1
Does a zone divided system require pressure relief valves?
2
Why are pressure relief valves not required in an intelligently designed boosting solution?
3
What is the purpose of a booster pump?
4
Where are the booster sets in a zone divided system placed?
5
How is it possible to make sure that an entire system performs at the best efficiency point at all times?
Test results
Congratulations. You have passed the test and completed the Water boosting in commercial buildings
Achieved badges:
01.
Q: Does a zone divided system require pressure relief valves?
A: No
01.
Q: Does a zone divided system require pressure relief valves?
A: Yes, if the pressure from the main exceeds 10 bar
01.
Q: Does a zone divided system require pressure relief valves?
A: Yes, they will serve as a safety valve in case of pump failure
02.
Q: Why are pressure relief valves not required in an intelligently designed boosting solution?
A: There is no excessive pressure in the system
02.
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
02.
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
03.
Q: What is the purpose of a booster pump?
A: To increase water pressure
03.
Q: What is the purpose of a booster pump?
A: To reduce lime sediments in steel pipes
03.
Q: What is the purpose of a booster pump?
A: To increase water pressure in plate heat exchangers used for hot water production
04.
Q: Where are the booster sets in a zone divided system placed?
A: In the basement of the building
04.
Q: Where are the booster sets in a zone divided system placed?
A: Next to the tap at the critical spot
04.
Q: Where are the booster sets in a zone divided system placed?
A: In a pit right in front of the building
05.
Q: How is it possible to make sure that an entire system performs at the best efficiency point at all times?
A: An intelligent controller
05.
Q: How is it possible to make sure that an entire system performs at the best efficiency point at all times?
A: Correctly sized pipes
05.
Q: How is it possible to make sure that an entire system performs at the best efficiency point at all times?
A: The right number of pumps
06.
Q: What is a zone divided booster system?
A: The supply system is split into several zones, each with its own booster set
06.
Q: What is a zone divided booster system?
A: A zone divided system is defined by only using in-line pumps
06.
Q: What is a zone divided booster system?
A: You always have a spare pump in case of failure