3501 Coachman Pt - Sprinkler Reports. B UCKNER
ENTERPRISES IN
. L.sC.
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FCet i:?:_ . . ,. _ ...r' ? ? 9y_ - ?. .. ...
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-` ';.ry pans and specificatiors ano tu
TABLE OF CONT-ENTSHrac: uf details, quantdies and
i ...- -•?crv.
L
EAGAN MAINTENANCE BUILDING
SECTION PARAGRAPH PAGE N0. DESCRIPTION MANUFACTURER
15060 2.10 1- 17 PIPE & FITTING ALLIED/VICTAULIC
15100 2.2 18 - 19 VALVES NIBCO
15300 2.4 20 - 29 SPRINKLER HEADS CENTRAL/STAR
15300 2.4.3 29A SPARE HD. CABINET AUTOMATIC
15300 2.44 30 HEAD GUARDS JOHNSON FIRE
15300 2.52 31 BALL DRIP STAR
• 15300 2.7 32 INSPECTORS TEST RELIABLE
15300 2.10 33 - 36 MECHANICAL
SUPPORTING DEVICES GRINNELL/HILTI
•
7708 KENTUCKY AVE NO. 0 BROOKLYN PAR,K, MN 55445 0 PHONE (612) 424-1473
SUPERIOR
Allied Light Wall Pipe
Manufactured
ASTM-A135 standards and
Because of its superior physical characteristics,
ALLIED LIGHT WALL PIPE is ideaily suited for use in
any sprinkler system installation. ALLIED LIGHT
WALL PIPE is a proven performer; a high performance
pipe that is manufactured exclusively for the Sprinkler
Industry.
MEETS RIGID ASTM•A715 STANDARDS
ALLIED UGNT WALL PIPE ia a quality ptoduct that is
manufactured to meet the industry's most rigid stand-
ard, ASTM-A135; a standard with encting require-
ments covering material compositian, tensile proper-
ties, tolerances and more.
LIGHTWEIGMT, YET EXCFPTIONALLY STRONG
The method af manufacturing used by Allied to pro-
? duce Light Wall Pipe increaxs its avenge tensite
J strength. lt averoges 50% greater per unit of thickness
than representative samplea of Schedule 40 pipe. Yet
ALLIED LIGHT WALL PIPE is 30% lighter in weight.
POTFNTIAL COST SAVINGS .
The handling ease of ALLIED LlGHT WALL PIPE can
reduce the cosi of sprinkler system installations. Light-
weight pipe means easier handling. It aiso means coo-
sidera6le savinga on freight costs. Having ALLIED
LIGHT WALL PIPE reamed and chamfered at the fac•
tory means only minimal end prepantion is required
on the jobsite which raults in reduced handling and
insuilation time. And, hole drilling, as we11 as cut•ta
length servicea provided by Allied can minimize fabri-
ution steps; saving additional costs. These special ad-
vantages add up to ovenil reductions in tntal sprink-
ler system installation costs.
EXCEPTIONAL STRENGTN FOR
SUPFRIOR PERFORMANCE
ALLIED LIGHT WA4L PIPf is work hardened through a
special io-line cold forming process to provide escep
tional strength for its weight. The steel used meeu the
requirements for nrbon and high strength, low altoy
steel (ASTM•A568). ALLIED LIGHT WALL PIPE ea-
ceeds the malleability of Schedule 40 pipe, ret is resir
tant to permanent deflection.
oJ
WITH IMPROVE
PROVIDES OPPORTUNITIES TO MA::IMIZE
ENGINEERING AND DESIGN CAPAB:LITIES
The larger inside diameter oF ALLIED LIGHT WAIL
PIPE means increased water flow and volume ...
which can reduce pipe siza reQUired For manv in-
stallations. Cut•to-length pipe availa6ility is an advan-
tage that allows for greater flexibility in custom de-
signing a sprinkler system. Systems can be engineered
to meet actuat job requirements without the restraints
of working with standard pipe lengths. You can effec-
tively reduce recutting and dro{roif losses.
