EDX Product Brochure - Evapco

® 

® 

MULTI-CELL COOLING TOWERS

EVAPCO’s Double Flow Cross Flow 

Cooling Tower 

The Better Crossflow Choice! 

S 

ince its founding in 1976, 

EVAPCO, Inc. has become 

a world-wide leader in 

supplying quality cooling equipment 

for thousands of customers 

in both the commercial and 

industrial markets. 

EVAPCO’s success has been the 

result of a continual commitment 

to product improvement, 

quality workmanship and a dedication 

to providing unparalleled 

service. 

EVAPCO EDX Cooling Towers - Another Cooling Tower product innovation 

from EVAPCO to add to an already impressive Cooling Tower 

line up. 

The EDX is an Induced-Draft Cooling Tower which is ideal for large, 

continuous cooling tower cell applications. 

The EDX will complement EVAPCO’s already extensive Cooling Tower 

product lines and is available in: 

25 Cataloged Models 

(2) Two Plan Areas 

24’ x 22’ & 28’ x 24’ 

Capacity Range 

1414 to 2208 Nominal Tons 

With 2208 Nominal Tons in a Two-Cell Cooling Tower, 

EVAPCO’s EDX Double Flow Crossflow has one of the 

highest thermal capacity rating of any factory assembled 

Induced-Draft, Crossflow Cooling Tower in the Industry! 

The EDX is the one and only crossflow cooling tower with EVAPCO’s 

easy maintenance design as standard. 

Our emphasis on research and 

development has led to many 

product innovations – a hallmark 

of EVAPCO through the years. 

The ongoing R & D Program 

enables EVAPCO to provide the 

most advanced products in the 

industry – technology for the 

future, available today. 

With 13 facilities in seven countries 

and over 160 sales offices 

in 42 countries world-wide, 

EVAPCO is ready to assist in all 

your equipment needs. 

The EDX features: 

• Type 304 Stainless Steel Hot Water Distribution Basins and Suction 

Strainers 

• G-235 Galvanized Steel Unit Construction 

• Sliding Hot Water Basin Covers Constructed of FRP 

• EVAPCO’s POWER-BAND DRIVE SYSTEM with (5) Five Year Motor 

and Drive Warranty 

• Bottom Supported, Bonded Fill Section - No Loose Fill Sheets! 

• Outlet is Beveled for Weld and Grooved for a Mechanical Coupling 

• Positive Closure Balancing Valve for Water Inlets 

• Easy Maintenance Features 

(1) Large Basin and Plenum Access Doors 

(2) Swing Out Motor Base 

(3) Elevated Fill Section to Facilitate Maintenance 

The EDX Cooling Tower is the Better Crossflow Choice! 

©2001 EVAPCO, INC. 

2

FEATURES AND BENEFITS 

Standard Stainless Steel 

Hot Water Basins 

• The Hot Water Basins of a 

Cooling Tower are the Most 

Susceptible to the Effects of 

Corrosion and Wear 

• Type 304 Stainless Steel is 

Standard Construction for 

this Area 

The competition is standard with 

galvanized steel construction! 

Standard Sliding FRP Hot Water Basin Covers 

• Non-Corrosive Construction with Easy Sliding 

Design - Saves time when inspecting hot water 

basin and nozzles. 

• Basin covers stay on the unit, eliminates 

handling large, unwieldy and 

loose panels. 

Thermal Performance Guarantee 

Evapco unequivocally guarantees 

the thermal performance of the 

EDX Cooling Tower product line. 

Standard Flow Control and Balancing Valves 

• The butterfly valves provided for flow control 

are standard positive closure type, cast iron 

construction and are designed for 125 psi. 

• The flush mounted valve is used to balance flow 

at start up, made easy with the lock-in place 

adjustment arm. 

Bottom Supported 

and Bonded Fill 

Section 

• The fill section is 

elevated above 

the cold water 

basin to facilitate 

basin maintenance 

• The bonded design allows 

it to be supported from 

underneath–no hanging 

fill sheets. 

Exclusive 5 Year 

Motor and Drive 

Warranty 

• Standard on all 

EDX models. 

• Covers the complete 

drive system, including 

the motor. 

• Covers all drive components 

on belt or 

gear drive units. 

Clean Pan 

Sloped Basin Design 

• Designed to completely 

drain the cold water basin. 

• Helps prevent buildup of 

sediment and biological film. 

• Eliminates standing water 

after drain down. 

