ESWA Catalog 241C:ESWA Catalog 241 final copy - EVAPCO.com
ESWA Catalog 241C:ESWA Catalog 241 final copy - EVAPCO.com
ESWA Catalog 241C:ESWA Catalog 241 final copy - EVAPCO.com
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†<br />
† Mark owned by the Cooling Technology Institute<br />
Bulletin <strong><strong>241</strong>C</strong>
2<br />
DESIGN AND CONSTRUCTION FEATURES<br />
The <strong>ESWA</strong> stands apart as being the most energy efficient and the quietest axial fan closed circuit cooler on the market today.<br />
The <strong>ESWA</strong> is able to provide superior performance as a result of its patented Sensi-Coil ® Technology**. Sensi-Coil Technology<br />
features over 20% more elliptical tubes packed densely together than our standard Thermal-Pak ® coil.<br />
†<br />
The <strong>ESWA</strong>’s Cooling Technology Institute certified performance, new owner oriented features and independent certification<br />
of the International Building Code (IBC) <strong>com</strong>pliance reinforce the <strong>ESWA</strong>’s position as a premier cooler in the HVAC Industry.<br />
Seismic<br />
and<br />
Wind<br />
Load<br />
Certification<br />
AT,<br />
USS,<br />
UAT,<br />
UT<br />
Cooling<br />
Towers<br />
ATC-E<br />
and<br />
HTC<br />
Evaporative<br />
Condensers<br />
ATW(B) and <strong>ESWA</strong> Closed<br />
Circuit<br />
Coolers<br />
IBC<br />
Serial<br />
Number:<br />
43387<br />
NEW!<br />
Units<br />
Designed<br />
and<br />
Manufactured<br />
to<br />
Meet<br />
the<br />
Seismic<br />
& Wind<br />
Load<br />
Requirements<br />
of:<br />
IBC<br />
2006<br />
ASCE-7<br />
NFPA<br />
5000<br />
Independent<br />
Certification<br />
By:<br />
15-226PA<br />
IBC Certification Label<br />
• Provided with every unit to indicate independent<br />
certification and <strong>com</strong>pliance for seismic and wind<br />
load certification.<br />
NEW & Improved!<br />
Super Low Sound Fan<br />
The <strong>ESWA</strong> is available with Low Sound Solutions to reduce the overall sound<br />
generated from the top of the already quiet <strong>ESWA</strong> Closed Circuit Cooler. Each<br />
option provides various levels of sound reduction and can be <strong>com</strong>bined to<br />
provide the lowest sound level available on a closed circuit cooler.<br />
• Select a Super Low Sound Fan for a 9 to 15 dB(A) reduction!<br />
• Select a Low Sound Fan for a 4 to 7 dB(A) reduction!<br />
• Capacity certified by CTI with both Low Sound<br />
and Super Low Sound Fans.<br />
NEW!<br />
Easy Field Assembly<br />
• A new field assembly seam<br />
design which ensures easier<br />
assembly and fewer field<br />
seam leaks.<br />
• Self-guiding channels guide<br />
the fill section into position<br />
improving the quality of<br />
the field seam.<br />
• Eliminates up to 66% of<br />
fasteners.<br />
(Patent Pending)<br />
WST Air Inlet Louvers (Water and Sight Tight)<br />
• Easily removable for access.<br />
• Improved design to keep sunlight out–preventing biological growth.<br />
• Keeps water in while keeping dirt and debris out.<br />
(Patent Pending)<br />
Optional Pulse~Pure ®<br />
Water Treatment System<br />
The <strong>ESWA</strong> is available with Evapco's optional Pulse~Pure ® non-chemical water treatment system.<br />
The Pulse~Pure ® Water Treatment System utilizes pulsed-power technology to provide<br />
CHEMICAL FREE Water Treatment. Evapco's Pulse~Pure ® system is an environmentally sensitive<br />
alternative for treating water in evaporative cooled equipment. It does not release harmful byproducts<br />
to the environment and eliminates chemicals <strong>com</strong>pletely from cooler drift and blowdown.<br />
The Pulse~Pure ® system delivers short, high-frequency bursts of low energy electromagnetic<br />
fields to the recirculating water in the <strong>ESWA</strong> and will:<br />
• Control bacteria to levels below traditional chemical water treatment.<br />
• Control the formation of mineral scale.<br />
• Save water by operating at higher cycles of concentration.<br />
• Yield corrosion rates equivalent to chemical water treatment.<br />
CTI Certified Units<br />
†<br />
Most Accessible Basin and Coil<br />
• Convenient side access.<br />
• Large open area simplifies maintenance.<br />
• Basin may be inspected with pumps running.<br />
**U.S. Patent #7,296,620<br />
† Mark owned by the Cooling Technology Institute
NEW!<br />
Louver Access Door<br />
• Louver access door is standard<br />
on 14’ models.<br />
• Hinged access panel with<br />
quick release mechanism.<br />
• Allows easy access to perform<br />
routine maintenance and<br />
inspection of the makeup<br />
assembly, strainer screen<br />
and basin.<br />
NEW!<br />
Option<br />
Featuring the Sensi–COIL ® XT Construction<br />
Introducing the Premier Closed Circuit Cooler Coil in the<br />
HVAC industry! The Titan provides:<br />
Easy to Maintain Drive System<br />
(12’ and 14’ units)<br />
• Adjustable motor base enables the motor<br />
to swing outside the unit for easy access.<br />
• Belt tension can be easily checked and<br />
adjusted from outside the access door.<br />
• Lubrication lines are extended to the<br />
access door for added convenience.<br />
• 304L SST Construction for Superior Corrosion Resistance.<br />
• 5 Year Extended Coil Warranty – STANDARD!!<br />
Single-Side Coil Connections<br />
• All coil connections <strong>com</strong>e standard on one side<br />
of the 14’ wide unit for simplified field piping.<br />
• Patented Sensi-Coil ® XT elliptical tube design with elliptical<br />
return bends and extra tough construction.<br />
All features available on all<br />
<strong>ESWA</strong> Models unless specified<br />
Water Distribution System<br />
• Non-corrosive PVC construction with new EvapJet nozzles.<br />
• Large 1” wide orifice nozzles prevent clogging and are<br />
threaded for easy removal and positive positioning.<br />
• System branches have threaded end caps to assist with<br />
debris removal.<br />
NEW! EvapJet Nozzle–14’ Wide Units Only<br />
Patented EVAPAK ® Fill*<br />
• Induces highly turbulent mixing of the air<br />
and water for superior heat transfer.<br />
• Special drainage tips allow high water<br />
loading without excessive pressure drop.<br />
• Flame spread rating of 5 per ASTM E84-81a.<br />
• Can be used as an internal working platform.<br />
*U.S. Patent #5,124,087<br />
External Pump Access<br />
• Accessible from outside of the unit for<br />
easy maintenance.<br />
• Totally enclosed pump motors for long,<br />
trouble-free operation.<br />
Most Accessible Basin and Coil<br />
• Accessible from all four sides from ground level by removing the air<br />
inlet louvers. (14’ unit only)<br />
• Complete access to the basin floor, heat transfer coil, float assembly<br />
and pump strainer.<br />
3
4<br />
Since its founding in 1976, <strong>EVAPCO</strong>,<br />
Incorporated has be<strong>com</strong>e an industry<br />
leader in the engineering and manufacturing<br />
of quality heat transfer products around the<br />
world. <strong>EVAPCO</strong>’s mission is to provide first<br />
class service and quality products for the<br />
following markets:<br />
� Industrial Refrigeration<br />
� Commercial HVAC<br />
� Industrial Process<br />
� Power<br />
<strong>EVAPCO</strong>’s powerful <strong>com</strong>bination of financial<br />
strength and technical expertise has<br />
established the <strong>com</strong>pany as a recognized<br />
manufacturer of market-leading products on a<br />
worldwide basis. <strong>EVAPCO</strong> is also recognized<br />
for the superior technology of their<br />
environmentally friendly product innovations<br />
in sound reduction and water management.<br />
<strong>EVAPCO</strong> is an employee owned <strong>com</strong>pany with<br />
a strong emphasis on research & development<br />
and modern manufacturing plants. <strong>EVAPCO</strong><br />
has earned a reputation for technological<br />
innovation and superior product quality by<br />
featuring products that are designed to offer<br />
these operating advantages:<br />
� Higher System Efficiency<br />
� Environmentally Friendly<br />
� Lower Annual Operating Costs<br />
� Reliable, Simple Operation and<br />
Maintenance<br />
With an ongoing <strong>com</strong>mitment to Research &<br />
Development programs, <strong>EVAPCO</strong> provides the<br />
most advanced products in the industry–<br />
Technology for the Future, Available Today!<br />
<strong>EVAPCO</strong> products are manufactured in 17<br />
locations in 8 countries around the world and<br />
supplied through a sales network consisting of<br />
over 170 offices.<br />
©2009 <strong>EVAPCO</strong>, Inc.<br />
Principle of Operation<br />
Evapco was the first to develop a closed circuit cooler with Patented<br />
Optimized Technology*. The warm process fluid enters the coil of the closed<br />
circuit cooler. Through both sensible and latent heat transfer, the heat from<br />
the process fluid in the coil is transferred to the cold spray water that floods<br />
over the tubes. Having gained heat from the coil, the spray water is then<br />
collected in the cold water basin and circulated up to the water distribution<br />
system by the spray pump. The warmed spray water is then distributed as a<br />
thin film over the extended fill surface for maximum cooling efficiency. The<br />
fan system operates simultaneously, moving large volumes of air through the<br />
unit in a direction opposite the falling water. The air and water contact<br />
directly across the fill surface whereupon a small portion of the spray water is<br />
evaporated. The air is then discharged from the unit as a warm and saturated<br />
stream with a <strong>final</strong> dissipation of heat to the atmosphere. The spray water<br />
exits the fill section as a cooled fluid where it is focused on the coil at a high<br />
flow rate, and floods across in a repeat cycle.<br />
*US Patent #6,598,862<br />
Cool Dry<br />
Entering<br />
Air<br />
Hot Saturated Discharge Air<br />
8.5’ & 12’ Wide Models<br />
Cooled<br />
Fluid Out<br />
Hot<br />
Fluid In<br />
Cool Dry<br />
Entering<br />
Air<br />
Hot Saturated Discharge Air<br />
14’ Wide Models<br />
Patented EVAPAK Fill<br />
The patented EVAPAK fill is specially designed to induce highly turbulent<br />
mixing of the air and water for superior heat transfer. The fill section<br />
is constructed of polyvinyl chloride (PVC) sheets which are<br />
thermally formed into a cross flute design. The<br />
individual fill sheets are bonded together to<br />
form rigid fill blocks. The fill blocks are then<br />
stacked within the unit’s protective casing. The<br />
structural strength of the assembled fill pack<br />
enables it to be used as a working platform.<br />
EVAPAK fill is impervious to rot and decay, and<br />
is self-extinguishing with a flame spread rating<br />
of 5 per ASTM Standard E84-81a.<br />
Sensi-Coil ® Technology (US Patent #7,296,620)<br />
Sensi-Coil ®<br />
The Sensi-Coil ® , exclusive on the <strong>ESWA</strong><br />
closed circuit cooler, features the maximum<br />
amount of Thermal-Pak elliptical tubes<br />
packed closely together in a coil<br />
arrangement designed with over 20%<br />
additional coil surface area.<br />
Evapco’s coils are manufactured within the<br />
most stringent of quality control procedures. Each circuit consists of high<br />
quality steel tubing formed into a continuous serpentine circuit. Each circuit<br />
is then inspected and tested prior to being welded into a framed coil<br />
assembly. The coil assembly is then pneumatically tested at 400 psig under<br />
water to ensure its integrity. The entire coil assembly is then hot-dip<br />
galvanized for industrial strength corrosion protection.<br />
NOW Evapco offers the TITAN COIL. Manufactured from type 304L<br />
Stainless Steel, the TITAN COIL is manufactured using Evapco’s patented<br />
elliptical tube Sensi–Coil ® design upgraded to Xtra Tough construction<br />
featuring: Xtra Durability, Xtra Corrosion Resistance, and an Xtra long<br />
5 YEAR coil warranty as standard.<br />
Cooled<br />
Fluid Out<br />
Hot<br />
Fluid In
In its continuing <strong>com</strong>mitment to be the leaders in evaporative cooling equipment design and services,<br />
<strong>EVAPCO</strong> <strong>ESWA</strong> Closed Circuit Coolers are now Independently Certified to withstand both Seismic<br />
and Wind Loads in ALL Geographic Locations and Installations in accordance with IBC 2006.<br />
What is IBC?<br />
International Building Code<br />
The International Building Code (IBC) is a <strong>com</strong>prehensive<br />
set of regulations addressing both the structural design<br />
and the installation requirements for building systems –<br />
including HVAC and industrial refrigeration equipment.<br />
The IBC is intended to replace BOCA’s The National<br />
Building Code, ICBO’s Uniform Building Code and SBCCI’s<br />
Standard Building Code.<br />
Compared to previous building codes that considered<br />
only the building structure and <strong>com</strong>ponent anchorage,<br />
the requirements contained within the IBC address<br />
anchorage, structural integrity, and the operational<br />
capability of a <strong>com</strong>ponent following either a seismic or<br />
wind load event. Simply stated, the IBC code<br />
provisions require that evaporative cooling<br />
equipment, and all other <strong>com</strong>ponents permanently<br />
installed on a structure, must be designed to meet<br />
the same seismic and wind load forces as the<br />
building to which they are attached.<br />
How Does IBC 2006 Apply to Closed<br />
Circuit Coolers?<br />
Based on the project zip code and site design factors, calculations<br />
are made to determine the equivalent seismic<br />
“g force” and wind load (in pounds per square foot – psf)<br />
on the unit. The closed circuit cooler must be designed to<br />
withstand the greater of either the seismic or wind load.<br />
The <strong>ESWA</strong> is offered with a choice of TWO structural<br />
design packages:<br />
• Standard Structural Design – For projects with<br />
≤ 1.0g seismic or 60 psf wind loads<br />
• Upgraded Structural Design – Required for<br />
projects with > 1.0g seismic or 145 psf max wind loads<br />
More than 80% of the United States has design criteria<br />
resulting in a seismic design force of 1.0g or below. These<br />
sites will be provided with the standard <strong>ESWA</strong> structural<br />
design. An upgraded structural design is available for<br />
installations with design criteria resulting in “g forces”<br />
IBC COMPLIANCE<br />
greater than 1.0g. The highest “g force” location in<br />
North America is 5.12g. The highest wind load shown on<br />
the maps is 170 mph, which is approximately equal to 145<br />
psf velocity pressure. Therefore, the upgraded structural<br />
design package option for the <strong>ESWA</strong> is<br />
designed for 5.12g and 145 psf making it applicable<br />
to ALL building locations in North America.<br />
Seismic Design<br />
The attached chart from the US Geological Survey<br />
Website (http://www.usgs.gov/) shows the potential seismic<br />
activity in the United States. Buildings constructed in<br />
the red, orange and yellow areas of the map may require<br />
the upgraded <strong>ESWA</strong> construction design based on the site<br />
seismic design factors and should be reviewed closely.<br />
Critical use facilities, such as hospitals, are also more likely<br />
to require the upgraded design.<br />
Map courtesy US Geological Survey website<br />
Highest Hazard<br />
32+<br />
24-32<br />
16-24<br />
%g 8-16<br />
4-8<br />
2-4<br />
0-2<br />
Lowest Hazard<br />
The project architect or civil engineer is responsible for<br />
determining the seismic design factors to be used for the<br />
building design. A mechanical consulting engineer and/or<br />
design build contractor then applies these factors to a<br />
series of charts and graphs to determine the appropriate<br />
seismic design factors based on the location of the installation<br />
and ultimately the “importance” of the facility.<br />
The specific factors necessary for seismic design as well as<br />
a sample seismic calculation are shown on pages 6 and 7.<br />
5
6<br />
Wind Design<br />
The IBC 2006 code book includes a map of basic wind<br />
speed (3-second gust) by contour lines. However, local<br />
regulations may be more stringent than these published<br />
speeds. The specific factors necessary for wind load as well<br />
as a sample wind load calculation are shown on Page 8.<br />
Whichever design force - seismic or wind - is more<br />
severe for the building, governs the design of the<br />
building and all attached equipment.<br />
Design Implementation<br />
<strong>EVAPCO</strong> applies the given seismic and wind load information<br />
provided by the mechanical consulting engineer to<br />
determine the equipment design necessary to meet IBC<br />
requirements. This process ensures that the mechanical<br />
equipment and its <strong>com</strong>ponents are <strong>com</strong>pliant per the<br />
provisions of the IBC as given in the plans and specifications<br />
for the project. For design build projects, <strong>EVAPCO</strong> is<br />
equipped to look up the information and submit the<br />
resulting loads for approval.<br />
Independent Certification<br />
Per the most recent edition of the code, the <strong>EVAPCO</strong><br />
<strong>com</strong>pliance process included an exhaustive analysis by an<br />
independent approval agency. As required by the<br />
International<br />
Building Code,<br />
<strong>EVAPCO</strong> sup-<br />
plies a certificate<br />
of <strong>com</strong>pliance<br />
as part of<br />
its submittal<br />
documents. The<br />
certificate of<br />
<strong>com</strong>pliance<br />
demonstrates<br />
Wind Load Map Courtesy IBC 2006 Text –<br />
See full-sized map for location specific values<br />
Certificate<br />
of<br />
IBC COMPLIANCE<br />
Compliance<br />
A T , U S S , U A T , U T C o o l i n g T o w e r s<br />
ATW(B) and <strong>ESWA</strong> Closed<br />
Circuit<br />
Coolers<br />
ATC-E and HTC Evaporative<br />
Condensers<br />
A r e c e r t i f i e d t o m e e t o r e x c e e d t h e S e i s m i c a n d W i n d L o a d P r o v i s i o n s<br />
s e t f o r t h i n t h e a p p l i c a b l e b u i l d i n g c o d e s f o r t h i s p r o j e c t .<br />
T h e s e p r o d u c t s h a v e b e e n m a n u f a c t u r e d f o l l o w i n g a l l<br />
a p p l i c a b l e q u a l i t y a s s u r a n c e p r o g r a m s .<br />
A p p l i c a b l e B u i l d i n g C o d e s :<br />
I B C 2 0 0 6<br />
A S C E - 7<br />
N F P A 5 0 0 0<br />
R e f e r e n c e d R e p o r t :<br />
V M A - 4 3 3 8 7<br />
A p p r o v a l A g e n c y :<br />
V M C S e i s m i c C o n s u l t i n g G r o u p<br />
<strong>EVAPCO</strong>. . . Specialists<br />
in<br />
Heat<br />
Transfer<br />
Products<br />
and<br />
Services.<br />
I D I B C C O C 0 0 1<br />
that the equipment has been independently tested and<br />
analyzed in accordance with the IBC seismic and wind<br />
load requirements. Evapco has worked closely with the<br />
independent approval agency, The VMC Group, to <strong>com</strong>plete<br />
the independent equipment testing and analysis.<br />
If the seismic “g force” and wind “psf” load requirements<br />
for the project site are known, <strong>EVAPCO</strong>’s online equipment<br />
selection software, iES, will allow you to choose the<br />
required structural design package – either standard construction<br />
or upgraded construction.<br />
If the project requirements are unknown, the following<br />
calculations must be <strong>com</strong>pleted.<br />
For further questions regarding IBC <strong>com</strong>pliance, please<br />
contact your local <strong>EVAPCO</strong> Representative or visit<br />
www.evapco.<strong>com</strong>.<br />
When using the <strong>EVAPCO</strong> selection software to make a<br />
selection, these calculations are already incorporated<br />
into the selection process. Simply enter the required<br />
seismic factors and the Seismic Design Force and Wind<br />
Load will be calculated automatically!!<br />
Seismic Load Calculations<br />
The data required to calculate the seismic load are:<br />
Occupancy Category – I, II, III or IV depending on the<br />
nature of the building occupancy. Table 1604.5 in the IBC<br />
2006 Code Book defines each of the four categories in<br />
detail. In summary the four categories are:<br />
• Category I - structures that represent a low hazard<br />
to human life in the event of a failure.<br />
• Category III - structures that represent a substantial<br />
hazard to human life in the event of a failure.<br />
• Category IV - structures designated as essential<br />
facilities.<br />
• Category II - any structures not listed in I, III or IV.<br />
Site Classification – A, B, C, D, E or F based on the types<br />
of soil and their engineering properties. Table 1613.5.2 in<br />
the IBC 2006 Code Book defines each of the categories in<br />
detail. IBC specifies site class “D” when soil properties are<br />
unknown.<br />
Maximum Spectral Response Acceleration (Ss) –<br />
Numerical value found using the U.S. Geological (USGS)<br />
data based on the Zip Code of the project. This data<br />
point can be determined using the Ground Motion<br />
Parameter Calculator at http://www.usgs.gov/. Note the<br />
calculator assumes a site classification of B for the 0.2 second<br />
maximum Ss. The site coefficient (Fa), defined below,<br />
will correct for the actual site classification.
