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Vibration velocity sensors

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Vibration velocity sensors with current output DVA121.3XX Vibration velocity sensors with current output DVA121.3XX

Designed to measure the root mean square (RMS) value of vibration velocity in emergency protection systems (EPS);

Consist of a sealed housing, which is a piezoelectric acceleration sensor and conversion board;

Easily replace imported analogues;

Thanks to the version with connection terminal block inside the case (DVA121.352), the incoming cable is quickly and conveniently mounted;

For DVA121.352 - order available cable glands 3 types or nut;

Type of output signal – 4...20 mA



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Vibration velocity sensor with current output DVA121.442 Vibration velocity sensor with current output DVA121.442

Designed to measure the mean square value of vibration velocity in emergency protection systems (EPS);

It consists of a sealed housing, which is a piezoelectric acceleration sensor and conversion board. The amplifier is made in a separate connector housing;

Type of output signal - 4...20 mA









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Vibration velocity sensors with current output DVA141.XXX Vibration velocity sensors with current output DVA141.XXX

Designed to measure the root mean square (RMS) value of vibration velocity in emergency protection systems (EPS);

Consist of a sealed housing, which are integrated microelectromechanical acceleration sensor and conversion board;

To install the sensor assembly DVA141.214 uses the standard stud M6x1 (M8x1/M10x1/M12x1); for the special order it is possible to supply the studs with any thread, including inch;

DVA141.214 allows the use of cable assemblies with MIL connector from imported converters;

Type of output signal - 4...20 mA


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Vibration velocity sensors with current output DVA141.X21 laboratory Vibration velocity sensors with current output DVA141.X21 laboratory

Sensors DVA141.121 and DVA141.221 is designed to measure the root mean square (RMS) value vibration velocity in the laboratory;

The stainless steel housings are integrated microelectromechanical acceleration sensor and conversion board;

Available sensors - ideal for training, experiments and simple tasks;

Type of output signal - 4...20 mA







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Vibration velocity sensors with current output DVA16(7)1.121 laboratory Vibration velocity sensors with current output DVA16(7)1.121 laboratory

Sensor DVA161.121 is designed to measure the root mean square (RMS) value vibration velocity on two axes at the same time, comparison of data values and issuing most of them in the laboratory

Sensor DVA171.121 is designed to measure the root mean square (RMS) value vibration velocity on two axes simultaneously, vector addition and issuance of the amount received in the laboratory;

The stainless steel housings are integrated microelectromechanical acceleration sensor and conversion board;

Available sensors - ideal for training, experiments and simple tasks;

Type of output signal - 4...20 mA


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Vibration velocity sensors with current output DVA161.XXX Vibration velocity sensors with current output DVA161.XXX

Designed to measure the root mean square (RMS) value of the vibration velocity on two axes simultaneously, comparing these values and issuing the largest of them;

In the sealed case there are integrated two-coordinate microelectromechanical acceleration sensor and conversion board;

To install the sensor assembly DVA161.214 uses the standard stud М6х1 (M8x1/M10x1/M12x1); for the special order it is possible to supply the studs with any thread, including inch;

DVA161.214 allows the use of cable assemblies with MIL connector from imported converters;

Type of output signal - 4...20 mA




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Vibration velocity sensors with current output DVA171.XXX Vibration velocity sensors with current output DVA171.XXX

Designed to measure the root mean square value (RMS) of vibration velocity on two axes simultaneously, vector addition of these values and the issuance of the resulting amount;

In the sealed case there are integrated two-coordinate microelectromechanical acceleration sensor and conversion board;

To install the sensor assembly DVA171.214 uses the standard stud M6x1 (M8x1/M10x1/M12x1); for the special order it is possible to supply the studs with any thread, including inch;

DVA171.214 allows the use of cable assemblies with MIL connector from imported converters;

Type of output signal - 4...20 mA



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Vibration velocity sensors DVA121.5XX Vibration velocity sensors DVA121.5XX

Designed for measurement of the root-mean square value (RMS) of vibration velocity in emergency protection systems (EPS);

Consists of piezoelectric vibration converter DV-1 ver.00 (02) and detachable unit USO121.5ХХ located in the measuring unit;

Sensors of this series are supplied with anti-vibration cable;

Output signal type – 4...20 mA







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Vibration velocity sensors DVA121.6XX Vibration velocity sensors DVA121.6XX

Designed for measurement of the root-mean square value (RMS) of vibration velocity in emergency protection systems (EPS);

Consists of piezoelectric vibration converter DV-1 ver.04 (05) and detachable unit USO121.6XX located in the measuring unit;

Output signal type - 4...20 mA








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Vibration velocity sensors DVA141.6XX Vibration velocity sensors DVA141.6XX

Designed for measurement of the root-mean square value (RMS) of vibration velocity;

Consists of piezoelectric and capacitive microelectromechanical sensors built into a single case of DV-1 vibration converter ver.07 (08), and a detachable unit USO141.6XX with display located in the measuring unit;

Output signal type - 4...20 mA








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Sensors with digital output DVA484.1XX Sensors with digital output DVA484.1XX

Designed to measure vibration velocity, vibration acceleration, vibration displacement* in three coordinates, as well as angles of inclination and temperature;

*The vibration acceleration signal, passing through the mathematical processing block, is converted into vibration velocity and vibration displacement signals. For each of the parameters it is also possible to calculate the amplitude, mean square value and span.

In the sealed case there are integrated microelectromechanical acceleration sensor and conversion board;

Output signal type - RS-485 (Modbus RTU)


Features:

  • All calculations are performed in real time, with an update interval of 10ms registers;
  • Measurement error of vibration parameters is not more than 5% in the main frequency range;
  • Additional error of not more than 2.5%;
  • Built-in temperature sensor allows you to control the temperature with an accuracy of ±2 °C;
  • Determination of the angles of inclination of each axis with an accuracy of 1°.

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