Patterson-Kelley Commercial/Industrial Water Heater catalog
Patterson-Kelley Commercial/Industrial Water Heater catalog
Patterson-Kelley Commercial/Industrial Water Heater catalog
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
J<br />
J<br />
J<br />
@ 1994, <strong>Patterson</strong>-<strong>Kelley</strong>, Division of Harsco C0rporati0n<br />
reprinted 2005
PATTERSON.KELLEY'S<br />
FULLY PACKAGED HEATER<br />
In the late 1950s, Patlerson-<strong>Kelley</strong><br />
developed the first line of completely<br />
packaged commercialindustrial water<br />
heaters. The P-K COMPACT semiinslantaneous<br />
water heater was part ol<br />
that nelv concepl when it was introduced<br />
back then. Over the years, improvemenis<br />
t0 the heatels design have represented<br />
a continuing evolution of the original<br />
concept, The P-K Col/PACT has always<br />
been completely assembled at our facility<br />
and, since it requires only four piping<br />
conneclions, is shipped ready for<br />
easy installation.<br />
HISTORY OF PERFOBMANCE<br />
P-K CoMPACT water healers have pedormed reliably, provlding<br />
long, lroublejree operation in thousands of installations in all types<br />
of commercial, institutiona and industria burldings as wel as on<br />
Navy ships, lts present design, which locuses on a small heater that<br />
produces high hot waler outpul at a closely controlled ternperature,<br />
makes it the deal waler heater for any building owner.<br />
HIGH.OUTPUT HEATER<br />
Operaling on steam, boiler water or high-temperalure waler,<br />
the P-K COI/PACT produces up lo 250 gpm at 40"F to 140"F,<br />
Though the largest unit has a footprint oionly I sq. fl,, the heater<br />
can handle any building's water heating requirements, either singly<br />
or via multiple-unil installation.<br />
PRECISE TEMPERATURE CONTBOL<br />
The heater leatures P-K's unique AnticipatoP control, which<br />
conlinuously meters heating rnedium demand 10 exacl proportions<br />
oJ hgl watqr requirements and regulates the hol water outlet<br />
temperalure lo a close tolerance of l4'F of set point, even wilh<br />
sudden fluctuating draws,<br />
PREVENTS SCALE<br />
Constantly pumped circulation prevenls scale lormation and<br />
accumulation 0f loreign matter on the heating surlaces in most<br />
waler conditions (water soltening may be required with extremely<br />
hard wate0. The constant ctrculation also continually monitors<br />
water temperature, slabilizing temperature contlol at all draw rates.<br />
CONSTRUCTED FOR LONG SERVICE LIFE<br />
The P-K CoMPACT is built to last. Potable water in the she I<br />
contacls only nonlerrous materials, preventing rusty water. The<br />
shell is constructed 0fsolid 90-10 copper nickel, the premium<br />
corrosion-resistanl material lor potable water service, Standard<br />
heat exchanger conslructi0n is copper tubing, wh ch will handle<br />
most water conditions. Coooer nickel is available for unusual<br />
waler conditions.
TEMPERATURE.LIMIT SYSTEM<br />
The P-K CoMPACT water heater is protected by a double<br />
solenoid temperaturelimit system with a hot waler dump valve.<br />
Should any overheating of water occur, the temperature-limit system<br />
immediately kicks in to shut otfthe heat source and dump overheated<br />
water into the drain. The valve controlling the heat source shuts off<br />
until normal hot water temperature is reslored; tl'te unit then assumes<br />
normal operating conditions. optional alarm and/or dry conlacl relay<br />
is available for remote service.<br />
NO OVERHEAD CLEARANCE<br />
The P-K CoMPACT is the easiest lo service ol the semi<br />
instantaneous water healers on the market today. The shell<br />
always remains in place, so no overhead clearance is required<br />
ior service. The tubesheets have drilled and taooed bolt holes for<br />
independent bolting, enabling the bonnet lo be removed wilhout<br />
breaking the domeslic water gaskets, ll a tube were to leak, il<br />
could easily be plugged off as a temporary fix and the unit put<br />
back into service within an hour, The steam or water chamber<br />
is easily removed without dislurbing the piping to the unit, and<br />
there is ready access to the tube bundle.<br />
DOUBLE WALL DESIGN<br />
The P-K CoMPACT is also available with a vented double.wall<br />
tube bundle with double tlbesheets. This design offers the ultimate<br />
protection againsl cross-contamination of potable waler and meets<br />
both health department and building codes. The P-K double-wall tube<br />
design creates maximum contact belween inner and outer tubes lo<br />
produce effective heat transfer, while providing a venled leak path<br />
as a visual means to indicate tube failure. The double.wall heat<br />
exchanger can be installed in any existing P-K CoIVPACT water<br />
heater originally supplied wilh single-wall tubing. Contact the<br />
factory or your local P-K representative t0 obtain further<br />
information, including lhe new rating.<br />
A.S.M.E, CONSTRUCTION<br />
The P-K CoMPACT water heater is corstructed in accordance with<br />
A.S.[/.E. Code, Section Vlll, Div. 1, and comes with an insurance<br />
company certificate ol inspection and test.
Anlicipalop<br />
Tempeature<br />
Control System<br />
Conlrol Valve<br />
ANTICIPATOFP CONTROLSYSTEM<br />
PRODUCES CLOSE TEMPERATURE CONTROL<br />
The P-K COMPACT features the<br />
Anticipatop integral conlrol system<br />
which meters the heating medium<br />
demand to exact proportions of hot<br />
',vater requirements and regulates hot<br />
water outlet temperature to a close<br />
lolerance ol t4"F from the setpoint,<br />
This schematic shows the general<br />
arrangement of the P-K COMPACT.<br />
Steam passes through the tubes of<br />
the heat exchanger bundle. The water<br />
is rapidly heated as it is directed over<br />
the tubes by segmental baffles inside<br />
a cylindrical wrapper. Above the<br />
wrapped tube bundle, minimum<br />
storage volume is provided to give the<br />
controls sufficient time to produce the<br />
'close<br />
tempenture control.
IEATURES/BENEFITS OF THE P,K COMPACT WATER HEATER<br />
. High-quality design and conslruction assure reliable performance and long service life.<br />
. A complete package |/vith only four piping connectons enables quick, easy inslallalion.<br />
' Compact design saves valuable floor space and fits easily into position.<br />
' High-capacity output: Up to 250 gpm at 40"F lo 140'F allows the heater 10 meel the<br />
hot water requiremenls ol any buildlng.<br />
. Performs equally well wilh steam, boiler water or high{emperature water.<br />
' AnticipatoP lemperalure control regulates hot water outlel temperalufers t4oF.<br />
' Constant circulation by the pump prevents scale formation and improves temperalure conlrol,<br />
' All nonferrous conslruction on the water side prevents rusty water.<br />
' Tube bundle drops down,,latd lrom the heater, so no overhead room s required for service.<br />
' Double solenoid temperaturelimil system prevents overheated water from entering the<br />
distribution system.<br />
' Design meets seismic-resttaint requirements, making it earthquake resistant.<br />
. Built to A.S,M.E. standaidsi meets code requirements.<br />
. Double-wall design available; meets 8,O.C.A. and LA.P.l\.,1,0. code requirements.<br />
. Heat-transfer rates verified by independent lesling agency, assuring thal the healer<br />
will perform al rated capacity.
