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Honeywell V4944N1037 Two Stage Pressure Regulating Gas Valve, 1-1/2″, 120VAC

Original price was: $953.01.Current price is: $238.25.

SKU: V4944N1037 Category: Tag:

Description

Honeywell V4944N1037 Two Stage Pressure Regulating Gas Valve Overview

The Honeywell V4944N1037 is a two-stage pressure regulating gas valve engineered for precise, reliable fuel control in commercial and industrial natural gas heating applications. With a 1-1/2″ pipe connection and 120VAC operating voltage, this valve delivers consistent performance across a wide range of burner systems requiring staged firing rates.

Two-Stage Pressure Regulation

Designed for two-stage burner operation, the V4944N1037 independently regulates both high-fire and low-fire outlet pressures, allowing systems to operate efficiently at partial or full load. The factory-set pressure points are ready for immediate installation while remaining field-adjustable within specified ranges.

Key Specifications
  • Model: V4944N1037
  • Pipe Size: 1-1/2″
  • Operating Voltage: 120VAC
  • Fuel Type: Natural Gas
  • High Fire Regulator Setpoint Range: 3″ – 4.5″ Water Column
  • High Fire Factory Setting: 3.5″ Water Column
  • Low Fire Regulator Setpoint Range: 0.8″ – 2″ Water Column
  • Low Fire Factory Setting: 0.8″ Water Column
Features & Benefits
  • Two-stage operation for improved system efficiency and fuel savings
  • Factory-preset pressure settings for fast, straightforward installation
  • Field-adjustable high-fire and low-fire setpoints for application flexibility
  • 1-1/2″ connection size suits a broad range of commercial burner configurations
  • 120VAC coil voltage compatible with standard commercial control circuits
  • Built to Honeywell’s proven standards for gas valve reliability and safety
  • Designed for natural gas service
Typical Applications
  • Commercial and industrial gas-fired boilers
  • Two-stage burner assemblies requiring independent high-fire and low-fire pressure control
  • Heating systems where staged firing improves comfort and energy efficiency