SPX Cooling Technologies G-08A User manual
/Products and Services /
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Cooling Towers
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Heavy industrial
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Chemical processing, refining
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Power generation
Round Forced-Draft Counterflow Cooling Tower—Reduced power
consumption, favorable space requirements, minimized recirculation
effects, optimum operational behavior for salt water application and
the aesthetic look are only some advantages of round concrete cooling
towers with forced draft fans.
Natural Draft Cooling Tower—Concrete natural draft counterflow
tower of varying sizes and configurations. Exceptionally efficient and
reliable, most commonly used in power generation. Each tower is
custom designed for flow rates up to 500,000 GPM or more.
Counterflow Field-Erected Cooling Tower—The ultimate in versatility,
efficiency, and quality for large scale HVAC, power and industrial
facilities. Each tower is customized to meet your exact specifications
for performance, structure, drift, and sound. Available in pultruded
structural fiberglass, wood (Douglas fir or redwood), or concrete for
unsurpassed quality and reliability. Tower cells available from 1300 to
30,000 GPM.
Crossflow Field-Erected Cooling Tower—Large splash-fill towers
proven in hundreds of installations over the last fifty years. Available
in pultruded structural fiberglass or wood (Douglas fir or redwood) for
unsurpassed quality and reliability A variety of fill options makes this
the most versatile tower for heavy industrial use. Tower cells available
from 930 to 35,000 GPM.
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Balcke CP Cooling Tower—Induced draft, counterflow cooling tower
design. The ideal solution for larger space-sensitive applications.
Its corrosion resistant fiberglass construction makes it an excellent
alternative to stainless steel products. Available in Europe, the Middle
East and Africa.
Marley MS Cooling Tower—For those installations where aesthetics
preclude the use of a conventional cooling tower. Each tower is custom
designed to meet the needs of the individual installation. Available in a
wide range of flow rates.
Ceramic Unilite®Cooling Tower—Combined with superior composite
fiberglass materials and advanced heat transfer technology, the result
is a high-quality, cost-effective cooling tower that excels across a broad
range of HVAC and industrial applications. Tower cells available from
700 to 5,140 GPM. FM approval available.
Marley Class 160 Cooling Tower—Similar in design to the Sigma,
these highly-efficient, low-maintenance towers offer a wide choice
of solutions for heavy industrial plants and large HVAC applications.
Available in wood (Douglas fir or redwood). Tower cells range from
1,500 to 11,660 GPM capacities.
Cooling Towers
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HVAC
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Refrigeration
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Light to medium industrial
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Marley QuadraFlow®Cooling Tower—The first in the industry
protected by a five-year total product warranty covering virtually every
part of the tower. These fiberglass and stainless steel towers are field
assembled to facilitate siting, and are available from 129 to 1,047
tons per cell. CTI Certified.
Marley SRC Cooling Tower—Induced draft, counterflow design.
Fiberglass field-erected structure. Stainless steel sub-structure option.
Not available in the US, Canada or Europe.
Marley Series 10/Series 15 Cooling Tower—Splash-fill design for use
at high temperature or where poor water quality prevents the use of
film fill. Wood structure available in treated Douglas Fir or redwood.
Tower cells available from 215 to 4,800 GPM.
Marley Sigma Cooling Tower—These highly-efficient, low-
maintenance towers offer a wide choice of solutions for medium to
heavy industrial plants and large HVAC applications. Available in wood
(Douglas fir or redwood), steel (stainless or galvanized), or pultruded
structural fiberglass for unsurpassed quality and reliability. Tower cells
range from 380 to 10,100 GPM capacities.
Cooling Towers
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HVAC
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Refrigeration
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Light to medium industrial
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Marley AV Cooling Tower—Singleflow, induced-draft crossflow design
offers pump and fan energy savings in a small footprint installation.
Factory assembly and G-235 galvanized steel construction are
standard. Tower cells available from 117 to 390 tons per cell. The all
stainless steel option enhances the versatility of the AV. CTI Certified.
