What to do if Pentair Control Unit will not regenerate automatically?
If your Pentair Control Unit isn't regenerating automatically, ensure the AC adapter or motor is properly connected. If connected, but the issue persists, the motor might be defective and need replacement. Another potential cause is a meter clogged with debris. In this case, remove and clean the meter.
Why is there hard water leakage after regeneration in my Pentair AUTOTROL 604?
If your Pentair Control Unit is experiencing hard water leakage after regeneration, it could be due to several reasons. First, try repeating the regeneration, ensuring the correct brine dosage is set. If the issue continues, check for a leaking external bypass valve and replace it if necessary. Lastly, inspect the O-ring around the riser pipe for damage and replace if needed.
What to do if Pentair AUTOTROL 604 will not draw brine?
If your Pentair Control Unit isn't drawing brine, it might be due to a restricted drain line, so remove the restriction. Another possibility is a plugged injector; clean the injector and screen. Also, check if any debris is preventing the valve discs from closing and remove any foreign matter.
Why is there no conditioned water after regeneration in my Pentair AUTOTROL 604?
If your Pentair Control Unit has no conditioned water after regeneration, it could be due to a lack of brine in the brine tank. Make sure to add brine to the brine tank. Alternatively, the injector might be plugged; clean the injector and screen.
Why flow indicator on Pentair AUTOTROL 604 Control Unit does not display service flow?
If the flow indicator on your Pentair Control Unit isn't displaying service flow, it could be because the bypass valve is in the bypass position. Remove the bypass valve from the bypass position. Another potential cause is the meter cable being dislodged from the valve; fully insert the meter cable into the valve. Lastly, the meter might be clogged with debris, in this case, remove and clean the meter.
Why is there intermittent brine draw in my Pentair AUTOTROL 604?
If your Pentair Control Unit is experiencing intermittent brine draw, it could be due to low water pressure. Maintain a minimum pressure of 1.3 bar (20 psi).
Why Pentair AUTOTROL 604 Control Unit backwashes at excessively low rate?
If your Pentair Control Unit is backwashing or purging at an excessively low or high rate, it might be due to an incorrect drain controller being used. Replace it with the correct size controller. Another cause could be the absence of a drain line flow controller; install a drain line flow controller. A restricted drain line could also be the culprit; remove the restriction.
What causes brine tank overflow in Pentair AUTOTROL 604 Control Unit?
If your Pentair Control Unit is overflowing the brine tank, ensure all brine line connections are tight. Also, the drain line might be restricted with debris; clean the drain controller.
Why Pentair Control Unit runs out of conditioned water between regenerations?
If you run out of conditioned water between regenerations with your Pentair Control Unit, the controller might be improperly programmed. Verify the salt dosage and regeneration interval settings.
What to do if Pentair AUTOTROL 604 drips water after regeneration?
If you observe flowing or dripping water at the drain or brine line after regeneration in your Pentair Control Unit, it could be because debris is preventing the #3 or #4 valve disc from closing. Remove the debris. Alternatively, the #3 or #4 valve disc might be worn and need replacement.
General| Type | Control Unit |
|---|---|
| Model | AUTOTROL 604 |
| Operating Pressure | 20-125 psi (1.4-8.6 bar) |
| Operating Temperature | 1-49°C |
| Timer Settings | Regeneration time, cycle time |
Explains the purpose of the user guide and details document release information.
Provides manufacturer details, applicable standards, and limitations of liability.
Details safety tag locations, potential hazards, and requirements for qualified personnel.
Covers electrical hazards, handling precautions, and recommended hygiene practices.
Lists technical data like pressure, temperature, and operating environmental parameters.
Identifies device components and explains the system bypassing procedure.
Guides on setting time of day, brine dosage, and regeneration intervals.
Details how to view historical data and provides recommendations for system operation.
Explains how to initiate immediate, delayed, and quick service regeneration cycles.
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