Site Coefficient (Fa) – Values ranging from 0.8 to 2.5<br />
determined based on the Ss and the Site Classification.<br />
Table 1613.5.3(1) in the IBC 2006 Code Book defines<br />
these values.<br />
Design Spectral Response Acceleration (SDS) – A calculated<br />
value using the values for Ss and Fa.<br />
SDS<br />
= 2<br />
3<br />
(Fa)(Ss)<br />
Amplification Factor (ap) – 2.5 for flexible <strong>com</strong>ponents<br />
or flexibly attached <strong>com</strong>ponents. Due to its low inherent<br />
natural frequencies, most evaporative cooling equipment<br />
falls under the definition of flexible. Therefore the<br />
default for Closed Circuit Coolers is 2.5. See Table 13.6-1<br />
in the American Society of Civil Engineers (ASCE)<br />
Standard 7-05, to which IBC often references, for more<br />
information.<br />
Response Modification Factor (Rp) – 2.5 for non-isolated<br />
evaporative cooling equipment. 2.0 for vibration isolated<br />
evaporative cooling equipment. Table 13-6.1 of<br />
ASCE 7-05 provides additional information.<br />
Component Operating Weight (Wp) – This weight term<br />
has been removed from the equation below, because<br />
<strong>EVAPCO</strong> is expressing the force in terms of g’s and not lbs.<br />
Importance Factor (Ip) – 1.5 for Occupancy Category IV,<br />
life safety <strong>com</strong>ponents required to function after a seismic<br />
event or <strong>com</strong>ponent containing hazardous content.<br />
1.0 for all other <strong>com</strong>ponents. ASCE 7-05 Section 13.1.3<br />
provides additional detail on importance factors.<br />
Installation Location (Z/h) – 0 for units installed at<br />
ground level. 1.0 for units installed on a rooftop. Per<br />
ASCE 7-05 Section 13.3, z = the height of the point of<br />
attachment of the <strong>com</strong>ponent and h = the relative roof<br />
height.<br />
Seismic Design Force, (Fp) – “G-force” that the unit<br />
must be able to withstand. This number is calculated<br />
using the factors described above. The <strong>ESWA</strong> is offered<br />
with a choice of two structural design packages, consisting<br />
of:<br />
– Standard Structural Design ≤ 1.0g<br />
– Upgraded Structural Design – up to 5.12g (the<br />
maximum value for North America)<br />
IBC COMPLIANCE<br />
Seismic Load Sample Calculation<br />
The following example demonstrates the procedure for<br />
determining which structural design package a<br />
Community Hospital located in Charleston, SC (zip code<br />
29401) would require under the latest version of IBC. In<br />
this example, the closed circuit cooler will be installed on<br />
a roof, approximately 60 feet above grade. The unit will<br />
also be installed with a vibration isolation system.<br />
Step 1: Calculate the Design Spectral Response<br />
Acceleration (SDS)<br />
Where:<br />
SS = 1.495; using the USGS Ground Motion Parameter<br />
Calculator<br />
Fa = 1.0; from Table 1613.5.3(1) in the IBC 2006 Code<br />
Book assuming a Site Classification of D<br />
Step 2: Calculate the Seismic Design Force (Fp )<br />
Where:<br />
SDS<br />
= 2<br />
3<br />
(Fa)(Ss)<br />
= 2<br />
3<br />
1+2 z<br />
0.4 (aP)(SDS)(WP)<br />
( )<br />
FP = =<br />
RP<br />
h<br />
( IP )<br />
(1.0)(1.495)=0.9966<br />
0.4 (2.5)(0.9966)(1)<br />
2.0 1.5<br />
( )<br />
(1+2(1))=2.24g<br />
ap = 2.5; the default for cooling towers and closed<br />
circuit coolers<br />
SDS = 0.9966; as calculated in Step 1<br />
Wp = 1.0; the default for cooling towers and closed<br />
circuit coolers<br />
Rp = 2.0; the default for isolated equipment<br />
Ip = 1.5; the default for life safety <strong>com</strong>ponents<br />
z/h = 1.0; the default for units on a rooftop<br />
In order to meet Code requirements, the unit and its<br />
anchorage must be constructed to withstand 2.24g. This<br />
will require that the upgraded structure option be chosen<br />
to meet the seismic requirements of this project. Because<br />
the seismic load requires the upgraded structural design,<br />
the wind load calculation results will not change the<br />
design and are not required for this analysis.<br />
7
8<br />
Wind Load Calculations<br />
The data required to calculate the wind load are:<br />
Basic Wind Speed (V) – Numerical value, in miles per<br />
hour (mph) found in ASCE 7-05 Figures 6-1 (A,B,C).<br />
Wind Directionality Factor (Kd) – 0.85 for building<br />
<strong>com</strong>ponents and cladding. Table 6-4 of ASCE 7-05 provides<br />
additional information.<br />
Occupancy Category – I, II, III or IV depending on the<br />
nature of the building occupancy. Table 1604.5 in the<br />
IBC 2006 Code Book defines each of the categories in<br />
detail. This is the same Occupancy Category used in<br />
Seismic calculations.<br />
Importance Factor (I) – Numerical value between 0.77<br />
and 1.15 based on the Basic Wind Speed and the<br />
Occupancy Category. These values are found in Table 6-1<br />
of ASCE 7-05.<br />
Exposure Category – B, C or D as defined in Section<br />
6.5.6.3 of ASCE 7-05.<br />
Component Elevation (z) – The anchorage height of<br />
the unit in feet.<br />
Nominal Height of the Atmospheric Boundary Layer<br />
(zg) - Numerical value based on Exposure Category. These<br />
values are found in Table 6-2 of ASCE 7-05.<br />
3 second Gust-Speed power Law Exponent (α) -<br />
Numerical value based on Exposure Category. These<br />
values are found in Table 6-2 of ASCE 7-05.<br />
Velocity Pressure Exposure Coefficient (Kz) – A<br />
calculated value using the values for zg and α.<br />
KZ = 2.01<br />
z<br />
( zg)<br />
2<br />
( a )<br />
Topographic Factor (Kzt) – 1.0 default when<br />
topographic effects are not a factor. ASCE 7-05 Section<br />
6.5.7 provides additional detail on topographic factors.<br />
Velocity Pressure (qz) – This number in pounds per<br />
square foot (psf) is calculated using the factors described<br />
above. The <strong>ESWA</strong> is offered with a choice of two<br />
structural design packages, consisting of:<br />
– Standard Design - up to 60 psf<br />
– Upgraded Structural Design - up to 145 psf<br />
IBC COMPLIANCE<br />
Wind Load Sample Calculation<br />
The following example demonstrates the procedure to<br />
determine which structural design package a<br />
Condominium Building located in Miami, FL (zip code<br />
33101) would require under the latest version of IBC. In<br />
this example, the closed circuit cooler will be installed on<br />
the top of the 60 foot tall building.<br />
Step 1: Calculate the Exposure Category Coefficient (Kz)<br />
Where:<br />
z = 60; Installation Height<br />
zg = 700; from ASCE 7-05 Table 2 using an Exposure<br />
Category of D.<br />
α = 11.5; from ASCE 7-05 Table 2 using an Exposure<br />
Category of D.<br />
Step 2: Calculate the Velocity Pressure (qz)<br />
Where:<br />
( a )<br />
qz = 0.00256(Kz)(Kzt)(Kd)(V 2 )(I) =<br />
0.00256(1.31)(1.0)(0.85)(145 2 )(1.0) = 59.93psf<br />
Kz = 1.31; as calculated above.<br />
( )<br />
( 11.5)<br />
KZ = 2 2<br />
z<br />
60<br />
2.01<br />
= ( zg)<br />
2.01 =<br />
700<br />
1.31<br />
Kzt = 1.0; default when topographic effects are not a<br />
factor.<br />
Kd = 0.85; default for building <strong>com</strong>ponents and<br />
cladding.<br />
V = 145; wind speed from ASCE 7-05 Figure 6-1.<br />
I = 1.0; Based on an Occupancy Category of II.<br />
In order to meet Code requirements, the unit and its<br />
attachments must be designed and constructed to<br />
withstand 59.93 psf.
E NERGY E FFICIENT L OW S OUND<br />
Low Energy As Standard<br />
The <strong>ESWA</strong> stands apart as being the most energy efficient<br />
closed circuit cooler on the market today. This efficiency, in<br />
terms of lower fan horsepower, translates directly to lower<br />
operating costs…significantly lower operating costs. With<br />
the <strong>ESWA</strong> installed, customers can realize immediate energy<br />
savings which continue each and every year for the life of<br />
the equipment.<br />
• Replace inefficient units:<br />
The potential for energy savings alone is often enough to<br />
justify replacing inefficient fluid coolers with high<br />
efficiency models. As an example, a 250 ton centrifugal<br />
fan fluid cooler with 80 HP worth of fan motors can be<br />
replaced by an <strong>ESWA</strong> model with a fan motor size of<br />
only 15HP. This tremendous reduction in fan motor size<br />
offers annual savings of $16,530 per year based on 3,500<br />
hours of operation and an electric rate of $0.09/kWh.<br />
Annual Savings ($) Annual Savings ($)<br />
12,000<br />
10,000<br />
8,000<br />
6,000<br />
4,000<br />
2,000<br />
35,000<br />
30,000<br />
25,000<br />
20,000<br />
15,000<br />
10,000<br />
5,000<br />
20 HP<br />
Reduction<br />
15 HP<br />
Reduction<br />
10 HP<br />
Reduction<br />
0<br />
1500 2500 3500 4500 5500 6500 7500 8500<br />
Hours of Operation<br />
65 HP<br />
Reduction<br />
50 HP<br />
Reduction<br />
40 HP<br />
Reduction<br />
30 HP<br />
Reduction<br />
0<br />
1500 2500 3500 4500 5500 6500 7500 8500<br />
Hours of Operation<br />
Annual savings based on fan motor efficiency =<br />
0.924 and energy cost of $0.09/kWh<br />
• New Product Comparison:<br />
When <strong>com</strong>paring the cost of new equipment, energy<br />
efficiency and consumption are important factors for<br />
determining the total product cost. Units having a<br />
lower first cost but higher energy requirement are more<br />
expensive to operate and normally end up costing the<br />
customer more over the life of the equipment.<br />
• Smaller Footprint, Lower Horsepower:<br />
As an example, a typical induced-draft 200 ton** cooler<br />
can require a 12’ x 12’ footprint, 20 HP fan motor, and 5<br />
HP pump. The same load can be ac<strong>com</strong>plished in an<br />
<strong>ESWA</strong> with an 8.5’ x 12’ footprint, 7.5 HP fan motor, and<br />
7.5 HP pump.<br />
**Calculated using 3 GPM of Water at 100°F/90°F/78°F per ton.<br />
Low Sound As Standard<br />
In addition to being the most energy efficient axial fan<br />
fluid cooler, the <strong>ESWA</strong> is also the quietest. At a distance of<br />
five feet above the fan, the <strong>ESWA</strong> has sound levels that<br />
are up to 13dBA less than other axial fan fluid coolers of<br />
equal capacity. Additionally, the coil sits just above the<br />
basin floor breaking the water fall and reducing water<br />
noise to the point where casual conversation is possible at<br />
only five feet from the unit…even with the fan running on<br />
high speed.<br />
Research and Development<br />
Evapco's research and development team considered the<br />
basic principles of heat transfer to develop the patented<br />
Optimized Technology that was used in the ESW closed<br />
circuit cooler. Optimized Technology <strong>com</strong>bines “latent”<br />
heat transfer over the fill and “sensible” heat transfer over<br />
the coil to maximum heat transfer while minimizing scale<br />
buildup on the coil.<br />
The <strong>ESWA</strong> closed circuit cooler was developed to take<br />
Optimized Technology to the next level. The <strong>ESWA</strong><br />
features more capacity than ever before, 12-24% more<br />
capacity per footprint on average. This is done by using<br />
Evapco's new higher-density Sensi-Coil Technology. By<br />
using this new coil design (US Patent # 7,296,620), and<br />
higher water loadings over the coil, Evapco has achieved<br />
significant performance gains over other closed circuit<br />
coolers. This means more performance, a smaller<br />
footprint, and less energy.<br />
Other benefits of this unique counterflow<br />
design:<br />
• The coil is easily piped at ground level.<br />
• The coil is easily inspected and accessible at ground level<br />
via removable cover panels around the unit.<br />
• Discharge hood with dampers are not required...the<br />
dense coil pack and sheltered enclosure around the coil<br />
reduces heat loss and eliminates natural drafts across<br />
the coil.<br />
9
10<br />
Spray Water Temperature<br />
60° F<br />
55° F<br />
50° F<br />
45° F<br />
Entering Air Air at at 10° 10 10° F F Wet-Bulb Wet-Bulb Temperature<br />
Temperature<br />
Debris<br />
Sunlight<br />
Air Intake<br />
Splashout<br />
Debris<br />
Anti-Sludge Ring<br />
EvapJet Nozzle ABS Water Diffusers<br />
D ESIGN B ENEFITS<br />
Counterflow... Optimum Design for<br />
Freezing Climates<br />
The counterflow design of the <strong>ESWA</strong> Closed Circuit Cooler is<br />
well suited for winter operation. The fill section is totally<br />
encased and protected from freezing winds thus inhibiting<br />
ice formation on the fill section. The even temperature<br />
gradient of the counterflow design further improves winter<br />
operability by eliminating cold spots.<br />
Evapco's counterflow design solves the problem of fill<br />
collapse due to ice formation.<br />
Water Sight Tight Air Inlet Louver*<br />
Evapco's innovative air inlet louvers are both water and sight<br />
tight to ensure that the water stays in and the sunlight stays<br />
out of the cold water basin. Using extensive <strong>com</strong>putational<br />
fluid dynamics modeling, Evapco engineers developed a<br />
louver to improve “splash resistance” while maximizing<br />
airflow. The resulting design maximizes thermal performance<br />
while minimizing water loss. This sight tight design also<br />
inhibits algae growth more effectively than previous designs.<br />
Evapco’s louver design solves the problem of the circulating<br />
water and heat transfer surfaces being directly exposed to<br />
external contaminants and the harsh surroundings.<br />
Water Distribution System<br />
The water distribution system is enclosed and <strong>com</strong>pletely<br />
protected by the casing panels and drift eliminators. The<br />
eliminators also function as effective debris screens which block<br />
sunlight and prevent debris from entering the spray system.<br />
The water distribution system is made with non-corrosive<br />
materials including schedule 40 PVC pipe and durable ABS<br />
plastic water diffusers or the EvapJet distribution system<br />
(14’ wide models).<br />
The spray branch piping is easily removed and designed with<br />
threaded end-caps for easy cleaning. The water diffusers<br />
have wide openings with anti-sludge rings to prevent<br />
clogging from sediment and debris.<br />
Evapco’s design avoids the problems of biological growth<br />
and clogging that can occur due to a water distribution<br />
system that is open with direct exposure to the surroundings.<br />
Efficient Drift Eliminators**<br />
The New <strong>ESWA</strong> is provided with an efficient drift eliminator<br />
system that effectively reduces entrained water droplets<br />
from the air discharge to less than 0.001% of the spray water<br />
flow rate.<br />
The eliminators are constructed of non-corrosive PVC with a<br />
multi-pass design for maximum drift reduction. They are<br />
assembled in modular sections for easy removal and access to<br />
the water distribution system.<br />
In addition to reducing drift the eliminators also function as<br />
effective debris screens which protect the spray system from<br />
sunlight and debris.<br />
*Patent Pending<br />
**U.S. Patent #6,315,804
M AINTENANCE A DVANTAGES<br />
Easy Maintenance Basin Design<br />
The cold water basin is perhaps the most important area for maintenance in an evaporative cooler. Service mechanics who<br />
work on this equipment know that dirt, debris and silt all settle out in the basin. Because basin maintenance is important and<br />
should be performed regularly, Evapco designed the basin to make inspection, cleaning and flushing as easy as possible.<br />
<strong>EVAPCO</strong>’s basin is designed for quick and easy access with the following valuable features:<br />
Easy Access<br />
The cold water basin section is easily accessible from<br />
ground level. The basin is provided with solid access panels<br />
which are designed to protect the basin water and heat<br />
transfer coil from direct exposure to sunlight and debris.<br />
The access panels are light-weight and easy to remove.<br />
With the access panels removed a service mechanic has<br />
<strong>com</strong>plete access to the basin floor, heat transfer coil, float<br />
assembly and pump strainer.<br />
Clean Pan Basin Design<br />
The basin of the <strong>ESWA</strong> is sloped toward a depressed area<br />
where the drain is located. With the "Clean Pan" design, it<br />
is easy for a service mechanic to flush the pan without<br />
getting wet feet. Other fluid cooler designs may necessitate<br />
getting inside of the unit for <strong>com</strong>plete cleaning.<br />
Stainless Steel Strainers<br />
The <strong>EVAPCO</strong> standard for many years, the stainless steel<br />
strainer is one <strong>com</strong>ponent that is subject to excessive<br />
wear and corrosion. With stainless steel construction this<br />
<strong>com</strong>ponent will last the life of the unit.<br />
11
12<br />
Easy Maintenance Drive System<br />
The Evapco POWER-BAND drive system utilized on the <strong>ESWA</strong> Closed Circuit Cooler is the easiest belt drive system to<br />
maintain in the industry. Unlike other designs, there is no need to enter the cold water basin to climb up the plenum for<br />
access to motors, bearings or belts. All routine and periodic maintenance on the drive system can be safely performed from<br />
the exterior of the unit. The most significant benefits and features of Evapco’s drive system are detailed below.<br />
Models with Motors Mounted Externally<br />
Models <strong>ESWA</strong>-77, 102 and 153<br />
The fan motor and drive assembly are designed for easy service and<br />
adjustment from the unit’s exterior. The Totally Enclosed, Fan Cooled (TEFC)<br />
fan motor is mounted external to the unit with a protective cover which<br />
swings aside for maintenance. A large access door adjacent to the fan<br />
motor swings open enabling easy access to the fan drive system. The belt<br />
tension can be checked and adjusted easily from the outside of the unit.<br />
The fan shaft bearings also have their lubrication lines extended to the<br />
access door for added convenience. Note, these motors are typically<br />
installed in the field to reduce shipping costs. Contact your Evapco sales<br />
representative for factory mounting options.<br />
Models with Swing-Out Motors<br />
Models <strong>ESWA</strong>-144, 216, 336 and 672<br />
M AINTENANCE A DVANTAGES<br />
The fan motor is Totally Enclosed, Air Over (TEAO) and specifically designed for evaporative cooling applications. The motor<br />
is mounted inside of the unit on an adjustable base that enables the motor to swing outside the unit for easy access. The belt<br />
tension is easily checked and adjusted from outside the access door. Evapco provides a special tool for belt adjustment which<br />
also functions as a locking mechanism for the motor base adjustment. Lubrication lines for the fan shaft bearings are also<br />
extended to the access door for added convenience.<br />
Internal motor... ...with swing-out base<br />
With all periodic and routine maintenance for the drive system performed from the side<br />
of the unit, Evapco drive systems are the most serviceable in the industry.<br />
Sloped access ladders, working<br />
platforms and motor davits are<br />
available as options to make<br />
maintenance a breeze. See page 26,<br />
Optional Equipment, for details.<br />
Internally mounted fan<br />
motor can swing outside<br />
the unit for easy access.