BUILT-IN EASE OF FABRICATION FEATURES
ALLIED LIGM7 WAIL PIPE cames irom the mill with
the ends debuered and chamfered outside: eliminating
any metal-working preparation normally required for
?
_
ly engineered for use in sprinkler installafions.
1 CORR4SlON PROTECTION . . .
ise with plain end mechanical fittings. And, Allied's
uecise tolennces help eiiminate orrthrjob assembly
3roblems. ALLIED LICHT WALL PIPE ia designed for
ase with any mechanical fittings currcntly awilable;
plain-end or grooved.
UNSURPASSED CORROSION PROTECTION
41lied's unique caating process provides unequaled
durability. This gives improved corrosion protection
at the jobsite and Provents the pipe from sticking to-
gether during shipment. It also acts as a primer ahould
you decide to paint tfie pipe. Test resulb (available
upon request) prove the suitability of ALLIED IIGHi
WALL PIPE for use in Automatic Sprinklei Systems,
meeting the requirements of NFPA No. 13.
Allied Schedule 40 Pipe
Allied now ofien a high quality, superior Sched
ule 40 pipe for ux in sprinkler rystem installatioro.
Our SCHEDUIE 40 (ASTM-A135) PIPE is manufac•
tured to the ezacting standards that Allied users
have come to expect from other Allied pipe prod•
ucts. IYs not just anolher Schedule 40 pipe.
ALLIED SGHEDULE 40 (ASTM•A135) PIPE is spr
cificaily manufaetured for use in sprinkler syr
tem installations. And, like so many of our prod-
ucta, we've manufactured the product in a unique
proceu that provides superiar strength and im-
proved carrosion resistance.
MEETS RIGID ASTM-A735 STANDARDS
ALLIED SCHEDULE 40 (AS7M-M35) PlAE is a
quality product with certifiable mechanical
propekin that meet the indushy's most rigid
standard. ASTM•A13S. This standard has esact• Jl
ing specifitations covering material eomposi-
tion, teraile properties and tolerancn. •
SPECIAL STRENGTH CHARAC7ERISTICS
ALLIED SCHEDULE 40 (A57M•A135) PIPE is man-
ufactured irom high quality ateel, wofk hardened
through a special cold forming process and qual-
ity control inspeded throughout the proceu.
Precision manufatturing produces a 5chedule 40
produet with pretise outside diameter and wall
thickness tolerances. The uniformity of steel in
our produd allows far easier threading tnd for
longer threading tool life. The end result is a
produd with wperior strength along with certifi-
able mechaniul properties.
UNSURPASSED CORROSION PROTECTION
ALLIED SCNEDULE 40 (ASTM•A735) PIPf is given
the same unique coafing'that is uud on ALLIED
UGHT WALL PIPE. The improved corrosion pra
tection process used by Allied an its Schedule 40
pipe fs tM onlY one of its kind in the induatry.
Allled now affen both ... ALLIED LIGHT WAII
PIPE and SCHEDUtE 00 (AGTM•A135) PIPE. This
meam yau nn cMose the sprinkler pipe that
beat fuib the job epecifiutians and engineering
requiremen6. It also permits the engineering of
a sprinMler system Ihat an utitize both light wail
and Schedule 40 pipe for economy and ristem ?
performance. ??
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COUPLINGS
Wor Grooved End IPS Pipe
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A
.
STYLE 77 STAN DA RD COUPLING
Plp? Mac Wt Mu.EnM AIkw. eBeal m • I i Approt,
ftn D.d Pnuun Lesd PIpe EM Pv yry,py
?s Inc1m P3i LD?.' 3?0.?Y Couplinq INFaoI I nehu Lht
r mm Mh M mw OoQf/tl @s/mtlv M llllmtlln Kp
? i.aso iooo ass ay, e,_ar t.43 z?b 3% t?l. i.s
m zss 68 a.a4v aaz 353 Ka n1 aa o.s
1 1.315 1000 1.3fi0 " 5,_26. 114 2% 3'? i?i 1.4
n
- a.r 6.8 6052 o-a.z i9o eoa 9e.4 a.4 06
r77 i.cso ioao 2160 aK , o.?o
?
