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Use a pitot gauge to measure the velocity pressure of the stream flowing from the hydrant. While the pitot pressure is being recorded, notify the crew at the test hydrant to take a second pressure reading and record the result.
The flow testing procedure should be conducted, as follows: Position one personnel at the test hydrant, and one at the flow hydrant. Attach gauge to test hydrant. Open hydrant; record static pressure reading. Record outlet coefficient size of flow hydrant. Attach pitot gauge to flow hydrant.
Flush the residual hydrant to remove any sediment and attach a nozzle cap with a gauge to the hydrant's outlet. Slowly release the main valve until air is vented. Take a static pressure reading. Measure the inside diameter of the outlet nozzle or hydrant outlet where flow occurs.
1:08 2:02 How to Conduct a Single Hydrant Flow Test | Hose Monster University YouTube Start of suggested clip End of suggested clip Record the flow rate reading along with the residual. System pressure reading from the gauge capMoreRecord the flow rate reading along with the residual. System pressure reading from the gauge cap slowly close the gate valve to conclude the test hydrogen testing with the hose monster.
The flow testing procedure should be conducted, as follows: Position one personnel at the test hydrant, and one at the flow hydrant. Attach gauge to test hydrant. Open hydrant; record static pressure reading. Record outlet coefficient size of flow hydrant. Attach pitot gauge to flow hydrant.
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Remove the nozzle cap of the pressure hydrant and add the pressure gauge to its outlet. Open its valve completely and gather static pressure reading (Water should not be flowing). Then, open the flowing hydrant's valve. Always be cautious of nearby obstacles and traffic.
A fire flow test is the measurement of the normal operating pressure in the water mains under normal distribution-system flow conditions (static pressure), the pressure in the water mains when water is flowing during the test (residual pressure), and the flow pressure at the outlet (pitot pressure).
The flow rate of a hydrant is typically identified by determining the available flow rate when the residual pressure drops to 20 psi....4½-inch discharge outlet: 10 psi \u2013 1,730 gpm. 15 psi \u2013 2,110 gpm. 20 psi \u2013 2,430 gpm.
A fire flow test is the measurement of the normal operating pressure in the water mains under normal distribution-system flow conditions (static pressure), the pressure in the water mains when water is flowing during the test (residual pressure), and the flow pressure at the outlet (pitot pressure).
Use a pitot gauge to measure the velocity pressure of the stream flowing from the hydrant. While the pitot pressure is being recorded, notify the crew at the test hydrant to take a second pressure reading and record the result.

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