POWER-BAND Drive System Design<br />
The <strong>ESWA</strong> Closed Circuit Cooler features the highly successful POWER-BAND Belt Drive System. The POWER-BAND Drive<br />
System has performed consistently with trouble-free operation in the most severe conditions of closed circuit cooler<br />
applications. The reliability of the drive system is backed-up by a Five (5) Year <strong>com</strong>plete drive system warranty.<br />
POWER-BAND Belt<br />
TEFC Fan Motor<br />
TEAO Fan Motor<br />
D RIVE S YSTEM<br />
POWER-BAND Drive System Includes:<br />
• Solid back POWER-BAND drive belt<br />
• Totally enclosed fan motors<br />
• Aluminum sheaves<br />
• Fan shaft bearings with minimum<br />
75,000 hrs. L-10 life<br />
• 5 year drive system warranty<br />
POWER-BAND Belt Drive<br />
The POWER-BAND drive is a solid-backed multigroove belt<br />
designed for closed circuit cooler service. The drive belt is<br />
sized for 150 percent of the motor nameplate horsepower<br />
and constructed of neoprene with polyester chords. Band<br />
belts are field-proven with 20 years of successful operation.<br />
Drive System Sheaves<br />
Drive system sheaves are constructed of an aluminum alloy<br />
for corrosion resistance in the humid closed circuit cooler<br />
environment.<br />
Fan Shaft Bearings<br />
The fan shaft bearings are specially selected to provide long<br />
life, minimizing costly downtime. They are rated for an L-<br />
10 life of 75,000 to 135,000 hours, making them the<br />
heaviest duty pillow block bearings in the industry.<br />
Fan Motors<br />
All Evapco closed circuit coolers utilize totally enclosed fan<br />
motors (T.E.F.C. or T.E.A.O.) designed specifically for<br />
evaporative cooling applications. Premium efficient fan<br />
motors which are <strong>com</strong>patible with variable frequency drive<br />
(VFD) systems, <strong>com</strong>e standard on all <strong>ESWA</strong> models.<br />
Alternative fan motor options are available as follows:<br />
• Two speed single winding<br />
• Two speed two winding<br />
• Mill and chemical duty<br />
• Explosion proof<br />
Five Year Drive Warranty<br />
Evapco provides a standard 5 year<br />
motor and drive warranty on all<br />
POWER-BAND drive systems. This<br />
warranty provides end users with<br />
<strong>com</strong>plete protection against fan motor<br />
or drive <strong>com</strong>ponent failure. The<br />
<strong>com</strong>prehensive warranty includes the<br />
fan, fan motor, fan shaft, belts, sheaves,<br />
and fan bearings.<br />
13
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 77-23H to 77-34K<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm.<br />
This required option is referred to as the High Flow coil configuration.<br />
2 MPT<br />
MAKE-UP<br />
2 MPT<br />
DRAIN<br />
M<br />
19-3/4”<br />
3 MPT<br />
OVERFLOW<br />
33-7/8<br />
8‘ 5-1/2”<br />
4 BFW<br />
FLUID OUT<br />
4 BFW<br />
FLUID IN<br />
L<br />
A<br />
20-1/8”<br />
U<br />
H<br />
24-1/4<br />
P<br />
30-1/2”<br />
M<br />
M<br />
8‘ 11-1/2”<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 77-23H 7,690 4,840 10,980 7.5 40,200 5 650 109 250 8" 9,580 6' 3-3/8" 7' 2-1/8" 19-1/2" 13' 5-1/2"<br />
<strong>ESWA</strong> 77-23I 7,700 4,840 10,990 10 44,200 5 650 109 250 8" 9,590 6' 3-3/8" 7' 2-1/8" 19-1/2" 13' 5-1/2"<br />
<strong>ESWA</strong> 77-23J 7,830 4,840 11,120 15 50,500 5 650 109 250 8" 9,720 6' 3-3/8" 7' 2-1/8" 19-1/2" 13' 5-1/2"<br />
<strong>ESWA</strong> 77-24H 8,420 5,570 11,990 7.5 40,200 5 650 141 250 8" 10,590 6' 10-7/8" 7' 2-1/8" 27" 14' 1"<br />
<strong>ESWA</strong> 77-24I 8,430 5,570 12,000 10 44,200 5 650 141 250 8" 10,600 6' 10-7/8" 7' 2-1/8" 27" 14' 1"<br />
<strong>ESWA</strong> 77-24J 8,560 5,570 12,130 15 50,500 5 650 141 250 8" 10,730 6' 10-7/8" 7' 2-1/8" 27" 14' 1"<br />
<strong>ESWA</strong> 77-25H 9,220 6,370 13,060 7.5 40,200 5 650 174 250 8" 11,650 7' 6-3/8" 7' 2-1/8" 34-1/2" 14' 8-1/2"<br />
<strong>ESWA</strong> 77-25I 9,230 6,370 13,070 10 44,200 5 650 174 250 8" 11,660 7' 6-3/8" 7' 2-1/8" 34-1/2" 14' 8-1/2"<br />
<strong>ESWA</strong> 77-25J 9,360 6,370 13,200 15 50,500 5 650 174 250 8" 11,790 7' 6-3/8" 7' 2-1/8" 34-1/2" 14' 8-1/2"<br />
<strong>ESWA</strong> 77-26H 10,000 7,150 14,110 7.5 40,200 5 650 206 250 8" 12,700 8' 1-7/8" 7' 2-1/8" 42" 15' 4"<br />
<strong>ESWA</strong> 77-26I 10,010 7,150 14,120 10 44,200 5 650 206 250 8" 12,710 8' 1-7/8" 7' 2-1/8" 42" 15' 4"<br />
<strong>ESWA</strong> 77-26J 10,140 7,150 14,250 15 50,500 5 650 206 250 8" 12,840 8' 1-7/8" 7' 2-1/8" 42" 15' 4"<br />
<strong>ESWA</strong> 77-33H 7,980 4,850 11,270 7.5 39,500 5 650 109 250 8" 9,860 6' 3-3/8" 8' 2-1/8" 19-1/2" 14' 5-1/2"<br />
<strong>ESWA</strong> 77-33I 7,990 4,850 11,280 10 43,400 5 650 109 250 8" 9,870 6' 3-3/8" 8' 2-1/8" 19-1/2" 14' 5-1/2"<br />
<strong>ESWA</strong> 77-33J 8,120 4,850 11,410 15 49,600 5 650 109 250 8" 10,000 6' 3-3/8" 8' 2-1/8" 19-1/2" 14' 5-1/2"<br />
<strong>ESWA</strong> 77-33K 8,180 4,850 11,470 20 54,800 5 650 109 250 8" 10,060 6' 3-3/8" 8' 2-1/8" 19-1/2" 14' 5-1/2"<br />
<strong>ESWA</strong> 77-34H 8,710 5,580 12,280 7.5 39,500 5 650 141 250 8" 10,870 6' 10-7/8" 8' 2-1/8" 27" 15' 1"<br />
<strong>ESWA</strong> 77-34I 8,720 5,580 12,290 10 43,400 5 650 141 250 8" 10,880 6' 10-7/8" 8' 2-1/8" 27" 15' 1"<br />
<strong>ESWA</strong> 77-34J 8,850 5,580 12,420 15 49,600 5 650 141 250 8" 11,010 6' 10-7/8" 8' 2-1/8" 27" 15' 1"<br />
<strong>ESWA</strong> 77-34K 8,910 5,580 12,480 20 54,800 5 650 141 250 8" 11,070 6' 10-7/8" 8' 2-1/8" 27" 15' 1"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require factory internal crossover piping. Model numbers will<br />
include “C” for units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
14<br />
ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR
Selections for <strong>ESWA</strong> Closed Circuit Coolers are available from <strong>EVAPCO</strong>’s iES Equipment Selection<br />
Program or the <strong>ESWA</strong> Thermal Performance Charts located on www.evapco.<strong>com</strong>.<br />
2 MPT<br />
MAKE-UP<br />
2 MPT<br />
DRAIN<br />
M<br />
19-3/4”<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 77-35H to 77-46K<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm.<br />
This required option is referred to as the High Flow coil configuration.<br />
3 MPT<br />
OVERFLOW<br />
33-7/8<br />
8‘ 5-1/2”<br />
4 BFW<br />
FLUID OUT<br />
4 BFW<br />
FLUID IN<br />
L<br />
A<br />
20-1/8”<br />
U<br />
1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require factory internal crossover piping. Model numbers will<br />
include “C” for units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
H<br />
24-1/4<br />
P<br />
30-1/2”<br />
M<br />
M<br />
8‘ 11-1/2”<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 77-35H 9,500 6,370 13,340 7.5 39,500 5 650 174 250 8" 11,930 7' 6-3/8" 8' 2-1/8" 34-1/2" 15' 8-1/2"<br />
<strong>ESWA</strong> 77-35I 9,510 6,370 13,350 10 43,400 5 650 174 250 8" 11,940 7' 6-3/8" 8' 2-1/8" 34-1/2" 15' 8-1/2"<br />
<strong>ESWA</strong> 77-35J 9,640 6,370 13,480 15 49,600 5 650 174 250 8" 12,070 7' 6-3/8" 8' 2-1/8" 34-1/2" 15' 8-1/2"<br />
<strong>ESWA</strong> 77-35K 9,700 6,370 13,540 20 54,800 5 650 174 250 8" 12,130 7' 6-3/8" 8' 2-1/8" 34-1/2" 15' 8-1/2"<br />
<strong>ESWA</strong> 77-36H 10,280 7,150 14,390 7.5 39,500 5 650 206 250 8" 12,980 8' 1-7/8" 8' 2-1/8" 42" 16' 4"<br />
<strong>ESWA</strong> 77-36I 10,290 7,150 14,400 10 43,400 5 650 206 250 8" 12,990 8' 1-7/8" 8' 2-1/8" 42" 16' 4"<br />
<strong>ESWA</strong> 77-36J 10,420 7,150 14,530 15 49,600 5 650 206 250 8" 13,120 8' 1-7/8" 8' 2-1/8" 42" 16' 4"<br />
<strong>ESWA</strong> 77-36K 10,480 7,150 14,590 20 54,800 5 650 206 250 8" 13,180 8' 1-7/8" 8' 2-1/8" 42" 16' 4"<br />
<strong>ESWA</strong> 77-43I 8,310 4,850 11,600 10 42,800 5 650 109 250 8" 10,190 6' 3-3/8" 9' 2-1/8" 19-1/2" 15' 5-1/2"<br />
<strong>ESWA</strong> 77-43J 8,440 4,850 11,730 15 48,900 5 650 109 250 8" 10,320 6' 3-3/8" 9' 2-1/8" 19-1/2" 15' 5-1/2"<br />
<strong>ESWA</strong> 77-43K 8,500 4,850 11,790 20 53,500 5 650 109 250 8" 10,380 6' 3-3/8" 9' 2-1/8" 19-1/2" 15' 5-1/2"<br />
<strong>ESWA</strong> 77-44I 9,040 5,580 12,610 10 42,800 5 650 141 250 8" 11,200 6' 10-7/8" 9' 2-1/8" 27" 16' 1"<br />
<strong>ESWA</strong> 77-44J 9,170 5,580 12,740 15 48,900 5 650 141 250 8" 11,330 6' 10-7/8" 9' 2-1/8" 27" 16' 1"<br />
<strong>ESWA</strong> 77-44K 9,230 5,580 12,800 20 53,500 5 650 141 250 8" 11,390 6' 10-7/8" 9' 2-1/8" 27" 16' 1"<br />
<strong>ESWA</strong> 77-45I 9,830 6,370 13,670 10 42,800 5 650 174 250 8" 12,260 7' 6-3/8" 9' 2-1/8" 34-1/2" 16' 8-1/2"<br />
<strong>ESWA</strong> 77-45J 9,960 6,370 13,800 15 48,900 5 650 174 250 8" 12,390 7' 6-3/8" 9' 2-1/8" 34-1/2" 16' 8-1/2"<br />
<strong>ESWA</strong> 77-45K 10,020 6,370 13,860 20 53,500 5 650 174 250 8" 12,450 7' 6-3/8" 9' 2-1/8" 34-1/2" 16' 8-1/2"<br />
<strong>ESWA</strong> 77-46I 10,620 7,160 14,730 10 42,800 5 650 206 250 8" 13,310 8' 1-7/8" 9' 2-1/8" 42" 17' 4"<br />
<strong>ESWA</strong> 77-46J 10,750 7,160 14,860 15 48,900 5 650 206 250 8" 13,440 8' 1-7/8" 9' 2-1/8" 42" 17' 4"<br />
<strong>ESWA</strong> 77-46K 10,810 7,160 14,920 20 53,500 5 650 206 250 8" 13,500 8' 1-7/8" 9' 2-1/8" 42" 17' 4"<br />
4 Dimensions5 ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR<br />
15
16<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 102-23H to 102-46K<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm.<br />
This required option is referred to as the High Flow coil configuration.<br />
2 MPT<br />
MAKE-UP<br />
2 MPT<br />
DRAIN<br />
M<br />
19-3/4”<br />
3 MPT<br />
OVERFLOW<br />
4 BFW<br />
FLUID OUT<br />
4 BFW<br />
FLUID IN<br />
A<br />
20-1/8”<br />
U<br />
L<br />
33-7/8 25-1/2”<br />
8‘ 5-1/2”<br />
H<br />
P<br />
30-1/2”<br />
M<br />
M<br />
11’ 11-3/4”<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number 1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 102-23H 9,730 6,410 14,470 7.5 49,700 7.5 800 160 330 10" 12,640 6' 3-3/8" 7' 2-1/8" 19-1/2" 13' 5-1/2"<br />
<strong>ESWA</strong> 102-23I 9,740 6,410 14,480 10 54,600 7.5 800 160 330 10" 12,650 6' 3-3/8" 7' 2-1/8" 19-1/2" 13' 5-1/2"<br />
<strong>ESWA</strong> 102-33H 10,090 6,420 14,830 7.5 48,900 7.5 800 160 330 10" 12,990 6' 3-3/8" 8' 2-1/8" 19-1/2" 14' 5-1/2"<br />
<strong>ESWA</strong> 102-33I 10,100 6,420 14,840 10 53,800 7.5 800 160 330 10" 13,000 6' 3-3/8" 8' 2-1/8" 19-1/2" 14' 5-1/2"<br />
<strong>ESWA</strong> 102-33J 10,230 6,420 14,970 15 61,500 7.5 800 160 330 10" 13,130 6' 3-3/8" 8' 2-1/8" 19-1/2" 14' 5-1/2"<br />
<strong>ESWA</strong> 102-33K 10,290 6,420 15,030 20 67,200 7.5 800 160 330 10" 13,190 6' 3-3/8" 8' 2-1/8" 19-1/2" 14' 5-1/2"<br />
<strong>ESWA</strong> 102-34H 11,190 7,520 16,340 7.5 48,900 7.5 800 209 330 10" 14,500 6' 10-7/8" 8' 2-1/8" 27" 15' 1"<br />
<strong>ESWA</strong> 102-34I 11,200 7,520 16,350 10 53,800 7.5 800 209 330 10" 14,510 6' 10-7/8" 8' 2-1/8" 27" 15' 1"<br />
<strong>ESWA</strong> 102-34J 11,330 7,520 16,480 15 61,500 7.5 800 209 330 10" 14,640 6' 10-7/8" 8' 2-1/8" 27" 15' 1"<br />
<strong>ESWA</strong> 102-34K 11,390 7,520 16,540 20 67,200 7.5 800 209 330 10" 14,700 6' 10-7/8" 8' 2-1/8" 27" 15' 1"<br />
<strong>ESWA</strong> 102-35H 12,350 8,680 17,910 7.5 48,900 7.5 800 259 330 10" 16,070 7' 6-3/8" 8' 2-1/8" 34-1/2" 15' 8-1/2"<br />
<strong>ESWA</strong> 102-35I 12,360 8,680 17,920 10 53,800 7.5 800 259 330 10" 16,080 7' 6-3/8" 8' 2-1/8" 34-1/2" 15' 8-1/2"<br />
<strong>ESWA</strong> 102-35J 12,490 8,680 18,050 15 61,500 7.5 800 259 330 10" 16,210 7' 6-3/8" 8' 2-1/8" 34-1/2" 15' 8-1/2"<br />
<strong>ESWA</strong> 102-35K 12,550 8,680 18,110 20 67,200 7.5 800 259 330 10" 16,270 7' 6-3/8" 8' 2-1/8" 34-1/2" 15' 8-1/2"<br />
<strong>ESWA</strong> 102-36I 13,470 9,790 19,440 10 53,800 7.5 800 308 330 10" 17,600 8' 1-7/8" 8' 2-1/8" 42" 16' 4"<br />
<strong>ESWA</strong> 102-36J 13,600 9,790 19,570 15 61,500 7.5 800 308 330 10" 17,730 8' 1-7/8" 8' 2-1/8" 42" 16' 4"<br />
<strong>ESWA</strong> 102-36K 13,660 9,790 19,630 20 67,200 7.5 800 308 330 10" 17,790 8' 1-7/8" 8' 2-1/8" 42" 16' 4"<br />
<strong>ESWA</strong> 102-43J 10,640 6,420 15,380 15 60,500 7.5 800 160 330 10" 13,540 6' 3-3/8" 9' 2-1/8" 19-1/2" 15' 5-1/2"<br />
<strong>ESWA</strong> 102-43K 10,700 6,420 15,440 20 66,200 7.5 800 160 330 10" 13,600 6' 3-3/8" 9' 2-1/8" 19-1/2" 15' 5-1/2"<br />
<strong>ESWA</strong> 102-44I 11,610 7,520 16,760 10 52,900 7.5 800 209 330 10" 14,920 6' 10-7/8" 9' 2-1/8" 27" 16' 1"<br />
