The MG-01 Geophone is a precision electro dynamic velocity transducer designed for accurate ground vibration and velocity measurement in demanding field applications. With a natura...

The MG-01 Geophone is a precision electro dynamic velocity transducer designed for accurate ground vibration and velocity measurement in demanding field applications. With a natural frequency of 14Hz ±5% and sensitivity of 1mV/mm/sec, this instrument captures subtle ground movements with exceptional accuracy. Its frequency range extends from above natural frequency up to 500Hz, providing comprehensive coverage for diverse vibration analysis requirements. The device features excellent linearity within ±1% and minimal transverse sensitivity below 3%, ensuring reliable data collection even in complex field conditions. Built for durability, this geophone withstands challenging environments while maintaining consistent performance, making it an essential tool for professionals who depend on precise vibration measurements for critical decision-making.

This geophone serves multiple industries requiring precise vibration monitoring and analysis. In civil engineering and construction, it measures ground vibrations during infrastructure projects including road building, tunneling, and foundation work. The mining and quarrying sector utilizes it for blast vibration monitoring to ensure safety compliance and prevent structural damage to nearby facilities. Environmental monitoring agencies employ the device for earthquake detection, landslide assessment, and vibration impact studies. Additionally, it supports mechanical engineering applications by measuring vibrations from heavy machinery and industrial equipment, while geophysical survey teams use it for subsurface exploration in oil, gas, and mineral resource projects. Academic and research institutions also rely on its accuracy for seismic studies and structural dynamics research.

The MG-01 Geophone delivers significant value through its reliability, accuracy, and durability in field conditions. Its precise measurements help prevent structural failures, ensure regulatory compliance, and protect infrastructure investments. The electro dynamic principle ensures long-term stability with minimal calibration requirements, reducing maintenance costs and operational downtime. With a peak displacement capability of 3mm and consistent performance across temperature variations, this instrument provides trustworthy data that builds confidence in monitoring results. The device's robust construction withstands demanding environments, offering dependable service that professionals can count on for critical projects. This reliability translates to cost-effective operations and enhanced project outcomes for organizations that prioritize accurate vibration monitoring.

Key Features:
- Electro dynamic velocity pickup with vertical measuring direction for precise ground vibration data capture.
- Natural frequency of 14Hz ±5% with consistent performance across demanding field conditions.
- Broad frequency range from above natural frequency up to 500Hz for comprehensive vibration analysis.
- High sensitivity of 1mV/mm/sec with linearity within ±1% ensuring accurate velocity measurements.
- Low transverse sensitivity below 3% and peak displacement of 3mm for reliable operation in complex environments.

Benefits:
- Delivers accurate ground vibration data essential for safety compliance and structural integrity assessment.
- Provides reliable performance in challenging field conditions with minimal maintenance requirements.
- Supports diverse applications across civil engineering, mining, environmental monitoring, and seismic studies.
- Enables precise measurement of subtle ground movements with consistent, trustworthy results.
- Reduces operational risks through dependable vibration monitoring that prevents structural damage and ensures regulatory compliance.