How do you set up additional functions such as weather compensation, limiters and alarms?
What does the differential temperature limiter do?
What does pressure independence mean for MIXIT?
Which of the following is one of the most common types of mixing loops?
Test results
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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
Q: How do you set up additional functions such as weather compensation, limiters and alarms?
A: Via the pump display unit
Q: How do you set up additional functions such as weather compensation, limiters and alarms?
A: Via the MIXIT unit
Q: How do you set up additional functions such as weather compensation, limiters and alarms?
A: Via Grundfos GO Remote
Q: What does the differential temperature limiter do?
A: It prevents starvation
Q: What does the differential temperature limiter do?
A: It ensures low return temperature
Q: What does the differential temperature limiter do?
A: It ensures correct delta-T
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: Can you use Grundfos GO with MIXIT?
A: Yes
Q: Can you use Grundfos GO with MIXIT?
A: No
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