Description
This unit is made up of the main components found in a typical hydraulic installation.
A differential pressure sensor with a display can easily be connected at various points in the circuit to take measurements.
Transparent tubes are used to show the flow of hydraulic fluid.
By adjusting the pressure or flow rate, laminar or turbulent flow can be displayed.
Closed circuit operation.
Manufactured and designed to industrial standards.

Teaching suggested applications*
STUDY OF HEAD LOSSES

• Various diameters of pipes
• Short radius bend
• Long radius bend
• Three different types of valves
• Sudden diameter increase
• Sudden diameter decrease
• Smooth or rough pipe
• Laminar or turbulent discharge stream
• Plexiglas venturi
• Plexiglas diaphragm

Description

 • This unit includes the main components of a hydraulic installation.
• The measurements are made thanks to a differential pressure with a display and quick connections sensor and also to a water column manometer.
• To determine the regular and singular load losses for piping standard elements.
• Working in a closed circuit.
• Engineering, assembly and industrial 

Teaching suggested applications*

STUDIES OF THE LOAD LOSSES
• Piping with different diameters (DN15, DN25)
• Piping which is smooth or rough with the same diameter (DN15)
• Short radius bend (180°)
• Long radius bend (180°)
• Bends with different angles (180°,45°,135°)
• Three different types of valves (membrane, plug and needle)
• Sudden increase of the diameter (DN15-DN25)
• Sudden decrease of the diameter (DN25-DN15)
BERNOUILLI THEOREM
• Plexiglas venturi
• Plexiglas diaphragm

Description

This flow unit is delivered complete with instrumentation and technical and educational manual.
 This unit is designed and manufactured to industrial standards.
 This unit can be used at different levels and for different courses.
 Working with closed circuit  

Teaching suggested applications*

• Study of rate flow in a pipe
• Pressure profile in a pipe
• Speed profile in a pipe  
• Calculation of Reynolds number
• To visualise jet at the exit of the pipe
• Temperature influence

Description

The aspiration wind tunnel is complete with instrumentation. 
The unit includes a technical and instruction manual.
Open circuit 
The unit consists of components that are easily separated and adapted to different test designs.

Teaching suggested applications*

Multiple aerodynamic studies are possible due to the accurate measurement of lift, drag and moment
Measuring pitch relative to flow
Measuring pressure and flow at different points in the pipe.
Confirmation of Bernoulli’s law
Determination of Reynolds number.
Demonstration of aerodynamic lines
Study of axial and centrifugal fans.

Description

 This unit permits observation of a jet through a transparent cylinder.
A system of balance allows to measure the strength exercised on the test surface
The bench comes with weights for balancing the scales during the impact tests of the jet
All materials (in contact with water used are stainless steel (stainless steel, PVC ..)

Teaching suggested applications*

Comparison of the force of a jet on a hemispheric surface, a plane surface, an  inclined surface at 45° or a conical surface (90°)
Influence of nozzle diameter
Study of the relationship between the water flow (impact speed) and the force exercised on the surface

Description

The capillary viscometer i delivered complete with instrumentation and includes a technical and instruction manual.
The liquid to be studied is placed in a thermostatically controlled pressurized container which is connected 
to a capillary tube that is also found in a thermostatically controlled environment.  The liquid is continuously agitated to ensure that it remains homogeneous. The unit can be dismantled.
The capillary tube is removable.(2 different diameters are provided)
The viscosity is determined from the travel time of the liquid in the capillary 

Teaching suggested applications*

The capillary viscometer is
delivered complete with instrumentation and includes a technical and instruction manual.
The liquid to be studied is placed in a thermostatically controlled pressurized container which is connected 
to a capillary tube that is also found in a thermostatically controlled environment.  The liquid is continuously agitated to ensure that it remains homogeneous. The unit can be dismantled.
 The capillary tube is removable.
(2 different diameters are provided)
 The viscosity is determined from the travel time of the liquid in the capillary