SIZING INSTRUCTIONS FOR THE P.K COMPACT<br />
1. Determine tolal lixture units for all fixtures by using the Fixlure Capacity<br />
Table and lollowing the example below.<br />
2, Determine the demand gpm from lhe Hot <strong>Water</strong> Demand Curves below,<br />
3. Select lhe orooer size heater from the Sieam to Waler or Boiler <strong>Water</strong><br />
10 <strong>Water</strong> Selection Tables on pages 10-13. For other capacilies, contact<br />
your P-K representative or the factory.<br />
SIZE SELECTION<br />
Select a heater to heat 75 gpm olwater from 40"F 10 140"F with steam<br />
in the line at 25 psig. From page 10 of the Seleclion Tables, selecl a size<br />
PK08S to heat 80 gpm irom 40'F to 140'F.<br />
HOT WATER DEMAND CURVES<br />
EXAIiIPLET 200 nooirl HoTE|<br />
N0.<br />
FIXTURES TYPE OF FIXTURE Flx. uNtT<br />
200 Pivate Lavaiory<br />
.75<br />
10 Pub c Lavalory<br />
1.0<br />
2A Pr vate Shower<br />
1.5<br />
185 Tub and Shower<br />
1.5<br />
10 Slop Bas ns<br />
2.5<br />
4 Barber Bas ns<br />
2.0<br />
6 Beauly Par or Basins 2.5<br />
DEMAND<br />
FIX. UNITS<br />
150<br />
10<br />
30<br />
278<br />
25<br />
8<br />
15<br />
Demand gpmlrcm curye below 75 gprn. TOTAL FIXTURE UNITS:516<br />
E 5 0<br />
9 a o<br />
0 25 50 75 100 12s r50<br />
Theselab]6sandlhePr|im|arNolWahlDenrandTabearGplin1ed1rmIheA's'N'F'A'E'handbook(|aleslsFkmsGude)wlhFim$mtomA.S|F.AE<br />
CORRECTION FACTOR FOR WATER TEMPERATURE VARIATIONS<br />
The Fixlure Capacity Table is based on consumption of 140"F<br />
hol water using 40"F cold water to obtain 100'F mixed water at<br />
the lixture. Any variation ol these standard lemperalures wil, affect<br />
the hot water consumption.<br />
To determine lhe effect on the size oflhe P-K COMPACT, use the<br />
following procedurel<br />
1. Determine heaier size lrom instructions above.<br />
2, [/ultiply the gpm rating by the correclion factor from the<br />
lollowing formula:<br />
M-C . lV-40 = Correclion Faclor<br />
H-C 100<br />
Where: lvl = mixed lemperature al fixture, C = cold water temperature<br />
and H = hol water temDerature from heater.<br />
For example, if the heater determined above has a rating ol 75 gpm lrom<br />
40"F to 140"F and the aclual cold water lemperature is 70"F:<br />
100-70 . 100-40 = .71 Correction Faclor<br />
140 - 170 100<br />
z<br />
I<br />
t t l<br />
NoTELS AND MorELs\ |<br />
)<br />
l-<br />
cuivE DloFFriE BLdGs:<br />
. Therefore, ihe required gpm is: 75 x .71 = 54 gpm lrom 70"F to 140"F,<br />
Your healer selection would be size PK06S, which has a raling of<br />
55 gpm from 70"F to 140"F. In m0st cases, the heater will operate at<br />
140"F and a mixed temperature of 100'F is salisfactory; however,<br />
the cold waler supply may vary lrom job to job.<br />
Correclion Faclor lor Cold Waler TemDeratures<br />
Temperature - Cold Watel Supply,<br />
"F<br />
Correction Factof<br />
40<br />
1.00<br />
50<br />
.93<br />
60<br />
,83<br />
70<br />
.71<br />
'Based<br />
or 140"F water lrom the heater and 100"F rirlxed al lixture<br />
% HOT FORMULA<br />
The percentage ol hol water for any applicalion can be determined from<br />
the formula:<br />
M-C x 100=%Hot<br />
H-C<br />
SHOWER APPLICATIONS<br />
Special consideralion shou d be given to applicati0ns involving periodlc use 0t gang showers, such as may occur n lield houses, gymnasiums, lactories,<br />
instilulions, YIICAS, etc. Use the lollowing procedure: l\,lulliply the number 0f shower heads by lhe hot waler consumption rate n gpm. This gives the lolal<br />
gpm hot water draw rale. The maximum gpm 0f hol water may be rnodilied in accordance wilh Correclion Factor ior <strong>Water</strong> Temperaiure Varialions.
