Fluid Mechanics & Fluid Machinery

Investigation of cavitation process in a venturi nozzle at different flow rates and pressures. 1. Venturi nozzle with 3 pressure measuring points 2. Adjustment of the flow rate via ball valve 3. Pressure reducing valve, adjustable 4. Thermometer for measuring the temperature 5. Flow measurement using rotameter 6. Manometer for displaying the pressure curve in the Venturi nozzle 7. Quick release fitting for easy connection to Hydraulics bench (KCFM-151-...).

A self- contained and mobile unit for demonstration of the properties of fluids and hydrostatics for basic experiments in hydrostatics Wide range of experiments with (Fluid properties) Closed water circuit with tank and pump. The bench top incorporates a recessed sinks. Components will be stored on support frame

For familiarization of energy conversion in divergent/convergent pipe flow, recording the pressure curve in a Venturi nozzle, recording the velocity curve in a Venturi nozzle, for determining the flow coefficient and recognizing friction effects Venturi section with transparent front panel. Quick connections are provided for adaptation to feed hydraulics source.

The present set-up is designed in Stainless Structure. Screws, nuts, plates and all the metallic elements in stainless steel. Diagram in the front panel with similar distribution to the elements is provided in the real unit. Quick connections are provided for adaptation to feed hydraulics source.

Determining the characteristics of a typical centrifugal pump. Recording the pump characteristics curve at a constant pump speed by measuring the inlet and outlet pressure and determining the flow rate. Recording the pump characteristic for different speeds. Power and efficiency curves by measuring the electrical drive power. Determining the hydraulic power and calculating the efficiency.

To determine Pressure losses at various piping elements and pipe networks; parallel and series connection of pipe sections, combined series and parallel connection. 1. Five pre- installed pipe sections with different diameters 2. Panel for piping elements 3. Construction of pipe network from pipe sections and various piping element 4. Calibration of pipe sections 5. Parallel and series connection of pipe sections 6. Construction of a closed circular pipeline 7. Differential pressure measurement with twin tube manometers and differential pressure manometer 8. Flow rate measurement with measuring tank (can be shut off),stopwatch and level indicator 9. Self-contained (Closed water circuit with tank and pump)or Hydraulic bench (KCFM-151....) with 9.1. Floor-standing service unit for fluid mechanics apparatus 9.2. Closed water circuit with storage tank, submersible pump and measuring tank ,Sump tank capacity range from 150 liters to 250 liters 9.3. Volumetric flow measurement via remote sight gauge 9.4. Stepped tank for low and high flow rates. capacities 0-10 liters and 0-40 liters 9.5. Open channel in bench top with quick release outlet fitting 9.6. Self-priming centrifugal circulating pump a maximum flow greater than 60L/min