Company R-sensors Company R-sensors
Seismic Instruments for Science and Engineering
+7 498 744 69 95

Products catalog

Seismometer CME-4311ND
CME-4211ND
CME-4311ND is a digital 3-component low-noise broadband seismometer.
Frequency range:
0.016 Hz (60 sec) - 50 Hz
Sensitivity:
2000 V / (m/sec)
Data transfer:
USB 2.0, Wi-Fi
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Accelerometer MTSS-1043A
MTSS-1043A
The 3-component accelerometer for high frequency measurements of industrial vibrations, active seismic and more.
Frequency range:
0.1 Hz - 120 Hz
Clip level:
±0,8g
Dynamic range:
126 dB
Sensitivity axes:
3 orthogonal
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Multicomponent sensor CME-206C
CME-206C
The 6-component sensor having 3 orthogonal and 3 rotational sensitivity axes. The top-of-the-line model based on the molecular-electronic technology.
Sensitivity:
250 V / (m/sec)
Clip level:
±0.1 rad/s and ±0.02 m/s
Self noise at 1 Hz:
1,25*10^-7 rad/sec for angular and 10^-7 m/sec for linear channels
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News

  • August 2020: interviewing R-sensors on new products for marine industry
    August 2020: interviewing R-sensors on new products for marine industry
    Korabel.ru published an interview (Rus) with R-sensors' general director Vadim Agafonov, PhD in Physics and Math.

    The R-sensors engineers developed new acoustic sensors designed for marine oil&gas seismic exploration. These sensors are a hydrophone and a dual sensor consisting of a geophone and a hydrophone inside. They were successfully tested in the Black Sea and approved by the Marinet industry center of Russia.

    Korabel.ru was started in 2002 and is now highly popular among top managers of shipbuilding enterprises, design engineers, ship owners and suppliers of marine equipment.
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  • 2021: research article on measuring complexes to monitor railway facilities
    2021: research article on measuring complexes to monitor railway facilities

    The article tells about creation and testing of a model of the measuring complex for the seismic monitoring system of railway infrastructure facilities.

    The novelty of the system was the use of a highly sensitive molecular-electronic seismic accelerometer as a measuring element and a real­time data transfer module based on a single-­board Linux­-run computer.

    The advantages of the used solutions are capabilities to observe a low-frequency component of the facility’s vibration spectrum, continuous monitoring of the facility along with transfer of seismic data over wired or wireless networks, detection of seismic events and sending messages to the system operator in real time.

    A distinctive feature of the complex is a flexible configuration for each monitoring facility.
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