@FIXTURE CAPACITY TABLE<br />
PFELIM NARY HOTWATER DEMANO ESTIMATE<br />
140"F TemDefature lrom <strong>Heater</strong><br />
HOSPITAL BESTAURANT* FACTORY<br />
Type of Fixture Fix. Unils Type of Fixture Fix. Units Type of Fixture Fix. Units<br />
Privale Lavatories 0.75 Private Lavatory O.7 Private Lavatory O.75<br />
Public Lavatories 1.0 Public Lavaiory 2.O Public Lavatory 1.0<br />
Semi-Private Lavatones 1.2 lPrvate Shower 1.5 tPrivate Shower 1.5<br />
tPrivate Shower<br />
tward Shower<br />
tsemiPrivate Shower<br />
1.5<br />
2.5<br />
1.5<br />
lPublic Showef<br />
S nk - Kitchen<br />
S nk - Pantry<br />
1.7<br />
3.0<br />
2.5<br />
tPublic Shower<br />
Sink - Slop<br />
36' Half Bradley<br />
3.0<br />
2.5<br />
1.0<br />
Prlvaie Bath 1.5 S nk - Slop 2.O 36' Full Bradley ]5<br />
Ward Balh 2.0 S nk - Poi (Single) 2.5 54' Haif Bradley 1.5<br />
Sink- Flushing Rim 2.O S nk - Pot (Double) 3.5 54 Full Bradley 2.A<br />
Sink- Scrub-ljp 1.5 Slnk - Sink - Laboratory 1.5<br />
Pot (Idple)<br />
Slnk<br />
5.5<br />
CORNECTIONAT OR I'ENTAL NSffUNON<br />
- Vegetable 2.O<br />
Sink - GeneralPupose 1.0 Slnk - Bath<br />
Bar 2.5 TVpe ot Fixture Fix. Units<br />
- Leg<br />
Bath -Arm<br />
6.0<br />
4.0<br />
Washer - Silver<br />
Washer<br />
2.O' Prival€ Lavatory 0.7<br />
- Bath<br />
Glass 2.O' Public Lavatory 1.0<br />
- Sitz 3.0 Washer - Balh<br />
Can 3.0 tPrivate Shower 1.5<br />
- Foot<br />
Balh - Emergency<br />
Hydrotherapeutic Showers:<br />
3.0<br />
2.0<br />
Cofiee LJrn<br />
Ba ne [,4ar]e<br />
Pot 8 Pan Washer<br />
1.2<br />
1.0<br />
2.0'<br />
tPublic Shower<br />
tTub and Shower<br />
Sink- Slop<br />
3.0<br />
1.5<br />
2.o<br />
ll Shower Head<br />
{2 Spray<br />
8.0<br />
1.2<br />
Dish Pre-Rinse<br />
Pre-Scraper<br />
2.5<br />
2.O<br />
Janitor Drop<br />
36' Half Bradley<br />
2.O<br />
1.0<br />
Continuous Flow Bath: Pre-Scraper Conveyor 2.5 36" FullBradley 1.5<br />
Continuous Flow Fill 2.O 36' Ha f Bradley r.0 54' Half Bradley 1.5<br />
Continuous FlowOperate<br />
Hubbard<br />
1.5<br />
4.0<br />
36' Full Bradley 1.5 54' Full Bradley 2.O<br />
Autopsy Table<br />
Autopsy SinkandTable<br />
CLUB<br />
2.O<br />
2.5<br />
DISHWASNENS<br />
{use booster lo heat from lO"F to 1m"B<br />
APAFTMENT<br />
Type of Fixture<br />
Private Lavatory<br />
Fix. Units<br />
0.75<br />
Type of Fixture Fix. Units Type of Fixtur€ Fk. Units Public Lavatory 1.0<br />
Privale Lavatory 0.75 Single Tank Stationary Rack: tPrivate Shower 1.5<br />
Public Lavaiory 1.0 16 x 16 Rack 2.2 tPublic Shower 1.5<br />
tPrivate Shower 1.5 18 x 18 Rack 3.7 tTub and Shower 1.5<br />
tPub ic Shower 1.7 20 x 20 Rack 4.O Sink - Kitchen 0.75<br />
tTub and Shower 1.5 lvlultiple Tank Conveyor Type: Sink - SinL-Sop 2.5 Dishes - lnclined'<br />
'<br />
2.0<br />
Slop<br />
Sink - Pantry<br />
1.5<br />
1.5<br />
36' Half Bradley 1.0 Dishes - Flal 2.5 Domestic Clothes Washet 1-2<br />
36' Ful Bradley 1.5 Single Tank Conveyor Type 2.3 Domestic Dish Washer 1.5<br />
54' Half Bradley 1.5<br />
Laundrv Trav 1.5<br />
54'Ful B|adley 2.O<br />
GYI.|NASIUM<br />
HOTEL.MOTEL<br />
0 r5<br />
PRIVATE - PUBLIC SCHOOL<br />
Type of Fixture Fix. Units Type of Fixture Fix. Units Type of Fixture Fix. Units<br />
Private Lavatory 0.75 Prvate Lavatory 0.75 Private Lavatory 0.75<br />
Public Lavatory 1.0 Public Lavatory L0 Public Lavatory 1.0<br />
tPrivaie Shower 1.5 tPrivate Shower 1.5 tPrivate Shower 1.5<br />
tPub ic Shower 3.0 lTub and Shower 1.5 tTub and Shower 1.7<br />
Sink- Slop 1.5 Basin - Barber 2.0 Sink - Slop 2.5<br />
Basin - Foot 1.2 Sink - Slop 2.5 Jan,tor Drop 1.5<br />
36' Half Bradley 1.0 Basin - Beauty Pador 2.5 Domestic Clothes Washet 2.O<br />
36' FullBradley 1.5<br />
Domestic Dish Washor 2.0<br />
54' Half Bradley<br />
54' FullBradley<br />
1.5<br />
2.O<br />
OFFICE BLDG.<br />
ASSOC, BLDG. iYI\4CA Type of Fixture Fix. lJnits<br />
INSTITUTION _ HOME<br />
Type of Fixture Fix. Units Private Lavatory O.75 Type ot Fixture Fir. Units<br />
P vate Lavatory 0.75 Public Lavatory 1.0 Private Lavatory O.7<br />
Public Lavaiory 1.0 tPrivate Shower 1.5 Public Lavatory 1.0<br />
tPrivate Shower 1.5 Sink - tTub and Shower<br />
Sink<br />
1.7<br />
Slop<br />
Janitor Drop<br />
2.5<br />
2.5<br />
tPrivate Shower<br />
tTub and Shower<br />
1.5<br />
1.5<br />
- Slop 2.5 36" Half Bradley 1.0 Slnk- Slop 2.O<br />
Jan tor Drop 2.O 36" Full Bracjley 1.5 JanitorDroD 2.O<br />
'These iems reqLne 180'F hol water. The consumpl on ligrres arc based on supp y ng l4O'F waler wilh a boosler heater used to obtain 180'F wator<br />
'' Add 20elo<br />
to al i gures wheo nol Lsed in combination with other bu lding seto ces ffom the same heater<br />
formUlac=GX,33where.c.'=coiieclonFaclolandG=gpmolshowerheadber9Used'ExamPe:showelh€ad4gpm=c=4t'33orj32FlomFiXt!recapacityTable,Hole|-Mote|<br />
(showe6)which shows 1.5 iixlure onits, mu tiply 1.5 x I 32 = 2.0 fxlure Ln ts per shower head using 4 gpm.
