What is AUTOADAPT?
How do traditional circulators compare to ALPHA pumps with constant pressure AUTOADAPT?
What can incorrect settings and control modes in the pump lead to?
What happens when the pump operates with a high demand for an extended period of time?
What is the recommended control mode for zone pumps in systems where the heat emitters’ desired flow is known?
Test results
Congratulations. You have passed the test and completed the 52 - ALPHA and UPSe circulators for residential heating
Achieved badges:
Q: What is AUTOADAPT?
A: AUTOADAPT is an intelligent technology that allows pumps to adjust to internal factors
Q: What is AUTOADAPT?
A: AUTOADAPT is an intelligent technology that allows pumps to adjust to external factors
Q: What is AUTOADAPT?
A: AUTOADAPT is an intelligent technology that allows the pump to install itself
Q: How do traditional circulators compare to ALPHA pumps with constant pressure AUTOADAPT?
A: Traditional circulators are just as energy efficient as ALPHA pumps with constant pressure AUTOADAPT
Q: How do traditional circulators compare to ALPHA pumps with constant pressure AUTOADAPT?
A: ALPHA pumps with constant pressure AUTOADAPT ensures optimal comfort at the lowest possible cost at all times
Q: How do traditional circulators compare to ALPHA pumps with constant pressure AUTOADAPT?
A: Traditional circulators are the most efficient and don’t consume a lot of energy
Q: What can incorrect settings and control modes in the pump lead to?
A: Increased comfort
Q: What can incorrect settings and control modes in the pump lead to?
A: Excessive energy consumption
Q: What can incorrect settings and control modes in the pump lead to?
A: Incorrect settings and control modes have no real importance
Q: What happens when the pump operates with a high demand for an extended period of time?
A: The curve will shift upward to make sure it’s delivering optimal comfort
Q: What happens when the pump operates with a high demand for an extended period of time?
A: The curve will shift downward to save money on the electricity bill
Q: What happens when the pump operates with a high demand for an extended period of time?
A: The curve will remain unchanged
Q: The pump must be installed with a horizontal motor shaft within:
A: ± 15°
Q: The pump must be installed with a horizontal motor shaft within:
A: ± 10°
Q: The pump must be installed with a horizontal motor shaft within:
A: ± 5°
Q: What is the recommended control mode for zone pumps in systems where the heat emitters’ desired flow is known?
A: Constant flow
Q: What is the recommended control mode for zone pumps in systems where the heat emitters’ desired flow is known?
A: Constant Curve
Q: What is the recommended control mode for zone pumps in systems where the heat emitters’ desired flow is known?
A: Constant Pressure