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Universal solutions

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"Vibration key" system (based on DVA141.1XX + TIK-PLC 112 ver.02) "Vibration key" system (based on DVA141.1XX + TIK-PLC 112 ver.02)

Designed for continuous measurement, control and processing of vibration parameters of process and production equipment for the purpose of emergency protection systems (EPS);

Built on the basis of DVA141.1XX vibration sensors and TIK-PLC 112 ver.02 controller.









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"Vibration key" system (based on DVA252.1XX + TIK-PLC 121 ver.02) "Vibration key" system (based on DVA252.1XX + TIK-PLC 121 ver.02)

Designed for continuous measurement, control, and processing of vibration parameters of process and production equipment for the purpose of diagnostic;

Built on the basis of DVA252.1XX vibration sensors and TIK-PLC 121 ver.02 controller.










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DVA sensor for emergency protection of the pumping unit DVA sensor for emergency protection of the pumping unit

Designed for automatic monitoring of the state of the drive of a sucker rod oil pump of the "machine-rocking" type and its protection against destruction in the event of an emergency.

  • simultaneous measurement of instantaneous and average vibration parameters in various representations (vibration acceleration, vibration velocity, vibration displacement) along two coordinate axes, two tilt angles and temperature (at the sensor installation site);
  • processing / analysis of information, assessment of the levels of measured parameters, control of a discrete output, thanks to the controller integrated in the sensor;
  • the presence of a digital communication interface for transmitting information to the upper level, as well as for changing your own settings (response delay time, setting level);
  • can be installed on the pimping unit of all types, both domestic and imported.

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TIK-RVM extended monitoring system for MGPS TIK-RVM extended monitoring system for MGPS

The system is designed for continuous measurement, display, control, storage, and analysis of vibration parameters and mechanical state of the modular group pumping stations (MGPS).

Field of application — monitoring and diagnostics of reservoir pressure maintenance pumps (RPM) exposed to vibration during the operation.








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TIK-RVM extended monitoring system for GPU TIK-RVM extended monitoring system for GPU

The system is designed for continuous monitoring of vibration parameters of GTU (gas turbine unit) and GPU compressor (gas pumping unit) in order to protect turbomachines from exposure to vibration limits, to assess the technical condition of the units and to predict the development of unacceptable defects.

The scope of control and diagnostics of GTU and GPU compressor.








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PIK-VT vibration velocity and peak temperature signalling device PIK-VT vibration velocity and peak temperature signalling device

Designed for control of technical condition of the production equipment operating in explosive environment;

Provides continuous monitoring of vibration velocity, temperature, and axial shift of the unit rotor through 8 independent channels with generation of warning lights and lock signals.








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TIK-SPS pipeline pig arrival signaling device TIK-SPS pipeline pig arrival signaling device

Designed to register passage of the cleaning or the diagnostic pig through the control point of telemetry and to send the signals to pipeline telemetry control system;

The device consists of a TIK-SPS alarm unit (secondary device) located in the protective housing (optional), a TIK-SPS receiver (primary device) and KVS (KVA, KVP) explosion-proof terminal box;

The device's principle of operation is based on recording of changes in signals from the ultrasonic sensor and vibration acceleration sensor.




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TIK-SVN flood detector with environmental detection functionality TIK-SVN flood detector with environmental detection functionality

Designed to control the presence of water or oil, as well as their levels in the wells of oil pipelines;

The device consists of a TIK-SVN control unit, a connection box and an alarm unit - the control unit and connection box are located in the well (hazardous area); connection box is used as an intermediate link between the control unit and the alarm unit; the alarm unit is located outside the hazardous area;

The principle of operation of the device is that the control unit has 48 levels, on which pairs of electrodes are located, which are switched on alternately and measure the capacitance of the medium between them. By comparing the results of measurements at different levels, the device is able to draw a conclusion about the type of medium at each of the levels - air, water or oil;

Depending on the depth of the well, one to four control units can be placed.

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