DIMENSIONS:<br />
Steam to <strong>Water</strong><br />
A<br />
DtMEilSt0NS tit tNcHES<br />
\ l<br />
/<br />
Linit syslen<br />
1/2 N.P.r<br />
B<br />
(5" Flonqe on PK 12)<br />
isuolon==-<br />
Steam and Boiler Waler<br />
'6<br />
f-<br />
Component Single Wall Double Wall<br />
Shell Side SB-171 -706 (Copp€r-Nickel)<br />
Tubes SB-75-C12200 (Copp€r)<br />
Tubesheet (inn€r) SB-171.464 (Naval Brass)<br />
Tubeshoet (outer) NA SA-516-GR 70 (Cabon Steel)<br />
Bonnel SA-278-Class 30 (Cast lron)<br />
Billet' SA-516-GR 70 loabon Steel)<br />
'<br />
Boiler water and high-temp€rature waler only.<br />
Roughing-ln Dimensions 0nly<br />
A B D E F H J K M<br />
1-1t2z'<br />
3-<br />
69-1/822-1t418-1/8 8<br />
69-11422-1t8 18 8-3/4<br />
12 31-1/8<br />
13-7t8 31-3/4<br />
20<br />
20<br />
78<br />
78<br />
85<br />
84<br />
3/4<br />
1-1/2<br />
2-1/2- 72-3t422-5t8 17 14-3t4 33-1t2 81-1/2 89<br />
85-1/2 29 23 11-1t4 18 41-3/8 34 97-3/4 101 2<br />
Valve: Dimension varies with valve selected. Allow for maximum 161<br />
Pneumatic valve shown. Self-contained available.<br />
-<br />
F.PT.<br />
.' 150 # flange
PRESSUBE VESSEL DESIGN DATA<br />
Steam and Boiler <strong>Water</strong><br />
p<br />
e Design Pressure 155 psig<br />
Design Temperalure 220'F<br />
'6<br />
E<br />
Hydrostatic Test Pressure 330 psig<br />
Design Pressure 150 psig<br />
Design Temperature 315'F<br />
Hydrostatic Test Pressure 300 psig<br />
/<br />
rnr sys\en<br />
1/2" N.P.1.<br />
B<br />
(s" F onqe o^ PK 12)<br />
Clrculaiing<br />
DrtEtstolts t1{ tt{cHEs Rou0hln0-ln Dlmrnrlom 0nly<br />
Model No. A<br />
PKO6 1-1t2-<br />
B C<br />
69-1/8<br />
D E F H<br />
'12<br />
31-1/820 78 85<br />
PKOS J 69-1t4 13-7 t8 31-3t4 20 78 84<br />
PKl O 2-'l t2- !] 72-3t4 14-3t433-1t2 81-1/2 89<br />
PK12 85-1/2 18 41-3t8 34 97-3/4 101<br />
Valve: Dimension varies with valve selected. Allow for maximum 16".<br />
Pneumatic valve shown. Self-contained available.<br />
,<br />
F.PT.<br />
'-<br />
150 # flange<br />
DIMENSIONS:<br />
Boiler <strong>Water</strong> to <strong>Water</strong><br />
ns!lotion ------_<br />
3/4' N.P.T<br />
Droin
10<br />
SELECTION TABLES: Steam to <strong>Water</strong>, Sinole Wall<br />
How lo use lhe Selection Tables: To obla n lhe l\rlodel Number. intersect lhe gpm with steam Ine pressure.<br />
Exampe: Reqlired recovery:38 gprn al40"F t0 140"F at 15 psgine<br />
pressure. Select lt'lodel Number PK08S.<br />
40"F lo 120"F<br />
GP[,4 Steam<br />
Olnr O 2<br />
2 5 10<br />
LINE PRESSURE PSIG<br />
25 40 50 75 100<br />
BUNDLE PRESSURE PSIG<br />
5 1 0 1 5 2 5 3 0 5 0 6 5<br />
1O 4OO PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S<br />
20 8OO PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S<br />
30 12OO PKO6S PKO6S PKO6S PKO6S PXO6S PKO6S PKO6S PKO6S PKO6S<br />
40 1600 PKOsS PKOSS PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S<br />
50 2000 PK08s PK08S pK08S pK06S pK06S PKO6S pK06S PKO6S pK06S<br />
60 24OO PKOSS PKOSS PKO8S PKOSS PKOsS PKO6S PKO6S PKO6S PKO6S<br />
70 28OO PKOSS PKOSS PKOsS PKOSS PKOSS PKOSS PKO6S PKO6S PKO6S<br />
80 32OO PK1OS PK1OS PKOsS PKO8S PKOSS PKO8S PKOSS PKOSS PKOSS<br />
90 3600 PK10S pK10S pK08S pK08S pK08S pK08S PKOSS PKOSS pK08S<br />
1OO 4OOO PKIOS PK1OS PK1OS PKOSS PKOSS PKOSS PKOSS PKO8S PKOSS<br />
'125 5000 PK12S PKjoS pKlos pK10s pK08s pK08s pK08s pK08s pKoSs<br />
150 6000 PK12S PK12S PK1OS PK1OS PKIOS PK1OS PK1OS PKIOS PK1OS<br />
175 7000 PK12S PK12S pK12S pK10S pK10S pK10S pKlos pK10S pK10S<br />
2OO SOOO _ PK12S PK12S PK1OS PK1OS PK1OS PK1OS PK1OS<br />
40"F lo 140"F 2 5 10<br />
GPM Sleam<br />
tUnr O 2<br />
LINE PRESSURE PSIG<br />
15 25 40 50 75 100<br />
1O 5OO PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S<br />
20 1OOO PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S<br />
30 15OO PKOSS PKOsS PKOSS PKO6S PKO6S PKO6S PKO6S PKO6S PKO6S<br />
40 2000 PK08s PK08S pK08S pK08S pK08S pK08S pK06S pK06S pK06S<br />
50 25OO PKOSS PKOsS PKOSS PKO8S PKOSS PKOsS PKOSS PKO6S PKO6S<br />
60 3000 PK10s PK1oS pK08S pK08S pK08S pK08S pK08S pK08S pK06S<br />
70 3500 PK1oS PK10S pKlos pK08S pK08S pK08S pK08S pK08S pK08S<br />
80 4OOO PK1OS PKIOS PK1OS PKIOS PKOSS PKOSS PKOSS PKOSS PKOSS<br />
90 4500 PK10S PK1oS PK10S pKlos pK10S pK08S pK08S pK08S PKOSS<br />
1OO 5OOO PK12S PK1OS PK1OS PKIOS PKIOS PKO8S PKOSS PKOSS PKOSS<br />
125 6250 PK12S PK12S PK12S PK1OS PK1OS PK1OS PK1OS PKIOS PKOsS<br />
150 7500 * PK12S PK12S pK10S pK10S pK10S pK10S pK10S pKlos<br />
175 8750 PK12S PK12S PK12S PK1OS PKIOS PKIOS PK1OS<br />
200 10000 - pKl2s pK12s pK12S pKlos pK10S pKlos<br />
NoTE: For temperatufe ranges othef lhan those shown here, please coniacl lhe P-K representative in your area.
