Installation Technology Losses In Straight Pipes
Categories: Engineering Lab EquipmentThe pressure curves of fluids in motion and fluids at rest in pipes are fundamentally different from one another. For the same supply pressure, losses occur in flowing fluids due to the pipe frictio...
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Description
The pressure curves of fluids in motion and fluids at rest
in pipes are fundamentally different from one another. For the same supply
pressure, losses occur in flowing fluids due to the pipe friction; these losses
manifest themselves as pressure losses. In fluids at rest the static pressure
in horizontal pipe elements is constant. It visualises the pressure curve of
flowing and static incompressible fluids in pipes. The trainer is suitable for
explaining concepts such as the hydrostatic pressure in static and moving
liquids. The clear panel is mounted on a sturdy, movable frame. The supply
pressure is generated by an elevated tank. In order to ensure a constant supply
pressure, the tank is fitted with a refill mechanism and an overflow. A
measuring section is located at the end of the tank. The flow and thus the flow
velocity can be adjusted at two points. There are six pressure measuring points
along the measuring section. The respective pressures can be read via the tube
manometer with reference to the height of the liquid column.
Learning Objectives/Experiments
Hydrostatic pressure
Flow pressure
Pressure loss
Representation of pressure curves
Specification
Pressure losses in the open pipe system
Clear panel mounted on a sturdy, movable frame
Transparent elevated tank with overflow to feed the pipe
section
Constant static supply pressure
Flow can be adjusted via ball valves
Measuring section with 6 measuring points
Pressure displayed with 6 tube manometers
Technical Data
Tank: approx. 8L
6 tube manometers
Measuring ranges
pressure: -200…600mmWC
quick overview :
The pressure curves of fluids in motion and fluids at rest
in pipes are fundamentally different from one another. For the same supply
pressure, losses occur in flowing fluids due to the pipe friction; these losses
manifest themselves as pressure losses. In fluids at rest the static pressure
in horizontal pipe elements is constant. It visualises the pressure curve of
flowing and static incompressible fluids in pipes. The trainer is suitable for
explaining concepts such as the hydrostatic pressure in static and moving
liquids. The clear panel is mounted on a sturdy, movable frame. The supply
pressure is generated by an elevated tank. In order to ensure a constant supply
pressure, the tank is fitted with a refill mechanism and an overflow. A
measuring section is located at the end of the tank. The flow and thus the flow
velocity can be adjusted at two points. There are six pressure measuring points
along the measuring section. The respective pressures can be read via the tube
manometer with reference to the height of the liquid column.
Learning Objectives/Experiments
Hydrostatic pressure
Flow pressure
Pressure loss
Representation of pressure curves
Specification
Pressure losses in the open pipe system
Clear panel mounted on a sturdy, movable frame
Transparent elevated tank with overflow to feed the pipe
section
Constant static supply pressure
Flow can be adjusted via ball valves
Measuring section with 6 measuring points
Pressure displayed with 6 tube manometers
Technical Data
Tank: approx. 8L
6 tube manometers
Measuring ranges
pressure: -200…600mmWC
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