<strong>ESWA</strong> 102-44J 11,740 7,520 16,890 15 60,500 7.5 800 209 330 10" 15,050 6' 10-7/8" 9' 2-1/8" 27" 16' 1"<br />
<strong>ESWA</strong> 102-44K 11,800 7,520 16,950 20 66,200 7.5 800 209 330 10" 15,110 6' 10-7/8" 9' 2-1/8" 27" 16' 1"<br />
<strong>ESWA</strong> 102-45I 12,770 8,680 18,330 10 52,900 7.5 800 259 330 10" 16,490 7' 6-3/8" 9' 2-1/8" 34-1/2" 16' 8-1/2"<br />
<strong>ESWA</strong> 102-45J 12,900 8,680 18,460 15 60,500 7.5 800 259 330 10" 16,620 7' 6-3/8" 9' 2-1/8" 34-1/2" 16' 8-1/2"<br />
<strong>ESWA</strong> 102-45K 12,960 8,680 18,520 20 66,200 7.5 800 259 330 10" 16,680 7' 6-3/8" 9' 2-1/8" 34-1/2" 16' 8-1/2"<br />
<strong>ESWA</strong> 102-46I 13,890 9,800 19,860 10 52,900 7.5 800 308 330 10" 18,010 8' 1-7/8" 9' 2-1/8" 42" 17' 4"<br />
<strong>ESWA</strong> 102-46J 14,020 9,800 19,990 15 60,500 7.5 800 308 330 10" 18,140 8' 1-7/8" 9' 2-1/8" 42" 17' 4"<br />
<strong>ESWA</strong> 102-46K 14,080 9,800 20,050 20 66,200 7.5 800 308 330 10" 18,200 8' 1-7/8" 9' 2-1/8" 42" 17' 4"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require factory internal crossover piping. Model numbers<br />
will include “C” for units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer<br />
during operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized<br />
outlet to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW). Other<br />
connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR
Selections for <strong>ESWA</strong> Closed Circuit Coolers are available from <strong>EVAPCO</strong>’s iES Equipment Selection<br />
Program or the <strong>ESWA</strong> Thermal Performance Charts located on www.evapco.<strong>com</strong>.<br />
2 MPT<br />
MAKE-UP<br />
M<br />
19-3/4”<br />
2 MPT<br />
DRAIN<br />
3 MPT<br />
OVERFLOW<br />
8‘ 5-1/2”<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 153-23H to 153-34J<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm.<br />
This required option is referred to as the High Flow coil configuration.<br />
4 BFW<br />
FLUID OUT<br />
4 BFW<br />
FLUID IN<br />
A<br />
20-1/8”<br />
33-7/8”<br />
U<br />
L<br />
H<br />
25-1/4”<br />
P<br />
30-1/2” 30-1/2”<br />
M ACCESS<br />
DOOR<br />
M<br />
M<br />
ACCESS<br />
M<br />
DOOR<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 153-23H 14,950 9,570 22,110 7.5 80,800 10 1,030 245 510 12" 19,290 6' 9-7/8" 7' 3-3/4" 19-1/2" 14' 1-5/8"<br />
<strong>ESWA</strong> 153-23I 14,980 9,570 22,140 10 88,800 10 1,030 245 510 12" 19,320 6' 9-7/8" 7' 3-3/4" 19-1/2" 14' 1-5/8"<br />
<strong>ESWA</strong> 153-23J 15,230 9,570 22,390 15 101,500 10 1,030 245 510 12" 19,570 6' 9-7/8" 7' 3-3/4" 19-1/2" 14' 1-5/8"<br />
<strong>ESWA</strong> 153-24H 16,700 11,320 24,510 7.5 80,800 10 1,030 323 510 12" 21,690 7' 5-3/8" 7' 3-3/4" 27" 14' 9-1/8"<br />
<strong>ESWA</strong> 153-24I 16,730 11,320 24,540 10 88,800 10 1,030 323 510 12" 21,720 7' 5-3/8" 7' 3-3/4" 27" 14' 9-1/8"<br />
<strong>ESWA</strong> 153-24J 16,980 11,320 24,790 15 101,500 10 1,030 323 510 12" 21,970 7' 5-3/8" 7' 3-3/4" 27" 14' 9-1/8"<br />
<strong>ESWA</strong> 153-25H 18,320 12,940 26,780 7.5 80,800 10 1,030 400 510 12" 23,960 8' 7/8" 7' 3-3/4" 34-1/2" 15' 4-5/8"<br />
<strong>ESWA</strong> 153-25I 18,350 12,940 26,810 10 88,800 10 1,030 400 510 12" 23,990 8' 7/8" 7' 3-3/4" 34-1/2" 15' 4-5/8"<br />
<strong>ESWA</strong> 153-25J 18,600 12,940 27,060 15 101,500 10 1,030 400 510 12" 24,240 8' 7/8" 7' 3-3/4" 34-1/2" 15' 4-5/8"<br />
<strong>ESWA</strong> 153-26H 20,070 14,690 29,170 7.5 80,800 10 1,030 478 510 12" 26,350 8' 8-3/8" 7' 3-3/4" 42" 16' 1/8"<br />
<strong>ESWA</strong> 153-26I 20,100 14,690 29,200 10 88,800 10 1,030 478 510 12" 26,380 8' 8-3/8" 7' 3-3/4" 42" 16' 1/8"<br />
<strong>ESWA</strong> 153-26J 20,350 14,690 29,450 15 101,500 10 1,030 478 510 12" 26,630 8' 8-3/8" 7' 3-3/4" 42" 16' 1/8"<br />
<strong>ESWA</strong> 153-33H 15,490 9,570 22,650 7.5 79,500 10 1,030 245 510 12" 19,830 6' 9-7/8" 8' 3-3/4" 19-1/2" 15' 1-5/8"<br />
<strong>ESWA</strong> 153-33I 15,520 9,570 22,680 10 87,400 10 1,030 245 510 12" 19,860 6' 9-7/8" 8' 3-3/4" 19-1/2" 15' 1-5/8"<br />
<strong>ESWA</strong> 153-33J 15,770 9,570 22,930 15 99,900 10 1,030 245 510 12" 20,110 6' 9-7/8" 8' 3-3/4" 19-1/2" 15' 1-5/8"<br />
<strong>ESWA</strong> 153-34H 17,240 11,320 25,050 7.5 79,500 10 1,030 323 510 12" 22,230 7' 5-3/8" 8' 3-3/4" 27" 15' 9-1/8"<br />
<strong>ESWA</strong> 153-34I 17,270 11,320 25,080 10 87,400 10 1,030 323 510 12" 22,260 7' 5-3/8" 8' 3-3/4" 27" 15' 9-1/8"<br />
<strong>ESWA</strong> 153-34J 17,520 11,320 25,330 15 99,900 10 1,030 323 510 12" 22,510 7' 5-3/8" 8' 3-3/4" 27" 15' 9-1/8"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require factory internal crossover piping. Model numbers will<br />
include “C” for units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
18‘ 0”<br />
ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR<br />
17
18<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 153-35H to 153-46K<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm.<br />
This required option is referred to as the High Flow coil configuration.<br />
2 MPT<br />
MAKE-UP<br />
M<br />
19-3/4”<br />
2 MPT<br />
DRAIN<br />
3 MPT<br />
OVERFLOW<br />
8‘ 5-1/2”<br />
4 BFW<br />
FLUID OUT<br />
4 BFW<br />
FLUID IN<br />
A<br />
20-1/8”<br />
33-7/8”<br />
U<br />
L<br />
H<br />
25-1/4”<br />
P<br />
30-1/2” 30-1/2”<br />
M ACCESS<br />
DOOR<br />
M<br />
M<br />
ACCESS<br />
M<br />
DOOR<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number 1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 153-35H 18,860 12,940 27,320 7.5 79,500 10 1,030 400 510 12" 24,500 8' 7/8" 8' 3-3/4" 34-1/2" 16' 4-5/8"<br />
<strong>ESWA</strong> 153-35I 18,890 12,940 27,350 10 87,400 10 1,030 400 510 12" 24,530 8' 7/8" 8' 3-3/4" 34-1/2" 16' 4-5/8"<br />
<strong>ESWA</strong> 153-35J 19,140 12,940 27,600 15 99,900 10 1,030 400 510 12" 24,780 8' 7/8" 8' 3-3/4" 34-1/2" 16' 4-5/8"<br />
<strong>ESWA</strong> 153-36H 20,620 14,700 29,720 7.5 79,500 10 1,030 478 510 12" 26,890 8' 8-3/8" 8' 3-3/4" 42" 17' 1/8"<br />
<strong>ESWA</strong> 153-36I 20,650 14,700 29,750 10 87,400 10 1,030 478 510 12" 26,920 8' 8-3/8" 8' 3-3/4" 42" 17' 1/8"<br />
<strong>ESWA</strong> 153-36J 20,900 14,700 30,000 15 99,900 10 1,030 478 510 12" 27,170 8' 8-3/8" 8' 3-3/4" 42" 17' 1/8"<br />
<strong>ESWA</strong> 153-43I 16,110 9,570 23,270 10 85,400 10 1,030 245 510 12" 20,450 6' 9-7/8" 9' 3-3/4" 19-1/2" 16' 1-5/8"<br />
<strong>ESWA</strong> 153-43J 16,360 9,570 23,520 15 97,600 10 1,030 245 510 12" 20,700 6' 9-7/8" 9' 3-3/4" 19-1/2" 16' 1-5/8"<br />
<strong>ESWA</strong> 153-43K 16,480 9,570 23,640 20 107,400 10 1,030 245 510 12" 20,820 6' 9-7/8" 9' 3-3/4" 19-1/2" 16' 1-5/8"<br />
<strong>ESWA</strong> 153-44I 17,870 11,330 25,680 10 85,400 10 1,030 323 510 12" 22,850 7' 5-3/8" 9' 3-3/4" 27" 16' 9-1/8"<br />
<strong>ESWA</strong> 153-44J 18,120 11,330 25,930 15 97,600 10 1,030 323 510 12" 23,100 7' 5-3/8" 9' 3-3/4" 27" 16' 9-1/8"<br />
<strong>ESWA</strong> 153-44K 18,240 11,330 26,050 20 107,400 10 1,030 323 510 12" 23,220 7' 5-3/8" 9' 3-3/4" 27" 16' 9-1/8"<br />
<strong>ESWA</strong> 153-45I 19,490 12,950 27,950 10 85,400 10 1,030 400 510 12" 25,120 8' 7/8" 9' 3-3/4" 34-1/2" 17' 4-5/8"<br />
<strong>ESWA</strong> 153-45J 19,740 12,950 28,200 15 97,600 10 1,030 400 510 12" 25,370 8' 7/8" 9' 3-3/4" 34-1/2" 17' 4-5/8"<br />
<strong>ESWA</strong> 153-45K 19,860 12,950 28,320 20 107,400 10 1,030 400 510 12" 25,490 8' 7/8" 9' 3-3/4" 34-1/2" 17' 4-5/8"<br />
<strong>ESWA</strong> 153-46I 21,240 14,700 30,340 10 85,400 10 1,030 478 510 12" 27,510 8' 8-3/8" 9' 3-3/4" 42" 18' 1/8"<br />
<strong>ESWA</strong> 153-46J 21,490 14,700 30,590 15 97,600 10 1,030 478 510 12" 27,760 8' 8-3/8" 9' 3-3/4" 42" 18' 1/8"<br />
<strong>ESWA</strong> 153-46K 21,610 14,700 30,710 20 107,400 10 1,030 478 510 12" 27,880 8' 8-3/8" 9' 3-3/4" 42" 18' 1/8"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require factory internal crossover piping. Model numbers will<br />
include “C” for units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
18‘ 0”<br />
ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR
Selections for <strong>ESWA</strong> Closed Circuit Coolers are available from <strong>EVAPCO</strong>’s iES Equipment Selection<br />
Program or the <strong>ESWA</strong> Thermal Performance Charts located on www.evapco.<strong>com</strong>.<br />
2 MPT<br />
MAKE-UP<br />
3 MPT<br />
DRAIN<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 144-24I to 144-36L<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm<br />
per coil. This required option is referred to as the High Flow coil configuration.<br />
11’ 10”<br />
3 MPT<br />
OVERFLOW<br />
(2) 4 BFW<br />
FLUID OUT<br />
(2) 4 BFW<br />
FLUID IN<br />
A<br />
22-7/8”<br />
U<br />
L<br />
46-1/2” 25-1/4”<br />
11’ 11-3/4”<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 144-24I 15,910 10,670 24,110 10 69,700 10 1,030 293 490 12" 19,930 7' 4-1/2" 8' 4" 27" 15' 8-1/2"<br />
<strong>ESWA</strong> 144-24J 16,040 10,670 24,240 15 79,700 10 1,030 293 490 12" 20,060 7' 4-1/2" 8' 4" 27" 15' 8-1/2"<br />
<strong>ESWA</strong> 144-24K 16,100 10,670 24,300 20 87,600 10 1,030 293 490 12" 20,120 7' 4-1/2" 8' 4" 27" 15' 8-1/2"<br />
<strong>ESWA</strong> 144-25J 17,680 12,310 26,460 15 79,700 10 1,030 362 490 12" 22,280 8' 0" 8' 4" 34 1/2" 16' 4"<br />
<strong>ESWA</strong> 144-25K 17,740 12,310 26,520 20 87,600 10 1,030 362 490 12" 22,340 8' 0" 8' 4" 34 1/2" 16' 4"<br />
<strong>ESWA</strong> 144-26K 19,310 13,880 28,660 20 87,600 10 1,030 431 490 12" 24,470 8' 7-1/2" 8' 4" 42" 16' 11-1/2"<br />
<strong>ESWA</strong> 144-33I 14,890 9,100 22,520 10 68,200 10 1,030 225 490 12" 18,340 6' 9" 9' 4" 19 1/2" 16' 1"<br />
<strong>ESWA</strong> 144-34I 16,460 10,670 24,660 10 68,200 10 1,030 293 490 12" 20,480 7' 4-1/2" 9' 4" 27" 16' 8-1/2"<br />
<strong>ESWA</strong> 144-34J 16,590 10,670 24,790 15 78,000 10 1,030 293 490 12" 20,610 7' 4-1/2" 9' 4" 27" 16' 8-1/2"<br />
<strong>ESWA</strong> 144-34K 16,650 10,670 24,850 20 85,700 10 1,030 293 490 12" 20,670 7' 4-1/2" 9' 4" 27" 16' 8-1/2"<br />
<strong>ESWA</strong> 144-34L 16,680 10,670 24,880 25 92,300 10 1,030 293 490 12" 20,700 7' 4-1/2" 9' 4" 27" 16' 8-1/2"<br />
<strong>ESWA</strong> 144-35I 18,110 12,320 26,890 10 68,200 10 1,030 362 490 12" 22,700 8' 0" 9' 4" 34 1/2" 17' 4"<br />
<strong>ESWA</strong> 144-35J 18,240 12,320 27,020 15 78,000 10 1,030 362 490 12" 22,830 8' 0" 9' 4" 34 1/2" 17' 4"<br />
<strong>ESWA</strong> 144-35K 18,300 12,320 27,080 20 85,700 10 1,030 362 490 12" 22,890 8' 0" 9' 4" 34 1/2" 17' 4"<br />
<strong>ESWA</strong> 144-35L 18,330 12,320 27,110 25 92,300 10 1,030 362 490 12" 22,920 8' 0" 9' 4" 34 1/2" 17' 4"<br />
<strong>ESWA</strong> 144-36J 19,800 13,880 29,150 15 78,000 10 1,030 431 490 12" 24,960 8' 7-1/2" 9' 4" 42" 17' 11-1/2"<br />
<strong>ESWA</strong> 144-36K 19,860 13,880 29,210 20 85,700 10 1,030 431 490 12" 25,020 8' 7-1/2" 9' 4" 42" 17' 11-1/2"<br />
<strong>ESWA</strong> 144-36L 19,890 13,880 29,240 25 92,300 10 1,030 431 490 12" 25,050 8' 7-1/2" 9' 4" 42" 17' 11-1/2"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require crossover piping. Model numbers will include “C” for<br />
units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
H<br />
7“<br />
P<br />
M<br />
M<br />
ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR<br />
19
20<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 144-43J to 144-46M<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm<br />
per coil. This required option is referred to as the High Flow coil configuration.<br />
2 MPT<br />
MAKE-UP<br />
3 MPT<br />
DRAIN<br />
11’ 10”<br />
3 MPT<br />
OVERFLOW<br />
(2) 4 BFW<br />
FLUID OUT<br />
(2) 4 BFW<br />
FLUID IN<br />
A<br />
22-7/8”<br />
U<br />
L<br />
46-1/2” 25-1/4”<br />
11’ 11-3/4”<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 144-43J 15,530 9,110 23,160 15 76,800 10 1,030 225 490 12" 18,970 6' 9" 10' 4" 19-1/2" 17' 1"<br />
<strong>ESWA</strong> 144-44J 17,100 10,680 25,300 15 76,800 10 1,030 293 490 12" 21,110 7' 4-1/2" 10' 4" 27" 17' 8-1/2"<br />
<strong>ESWA</strong> 144-44K 17,160 10,680 25,360 20 84,400 10 1,030 293 490 12" 21,170 7' 4-1/2" 10' 4" 27" 17' 8-1/2"<br />
<strong>ESWA</strong> 144-44L 17,190 10,680 25,390 25 90,900 10 1,030 293 490 12" 21,200 7' 4-1/2" 10' 4" 27" 17' 8-1/2"<br />
<strong>ESWA</strong> 144-44M 17,240 10,680 25,440 30 95,400 10 1,030 293 490 12" 21,250 7' 4-1/2" 10' 4" 27" 17' 8-1/2"<br />