Marley MD Cooling Tower—Counterflow, induced-draft design
requires less plan area than crossflow towers. Factory assembly and
G-235 galvanized steel construction are standard. Tower available
from 165 to 500 tons per cell. The all stainless steel option enhances
the versatility of the MD. Five-year mechanical equipment warranty.
CTI Certified.
Cooling Towers
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HVAC
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Refrigeration
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Light to medium industrial
Marley NC®Fiberglass Cooling Tower—Fiberglass and galvanized
steel, field-erected, crossflow cooling tower designed to serve air
conditioning and refrigeration systems as well as light or medium
industrial process loads on clean water. Stainless steel structure option
available. Cells available from 105 to 942 tons per cell.
CTI Certified. Not available in the US, Canada or Europe.
Marley NC®Class Cooling Tower—Five-year mechanical equipment
warranty and guaranteed thermal performance. Factory assembly and
G-235 galvanized steel construction are standard. Cells available from
99 to 1,300 tons per cell. The all stainless steel option enhances the
versatility of the NC Class line. Factory Mutual Approval standard on
most models and available on all models. CTI Certified.
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Cooling Towers
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HVAC
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Refrigeration
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Light to medium industrial
Marley Aquatower®Cooling Tower—Reliable performance has made
this design the industry standard for more than 50 years. G-235
galvanized steel factory assembled structure. Also available in 300
series stainless steel. Capacities from 8 to 126 tons per cell.
CTI Certified and FM Approved.
Recold JT Cooling Tower—Forced-draft, low profile design.
G-235 galvanized steel factory assembled structure. Also available in
300 series stainless steel. Capacities from 30 to 415 tons per cell.
Marley MCW Cooling Tower—Maximizes forced-draft, counterflow
technology and high-performance. The ideal solution for urban and
industrial applications. Available in G-235 galvanized or 300 series
stainless steel construction. Capacities from 142 to 489 tons per cell.
CTI Certified.
Marley CTF Series Cooling Tower—Forced draft, counterflow design.
Fiberglass factory assembled modular structure. Film-fill or splash-fill
option. Available in Europe only.
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Recold MW Fluid Cooler—Induced draft, counterflow design. G-235
galvanized steel factory assembled structure. Also available in 300
series stainless steel. Proven copper coil technology.
Marley MH Fluid Cooler—The MH Fluid Cooler with CoolBoost
Technology is the most efficient system on the market. It incorporates
fill media and more circuits of coil to increase performance as much
as 10 percent over other systems and still maintain a space-saving
footprint. CTI Certified.
Marley MC Fluid Cooler—Forced draft, counterflow design.
G-235 galvanized steel factory assembled structure. Also available in
300 series stainless steel. The ideal solution for sound- and space-
sensitive applications. CTI Certified.
Recold JW Fluid Cooler—Forced-draft, low profile design. G-235
galvanized steel factory assembled structure. Also available in 300
series stainless steel. Proven copper coil technology.
Fluid Coolers
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HVAC
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Refrigeration
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Light to medium industrial
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Recold JC Evaporative Condenser—Forced-draft, low profile design.
G-235 galvanized steel factory assembled structure. Also available in
300 series stainless steel. Proven copper coil technology.
Recold MC Evaporative Condenser—Induced draft, counterflow
design. G-235 galvanized steel factory assembled structure. Also
available in 300 series stainless steel. Proven copper coil technology.
Evaporative Condensers
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HVAC
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Refrigeration
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Air Cooled Condenser—The modularized A-Frame design is used
on power plants of all sizes. The integral features are long-term
mechanical and thermal integrity, excellent corrosion and freeze
resistance, low fan power consumption, reliable operation and low
maintenance. Over 800 installations world-wide.
Hexacool®Air Cooled Condenser—Smaller power and industrial
applications. Standardized modular system that is low cost, easy to
erect and robust in performance.
Dry Cooling
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Power generation
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Steam condensing
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