?
4
u 42.4 69 9.612
a31 .
17
4
7.0
6
6.1
i
i
75
4
?
a
114 1.900 t000 2835
30-W 079 3 5 i?'i 23
40 18.3 61 12816 63.2 20.1 78.2 127.0 44.1 1.0
2 2375 1000 4
130 aK 0
63 33( 54? 1? 27 ? ?
. ??? . ? i i ? -s-
SO 60.3 6.8 19.711 0.i2 16.0 ?t 142.9 MI 12
rh 2815 1000 6.490 0-}S 2°29' 052 !+b 6Yi t?i 3.8
H 78.1 68 28.880 43.2 132 10S0 158.8 M,1 1.7 '
JO.aI 3.000 7000 7.OW a+? 0.50 43it ?ie i?'i 3.8
s
es n., as ai.? o-sz r-? 12.7 ioas iwa u.. 17
3 3.500 iooo 9,620 aK
? ou s 7 1?, 42
W 88.9 69 @.8W a32 p'3 io.9 t270 7778 ua t.s
314 4.000 ioao 1z565 ay? o?a sK s i? s.o
C @ 8.8 55.914 43.2 9.5 1129 20 3.2 NA 23 . .
4 4.500 1000 15.90p o-y? 0.66 H% gy? 2 7.0 The standartl ot the line, Styla T
100 tft3 6.8 fi.)55 68.4 16.0 161.9 275.9 50.8 3.2 gvailable in a broad range of IP;
6 5.563 1000 24,300 O-y?
?'?? 0.54 1% . t0y? 2 11.5 for varied serviees. The hausinq
IIS 1397 68 1p8J35 6E.1 13.7 193.7 260.4 50.8 52 dbbed COtla[fllCdon t0 PtOVidB
6 6.625 1000 34,470 0-y? 2,_??, 0.18 9 11+? 2 13.5 maximum atrength without
150 166.3 6.8 153.3? UB.4 11.7 228.6 292.1 50.9 8.1 Unn6C9ss8ry waight.ThOCOUpI
IISY 6.50D 1000 33,183 O-y? r.?r 0.46 9? N+ Zym 13.0 iataDebleotworkingpreuurea
150 t?.f 6.8 u7.fi6i 04.4 117 7,UA 292.1 524 5.9 to 1000 psi (6.8 MPa) dePendinc
! 8.625 800 46,710 O?y. 10-40 0.35 11% 14'h 2% 2;1.0 and ia auitable tor buneC or exp
200 219.1 54 207,993 p.b 4 B 9 28&9 368 7 60.3 10.e 3erviaes. Housings may De orCe
10 10.750 800 73280 O.%
.'
??
0.28
131h
»'i
2'h
31.0
dip galvanized or apecially coat
t50 273.0 i? 928.0% 68.? 7.1 3129 425.4 83.5 141
12 72750 800 102000 O-w . 021 15% 19 2% 35,5 CouDlin9a are aleo availa0le in
700 3219 5.1 451900 64A fi0 793.1 482.6 615 15.9 fot GBRBin OD DipB siZes. Styla
11 1100D 300 14180 aY. . 0.22 16% ZO 2?,? 11
0 ?°t of aluminum alloy fur lighn
S50 7$.6 2.0 205.501 6E.4 5.5 122.8 500 0
0 710 .
18.6 ?ice antl lower preanurea m'
"
IS
15.000
300
53,Op0
4Y?
,
,
0.20
1771
21y, ?
2/?
