LGT LGT-10HV-G100 Seismic Geophone Sensor, Dual Axis | High-sensitivity wideband vibration detector; industrial monitoring; structural analysis

LGT-10HV-G100 High Sensitivity Dual Axis Seismic Geophone Sensor is a professional wideband vibration detector designed for industrial monitoring, structural vibration analysis, seismic research, and geological survey applications. Featuring dual axis bi-directional sensing capability and high sensitivity performance up to 100 V/m/s, this sensor is engineered for accurate detection of weak vibration and seismic signals across a wide frequency range. With a wideband response of 10–1200Hz, the LGT-10HV-G100 is suitable for industrial vibration monitoring, bridge and building structure analysis, machinery vibration measurement, seismic acquisition systems, and engineering research applications. Its stable damping characteristics and low distortion performance provide reliable signal acquisition in demanding monitoring environments. Constructed with a durable industrial-grade metal housing, the sensor is designed for long-term operation in field engineering, industrial testing, laboratory vibration analysis, and structural monitoring systems. The compact design and wide frequency response make it suitable for both professional seismic applications and advanced vibration analysis projects.

• High Sensitivity Geophone Sensor – Features 100 V/m/s sensitivity for accurate detection of weak seismic and vibration signals in professional monitoring applications.
• Dual Axis Bi-Directional Detection – Designed for dual direction vibration sensing and structural motion analysis in industrial and engineering environments.
• Wideband Frequency Response – Supports 10–1200Hz vibration monitoring for seismic acquisition, machinery analysis, and structural vibration testing.
• Industrial & Structural Monitoring – Suitable for bridge monitoring, building vibration analysis, industrial equipment testing, geological surveys, and seismic research projects.
• Stable Professional Performance – Engineered with low distortion characteristics, stable damping performance, and durable metal construction for long-term field and laboratory operation.