Fill in the blank with the correct option: Installing a VFD with a pivot ensures that the _______ at the sprinklers remain constant, thereby maintaining high irrigation uniformity.
Fill in the blank with the correct option: VFD provides soft start and soft stop that helps ________.
How much energy can you expect to save when installing a VFD with the main pivot?
When a VFD is installed with a pump, what happens if the valve for one irrigation zone is closed and another is open?
Can a VFD be used as an over-frequency drive when pump performance needs to be increased?
Which of the following is not a benefit of remote monitoring via data transmission devices?
Test results
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Q: Fill in the blank with the correct option: Installing a VFD with a pivot ensures that the _______ at the sprinklers remain constant, thereby maintaining high irrigation uniformity.
A: Energy
Q: Fill in the blank with the correct option: Installing a VFD with a pivot ensures that the _______ at the sprinklers remain constant, thereby maintaining high irrigation uniformity.
A: Irrigation time
Q: Fill in the blank with the correct option: Installing a VFD with a pivot ensures that the _______ at the sprinklers remain constant, thereby maintaining high irrigation uniformity.
A: Flow and pressure
Q: Fill in the blank with the correct option: VFD provides soft start and soft stop that helps ________.
A: Reduce water consumption
Q: Fill in the blank with the correct option: VFD provides soft start and soft stop that helps ________.
A: Eliminate risk of water hammer
Q: Fill in the blank with the correct option: VFD provides soft start and soft stop that helps ________.
A: Save up to 20% energy
Q: How much energy can you expect to save when installing a VFD with the main pivot?
A: Minimum 10%
Q: How much energy can you expect to save when installing a VFD with the main pivot?
A: Minimum 15%
Q: How much energy can you expect to save when installing a VFD with the main pivot?
A: Minimum 20%
Q: When a VFD is installed with a pump, what happens if the valve for one irrigation zone is closed and another is open?
A: A pressure sensor notifies the VFD to reduce the pressure, and thereby the speed of the pump.
Q: When a VFD is installed with a pump, what happens if the valve for one irrigation zone is closed and another is open?
A: The pressure decreases in the zone that is open.
Q: When a VFD is installed with a pump, what happens if the valve for one irrigation zone is closed and another is open?
A: The power consumption increases by almost 50% compared with both zones open.
Q: Can a VFD be used as an over-frequency drive when pump performance needs to be increased?
A: Yes
Q: Can a VFD be used as an over-frequency drive when pump performance needs to be increased?
A: No
Q: Can a VFD be used as an over-frequency drive when pump performance needs to be increased?
A: Yes, but only if the motor has enough reserve power
Q: Which of the following is not a benefit of remote monitoring via data transmission devices?
A: It helps to manage alerts
Q: Which of the following is not a benefit of remote monitoring via data transmission devices?
A: It helps to reduce energy consumption
Q: Which of the following is not a benefit of remote monitoring via data transmission devices?
A: It helps to manage diagnostics