The TPE2 features a limit-exceeded function. What does this do?
A traditional chilled water system is often constructed with primary and secondary loops with constant flow in the primary loop. Which alternative construction does Grundfos recommend?
The TPE2 features an advanced set-point influence function. What does this do?
The TPE3’s flow limit function eliminates the need for what?
How many external pressure sensors are needed in the pipe system when three TPE3s are installed?
Test results
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Q: The TPE2 features a limit-exceeded function. What does this do?
A: The limit-exceed function allows the pump to stop when the system is approaching a given temperature limit
Q: The TPE2 features a limit-exceeded function. What does this do?
A: The limit-exceed function allows to influence pump operation, when for example a given pressure or temperature limit is exceeded.
Q: The TPE2 features a limit-exceeded function. What does this do?
A: The limit-exceed function allows the pump to start when the system is approaching a given temperature limit
Q: A traditional chilled water system is often constructed with primary and secondary loops with constant flow in the primary loop. Which alternative construction does Grundfos recommend?
A: We recommend a system with only a primary loop and variable flow
Q: A traditional chilled water system is often constructed with primary and secondary loops with constant flow in the primary loop. Which alternative construction does Grundfos recommend?
A: We recommend primary only systems with constant flow
Q: A traditional chilled water system is often constructed with primary and secondary loops with constant flow in the primary loop. Which alternative construction does Grundfos recommend?
A: We recommend primary/secondary systems with constant flow in both loops
Q: The TPE2 features an advanced set-point influence function. What does this do?
A: It makes several external parameters influence the pump performance, all at the same time
Q: The TPE2 features an advanced set-point influence function. What does this do?
A: It enables the pump itself to influence and change its own set-point
Q: The TPE2 features an advanced set-point influence function. What does this do?
A: The advanced set-point influence function makes it possible to define a parameter that decide how the performance of the pump should change
Q: The TPE3’s flow limit function eliminates the need for what?
A: Pump throttling valve
Q: The TPE3’s flow limit function eliminates the need for what?
A: All throttling and balancing valves in the system
Q: The TPE3’s flow limit function eliminates the need for what?
A: Control valves in the system
Q: How many external pressure sensors are needed in the pipe system when three TPE3s are installed?
A: 0
Q: How many external pressure sensors are needed in the pipe system when three TPE3s are installed?
A: 1
Q: How many external pressure sensors are needed in the pipe system when three TPE3s are installed?
A: 2
Q: The TPE3 has unique wireless technology that allows a number of pumps installed in parallel to connect directly to each other. How many pumps can be installed in parallel?
A: 3
Q: The TPE3 has unique wireless technology that allows a number of pumps installed in parallel to connect directly to each other. How many pumps can be installed in parallel?
A: 4
Q: The TPE3 has unique wireless technology that allows a number of pumps installed in parallel to connect directly to each other. How many pumps can be installed in parallel?
A: 7