What characterises the FLOWLIMIT technology?
What causes system imbalance?
How can the MAGNA3 pump ensure optimum condensation?
What are the benefits of using the handheld controller Grundfos GO with the MAGNA3 in terms of balancing?
What are the consequences of an unbalanced system?
What makes balancing heating systems in commercial buildings a challenging task?
Výsledek testu
Q: What characterises the FLOWLIMIT technology?
A: The FLOWLIMIT technology makes it possible to set a max flow, which means that the design flow is never exceeded regardless of pipe diameter and pressure loss.
Q: What characterises the FLOWLIMIT technology?
A: The FLOWLIMIT technology maintains a minimum flow at all times to use as little energy as possible.
Q: What characterises the FLOWLIMIT technology?
A: The FLOWLIMIT technology lets the pump always run at full speed.
Q: What causes system imbalance?
A: System imbalance is often caused by pressure loss in longer pipe sections.
Q: What causes system imbalance?
A: System imbalance is typically a result of clogging in the pipes.
Q: What causes system imbalance?
A: System imbalance has often to do with ambient temperature changes
Q: How can the MAGNA3 pump ensure optimum condensation?
A: The FLOWLIMIT technology built into the MAGNA3 makes it possible to set a max flow and eliminate the potential overflow area to ensure that the return temperature stays below 57°C.
Q: How can the MAGNA3 pump ensure optimum condensation?
A: The MAGNA3 pump features a built-in condensation functionality that can be activated with a single touch.
Q: How can the MAGNA3 pump ensure optimum condensation?
A: The MAGNA3 pump can be set to maintain the exact required pressure.
Q: What are the benefits of using the handheld controller Grundfos GO with the MAGNA3 in terms of balancing?
A: The FLOWLIMIT function can be accessed remotely via Grundfos GO and the flow limit can be set in no time to make commissioning easier than ever.
Q: What are the benefits of using the handheld controller Grundfos GO with the MAGNA3 in terms of balancing?
A: The Grundfos GO display will tell you whether the balance is “OK” or “Needs setting”.
Q: What are the benefits of using the handheld controller Grundfos GO with the MAGNA3 in terms of balancing?
A: The pressure can be changed remotely throughout the building in no time to adapt to current demand.
Q: What are the consequences of an unbalanced system?
A: An unbalanced system will add to the energy consumption and also affect the indoor climate of a building.
Q: What are the consequences of an unbalanced system?
A: Part of the building will be ice cold because the hot water is unable to circulate.
Q: What are the consequences of an unbalanced system?
A: The entire building will be heated unnecessarily as the system is unable to regulate itself.
Q: What makes balancing heating systems in commercial buildings a challenging task?
A: The distance from the pump to the final consumer means that the pressure can vary widely depending on the flow.
Q: What makes balancing heating systems in commercial buildings a challenging task?
A: The more turns the pipe sections have the more difficult it is to control the pressure.
Q: What makes balancing heating systems in commercial buildings a challenging task?
A: Different people have different needs and it is hard to meet them all.