Flow In A Pipe Bend
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Product Description
FLOW IN A PIPE BEND
Laying pipes it is essential that they are adapted to the circumstances of their environment, which means the pipes will necessarily include deflections in the form of bends. Changing the direction of flow in a pipe changes the pressure conditions. The pressure curve during a change in the flow direction is investigated using the example of a 90° pipe bend.
The experimental unit, when used in the aerodynamics trainer, allows the measurement of the static pressure at 29 pressure measuring points along the pipe bend. The transparent pipe bend has a constant rectangular cross-section with 10 pressure measuring points each on the top and bottom.
Pressure measuring points are located in the region of the curvature on both sides: four on the left side and five on the right side. The pressure measuring points are connected to the tube manometers in via the hoses supplied. The static pressures can be read on the tube manometers.
To illustrate the pressure distribution, the static pressure at a measuring point is related to the maximum pressure. The graphical representation of the pressure curve shows a low pressure along the inner radius and an overpressure along the outer radius. The experimental unit is attached to the trainer, simply and precisely with quick release fasteners.
- Investigation of the pressure curve at a 90° pipe bend
- Determination of the static pressure at 28 pressure measuring points
- Representation of the pressure distribution
Specification:
- Determining the pressure conditions in flow through a pipe bend
- Measurement of static pressure at 28 pressure measuring points along the bend
- Ten pressure measuring points each on the top and bottom plus four pressure measuring points on each side
- Accessory for aerodynamics trainer
- 16 tube manometers of the aerodynamics trainer for displaying the pressures
Technical Data:
- 90° pipe bend: cross-section 50x100 mm
- 28 pressure measuring points
Dimensions and Weight:
- LxWxH: 280 x 210 x 230 mm
- Weight: approx. 14 kg
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