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Kunkle Valve 0537-G01-HM0100 1-1/2″ FPT x 2″ FPT 100 PSI ASME Steam/Hot Water Boiler PRV

Original price was: $537.93.Current price is: $134.48.

SKU: 0537-G01-HM0100 Category: Tag:

Description

Overview

The Kunkle Valve 0537-G01-HM0100 is a heavy-duty ASME Section IV certified pressure relief valve engineered for steam and hot water boiler applications. With a 1-1/2″ female NPT inlet and 2″ female NPT outlet, this valve delivers robust overpressure protection for residential and commercial hydronic heating systems. Its bronze body construction and precision-engineered seat ensure long-lasting, reliable performance in demanding boiler environments.

Key Features
  • ASME Section IV certified for steam (hot water boiler) pressure relief applications
  • 1-1/2″ Female NPT inlet connection for easy installation
  • 2″ Female NPT outlet connection for efficient discharge
  • Factory set at 100 PSI for precise, consistent overpressure protection
  • High-capacity relief: 9,146 lb/h (PPH) steam capacity
  • Equivalent thermal capacity of 9,146,296 BTU/h
  • Bronze body construction for corrosion resistance and durability
  • B584 alloy 8440 seat material for reliable sealing performance
  • Stainless steel (SST) spring material for long service life and consistent set pressure
Specifications
  • SKU: 0537-G01-HM0100
  • Brand: Kunkle Valve
  • Inlet Connection: 1-1/2″ Female NPT
  • Outlet Connection: 2″ Female NPT
  • Set Pressure: 100 PSI
  • Capacity: 9,146 lb/h (PPH)
  • BTU/h Capacity: 9,146,296 BTU/h
  • Body Material: Bronze
  • Seat Material: B584 Alloy 8440
  • Spring Material: Stainless Steel (SST)
  • Certification: ASME Section IV
  • Application: Steam / Hot Water Boiler Pressure Relief
Application

Designed specifically for hot water boiler and steam boiler systems, the Kunkle 0537-G01-HM0100 provides critical overpressure protection in compliance with ASME Section IV standards. Its high BTU/h and lb/h capacity ratings make it suitable for large-scale commercial and industrial boiler installations where reliable pressure management is essential to system safety and longevity.