Hydraulics

Laboratory quantity:

	NTC-11.17.2 “Hydraulics М2” Training laboratory equipment provides: acquire skills in determining fluid flow regimes, hydraulic friction coefficients and local hydraulic resistances, as well as in constructing pressure and piezometric pipeline lines; studying the non-stationary outflow of liquid through the hydro throttle and the characteristics of a volumetric pump; studying design and determine the characteristics of the hydraulic distributor and throttle block with check valves. More details >>

	NTC-11.36.1 “Hydraulic machines and hydraulic drives M2” The present training laboratory equipment is intended for experimental studying a gear hydraulic pump; axial-piston unregulated hydraulic motor; hydraulic cylinder; as well as hydraulic drives with translational and rotational movement of the output link, and hydraulic drives with two- and three-line flow controllers. More details >>

	NTC-11.37.1 “Hydraulic equipment M2” This training laboratory equipment ensures studying the design and determining the characteristics of pressure hydraulic valves, a pressure reducing valve, hydraulic distributors, filters, as well as a two- and three-line flow regulator. More details >>

	NTC-11.38 “Hydraulics, hydraulic machines and hydraulic drives” This training laboratory equipment makes it possible to: determine fluid flow regimes, hydraulic friction coefficients and local hydraulic resistances, as well as in constructing pressure and piezometric pipeline lines; carry out experimental studying a gear hydraulic pump; axial-piston unregulated hydraulic motor; hydraulic cylinder; as well as hydraulic drives with translational and rotational movement of the output link. More details >>

	NTC-11.89 “Hydrostatics” The training laboratory equipment consists of two laboratory units, one of which allows to carry out an experimental verification of the Archimedes law, to study the characteristics of a hydraulic jack, and to determine the forces of fluid pressure on a flat surface. The second part of equipment makes it possible to study the physics and properties of hydrostatic pressure, and also allows to acquire the skills of experimental determination and construction of hydrostatic pressure diagrams. More details >>

	NTC-11.90 “Open-channel hydraulics” This equipment makes it possible to: acquire skills in determining the Coriolis and Boussinesq coefficients, the roughness coefficient in the channel; capacity of weirs of various types; dependence of the depth of a uniform flow on the bottom slope; resistance in the flow around bodies of various profiles; study the outflow of fluid from the hole of a circular non-flooded spillway; perfect hydraulic jump; free-surface flow curves. More details >>

	NTC-11.90.1 “Hydraulics: filtration, soil” The training laboratory equipment is designed for carrying out laboratory works in “Hydraulics”, “Mechanics of fluids and gases”, “Water supply and sewerage”, “Hydrology and hydrometry”, “Water supply and reconstruction of water supply systems of industrial enterprises”, “Water treatment, wastewater treatment technology”, “Intake structures”. At the equipment are carried out experiments for determination a ground filtering coefficient; determination of flow rate through the body of an earth dam; plotting the drawdown curve. More details >>

	NTC-11.91 “Hydrodynamics” The present training laboratory equipment gives opportunity to get skills in determining the mode of fluid flow; coefficients of local hydraulic resistance and coefficient of hydraulic friction; for the construction of pressure and piezometric lines of a pipeline of variable cross section. More details >>

	NTC-11.91.2 “Fluid mechanics” The stand allows to study characteristics of dynamic pumps, installations with two running pumps (connected in sequence and in parallel), as well as pipelines. More details >>

	NTC-11.91.3 “Fluid mechanics. Water hammer” The training system allows to determine the characteristics of hydraulic resistances (pipeline, diaphragm, full-flow valve), as well as to explore various types of water hammer in the pipeline (full, incomplete, direct, indirect, positive, negative). More details >>

	NTC-11.94 “Hydraulic equipment with electric proportional control” The training laboratory equipment is intended for experimental studying a proportional electromagnet, a pressure hydraulic valve, a hydraulic distributor, a pressure reducing valve and a three-line flow controller with proportional control. More details >>

	NTC-11.95 “Automatic hydraulic drive” The training laboratory equipment is intended for experimental studies of hydraulic drives with a hydraulic distributor, with a three-line flow regulator, as well as a hydraulic drive based on the using pressure and pressure reducing valves with electric proportional control. More details >>

	NTC-11.99 “Electrohydraulic systems with automatic control” The training laboratory equipment gives opportunity to get skills in development of control algorithms and programming of microprocessor devices, as well as to explore the electro-hydraulic servo system and software automatic control system. More details >>

Laboratory quantity:

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