MAGNA3 can handle temperatures down to…
How does MAGNA3 communicate?
What does the FLOWADAPT control mode reduce the need for?
Which position must the MAGNA3 pump head always be in?
When do you use the constant flow control mode?
Test results
Congratulations. You have passed the test and completed the 60 - The MAGNA3 Circulator Pump Course
Achieved badges:
Q: MAGNA3 can handle temperatures down to…
A: 0 degrees celsius
Q: MAGNA3 can handle temperatures down to…
A: Minus 5 degrees celsius
Q: MAGNA3 can handle temperatures down to…
A: Minus 10 degrees celsius
Q: How much can MAGNA3 reduce energy consumption by compared to a typical circulator?
A: 70%
Q: How much can MAGNA3 reduce energy consumption by compared to a typical circulator?
A: 75%
Q: How much can MAGNA3 reduce energy consumption by compared to a typical circulator?
A: 80%
Q: How does MAGNA3 communicate?
A: Via Bluetooth
Q: How does MAGNA3 communicate?
A: Via WiFi
Q: How does MAGNA3 communicate?
A: Via wireless radio
Q: What does the FLOWADAPT control mode reduce the need for?
A: It reduces the need for pump throttling valves
Q: What does the FLOWADAPT control mode reduce the need for?
A: It reduces the need for manual balancing
Q: What does the FLOWADAPT control mode reduce the need for?
A: It reduces the need for maintenance
Q: Which position must the MAGNA3 pump head always be in?
A: The 3 o clock position
Q: Which position must the MAGNA3 pump head always be in?
A: The 6 o clock position
Q: Which position must the MAGNA3 pump head always be in?
A: The 9 o clock position
Q: When do you use the constant flow control mode?
A: In systems that demand constant flow independent of pressure losses
Q: When do you use the constant flow control mode?
A: In commercial buildings and small family homes
Q: When do you use the constant flow control mode?
A: Nowhere - it's a made-up control mode