To Next PageTo Next PageHow to resolve inadequate circulation in Pentair IntelliFlo VS+ SVRS Pumps?
If you notice inadequate circulation with your Pentair Pumps, a possible cause is a dirty filter or pump basket, or the speed might be set too slow for proper filtration. To address this, check the trap basket; if it's plugged, turn the pump off and clean the basket.
Why do Pentair IntelliFlo VS+ SVRS trip and restart constantly?
If your Pentair Pumps are constantly tripping and restarting, it could be due to air in the system, suction lift above design limits, a blocked suction or discharge, or system flow being too high. Try bleeding air from the filter.
What does over current mean on Pentair IntelliFlo VS+ SVRS Pumps?
If your Pentair Pumps show an over current, this indicates that the drive is overloaded or the motor has an electrical problem. The drive will restart 20 seconds after the over current condition clears.
What causes over voltage in Pentair IntelliFlo VS+ SVRS Pumps?
If your Pentair Pumps show an over voltage, it indicates excessive supply voltage or an external water source causing the pump and motor to rotate, generating excessive voltage on the drive's internal DC bus. The drive will restart 20 seconds after the over voltage condition clears.
What does blocked system mean on Pentair IntelliFlo VS+ SVRS?
If your Pentair Pumps detect a blocked system, it indicates a blocked suction line. This alarm resets automatically after two minutes, and the pump restarts.
What to do if IntelliFlo doesn't respond to commands in Pentair IntelliFlo VS+ SVRS Pumps?
If the IntelliFlo of your Pentair Pumps does not respond to IntelliTouch, EasyTouch, SunTouch, IntelliCOM commands, it might be due to improper automation IntelliFlo setup or a communication network being inoperative. Ensure that the communication cable is connected at both ends.
What causes power out failure in Pentair IntelliFlo VS+ SVRS Pumps?
If your Pentair Pumps experience a power out failure, it's because the incoming supply voltage is less than 170 VAC. The drive faults to protect itself from over current.
Safety notice regarding pool suction outlets and entrapment risks.
Hazards associated with electrical installation and servicing of the pump.
Compliance notice for two-speed pump controls and their setup.
Detailed description of the variable speed pump and its key features.
How the pump communicates with control systems like IntelliTouch.
List of primary features and benefits of the IntelliFlo VS+ SVRS pump.
Overview of the motor and drive assembly components and their function.
Identification and description of the pump's control panel layout and buttons.
Detailed explanation of each button, LED, and their functions on the control panel.
Procedures for starting, stopping, and safely servicing the pump.
How to select and run the pump at its pre-programmed speeds.
Instructions for manually increasing or decreasing the pump's operating speed.
Explanation of Manual, Egg Timer, and Schedule operating modes for the pump.
Navigation and description of the pump's various menu settings and options.
Detailed steps and settings for priming the pump correctly.
Step-by-step guide to connect the pump to a SunTouch control system.
How to enable and configure the pump's anti-freeze protection feature.
List of items included in the IntelliFlo VS+ SVRS pump kit.
Guidelines for professional installation, location, piping, and check valves.
Best practices for pump placement and plumbing connections.
Step-by-step guide to connect the pump to an EasyTouch control system.
Step-by-step guide to connect the pump to an IntelliTouch control system.
Graphical representation of pump performance curves at different speeds.
Details on circuit protection, input voltage, frequency, and power consumption.
Explains common alerts, warnings, and error conditions displayed on the control panel.
Describes how the pump detects and responds to suction blockages and SVRS events.
Lists common pump issues, their possible causes, and corrective actions.
Important safety warnings and an overview of calculating electrical costs for the pump.
Guidance on optimal use of the pump for pool filtration and turnover.
Recommendations for energy savings by filtering during non-peak electricity hours.
Advice on performing regular maintenance for efficient pump operation.
General