What material was the submersible pump made out of to withstand the corrosive water in the lake?
How did Grundfos ensure efficient motor cooling and prevent overheating?
Why did Grundfos suggest using the Grundfos CUE Variable Frequency Drive with the submersible pump?
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Q: What material was the submersible pump made out of to withstand the corrosive water in the lake?
A: Special stainless-steel
Q: What material was the submersible pump made out of to withstand the corrosive water in the lake?
A: Plastic composite
Q: What material was the submersible pump made out of to withstand the corrosive water in the lake?
A: Carbon fibre
Q: How did Grundfos ensure efficient motor cooling and prevent overheating?
A: Adding a heat shield around the motor to regulate temperature
Q: How did Grundfos ensure efficient motor cooling and prevent overheating?
A: Embedding a water-cooled chamber within the motor to manage temperature
Q: How did Grundfos ensure efficient motor cooling and prevent overheating?
A: Installing a flow sleeve, directing the water over the motor before entering the suction
Q: Why did Grundfos suggest using the Grundfos CUE Variable Frequency Drive with the submersible pump?
A: To reduce energy consumption
Q: Why did Grundfos suggest using the Grundfos CUE Variable Frequency Drive with the submersible pump?
A: To prevent water hammering and high pressure in the original pipeline
Q: Why did Grundfos suggest using the Grundfos CUE Variable Frequency Drive with the submersible pump?
A: To increase the pump's lifting capabilities