SELECTION TABLES:Steam to <strong>Water</strong>, Double Wall<br />
Sizng seleclion for lhe double-walldesign s sirnilarto single wal asdescibedonpagel0.<br />
40"Fto 120"F 2 5 10<br />
GPIVI Sleam<br />
tunr o 2<br />
LINE PRESSURE PSIG<br />
15 25 40 50 100<br />
6 24O PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D<br />
12 48A PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D<br />
18 72O PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D<br />
24 960 PKOSD PKOSD PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D<br />
30 12OO PKOSD PKOSD PKOSD PKO6D PKO6D PhO6D PKO6D PKO6D PKO6D<br />
36 1440 PKOSD PKOSD PKOSD PKOSD PKOSD PKO6D PKO6D PKO6D PKO6D<br />
42 1680 PKOSD PKOSD PKOSD PKOSD PKOSD PKOSD PKO6D PKO6D PKO6D<br />
48 1920 PKIOD PK1OD PKOSD PKOSD PKOSD PKO8D PKOSD PKOSD PKOSD<br />
54 2160 PK1OD PK1OD PKOsD PKO8D PXOSD PKOSD PKOSD PKOsD PKOSD<br />
60 24OO PKIOD PK1OD PK1OD PKOsD PKOSD PKOSD PKOSD PKOsD PKOSD<br />
75 3OOO PK12D PK1OD PK1OD PKIOD PKOsD PKOSD PKOSD PKO8D PKO8D<br />
90 3600 PK12D PK12D PK1OD PK1OD PK1OD PK1OD PK1OO PK1OD PK1OD<br />
105 42OO PK12D PK12D PK12D PKIOD PK1OD PK1OD PK1OD PK1OD PK1OD<br />
120 48OO _ PK12D PK12D PK1OD PKIOD PK1OD PKIOD PKIOD<br />
40"F lo 140"F<br />
GPIV Sleam<br />
tOlnr O 2<br />
LINE PRESSURE PSIG<br />
2 5 10 1 5 z 5 40 50 100<br />
W<br />
BUNDLE PRESSURE PSIG<br />
6 3OO PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6O<br />
12 600 PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D PKO6D<br />
18 9OO PKOSD PKOsD PKOSD PKOsD PKO6D PKO6D PKO6D PKO6D PKO6D<br />
24 12AO PKOsD PKO8D PKO8D PKO8D PKOSD PKOSD PKO6D PKO6D PKO6D<br />
30 15OO PKO8D PKO8D PKOsD PKOsD PKOSD PKOsD PKOSD PKO6D PKO6D<br />
36 18OO PKIOD PK1OD PKOSD PKO8D PKOSD PKOSD PKOsD PKOSD PKO6D<br />
42 21OO PKIOD PKIOD PK1OD PKO8D PKOSD PKOSD PKO8D PKOSD PKOSD<br />
48 24OO PK1OD PKIOD PKIOD PKIOD PKOSD PKOSD PKOSD PKOSD PKOSD<br />
54 27AO PK1OD PKIOD PK1OD PKIOD PK1OD PKOsD PKOSD PKOsD PKOSD<br />
60 3OOO PK12D PK1OD PK1OD PK1OD PK1OD PKOSD PKOSD PKOSD PKOSD<br />
75 3750 PK12D PK12D P(12D PKIOD PK1OD PK1OD PK1OD PK1OD PKOSD<br />
90 45OO _ PK12D PK12D PKIOD PKIOD PK1OD PK1OD PK1OD PK1OD<br />
105 5250 PK12D PK12D PK12D PKIOD PK1OD PKIOD PK1OD<br />
12O 6000 _ PK12D PK12D PK12D PK1OD PK1OD PKIOD<br />
NoTE: Fortemperat!fe ranges other than those shown here, please contact the P-K represenlative in your area.<br />
11
12<br />
4O"F II.ILET WATER 2O'BOILER WATER DIFFERENTIAL<br />
Temp <strong>Heater</strong> Dom Bh<br />
Wtr Wir<br />
Range Size Flow Flow PD<br />
gpm gpm psi<br />
40 PK06S 12 4a 5.9<br />
to<br />
't20<br />
PK08S 25 99 6.9<br />
PK10S 74 293 2.6<br />
PKI2S 125 500 3.7<br />
40 PK06S 5 23 4.7<br />
to PKOA.S 12 60 2.6<br />
140 PKI0S 33 167 6.9<br />
PK12S 64 320 1.6<br />
40 PKO6S N/A<br />
to PK08S 4 21 2.7<br />
160 PK10S 10 60 7.5<br />
PK12S 22 134 7.5<br />
40<br />
to<br />
180<br />
PKO6S N/A<br />
PKOSS N/A<br />
PKlOS N/A<br />
PKl25 N/A<br />
P Dom Bk P Dom Bk<br />
a Wtr Wtr a Wtr Wtr<br />
s Flow Flow PD s Flow Flow PD<br />
q gpm spm ps s gpm gpm ps<br />
Boiler <strong>Water</strong> TemDerature<br />
13 51 6.8 4 17 69 1.5 2 25 97 2.9 2<br />
37 149 1.9 2 50 197 3.3 2 49 196 3.3 2<br />
2 83 332 3.3 2 83 331 3.3 2 83 330 3.3 2<br />
2 125 31 3.7 2 125 497 3.6 2 125 495 3.6 2<br />
6 6 31 2.6 4 10 49 6.1 25 97 2.9 2<br />
4 20 99 6.8 21 104 0_9 2 49 196 3.3 2<br />
4 41 2A2 1.3 2 66 327 3.2 2 83 330 3.3 2<br />
2 100 499 3.6 2 100 497 3.6 2 125 495 3.6 2<br />
8 4 25 5.7 6 6 3 4 3<br />
8 7 42 4.3 6 11 67 3.2 16 98 6.7<br />
8 20 117 3.5 28 166 6.8 4 39 233 1.7 2<br />
6 42 249 7.5 64 379 2.1 2 83 495 3.6 2<br />
N/A 3 19 7.3 8<br />
4 25 3.9 I 7 4A 5.6 6<br />
10 68 4.0 6 20 t36 4.7<br />
21 145 2.7 4 36 248 7.4 4<br />
4O"F INI.ETWATEB 4O'F BOII.ER WATER DIFFERENTNT<br />
Boiler <strong>Water</strong> TemDerature<br />
m0 b 160 210 to 170 220 b 1AO<br />
Temp <strong>Heater</strong> Dom Bk<br />
Wtr Wtr<br />
Range Size Flow Flow PD<br />
gpm gpm psi<br />
40 PK06S 15 29 7.5<br />
to PK08S 36 71 3.6<br />
120 PK10S 83 166 6.9<br />
PK12S 145 289 1.3<br />
40 PK06S 6 15 4.7<br />
to PK08S 17 41 4.2<br />
140 PK10S 39 95 2.4<br />
PK12S 100 248 7.5<br />
40<br />
to<br />
160<br />
40<br />
to<br />
180<br />
PK06S 2 6 0.8<br />
PK08S 5 16 1.6<br />
PK10S 17 52 5.7<br />
PKl25 39 116 5.9<br />
PKO6S N/A<br />
PKO&S N/A<br />
PK1OS N/A<br />
PK12S N/A<br />
P Dom Blr P Dom Blr P Dom Bf<br />
a Wtr Wtr a Wtl Wtr a Wtr Wtr<br />
s Flow Flow PD s Flow Flow PD s Ftow Ftow pD<br />
s gpm gpm ps s gpm gpm ps s qpm qpm psi<br />
6 17 33 3.O 4 24 47 5.A 4 26 51 6.7<br />
4 50 99 6.8 4 49 98 6.8 4 53 106 1.0<br />