<strong>ESWA</strong> 144-45J 18,740 12,320 27,520 15 76,800 10 1,030 362 490 12" 23,330 8' 0" 10' 4" 34-1/2" 18' 4"<br />
<strong>ESWA</strong> 144-45K 18,800 12,320 27,580 20 84,400 10 1,030 362 490 12" 23,390 8' 0" 10' 4" 34-1/2" 18' 4"<br />
<strong>ESWA</strong> 144-45L 18,830 12,320 27,610 25 90,900 10 1,030 362 490 12" 23,420 8' 0" 10' 4" 34-1/2" 18' 4"<br />
<strong>ESWA</strong> 144-45M 18,880 12,320 27,660 30 95,400 10 1,030 362 490 12" 23,470 8' 0" 10' 4" 34-1/2" 18' 4"<br />
<strong>ESWA</strong> 144-46J 20,300 13,880 29,650 15 76,800 10 1,030 431 490 12" 25,460 8' 7-1/2" 10' 4" 42" 18' 11-1/2"<br />
<strong>ESWA</strong> 144-46K 20,360 13,880 29,710 20 84,400 10 1,030 431 490 12" 25,520 8' 7-1/2" 10' 4" 42" 18' 11-1/2"<br />
<strong>ESWA</strong> 144-46L 20,390 13,880 29,740 25 90,900 10 1,030 431 490 12" 25,550 8' 7-1/2" 10' 4" 42" 18' 11-1/2"<br />
<strong>ESWA</strong> 144-46M 20,440 13,880 29,790 30 95,400 10 1,030 431 490 12" 25,600 8' 7-1/2" 10' 4" 42" 18' 11-1/2"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require crossover piping. Model numbers will include “C” for<br />
units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
H<br />
7“<br />
P<br />
M<br />
M<br />
ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR
Selections for <strong>ESWA</strong> Closed Circuit Coolers are available from <strong>EVAPCO</strong>’s iES Equipment Selection<br />
Program or the <strong>ESWA</strong> Thermal Performance Charts located on www.evapco.<strong>com</strong>.<br />
2 MPT<br />
MAKE-UP<br />
3 MPT<br />
DRAIN<br />
11’ 10”<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 216-23J to 216-35N<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm<br />
per coil. This required option is referred to as the High Flow coil configuration.<br />
3 MPT<br />
OVERFLOW<br />
46-1/2”<br />
(2) 4 BFW<br />
FLUID OUT<br />
(2) 4 BFW<br />
FLUID IN<br />
A<br />
22-7/8”<br />
U<br />
L<br />
H<br />
7<br />
26-3/4”<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 216-23J 19,890 12,900 31,600 15 106,700 15 1,250 344 720 12" 25,490 7' 5" 8' 4" 19-1/2" 15' 9"<br />
<strong>ESWA</strong> 216-23K 19,950 12,900 31,660 20 117,300 15 1,250 344 720 12" 25,550 7' 5" 8' 4" 19-1/2" 15' 9"<br />
<strong>ESWA</strong> 216-23L 19,980 12,900 31,690 25 126,300 15 1,250 344 720 12" 25,580 7' 5" 8' 4" 19-1/2" 15' 9"<br />
<strong>ESWA</strong> 216-23M 20,030 12,900 31,740 30 134,100 15 1,250 344 720 12" 25,630 7' 5" 8' 4" 19-1/2" 15' 9"<br />
<strong>ESWA</strong> 216-24J 22,360 15,370 34,980 15 106,700 15 1,250 452 720 12" 28,870 8' 1/2" 8' 4" 27" 16' 4-1/2"<br />
<strong>ESWA</strong> 216-24K 22,420 15,370 35,040 20 117,300 15 1,250 452 720 12" 28,930 8' 1/2" 8' 4" 27" 16' 4-1/2"<br />
<strong>ESWA</strong> 216-24L 22,450 15,370 35,070 25 126,300 15 1,250 452 720 12" 28,960 8' 1/2" 8' 4" 27" 16' 4-1/2"<br />
<strong>ESWA</strong> 216-24M 22,500 15,370 35,120 30 134,100 15 1,250 452 720 12" 29,010 8' 1/2" 8' 4" 27" 16' 4-1/2"<br />
<strong>ESWA</strong> 216-25J 24,720 17,730 38,240 15 106,700 15 1,250 560 720 12" 32,130 8' 8" 8' 4" 34-1/2" 17' 0"<br />
<strong>ESWA</strong> 216-25K 24,780 17,730 38,300 20 117,300 15 1,250 560 720 12" 32,190 8' 8" 8' 4" 34-1/2" 17' 0"<br />
<strong>ESWA</strong> 216-25L 24,810 17,730 38,330 25 126,300 15 1,250 560 720 12" 32,220 8' 8" 8' 4" 34-1/2" 17' 0"<br />
<strong>ESWA</strong> 216-25M 24,860 17,730 38,380 30 134,100 15 1,250 560 720 12" 32,270 8' 8" 8' 4" 34-1/2" 17' 0"<br />
<strong>ESWA</strong> 216-26J 27,190 20,200 41,610 15 106,700 15 1,250 668 720 12" 35,490 9' 3-1/2" 8' 4" 42" 17' 7-1/2"<br />
<strong>ESWA</strong> 216-26K 27,250 20,200 41,670 20 117,300 15 1,250 668 720 12" 35,550 9' 3-1/2" 8' 4" 42" 17' 7-1/2"<br />
<strong>ESWA</strong> 216-26L 27,280 20,200 41,700 25 126,300 15 1,250 668 720 12" 35,580 9' 3-1/2" 8' 4" 42" 17' 7-1/2"<br />
<strong>ESWA</strong> 216-26M 27,330 20,200 41,750 30 134,100 15 1,250 668 720 12" 35,630 9' 3-1/2" 8' 4" 42" 17' 7-1/2"<br />
<strong>ESWA</strong> 216-33K 20,730 12,900 32,440 20 116,000 15 1,250 344 720 12" 26,330 7' 5" 9' 4" 19-1/2" 16' 9"<br />
<strong>ESWA</strong> 216-33L 20,760 12,900 32,470 25 125,000 15 1,250 344 720 12" 26,360 7' 5" 9' 4" 19-1/2" 16' 9"<br />
<strong>ESWA</strong> 216-33M 20,810 12,900 32,520 30 132,300 15 1,250 344 720 12" 26,410 7' 5" 9' 4" 19-1/2" 16' 9"<br />
<strong>ESWA</strong> 216-34K 23,200 15,370 35,820 20 116,000 15 1,250 452 720 12" 29,710 8' 1/2" 9' 4" 27" 17' 4-1/2"<br />
<strong>ESWA</strong> 216-34L 23,230 15,370 35,850 25 125,000 15 1,250 452 720 12" 29,740 8' 1/2" 9' 4" 27" 17' 4-1/2"<br />
<strong>ESWA</strong> 216-34M 23,280 15,370 35,900 30 132,300 15 1,250 452 720 12" 29,790 8' 1/2" 9' 4" 27" 17' 4-1/2"<br />
<strong>ESWA</strong> 216-34N 23,440 15,370 36,060 40 144,800 15 1,250 452 720 12" 29,950 8' 1/2" 9' 4" 27" 17' 4-1/2"<br />
<strong>ESWA</strong> 216-35K 25,570 17,740 39,090 20 116,000 15 1,250 560 720 12" 32,970 8' 8" 9' 4" 34-1/2" 18' 0"<br />
<strong>ESWA</strong> 216-35L 25,600 17,740 39,120 25 125,000 15 1,250 560 720 12" 33,000 8' 8" 9' 4" 34-1/2" 18' 0"<br />
<strong>ESWA</strong> 216-35M 25,650 17,740 39,170 30 132,300 15 1,250 560 720 12" 33,050 8' 8" 9' 4" 34-1/2" 18' 0"<br />
<strong>ESWA</strong> 216-35N 25,810 17,740 39,330 40 144,800 15 1,250 560 720 12" 33,210 8' 8" 9' 4" 34-1/2" 18' 0"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require crossover piping. Model numbers will include “C” for<br />
units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
21<br />
P<br />
18’ 0”<br />
M<br />
M<br />
ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR
22<br />
2 MPT<br />
MAKE-UP<br />
3 MPT<br />
DRAIN<br />
11’ 10”<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 216-36K to 216-46S<br />
Note: The coil connections increase to 6” BFW when the flow rate exceeds 450 gpm<br />
per coil. This required option is referred to as the High Flow coil configuration.<br />
3 MPT<br />
OVERFLOW<br />
46-1/2”<br />
(2) 4 BFW<br />
FLUID OUT<br />
(2) 4 BFW<br />
FLUID IN<br />
A<br />
22-7/8”<br />
U<br />
L<br />
H<br />
7<br />
26-3/4”<br />
Coil<br />
Model Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 216-36K 28,030 20,200 42,450 20 116,000 15 1,250 668 720 12" 36,330 9' 31/2" 9' 4" 42" 18' 7-1/2"<br />
<strong>ESWA</strong> 216-36L 28,060 20,200 42,480 25 125,000 15 1,250 668 720 12" 36,360 9' 3-1/2" 9' 4" 42" 18' 7-1/2"<br />
<strong>ESWA</strong> 216-36M 28,110 20,200 42,530 30 132,300 15 1,250 668 720 12" 36,410 9' 3-1/2" 9' 4" 42" 18' 7-1/2"<br />
<strong>ESWA</strong> 216-36N 28,270 20,200 42,690 40 144,800 15 1,250 668 720 12" 36,570 9' 3-1/2" 9' 4" 42" 18' 7-1/2"<br />
<strong>ESWA</strong> 216-43K 21,470 12,910 33,180 20 113,800 15 1,250 344 720 12" 27,060 7' 5" 10' 4" 19-1/2" 17' 9"<br />
<strong>ESWA</strong> 216-43L 21,500 12,910 33,210 25 122,500 15 1,250 344 720 12" 27,090 7' 5" 10' 4" 19-1/2" 17' 9"<br />
<strong>ESWA</strong> 216-43M 21,550 12,910 33,260 30 130,100 15 1,250 344 720 12" 27,140 7' 5" 10' 4" 19-1/2" 17' 9"<br />
<strong>ESWA</strong> 216-44K 23,940 15,380 36,560 20 113,800 15 1,250 452 720 12" 30,440 8' 1/2" 10' 4" 27" 18' 4-1/2"<br />
<strong>ESWA</strong> 216-44L 23,970 15,380 36,590 25 122,500 15 1,250 452 720 12" 30,470 8' 1/2" 10' 4" 27" 18' 4-1/2"<br />
<strong>ESWA</strong> 216-44M 24,020 15,380 36,640 30 130,100 15 1,250 452 720 12" 30,520 8' 1/2" 10' 4" 27" 18' 4-1/2"<br />
<strong>ESWA</strong> 216-44N 24,180 15,380 36,800 40 143,000 15 1,250 452 720 12" 30,680 8' 1/2" 10' 4" 27" 18' 4-1/2"<br />
<strong>ESWA</strong> 216-44O 24,190 15,380 36,810 50 152,500 15 1,250 452 720 12" 30,690 8' 1/2" 10' 4" 27" 18' 4-1/2"<br />
<strong>ESWA</strong> 216-45K 26,300 17,740 39,820 20 113,800 15 1,250 560 720 12" 33,700 8' 8" 10' 4" 34-1/2" 19' 0"<br />
<strong>ESWA</strong> 216-45L 26,330 17,740 39,850 25 122,500 15 1,250 560 720 12" 33,730 8' 8" 10' 4" 34-1/2" 19' 0"<br />
<strong>ESWA</strong> 216-45M 26,380 17,740 39,900 30 130,100 15 1,250 560 720 12" 33,780 8' 8" 10' 4" 34-1/2" 19' 0"<br />
<strong>ESWA</strong> 216-45N 26,540 17,740 40,060 40 143,000 15 1,250 560 720 12" 33,940 8' 8" 10' 4" 34-1/2" 19' 0"<br />
<strong>ESWA</strong> 216-45O 26,550 17,740 40,070 50 152,500 15 1,250 560 720 12" 33,950 8' 8" 10' 4" 34-1/2" 19' 0"<br />
<strong>ESWA</strong> 216-46K 28,760 20,200 43,180 20 113,800 15 1,250 668 720 12" 37,060 9' 3-1/2" 10' 4" 42" 19' 7-1/2"<br />
<strong>ESWA</strong> 216-46L 28,790 20,200 43,210 25 122,500 15 1,250 668 720 12" 37,090 9' 3-1/2" 10' 4" 42" 19' 7-1/2"<br />
<strong>ESWA</strong> 216-46M 28,840 20,200 43,260 30 130,100 15 1,250 668 720 12" 37,140 9' 3-1/2" 10' 4" 42" 19' 7-1/2"<br />
<strong>ESWA</strong> 216-46N 29,000 20,200 43,420 40 143,000 15 1,250 668 720 12" 37,300 9' 3-1/2" 10' 4" 42" 19' 7-1/2"<br />
<strong>ESWA</strong> 216-46O 29,010 20,200 43,430 50 152,500 15 1,250 668 720 12" 37,310 9' 3-1/2" 10' 4" 42" 19' 7-1/2"<br />
<strong>ESWA</strong> 216-46P 29,210 20,200 43,630 60 161,500 15 1,250 668 720 12" 37,510 9' 3-1/2" 10' 4" 42" 19' 7-1/2"<br />
<strong>ESWA</strong> 216-46S 29,210 20,200 43,630 60 161,500 15 1,250 668 720 12" 37,510 9' 3-1/2" 10' 4" 42" 19' 7-1/2"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require crossover piping. Model numbers will include “C” for<br />
units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 4 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
P<br />
18’ 0”<br />
M<br />
M<br />
ACCESS<br />
DOOR<br />
ACCESS<br />
DOOR
Selections for <strong>ESWA</strong> Closed Circuit Coolers are available from <strong>EVAPCO</strong>’s iES Equipment Selection<br />
Program or the <strong>ESWA</strong> Thermal Performance Charts located on www.evapco.<strong>com</strong>.<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 336-23M to 336-46Q<br />
Note: The coil connections increase to 8" BFW when the flow<br />
rate exceeds 1,800 gpm per unit. This required option is referred<br />
to as the High Flow coil configuration.<br />
Coil<br />
Heaviest Volume Gallons Conn. Operating Lower Upper Coil Height<br />
Model Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 336-23M 30,270 19,490 47,780 30 168,650 (2) 10 2,550 569 950 (2) 12" 38,620 8' 3-1/8" 9' 2-3/8" 19-3/4" 17' 5-1/2"<br />
<strong>ESWA</strong> 336-23N 30,430 19,490 47,940 40 185,010 (2) 10 2,550 569 950 (2) 12" 38,780 8' 3-1/8" 9' 2-3/8" 19-3/4" 17' 5-1/2"<br />
<strong>ESWA</strong> 336-23O 30,440 19,490 47,950 50 198,670 (2) 10 2,550 569 950 (2) 12" 38,790 8' 3-1/8" 9' 2-3/8" 19-3/4" 17' 5-1/2"<br />
<strong>ESWA</strong> 336-24M 33,830 23,050 52,680 30 168,650 (2) 10 2,550 729 950 (2) 12" 43,520 8' 3-1/8" 9' 2-3/8" 14-1/2" 17' 5-1/2"<br />
<strong>ESWA</strong> 336-33N 31,470 19,490 48,980 40 181,680 (2) 10 2,550 569 950 (2) 12" 39,820 8' 3-1/8" 10' 2-3/8" 19-3/4" 18' 5-1/2"<br />
<strong>ESWA</strong> 336-33O 31,480 19,490 48,990 50 194,930 (2) 10 2,550 569 950 (2) 12" 39,830 8' 3-1/8" 10' 2-3/8" 19-3/4" 18' 5-1/2"<br />
<strong>ESWA</strong> 336-33P 31,680 19,490 49,190 60 206,370 (2) 10 2,550 569 950 (2) 12" 40,030 8' 3-1/8" 10' 2-3/8" 19-3/4" 18' 5-1/2"<br />
<strong>ESWA</strong> 336-43N 31,480 19,500 48,990 40 178,620 (2) 10 2,550 569 950 (2) 12" 39,820 8' 3-1/8" 11' 2-3/8" 19-3/4" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-43O 32,530 19,500 50,040 50 191,790 (2) 10 2,550 569 950 (2) 12" 40,870 8' 3-1/8" 11' 2-3/8" 19-3/4" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-43P 32,730 19,500 50,240 60 203,050 (2) 10 2,550 569 950 (2) 12" 41,070 8' 3-1/8" 11' 2-3/8" 19-3/4" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-43Q 32,850 19,500 50,360 75 217,930 (2) 10 2,550 569 950 (2) 12" 41,190 8' 3-1/8" 11' 2-3/8" 19-3/4" 19' 5-1'2"<br />
<strong>ESWA</strong> 336-44N 36,080 23,060 54,930 40 178,620 (2) 10 2,550 729 950 (2) 12" 45,760 8' 3-1/8" 11' 2-3/8" 14-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-44O 36,090 23,060 54,940 50 191,790 (2) 10 2,550 729 950 (2) 12" 45,770 8' 3-1/8" 11' 2-3/8" 14-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-44P 36,290 23,060 55,140 60 203,050 (2) 10 2,550 729 950 (2) 12" 45,970 8' 3-1/8" 11' 2-3/8" 14-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-44Q 36,410 23,060 55,260 75 217,930 (2) 10 2,550 729 950 (2) 12" 46,090 8' 3-1/8" 11' 2-3/8" 14-1/2" 19' 5-1'2"<br />
