1
What characterises a heating system’s life cycle costs?
2
What is the added bonus of using a MAGNA3 pump?
3
How can the MAGNA3 pump ensure optimum condensation?
4
Why is it important to keep an exact flow in condensing gas boiler applications?
5
What characterises the FLOWLIMIT technology?
6
What makes balancing heating systems in commercial buildings a challenging task?
Test results
01.
Q: What characterises a heating system’s life cycle costs?
A: The running costs are significantly higher than the initial investment. A ratio of 20:1 is not uncommon.
01.
Q: What characterises a heating system’s life cycle costs?
A: The initial investment is the most expensive part. The running costs account for maximum 1/3 of the life cycle costs.
01.
Q: What characterises a heating system’s life cycle costs?
A: The running costs and the initial investment are split 50/50.
02.
Q: What is the added bonus of using a MAGNA3 pump?
A: Reliable condensation conditions increase system efficiency by 10% – which in turn means more cost-efficient operation, as also the amount of gas required is reduced thanks to the increase in efficiency.
02.
Q: What is the added bonus of using a MAGNA3 pump?
A: The MAGNA3 cuts energy consumption in condensation processes by at least 25%.
02.
Q: What is the added bonus of using a MAGNA3 pump?
A: Thanks to the FLOWLIMIT technology the gas required for the condensation process is more than halved.
03.
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.
03.
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.
03.
Q: How can the MAGNA3 pump ensure optimum condensation?
A: The MAGNA3 pump can be set to maintain the exact required pressure.
04.
Q: Why is it important to keep an exact flow in condensing gas boiler applications?
A: If the flow is too high it affects the return temperature and makes conditions for condensation of flue gas impossible.
04.
Q: Why is it important to keep an exact flow in condensing gas boiler applications?
A: If the flow is too low it will stop the gas boiler immediately.
04.
Q: Why is it important to keep an exact flow in condensing gas boiler applications?
A: Condensation of flue gas is only possible at a very high flow.
05.
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.
05.
Q: What characterises the FLOWLIMIT technology?
A: The FLOWLIMIT technology maintains a minimum flow at all times to use as little energy as possible.
05.
Q: What characterises the FLOWLIMIT technology?
A: The FLOWLIMIT technology lets the pump always run at full speed.
06.
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.
06.
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.
06.
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.