The CMP 52000-240-110 PowerClean Salt Chlorine Generator Cell is a replacement electrolytic cell designed for compatible CMP PowerClean salt chlorination systems. Rated for pools up to 40,000 gallons, this cell converts dissolved salt into chlorine to provide continuous sanitization while reducing the need for traditional chlorine handling and dosing. ━━━━━━━━━━━━━━━━━━ Key Features • Genuine CMP replacement salt chlorinator cell for compatible PowerClean salt chlorine generation systems • Designed for residential pools up to 40,000 gallons • Converts dissolved salt into chlorine through the electrolysis process for continuous sanitizer production • Helps maintain consistent pool sanitation while reducing manual chlorine addition requirements • Compatible with CMP PowerClean salt chlorination systems where specified • Designed to support clear water, balanced sanitation, and simplified pool maintenance • Replacement solution for depleted, scaled, or worn salt cell assemblies • Professional installation is recommended to verify control system compatibility, water chemistry, salt levels, and flow conditions ━━━━━━━━━━━━━━━━━━ Product Overview The CMP 52000-240-110 PowerClean Salt Chlorine Generator Cell is engineered to restore chlorine production in compatible PowerClean salt sanitizing systems. Through the process of electrolysis, the cell converts dissolved salt into free chlorine, providing ongoing sanitation and helping maintain proper water quality throughout the swimming season. Designed for pools up to 40,000 gallons, this replacement cell is suitable for residential pool owners seeking the convenience and comfort of saltwater chlorination. Routine inspection, proper salt concentration, balanced water chemistry, and periodic cell cleaning are important to maximize cell life and maintain efficient chlorine generation. This replacement cell should be selected based on the exact PowerClean system model and pool capacity requirements. Proper installation and maintenance help ensure dependable sanitization performance and long-term system reliability.
Related
Related
Related
Related