Seismic Instrument - SE3NT Microtremor Monitoring System
Function：
Microtremor could be divided into two types: natural sources and man-made sources.
Natural sources of microtremors arise primarily from wind, ocean waves, volcanic activity, tectonic activity, surface rock migration .
Man-made sources of microtremors primarily arise from means of transportation, machinery, production, and artificial fracturing and blast mining.
SE3NT Microtremor Monitoring System is specifically developed for the monitoring and testing of various Microtremors , widely used in environmental disaster monitoring, microtremor exploration Etc.
The SE3NT is composed of the wireless acquisition unit (RSU), on-site substation (CSU), and remote control host computer (KCU).
Technical Specifications:
1. Channel NO: 3
2. Frequency Range: 0 - 500 Hz
3. Dynamic Range: 126 dB
4. A/D converter: ΔΣ24 bit
5. Sampling Interval: 10, 20, 50, 100, 500, 1000 Hz
6. Record Length: >= 1GB/ch
7. Max Input Voltage: 10 V (G=1)
8. Pre-amplifier Gain: G=1, 2, 4, 8, 16, 32
Microtremor could be divided into two types: natural sources and man-made sources.
Natural sources of microtremors arise primarily from wind, ocean waves, volcanic activity, tectonic activity, surface rock migration .
Man-made sources of microtremors primarily arise from means of transportation, machinery, production, and artificial fracturing and blast mining.
SE3NT Microtremor Monitoring System is specifically developed for the monitoring and testing of various Microtremors , widely used in environmental disaster monitoring, microtremor exploration Etc.
The SE3NT is composed of the wireless acquisition unit (RSU), on-site substation (CSU), and remote control host computer (KCU).
Technical Specifications:
1. Channel NO: 3
2. Frequency Range: 0 - 500 Hz
3. Dynamic Range: 126 dB
4. A/D converter: ΔΣ24 bit
5. Sampling Interval: 10, 20, 50, 100, 500, 1000 Hz
6. Record Length: >= 1GB/ch
7. Max Input Voltage: 10 V (G=1)
8. Pre-amplifier Gain: G=1, 2, 4, 8, 16, 32
Main Products
E60DN Three Dimensional High Density Electrical Device