Pentair Eyeball Reducer Adapter 86204200

Product Overview

As a retailer of hot tub and spa parts, I’m featuring this essential Pentair reducer adapter. This precision-engineered component is designed to accommodate size transitions in plumbing systems, specifically from 1-1/2″ OD to 1″ socket connections.

Technical Description

The Pentair 86204200 is a specialized reducer adapter that fits inside 1-1/2″ pipe while providing a 1″ socket connection. This versatile fitting enables smooth transitions between different pipe sizes in your plumbing system.

Key Features

• 1-1/2″ outside diameter
• 1″ socket connection
• Internal fitting design
• White UV-resistant finish
• Professional-grade construction
• Smooth transition design

Specifications Table

Specification	Detail
Model Number	86204200
Brand	Pentair
Outside Diameter	1-1/2″
Socket Size	1″
Color	White
Material	UV-resistant PVC
Type	Reducer Adapter
Installation	Internal Fit

Installation Compatibility

Specially designed to fit inside 1-1/2″ pipe while providing a 1″ socket connection, this adapter ensures secure transitions between different pipe sizes. The internal fitting design provides a clean, professional installation.

Performance Features

• Seamless size reduction
• Pressure-rated design
• Leak-free connections
• Easy installation
• Secure fit

Applications

• Plumbing transitions
• System modifications
• Equipment connections
• Retrofit installations
• Custom plumbing solutions

Technical Benefits

The internal fitting design provides a streamlined installation while maintaining proper flow characteristics. The reduction from 1-1/2″ OD to 1″ socket allows for efficient system modifications without compromising performance.

Design Features

The white finish matches standard pool and spa components while providing excellent UV resistance. The construction materials are specifically selected for long-term reliability in demanding aquatic environments.

This Pentair reducer adapter represents a professional solution for plumbing transitions, engineered to provide reliable performance while maintaining system integrity