Standard Swing Out Motor Base Design 

• The EDX is standard with the EVAPCO POWER-BAND DRIVE SYSTEM 

and incorporates a heavy duty, swing out motor base for easy 

motor access. 

This is the first time ever for a crossflow cooling tower! 

• Motor davit option available to assist with motor change out 

3 

EVAPCO POWER BAND DRIVE SYSTEM 

The EDX is standard with EVAPCO’s highly successful heavy-duty 

POWER-BAND DRIVE SYSTEM and features the following: 

• Standard heavy duty pillow block bearings with a minimum 

L10 life of 75,000 hours. 

• Extended Bearing Lubrication Lines 

• External Motor and Belt Adjustment 

• Heavy duty swing out motor base 

• Aluminum alloy sheaves, Solid-Back Multi-groove Power-Band 

Belt and totally enclosed motors. 

• Five (5) Year Motor and Drive Warranty 

• Optional EVAPCO Gear Drive System Available.

THERMAL PERFORMANCE – TWO (2) CELL COOLING TOWERS 

MODELS EDX 212-0122 THROUGH 214-1524 – TWO (2) CELL SELECTIONS 

To Make a Selection: 

Locate the column with the desired operating temperature conditions. Read down the column until you find the GPM equal to or greater than the 

flow required. Read horizontally to the left to find the model number of the unit that will perform the duty. 

TOWER CAPABILITY IN USGPM AT THE FOLLOWING TEMPERATURE CONDITIONS (°F) 

EWT 90° 95° 90° 95° 95° 90° 95° 95° 95° 100° 

Motor LWT 80° 80° 80° 80° 85° 80° 80° 85° 85° 85° 

Model No. Hp WB 68° 68° 70° 70° 70° 72° 72° 72° 75° 75° 

EDX 212-0122 (2) 40 5014 4045 4556 3680 6216 4077 3238 5799 5082 4134 
























EDX 214-1524 (2) 75 7560 6380 7007 5916 N.A. 6420 5332 8531 7643 6491 

TOWER CAPABILITY IN USGPM AT THE FOLLOWING TEMPERATURE CONDITIONS (°F) 

EWT 95° 100° 95° 97° 100° 102° 95° 96° 100° 102° 

Motor LWT 85° 85° 85° 87° 85° 85° 85° 86° 85° 85° 

Model No. Hp WB 76° 76° 78° 78° 78° 78° 80° 80° 80° 80° 


























Note: For alternate selections and conditions other than those stated, consult your EVAPSPEC II selection program or local EVAPCO representative. 

4

ENGINEERING DATA AND DIMENSIONS 

Note: Do not use this drawing as a certified print. 

Dimensions are subject to change. 

EDX 212-0122 thru 

214-1524 

(2)4” Overflow 

(2)2” Drain 

MODELS EDX 212-0122 THRU 214-1524 – TWO (2) CELL COOLING TOWERS 

Weights (LBS) DIMENSIONS CONNECTIONS 

Heaviest Fan Air Water Water Make 

EDX Section Motor Flow Inlets Outlet Up 

Model No. Shipping Operating (Upper)(1) HP (CFM) L W H (2) M B F P (3) (4) (5) 

212-0122 35950 70250 10740 (2) 40 355920 23' 11-1/2” 22' 2” 16' 9-3/4” 11' 10” 6' 8-7/16” 16' 3-11/16” 11' 1” (4) 8” (2) 12” (2) 2” 

212-0222 40000 82180 11250 (2) 30 376900 23' 11-1/2” 22' 2” †22' 8-5/8” 11' 10” 10' 7-11/16” 22' 2-1/2” 11' 1” (4) 8” (2) 12” (2) 2” 

212-0322 37450 74370 10740 (2) 40 381920 23' 11-1/2” 22' 2” 18' 9-3/8” 11' 10” 8' 8-1/16” 18' 3-5/16” 11' 1” (4) 8” (2) 12” (2) 2” 

212-0422 36180 70480 10850 (2) 50 383390 23' 11-1/2” 22' 2” 16' 9-3/4” 11' 10” 6' 8-7/16” 16' 3-11/16” 11' 1” (4) 8” (2) 12” (2) 2” 

212-0522 40340 82520 11420 (2) 40 414830 23' 11-1/2” 22' 2” †22' 8-5/8” 11' 10” 10' 7-11/16” 22' 2-1/2” 11' 1” (4) 8” (2) 12” (2) 2” 

