Experiment
TE86
WATER HAMMER APPARATUS
A 60-metre copper coil that demonstrates water hammer and cavitation and the propagation of shock waves at sonic velocity in water.
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The apparatus is made up of a coil of copper pipe 60 m long. The inlet connects to your water supply and the discharge end has a solenoid valve.
An electronic pressure transducer near to the valve measures the pressure fluctuations in the pipe when the solenoid valve shuts.
A bypass valve discharges to waste at the inlet end of the pipe. A second adjustable valve is at the discharge from the pipe, downstream of the solenoid valve. This regulates the mean pressure in the pipe before the solenoid valve shuts.
A Bourdon pressure gauge fitted between the solenoid valve and the downstream control valve shows the pressure in the system. It also allows students to calibrate the pressure transducer.
Key features:
- Illustrates the propagation of shock waves at sonic velocity in water
- Demonstrates how to calibrate an electronic pressure transducer
- Includes electric valve to stop flow instantly
- Contains over 60 metres of pipe in one compact unit to save space
- Includes mechanical and electronic pressure measurement
- Includes connectors for extra (optional) equipment for transient measurements
Essential Ancillary:
- Oscilloscope (TE86a) - a two-channel 50 MHz digital storage oscilloscope.
Learning outcomes
- Water hammer
- Propagation of shock waves in water
- Velocity of sound in a water filled pipe
- Transducer calibration
Experiment
H405