F300G Compressible Flow, Pipe Friction Module

F300G Compressible Flow, Pipe Friction Module

The F300G consist of a series of four straight tubes of different diameters with end pressure tapings allow pressure losses in a straight pipe to be investigated at a range of Reynolds numbers. Bends, sudden enlargements and contractions are included to allow investigation of pressure loss and recovery.

The unit is driven by an ejector (jet pump) allowing investigation of entrainment ratio and ejector performance. The pressures, temperatures and air flow rate are recorded by a combination of instrumentation on the Compressible Flow Range F300 base unit and the optional module. A digital hand held manometer is supplied.

F300G Compressible Flow, Pipe Friction Module

A series of four straight tubes of different diameters with end pressure tapings allow pressure losses in a straight pipe to be investigated at a range of Reynolds numbers. Bends, sudden enlargements and contractions are included to allow investigation of pressure loss and recovery.

The unit is driven by an ejector (jet pump) allowing investigation of entrainment ratio and ejector performance.

The pressures, temperatures and air flow rate are recorded by a combination of instrumentation on the Compressible Flow Range F300 base unit and the optional module. A digital hand held manometer is supplied.

Requirs the F300 Compressible Flow Range base unit for operation.

  • Simple Pipe Friction
  • Performance of an ejector.
  • Variation of friction coefficient with Reynolds number.
  • Friction coefficient for compressible flow..
  • Pressure recovery across a sudden change of  pipe cross section.
  • Pressure drop across a bend

Electrical:

A: 220-240 Volts, Single Phase, 50Hz (With earth/ground).

    Line current up to 10A at 230v

  OR

B: 110-120 Volts, Single Phase, 60Hz (With earth/ground).

    Line current up to 20A at 110v

Compressed Air:

900kN/m2 (9 Bar Gauge) at up to 8g/s (400 litre/min free air)