<strong>ESWA</strong> 336-45N 39,650 26,630 59,840 40 178,620 (2) 10 2,550 890 950 (2) 12" 50,670 8' 3-1/8" 11' 2-3/8" 22" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-45O 39,660 26,630 59,850 50 191,790 (2) 10 2,550 890 950 (2) 12" 50,680 8' 3-1/8" 11' 2-3/8" 22" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-45P 39,860 26,630 60,050 60 203,050 (2) 10 2,550 890 950 (2) 12" 50,880 8' 3-1/8" 11' 2-3/8" 22" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-45Q 39,980 26,630 60,170 75 217,930 (2) 10 2,550 890 950 (2) 12" 51,000 8' 3-1/8" 11' 2-3/8" 22" 19' 5-1'2"<br />
<strong>ESWA</strong> 336-46N 43,210 30,190 64,730 40 178,620 (2) 10 2,550 1,050 950 (2) 12" 55,560 8' 3-1/8" 11' 2-3/8" 29-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-46O 43,220 30,190 64,740 50 191,790 (2) 10 2,550 1,050 950 (2) 12" 55,570 8' 3-1/8" 11' 2-3/8" 29-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-46P 43,420 30,190 64,940 60 203,050 (2) 10 2,550 1,050 950 (2) 12" 55,770 8' 3-1/8" 11' 2-3/8" 29-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 336-46Q 43,540 30,190 65,060 75 217,930 (2) 10 2,550 1,050 950 (2) 12" 55,890 8' 3-1/8" 11' 2-3/8" 29-1/2" 19' 5-1'2"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require factory internal crossover piping. Model numbers will<br />
include “C” for units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 6 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
“<br />
23
24<br />
1 3 ' - 1 1 1 / 4 "<br />
Selections for <strong>ESWA</strong> Closed Circuit Coolers are available from <strong>EVAPCO</strong>’s iES Equipment Selection<br />
Program or the <strong>ESWA</strong> Thermal Performance Charts located on www.evapco.<strong>com</strong>.<br />
U<br />
2 M P T<br />
L<br />
M A K E - U P<br />
3 M P T<br />
O V E R F L O W<br />
3 MPT<br />
D R A I N<br />
Engineering Data & Dimensions<br />
<strong>ESWA</strong> Models 672-23M to 672-46Q<br />
Note: The coil connections increase to 8” BFW when the<br />
flow rate exceeds 3,600 gpm per unit. This required<br />
option is referred to as the High Flow coil configuration.<br />
6 B F W<br />
F L U I D O U T<br />
6 B F W<br />
F L U I D I N<br />
A<br />
3 5 3 / 4<br />
M<br />
M<br />
A C C E S S<br />
D O O R<br />
A C C E S S<br />
D O O R<br />
4 7 ' - 9 "<br />
M<br />
M<br />
A C C E S S<br />
D O O R<br />
Coil<br />
Heaviest Volume Gallons Conn. Operating Length Upper Coil Height<br />
Model Number1 Shipping Section2 Operating HP CFM HP GPM (gallons) Required3 Weights (lbs.) Fans Spray Pump Remote Sump<br />
Size Weight (lbs.) L U A H<br />
<strong>ESWA</strong> 672-23M 60,540 19,490 95,560 30 331,540 (4) 10 5,100 1,138 1,900 (4) 12" 77,240 8' 3-1/8" 9' 2-3/8" 19-3/4" 17' 5-1/2"<br />
<strong>ESWA</strong> 672-23N 60,860 19,490 95,880 40 363,720 (4) 10 5,100 1,138 1,900 (4) 12" 77,560 8' 3-1/8" 9' 2-3/8" 19-3/4" 17' 5-1/2"<br />
<strong>ESWA</strong> 672-23O 60,880 19,490 95,900 50 390,580 (4) 10 5,100 1,138 1,900 (4) 12" 77,580 8' 3-1/8" 9' 2-3/8" 19-3/4" 17' 5-1/2"<br />
<strong>ESWA</strong> 672-24M 67,660 23,050 105,350 30 331,540 (4) 10 5,100 1,459 1,900 (4) 12" 87,030 8' 3-1/8" 9' 2-3/8" 14-1/2" 17' 5-1/2"<br />
<strong>ESWA</strong> 672-33N 62,940 19,490 97,960 40 357,240 (4) 10 5,100 1,138 1,900 (4) 12" 79,640 8' 3-1/8" 10' 2-3/8" 19-3/4" 18' 5-1/2"<br />
<strong>ESWA</strong> 672-33O 62,960 19,490 97,980 50 377,130 (4) 10 5,100 1,138 1,900 (4) 12" 79,660 8' 3-1/8" 10' 2-3/8" 19-3/4" 18' 5-1/2"<br />
<strong>ESWA</strong> 672-33P 63,360 19,490 98,380 60 405,800 (4) 10 5,100 1,138 1,900 (4) 12" 80,060 8' 3-1/8" 10' 2-3/8" 19-3/4" 18' 5-1/2"<br />
<strong>ESWA</strong> 672-43N 62,960 19,500 97,980 40 351,180 (4) 10 5,100 1,138 1,900 (4) 12" 79,640 8' 3-1/8" 11' 2-3/8" 19-3/4" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-43O 65,060 19,500 100,080 50 377,100 (4) 10 5,100 1,138 1,900 (4) 12" 81,740 8' 3-1/8" 11' 2-3/8" 19-3/4" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-43P 65,460 19,500 100,480 60 399,260 (4) 10 5,100 1,138 1,900 (4) 12" 82,140 8' 3-1/8" 11' 2-3/8" 19-3/4" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-44N 72,160 23,060 109,850 40 351,180 (4) 10 5,100 1,459 1,900 (4) 12" 91,510 8' 3-1/8" 11' 2-3/8" 14-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-44O 72,180 23,060 109,870 50 377,100 (4) 10 5,100 1,459 1,900 (4) 12" 91,530 8' 3-1/8" 11' 2-3/8" 14-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-44P 72,580 23,060 110,270 60 399,260 (4) 10 5,100 1,459 1,900 (4) 12" 91,930 8' 3-1/8" 11' 2-3/8" 14-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-44Q 72,820 23,060 110,510 75 428,550 (4) 10 5,100 1,459 1,900 (4) 12" 92,170 8' 3-1/8" 11' 2-3/8" 14-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-45N 79,300 26,630 119,670 40 351,180 (4) 10 5,100 1,779 1,900 (4) 12" 101,330 8' 3-1/8" 11' 2-3/8" 22" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-45O 79,320 26,630 119,690 50 377,100 (4) 10 5,100 1,779 1,900 (4) 12" 101,350 8' 3-1/8" 11' 2-3/8" 22" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-45P 79,720 26,630 120,090 60 399,260 (4) 10 5,100 1,779 1,900 (4) 12" 101,750 8' 3-1/8" 11' 2-3/8" 22" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-45Q 79,960 26,630 120,330 75 428,550 (4) 10 5,100 1,779 1,900 (4) 12" 101,990 8' 3-1/8" 11' 2-3/8" 22" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-46N 86,420 30,190 129,460 40 351,180 (4) 10 5,100 2,100 1,900 (4) 12" 111,120 8' 3-1/8" 11' 2-3/8" 29-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-46O 86,440 30,190 129,480 50 377,100 (4) 10 5,100 2,100 1,900 (4) 12" 111,140 8' 3-1/8" 11' 2-3/8" 29-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-46P 86,840 30,190 129,880 60 399,260 (4) 10 5,100 2,100 1,900 (4) 12" 111,540 8' 3-1/8" 11' 2-3/8" 29-1/2" 19' 5-1/2"<br />
<strong>ESWA</strong> 672-46Q 87,080 30,190 130,120 75 428,550 (4) 10 5,100 2,100 1,900 (4) 12" 111,780 8' 3-1/8" 11' 2-3/8" 29-1/2" 19' 5-1/2"<br />
4 Dimensions5 1 Model numbers will end in “-Z” for units with Series Flow piping configuration. Series Flow will require factory internal crossover piping. Model numbers will<br />
include “C” for units with stainless steel coil(s), “R” for units with low sound fan(s) and “S” for units with an option that negates CTI Certification.<br />
2 Heaviest section is the lower section.<br />
3 Gallons shown includes water in suspension in unit and piping. Allow for additional water in bottom of remote sump to cover pump suction and strainer during<br />
operation (12" would normally be sufficient).<br />
4 When a remote sump arrangement is selected, the spray pump, suction strainer and associated piping are omitted; the unit is provided with an oversized outlet<br />
to facilitate drainage to the remote sump.<br />
5 Unit dimensions may vary slightly from catalog. See factory certified prints for exact dimensions. Coil connections are 6 inch bevel for weld (BFW).<br />
Other connection types such as grooved for mechanical coupling or flanged are also available as options.<br />
A C C E S S<br />
D O O R<br />
H<br />
9“
30-1/2”<br />
M ACCESS<br />
Pulse~Pure DOOR<br />
® Water Treatment System<br />
The <strong>ESWA</strong> is available<br />
with <strong>EVAPCO</strong>’s optional<br />
Pulse~Pure<br />
19-3/4”<br />
M<br />
U<br />
4 BFW<br />
FLUID OUT<br />
4 BFW<br />
FLUID IN<br />
2 MPT<br />
L<br />
MAKE-UP<br />
A<br />
2 MPT<br />
3 MPT<br />
DRAIN<br />
OVERFLOW 20-1/8”<br />
33-7/8<br />
8‘ 5-1/2”<br />
® non-chemical<br />
water treatment system.<br />
The Pulse~Pure ®<br />
Water Treatment System<br />
utilizes pulsed-power technology to provide CHEMI-<br />
CAL FREE Water Treatment and is an environmentally<br />
responsible alternative for treating water in evaporative<br />
cooled equipment. It does not release harmful<br />
by-products to the environment and eliminates costly<br />
chemicals <strong>com</strong>pletely from cooler drift and blowdown.<br />
The Pulse~Pure ® system delivers short, highfrequency<br />
bursts of low energy electromagnetic fields<br />
to the recirculating water in the <strong>ESWA</strong> and will:<br />
• Control Bacteria to Levels Well Below Most<br />
Chemical Water Treatment Programs.<br />
• Control the Formation of Mineral Scale on<br />
Heat-Exchange Surfaces.<br />
• Save Water by Operating at Higher Cycles of<br />
Concentration.<br />
• Yield Corrosion Rates Equivalent to Chemical<br />
Water Treatment.<br />
More benefits of offering <strong>EVAPCO</strong>’s Pulse~Pure ®<br />
Water Treatment System on the new <strong>ESWA</strong> are:<br />
• Optional Pulse~Pure ® Factory Mounting -<br />
Factory Installation of the Pulse~Pure ® System<br />
Guarantees Your Water Treatment is Installed to<br />
Factory Specifications.<br />
• Integral Cutting Edge Conductivity Control and<br />
Blowdown Packages that are contained in a<br />
single feeder panel:<br />
Conductivity Control Package – Measures<br />
Conductivity Utilizing a Non-Fouling Torodial Probe<br />
and Features:<br />
• One power connection of 120 volt or 460 volt is<br />
all that is required.<br />
• USB port for downloadable 60 day audit trail of<br />
system operation.<br />
• Self draining conductivity loop.<br />
Motorized Blowdown Valve – Standard for the most<br />
reliable operation in bleed control. Three-way valve<br />
operation provides proper bleed flow without a<br />
standing column of water.<br />
O PTIONAL E QUIPMENT<br />
P<br />
ACCESS<br />
Treatment System includes, M<br />
DOOR as standard, a 1 year<br />
<strong>EVAPCO</strong>’s Pulse~Pure<br />
H<br />
® system<br />
offers <strong>ESWA</strong> owners a singlesource<br />
of responsibility for<br />
equipment, water treatment<br />
and service.<br />
24-1/4<br />
8‘ 11-1/2”<br />
Because ongoing water<br />
treatment service is an<br />
absolute requirement for<br />
any evaporative cooled<br />
system, each purchase of<br />
a Pulse~Pure ® Water<br />
water treatment service and monitoring contract<br />
provided by your <strong>EVAPCO</strong> Representative.<br />
25
26<br />
External Platforms & Motor Davits<br />
External platforms provide a sturdy base for access to the<br />
drive <strong>com</strong>ponents, water distribution and drift eliminators.<br />
Constructed from heavy gauge galvanized steel, the<br />
platform mounts easily to the unit and requires no external<br />
support. The platform option includes a vertical aluminum<br />
ladder and meets all applicable OSHA requirements. A safety<br />
cage for the ladder is also available if required for the<br />
installation.<br />
The motor davit option is an economical option which<br />
eliminates the need for a crane in the event that a fan<br />
motor has to be removed. The service mechanic only needs a<br />
chain-fall or <strong>com</strong>e-along for easy removal of these heavy<br />
items. The motor davit is constructed from heavy duty<br />
aluminum with easy mounting to the unit in the field.<br />
O PTIONAL E QUIPMENT<br />
Motor<br />
davit<br />
Electric Water Level Control<br />
An electric water level control package is available as an<br />
alternative to the standard mechanical makeup valve and<br />
float ball. This package provides accurate control for the<br />
basin water level and does not require field adjustment,<br />
even under varying operating conditions.<br />
The control was designed by <strong>EVAPCO</strong> and is manufactured<br />
exclusively for <strong>EVAPCO</strong>. It consists of multiple heavy duty<br />
stainless steel electrodes mounted external to the unit<br />
in a vertical stand<br />
pipe. For winter<br />
operation, the<br />
stand pipe must<br />
be wrapped with<br />
electric heating<br />
cable and insulated to<br />
protect it from freezing.<br />
The weather protected slow<br />
closing solenoid valve(s) for the<br />
makeup water connection is factory<br />
supplied and is ready for piping to a<br />
water supply.<br />
Stainless Steel Basin<br />
The modular design of Evapco coolers allow specific areas to<br />
be targeted for increased corrosion protection. The basin<br />
area of the cooler will experience silt build-up and turbulent<br />
mixing of air and water making it the part of the unit that is<br />
most prone to corrosion. This section also serves as the<br />
foundation of the unit providing critical support to the upper<br />
sections. Evapco recognizes the need for corrosion<br />
protection in this area and offers a Stainless Steel Basin as an<br />
affordable option. This option provides Type 304 or 316<br />
stainless steel for the entire basin area including the support<br />
columns and louver frames.