212-0622 37680 74600 10850 (2) 50 411420 23' 11-1/2” 22' 2” 18' 9-3/8” 11' 10” 8' 8-1/16” 18' 3-5/16” 11' 1” (4) 8” (2) 12” (2) 2” 

212-0722 36400 70690 10960 (2) 60 407420 23' 11-1/2” 22' 2” 16' 9-3/4” 11' 10” 6' 8-7/16” 16' 3-11/16” 11' 1” (4) 8” (2) 12” (2) 2” 

212-0822 40580 82750 11530 (2) 50 446860 23' 11-1/2” 22' 2” †22' 8-5/8” 11' 10” 10' 7-11/16” 22' 2-1/2” 11' 1” (4) 8” (2) 12” (2) 2” 

212-0922 37890 74820 10960 (2) 60 437190 23' 11-1/2” 22' 2” 18' 9-3/8” 11' 10” 8' 8-1/16” 18' 3-5/16” 11' 1” (4) 8” (2) 12” (2) 2” 

212-1022 40790 82960 11640 (2) 60 474860 23' 11-1/2” 22' 2” †22' 8-5/8” 11' 10” 10' 7-11/16” 22' 2-1/2” 11' 1” (4) 8” (2) 12” (2) 2” 

214-0124 40530 83020 11830 (2) 25 346500 28' 1-1/2” 24' 2” 16' 9-5/8” 13' 11” 6' 8-7/16” 16' 4” 12' 1” (4) 10” (2) 14” (2) 3” 

214-0224 41980 87630 11830 (2) 25 371980 28' 1-1/2” 24' 2” 18' 9-1/4” 13' 11” 8' 8-1/16” 18' 3-5/8” 12' 1” (4) 10” (2) 14” (2) 3” 

214-0324 40670 83160 11900 (2) 30 368210 28' 1-1/2” 24' 2” 16' 9-5/8” 13' 11” 6' 8-7/16” 16' 4” 12' 1” (4) 10” (2) 14” (2) 3” 

214-0424 42120 87780 11900 (2) 30 395290 28' 1-1/2” 24' 2” 18' 9-1/4” 13' 11” 8' 8-1/16” 18' 3-5/8” 12' 1” (4) 10” (2) 14” (2) 3” 

214-0524 41010 83500 12070 (2) 40 405270 28' 1-1/2” 24' 2” 16' 9-5/8” 13' 11” 6' 8-7/16” 16' 4” 12' 1” (4) 10” (2) 14” (2) 3” 

214-0624 42460 88120 12070 (2) 40 435070 28' 1-1/2” 24' 2” 18' 9-1/4” 13' 11” 8' 8-1/16” 18' 3-5/8” 12' 1” (4) 10” (2) 14” (2) 3” 

214-0724 41270 83760 12190 (2) 50 436560 28' 1-1/2” 24' 2” 16' 9-5/8” 13' 11” 6' 8-7/16” 16' 4” 12' 1” (4) 10” (2) 14” (2) 3” 

214-0824 46430 98430 12930 (2) 40 473220 28' 1-1/2” 24' 2” †22' 8-1/2” 13' 11” 10' 7-11/16” 22' 2-13/16” 12' 1” (4) 10” (2) 14” (2) 3” 

214-0924 42710 88370 12190 (2) 50 468660 28' 1-1/2” 24' 2” 18' 9-1/4” 13' 11” 8' 8-1/16” 18' 3-5/8” 12' 1” (4) 10” (2) 14” (2) 3” 

214-1024 41480 83970 12300 (2) 60 463920 28' 1-1/2” 24' 2” 16' 9-5/8” 13' 11” 6' 8-7/16” 16' 4” 12' 1” (4) 10” (2) 14” (2) 3” 

214-1124 42930 88580 12300 (2) 60 498030 28' 1-1/2” 24' 2” 18' 9-1/4” 13' 11” 8' 8-1/16” 18' 3-5/8” 12' 1” (4) 10” (2) 14” (2) 3” 

214-1224 46680 98680 13060 (2) 50 509760 28' 1-1/2” 24' 2” †22' 8-1/2” 13' 11” 10' 7-11/16” 22' 2-13/16” 12' 1” (4) 10” (2) 14” (2) 3” 

214-1324 46890 98890 13160 (2) 60 541700 28' 1-1/2” 24' 2” †22' 8-1/2” 13' 11” 10' 7-11/16” 22' 2-13/16” 12' 1” (4) 10” (2) 14” (2) 3” 

