What can you add to a pump to prevent it from dry-running?
What happens if you double both the pump’s flow and the head?
Which of the following is NOT a way to reduce friction losses?
Test results
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Q: What can you add to a pump to prevent it from dry-running?
A: A float switch
Q: What can you add to a pump to prevent it from dry-running?
A: A source of airflow
Q: What can you add to a pump to prevent it from dry-running?
A: Nothing, you can only use pumps with built-in dry-running protection
Q: What happens if you double both the pump’s flow and the head?
A: The energy usage remains the same
Q: What happens if you double both the pump’s flow and the head?
A: The energy usage is doubled
Q: What happens if you double both the pump’s flow and the head?
A: The energy usage is quadrupled
Q: Which of the following is NOT a way to reduce friction losses?
A: Reduce the flow
Q: Which of the following is NOT a way to reduce friction losses?
A: Lower the pump inlet
Q: Which of the following is NOT a way to reduce friction losses?
A: Increase the pipe size
Q: If a pump’s head is 20 metres, how high can the pump lift the water?
A: 10m
Q: If a pump’s head is 20 metres, how high can the pump lift the water?
A: 20m
Q: If a pump’s head is 20 metres, how high can the pump lift the water?
A: 30m
Q: Which measuring unit is flow typically measured in?
A: m2
Q: Which measuring unit is flow typically measured in?
A: l/min
Q: Which measuring unit is flow typically measured in?
A: m3/h
Q: Does it create a noise inside the pump when vaporised water molecules implode?
A: No
Q: Does it create a noise inside the pump when vaporised water molecules implode?
A: Yes