Description
Hayward H Series Bypass Valve Kit HAXBPK1932 For Ed1 Ed2 Heaters
Intro
The Hayward H Series Bypass Valve Kit HAXBPK1932 is a complete replacement solution for Hayward H Series pool heaters (Ed1, Ed2) manufactured after October 28, 2000. It ensures reliable bypass operation, preserving thermostat control and overall heater efficiency without extended downtime. This kit pairs a black plastic bypass baffle and end cap with a stainless steel bypass shaft and plug, a bypass spring, and the HAXHOR1930 header O-ring, all designed to match Hayward’s engineering standards for a precise fit and durable seal. The parts are clearly identified to streamline installation and long-lasting performance, with the bottom molded marking 0101421101 for easy reference.
List of Features
- Comprehensive kit for post-2000 Ed1/Ed2 heaters: Includes all components needed for a proper bypass, eliminating guesswork and mismatched parts.
- Durable materials: Black plastic baffle and end cap paired with a stainless steel bypass shaft and plug, plus a robust bypass spring for lasting operation.
- Precise bypass geometry: Baffle length 10", width 2-7/8", height 3-3/8" with a rounded end, plus a 1-3/8" thermostat hole and two 5/8" holes for accurate flow control.
- Leak-proof header seal: Includes the HAXHOR1930 header O-ring to ensure a reliable, tight connection to the heater.
- Clear compatibility note: Specifically designed for Ed1/Ed2 Hayward H Series heaters manufactured after 10-28-2000; older units use brass fittings and shorter baffles with fewer holes.
- Identifiable by design: Bottom markings include 0101421101 for quick verification during service.
Final Thoughts
Designed by Hayward for dependable bypass control, this kit delivers a precise fit, durable construction, and straightforward installation. It helps maintain thermostat accuracy, minimizes downtime, and keeps your H Series heater running efficiently. Add the Hayward HAXBPK1932 to your cart today and restore reliable performance to your pool heating system.