214-1424 43050 88700 12360 (2) 75 536490 28' 1-1/2” 24' 2” 18' 9-1/4” 13' 11” 8' 8-1/16” 18' 3-5/8” 12' 1” (4) 10” (2) 14” (2) 3” 

214-1524 47010 99010 13220 (2) 75 583530 28' 1-1/2” 24' 2” †22' 8-1/2” 13' 11” 10' 7-11/16” 22' 2-13/16” 12' 1” (4) 10” (2) 14” (2) 3” 

Notes: 1. Heaviest section weights include removable shipping skid weight of 900 lbs. per section for 12’ models and 1,200 lbs. per section for 14’ models. 

2. Height includes 7” fan guard. Those models with a † beside indicate fan guards ship loose for field mounting. 

3. Inlet connection includes 150# raised face flange and 125 PSI flanged butterfly valve for balancing and positive water shut off. 

4. Water outlet is standard with bevel for weld and grooved for a mechanical coupling. Alternate connections are available. 

5. Each make-up connection is standard male pipe thread. Overflow and drains are also male pipe thread as standard. Alternate connections are available. 

5

STRUCTURAL STEEL SUPPORT 

C 

3/4" MOUNTING HOLES 

1-1/8 

AIR 

INLET 

D 

AIR 

INLET 

UNIT OUTLINE 

E 

L 

AIR 

INLET 

D 

AIR 

INLET 

C 

UNIT OUTLINE 

A 

W 

1-1/8 

Shipping Operating 

Model No. Weight (Lbs) Weight (Lbs) L W A C D E 

EDX 212-0122 35950 70250 23' 11-1/2” 22' 2” 12' 10” 3-1/4” 11' 1-1/4” 5-3/4” 

























Notes: 

1. These are suggested arrangements for preliminary layout purposes. Consult your EVAPCO representative for factory certified steel support drawings. 

2. The recommended support for the EDX Cooling Tower is structural “I” beams. The unit should be elevated to allow access underneath the unit and to the roof below. 

Mounting holes, 3/4” in diameter are located in the bottom flanges of the pan to provide for bolting to the structural steel. 

3. Beams should be sized in accordance with accepted structural practices. Maximum deflection of beam under unit to be 1/360 of the unit length, not to exceed 1/2”. 

4. Beams should be level before setting the unit in place. Do not level the unit by shimming between it and the “I” beams. 

5. Support beams and Anchor bolts are to be furnished by others. 

6. Dimensions, weights and data are subject to change without notice. Refer to the factory certified drawings for exact dimensions. 

7. For alternate layout arrangements please consult the factory. NOTE: OPTIONAL BOTTOM CONNECTIONS WILL REQUIRE THE UNIT TO BE ELEVATED TO ALLOW FOR PIPING. 

8. Each tie down location requires (2) two anchor bolts. 

9. For applications that require vibration rails or point isolation, consult the factory. 

6

MECHANICAL SPECIFICATIONS 

EVAPCO EDX Cooling Tower Mechanical Specifications 

with Optional Stainless Steel Construction and Maintenance Equipment 

Furnish and install factory assembled, induced draft, crossflow cooling towers as shown on plans. Total fan 

motor horsepower shall not exceed ________ HP, consisting of ________ @ ______ HP fan motors. 

1.0 Cooling Performance Capacity: The towers shall be guaranteed to cool ________ GPM of water from ________°F 

to ________°F at ________°F entering wet bulb temperature when installed as shown on plans. 

2.0 Hot Water Distribution: The towers shall be provided with stainless steel hot water basins. Each basin shall 

be provided with a 125 psi flanged butterfly valve to provide means of positive water shut-off to the tower 

and to balance flow between hot water basins and between tower cells. Anti-vortexing type polypropylene 

nozzles shall be provided to assure even water distribution over the heat transfer fill media. Heavy duty fiberglass 

hot water distribution basin covers shall be provided. Basin covers shall be a sliding design to allow easy 

inspection of hot water basins. 

3.0 Cold Water Basin: Cold water basins shall be constructed of G-235 galvanized steel and shall be provided with a side 

suction outlet connection for each basin. The outlet connections shall be beveled for welding and provided with a 

mechanical coupling groove. Each basin shall be provided with anti-vortexing hood, drain connection, overflow 

connection, Type 304 stainless steel strainers, and float operated mechanical make-up valve with plastic float. The 

basin floor sections under the fill shall be sloped from the louver face towards the depressed center section of the 

basin floor to deter build-up of contaminants under the fill and to facilitate basin cleaning. 

