Non-contact smart vibration Sensors & Meters with normalized metrological characteristics have been designed based on probing objects by millimeter-wave band electromagnetic waves.

RVS -36P -  Non-contact smart vibration sensors 36GHz

RVS -94P - Non-contact smart vibration sensors 94GHz

RVM -36P -  Non-contact smart vibration meter 36GHz

RVM -94P - Non-contact smart vibration meter 94GHz

The designed non- contact smart vibration sensors and meters

can be applied to measure vibrations:
• of light-structure objects where physical contact with a sensor could derange a normal operation;
• of high frequency and small amplitude;
• high-speed elements;
• under conditions of high temperatures and aggressive medium;
• in sealed chambers;
• under conditions when the optical line-of-sight is not available;
• when it is difficult to provide a tap-off and reliability of measuring lines;
• of objects of any form and surface material;
• as a measuring device for coupling with a computer via a digital interface, with available analysis of spectra and any other required characteristics of the studied object.

Makes it possible to:
• provide a non-destructive control without a shutdown and disassembly of a device
• significantly expand the field of application of all existing methods;
• to provide a higher reliability and durability in comparison with contact sensors;

Features:
• high sensitivity;
• v high accuracy of measurement;
• high resolution;
• a wide dynamic range;
• availability of storage of any time realizations;
• compatibility of interfaces with digital and analog vibration sensors;
• the function of logging the results during more than 7 days;
• the function of monitoring the operating mode
  (two levels of the control - the "Alarm" level, the “Emergency” level with the option of automatic switching-off high-current devices).

Field of application:

In the branches of industries (heat-and-power engineering, gas and oil industry, radiolocation, etc.) and in the defense technology, where complex dynamic objects are applied. For example: in aviation - non-contact turbine start-up control and state control of turbine blades, in the process of routine maintenance of aircraft engines; in heat, gas and power engineering - shaft and turbine blades operation control with vibration amplitude estimation, providing the supervision system for a normal operating mode and prevention of emergencies

 Comparison with contact methods of vibration control