Evapco Cooling Tower REVIEWED.pdf

P.O. Box 1155 Troy, Ml 48099-1155

(248) 837-7000 FAX: (248) 837-7004

VA Medical Center Co eneration Ener Battle Creek, Ml stem

Engineer:

Customer: John E. Green Co.

220 Victor Ave.

Highland Park, Ml 48203

P.O. No: 16997EJ

MAP Ref: R111344 Salesman: David McCoy

SalesSupport:

Date: November 30, 2011

Re-submittal Date: June 26, 2012

This re-submittal contains information on the following products:

COOLING TOWER

The unit is certified to IBC Regulations for seismic loads up to 1 g loads and wind loads to 60psf, Evapco can not provide spring isolators as doing so would violate the IBC compliance. We therefore have not included.

R111344/David McCoy/June 26, 2012 glmatthewm New Shop Stamp

E UI

For

E T Customer: John E. Green Co.

Project: VAMC BC

EV APCO Serial Number: 12-483257

EVAPCO, INC.

P.O. Box 1300

Westminster, Maryland 21158, USA

Telephone ( 41 O) 756-2600

FAX (410) 756-6450

DATE June 25, 2012

E

E

Model Number: (1) AT-224-818 Cooling Tower

Approved for Release as Submitted

Approved for Release with Changes as Noted

Not Approved as Noted

INITIALS DATE REQUESTED

SHIP DATE

June 26, 2012

EV APCO® SUBMITTAL PACKAGE

PROJECT V AMC BC UNIT (1) AT-224-818 COOLING TOWER

CUSTOMER JOHN E. GREEN CO. P.O. 16997EJ

EVAPCO SERIAL NO. 12-483257 ENGINEER JOHN E GREEN DESIGN BUILD

SUBMITTAL DATA ENCLOSED

DESCRIPTION

PERFORMANCE AND MECHANICAL SPECIFICATIONS

UNIT CERTIFIED DRAWING

STEEL SUPPORT CONFIGURATION

HEATER LOCATION

EXTERNAL SERVICE PLATFORM

VIBRATION SWITCH (SINGLE SPEED)

30 HEATER WIRING DIAGRAM

CERTIFICATE OF COMPLIANCE

GUARANTEE OF THERMAL PERFORMANCE

DOCUMENT NUMBER

AT12ST-ST

T3BI241848-DRC-ST

SLIX2418DB

HLT224VWDA

PLT3MS18DA-06

VlAUOOOO-EE

B4AUOOOO-ED

IBCIDCOCOO 1. pdf

AOS2636

EVAPCO ... TAKING QUALITY AND SERVICE TO A HIGHER LEVEL!

gljasonl Cloud gljasonl Cloud

Date 6/25/2012

PERFORMANCE AND MECHANICAL SPECIFICATIONS

EVAPCO® AT COOLING TOWERS

PROJECT

ENGINEER John E Green Design Build

UNIT: (1) AT-224-818 Cooling Tower

CUSTOMER P.O.

CAPACITY

FAN MOTOR:

INLET PRESSURE:

UNIT TYPE

CONSTRUCTION

me COMPLIANCE

MAKE UP FLOAT VALVE

ASSEMBLY*

PAN STRAINER*

ACCESS

FAN SHAFT

FAN SHAFT BEARINGS

FAN(S)

16997EJ EV APCO SERIAL NO. 12-483257

2675GPM 83 °F OUT 78 °F E.W.B.

50HP ELEC. SPEC. 460/3/60

3.2 PSIG DRIVES SIZED FOR 0" ESP.

Factory assembled, induced draft, counterflow cooling tower.

Heavy gauge mill hot-dip galvanized steel casing and pan. Hot-dip galvanized steel channel and angle supports. All galvanized steel is coated with a minimum of

2.35 ounces of zinc per square foot of area (G-235 designation). During fabrication, all galvanized steel panel edges are coated with a 95% pure zinc-rich compound.

The unit structure has been designed, analyzed, and constructed in accordance with the latest edition of International Building Code (IBC) Regulations for seismic loads up to lg and wind loads up to 60psf.

Brass float valve with adjustable plastic float.

All type 304 stainless steel construction with large area removable perforated screens.

Hinge mounted door in the upper casing for fan drive and water distribution system access. Removable louver panels on all four sides of the unit for pan and sump access.