4.0 Air Inlet Louvers: Air inlet louvers shall be water containment design in order to minimize water splash out. 

Louvers shall be PVC construction molded integral with fill sheets in order to establish and maintain a contained 

water flow pattern on the fill sheets. 

5.0 Heat Transfer Surface: The heat transfer surface shall be PVC film type fill. The fill shall be elevated above 

the basin floor to allow basin cleaning under the fill area. The fill shall be bottom supported to prevent fill 

sagging and permanently assure easy and effective basin cleaning. Fill shall be stacked bundle design to allow 

easy removal for fill cleaning and/or replacement without cutting or removing fill supports. 

6.0 Drift Eliminators: Drift eliminators shall be PVC construction. The guaranteed maximum drift rate shall be 

0.002% of the design flow rate. 

7.0 Structure, Casing, Fan Deck and Fan Cylinders: Tower structure, casing, fan deck and fan cylinders shall be 

constructed from G-235 galvanized steel. During fabrication, all galvanized panel edges shall be coated with 

a 95% pure zinc-rich compound. 

8.0 Access: A large access door with minimum dimensions of 46” high and 32” wide shall be provided in the 

tower casing wall to permit entry into the tower cold water basin and fan plenum area. Access doors shall be 

hinged design for easy access. 

9.0 Fan Motors: Fan motors shall be mounted on an adjustable base which allows the motor to swing to the outside 

of the unit for servicing or replacement. Motors shall be ________ HP maximum, TEAO, 1.15 service factor, 

variable torque, ball bearing design and suitable for cooling tower duty. Motors shall be ________ (two 

speed/one speed), ________ RPM, single winding, ________ phase, ________ hertz, ________ volts. 

10.0 Drive: Fans shall be driven by a multi-groove, solid back type v-belt. The belt material shall be neoprene reinforced 

with polyester cord and specifically designed for cooling tower service. Fan and motor sheaves shall be 

cast aluminum construction. Belt adjustment shall be accomplished from the exterior of the unit. Bearing 

lube lines shall be extended to the exterior of the unit for easy maintenance. 

11.0 Fans: Each tower cell shall be provided with one heavy duty, statically balanced, propeller type fan. Fans shall 

utilize aluminum blades which are installed in a closely fitted fan cylinder with venturi air inlet for maximum 

fan efficiency. Each fan blade shall be individually adjustable. Fan cylinders shall be covered with a heavy 

gauge hot dip galvanized wire fan guard. 

7

MECHANICAL SPECIFICATIONS 

12.0 Fan Shaft Bearing: Fan shaft bearings shall be heavy duty self aligning ball type with grease fittings 

extended to outside of the unit. Bearings shall be designed for a minimum L-10 life of 75,000 hours 

(375,000 hour average life). 

13.0 Fan Drive Warranty: Fan motors and fan drive components shall be warranted against defects in 

materials and workmanship for a period of five (5) years from date of shipment. Drive components 

covered by this warranty shall include fans, belts, bearings, fan shafts, drive sheaves and fan motors. 

STAINLESS STEEL ALTERNATIVES 

Stainless Steel Cold Water Basins - In the first line of specification section 3.0, insert the words “stainless 

steel” in lieu of “G-235 galvanized steel”. 

Stainless Steel Hot Water Basins - Standard on the EVAPCO EDX cooling tower per specification section 2.0. 

Stainless Steel Towers - In the second line of specification section 7.0, insert the words “stainless steel” in lieu 

of “G-235 galvanized steel”. Delete the second sentence of specification section 7.0. In the first line of specification 

section 3.0, insert the words “stainless steel” in lieu of ”G-235 galvanized steel”. 

ACCESS AND MAINTENANCE OPTIONS 

Handrail and Ladder: The top of the tower shall be provided with perimeter handrailing and kneerail 

designed in accordance with OSHA guidelines. A ladder rising from the base of the tower to the top of the 

“handrail” shall be provided. The ladder shall be designed to attach to the tower casing wall. The ladder 

and handrailing shall ship loose for assembly and installation by the installing contractor. 

Ladder Safety Cage: A galvanized steel safety cage to surround the ladder shall be provided. The safety 

cage shall extend from the top of perimeter handrailing down to the point which allows approximately 

seven feet clear headroom from grade/roof level. 