Super Low Sound Fan<br />
9–15 dB(A) Reduction versus Standard Fan!<br />
The Super Low Sound Fan<br />
offered by <strong>EVAPCO</strong> uses an<br />
extremely wide chord blade<br />
design for very sound sensitive<br />
applications where the lowest<br />
sound levels are required. The<br />
fan is one-piece molded heavy<br />
duty FRP construction utilizing<br />
a forward swept blade design.<br />
The Super Low Sound fan is capable of reducing the unit<br />
sound pressure levels by 9 dB(A) to 15 dB(A), depending on<br />
specific unit selection and measurement location with no<br />
impact to thermal performance. The fans are high efficiency<br />
axial propeller type.<br />
Low Sound Fan<br />
4–7 dB(A) Reduction!<br />
The Low Sound Fan offered by <strong>EVAPCO</strong> uses a wide chord<br />
blade design for sound sensitive applications where low<br />
sound levels are desired.<br />
Low Sound Fan construction<br />
uses aluminum blades and<br />
a steel fan hub. The Low<br />
Sound Fan is capable of<br />
reducing the unit sound<br />
pressure levels by 4 dB(A)<br />
to 7dB(A), depending on<br />
specific unit selection and<br />
measurement location<br />
with a minimal impact to thermal performance. The fans<br />
are high efficiency axial propeller type.<br />
Fan Discharge Sound Attenuation<br />
Up to 10 dB(A) Reduction!<br />
The <strong>ESWA</strong> Fan Discharge Attenuator offered by <strong>EVAPCO</strong> is an<br />
additional option available to further reduce the sound level<br />
of the unit. The attenuator can be used with the standard<br />
<strong>ESWA</strong> fan or in <strong>com</strong>bination with the Low Sound Fan option.<br />
The discharge attenuator is a factory-assembled straight-sided<br />
discharge hood designed to reduce overall discharge sound<br />
levels at full fan speed by 5 dB(A) to 10 dB(A), depending<br />
on specific unit selection and measurement location with a<br />
minimal impact to thermal performance. It is constructed of<br />
G-235 galvanized steel as standard (options available for Type<br />
304 stainless steel) and includes insulated walls and a low<br />
pressure drop baffling system that is acoustically lined with<br />
high density fiberglass. The<br />
discharge attenuator is selfsupported<br />
by the unit and is<br />
shipped loose for field<br />
mounting. A heavy-gauge,<br />
hot-dip galvanized steel fan<br />
guard covers the discharge<br />
attenuator to prevent<br />
debris from entering the<br />
attenuator.<br />
O PTIONAL E QUIPMENT<br />
Electric Basin Heaters<br />
Electric immersion heaters are available factory-installed in<br />
the basin of the cooler. Standard Heaters are sized to<br />
maintain a +40°F pan water temperature with the fans and<br />
pumps off and an ambient air temperature of 0°F. The<br />
heater option includes a thermostat and low-water<br />
protection device to control the heater and to prevent it<br />
from energizing unless they are <strong>com</strong>pletely submerged. All<br />
<strong>com</strong>ponents are in weather proof<br />
enclosures for outdoor use. The<br />
heater power contactors and<br />
electric wiring are not<br />
included as standard. Refer<br />
to the Basin Heater Sizing<br />
table below for heater<br />
sizing at various freeze<br />
design temperatures.<br />
Unit No.<br />
Capacity Control<br />
BASIN HEATER SIZING<br />
0°F -20°F -40°F<br />
kW kW kW<br />
<strong>ESWA</strong> 77 7 10 15<br />
<strong>ESWA</strong> 102 (2) 4 (2) 7 (2) 9<br />
<strong>ESWA</strong> 153 (2) 6 (2) 9 (2) 12<br />
<strong>ESWA</strong> 144 (2) 6 (2) 9 (2) 12<br />
<strong>ESWA</strong> 216 (2) 9 (2) 15 (2) 18<br />
<strong>ESWA</strong> 336 (2) 16 (3) 16 (3) 20<br />
<strong>ESWA</strong> 672 (4) 16 (6) 16 (6) 20<br />
All <strong>ESWA</strong> models <strong>com</strong>e standard with premium efficient,<br />
inverter capable fan motors that can be used with variable<br />
frequency drive (VFD) systems for precise capacity control.<br />
VFD systems can control the speed of a fan motor by<br />
modulating the voltage and frequency of the input electrical<br />
signal. When connected to a building automation system a<br />
VFD can receive signals telling it to slow down the fan motor<br />
as the capacity of the closed circuit cooler exceeds the cooling<br />
demand and speed it back up when demand increases. This<br />
popular method of capacity control can yield significant<br />
energy savings.<br />
Evapco offers two-speed fan motors as an option for<br />
alternative capacity control. In periods of lightened loads or<br />
reduced wet bulb temperatures the fans can operate at low<br />
speed providing about 60% of full speed capacity yet<br />
consuming only about 15% of full speed power. In addition<br />
to the energy savings the sound levels of the unit can be<br />
greatly reduced by operating at low speed. These motors do<br />
not require the use of VFD systems however they can only<br />
operate at two speeds: full or low.<br />
27
28<br />
Re<strong>com</strong>mended Steel Support<br />
The re<strong>com</strong>mended support for <strong>EVAPCO</strong> Closed Circuit<br />
Coolers is structural “I” beams located under the outer<br />
flanges and running the entire length of the unit. The<br />
unit should be elevated to allow access underneath the<br />
unit and to the roof below. Mounting holes 3/4” in<br />
diameter are located in the bottom flanges of the pan<br />
section to provide for bolting to the structural steel.<br />
(Refer to certified drawings from the factory for bolt<br />
hole locations).<br />
Beams should be level before setting the unit in place.<br />
Do not level the unit by shimming between the unit and<br />
the structural steel. Dimensions, weights, and data are<br />
subject to change without notice. Refer to the factory<br />
certified drawings for exact dimensions.<br />
NOTE: Consult IBC 2006 for required steel support layout<br />
and structural design.<br />
<strong>ESWA</strong> SUPPORTING STEEL DIMENSIONS<br />
Unit Footprint A B<br />
8.5' x 9' 8' 11-1/2" 8' 5-1/2"<br />
8.5' x 12' 11' 11-3/4" 8' 5-1/2"<br />
8.5' x 18' 18' 0" 8' 5-1/2"<br />
12' x 12' 11' 11-3/4" 11' 10"<br />
12' x 18' 18' 0" 11' 10"<br />
14' x 24' 23' 9" 13' 11-1/4"<br />
14' x 48' 47' 8-1/2" 13' 11-1/4"<br />
Freeze Protection for the Recirculating<br />
Water System<br />
If the units are installed in a cold climate and operated<br />
year round, freeze protection must be provided for the<br />
recirculating water system in the unit as well as for the<br />
heat exchanger coil.<br />
The surest way to protect the recirculating water system<br />
from freezing is with a remote sump. The remote sump<br />
should be located inside the building and below the unit.<br />
When a remote sump arrangement is selected, the spray<br />
pump is provided by others and installed at the remote<br />
sump. All water in the closed circuit cooler basin should<br />
drain to the remote sump when the spray pump cycles off.<br />
Other freeze protection methods are available when a<br />
remote sump is not feasible. Electric pan heaters or steam<br />
or hot water coils can be used to keep the pan water<br />
from freezing when the unit cycles off. Water lines to and<br />
from the unit, spray pump and related piping should be<br />
heat traced and insulated up to the overflow level in<br />
order to protect from freezing.<br />
S TEEL S UPPORT/FREEZE P ROTECTION<br />
A<br />
8.5' to 14' WIDE<br />
MODELS<br />
Plan Views<br />
B<br />
8.5' to 14'<br />
WIDE<br />
MODELS<br />
End Elevations<br />
Unit Arranged for<br />
Remote Sump<br />
Remote Sump<br />
by Others
F REEZE P ROTECTION/HEAT L OSS<br />
Freeze Protection for the Heat<br />
Exchanger Coil<br />
Units installed in climates subject to freezing conditions must<br />
be adequately protected against freezing of the heat<br />
exchanger coil and pan water.<br />
The simplest and most effective way of protecting the heat<br />
exchanger coil from freezing is to use an inhibited ethylene or<br />
propylene glycol solution.<br />
If a glycol solution cannot be used both of the following<br />
conditions must be met:<br />
1) Maintain sufficient process heat load through the coil<br />
such that the coil temperature is kept above 50°F. If the<br />
process load cannot support 50°F fluid, an auxiliary heat<br />
load should be applied when freezing conditions exist.<br />
Refer to Table 1 for coil heat loss data.<br />
Table 1 Heat Loss Data<br />
Model Btu/hr<br />
<strong>ESWA</strong> 77-23 111,000<br />
<strong>ESWA</strong> 77-24 133,000<br />
<strong>ESWA</strong> 77-25 151,000<br />
<strong>ESWA</strong> 77-26 160,000<br />
<strong>ESWA</strong> 77-33 111,000<br />
<strong>ESWA</strong> 77-34 133,000<br />
<strong>ESWA</strong> 77-35 151,000<br />
<strong>ESWA</strong> 77-36 160,000<br />
<strong>ESWA</strong> 77-43 111,000<br />
<strong>ESWA</strong> 77-44 133,000<br />
<strong>ESWA</strong> 77-45 151,000<br />
<strong>ESWA</strong> 77-46 160,000<br />
<strong>ESWA</strong> 102-23 148,000<br />
<strong>ESWA</strong> 102-33 148,000<br />
<strong>ESWA</strong> 102-34 179,000<br />
<strong>ESWA</strong> 102-35 201,000<br />
Model Btu/hr<br />
<strong>ESWA</strong> 102-36 215,000<br />
<strong>ESWA</strong> 102-43 148,000<br />
<strong>ESWA</strong> 102-44 179,000<br />
<strong>ESWA</strong> 102-45 201,000<br />
<strong>ESWA</strong> 102-46 215,000<br />
<strong>ESWA</strong> 153-23 225,000<br />
<strong>ESWA</strong> 153-24 270,000<br />
<strong>ESWA</strong> 153-25 305,000<br />
<strong>ESWA</strong> 153-26 325,000<br />
<strong>ESWA</strong> 153-33 225,000<br />
<strong>ESWA</strong> 153-34 270,000<br />
<strong>ESWA</strong> 153-35 305,000<br />
<strong>ESWA</strong> 153-36 325,000<br />
<strong>ESWA</strong> 153-43 225,000<br />
<strong>ESWA</strong> 153-44 270,000<br />
<strong>ESWA</strong> 153-45 305,000<br />
Table 2 Minimum Flow Chart<br />
Unit No. Standard Unit (gpm) Series Flow Unit (gpm)<br />
<strong>ESWA</strong> 77 240 120<br />
<strong>ESWA</strong> 102 240 120<br />
<strong>ESWA</strong> 153 240 120<br />
<strong>ESWA</strong> 144 330 165<br />
<strong>ESWA</strong> 216 330 165<br />
<strong>ESWA</strong> 336 700 350<br />
<strong>ESWA</strong> 672 1400 700<br />
2) Design flow should be maintained through the coil<br />
whenever possible. If this is not possible, refer to Table 2<br />
for minimum re<strong>com</strong>mended flow rates.<br />
If the coil is not protected with an antifreeze/glycol solution,<br />
automatic drain valves and air vents should be installed in<br />
the coil supply and return piping. The drain valves and<br />
piping should be heat traced and sized for quick drainage of<br />
the coil. The drain valves and air vents should be signaled to<br />
drain the coil if the fluid flow stops or drops below 40°F in<br />
freezing conditions.<br />
Draining the coil as an emergency method of freeze<br />
protection is acceptable, however it is not re<strong>com</strong>mended as<br />
standard practice. Frequent draining of the coil exposes the<br />
inner tube surface to oxygen which results in corrosion. If the<br />
coil is drained for emergency freeze protection, it should not<br />
be left empty for extended periods of time.<br />
Model Btu/hr<br />
<strong>ESWA</strong> 153-46 325,000<br />
<strong>ESWA</strong> 144-24 252,000<br />
<strong>ESWA</strong> 144-25 284,000<br />
<strong>ESWA</strong> 144-26 303,000<br />
<strong>ESWA</strong> 144-33 209,000<br />
<strong>ESWA</strong> 144-34 252,000<br />
<strong>ESWA</strong> 144-35 284,000<br />
<strong>ESWA</strong> 144-36 303,000<br />
<strong>ESWA</strong> 144-43 209,000<br />
<strong>ESWA</strong> 144-44 252,000<br />
<strong>ESWA</strong> 144-45 284,000<br />
<strong>ESWA</strong> 144-46 303,000<br />
<strong>ESWA</strong> 216-23 315,000<br />
<strong>ESWA</strong> 216-24 380,000<br />
<strong>ESWA</strong> 216-25 429,000<br />
<strong>ESWA</strong> 216-26 457,000<br />
Model Btu/hr<br />
<strong>ESWA</strong> 216-33 315,000<br />
<strong>ESWA</strong> 216-34 380,000<br />
<strong>ESWA</strong> 216-35 429,000<br />
<strong>ESWA</strong> 216-36 457,000<br />
<strong>ESWA</strong> 216-43 315,000<br />
<strong>ESWA</strong> 216-44 380,000<br />
<strong>ESWA</strong> 216-45 429,000<br />
<strong>ESWA</strong> 216-46 457,000<br />
<strong>ESWA</strong> 336-*3 461,000<br />
<strong>ESWA</strong> 336-*4 615,000<br />
<strong>ESWA</strong> 336-*5 769,000<br />
<strong>ESWA</strong> 336-*6 923,000<br />
<strong>ESWA</strong> 672-*3 922,000<br />
<strong>ESWA</strong> 672-*4 1,230,000<br />
<strong>ESWA</strong> 672-*5 1,538,000<br />
<strong>ESWA</strong> 672-*6 1,846,000<br />
29
30<br />
Design<br />
<strong>EVAPCO</strong> equipment is constructed of the highest quality<br />
materials and designed to provide years of reliable service<br />
when properly installed and maintained. The following<br />
sections present items which must be considered prior to the<br />
selection and installation of equipment.<br />
Equipment Layout Planning<br />
Proper equipment layout is essential to ensure that the fluid<br />
cooler operates at its rated capacity. Since evaporative<br />
cooling equipment requires large quantities of fresh air for<br />
cooling, it is important that the unit be located where the air<br />
supply is fresh and unobstructed.<br />
The unit should also be located so that recirculation of the<br />
moist discharge air is minimized. Recirculation, also known<br />
as short-cycling, occurs when some of the warm, moist air<br />
discharge flows back to the unit’s air inlet. The recirculation<br />
effect results in higher wet bulbs to the unit, which has a<br />
negative impact on the unit’s field performance.<br />
Engineering Bulletin No. 311 presents the Layout Guidelines<br />
for Evapco cooling towers, fluid coolers and evaporative<br />
condensers. This bulletin is available from your local<br />
representative, or it can be downloaded from<br />
www.evapco.<strong>com</strong><br />
The closed circuit cooler should be located away from<br />
fresh air intakes, operable windows, kitchen exhaust,<br />
and prevailing winds directed toward public areas.<br />
Closed Circuit Applications<br />
Closed Circuit Coolers are designed to be used on<br />
"Closed Loop" systems where the cooling loop is<br />
sealed and pressurized. These units are not intended<br />
for use in "Open Systems" where the cooling fluid has<br />
atmospheric contact.<br />
If applied in open systems, the coil may corrode<br />
from the inside with rust deposition throughout the<br />
cooling loop.<br />
The cooling fluid must be <strong>com</strong>patible with the coil material;<br />
standard coils are fabricated from black steel with the outer<br />
surface hot dip galvanized.<br />
Piping<br />
Supply and return piping for fluid coolers should be designed<br />
and installed in accordance with generally accepted<br />
engineering practice. The piping layout should be<br />
symmetrical for systems with multiple units, and should be<br />
sized for a low water velocity and pressure drop.<br />
Since these units are intended for "Closed Loop" applications,<br />
the loop piping should include an expansion tank to allow for<br />
fluid expansion and to purge excess air from the system.<br />
The piping system should include air vents and drain valves at<br />
the coil piping so that the coil can be drained if the need arises.<br />
All piping external to the unit should be secured and<br />
anchored by properly designed hangers and supports. No<br />
external loads should be placed upon the coil connections<br />
nor should any pipe supports be anchored to the unit.<br />
A PPLICATIONS AND WATER Q UALITY<br />
Recirculating Water Quality<br />
Proper water treatment is an essential part of the<br />
maintenance required for evaporative cooling equipment. A<br />
well designed and consistently implemented water<br />
treatment program will help to ensure efficient system<br />
operation while maximizing the equipment’s service life. A<br />
qualified water treatment <strong>com</strong>pany should design a site<br />
specific water treatment protocol based on equipment<br />
(including all metallurgies in the cooling system), location,<br />
makeup water quality, and usage.<br />
Bleed off<br />
Evaporative cooling equipment requires a bleed or<br />
blowdown line, located on the discharge side of the<br />
recirculating pump, to remove concentrated (cycled up)<br />
water from the system. Evapco re<strong>com</strong>mends an automated<br />
conductivity controller to maximize the water efficiency of<br />
your system. Based on re<strong>com</strong>mendations from your water<br />
treatment <strong>com</strong>pany, the conductivity controller should open<br />
and close a motorized ball or solenoid valve to maintain the<br />
conductivity of the recirculating water. If a manual valve is<br />
used to control the rate of bleed it should be set to maintain<br />
the conductivity of the recirculating water during periods of<br />
peak load at the maximum level re<strong>com</strong>mended by your<br />
water treatment <strong>com</strong>pany.<br />
Water Treatment<br />
The water treatment program prescribed for the given<br />
conditions must be <strong>com</strong>patible with the unit’s materials of<br />
construction, including any galvanized <strong>com</strong>ponents. The<br />
initial <strong>com</strong>missioning and passivation period is a critical time<br />
for maximizing the service life of galvanized equipment.<br />
Evapco re<strong>com</strong>mends that your site specific water treatment<br />
protocol includes a passivation procedure which details water<br />
chemistry, any necessary chemical addition, and visual<br />
inspections during the first six (6) to twelve (12) weeks of<br />
operation. During this passivation period, recirculating<br />
water pH should be maintained above 7.0 and below 8.0 at<br />
all times. Batch feeding of chemicals is not re<strong>com</strong>mended.<br />
Control of Biological Contaminants<br />
Evaporative cooling equipment should be inspected regularly<br />
to ensure good microbiological control. Inspections should<br />
include both monitoring of microbial populations via<br />
culturing techniques and visual inspections for evidence of<br />
biofouling.<br />
Poor microbiological control can result in loss of heat transfer<br />
efficiency, increase corrosion potential, and increase the risk<br />
of pathogens such as those that cause Legionnaires ’ disease.<br />
Your site specific water treatment protocol should include<br />
procedures for routine operation, startup after a shut-down<br />
period, and system lay-up, if applicable. If excessive<br />
microbiological contamination is detected, a more aggressive<br />
mechanical cleaning and/or water treatment program should<br />
be undertaken.