Solid shaft of ground and polished steel. Exposed surface coated with rust preventative.

Heavy-duty, self-aligning ball type bearings with extended lubrication lines to grease fittings located on access door frame. Bearings are designed for a minimum L-10 life of 75,000 hours.

Fans are axial propeller type constructed of aluminum alloy and statically balanced. The fan is installed in a closely fitted cowl with venturi air inlet. Fan screens are galvanized steel and have steel frames bolted to the fan cowl.

gljasonl Cloud gljasonl Text Box All cold water basin to be welded, 304 SS.

gljasonl Cloud gljasonl Line gljasonl Text Box Not required, makeup valve located indoors. Provide ultrasonic level transmitter (with 4-20mA).

FAN MOTOR Totally enclosed, ball bearing type electric motor(s) suitable for moist air service.

Motor(s) are 1.15 service factor design.

FAN DRIVE The fan drive is a multi-groove, solid back, reinforced neoprene V-belt type with taper lock sheaves designed for 150% of the motor nameplate horsepower. Fan and motor sheaves are constructed of aluminum alloy.

FILL Polyvinyl Chloride (PVC) of cross-fluted design. PVC sheets are bonded together for strength and durability. Fill is self-extinguishing for fire resistance, has a flame spread of 5 under A.S.T.M. designation E-84-81a, and is resistant to rot, decay and biological attack.

WATER DISTRIBUTION SYSTEM Precision molded ABS, large orifice spray nozzles utilizing fluidic technology for superior water distribution over the fill media and to minimize water distribution system maintenance. Spray header and branches are Schedule 40 Polyvinyl Chloride (PVC) for corrosion resistance with steel connection to attach external piping. Branches have threaded end caps to facilitate debris removal.

ELIMINATORS The eliminators are constructed entirely of Polyvinyl Chloride (PVC) in easily handled sections. Design incorporates three changes in air direction and limits the water carryover to a maximum of 0.001 % of the circulating water rate.

AIR INLET LOUVERS The air inlet louvers are constructed from UV inhibited polyvinyl chloride (PVC) and incorporate a framed interlocking design that allows for easy removal of louvers for access to the entire basin area for maintenance. The louvers have a minimum of two changes in air direction and are of a non-planar design to prevent splash-out, block direct sunlight and debris from entering the basin. (Patent Pending)

PASSIVATION

*OMITTED ON UNITS FOR

REMOTE SUMP OPERATION

Evapco Serial Number: 12-483257

All evaporative cooling equipment utilizing galvanized construction requires initial passivation to maximize the service life of the equipment. The sites water treatment vendor should be contacted several weeks prior to adding any water to the system to provide a passivation plan along with associated passivation plan costs.

Page 2 of3 gljasonl Cloud gljasonl Text Box Contractor to provide passivation plan for galvanized structure of tower and black iron piping gljasonl Text Box Provide information on performance, noise criteria, additional capacity.

gljasonl Cloud gljasonl Text Box Contractor to coordinate the required "local disconnect" for Cooling Towers.

SPECIAL REMARKS:

• Unit(s) to be supplied with Inverter Duty fan motor(s).

•Bottom Suction Connection(s).

• Unit(s) provided with External Service Platform(s) with Vertical Ladder(s).

•Safety Cage(s) provided for ladder(s).

"3 ft extension(s) provided with safety cage(s).

• Flume Plate.

• (4) 9 KW Pan Heater(s), 460/3/60, with thermostat and low water cutoff(s).

"Heater package includes contactor, 460/3/60, with transformer and disconnect in a NEMA 4 enclosure (wiring by others).

• 3 ft extension(s) provided with Iadder(s).

"Unit provided with Vibration Cutout Switch( es), mounted (wiring and sensitivity adjustment by others).

" Bottom Inlet.

• IBC Compliant up to lg.

• Louver Access Door.

Evapco Serial Number: 12-483257 Page 3of3 gljasonl Text Box Show location of louver access door.

gljasonl Cloud gljasonl Text Box Vibration isolation not required to be provided.

gljasonl Cloud

Line

'AP O, INC.

UNIT MODEL# REV.