Plenum Walkway: Provide a factory installed internal walkway which is located at an elevation just above 

the top of the cold water basin and extending from one end wall to the opposite endwall. 

Interior Mechanical Equipment Platform: Provide a factory installed internal platform which is located to 

permit access to tower's mechanical equipment. Provide an internal ladder rising from the plenum walkway 

to the elevated mechanical equipment platform. The internal ladder shall ship loose for installation by the 

installing contractor. 

Access Door Platform: (for elevated installations): Provide an access door platform at the base of the tower. 

The platform shall extend from the casing access door to the vertical ladder which is attached to the tower 

exterior casing. The platform shall be supported by a galvanized steel framework attached to the tower. 

The platform shall be surrounded by a handrail and kneerail. The access door platform shall ship loose for 

field assembly and installation by the installing contractor. 

External Motor Access Platform: Provide an external motor access platform at mid-elevation of the tower. 

The platform shall extend from the outside motor location to the vertical ladder which is attached to the 

tower exterior casing. The platform shall be supported by a galvanized steel framework attached to the 

tower. The platform shall be surrounded by a handrail and kneerail. The external motor access platform 

shall ship loose for assembly and installation by the installing contractor. 

8

OPTIONAL EQUIPMENT 

Single Side Inlet Connection 

The EDX is available with a Single Side Inlet option which eliminates 

external pipework, valves and field balancing associated 

with the standard (2) inlet design. 

Internal PVC pipework is utilized to relocate the water inlet to the 

side of each cell. The connection is standard with a hole and bolt 

circle pattern, other options are available. Note: Multiple cell 

installation will require adequate space between towers to allow 

for piping, unless the bottom inlet option is selected. 

If a tight, side by side layout is required, the EDX is available with 

an optional Bottom Inlet Connection. The inlet is located on the 

bottom of the cold water basin and allows the inlet pipework to 

run underneath the unit. Note: Adequate space is required 

underneath the unit for pipework. Please consult the factory for 

certified drawings indicating connection size and location. 

S 

K 

Model Static Single P Water Inlet* Water Outlet** 

No. Lift Inlet Height (Per Cell) (Per Cell) 

EDX 212-0122 17' 5” 8'-8-3/8” 11' 1” (1) 12” (1) 12” 

EDX 212-0222 23' 9-3/4” 14' 7-1/4” 11' 1” (1) 12” (1) 12” 

EDX 212-0322 19'- 4-1/2” 10' 8” 11' 1” (1) 12” (1) 12” 

EDX 212-0422 17' 5” 8' 8-3/8” 11' 1” (1) 12” (1) 12” 


EDX 212-0622 19' 4-1/2” 10' 8” 11' 1” (1) 12” (1) 12” 

EDX 212-0722 17' 5” 8' 8-3/8” 11' 1” (1) 12” (1) 12” 

EDX 212-0822 23' 9-3/4” 14' 7-/4” 11' 1” (1) 12” (1) 12” 










EDX 214-0824 24' 1/8” 14' 7-1/4” 12' 1” (1) 14” (1) 14” 








Notes: 

1. Use this chart for the pre-engineering phase of the project. Obtain factory certified drawings from your local EVAPCO representative or the factory. 

2. Pipework shown is provided by EVAPCO. Consult the factory certified drawings for dimensions. 

3. External pipework not shown must be provided by others and self-supported. Do not support pipework from the cooling tower. 

4. Note: The single inlet connection is located above the basin access door, position inlet piping properly to avoid blocking the door. Consult page 5 for 

dimensions of the unit. 

5. Consult the factory for optional bottom inlet connection. 

* Standard connection is hole and bolt circle design for 150# raised face flange. 

** Standard connection is Beveled for Weld and grooved for a mechanical coupling. 

Other Accessories/Optional Materials 

• Pony Motors 

• Bottom Sump Box 

• Gear Drive 

• Air Inlet Screens 

• Electric Water Level Controls and Level Indicators 

• Vibration Switch 

• Fan and Motor Davit 

• Flanged Connections 

• Flume Plate 

Models 

KW* 

EDX 212-0122 to 1022 (4) 12 

EDX 214-0124 to 1524 (4) 15 

Electric Pan Heaters 

9

E V A P C O P R O D U C T S A R E M A N U F A C T U R E D W O R L D W I D E 

World Headquarters/ 

Research and 

Development Center 

EVAPCO Facilities 

EVAPCO...Taking Quality and Service to a Higher Level! 

