What does the FLOWADAPT control mode reduce the need for?
MAGNA3 can handle temperatures down to…
What is the FLOWADAPT control mode?
When do you use the constant flow control mode?
Which of these is one of MAGNA3's additional operating modes?
Test results
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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: Is it possible to set up MAGNA3 solely via the pump display?
A: Yes
Q: Is it possible to set up MAGNA3 solely via the pump display?
A: No
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: What is the FLOWADAPT control mode?
A: A control mode in which the pump continuously adapts its performance to varying flow and performance demands
Q: What is the FLOWADAPT control mode?
A: A combination of the AUTOADAPT control mode and the flowlimit control function
Q: What is the FLOWADAPT control mode?
A: A control mode in which the pump automatically sets a proportional pressure curve with a setpoint of 55%
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
Q: Which of these is one of MAGNA3's additional operating modes?
A: Start/Stop
Q: Which of these is one of MAGNA3's additional operating modes?
A: AUTOADAPT
Q: Which of these is one of MAGNA3's additional operating modes?
A: Proportional Pressure