COOLING TOWER AT-224-818

SCALE I DWG. #

N.T.S T3BI241848-DRC-ST

DATE I SERIAL#

6/25/2012 12-483257

NOTES:

1. (M)- FAN MOTOR LOCATION

2. HEAVIEST SECTION IS UPPER SECTION

3. MPT DENOTES MALE PIPE THREAD

FPT DENOTES FEMALE PIPE THREAD

BFW DENOTES BEVELED FOR WELDING

GVD DENOTES GROOVED

4. +UNIT WEIGHT DOES NOT INCLUDE

ACCESSORIES (SEE ACCESSORY DRAWINGS)

5. MAKE-UP WATER PRESSURE

20 psi MIN [137 kPa], 50 psi MAX [344 kPa]

6. FOR BOTTOM INLET SPECIFICATIONS,

SEE DETAIL. INSIDE BASIN

BOTTOM

I

4 ~ ~ ~

BOTTOM T:J T: +1/4

OF UNIT [ 531 [ 541

IL --

TYPICAL BOTTOM INLET

CONNECTION DETAIL

J II -- _)

(2) 3 [80] MPT 1i

OVERFLOW

(2) 2 [50] MPT MAKE-UP i--[m81---

(2) 3 [80]

- 1363{4-MPT DRAIN [ 3473

-[H§J/4- 51(8-- 142 -

[ 13 ] 24'-11/8" [ 3607] r7?..1LI1 [ 7344]

FACE 2

I • v

25 1/4 [ 641]

16 7/8 429]

3{4

FACE 2

PLAN VIEW

SHIPPING

WEIGHT 25380 lbs+ [11512] kg+ OPERATING

WEIGHT 43920 lbs+ [19922] kg+

117 3/4 [ 2991]

[ 1803]

(2) ACCESS DOOR

24'-11/8" ) [ 7344]

(2)10[250]BFW/GVD-l- ------ t::Z: I I :

BOTIOM OUTLET = -

(2) 10 [250] BFW/GVD

BOTIOM INLET

117 3/4 [ 2991]

[ 56

[ 1803]

[ lOJ

I_

HEAVIEST SECITON

WEIGHT 8870 lbs+ [ 4023] kg+

18'-0" [5486] ___ _

FACE 1

[ 5486]

FACE 1

NO. OF SHIPPING SECITONS 4

IDLE

NOTES:

EVAPCO, IN •

STEEL SUPPORT CONFIGURATION UNIT: 24x18 INDUCED DRAFT TOWERS

48 3/4 [ 1238]

18'-0" [ 5486] -----

[ 279]

48 3/4 48 3/4 [ 1238] [ 1238]

13 16 5 48 3 4

140 3/8 [ 3566]

C/L OF MOUNTING HOLES

UNIT OUTLINE

(24)0 3/4" [19mm]

MOUNTING HOLES

6 3/4 [ 171]

140 3/8 [ 3566] I

C/L OF MOUNTING HOLES l j j --~----~--

13L16

[ 21 J PLAN VIEW

[ 127]

24'-1 1/8" [ 7344 J

SLIX2418-DB

[ li5/ 8 j F [ l1

13~16 13[:6 [ 21] [ 21]

C/L OF UNIT LOAD,l

UNIT~/ : : \

L -Jll .. ~--_j

MOUNTING HOLE

[fNt

[ 305] MIN.

CENTER ARRANGEMENT

C/L OF UNIT LOAD+

1 5/8 [41] J '~ [rn16 : ~

MOUNTING HOLE A-- UNIT

TYPICAL END VIEW

1. BEAMS SHOULD BE SIZED IN ACCORDANCE WITH ACCEPTED STRUCTURAL PRACTICES. 6. ANCHORING ARRANGEMENT SHOWN HAS A MAXIMUM WIND RATING OF 60 PSF [2.87 KPa] ON CASED VERTICAL SURFACES.

MAXIMUM DEFLECTION OF BEAM UNDER UNIT TO BE 1/360 OF UNIT LENGTH

NOT TO EXCEED 1/2" [13mm].

2. DEFLECTION MAY BE CALCULATED BY USING 55% OF THE OPERATING WEIGHT AS

A UNIFORM LOAD ON EACH BEAM. SEE CERTIFIED PRINT FOR OPERATING WEIGHT.

3. SUPPORT BEAMS AND ANCHOR HARDWARE ARE TO BE FURNISHED BY OTHERS.

ANCHOR HARDWARE TO BE ASTM-A325 5/8" [16mm] BOLT OR EQUIVALENT.