World Headquarters 

Research/Development Center 

EVAPCO, Inc. 

P.O. Box 1300 

Westminster, MD 21158 USA 

Phone: (410) 756-2600 

Fax: (410) 756-6450 

E-Mail: marketing@evapco.com 

European Sales Offices 

EVAPCO France S.A.R.L. 

5 Rue des Cerisiers 

Z.I. De l’Eglantier 

F-91090 Lisses France 

Phone: (33) 1 6086-0508 

Fax: (33) 1 6086-3990 

EVAPCO Europe GmbH 

Bovert 22 

D-40670 Meerbusch, Germany 

Phone: (49) 2159-912367 

Fax: (49) 2159-912368 

E-Mail: info@evapco.de 

Asia/Pacific Headquarters 

EVAPCO Asia, Ltd. 

Suite D, 23rd/F, Majesty Building 

138 Pudong Ave 

Shanghai, China 200120 

Phone: (86) 21-5877-3980 

Fax: (86) 21-5877-2928 

E-Mail: evapco@online.sh.cn 

2M/0199/CL 

EVAPCO Manufacturing Facilities 

EVAPCO East 

5151 Allendale Lane 

Taneytown, MD 21787 USA 

Phone: (410) 756-2600 

Fax: (410) 756-6450 

E-Mail: marketing@evapco.com 

EVAPCO Midwest 

1723 York Road 

Greenup, IL 62428 USA 

Phone: (217) 923-3431 

Fax: (217) 923-3300 

E-Mail: evapco@rr1.net 

EVAPCO West 

1900 West Almond Ave. 

Madera, CA 93637 USA 

Phone: (559) 673-2207 

Fax: (559) 673-2378 

E-Mail: evapco@evapcowest.com 

Refrigeration Valves & Systems 

1520 Crosswind Dr. 

Bryan,TX 77808 USA 

Phone: (979) 778-0095 

Fax: (979) 778-0030 

E-Mail: rvs@mail.myriad.net 

EVAPCO Iowa 

925 Quality Drive 

Lake View, Iowa 51450 USA 

Regional Office 

Phone: (507) 446-8005 

Fax: (507) 446-8239 

E-Mail: evapcomn@mnic.net 

EVAPCO Europe N.V. 

Heersterveldweg 19 

Industriezone Tongeren-Oost 

3700 Tongeren, Belgium 

Phone (32) 12 395029 

Fax: (32) 12 238527 

E-Mail: evapco.europe@evapcp.be 

EVAPCO Europe, S.R.L. 

Via Ciro Menotti 10, 

I-20017 Passirana di Rho 

Milano, Italy 

Phone: (39) 02-939-9041 

Fax: (39) 02-935-00840 

E-Mail: evapcoeurope@evapco.it 

EVAPCO Europe S.R.L. 

Via Dosso, 2 

Piateda Sondrio, Italy 23020 

Air EVAPCO (Ltd) 

92 Asma Fami St.,ARD El-Golf 

Heliopolis, Cairo, Egypt 

Phone: (202) 290-7483 

Fax: (202) 290-0892 

E-Mail: manzlawi@egyptonline.com 

EVAPCO S.A. (Pty) Ltd. 

18 Quality Road 

Isando 1600 

Republic of South Africa 

Phone: (27) 11-392-6630 

Fax: (27) 11-392-6615 

E-Mail: evapco@icon.co.za 

Visit EVAPCO’s Website at: http://www.evapco.com 

Beijing-EVAPCO 

Refrigeration Equipment Co., Ltd. 

Yan Qi Industrial Development 

District 

Huai Rou County Beijing, P.R. China 

Code 101407 

Phone: (86) 10 6166-7238 

Fax: (86) 10 6166-7395 

E-Mail: beijing@evapco.com 

Shanghai Hezhong-EVAPCO 

Refrigeration Co., Ltd. 

855 Yang Tai Road 

Bao Shan Area 

Shanghai, P.R. China - Code 201901 

Phone: (86) 21 5680-5298 

Fax: (86) 21 5680-1545 

Aqua-Cool Towers 

34-42 Melbourne St. 

P.O. Box 436 

Riverstone, NSW Australia 2765 

Phone: (61) 29 627-3322 

Fax: (61) 29 627-1715 

Bulletin 700B

EDX Product Brochure - Evapco

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