Product Overview
Brand: Cydewhoale
Features:
- COMPATIBLE MODELS: Replacement kit fits H150FDN/FDP, H200FDN/FDP, H250FDN/FDP, H300FDN/FDP, and H350FDN/FDP pool heaters
- UNIVERSAL HAYWARD H-SERIES FIT: Designed specifically for Universal Hayward H-Series Low Nox pool heaters for a reliable match
- INTEGRATED CONTROL BOARD: Replaces your faulty control board to restore full heater functionality and performance
- PART NUMBER: This kit corresponds to part number FDXLICB1930, making it easy to verify compatibility before purchase
- STRAIGHTFORWARD REPLACEMENT: Designed as a direct drop-in kit, simplifying the repair process and helping restore your pool heater quickly
- COMPLETE SYSTEM MANAGEMENT: Controls ignition, temperature regulation, and overall system performance to ensure consistent heater operation throughout the swimming season
- COST-EFFECTIVE REPAIR SOLUTION: Provides an economical alternative to replacing the entire heater unit while maintaining reliable performance and efficiency
Details: The FDXLICB1930 FD Integrated Control Board Replacement Kit is a reliable solution for restoring full functionality to your Universal Hayward H-Series Low NOx pool heater. Designed as a direct replacement, this control board is compatible with a wide range of H-Series models, including the H150FDN/FDP, H200FDN/FDP, H250FDN/FDP, H300FDN/FDP, and H350FDN/FDP. Whether your existing board has failed or is showing signs of wear, this replacement kit provides a straightforward path to getting your pool heater back up and running efficiently. The integrated control board serves as the brain of your heater, managing ignition, temperature regulation, and overall system performance. Installing a quality replacement helps ensure consistent, dependable operation throughout the swimming season. This kit is ideal for pool technicians and experienced DIY homeowners looking to perform a cost-effective repair rather than replacing the entire heater unit. Always refer to your heater's manual and follow proper safety procedures during installation.