4. BEAMS MUST BE LOCATED UNDER THE FULL LENGTH OF THE PAN SECTION.

5. SUPPORTING BEAM SURFACE MUST BE LEVEL. DO NOT LEVEL THE UNIT BY

PLACING SHIMS BETWEEN THE UNIT MOUNTING FLANGE AND THE SUPPORTING BEAM.

7. THE FACTORY RECOMMENDED STEEL SUPPORT CONFIGURATION IS SHOWN.

CONSULT THE FACTORY FOR ALTERNATE SUPPORT CONFIGURATIONS.

8. UNIT SHOULD BE POSITIONED ON STEEL SUCH THAT THE ANCHORING HARDWARE FULLY

PENETRATES THE BEAM'S FLANGE AND CLEARS THE BEAM'S WEB.

9. ALL 24 X 18 MODELS ARE MULTIPLE CELL UNITS. OPERATING WEIGHT OF EACH CELL IS FOUND

BY DIVIDING TOTAL OPERATING WEIGHT BY THE NUMBER OF CELLS.

10. WHEN VIBRATION ISOLATION IS REQUIRED FOR MULTIPLE CELL UNITS, THE VIBRATION ISOLATORS (BY OTHERS) MUST BE LOCATED UNDER THE SUPPORTING STEEL BEAMS AND NOT BETWEEN THE SUPPORTING STEEL BEAMS AND THE UNIT

11. THE CENTER BEAM SHOULD HAVE A MINIMUM WIDTH OF 12" [305mm].

TITLE HEATER LOCATION

(2)LWCO COVER PLATE

(2)LWCO

017-00207PA

(ONE PER CELL)

(4)IMMERSION

HEATERS

(TWO EACH END

(2)THERMOSTAT

017-0000SP

(ONE PER CELL)

' ,.. ' .!J • .!J

['.. I'-

I>. ~I>.

:'8

EVAPCO, INC.

UNIT: 24xl2/l 4/18/20 INDUCED DRAFT TOWER

\LJDULD VVCLL -

017-00006P

(ONE PER CELL)

:r .!J .!J l!l I!. I. I!: I!:

,....__ . ~ n -- ~ r-

L _J

103 103

I!.. I!.

[ 2618]

[ 2618]

- 127 [ -----

[ 3380]

OPP. CONN. END VIEW

NOTES:

1. A MINIMUM OF 21.75 in CLEARANCE IS REQUIRED BETWEEN THE HEATER

OUTLET BOX AND THE NEAREST OBSTRUCTION FOR REMOVAL OF THE HEATER.

2. ALL NIPPLES ON UNIT ARE NOT SHOWN IN ORDER TO CLARIFY

HEATER COMPONENT LOCATIONS.

3. ALL HEATER COMPONENTS BY EVAPCO ARE FACTORY MOUNTED WHEN POSSIBLE.

4. DIMENSIONS LISTED AS FOLLOWS: ENGLISH IN

[METRIC] [mm]

_ !fL_

[ 3380]

I

J

J v (1)

(OPTIC

HL T224VW-DA

HEATER CONTROL PANEL

NAL, SEE WIRING DIAGRAM)

I • i

10112

[ 267

9 1/2 242]

53]

APCO, INC.

IDLE EXTERNAL SERVICE PLATFORM UNIT: ALL 6M/24 x 18 AT COOLING TOWER UNITS DWG.# PL T3MS18DA-06

H

NOTES:

1. LADDER AND PLATFORM SHIP LOOSE. FIELD INSTALLATION BY OTHERS IS REQUIRED.

2. THE BOTTOM OF THE LADDER DOES NOT EXTEND PAST THE BASE OF THE UNIT.

IF THE UNIT IS ELEVATED THEN AN OPTIONAL EXTENDED LADDER PACKAGE

SHOULD BE CONSIDERED. (CONSULT FACTORY)

3. REFER TO RIGGING PACK FOR LADDER AND PLATFORM MOUNTING INSTRUCTIONS.

4. EACH PLATFORM AND LADDER ASSY. WEIGHS 560 LBS. [255 KG]

5. BOTTOM OF LADDER EXTENSION SUPPORTED BY OTHERS.

[ IBo36¥ -t-l .,._"8 ___ .., I

65 1/2 ~4]

36 1/4 [ 921]

MODEL# H

AT-224-018, 118, 318 139 1/8 [3534]

AT-224-218,418,618, 718 151 1/8 [3839]

AT-224-518, 818, 918 163 1/8 [4143]

AT-220-118, 418 126 1/8 [3204]

AT-220-318,518,618,818 138 1 /8 [3508]

A T-220-218, 718, 918 150 1/8 [3813]

~mmmmm1 I [787]

7' [2134] MIN.