SECTION 23 65 00 – FACTORY-FABRICATED COOLING TOWERS<br />
PART 1 – GENERAL<br />
1.1 RELATED DOCUMENTS<br />
A. Drawings and general provisions of the Contract,<br />
including General and Supplementary Conditions and<br />
Division 1 Specification Sections, apply to this section.<br />
1.2 SUMMARY:<br />
A. This Section includes factory assembled and tested, closed<br />
circuit, induced draft counterflow cooling tower (also<br />
known as a closed circuit cooler).<br />
1.3 SUBMITTALS<br />
A. General. Submit the following:<br />
1. Certified drawings of the closed circuit cooler, sound<br />
data, re<strong>com</strong>mended steel support indicating weight<br />
loadings, wiring diagrams, installation instructions,<br />
operation and maintenance instructions, and thermal<br />
performance guarantee by the manufacturer.<br />
1.4 QUALITY ASSURANCE<br />
A. Verification of Performance:<br />
1. Test and certify cooling tower thermal performance<br />
according to CTI Standard 201.<br />
2. Test and certify cooling tower sound performance<br />
according to CTI ATC-128.<br />
B. Meet or Exceed energy efficiency per ASHRAE 90.1.<br />
1.5 WARRANTY<br />
A. Motor/Drive System: Five (5) year <strong>com</strong>prehensive<br />
warranty against materials and workmanship including<br />
motor, fan, bearings, mechanical support, sheaves,<br />
bushings and belt.<br />
B. Unit: One (1) year from start-up, not to exceed eighteen<br />
(18) months from shipment on the unit.<br />
PART 2 - PRODUCTS<br />
2.1 MANUFACTURERS<br />
A. Manufactures: Subject to <strong>com</strong>pliance with requirements,<br />
provide cooling towers manufactured by one of the<br />
following:<br />
1. <strong>EVAPCO</strong>, Inc.<br />
2. Approved Substitute<br />
2.2 MATERIALS<br />
A. Galvanized Sheet Steel <strong>com</strong>plying with ASTM A 653/A<br />
653M and having G-235 designation.<br />
B. Optional Type 304 and/or 316 Stainless Steel as specified.<br />
2.3 INDUCED-DRAFT, COUNTERFLOW CLOSED CIRCUIT COOLERS<br />
A. Description: Factory assembled and tested, induced draft<br />
counterflow closed circuit cooler <strong>com</strong>plete with coil, fill,<br />
fan, louvers, accessories, and rigging supports.<br />
B. Closed Circuit Cooler Characteristics and Capacities: Refer<br />
to the Closed Circuit Cooler schedule.<br />
C. Fan(s):<br />
1. Type and Material: Axial propeller, individually<br />
adjustable wide chord blade extruded aluminum<br />
installed in a closely fitted cowl with venturi air inlet<br />
for maximum efficiency, covered with a heavy gauge<br />
hot dipped Galvanized Steel fan guard.<br />
2. Maximum sound pressure level of ________ dB(A)<br />
measured at 5 feet above the fan discharge during full<br />
speed operation in accordance with CTI Standard ATC-<br />
128.<br />
D. Water Distribution System: Non-corrosive materials.<br />
1. Evenly distribute of water over fill material with<br />
pressurized spray tree.<br />
a. Pipes: Schedule 40 PVC, Non-corrosive Materials<br />
b. Nozzles: Non-clogging, ABS Plastic, threaded into<br />
branch piping.<br />
2. Maximum pressure at inlet shall be ______ psig.<br />
E. IBC Compliance: The unit structure shall be designed,<br />
analyzed, and constructed in accordance with the latest<br />
edition of the International Building Code (IBC)<br />
Regulations for seismic loads up to ______ g and wind<br />
loads up to ______ psf.<br />
S PECIFICATIONS<br />
F. Collection Basin Material: Galvanized Steel. Type 304<br />
Stainless Steel Optional:<br />
1. Removable stainless-steel strainer with openings<br />
smaller than nozzle orifices.<br />
2. Joints: Bolted and sealed watertight or welded.<br />
3. Overflow, makeup and side drain connections<br />
4. Flume plate between cells (for multiple-cell units) or<br />
Equalizer connection (for multiple- closed circuit cooler<br />
system).<br />
G. Heat Transfer Coil: Heavy Gauge G-235 Galvanized Steel<br />
encased in a steel framework, assembly hot-dip<br />
galvanized after construction. Type 304 Stainless Steel<br />
Optional. Coil assembly <strong>com</strong>pletely enclosed and<br />
protected from sunlight exposure, environmental<br />
elements and debris. Tubes sloped for free drainage of<br />
the coil and designed for low pressure drop. Coil<br />
assembly pneumatically tested at 400 psig under water.<br />
Coil connections beveled for weld, flanged (optional) or<br />
grooved (optional).<br />
H. Casing: Galvanized Steel. Type 304 Stainless Steel Optional:<br />
1. Casing panels shall totally encase the fill media to<br />
protect the fill from damage due to direct atmospheric<br />
contact.<br />
2. Fasteners: Corrosion resistance equal to or better than<br />
materials being fastened.<br />
3. Joints: Sealed watertight.<br />
4. Welded Connections: Continuous and watertight<br />
I. Fill Media: PVC; resistant to rot, decay and biological<br />
attack; formed, crossfluted bonded together for strength<br />
and durability in block format for easy removal and<br />
replacement; suitable for use as a working surface; self<br />
extinguishing with flame spread rating of 5 per ASTM<br />
E84-81a; able to withstand continuous operating<br />
temperature of 130ºF; and fabricated, formed and<br />
installed by the manufacturer to ensure water breaks up<br />
into droplets.<br />
J. Drift Eliminators: Same material as Fill. 0.001% drift rate.<br />
K. Air Inlet Louvers: Formed PVC; designed “Sight Tight” to<br />
<strong>com</strong>pletely block direct sunlight from entering and water<br />
from splashing out of the closed circuit cooler.<br />
L. Water Level Control: Brass mechanical makeup water<br />
valve and plastic float with an adjustable linkage.<br />
2.4 MOTORS AND DRIVES<br />
A. General requirements for motors are specified in Division<br />
15 Section “Motors”.<br />
B. Enclosure Type: TEAO or TEFC<br />
C. Motor Speed: Premium Efficient VFD Duty (Option: 2-speed)<br />
D. Drive: Power Band Belt designed for 150% of the motor<br />
nameplate HP.<br />
1. Belt: Mutli-groove, solid back V-belt type neoprene<br />
reinforced with polyester cord.<br />
2. Sheaves: Aluminum alloy if located inside the<br />
airstream.<br />
3. Bearings: Heavy duty, self-aligning pillow block<br />
bearings with lubrication lines extended to side access<br />
door. Minimum L10 life for bearings shall be 75,000<br />
hours. Provide extended grease lines and fittings.<br />
4. Vibration Cutout Switch: Mechanical switch to deenergize<br />
fan motors if excessive vibration in NEMA 4<br />
enclosure.<br />
2.5 MAINTENANCE ACCESS<br />
A. Internal Working / Service Platforms: Provide a <strong>com</strong>plete<br />
internal working platform and ladder system for service<br />
of all drive <strong>com</strong>ponents. A suitable working platform may<br />
be constructed of the fill media for counterflow closed<br />
circuit coolers. If a crossflow cooler is used, provide an<br />
internal walkway with ladder and elevated working<br />
platform to allow for service and maintenance to motor<br />
and drive assembly.<br />
B. Handrails/Grabrails: Galvanized steel pipe <strong>com</strong>plying with<br />
29 CFR 1910.23. If access to fan deck is required, supply a<br />
perimeter handrail with ladder from grade to fan deck.<br />
C. Ladders: Aluminum, sloped “ships type” with grabrail or<br />
vertical <strong>com</strong>plying with 29 CFR 1910.27.<br />
31
World W Headquarters/<br />
Research Re and<br />
Development D Center<br />
<strong>EVAPCO</strong> Facilities<br />
<strong>EVAPCO</strong> North America<br />
<strong>EVAPCO</strong>, Inc.<br />
World Headquarters<br />
P.O. Box 1300<br />
Westminster, MD 21158 USA<br />
Phone: 410-756-2600<br />
Fax: 410-756-6450<br />
E-mail: marketing@evapco.<strong>com</strong><br />
<strong>EVAPCO</strong> East<br />
5151 Allendale Lane<br />
Taneytown, MD 21787 USA<br />
Phone: 410-756-2600<br />
Fax: 410-756-6450<br />
E-mail: marketing@evapco.<strong>com</strong><br />
<strong>EVAPCO</strong> Midwest<br />
1723 York Road<br />
Greenup, IL 62428 USA<br />
Phone: 217-923-3431<br />
Fax: 217-923-3300<br />
E-mail: evap<strong>com</strong>w@evap<strong>com</strong>w.<strong>com</strong><br />
<strong>EVAPCO</strong> West<br />
1900 West Almond Avenue<br />
Madera, CA 93637 USA<br />
Phone: 559-673-2207<br />
Fax: 559-673-2378<br />
E-mail: contact@evapcowest.<strong>com</strong><br />
<strong>EVAPCO</strong> Iowa<br />
925 Quality Drive<br />
Lake View, IA 51450 USA<br />
Phone: 712-657-3223<br />
Fax: 712-657-3226<br />
<strong>EVAPCO</strong> Iowa<br />
Sales & Engineering<br />
1234 Brady Boulevard<br />
Owatonna, MN 55060 USA<br />
Phone: 507-446-8005<br />
Fax: 507-446-8239<br />
E-mail: evap<strong>com</strong>n@evap<strong>com</strong>n.<strong>com</strong><br />
<strong>EVAPCO</strong> PRODUCTS ARE MANUFACTURED WORLDWIDE<br />
<strong>EVAPCO</strong>, Inc. — World Headquarters & Research/Development Center<br />
<strong>EVAPCO</strong>...SPECIALISTS IN HEAT TRANSFER<br />
PRODUCTS AND SERVICES.<br />
5M/11-09/DGD<br />
<strong>EVAPCO</strong>, Inc. • P.O. Box 1300 • Westminster, MD 21158 USA<br />
PHONE: 410-756-2600 • FAX: 410-756-6450 • E-MAIL: marketing@evapco.<strong>com</strong><br />
Refrigeration Valves &<br />
Systems Corporation<br />
A wholly owned subsidiary of <strong>EVAPCO</strong>, Inc.<br />
1520 Crosswind Dr.<br />
Bryan, TX 77808 USA<br />
Phone: 979-778-0095<br />
Fax: 979-778-0030<br />
E-mail: rvs@rvscorp.<strong>com</strong><br />
McCormack Coil Company, Inc.<br />
A wholly owned subsidiary of <strong>EVAPCO</strong>, Inc.<br />
P.O. Box 1727<br />
6333 S.W. Lakeview Boulevard<br />
Lake Oswego, OR 97035 USA<br />
Phone: 503-639-2137<br />
Fax: 503-639-1800<br />
E-mail: mail@mmccoil.<strong>com</strong><br />
EvapTech, Inc.<br />
A wholly owned subsidiary of <strong>EVAPCO</strong>, Inc.<br />
8331 Nieman Road<br />
Lenexa, KS 66214 USA<br />
Phone: 913-322-5165<br />
Fax: 913-322-5166<br />
E-mail: marketing@evaptech.<strong>com</strong><br />
Tower Components, Inc.<br />
A wholly owned subsidiary of <strong>EVAPCO</strong>, Inc.<br />
5960 US HWY 64E<br />
Ramseur, NC 27316<br />
Phone: 336-824-2102<br />
Fax: 336-824-2190<br />
E-mail: mail@tower<strong>com</strong>ponentsinc.<strong>com</strong><br />
<strong>EVAPCO</strong> Newton<br />
701 East Jourdan Street<br />
Newton, IL 62448 USA<br />
Phone: 618-783-3433<br />
Fax: 618-783-3499<br />
E-mail: evap<strong>com</strong>w@evap<strong>com</strong>w.<strong>com</strong><br />
Member MCAA<br />
Mechanical Contractors Association of America<br />
<strong>EVAPCO</strong> Europe<br />
<strong>EVAPCO</strong> Europe, N.V.<br />
European Headquarters<br />
Industrieterrein Oost 4010<br />
3700 Tongeren, Belgium<br />
Phone: (32) 12-395029<br />
Fax: (32) 12-238527<br />
E-mail: evapco.europe@evapco.be<br />
<strong>EVAPCO</strong> Europe, S.r.l.<br />
Via Ciro Menotti 10<br />
I-20017 Passirana di Rho<br />
Milan, Italy<br />
Phone: (39) 02-939-9041<br />
Fax: (39) 02-935-00840<br />
E-mail: evapcoeurope@evapco.it<br />
<strong>EVAPCO</strong> Europe, S.r.l.<br />
Via Dosso 2<br />
23020 Piateda Sondrio, Italy<br />
<strong>EVAPCO</strong> Europe, GmbH<br />
Bovert 22<br />
D-40670 Meerbusch, Germany<br />
Phone: (49) 2159-69560<br />
Fax: (49) 2159-695611<br />
E-mail: info@evapco.de<br />
Flex coil a/s<br />
A wholly owned subsidiary of <strong>EVAPCO</strong>, Inc.<br />
Knøsgårdvej 115<br />
DK-9440 Aabybro Denmark<br />
Phone: (45) 9824 4999<br />
Fax: (45) 9824 4990<br />
E-mail: info@flexcoil.dk<br />
<strong>EVAPCO</strong> S.A. (Pty.) Ltd.<br />
A licensed manufacturer of <strong>EVAPCO</strong>, Inc.<br />
18 Quality Road<br />
Isando 1600<br />
Republic of South Africa<br />
Phone: (27) 11-392-6630<br />
Fax: (27) 11-392-6615<br />
E-mail: evapco@evapco.co.za<br />
Tiba Engineering Industries Co.<br />
A licensed manufacturer of <strong>EVAPCO</strong>, Inc.<br />
5 Al Nasr Road St.<br />
Nasr City, Cairo, Egypt<br />
Phone: (20) 2-290-7483/(20) 2-291-3610<br />
Fax: (20) 2-404-4667/ (20) 2-290-0892<br />
E-mail: manzgroup@tedata.net.eg<br />
Visit <strong>EVAPCO</strong>’s Website at: http://www.evapco.<strong>com</strong><br />
<strong>EVAPCO</strong> Asia/Pacific<br />
<strong>EVAPCO</strong> Asia/Pacific Headquarters<br />
1159 Luoning Rd. Baoshan Industrial Zone<br />
Shanghai, P. R. China, Postal Code: 200949<br />
Phone: (86) 21-6687-7786<br />
Fax: (86) 21-6687-7008<br />
E-mail: marketing@evapcochina.<strong>com</strong><br />
Evapco (Shanghai) Refrigeration<br />
Equipment Co., Ltd.<br />
1159 Louning Rd., Baoshan Industrial Zone<br />
Shanghai, P.R. China, Postal Code: 200949<br />
Phone: (86) 21-6687-7786<br />
Fax: (86) 21-6687-7008<br />
E-mail: marketing@evapcochina.<strong>com</strong><br />
Beijing <strong>EVAPCO</strong> Refrigeration<br />
Equipment Co., Ltd.<br />
Yan Qi Industrial Development District<br />
Huai Rou County<br />
Beijing, P.R. China, Postal Code: 101407<br />
Phone: (86) 10 6166-7238<br />
Fax: (86) 10 6166-7395<br />
E-mail: evapcobj@evapcochina.<strong>com</strong><br />
Evapco Australia (Pty.) Ltd.<br />
34-42 Melbourne Road<br />
P.O. Box 436<br />
Riverstone, N.S.W. Australia 2765<br />
Phone: (61) 2 9627-3322<br />
Fax: (61) 2 9627-1715<br />
E-mail: sales@aquacoolingtowers.<strong>com</strong>.au<br />
EvapTech Asia Pacific Sdn. Bhd<br />
A wholly owned subsidiary of EvapTech, Inc.<br />
IOI Business Park, 2/F Unit 21<br />
Persiaran Puchong Jaya Selatan<br />
Bandar Puchong Jaya,<br />
47170 Puchong, Selangor, Malaysia<br />
Phone: (60-3) 8070 7255<br />
Fax: (60-3) 8070 5731<br />
E-mail: marketing-ap@evaptech.<strong>com</strong><br />
©2009 <strong>EVAPCO</strong>, Inc.