4 83 166 6.9 4 109 217 1.5 2 140 27A 2.4<br />
2 216 429 2.a 2 249 495 3.6 6 249 493 3.6<br />
8<br />
6<br />
8<br />
I<br />
I<br />
6<br />
I 20 3.7<br />
22 56 7.5<br />
63 156 6.1<br />
100 248 7.5<br />
4 10 2.4<br />
10 31 5.7<br />
29 87 6.6<br />
59<br />
N/A<br />
176 3.9<br />
6<br />
6<br />
I<br />
8<br />
6<br />
4<br />
12 29 7.5<br />
31 76 4.1<br />
67 165 6.8<br />
135 334 1.7<br />
'15 46 5.1<br />
37 1| 3.1<br />
83 248 7.5<br />
2 7 1.2<br />
6 19 2.2<br />
17 60 ).5<br />
38 134 7_5<br />
6O"F INLET WATER 40' F BOILEB WATER DIFFEFEI{IIAL<br />
Boiler <strong>Water</strong> Temoerature<br />
200 to 160 210to170 220to 180<br />
Temp <strong>Heater</strong> Dom Blr P Dom Blr p Dom Bk p<br />
N/A<br />
Wir Wtf a Wtr Wif a Wtr Wtr a<br />
Range Size Flow Flow PD s Fow Flow PD s Ftow Flow pD s<br />
gpm gpm psi s gpm gpm psi s gpm gpm psi s<br />
60 PK06S 20 29 7.5 6 29 44 4.9 4 34 51 6.7 4<br />
to PK08S 59 88 5.5 4 66 99 6.8 4 66 ga 6.7 4<br />
120 PK10S 111 166 6.9 4 111 166 6.3 4 141 21D 1.4 2<br />
PKI2S 205 306 1.4 2 256 3a1 2.2 2 305 454 31 2<br />
60 PK06S 9 17 6.4 8 12 24 5.3 6 15 29 7.5 6<br />
to PK08S 24 47 5.4 6 29 57 2.3 4 45 90 5.6 4<br />
140 PK'10S 52 103 2.7 4 A3 166 6.8 4 83 165 6.8 4<br />
PK12S 125 249 7.5 4 125 24a 7.5 4 184 365 2.O 2<br />
60 PK06S 2 6 0.8 8 4 11 2.6 8 7 1A 7i A<br />
to PK08S 7 16 1.6 A 14 34 6.8 8 21 51 6.3 6<br />
160 PK10S 22 54 5.9 I 37 93 7.4 6 48 119 3.6 4<br />
PK12S 49 118 5.9 6 74 1a3 4.2 4 100 24A 7.4 4<br />
60 PK06S N/A N/A 2 7 1.1 a<br />
to PK08S N/A N/A 6 19 2.2 A<br />
180 PK1oS N/A N/A 20 60 7.s 8<br />
PK12S N/A N/A 45 134 7.5 6<br />
P Dom Blr P Dom Blr P Dom Blr<br />
a Wtr Wtl a Wtr Wt a Wir Wr<br />
s<br />
s<br />
Flow Flow PD<br />
qpm qpT ps<br />
s<br />
s<br />
Flow Flow PD<br />
qom qom o5<br />
s<br />
s<br />
Flow Flow PD<br />
oDm oom osi<br />
2<br />
8<br />
6<br />
4<br />
4<br />
I<br />
I<br />
8<br />
6<br />
s<br />
4<br />
2<br />
2<br />
2<br />
14 34 3.1<br />
39 98 6.7<br />
68 167 0.9 2<br />
198 490 3.6 2<br />
7 22 4.2 6<br />
19 56 7.5 6<br />
55 164 6.8 4<br />
85 252 1.O 2<br />
3 12 3.1 I<br />
10 35 7.2 I<br />
27 93 7.5 6<br />
60 207 5.3 4<br />
26 102 3.2<br />
49 196 3.2<br />
83 329 3.3<br />
124 493 3.6<br />
14 70 1.5<br />
39 196 3.2<br />
66 329 3.3<br />
100 493 3.6<br />
I 51 6.6<br />
19 114 1.1<br />
55 329 3.2<br />
83 493 3.6<br />
4 28 6.9<br />
11 75 4.0<br />
24 164 6.7<br />
64 441 2.9<br />
NOTE:<br />
For t"mperature ranges<br />
other than those shown here,<br />
please contact the P-K<br />
representative ln your area.<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
6<br />
4<br />
2<br />
26 101 3.2<br />
49 195 3.2<br />
83 327 3.3<br />
124 491 3.6<br />
19 96 2.9<br />
39 195 3.2<br />
66 327 3.2<br />
99 491 3.6<br />
9 52 0.9<br />
28 168 2.4<br />
55 327 3.2<br />
83 491 3.6<br />
5 37 3.5<br />
14 S7 6.6<br />
3a 266 2.2<br />
71 491 3.5<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
4<br />
2<br />
2<br />
SELECTI()N TABLES<br />
Boiler <strong>Water</strong> to <strong>Water</strong><br />
Single Wall
Temp <strong>Heater</strong> Dom Bk<br />
Wir Wtr<br />
Range Size Flow Flow PD<br />
40<br />
to<br />
120<br />
4A<br />
140<br />
40<br />
10<br />
160<br />
40<br />
rc<br />
180<br />
PK06D 7 29 5.4<br />
PK0aD 15 62 6.5<br />
PK10D 44 186 2.4<br />
PK12D 75 308 3.3<br />
PK06D 3 16 4.3<br />
PK08D 7 36 2.4<br />
PK1oD 20 102 6.3<br />
PK12D 39 198 1.4<br />
PKO6D N/A<br />
PK08D 3 19 1.8<br />
PK10D 6 37 6.8<br />
PK12D 13<br />
PKO6D N/A<br />
PKOSD N/A<br />
PK'IOD N/A<br />
PK12D N/A<br />
80 6.7<br />
P Dom Blr P Dom Bk<br />
a Wtr Wtr a ntr Wtr<br />
s Fow Fow PD s Flow Flow PD<br />
4<br />
2<br />
2<br />
6<br />
2<br />
6<br />
8<br />
6<br />
I 32 6.2<br />
22 A9 1.8<br />
50 205 3.0<br />
75 308 3.3<br />
4<br />
't2<br />
21<br />
62<br />
4.2<br />
6.4<br />
25 127 1.2<br />
60<br />
N/A<br />
308 3.2<br />
4 25 4.O<br />
12 75 5.7<br />
25<br />
N/A<br />
t54 6.7<br />
4O"F INLET WATER 4O'F BOILER WATEF DIFFERENTIAL<br />
Boiler <strong>Water</strong> TemDerature<br />
Temp <strong>Heater</strong> Dom Blr<br />
Wtr Wtr<br />
Range Size Flow Flow PD<br />
gpm gpm psi<br />
40<br />
to<br />
120<br />
2<br />
2<br />
2<br />
10 42 t.4<br />
30 123 3.1<br />
50 205 3.0<br />
75 308 3.3<br />
P Dom Blr P Dom th P Dom Bk<br />
a Wtf Wtr a Wtr Wtr a Wtr Wtr<br />
s Flow Fow PD s Flow Flow PD s Flow Flow PD<br />
2<br />
2<br />
2<br />
2<br />
15 63 2_6<br />
30 123 3.1<br />
50 205 3.0<br />
75 308 3.3<br />
6 6 31 5.64 6 31 5.6 /<br />
413 67 08 219 9A 2.O 2<br />
2 40 205 2.9 2 4A 205 2.9 2<br />
2 60 308 3.2 2 6A 30a 3.2 2<br />
6<br />
