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Shanghai Jiayang Teaching Equipment Co., Ltd

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    Room 1013, A3 Floor, Greenland Future Center, Lane 1588, Wangyuan South Road, Fengxian District, Shanghai

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Pulsation and Water Hammer Experimental Device

NegotiableUpdate on 05/12
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Overview

The pulsation and water hammer experimental device is used to generate and visualize water hammer phenomena, demonstrating the function of the pressure regulating chamber. It includes a pipe section with ball valve and buffer chamber, as well as an additional pipe section equipped with solenoid valve.

Product Details

Pulsation and Water Hammer Experimental DeviceUsed for generating and visualizing water hammer phenomena, showcasing the functionality of the pressure regulating chamber. It includes a pipe section with ball valve and buffer chamber, as well as an additional pipe section equipped with solenoid valve.

Experiment 1: Quickly closing the ball valve triggers water hammer effect, converting kinetic energy into potential energy. Pressure fluctuations are captured by sensors and displayed as pressure curves. The oscillation phenomenon is manifested as the fluctuation of water level in the pressure regulating chamber.

Experiment 2: The rapid closure of the solenoid valve generates a strong water hammer effect, converting kinetic energy into pressure energy. The effect and oscillation are detected by sensors and displayed as pressure curves.

The water supply device is used to measure the water flow velocity.

The device is used to generate and visualize water hammer phenomena, demonstrating the function of the pressure regulating chamber. It includes a pipe section with ball valve and buffer chamber, as well as an additional pipe section equipped with solenoid valve.

Experiment 1: Quickly closing the ball valve triggers water hammer effect, converting kinetic energy into potential energy. Pressure fluctuations are captured by sensors and displayed as pressure curves. The oscillation phenomenon is manifested as the fluctuation of water level in the pressure regulating chamber.

Experiment 2: The rapid closure of the solenoid valve generates a strong water hammer effect, converting kinetic energy into pressure energy. The effect and oscillation are detected by sensors and displayed as pressure curves.

The water supply device is used to measure the water flow velocity.