Pentair FullFloXF 2-Way/3-Way Diverter Valve Installation Guide

This document introduces the installation and operation instructions for Pentair Water Pool and Spa® 2-Way and 3-Way Diverter Valve and Check Valve.


Pentair FullFloXF 2-Way/3-Way Diverter Valve Installation Guide - cover page
Brand
FullFloXF
Document type
Installation Guide
Language
English
Pages
6
File format
PDF
File size
2.2 MB
Published
12 July, 2012
Updated
30 September, 2023
MD5 checksum
D2BF6BD80D55C3621EF7E1AB2E766924

About this manual

This document provides installation and operation instructions for the Pentair FullFloXF™ 2-Way and 3-Way Diverter Valves and Check Valves. These components are designed for use with 2-1/2" or 3" CPVC/PVC pipe fittings in swimming pool and spa systems to divert water flow between filters, heaters, solar collectors, and skimmers.

The guide details the assembly of the valve top covers, including torque specifications (36 lb*in) for cover screws. It also explains how to set handle stop-pins to regulate or shut off downstream water flow and provides parts lists for diverter shaft assemblies and check valve flapper replacement kits.

What's inside

  • Warnings
  • Plumbing Requirements
  • Valve Handle Operation
  • Stop-Pin Setup
  • Diverter Valve Cover Removal
  • Check Valve Cover Removal
  • Parts Lists
  • Head Loss Curves

Specifications

Pipe Size Compatibility2-1/2" or 3"
Cover Screw Torque36 lb*in (4.1 N*m)
Recommended Pipe GlueWELD-ON® 724 CPVC or WELD-ON® 790™ MULTI-PURPOSE SOLVENT CEMENT
O-Ring MaterialBUNA-N 70 SHORE A

Frequently asked questions

Who should install this valve?

The valve must be installed by a qualified pool and spa service professional or plumber in accordance with all applicable local codes.

Can the diverter valve be operated manually?

Yes, the valves can be operated by hand or with a motorized valve actuator such as the CVA-24.

What is the purpose of the stop-pins?

Stop-pins determine the position of the internal seal to completely stop flow, regulate limited flow, or allow maximum flow.

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