6<br />
2 13 5.2<br />
7 43 3.0<br />
17 105 6.2<br />
39 240 1.9<br />
N/A<br />
2 13 2.6<br />
6 44 3.6<br />
13 93 4.3<br />
6<br />
4<br />
4<br />
2<br />
6<br />
6<br />
6<br />
4 25 2.7<br />
10 62 6.3<br />
24 ftA 1.5<br />
50 308 3.2<br />
4 29 5.2<br />
'12 86 4.3<br />
200 to 160 210 to 170 220 to 180 230 to 190<br />
PK06D I 19 6.8 6<br />
PK08D 22 46 3.4 4<br />
PKi0D 50 103 6.3 2<br />
PK120 87 1aA 1.2 2<br />
40 PK06D 4 11 3.1<br />
to PK08D 11 29 3.9<br />
140 PK10D 23 60 2.2<br />
40<br />
PK12D 60 155 6.7<br />
PKO6D N/A<br />
to PK08D 3 10 1.5<br />
160 PK10D 10 31 5.2<br />
PK120 24 75 5.2<br />
40 PKO6D N/A<br />
to PKGSD N/A<br />
180 PK1OD N/A<br />
PK12D N/A<br />
P Dom Br P Dom Blr P Dom Bk<br />
a Wtr Wtr a Wr Wtr a Wlr mr<br />
s Flow Flow PD s Flow Flow PD s Flow Flow PD<br />
s qpm gpT ps s gp.n gprn psi s gp-n gpT psi<br />
6<br />
4<br />
4<br />
I<br />
8<br />
6<br />
10 21 1.i 6 15 31 5.3 4 16 33 6.1 4<br />
30 62 6.4 4 30 62 3.3 4 32 66 0.9 2<br />
50 103 6.3 2 66 136 1.4 2 84 114 2.2 2<br />
134 274 2.5 2 150 308 3.2 2 15A 30A 3.2 2<br />
5 13 3.4<br />
14 36 7.0<br />
38 98 5.5<br />
60 155 6.7<br />
2 7 1.6<br />
6 20 5.3<br />
18 54 6.0<br />
36 112 3.5<br />
N/A<br />
N/A<br />
N/A<br />
N/A<br />
6<br />
6<br />
4<br />
4<br />
6<br />
7 18 6.8<br />
19 49 3.8<br />
41 108 8.0<br />
81 210 0.8<br />
3 10 3.7<br />
I 2A 4.8<br />
23 72 2.8<br />
50 -155 6.7<br />
N/A<br />
4 15 2.1<br />
10 37 6.8<br />
23 83 6.7<br />
6O'F INLET WATER 40'FEOILER WATER DIFFERENTIAL<br />
Boiler<strong>Water</strong> Temperature<br />
200 to 160 210to 170 2mto 180<br />
Temp <strong>Heater</strong> Dom Bk P Dom Bk p Dom Blr p<br />
WV Wk a Wtr Wtr a \ttr \Vtr a<br />
Bange Size Flow Flow PD s Fow Flow PD s Flow Ftow pD s<br />
gom gprr psi s gpr qprr psi s qpm gpm psi s<br />
60 PK060 12 19 6.8 6 18 28 4.5 4 21 33 6.1 4<br />
to PKOSD 36 56 5.2 4 40 63 6.4 4 40 63 6.4 4<br />
120 PKioD 67 104 6.3 4 67 104 6_3 4 A5 fi2 1.3 2<br />
PK12D 123 192 1.2 2 154 240 2.A 2 ft3 285 2.8 2<br />
60 PK06D 5 11 5.8 6 7 15 4.8 6 I 19 6.8 6<br />
to PK08D 15 31 5.1 6 18 38 2.2 4 27 56 5.2 4<br />
140 PK10D 32 67 2.5 4 50 1D4 6.2 4 50 104 6.2 4<br />
PK12D 75 156 6.7 4 75 156 6.7 4 111 230 1.A 2<br />
60 PK06D N/A 2 5 2.4 6 4 11 6.5 6<br />
to PK08D 4 1'1 1.5 I I 24 6.4 I 13 34 5.9 6<br />
160 PK10D 14 35 5.4 I 23 61 6.7 6 29 75 3.3 4<br />
PK12D 29 75 5.2 6 45 117 6.6 6 60 157 6.6 4<br />
60 PK06D N/A N/A i\yA<br />
to PK08D N/A N/A 4 13 2.1 I<br />
180 PK10D N/A N/A 12 38 6.8 I<br />
PK12D N/A N/A 27 A4 6.7 6<br />
I<br />
6<br />
4<br />
6<br />
4<br />
2<br />
6<br />
6<br />
8<br />
8<br />
6<br />
I 24 5.1<br />
24 62 6.3<br />
41 108 8.0<br />
119 308 3.2<br />
4 13 3.8<br />
12 3A 7.4<br />
33 142 6.2<br />
51 160 0.9<br />
N/A<br />
6<br />
't7<br />
22<br />
62<br />
6.7<br />
6.8<br />
36 130 4.7<br />
2<br />
2<br />
2<br />
2<br />
4<br />
4<br />
2<br />
2<br />
6<br />
4<br />
6<br />
4<br />
2<br />
6<br />
6<br />
8<br />
6<br />
'16 66 2.9<br />
30 123 3.1<br />
50 205 3.0<br />
I 47 1.4<br />
24 123 3.O<br />
40 20s 2.9<br />
60 308 3.2<br />
5 31 7.5<br />
12 75 1.0<br />
33 205 2.9<br />
50 308 3.2<br />
2 15 6.3<br />
7 51 3.7<br />
15 108 6.1<br />
39 282 2.6<br />
NOTE:<br />
For temperature ranges<br />
other than those shown here,<br />
please contact the P-K<br />
representative in your area.<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
4<br />
2<br />
2<br />
2<br />
6<br />
4<br />
2<br />
16 66 2.9<br />
30 123 3.1<br />
50 205 3.0<br />
75 308 3.3<br />
12 62 2.6<br />
24 123 3.0<br />
40 205 2.9<br />
60 308 3.2<br />
5 31 7.5<br />
17 105 2.2<br />
33 205 2.9<br />
50 308 3.2<br />
3 22 5.7<br />
9 66 6.2<br />
23 166 2.0<br />
43 308 3.1<br />
SETECTI()N TABLES<br />
Boiler <strong>Water</strong> to <strong>Water</strong><br />
Double Wall<br />
a<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
2<br />
4<br />
2<br />
2<br />
2<br />
6<br />
4<br />
2<br />
2<br />
tL)
14<br />
PIPING ARRANGEMENTS<br />
Steam Syslem:<br />
Single Unit Installation<br />
D+l<br />
t4<br />
"fi<br />
D
@<br />
, \_-,/<br />
v prptrue<br />
ARRANGEMENTS<br />
Steam Syslem:<br />
Parallel Installation<br />
|ll<br />
?<br />
HOT WATER STORAGE<br />
STRATIFIED<br />
oot<br />
(,<br />
a.<br />
I<br />
,tl[rh<br />
qr ,tR<br />
$t\$$[$<br />
'trli$\^\\ .. o.,ilili\<br />
,o<br />
Steam System:<br />
Stratified Storage<br />
Applicalion:<br />
Limited Recovery<br />
<strong>Water</strong> <strong>Heater</strong><br />
.,,rylti,<br />
u\lir:!l;r<br />
*ar"
to<br />
PIPIlIG ARRANGEME]ITS<br />
Boiler Waler System:<br />
Single Unit Installation<br />
Two-Way ControlValve<br />
