features as the original Pulse, but now much quieter.
Pulse Hydronic Boilers
|Fulton PulsePak gas
fired pulse combustion boilers are available in sizes ranging from
300,000 to 2,000,000 BTUH. A PulsePak boiler operates with a standard efficiency
of approximately 84-90%. For optimum performance Fulton's PulsePak can
be ordered with modulation which results in
efficiencies of up to 98%. Fulton Model PHW-1400 and
PHW-2000 are supplied with
modulation as standard equipment.
Fulton Pulse boilers utilize state-of-the-art technology to achieve full
modulation. The result is a boiler that offers 5:1 turndown for
precise load matching capability. Sound deadening features bring the
to less than 72 on all Pulse boilers - quieter than most other HVAC
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Benefits with Pulse
Standby losses are nearly zero.
Small footprint allows installation in multiple buildings or in
isolated areas of large plants.
Fit through standard door openings.
No power burner combined with the pulse design, results in the
lowest maintenance requirements in the industry.
No primary/secondary loop required to maintain minimum return water
Pulse combustion produces inherently lower NOx levels than
No minimum or maximum flow requirements.
Vertical Tubeless Hot Water (4-60 HP)
Add efficiency, economy, and safety to your industrial or commercial hot
water processes with reliable Fulton top-fired, vertical tubeless hot water
boilers. Available from 4 to 100 HP and 60 or 160 PSI MAWP. Fulton boilers
have no tubes or coils, eliminating the problem of tube failure and
providing efficient, safe, and reliable service.
As Fulton's power burner spins the flame down the length of the furnace,
water is induced to spin upward in the water vessel, reducing the
possibility of stratification. Hot gases from the flame are carried upward
around the pressure vessel through a secondary flue passage area across the
full-length convection fins that transmit heat to the water from the
outside. Interaction of the spinning flame and the spiraling water insures
overall maximum heat transfer efficiency.
Vertical Tubeless Steam (4-60 HP)
For over 50 years, Fulton boilers, with the
original vertical tubeless down fired design, have remained a compact
trouble-free boiler supplying steam and hot water to virtually every type of
Built and stamped to the ASME Code, Fulton 4-60 HP vertical tubeless
steam boilers are CSA Approved, UL Approved packaged boilers, and are
manufactured to CSD-1 Code, with state of the art microprocessor burner
Standard Fulton vertical tubeless steam boilers offer 80%+ efficiency,
while a higher efficiency model is available in 10, 15, 20, 30, 50, and 60
Fulton standard vertical tubeless boilers can be ordered with combination
oil and gas capabilities or be converted at any time simply and
economically. Higher efficiency ICX models are available with gas fired
burners only. All Fulton boilers are completely trimmed packaged boilers. No
additional fuel train items or electrical wiring is needed.
Fulton's ICX boiler's stack temperatures can be from 100 to 150F below
other two pass designs and have cut fuel bills in half!
Electric Steam Boilers
Fulton manufactures a complete line of electric steam boilers from 12kW
to 1000 kW (1.2 to 100 BHP) up to 300 PSI for heating and process
applications. Fulton's vertical design is a full packaged steam boiler built
to ASME specifications and applicable standards and codes. Fulton Electric
Steam boilers are extremely efficient because the heating elements are
totally immersed in water and the pressure vessel is fully insulated.
Radiation losses are minimal. With a carefully calculated heat to steam
ratio, operating pressures are achieved quickly with maximum efficiency.
Electric boilers have no wasted fuel going out the stack as associated with
fossil fuels, therefore, electric boilers are environmentally friendly. No
NOx (nitrogen oxides) are being transmitted to the atmosphere.
Features and Advantages
Nearly 100% efficient
Quiet and Clean
No NOx emissions
Ideal choice where fossil fuels are not available or where electricity rates
Built to ASME Code and UL Approved
Vertical design requires minimal floor space
Completely wired control panel box located in front of boiler
Safe. Solid state relays. All wiring meets NEC specifications
Second (auxiliary) low water cut-off probe standard
Thermal Fluid Heater
Fulton's coil design thermal fluid heaters eliminate deficiencies of
steam, high temperature hot water, and direct firing.
Fulton's time proven heater is a compact unit even up to its 12,000,000
BTU/HR. size. High efficiencies, rapid processing, and tight temperature
control tolerances are associated with these heaters-plus or minus 2 degrees F.
While still utilized in applications today, direct firing is a very crude
and wasteful process. Heating is uneven; temperature is difficult to
control; and the processing of combustible materials can be hazardous.
Fulton's four pass coil design heater features efficient overall even
heating and low thermal inertia. Combustion air enters the bottom mounted
burner fan inlet, passes upward between the inner and outer jacket and is
pre-heated before it enters the top mounted burner. The hot gases are
directed through four passes across the heating coils and exit at the flue
This principle dispenses with the need for large quantities of refractory
insulating materials, resulting in extremely low thermal inertia, preventing
overheating of the fluid in the event of pump or power failure.
For any process application, consider Fulton's coil design thermal fluid
heater available from 800,000 to 12,000,00 BTU/Hr. with operating
temperatures up to 750 degrees F. Low emission burners are available as an option.
Fulton has excelled in the design and fabrication of customized skid
system solutions for over 3 decades. Due to the demand for creative
solutions to complex heat transfer applications, Fulton has become a single
source manufacturer for custom pre-piped heat transfer equipment and
accessories. These factory built systems insure that all components will be
sized and installed correctly and will provide a quick and easy installation
at the job site.