Hayward GLX-PCB-RITE Main PCB Board – AquaRite Salt System Replacement
Part # GLX-PCB-RITE — the replacement main printed circuit board (PCB) designed for the Hayward AquaRite/Goldline salt chlorine generator systems. This board restores control and functionality to the salt chlorinator, allowing the system to properly monitor cell usage, salt levels and generate chlorine.
Key Features
- OEM replacement PCB for AquaRite salt chlorine generator systems.
- Handles all major control functions including cell monitoring, salt reading, fault reporting and system communication.
- Compatible with multiple AquaRite/T-Cell models when installed correctly in the control housing.
- Pre-installed mounting points for simplified drop-in replacement and system reconnection.
- Includes upgraded fuse and protective circuitry to help guard against electrical surges and improve system longevity.
Typical Applications
Used when the salt chlorination system fails to power on, displays fault codes, fails to detect salt cell properly, or exhibits erratic behavior. Rather than replacing the entire unit, installing this board brings the system back to operational life and restores full functionality.
Installation & Compatibility Notes
Power down the unit and disconnect all electrical supply before installation. Remove the front cover of the salt chlorinator power center, note the wiring connections, and remove the old PCB. Install the GLX-PCB-RITE board onto the mounting posts, reconnect all wiring exactly as originally, verify the correct cell model is selected, reinstall the cover, power up and verify system diagnostics. Ensure the system is compatible with the board revision and that the salt cell cable is in good condition before installation.
Why Choose This PCB?
Replacing the board enables a cost-effective repair instead of buying a full replacement unit. Using the correct OEM board ensures compatibility, reliability and system performance. It ensures your salt chlorinator operates safely and efficiently, maintaining sanitization and user control.
Maintenance Tips
- Keep the power center free of dust, corrosion or moisture to protect the board.
- Inspect wiring and connectors annually for signs of wear or damage—loose or corroded connections are a common cause of board failure.
- Ensure the cell cable is intact and free from damage—faulty cables are often misdiagnosed as board failure.
- After installing the new board, monitor the system through one full season for any recurring faults or error codes.