D+ SIG n€f<br />
"{ tA<br />
$<br />
OrlceUnionZ<br />
a conlrciGage€F<br />
l,F)<br />
{7 BaancingCek<br />
Pip! Union<br />
I I<br />
'r|l<br />
-<br />
.iRqh<br />
,IRrh<br />
,i$sl,k<br />
o dnoil<br />
XtLvl.tL+<br />
o[[Ps' " , s<br />
'l'<br />
o{^!' Boilet Watet System:<br />
''<br />
'<br />
Single Unit Installation,<br />
Bypass ControlValve<br />
v
I<br />
J<br />
SPECIFICATIONS FOR<br />
P-K COMPACT@ Semi-lnstantaneous <strong>Water</strong> <strong>Heater</strong><br />
STEAM TO WATEB<br />
BOILER WATER TO WATEB<br />
Furnish and install as shown on the plans<br />
P-K CotilPACT water heate(s), l\4odel Number<br />
manufactured by <strong>Patterson</strong>-<strong>Kelley</strong> Co.<br />
Each waler heater shall be a Jactory-assembled package, rated lo heat<br />
gpm ol water from "F<br />
to "F, and control the<br />
domeslic lixture outlel temperature to within i4"F 0f the selecled<br />
temperalure when supplied wlh (selecl one):<br />
Sleam lo <strong>Water</strong>:<br />
_ psig salurated steam belore the conlrol valve.<br />
Boiler <strong>Water</strong> to <strong>Water</strong>:<br />
_ gpm of boiler waler entering ai _'F and leaving at _.F.<br />
Due to overhead clearance restriclions. each healer shal be capable<br />
of being disassembled in place, for maintenance and inspeclion<br />
purposes, without having 10 remove lhe shell from the domestic water<br />
piping. The heatels suppo( sha I provide ample clearance lor tube<br />
bundle removal. A full diameter threaded lube sheet shall be provided<br />
to allow for inspection and mainlenance while the shell remains under<br />
pressure.<br />
Each packaged waler heater shall consist oJ the following componenls,<br />
completely laclory-assembled, ready for conneclion 10 services:<br />
1. P-K Col\.{PACT \ryater heater with verlical supporl<br />
2. Bronze A.S.[/.E. rated pressure and temperature reliel valve set<br />
at 150 psig and 210"F.<br />
3. Bronze c rcuiator pump pre-lyired wilh pilot ighled 0N/0FF switch<br />
operating at 115 v0lls/60 hedz/single phase. The purpose of the pump<br />
is lo prevent scale.<br />
4. Double solenoid lemperature limit syslem.<br />
5. Insulalion is in accordance with lhe currenlA.S.H.R.A.E. standards. lt is<br />
a llexible foam insulation aminated 10 a durable, reinforced PVC jackel.<br />
6. Inlegral Anticipalor! lemperalure conlrol syslem.<br />
Steam to Waler<br />
7. Temperalure control valve - steam pil0t operaled ot pneumatic<br />
with air kil (select one).<br />
8. Float and lhermostalic trap.<br />
L Domeslic water lhermometer (3-1/2'diameter dial minimum) direct<br />
mounted with separable lhermowell.<br />
10. Steam pressufe gauge (3-1/2" diameler d al minlmum) with shul oil cock.<br />
Boiler Waler to Waler<br />
7. Boiler waler control valve - 2 way ior 3-way bypass) pneumatic with<br />
lemperature controller and alr kit. NoTE: 3-way valve nol suitable l0r<br />
service over 250"F. Diveding valves will not be accepted.<br />
8. Domestic waler thermomeler (31/2" diameter dial minimum) direcl mounl<br />
wilh separable lhermowell.<br />
9. B0ller waler thermometer (31/2" diameter dial minimum) direct rnount<br />
wilh separable lhermowell.<br />
MATERIALS OF CONSTRUCTION<br />
SHELL - 90/10 Copper.Nickel, A.S.ltl.E. certified for 155 psig<br />
working pressure<br />
TUBES - Copper or 90/10 Copper-Nickel (seleclone)<br />
Single Wallor Double Wall (select one)<br />
TUBE SHEET - Solid Copper Alloy<br />
BAFFLES - Teflon<br />
SHELL CoNNECTIoNS - Solid Copper Alloy<br />
FINAL ASSEMBLY<br />
The entire water heater shall be factory-assembled and tesled,<br />
requiring only connection to services, Complete operaling,<br />
adjustmenl and slarl-up instructions shall be provided in booklet form,<br />
.GUABANTEE<br />
The healer manufacturer shall guarantee all components and<br />
workmanship for one year lrom dale 0fslarl-up. provided lhat the units<br />
are slarted within six monlhs lrom date of shipment. The manufacturer<br />
shall also guarantee thal the heater will perfom at raled capacity, as<br />
verified by an independenl tesling laboralory. The following componenls<br />
are lo carry an exlended, uncondilional, non-proraled guarantee, which<br />
shall be included as parl 01 the submittal:<br />
TUBE BUNDLE<br />
The entire tube bundle assembly, from the steam inlet 1o the<br />
condensate outlel, shall be guaranleed lor 10 years against failure<br />
{rom thermal shock, mechanical lailure 0r erosion.<br />
PBESSURE VESSEL<br />
2o-year guarantee against leakage<br />
ANTICIPATORI' TEIT4PERATURE CONTROL<br />
20-year guarantee against any failure