computes polarizability across time intervals and decay indices to distinguish ore anomalies.
• ​Deep Exploration: Depth ranges from 500–800 m, adjustable via electrode spacing.

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​​Core Advantages

Smart Synchronization Control

• Triple synchronization modes: Software/Quartz Clock/GPS (optional).
• Compatibility: Integrates with traditional IP receivers for versatile setups.

​Precision Data Management

• Military-grade real-time clock: Millisecond timestamping.
• Industrial flash memory: Stores 100,000+ current-time datasets with power-loss protection.

​Safety Protection

• Triple-circuit protection: Over/under-voltage, overcurrent, open-circuit.
• Dual-state monitoring: LED indicators for operational/fault status.

​Accurate Measurement

• Ground impedance detection: Real-time AB electrode resistance monitoring.
• Quartz timebase: 0.1ppm precision clock for timing accuracy.

​Full-Wave Sampling

• Full-waveform recording: Enables polarization rate recalculation and self-potential interference monitoring.
• System self-calibration: Step-response calibration ensures <0.5% IP measurement error.

​Intelligent Noise Suppression

• Adaptive filtering: 50/60Hz industrial noise cancellation.
• Dynamic gain control: 128-level AGC for weak signal optimization.

​System Compatibility

• Global synchronization: Supports mainstream time-domain IP transmitters.
• Signal enhancement: Quartz/GPS modes boost SNR by 40% vs. traditional methods.

​Robust Engineering Design

• IP67 rating: Dust/waterproof, operable in -20℃ to 60℃ extremes.
• Expandable storage: Up to 64GB for permanent data retention.

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​​Specifications

​Transmitter	​Parameters
Max. Transmitting Power	10kW
Max. Transmitting Current	10A
Max. Transmitting Voltage	1200VDC
Current Accuracy	±1%
Duty Cycle Options	4S, 8S, 16S, 32S, 64S, 128S, 256S
Output Waveform	Alternating-polarity waveform(1:1 ratio), 1–60s pulse width
Current Data Storage	≥8000 datasets, programmable intervals (min. 1 minute)
Synchronization Modes	GPS, High-precision quartz clock, Software
Operating Temperature	-20℃ to +60℃, 95% Rh
Dimensions	80×450×360mm
Weight	22kg

​Receiver	​Parameters
Synchronization Modes	Software, GPS, Quartz clock
Voltage Range	±40V (32-bit A/D)
Voltage Resolution	5nV
Data Recording	Full-waveform current/potential recording
Voltage Accuracy	≤0.1% (>1mV), ±1μV (≤1mV)
Polarization Rate Accuracy	±0.2% relative error
Input Impedance	≥50MΩ, >120dB 50Hz suppression
SP Compensation	±40V auto-tracking digital compensation
Display	5-inch 24-bit LCD (1000cd/m² sunlight-readable)
Storage	16GB (expandable to 64GB), USB 2.0
Battery	16.8V, 23-hour runtime
Waterproof Rating	IP67
Dimensions	240×95×240mm
Weight	1.5kg

​Rectifier	​Parameters
Max. Output Power	10kW
Max. Output Voltage	1200V
Max. Output Current	10A
Voltage/Current Accuracy	±1%
Input Power	220V/50Hz (±10% fluctuation)
Operating Temperature	10℃ to +50℃, 95% Rh
Dimensions	600×370×340mm
Weight	80kg

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​​Case Study