How do you identify the supply pipe?
What can you use the timer function for?
Which of these isn't a major downfall of a pump running round the clock?
How far away from the discharge port of the hot water source should you place the sensor?
How high are the potential energy savings you can achieve with Comfort with AUTOADAPT?
Test results
Congratulations. You have passed the test and completed the 62 - The COMFORT Hot Water Recirculation Course
Achieved badges:
Q: How do you identify the supply pipe?
A: You let the hot water run and feel which pipe gets warmer
Q: How do you identify the supply pipe?
A: You scan the pipes using the Grundfos GO Balance app
Q: How do you identify the supply pipe?
A: You tap both pipes with your hand and listen for a hollow sound
Q: What can you use the timer function for?
A: It enables you to receive alerts based on a customised schedule
Q: What can you use the timer function for?
A: It allows you to customise the pump's operating periods
Q: What can you use the timer function for?
A: It tells you when to clean the pump
Q: How much electricity can be saved on average by using the AUTOADAPT operation mode?
A: 95%
Q: How much electricity can be saved on average by using the AUTOADAPT operation mode?
A: 96%
Q: How much electricity can be saved on average by using the AUTOADAPT operation mode?
A: 97%
Q: Which of these isn't a major downfall of a pump running round the clock?
A: Increased power costs
Q: Which of these isn't a major downfall of a pump running round the clock?
A: Increased heat losses
Q: Which of these isn't a major downfall of a pump running round the clock?
A: Increased noise
Q: How far away from the discharge port of the hot water source should you place the sensor?
A: Between 0 and 25 centimetres
Q: How far away from the discharge port of the hot water source should you place the sensor?
A: Between 25 and 50 centimetres
Q: How far away from the discharge port of the hot water source should you place the sensor?
A: Between 50 and 75 centimetres
Q: How high are the potential energy savings you can achieve with Comfort with AUTOADAPT?
A: Approximately 43%
Q: How high are the potential energy savings you can achieve with Comfort with AUTOADAPT?
A: Approximately 48%
Q: How high are the potential energy savings you can achieve with Comfort with AUTOADAPT?
A: Approximately 52%