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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
