Verify the turbocell model located on the label the wraps around the body.
Hayward turbo cell 15 manual.
Repeat process until correct cell type has been selected.
To view these documents.
Slide the main switch to the auto position.
Cont the aquarite control center may be programmable to interact with different cell models t 15 is the factory default.
To change to a different cell type slide the main switch from auto to super chlorinate and.
Push the diagnostic button repeatedly until t xx appears on the display t 15 is the factory default.
When replacing an existing t cell 15 or glx cell 15 no re configuration is neccessary.
T 15 is the factory default.
Lighting equipment hayward turbo cell configuration manual.
Turbo cell t cell 15 glx cell 15 w.
Configuration of your controller may be required before using the t cell 15 or glx cell 15 w chlorinator cell.
Hayward websites have been developed in compliance with standards for internet explorer 10 or later.
Ie9 and older versions are not supported.
T cell 15 glx cell 15 w new menu setting may be required.
How to set turbo cell type before operation the aqua rite must be configured for the chlorinator cell that will be used.
The t cell 15 and glx cell 15 w are designed for pools up to 40 000 gallons.
Replacement turbo salt cell for the goldline aqua rite salt chlorinator from hayward hayward replacement part number t cell 15.
Chlorinator cell 2 pages lighting equipment hayward cl100 owner s manual.
Turbo cell lighting equipment pdf manual download.
T 15 is the factory default if the.
T 15 t cell 15 glx cell 15 w 1.
Electronic chlorinator cell test.
How to set turbo cell type page 6 slide switch back to auto.
If the desired cell type is displayed skip to step 4.
Slide the main switch to the auto position.
Before operation the aqua rite must be configured for the chlorinator cell that will be used.
If the incorrect cell is chosen the salt level amperage and voltage will not be correct and the system will turn the chlorinator off.
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Low flow conditions can result in insufficient water in the cell causing inefficient chlorine production.