Hurst Boiler S400-4W-0125-0060 Three Pass Wet Back Packaged Scotch Marine Boiler (Hot Water Version)

Technical Specification

Features:
  • Make: Hurst Boiler
  • Model code: S400-4W-0125-0060
  • Series: Series 400
  • Type: Fire tube
  • Design pressure: 4.14 bar
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Additional info:

Boiler is of the three-pass, wetback scotch type, built in accordance with the requirements of the ASME Code, and listed by the National Board of Boilers and Pressure Vessel Inspectors Operating & high limit temperature control Modulating temperature control Low water cut-off control with manual reset Stack Thermometer Hot water return baffle for shock resistance Combination pressure and temperature gauge Safety relief valve(s) per ASME code Uses the latest HVACR technologies and is ideal for all commercial and industrial applications

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Make Hurst Boiler
Manufacturer Hurst Boiler & Welding
Category Ships' equipment and fittings>Boilers
Model code S400-4W-0125-0060
Series Series 400
Type Fire tube
Design pressure 4.14 bar
Steam capacity 4313 tons/hr
Power source fuel oil
Height 81 3/4 inch
Width 79 inch

Product description

Hurst Boiler Series 400: Model S400-4W-0125-0060

The Hurst Boiler Series 400, model S400-4W-0125-0060, stands out with its 3-pass Scotch Marine design featuring advanced wetback construction. Ideal for diverse applications within the maritime industry, it supports seamless steam and hot water processes.

Key Features

  • Wetback Design: Eliminates the high maintenance costs associated with deteriorating refractory rear doors and baffles.
  • Efficiency: Designed to ensure superior internal water circulation and rapid heat absorption.

Burner Specifications

The Series 400 model employs UL-listed forced draft power burners, compatible with natural gas, propane, diesel oil, or a combination of gas/oil. Each configuration is factory piped, wired, and tested to ensure peak performance and reliability.

Ideal Use Cases

This boiler is perfectly suited for high-pressure applications across various maritime operations, including propulsion and auxiliary power generation. It offers enhanced reliability and efficiency, ensuring minimal downtime and optimal performance in demanding environments.

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