Didactic Bench For Studying Pressure Losses In Pipes Elbows And Valves Educational Equipment Hydrodynamics Lab

Didactic Bench For Studying Pressure Losses In Pipes Elbows And Valves Educational Equipment Hydrodynamics Lab

H16 Didactic Bench For Studying Pressure Losses In Pipes Elbows And Valves Educational Equipment Hydrodynamics Lab For Vocational Training Center, Technical Institution, Engineering University, TVET Schools.

Description

H16 Didactic Bench For Studying Pressure Losses In Pipes Elbows And Valves Educational Equipment Hydrodynamics Lab

Description
Didactic bench of study of the losses of charges making it possible to study the regular and singular losses of loads in the hydraulic networks. The open design of the bench and its wide format make it an ideal tool for working with large groups of students or pairs in practical work.
Supplied with a complete instructional manual with practical work (TP).
Educational holdings
This teaching equipment makes it possible to carry out the following practical exercises:
– Pressure drop in straight pipes.
– Loss of charge in a sudden enlargement
– Loss of charge in a sudden narrowing
– Pressure drop in elbows (trade and sharp angle)
– Pressure loss in different types of valves
– Pressure loss in curves of different radii
– Flow in a rough pipe (optional)
Supplied with a complete instructional manual with practical work (TP).
Specifications for tender
VERTICAL BENCH FOR THE STUDY OF FLUID DYNAMICS

The bench must allow the following pedagogical operations:
– Pressure drop in straight pipes.
– Loss of charge in a sudden enlargement
– Loss of charge in a sudden narrowing
– Pressure drop in elbows (trade and sharp angle)
– Pressure loss in different types of valves
– Pressure loss in curves of different radii
– Flow in a rough pipe (optional)

Technical specifications required:
– The bench should allow the study of pressure losses in pipes, elbows and valves.
– It will consist of two piping circuits with a common inlet and outlet. These two circuits will have different diameter pipes and will include straight lengths, elbows, contractions, widenings, a valve and a ball valve.
– The pressure differences will be measured by piezometric tubes with back pressure, graduated in mm.
– For the valves, the pressure will be measured by a needle gauge
• 1 straight pipe of small diameter, 1 straight pipe of large diameter
• 1 rough tube (optional)
. 1 elbow at 90 ° at a sharp angle, 1 elbow of the trade,
. 1 gate valve, 1 ball valve
• 1 sudden contraction
• 1 elbow at 90 ° of small radius, 1 elbow at 90 ° of medium radius, 1 elbow at 90 ° of large radius
• 16 water pressure gauges for measurements in pipes
• 1 needle manometer for measurements in the valves
• Vertical panel mounted on wheels
• Maximum flow: 17.2 l / min
• Piping network: copper tubes,
• Inside diameters 13.6 and 26.2 mm
• Dimensions: approx 2600 x 800 x 1700 mm
• Supplied with manual of use and practical work in French

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