8' [2438] MAX

I [ ~~g3f4 j

[ 914 J EXT.

I gljasonl Line gljasonl Text Box Ladder and safety cage to start at Contractor provided platform.

, INC.

TITLE

VIBRATION SWITCH DESCRIPTION: SINGLE SPEED

SUPPLIED VOLTAGE, 3 PHASE

INCOMING POWER yyyy

~-)CIRCUIT

? ?J ?)BREAKER

I

I I M1 OL1 1T1

_, T \_ + -rrm- ~ t-o-IXJ-o- E!:1- ~ I I 1T2 '©

I -' T \.. -llIIl- J L _,...._ry --- G:l - - FAN

~ Fci I I I~~~ MOTOR t? ~ 9--[[IB- ~ t-o-IXJ-o- E!:I- __, / I L ________ _

I SUPPLIED VOLTAGE - - - - -1

L--------~H3~H2~ J

~ CONTROL TRANSFORMER

__ ---1'TCTL rrrrrrrrrn (BY OTHERS) x2 r -u£.u- ~F;- - ~ xt - - - - - - - _,. 411

I HAND I AUTO CONTROL VOLTAGE I

-•- OL1

- ___ -0 I cJiOO r:;;:i_ J _>- E!3 ~ _J ~ .1.

I OPTIONAL I - ~ Z I --6- ~ I -u MOTOR

THERMOSTAT : I EVAPCO

rIJ E!3 - -DOX VIBRATION L::J ~ 0 o;;;.. - ..J SWITCH

~ - OFF 017-00464P

ADJUSTMENT

ADJUST THE SWITCH SO THAT DURING FULL SPEED START-UP AND UNDER NORMAL CONDITIONS, THE CONTACTS DO NOT TRIP.

FIRST, WITH THE MOTOR OFF, TURN THE ADJUSTMENT SCREW COUNTER-CLOCKWISE (MORE SENSITIVE DIRECTION) UNTIL THE SWITCH TRIPS. NEXT, TURN THE ADJUSTMENT SCREW CLOCKWISE 1/8 TURN (LESS SENSITIVE DIRECTION). RESET THE SWITCH BY DEPRESSING THE PUSH-BUTTON RESET LOCATED ON TOP OF THE SWITCH. START THE MOTOR ON FULL SPEED. IF THE MOTOR TRIPS THE SWITCH, THEN TURN THE ADJUSTMENT SCREW CLOCKWISE AN ADDITIONAL 1/8 TURN. RESET THE SWITCH AND START THE

MOTOR AGAIN. REPEAT THE ABOVE PROCEDURE UNTIL THE MOTOR CONTINUES TO RUN.

DWG.# V1AU0000-EE

SWITCH CONTACT RATING:

15 AMPS, 125, OR 480 Vac; 1/8 HP, 125 Vac; 1/4 HP, 250 Vac; 1/2 AMP, 125 Vdc; 1/4 AMP, 250 Vdc.

NOTES:

WIRING DIAGRAM:

DPDT

0--:J_

0=# 0--:J_

0=#

1. DASHED LINES INDICATE WIRING(BY OTHERS)

LINE VOLTAGE: 460/3/60

+ Y_JL__L= RECOMMENDED POWER AND CONTROL WIRING

- ALL HEATERS AND CONTROLS NOT PROVIDED BY EVAPCO

TO BE INSTALLED AND WIRED BY OTHERS

- ALL POWER WIRING BY OTHERS

L1 L2 1.3 - ALL FIELD WIRING BY OTHERS

LINE VOLTAGE· 460/3/60

r-~~~~~~~~~~~~~~~~~~~-~~~~~~J(~H~ (H2~H~ (.~H1~)~~~~~~~~~~__J

~N~!_--~---__ SJ ___ _

l1L-...t ~------ -------e-Jli~ A

~N~!_---~----31---

L1 L2 1.3

1. DASHED LINES INDICATE FIELD WIRING.

2. THE HEATERS HAVE BEEN SIZED TO MAINTAIN 40"F PAN

WATER AT AN AMBIENT TEMPERATURE OF O ·F.

