
HERMES PREMIUM QUALITY INFRASOUND SENSOR
HERMES is a premium-quality infrasound sensor designed to detect low-frequency (inaudible) sound waves from natural and artificial sources, including volcanic eruptions, extreme weather, landslides, earthquakes, and industrial explosions. Featuring a broadband range (0.033 Hz – 200 Hz), high dynamic range (110 dB), and ultra-low noise (-62 dB PA²/Hz), it ensures accurate and reliable monitoring.
With a rugged, weather-sealed casing and low power consumption, HERMES is built for harsh environments and long-term field applications.
$2.980,00
OVERVIEW
Description
Advanced Detection of Low-Frequency Sound Waves
HERMES is a high-precision infrasound sensor designed to detect low-frequency (inaudible) sound waves produced by both natural and artificial phenomena. Utilizing differential pressure measurement with an acoustic filter, it effectively eliminates atmospheric pressure fluctuations, ensuring high-reliability monitoring across a broad frequency range.
HERMES is designed for deployment in remote and extreme environments. Its robust, weather-resistant housing and low power consumption make it ideal for continuous outdoor and field applications, ensuring uncompromised performance in hostile conditions.
🚀 HERMES: High-Precision, Reliable, and Ready for Infrasound Monitoring.
Additional information
Weight | 5 kg |
---|---|
Dimensions | 30 × 30 × 30 cm |
FEATURES
✔ Broadband Frequency Range: 0.033 Hz to 200 Hz (lower frequencies available upon request)
✔ High Dynamic Range: 110 dB for accurate and detailed signal capture
✔ Ultra-Low Noise: -62 dB PA²/Hz (relative to 1 Pa at 1 Hz)
✔ Low Power Consumption: Ideal for long-term field deployments
✔ Cost-Effective Solution: Premium quality at an affordable price
✔ Rugged & Sealed Electronics: Durable casing ensures reliable operation in harsh environments
APPLICATIONS
Detecting Natural & Artificial Infrasound Sources
HERMES is engineered for the detection of various infrasound sources, making it ideal for scientific research, early warning systems, and environmental monitoring.
Natural Sources:
✔ Volcanic eruptions (strong eruptions, outgassing, minor explosions)
✔ Extreme weather events (storms, mountain waves, lightning)
✔ Asteroids and meteor entries
✔ Wave motion, oceanic storms, and sea state monitoring
✔ Debris flows, landslides, and snow avalanches
✔ Earthquakes and ground shaking
Artificial Sources:
✔ Quarry and industrial blasting
✔ Controlled TNT/Gas explosions for avalanche control
✔ Nuclear explosions and shock wave monitoring
OVERVIEW
Description
Advanced Detection of Low-Frequency Sound Waves
HERMES is a high-precision infrasound sensor designed to detect low-frequency (inaudible) sound waves produced by both natural and artificial phenomena. Utilizing differential pressure measurement with an acoustic filter, it effectively eliminates atmospheric pressure fluctuations, ensuring high-reliability monitoring across a broad frequency range.
HERMES is designed for deployment in remote and extreme environments. Its robust, weather-resistant housing and low power consumption make it ideal for continuous outdoor and field applications, ensuring uncompromised performance in hostile conditions.
🚀 HERMES: High-Precision, Reliable, and Ready for Infrasound Monitoring.
Additional information
Weight | 5 kg |
---|---|
Dimensions | 30 × 30 × 30 cm |
FEATURES
✔ Broadband Frequency Range: 0.033 Hz to 200 Hz (lower frequencies available upon request)
✔ High Dynamic Range: 110 dB for accurate and detailed signal capture
✔ Ultra-Low Noise: -62 dB PA²/Hz (relative to 1 Pa at 1 Hz)
✔ Low Power Consumption: Ideal for long-term field deployments
✔ Cost-Effective Solution: Premium quality at an affordable price
✔ Rugged & Sealed Electronics: Durable casing ensures reliable operation in harsh environments
APPLICATIONS
Detecting Natural & Artificial Infrasound Sources
HERMES is engineered for the detection of various infrasound sources, making it ideal for scientific research, early warning systems, and environmental monitoring.
Natural Sources:
✔ Volcanic eruptions (strong eruptions, outgassing, minor explosions)
✔ Extreme weather events (storms, mountain waves, lightning)
✔ Asteroids and meteor entries
✔ Wave motion, oceanic storms, and sea state monitoring
✔ Debris flows, landslides, and snow avalanches
✔ Earthquakes and ground shaking
Artificial Sources:
✔ Quarry and industrial blasting
✔ Controlled TNT/Gas explosions for avalanche control
✔ Nuclear explosions and shock wave monitoring




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