What do the non-return valves do?
Which of the following is one of the most common types of mixing loops?
What does pressure independence mean for MIXIT?
Which of these isn’t a main benefit of the outdoor compensation function?
Test results
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Q: What do the non-return valves do?
A: They circumvent starvation between zones
Q: What do the non-return valves do?
A: They prevent unwanted backflow
Q: What do the non-return valves do?
A: They regulate the circulating medium
Q: Which of the following is one of the most common types of mixing loops?
A: A non-pressurised injection circuit with a two-way valve
Q: Which of the following is one of the most common types of mixing loops?
A: A pressurised mixing circuit with a two-way valve
Q: Which of the following is one of the most common types of mixing loops?
A: A non-pressurised mixing circuit with a three-way valve
Q: What does pressure independence mean for MIXIT?
A: It ensures optimal regulation even at varying flow
Q: What does pressure independence mean for MIXIT?
A: It saves a lot of time
Q: What does pressure independence mean for MIXIT?
A: It provides real-time heat consumption
Q: Which of these isn’t a main benefit of the outdoor compensation function?
A: Reduced flow temperature
Q: Which of these isn’t a main benefit of the outdoor compensation function?
A: Reduced energy bill
Q: Which of these isn’t a main benefit of the outdoor compensation function?
A: Reduced noise level
Q: Can you use Grundfos GO with MIXIT?
A: Yes
Q: Can you use Grundfos GO with MIXIT?
A: No
Q: What is the flow on the primary side controlled by?
A: The valve
Q: What is the flow on the primary side controlled by?
A: The pump
Q: What is the flow on the primary side controlled by?
A: Both