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Manufacturer

Electronic Technologies and Metrological Systems Company

4 Savelkinsky Proyezd, 21st floor, Zelenograd (Moscow), Russia, 124482 (Sales department: Office 2104)

zetms@made-in-zelenograd.com

Seismometers that measure vibration speed on the basis of molecular-electronic technology.
AppearanceName
BC120 Leak Detection Sensor, accelerometer, 5000 mV/g; 640 g, frequency range from 0.5 to 3000 Hz.
BC130 Geophone, accelerometer, 30,000mV/g; 1400 g, frequency range from 0.1 to 500 Hz.
AP46 Geophone, 8000 pC/g; 1200 g, frequency range from 5 to 700 Hz.
3011 Seismometer, velocimeter, low-cost model, one- or three-component variations, 400 V/m/s, frequency range from 1 to 50 Hz.
4011 Seismometer, velocimeter, extended frequency range, one- or three-component variations, 2000 V/m/s, frequency range from 30 to 20 Hz.
3111 Seismometer, velocimeter, low noise, one- or three-component variations, 400 V/m/s, frequency range from 1 to 50 Hz.
5211 Seismometer, velocimeter, low noise with an extended frequency range, one- or three-component variations, 2000 V/m/s, frequency range from 30 to 20 Hz.
4011OBS and 4111OBS Seismometers, velocimeter, for underwater applications, 2000 V/m/s, frequency range from 30 to 20 Hz.
METR seismometers, torsional motion sensors.
Mobile seismic station with external or built-in GPS antenna, ability to connect up to 96 seismic sensors, built-in 2 GB storage. Can operate up to 200 hours on autonomous power supply.

Piezoelectric geophones measuring vibration acceleration, with built-in amplifier with extended frequency range up to 400 Hz. The A16HH and A05HH piezoelectric single- and three-component geophones are designed to convert the accelerations acting along their measuring axes into proportional electric signals. The A05HH geophone is designed to measure signals at lower levels than the A16HH. The sensing elements are connected to preamplifiers, which form the main characteristics of the seismometers (frequency response, conversion factor, voltage, output impedance, etc.), which allows you to adapt the geophones to solving a specific measurement problem. The geophones have a built-in electrical monitoring system. The monitoring signal passes directly through the sensitive elements, which allows for electrical monitoring of the through path.

Seismometers and geophones are used in geophysical equipment, seismic stations, geophysical research and exploration

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