What causes hard water leakage after regeneration in my GE Water Filtration System?
If you're experiencing hard water leakage after regeneration with your GE Water Filtration System, it could be due to several factors: improper regeneration, leaking of the external bypass valve, a damaged O-ring around the riser pipe, or an incorrect capacity. Repeat regeneration after making certain correct regenerant dosage was set.
Why is my GE Water Filtration System using more or less salt than the regenerant setting?
If your GE Water Filtration System is using more or less salt than the regenerant setting, it could be due to foreign matter in the valve causing incorrect flow rates. To resolve this, remove the brine control and flush out any foreign matter. Then, advance the control to the brine/slow rinse setting to clean the valve, and finally, position the control to "fast rinse” to remove regenerant from the tank.
What to do if my GE Water Filtration System control will not draw brine?
If the control in your GE Water Filtration System won't draw brine, possible causes include low water pressure, a restricted drain line, a plugged injector, a defective injector, valve disc 2 and/or 3 not closed, or the air check valve prematurely closed. You can correct the setting according to the instructions for low water pressure, remove the restriction for a restricted drain line, clean the injector and screen for a plugged injector. Also you should remove foreign matter from disc and check disc for closing by pushing in on stem. If needed, replace the disc and put control momentarily into brine refill. Replace or repair air check if needed.
What to do if my GE Water Filtration System control will not regenerate automatically?
If your GE Water Filtration System control does not regenerate automatically, it might be because the AC adapter or motor is not connected, so connect the power. It could also be due to a defective motor.
What to do if my GE Water Filtration System valve will not draw brine?
If the valve in your GE Water Filtration System won't draw brine, it may be due to low water pressure, a restricted drain line, a plugged injector, a defective injector, or the air check valve closing prematurely on the brine pickup tube. To address this, set the pump to maintain 20 psi at the softener for low water pressure. Change the drain to remove any restrictions for a restricted drain line. Clean the injector and screen for a plugged injector and put control momentarily into brine/slow rinse. Replace or repair air check if needed.
Why is my GE Water Filtration System control regenerating at the wrong time of day?
If your GE Water Filtration System's control is regenerating at the wrong time of day, it's likely that the controller is set incorrectly. Correct the time setting according to the instructions.
What does ERR 1 mean on my GE Water Filtration System?
If ERR 1 is displayed on your GE Water Filtration System, it indicates that program settings have been corrupted. Press any key and reset the model number.
How do I correct the time of day on my GE Water Filtration System?
If the time of day is incorrect on your GE Water Filtration System, it's likely due to a power failure. Press SET to reset the time display.
What causes flowing or dripping water at the drain or brine line after regeneration in my GE Water Filtration System?
If you notice flowing or dripping water at the drain or brine line after regeneration in your GE Water Filtration System, it could be due to a weak valve stem return spring or debris preventing the valve disc from closing. Remove debris.
What to do if my GE Water Filtration System shows no water flow display when water is flowing?
If your GE Water Filtration System displays no water flow when water is flowing, it could be because the bypass valve is in bypass, so shift the bypass valve to the not-in-bypass position. Alternatively, the meter probe might be disconnected or not fully connected to the meter housing, so fully insert the probe into the meter housing. Finally, there could be restricted meter turbine rotation due to foreign material in the meter, so remove the meter housing, free up the turbine, and flush with clean water, ensuring the turbine spins freely.
General| Brand | GE |
|---|---|
| Model | AvantaPure Professional Series |
| Category | Water Filtration Systems |
| Language | English |
Overview of manual usage, important icons, introduction, and included parts for system operation.
Details critical safety warnings and precautions related to electrical connections and power sources for the system.
Provides guidelines for safely handling system components and highlights warnings regarding excessive weight during installation.
Diagram and description of the valve components and their layout for installation purposes.
Details site requirements for installation, including temperature, pressure, and essential warnings for proper placement.
Provides crucial precautions for handling the media tank to prevent damage or contamination of the system's internal media.
Details the application of sodium or calcium hypochlorite for disinfecting the water conditioner.
Explains controller memory retention during power loss and the variable reserve function for efficient water usage management.
Guidance on advanced Level II programming settings for the water treatment system's controller.
Step-by-step instructions for performing Level I programming on the AvantaPure controller.
Details how to use the Calendar Override feature to set regeneration intervals based on days.
Instructions for configuring the controller's language, clock mode, and units of measure for user preference.
Explanation of the service interval feature for scheduling maintenance reminders and its configuration.
Comprehensive guide to the initial start-up procedures for the water conditioner and filter system.
Explanation of error codes displayed by the controller and initial steps for diagnosis and resolution.
Addresses common issues related to brine tank overflow, water flow, and hard water leakage after regeneration.
Diagnoses issues with salt usage, intermittent draws, no conditioned water, and abnormal flow rates during operation.
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