IGU-16HR 3C
- 103mm(L) × 95mm(W) × 187mm(H)(w/o spike)
- 2.4kg(Including internal battery and spike)
- 64GB
- <6hours
- 30 days Continuous@ 2ms
- 60 days Segmented (12hours ON/12hours SLEEP) @ 2ms
- -
- Exchange EB battery
- Natural Frequency : 5Hz
- Spurious Frequency : >170Hz (>150Hz in horizontal sensor)
- Distortion : <0.1%@12Hz, (0° ~ 10°) vertical tilt, (0° ~ 3°) horizontal tilt
- Damping : 0.7
- Open Circuit Intrinsic Voltage Sensitivity : 76.7 V/m/s (1.95 V/in/s)
- Remark : All parameters are specified at +22°C in the vertical position for vertical geophone and horizontal position for horizontal geophone unless otherwise stated
- Natural Frequency : 10Hz
- Spurious Frequency : >240Hz
- Distortion : <0.1%@12Hz, (0° ~ 10°) vertical tilt, (0° ~ 3°) horizontal tilt
- Damping : 0.7
- Open Circuit Intrinsic Voltage Sensitivity : 78.7 V/m/s (2.0 V/in/s)
- Remark : All parameters are specified at +25°C in the vertical position for vertical geophone and horizontal position for horizontal geophone unless otherwise stated.
- Seismic data channel(s) : 3
- ADC resolution : 32 bits
- Sample intervals : 0.25, 0.5, 1, 2, 4, 8, 10, 20 milliseconds
- Preamplifier gain : 0dB to 36 dB in 6 dB steps
- Anti-alias filter : 206.5 Hz @ 2ms (82.6% of Nyquist)Selectable - Linear Phase or Minimum Phase
- DC blocking filter : 1Hz to 10Hz, 1Hz increments or DC Removed
- Operating temperature : -40°C ~ +70°C
- Waterproof : IP68
- Charging Temperature Range : +3°C ~ +45°C
- Maximum Input Signal : ±2.5Vpeak @ Gain 0dB
- Equivalent Input Noise : 0.18μV @ 2ms Gain 18dB
- Total Harmonic Distortion : <0.0002% @ Gain 0dB
- Common Mode Rejection : ≥100dB
- Gain Accuracy : <1%
- GPS Time Standard : 1ppm
- Timing Accuracy : ±10μs, GPS Disciplined
- Cross Feed : < -110dB
- System Dynamic Range : 145dB
- Frequency Response : 0 ~ 1652Hz
- Wireless Communication : Bluetooth Low Energy
- Remark : All parameters are specified at 2ms sample interval, 31.25 Hz, 25°C, unless otherwise indicated
More about SmartSolo IGU-16HR 3C
The SmartSolo IGU-16HR 3C seismic node leverages the advancements in mobile internet technology to offer a cost-effective and high-performance solution for seismic exploration. Designed for both active and passive seismic surveys, this node is suitable for a wide range of applications including energy and mineral exploration, urban seismic surveys, earthquake monitoring, and geophysical scientific research. It shares peripherals with the IGU-16 and IGU-16HR models, allowing for significant equipment investment savings.
Incorporating reliable, low-power components commonly found in mobile phones, the SmartSolo IGU-16HR 3C is a smart sensor that efficiently captures and records high-quality seismic data. Its design prioritizes simplicity in function and structure, making it user-friendly, cost-effective, and capable of operating autonomously even in the most challenging environments.
The SmartSolo IGU-16HR 3C features a three-component (3C) geophone, specifically designed for land-based applications such as HVSR, MASW, and vibration analysis. This 3C geophone is robust, lightweight, and convenient for field operations. It houses one vertical and two horizontal high-precision geophone sensors, securely coupled and mounted within a durable, waterproof case equipped with 75mm steel spikes.
Key Features
High-quality 5Hz 3-Component Geophones for accurate seismic measurements.
Rugged and durable construction for reliable performance in any environment.
Compact and lightweight design for easy deployment and portability.
Advanced connectivity options for seamless data transmission and integration.
Real-time monitoring capabilities for immediate observation and analysis.
SmartSolo offers a variety of 3C geophones with frequency ranges from 5Hz to 10Hz.
FAQ
Q: What is a 3 Component Smart Seismic Sensor?
A: A 3 Component Smart Seismic Sensor is a device used to measure and record ground vibrations and seismic activity in three dimensions: vertical (up and down), north-south, and east-west. It is designed to detect and analyze earthquakes, tremors, and other seismic events.
Q: How does a 3 Component Smart Seismic Sensor work?
A: The 3 Component Smart Seismic Sensor consists of three individual sensors or geophones mounted orthogonally to capture ground motion in different directions. Each sensor measures the velocity or acceleration of ground vibrations and converts them into electrical signals. These signals are then processed and analyzed to provide information about the seismic activity.
Q: What are the main applications of 3 Component Smart Seismic Sensors?
A: 3 Component Smart Seismic Sensors are primarily used in seismic monitoring and earthquake early warning systems. They are installed in various locations, including seismological stations, research institutions, and infrastructure projects such as bridges, dams, and buildings. These sensors provide critical data for seismic hazard assessment, structural health monitoring, and earthquake research.
Q: How accurate are 3 Component Smart Seismic Sensors?
A: The accuracy of 3 Component Smart Seismic Sensors depends on various factors, including their design, calibration, and installation. High-quality sensors can provide precise measurements of ground motion, allowing for accurate analysis and interpretation of seismic events. However, it's important to note that no sensor is entirely immune to noise and environmental interference, which can affect the accuracy to some extent.
Q: Can 3 Component Smart Seismic Sensors detect all types of seismic events?
A: 3 Component Smart Seismic Sensors are sensitive to a wide range of seismic events, including earthquakes, aftershocks, and induced tremors. They can also capture other sources of ground vibrations, such as human activities, explosions, and volcanic activity. However, the detection capabilities may vary based on the sensitivity and frequency response of the specific sensor used.
Q: Can 3 Component Smart Seismic Sensors be connected to a network?
A: Yes, 3 Component Smart Seismic Sensors can be connected to a network for real-time data transmission and remote monitoring. By integrating them into a networked system, users can access seismic data from multiple sensors simultaneously, enabling faster detection, analysis, and response to seismic events.
Q: Are 3 Component Smart Seismic Sensors expensive?
A: The cost of 3 Component Smart Seismic Sensors can vary depending on factors such as the brand, features, and technical specifications. High-end sensors with advanced capabilities and rugged designs tend to be more expensive. However, the cost of these sensors has been decreasing over time as technology advances, making them more accessible for various applications.
Q: Can 3 Component Smart Seismic Sensors withstand harsh environmental conditions?
A: Yes, 3 Component Smart Seismic Sensors are designed to withstand harsh environmental conditions. They are typically built with robust and durable materials to ensure their longevity in outdoor installations. However, it's important to consider the specific environmental conditions of the deployment location and choose sensors with appropriate protection ratings for optimal performance and durability.