"•0 (25 mm) through 8
(200 mm) s
@ 0 2.0 7!Sl5
0 Pfi
.4 Q
_? St 151.0 5791 710 20.0 Style 77-8 is aveilabla in TYPa:
"
16 18.000 300 60,32p a}y 019 19 22{? 2?,? 19.0 atainless atael in 1
(25 mm) thi
'
100 406.1 20 26dt24 OiA ?"? 4.8 1826 568.3 710 22.2 18
(400 mm) sizes. Conault Yit
78,000 300 78,310 p.x 0.18 21+? 24y? 3K 5?.0 }ordateila.
@ e 2.0 A9.713 D64 ?? 1.2 519.111 819.1 79./ 295
m 2n.ooo aoo 94.000 o-y. ais
T?'?
?s
e
?u
soo ?eo z.a 41e3oo 044 ?e ?s
ea .x
7
a aoo n4.oao aw ?.?. au
?'
ra
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b e
e s z o smaao aa.. xs es
o s .o i
24 24.000 300 135,700 4Y? 0.13 27% 31% 3'? 90.0
?0 !Wl 20 E07.8? 08.a V'N 3-3 7017 796.9 I79.1 4.2
1NptYq Ran+. EnA Lu0 an0 Yew?wh tIpIKM an Oa?tl an sMdrd WM pPw HuwvC M
paaaa in'meiar?c? WO NeuuYe J1pQ0dieparo IOOW Stl FMr ro Vk7rY?e Rpwq O?Wn 4unur la
ai? en mr woa
rAuewd. rro.bw s.pr.uW ana afrmon rpWr rar.wb.ro raN yieo..a aw wo.wil a a,.nm
ub MMMS YVIOtl aOOYa
0 91YM 7! ep4Wv ANo 4OUnWnt OMma ata
719
i Si2B5
haa
ing
up
1 an aixB
oaetl
retl hat
ed.
Sryle 78
77-A is
xaight
izes.
04
ough
YwIiC
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T
GROOVED END FITTINGS
Victaulic otters a broatl line of fittings in sizes through 24"
(600 mm) in a vanety of straight ano reaucing stylee. Most
slantlartl fittings are cast of durable malleabl9 or CuCtde iron
to Oreaisetolerances. This assures concentnc walis, undorm
SttBngth, diIT1BfISlOndl 2CGUlaCy and SmOOth IflR9fluf}8CB!
lor minimum presaure CroO.
All tittings are supplied with grooves or shoulden to permit
tsat instailation without }feld preparation. The grooved
Ceeign permits tlexiCility for eaay alignment. Theae fittings
ara not intenCed tor use wrth Victaulic Plein End Cauplings
(reter to pages 35 and 38 for fittings availabie tor p(ain entl
apPlications).
fittinga are provided in varioua materials inciuding malleable
Iron, dutKile iron, steel or segmentally welded steel
depending on stylee and size. Fittings are also available in
sluminum and stainless steel. Contact Victaulic for material
speuflcations on specitic srylea and sizes.
ViMaulic standard tittings pressure ratings canform to the
ra4ngs of Style 77 Victaulic couplinga, as listed on page 17.
FLOW DATA
Frictional Resistance Ellptir0 u Equmlont Svuqnt Plps- In FU m)
Ell
7 ?
r .
w eo
glxo r&nee ua
Ne?u
i hM FM hN Fal
silliwpm
MOlas
MMen
MMat
MNa7
25
0.5
0.2 42
13 1.7-
0.5
50 it OS 26 11
28 i3.0 5. A
m ,s oe eo 1s
? 6.8 3.4 18.0 .8
100 2.1 t.0 49 2.1
5 8.5 4. 1.0 8
125 2.6 13 64 2.6 ? w
6 1.0 5. .0 1. G
150 30 15 76 70
8 13.0 . 13,0
r? t? t
200 40 2.0 tot 40
10 17.0 8 41. 17.0
250 52 2.5 125 52
12 2010 10.
