8 AVS-C Mechanical Joint x Mechanical Joint

Item Number: 0693223
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$3,030.15
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When Will it Ship: Contact for Lead Time
Estimated transit time: 2 to 5 Business Days

Brand - Ames
  • Size: 8 inch (200 mm)
  • Weight: 367.0 lb
  • Connection Type: Mechanical Joint x Mechanical Joint
  • Body Material: Ductile Iron
  • Coating: Fusion Epoxy Coated
  • Maximum Working Pressure: 175 PSI
  • Temperature Range: 32°F to 140°F
  • Eliminates Thrust Blocks: Yes
  • Lead-Free: Yes (Wetted surface < 0.25% lead)

Description

The 8 inch AMES AVS-C valve setter provides crucial support for N-series backflow prevention valve installations. Constructed from durable, fusion epoxy coated ductile iron, this Mechanical Joint x Mechanical Joint valve setter eliminates the need for traditional thrust blocks, simplifying installation and reducing labor. It operates effectively within a 32°F to 140°F range at a maximum working pressure of 175 PSI. Its lead-free wetted surface ensures compliance for potable water systems, making it a reliable and compliant choice for various piping applications. Item number 0693223.

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Connections

  • This valve setter features Mechanical Joint connections on both ends.
  • It is specifically designed to facilitate and augment the installation of "N" series backflow prevention valves.
  • Requires mechanical joint restraint devices for pipe connections, depending on local conditions.
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Additional Details

This 8 inch AMES Series AVS valve setter is designed for use with N-series backflow prevention valves, augmenting their installation in piping systems.

The valve setter's robust construction from ductile iron with a fusion epoxy coating ensures durability and eliminates the need for external thrust blocks at the point of installation.

Features

  • Corrosion resistant fusion epoxy coated body.
  • Eliminates the need for external thrust blocks or other restraints at the installation point.
  • Integral ductile iron support between elbows transfers thrust during test.
  • Wetted surface contains less than 0.25% of lead by weight, making it lead-free.

Construction

  • Body Material: Ductile Iron A536 GR 65-45-12
  • Coating: Fusion epoxy coated internal and external (AWWA C550).
  • Bolts & Nuts: Stainless Steel (Note: Mechanical joint accessories, flange bolts and gaskets are not included except for center joints).

Always refer to the full product installation and safety information provided by the manufacturer before beginning installation.

Specifications

  • Size: 8 inch (200 mm)
  • Connection Type: Mechanical Joint x Mechanical Joint
  • Body Material: Ductile Iron A536 GR 65-45-12
  • Coating: Fusion epoxy coated (internal and external)
  • Bolts & Nuts Material: Stainless Steel
  • Maximum Working Pressure: 175 PSI (12.1 bar)
  • Temperature Range: 32°F to 140°F (0°C to 60°C)
  • Weight: 260 lbs (118 kgs)

Certificates & Approvals

  • Flanges Standard: ANSI B16.1 Class 125
  • AWWA Standard: ANSI AWWA C153 A21.53-88
  • Lead Content: Wetted surface contains less than 0.25% lead

FAQs

What is the primary purpose of the AMES Series AVS valve setter?

It is designed to augment the installation of "N" series backflow prevention valves, providing support and simplifying the installation process.

What material is the valve setter made from?

The body is constructed from ductile iron (A536 GR 65-45-12) and is internally and externally coated with fusion epoxy for corrosion resistance.

What type of connections does this specific valve setter have?

This model features Mechanical Joint connections on both ends (Mechanical Joint x Mechanical Joint).

Does this valve setter require thrust blocks during installation?

No, a key feature of the Series AVS valve setters is that they eliminate the need for thrust blocks or other external restraints at the point of installation due to integral ductile iron support.

What is the maximum operating pressure and temperature range for this product?

The maximum working pressure is 175 PSI (12.1 bar), and it can operate within a temperature range of 32°F to 140°F (0°C to 60°C).