Fresh Water Systems

Schedule 80 PVC Reducer Bushing 1" Spigot x 3/4" FPT

Part Number: 838-131

In Stock

out of stock

In Stock

This item is discontinued. Please contact our team of Water Specialists for assistance finding an alternative.

The PVC Schedule 80 reducing bushing has smooth interior walls to maintain a lower pressure loss and high volume than metal fittings. These fittings never rust and provide extended system life. They are lead free and made for use with potable water.

Specifications:
  • Schedule: 80
  • Material: PVC
  • Size: 1" x 3/4"
  • End Type: Spigot x FPT
  • Max Temperature: 140°F
  • Standards: ASTM D-1784 and NSF




Weight & Dimensions

Weight (lbs)

0.02

Details

Application

Water

Body Material

Schedule 80 PVC

Inlet/Outlet Connection

1" GHT, 1" FPT

Max Pressure (Psi)

630

Max Temp (°F)

140

Min Pressure (Psi)

0

Mounting Options

Thread

Schedule

80

Series

Schedule 80

Size

1", 3/4"

Color / Finish

Gray

Connection Type

Female (FPT), GHT

Origin

USA

Type

Bushing

Warranty & Certifications

Certifications

NSF 61; NSF 14



The PVC Schedule 80 reducing bushing has smooth interior walls to maintain a lower pressure loss and high volume than metal fittings. These fittings never rust and provide extended system life. They are lead free and made for use with potable water.

Specifications:
  • Schedule: 80
  • Material: PVC
  • Size: 1" x 3/4"
  • End Type: Spigot x FPT
  • Max Temperature: 140°F
  • Standards: ASTM D-1784 and NSF



NOTE: This item is discontinued. Please contact our team of Water Specialists for assistance finding an alternative.

Weight & Dimensions

Weight (lbs)

0.02

Details

Application

Water

Body Material

Schedule 80 PVC

Inlet/Outlet Connection

1" GHT, 1" FPT

Max Pressure (Psi)

630

Max Temp (°F)

140

Min Pressure (Psi)

0

Mounting Options

Thread

Schedule

80

Series

Schedule 80

Size

1", 3/4"

Color / Finish

Gray

Connection Type

Female (FPT), GHT

Origin

USA

Type

Bushing

Warranty & Certifications

Certifications

NSF 61; NSF 14

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