NTC-11.17 “Hydraulics”

Br0.00

All processes are studied experimentally. Some laboratory works provide for both carrying out experiments and making calculations, which involve comparing the received results.

Category:

The training laboratory system is designed to conduct laboratory experiments on the “Hydraulics” course in secondary special and higher educational institutions.

On the frame structure of the stand, made in the form of a one-sided basis with a table, there are a hydraulic panel and an electrical measurement and control panel. On the panel of electrical measurements and control is a hydraulic circuit diagram. The stand has a rigid configuration that does not require any assembly work before the lesson. The stand includes a hydroelectric station.

A three-phase electric motor, a gear pump, a pressure hydraulic valve, a filter, two distributors with electromagnetic control, a two-line flow regulator, a hydraulic accumulator, mounting plates, connecting fittings and pipelines are installed on the stand.

Providing the sufficiently high pressures and velocities of the fluid flow during tests makes the studied processes visual, which helps students learn material. The stand provides for the possibility of changes over a wide range of fluid flow.

The information-measuring system of the stand allows you to determine the pressure, flow, temperature of the working fluid, time. At the stand there are 6 pressure gauges (one of them is electric contact), an integrating type high-speed flowmeter, an electronic stopwatch, and a thermometer with a bimetallic sensing element.

In a number of laboratory works, the obtained experimental characteristics are compared with the calculation results, which allows us to estimate the errors allowed in the calculations.

A set of methodological and technical documentation intended for the teaching staff is supplied with the training system.

Experiments provided

  1. Pressure and flow measurement, testing of liquid flow mode.
  2. Plotting pressure and piezometric pipe line.
  3. Calculating coefficients of local hydraulic resistance (coefficient of permeability).
  4. Calculating hydraulic friction ratio (Darcy ratio).
  5. The study of non-stationary processes of liquid outflow through hydro throttle.

Technical specifications

Power supply 3~380/220 V, 50 Hz
Power consumption, kW 2
Electric magnets power voltage, V +24
Working fluid Mineral oil
Rated pressure, kPa 1,6
Overall dimensions
width, mm 810
height, mm 1620
depth, mm 580
Weight, kg 102

Scope of delivery

  • training laboratory system – 1 pc.;
  • CD with supplemental documentation – 1 pc.;.
  • passport – 1 pc.;