3. ALL COMPONENTS BY EVAPCO HAVE NEMA 4 ENCLOSURES.

4. AUXILIARY N.C. CONTACT INTERLOCKS IMMERSION HEATERS WITH

SPRAY WATER CIRCULATING PUMP TO DE-ENERGIZE HEATERS WHEN

SPRAY PUMP IS RUNNING.

5. (1) CONTACTOR IS SUPPLIED FOR EVERY (2) HEATERS

- CONTACTOR SHOULD BE WIRED WITH SEPARATE SUPPLY

TERMINALS FOR EACH HEATER.

6. (1) CONTACTOR IS SUPPLIED PER CELL OF A MULTICELL UNIT

- PROVIDES FOR INDIVIDUAL CELL OPERATION

4 _9KW

IMMERSION

HEATERS

.t>-,------------HH-11111 120V

A .t.

USED, REMOVE JUMPER UNrr 1

IF PUMP' INTERLOCK THERMOSTAT 7

~~1ERJ r---~---, OFF ;, AUTO t 0--i '--'91---t------

J A_ -------or=r-o.-----"t--- 5 ~ ---·-7 r--- : 2 I

BLUE RED :.f131-A-fi41--o~~L-------------------------------------·----------------------,1 ..!:.. '--" ~ 6 -I

A 41.

L ____ '._J

- - -~ WATER CUTOFF A

UNrr 1

IF PUMP INTERLOCK THERMOSTAT7

UNIT 2 USED, REMOVE JUMPER UNIT 2

o~~i;~ ~ r---~---, ~-----M-----®-------or=r-o----+--0--i 1----0--+-----

BLUE 2 RED I I

----------------------------------------trill~(-------------------

L ___ , ___ '._J

"'--i.ow WATER CUTOFF' A

UNIT 2

[!) - TERMINAL POINT

A - REMOTE DEVICE

IMMERSION HEATER BY: bZ!'EVAPCO []OTHERS

LOW WATER CUTOFF /THERMOSTAT

CONTROL BY:

bZ!'EVAPCO []OTHERS

AUXILIARY N.C. PUMP INTERLOCK BY: [] EVAPCO bZ!'oTHERS

HEATER CONTROL PANEL BY: litEVAPCO []OTHERS 3¢ HEATER iltEVAPCO []OTHERS

WIRING DIAGRAM

TRANSFORMER BY: 4 HEATERS

HEATER CONT.~CTOR BY: litEVAPCO []OTHERS

FUSED DISCONNECT BY: iltEVAPCO []OTHERS I B4AUOOOO-ED gljasonl Text Box Provide separate point of connections per pair of immersion heaters.

Certificate of Com lian AT, USS, UAT, UT Cooling Towers eco-ATW/WE, ATWB and ESWA Closed Circuit Coolers eco-ATC, ATC-E Evaporative Condensers

Are certified to meet or exceed the Seismic and Wind Load Provisions set forth in the applicable building codes for this project.

These products have been manufactured following all applicable quality assurance programs.

Applicable Building Codes: Referenced Report: "°'\:\\::tVTCB •

4-.

~ IBC 2006/2009

ASCE-7

VMA-43387 ..,,, ..,,

NFPA 5000 Approval Agency: l~J

VMC Seismic Consulting Group THE VMC::: GROUP

The Power of Together

EVAPCO ... Specialists in Heat Transfer Products and Services. ID IBC COC 001 uarantee of Thermal Perf rm a nee

4-

Oi

EVAPCO® unequivocally guarantees the thermal performance of its equipment as shown on the certified drawings, when the equipment is installed in accordance with good engineering practice. If after installation and start-up there is any question regarding thermal performance of the equipment, at the owner's request EVAPCO will send its engineers to the jobsite to conduct a performance test.

This test may be observed by the owner and the consulting engineer or by their authorized representatives. If the results of the evaluation show the equipment to be deficient, EVAPCO will make the necessary repairs or alterations to correct the deficiency at no cost to the owner. If the equipment is found to be performing in accordance with its certified drawing, the owner is expected to reimburse the company for its costs associated with this performance test.

i § " s ~ ~

\ll"'\ll 4i

~~,,"l1"1"~4NSFEf1f'"o<:".)0~~'1!- EVAPCO ... Specialists in Heat Transfer Products and Services. AOS2636