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Electronic indicators VBV-005 are designed to indicate the vibration displacement of rotating parts (rotors) in the presence of mass imbalance in the latter.

Vibration velocity sensors with a current output DVST-1 are designed to convert the RMS value of the vibration velocity of an object into a standard current signal of 4-20 mA.

Ecofizika-500 is a multifunctional modern platform for building complex measuring systems. The developed software makes it possible to fully use the powerful hardware potential of the system in tasks requiring the use of complex computational algorithms. Ecofizika-500 is not just another multi-channel frontend designed to transfer unprocessed data to a computer; it is an independent measuring device capable of calculating a huge number of quantities in real time, storing them in its own memory and (or) issuing them to a telemetry channel. The device can be used, including in offline mode, as a data logger, which is very important when testing complex equipment that limits the presence of the operator. Ecofizika-500 has an approved type of measuring instrument and methodological support for measuring acoustic and vibrational quantities.

The VT-005 vibration transducers are designed to convert the instantaneous value of the vibration acceleration of an object into an ICP signal of the IEEP standard.

Vibration velocity sensors with a current output DVST-4 are designed to convert the RMS value of the vibration velocity of an object into a standard current signal of 4-20 mA.

Vibration velocity sensors with a current output DVST-3 are designed to convert the RMS value of the vibration velocity of an object into a standard current signal of 4-20 mA.

Vibration electrodynamic testing installations of the VEDS series are designed for testing products for the effects of single-component harmonic vibration in the vertical direction and tests for vibration strength and resistance

Vibration transducers DN-3-M1 are designed to measure vibration by converting mechanical vibrations into electrical signals proportional to the vibration acceleration of an oscillating object. Vibration converters DN-3-M1 are used in conjunction with vibration measuring devices in factory and laboratory conditions.

Vibration transducers DN-4-M1 are designed to measure vibration by converting mechanical vibrations into electrical signals proportional to the vibration acceleration of an oscillating object. Vibration converters DN-4-M1 are used in conjunction with vibration measuring devices in factory and laboratory conditions.

The operation of the density meter is based on measuring the oscillation period of a hollow tube of the original configuration filled with the liquid under study, and then calculating the value of its density using the results of preliminary calibration for two substances of known density, for example, air and water. • Maximum viscosity of the measured liquid at ambient temperature 300 mm2/s The nominal volume of the measuring cell is 1.5 ml Measurement time of 2 channels 20 s • Temperature range of the built-in thermostat +15...+60 °C • • Overall dimensions 205x225x80 mm Weight 3 kg Power consumption 15 W