Compatible salt chlorinator cell - 4 plates - HAY-SVKB-E4P_C

Compatible salt chlorinator cell – 4 plates – HAY-SVKB-E4P_C

The HAY-SVKB-E4P_C is a compatible replacement electrolysis cell designed for salt chlorination systems that use a 4-plate cell body. It is typically used as a replacement cell for installations such as Hayward AquaRite Flo and compatible platforms from Bayrol and Kripsol that operate in the 8–16 g/h class. The cell restores stable chlorine production so you can keep water clear and hygienic without constantly dosing liquid chlorine.

• Compatible replacement cell with 4 titanium plates.
• Common fit for AquaRite Flo 8–16 g/h type systems.
• Designed for reliable chlorine production with salt electrolysis.

What this replacement cell does

In a salt chlorination system, the cell converts dissolved salt into free chlorine inside the cell chamber. Over time, plates wear or scale builds up, which reduces chlorine output and forces the system to run harder. Replacing the cell helps recover normal production and improves water stability, especially during peak season.

Compatibility guidance

This reference is commonly listed as compatible with several salt chlorination platforms that share the same cell format, including systems associated with Hayward AquaRite Flo 8–16 g/h, Bayrol Salt Relax Basic and Kripsol KLX 8–16. Always verify the reference code and the cell format (4 plates) against your current cell before ordering.

Wichtige technische Daten

• Referenz: HAY-SVKB-E4P_C.
• Plate count: 4 plates.
• Typical cell format: 200 × 45 mm.
• Typical output class: 8–16 g/h systems.
• Typical pool size range: Up to ±75 m³ (Depending on chlorinator model, water temperature and usage).

Hinweise zur Installation

Switch off power before replacement, install according to the flow direction of your cell housing, and ensure the system is properly primed before restarting. To extend cell life, keep water balance under control and clean scale deposits when needed using the manufacturer’s recommended method.