What are the benefits of an IE4 motor?
Where are the booster sets in a zone divided system placed?
What is the purpose of a booster pump?
Does a zone divided system require pressure relief valves?
What is the benefit of a booster pump with variable speed
Why are pressure relief valves not required in an intelligently designed boosting solution?
Test results
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Q: What are the benefits of an IE4 motor?
A: Fitted with a frequency drive the motor can adjust its speed to demand to lower energy consumption and wear
Q: What are the benefits of an IE4 motor?
A: The motor has all-magnetic bearings
Q: What are the benefits of an IE4 motor?
A: The motor has a built-in delta P sensor
Q: Where are the booster sets in a zone divided system placed?
A: In the basement of the building
Q: Where are the booster sets in a zone divided system placed?
A: Next to the tap at the critical spot
Q: Where are the booster sets in a zone divided system placed?
A: In a pit right in front of the building
Q: What is the purpose of a booster pump?
A: To increase water pressure
Q: What is the purpose of a booster pump?
A: To reduce lime sediments in steel pipes
Q: What is the purpose of a booster pump?
A: To increase water pressure in plate heat exchangers used for hot water production
Q: Does a zone divided system require pressure relief valves?
A: No
Q: Does a zone divided system require pressure relief valves?
A: Yes, if the pressure from the main exceeds 10 bar
Q: Does a zone divided system require pressure relief valves?
A: Yes, they will serve as a safety valve in case of pump failure
Q: What is the benefit of a booster pump with variable speed
A: The pump automatically adjusts to changes in the water consumption to keep energy usage as low as possible
Q: What is the benefit of a booster pump with variable speed
A: A pump with variable speed is less noisy
Q: What is the benefit of a booster pump with variable speed
A: You can easily increase pressure in case of sediment build-up in pipes
Q: Why are pressure relief valves not required in an intelligently designed boosting solution?
A: There is no excessive pressure in the system
Q: Why are pressure relief valves not required in an intelligently designed boosting solution?
A: The booster manifold is made of stainless steel and therefor requires no braze valves
Q: Why are pressure relief valves not required in an intelligently designed boosting solution?
A: As you typically have a break tank, pressure relief valves are not needed