900 61 3.0 15.7 61 yictaulic tittinga are tleaigned for minimal frictional
14 T resiatance. Tha following chart expresses tha trictional
350 46 2.7 183 ' 2 resiatance ol vanous Vietaulic fittlnga as eduivelent feet of
17. 10.0 •? streight pipe. Fittings not listetl can De estimatatl trom tha
4m 52 3.0 213 61 a 221/26 elbow ia approzimately ona-
for exsmpla
dats given
d ? ,
,
half the resietanCa of a 450 elbow. Values ot miWSUSSCan be
- 61 3.7 Z 7 0 olated trom the dat8 given
ter
i
.
p
n
m 6.7 43 27.1 76
Epp 76 49 701 10.4
Ma7i• wrwm onnui a m u nouue m auii, uw .nw eorrrpawinq te
branch use ane.n in ueN.
E.amaM: e- . e• a r ennen r- 1614 (101 mm- 4.9 ml
WMn eruen W tw ?f i11tIrMY M NS?, uM qIW COII?WOMI?fg 10
blufCll suI tl10YY11 .n IaOM.
E.mow e- . e- . e• erancn r. 33 n. 1101 hvn • 10.1 mi
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Ineua CtaE WqLEi CtnE WqtFi CroE WqLEi. CtoE WqL Ei C1oE WqLEt CtoE WqLEL CWLE CtoSE Wt,E?.
aw In./mn? l0./Itq IR/mn Lb./lq InJmm LOJKq In./mm L6J1cq INmm Ld/Kq In./mm l6?49 IN mn In,/mm L6yJK9
?'i 214 6.5 1'h Q-5 - - - - Z'b 6.8
m 572 02 381 oz _ nz 04 572 aa
I 21/4 0.6 1?. 0.6 t%+ 0.9 I 1% 0.3(SYl) 2% 0.9 21I. 1.3 r/. 2% 1.1(m)
25 572 03 aa 03 atJ (4 349 01 57,2 04 572 0.6 572 572 0.5
11/4 23?4 0.9 34 0.6 7?, 0.8(SMq 1? O.SISW) Z?. t.d 2. 21 2?Ji 2'1 1.5
72 69.8 Oi Ud 03 ua (6 3?9 02 69.8 OB 69.9 1.0 698 615 OJ
1'h 23'4 1.1 1. a.s 1Y4 1.015W1 t% 0.5(SW) 2. 1.8 2yi 2.5 2ya 2Y4 1.9
10 69.8 05 Wd Od tad OS 31.9 0.2 69.8 68 69A 1.1 696 691 OB
2 31/4 1.9 2 1.3 lye+ tA I 13` 1.3 3y? 2.8 31/4 3.7(m) 3y? 2y. 23
50 826 09 50.8 06 476 06 349 06 82.fi 73 82.6 17 828 698 10
Z'!e aYi 3.0 2y. 2.0 2' 2.3 Vh 1.515W1 3?', 4.4 3?. 5.3 3?'. 3 5.7
65 95.2 1 i 572 09 508 7 0 38.1 0.7 95.2 2.0 952 20 952 76.2 2.3
30.0. 4? 4.0 - - - - - - <'h 6.0 - - - - -
65 114.3 t P - 1113 27
3 4y, 4.7 2'h 3.2 Zy.+ 3.3 1*h' Z9 Gy? 8.0 4% $.2(m) 4Y? 3% 6.0
Ap 10E.0 2 t . 615 15 572 1 S 381 13 108.0 36 108.0 3.7 108.0 A28 2.7
14 4yz 6.6 . 43 2?h 4.0(SV) 1? 28(SYY) 4% 11.0 4y2 9.8 d+y 3'h 9.8
1143 30 69,8 20 63.5 1 B r11 1.3 1143 50 111.3 4.1 114,3 889 41
4 5 8S 3 5.5 2,? 5.3 1?? 3.3 5 11.8 5 13.5(m) 5 33/i 10.5
100 17/0 39 762 2 5 730 20 Md 15 . 1270 SA 177.0 6.1 1270 952 48
414 Sy, 1L31SW) 3K 7.O(SN) 3% 6.6 1?/? 4.2(51A) 5y? 16.0(SW) Sy? 185 - - -
12i.4 5 r MI 32 9e9 30 476
19
i334
73
133,4
8.4
S.
