Self-contained, portable system for monitoring ground vibration and air overpressure from blasting and piling.
Our team is currently capturing high-res assets for this product.
Self-contained, portable system for monitoring ground vibration and air overpressure from blasting and piling.
The Geolook G88-Y310 Blast Vibration Seismograph is a rugged, all-in-one system designed to help operators comply with environmental regulations during blasting, piling, and heavy construction. It provides precise measurements of ground vibration (PPV) and air overpressure (noise). The system features an integrated triaxial geophone and a high-precision microphone, both connected to a weather-proof data logger. It is engineered for rapid deployment in quarries, mines, and urban construction sites, offering both on-site visual reporting and automated remote data transmission to our cloud-based monitoring platform.
Explore the device from every angle
High-resolution shots of this product are currently being processed.
The primary metric for blast monitoring is Peak Particle Velocity (PPV). Regulatory bodies around the world set strict limits on PPV to prevent structural damage to neighboring properties.
The G88-Y310 simplifies compliance by automatically comparing recorded data against standard 'limit curves' (such as the USBM RI 8507 or DIN 4150-3). The system instantly generates a 'Pass/Fail' report on-site, providing immediate peace of mind for operators and stakeholders.
Blasting doesn't just vibrate the ground; it also creates a pressure wave in the air. High air overpressure can rattle windows and lead to noise complaints from local residents.
The G88-Y310 includes a specialized low-frequency microphone designed to measure these sub-audible pressure waves (linear response). This data is critical for defending against noise litigation and optimizing blast timing and design.
Unlike single-axis sensors, the G88-Y310 uses a precision triaxial geophone. This captures ground movement in three dimensions: Longitudinal, Transverse, and Vertical.
This 360-degree capture is essential because blast waves can travel through different soil and rock strata, and the maximum vibration might not occur in the direction you expect. A triaxial measurement ensures that no dangerous energy levels are missed.
In the modern construction era, manual data collection is too slow. The G88-Y310 can be equipped with an internal 4G/LTE modem.
When a vibration event exceeds a pre-set threshold, the system automatically uploads the waveform to the Geolook Cloud and sends immediate alerts to the project team via SMS or Email. This allows for rapid intervention if blasting intensities need to be reduced.
The primary metric for blast monitoring is Peak Particle Velocity (PPV). Regulatory bodies around the world set strict limits on PPV to prevent structural damage to neighboring properties.
The G88-Y310 simplifies compliance by automatically comparing recorded data against standard 'limit curves' (such as the USBM RI 8507 or DIN 4150-3). The system instantly generates a 'Pass/Fail' report on-site, providing immediate peace of mind for operators and stakeholders.
Unlike single-axis sensors, the G88-Y310 uses a precision triaxial geophone. This captures ground movement in three dimensions: Longitudinal, Transverse, and Vertical.
This 360-degree capture is essential because blast waves can travel through different soil and rock strata, and the maximum vibration might not occur in the direction you expect. A triaxial measurement ensures that no dangerous energy levels are missed.
Blasting doesn't just vibrate the ground; it also creates a pressure wave in the air. High air overpressure can rattle windows and lead to noise complaints from local residents.
The G88-Y310 includes a specialized low-frequency microphone designed to measure these sub-audible pressure waves (linear response). This data is critical for defending against noise litigation and optimizing blast timing and design.
In the modern construction era, manual data collection is too slow. The G88-Y310 can be equipped with an internal 4G/LTE modem.
When a vibration event exceeds a pre-set threshold, the system automatically uploads the waveform to the Geolook Cloud and sends immediate alerts to the project team via SMS or Email. This allows for rapid intervention if blasting intensities need to be reduced.
We are currently updating the specific model configurations and technical datasheets for this product category.