PQWT-M100 Water Leak Detector

Introduction

The PQWT-M100 Water Leak Detector is a high-precision underground water detection device designed for hydrological and geological surveying. It provides accurate measurement of subsurface water sources and supports professional field applications with stable performance and reliable data output. Its lightweight design and advanced multi-channel system make it suitable for use in various environmental and surveying conditions.

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Specifications

Attribute	Details
Model	PQWT-M100
Warranty	1.5 Years
Weight	0.55 kg
Measuring Depth	Up to 100 meters
Measuring Range	0 mV – 1000 mV
Measurement Accuracy	0.001 mV
Measuring Channels	4 channels
Display	LED display
Input Impedance	≥10 MΩ
Operating Temperature	-20°C to +50°C
Relative Humidity	≤85%
Core Components	Engine, motor
Inspection Reports	Video inspection + machinery test report provided

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Key Features

High Measurement Accuracy
Delivers extremely precise readings with accuracy up to 0.001 mV for reliable underground water detection.

4-Channel Detection System
Allows simultaneous data collection from multiple channels for improved analysis and coverage.

Deep Measurement Capability
Capable of detecting underground water sources up to 100 meters deep.

Clear LED Interface
Simple LED display ensures easy reading of measurement results in field conditions.

Lightweight & Portable Design
Weighing only 0.55 kg, it is easy to carry and operate in remote locations.

Reliable Build Quality
Engineered for stable performance in varying environmental and geological conditions.

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Applications

• Hydrological surveying and groundwater detection
• Geological exploration and field research
• Environmental monitoring projects
• Water resource assessment and management
• Engineering and construction site surveys

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Conclusion

The PQWT-M100 Water Leak Detector is a compact and highly precise instrument designed for professional underground water detection. With its multi-channel system, deep measurement capability, and strong accuracy, it provides dependable performance for hydrological and geological applications in both field and research environments.