The SV 810 is a dedicated air-overpressure meter designed for precise blast monitoring that fully meets the latest ISEE 2022 Performance Specifications. Whether deployed as a portable standalone device or integrated into SVANTEK Monitoring Systems (SV 803, SV 804, SD 311), it captures high-energy blast events up to 168 dB to provide legally defensible data for regulatory reporting. Equipped with an 8-hour rechargeable battery, 8 GB of integrated memory, and a rugged, weather-resistant design, it is the ultimate field solution for capturing low-frequency impulsive noise.



Standalone Overpressure Monitoring
Autonomous Operation in Field
Synchronized Blast Compliance via SvanNET
Remote Connection via SV 803 / SV 804 / SD 311
ISEE-Compliant Measurement Performance
Engineered Around Global Blast Standards
Uncompromised Durability with MEMS Sensor
Rugged Design for Harsh Outdoors
Weather-Protected Unattended Monitoring
Rugged Defense for Long-Term Projects
Time-History Recording
Absolute Confidence for Compliance Reporting
Autonomous Operation in Field
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Remote Connection via SV 803 / SV 804 / SD 311
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Engineered Around Global Blast Standards
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Rugged Design for Harsh Outdoors
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Rugged Defense for Long-Term Projects
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Absolute Confidence for Compliance Reporting
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The SV 810 has a wide dynamic range from 105 dB to 168 dB PEAK, runs on a built-in Li-ion battery for up to 8 hours, and has 8 GB of memory for long WAV recordings. Housed in a robust IP 54 enclosure (upgradable to IP 65), the meter features a high-contrast OLED display, an optional 1600-line real-time FFT analyzer, and seamless UART/USB-C connectivity.
Building & Ground Vibration
Mining & Quarries, Tunnel Excavation, Construction Blasting
Accurately monitor blast-generated pressure waves to ensure strict compliance with local environmental limits during daily production, generating reliable, defensible records to protect neighboring structures. Capture and analyze intense, low-frequency blast effects within highly confined underground construction environments to ensure the structural integrity of the surrounding geology and infrastructure. Furthermore, safeguard sensitive urban environments during complex demolition or foundational blasting phases by delivering transparent, standards-based acoustic monitoring reports that easily satisfy city regulators and ease community concerns.
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