Which function can you use to start or stop the fan in the cooling tower?
What can scaling lead to?
What does the hysteresis band do?
How does Grundfos iSOLUTIONS help the pump control the cooling tower?
What does the air pass through on its way out of the cooling towers?
Test results
Congratulations. You have passed the test and completed the 35 - The role of pumps in cooling towers
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Q: Which function can you use to start or stop the fan in the cooling tower?
A: The operating mode function
Q: Which function can you use to start or stop the fan in the cooling tower?
A: The control mode function
Q: Which function can you use to start or stop the fan in the cooling tower?
A: The limit exceed function
Q: What can scaling lead to?
A: Increased energy consumption
Q: What can scaling lead to?
A: Increased concentration of chemicals
Q: What can scaling lead to?
A: Increased water pressure in the pipes
Q: What does the hysteresis band do?
A: It ensures that the fan starts when you exceed a set temperature
Q: What does the hysteresis band do?
A: It determines how low the temperature can be before the fan stops running
Q: What does the hysteresis band do?
A: Nothing – it’s a made-up phrase
Q: How does Grundfos iSOLUTIONS help the pump control the cooling tower?
A: By keeping the pumps running at constant speed
Q: How does Grundfos iSOLUTIONS help the pump control the cooling tower?
A: Through speed regulation and start/stop functions
Q: How does Grundfos iSOLUTIONS help the pump control the cooling tower?
A: By using powerful fans
Q: What does the air pass through on its way out of the cooling towers?
A: It passes through the fill
Q: What does the air pass through on its way out of the cooling towers?
A: It passes through the drift eliminators
Q: What does the air pass through on its way out of the cooling towers?
A: It doesn’t pass through anything
Q: How much of the 30 % of water lost to evaporation can you potentially save by using the right control?
A: None
Q: How much of the 30 % of water lost to evaporation can you potentially save by using the right control?
A: 5%
Q: How much of the 30 % of water lost to evaporation can you potentially save by using the right control?
A: 20%