What can you use alarms for?
Which of these is a consequence of oversized pumps?
How do you prevent issues such as cavitation and noise?
What happens if you run the pump at its limit?
What happens if the filters are blocked?
Test results
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Q: What can you use alarms for?
A: To notify you when it’s time to restart the monitoring system
Q: What can you use alarms for?
A: To notify you if there are any deviations on the trend curve
Q: What can you use alarms for?
A: To notify you if pumps are connected incorrectly
Q: How many pumps are estimated to be oversized?
A: 80%
Q: How many pumps are estimated to be oversized?
A: 85%
Q: How many pumps are estimated to be oversized?
A: 90%
Q: Which of these is a consequence of oversized pumps?
A: Energy waste
Q: Which of these is a consequence of oversized pumps?
A: An expensive overall operation
Q: Which of these is a consequence of oversized pumps?
A: Both of the above
Q: How do you prevent issues such as cavitation and noise?
A: By monitoring your system
Q: How do you prevent issues such as cavitation and noise?
A: By sizing the pumps according to load profiles
Q: How do you prevent issues such as cavitation and noise?
A: By running the pumps at a constant pressure level
Q: What happens if you run the pump at its limit?
A: The overall performance of your production is increased
Q: What happens if you run the pump at its limit?
A: You save energy
Q: What happens if you run the pump at its limit?
A: After a short period of time it breaks
Q: What happens if the filters are blocked?
A: They break and need to be replaced
Q: What happens if the filters are blocked?
A: Production must be stopped, so they can be cleaned
Q: What happens if the filters are blocked?
A: Nothing