Question 1 of 6
Basic

MAGNA3 can handle temperatures down to…

Question 2 of 6
Basic

How much can MAGNA3 reduce energy consumption by compared to a typical circulator?

Question 3 of 6
Basic

If there is an internal sensor fault in the pump, which arrow do you press?

Question 4 of 6
Basic

How does MAGNA3 communicate?

Question 5 of 6
Basic

What does a yellow indicator in the Grundfos Eye mean?

Question 6 of 6
Basic

When do you use the constant flow control mode?

Question 6 of 6
Basic

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1: MAGNA3 can handle temperatures down to…
1: MAGNA3 can handle temperatures down to…
Minus 5 degrees celsius
You can find the answer here >
1: MAGNA3 can handle temperatures down to…
Minus 10 degrees celsius
2: How much can MAGNA3 reduce energy consumption by compared to a typical circulator?
2: How much can MAGNA3 reduce energy consumption by compared to a typical circulator?
75%
2: How much can MAGNA3 reduce energy consumption by compared to a typical circulator?
3: If there is an internal sensor fault in the pump, which arrow do you press?
3: If there is an internal sensor fault in the pump, which arrow do you press?
3: If there is an internal sensor fault in the pump, which arrow do you press?
The left arorw
4: How does MAGNA3 communicate?
4: How does MAGNA3 communicate?
4: How does MAGNA3 communicate?
Via wireless radio
5: What does a yellow indicator in the Grundfos Eye mean?
5: What does a yellow indicator in the Grundfos Eye mean?
The pump has a warning but can continue
5: What does a yellow indicator in the Grundfos Eye mean?
The pump is slightly damaged but it can continue
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6: When do you use the constant flow control mode?
In systems that demand constant flow independent of pressure losses
6: When do you use the constant flow control mode?
In commercial buildings and small family homes
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6: When do you use the constant flow control mode?
Nowhere - it's a made-up control mode
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