5y2
132
3y.
8.5
2,?
7.8(S
V?
5.0(SYV)
5i/?
17.0
Sy2
20.0
51h
4•
15.0
125 1391 60 B2fi ] 8 . 73.0 35 50.8 2.9 1397 77 1397 9.1 139.7 101.8 68
fi+? 18.5 31h 1Z5 3 '/?+ 11.1 2 Z4 6?h 26.0 6% 2.0 6'h 0+/? 220
150 t?.t Ba 88.9 57 791 52 50.8 31 1651 118 1651 12.7 165.1 1117 10.0
h 12. tt.? ; x .4 +h 26.0 6y2 2&0 - - -
150 1?.1 84 8&9 57 79A 52 50.8 9.4 IG5 1 118 165.1 127
, 36 <Y. 4. ,? 22 2 10.0 % 45.Q 7?'. 18.0 7?y. 6 36.0
200 1968 161 1080 111 984 1P0 SOE 45 1968 204 1968 218 1%B 152.4 16.3
aYi Ot. 4W 30.0(S'M 2'k 15.5(SM) 9 100.0 9 70.0 9 616
51.0
250 2286 281 7206 786 1111 136 SIO 70 2286 454 228.8 318 YZBB 165.1 73.1
12 10 100.0 SY. 58.0 I% 40.0(SY) 2y. 17.0(SW) YO 140.0 10 110.0 10 7 80.0
70U 2540 45 s i33.a 263 123.8 161 572 77 25a 0 63.5 2540 49.9 2S40 177 A 76.7
11(a) 1.0 s .0 5 = +h - 11 150A(SW) tt 110.0 11 7?h 136.0
750 27'BI 590 1521 395 1270 98.9 279.1 68.0 2791 63.5 279.4 190.5 617
0 7yio) 125.0 5 t 0 1 12 188.0(SW) 12 170.0 12 8 168.0
400 3048 975 1842 567 1270 * t016 1 7048 853 3048 771 3048 203-2 TS.?
l • »Y. 1•?l 1 'h t a+? t 15'y e.ofS?M 15y? 260A 1514 8+? 234.0
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l aa 3aa.asi iz? i t s t mi, .o(sv? ny. rm.a ny. e zai.o
Sm 762.0 1556 3175 E E ' 1n0 4382 1538 U82 745.1 a382 27d.8 1TJ5
1 1.W ) l 2 t ZO .OIS 20 7%.0 2f1 10 523.0
?W 9144 7y11 3b/0 t SpeO 2819 508.0 3608 5050 25t0 ZS72
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ly r2?. 2Y. 0.9 t?. 13'a 0.6 2?i Z?. i.d S}?? 2'h 25(m) ?? 0.5 4 0.4
c ? 698 698 Oa u? NI 07 698 69.8 O6 ta60 63.5 1.1 222 0.2 1018 0.2
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197.? i33.1 73 71)5. tOt6 138 25.1 25 152? 1.1
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u - - - - - - - - - zeY? 'h 273.0
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16 - - - - - - - - - 29 B 344.0 - - - -
m - 776 6 2092 158.0 - - - -
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1492 857
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150 2770 I 129 1797 f 78
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200 3620 29.9 1842 15.1
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250 4382 51.7 2159 263
12 201h I144.0 10 I 94.0
300 5207 65.3 2540 42.6
u zi [164.as) ?e?.a?s)
350 533.d 744 ? 3 37 2
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100 SB80 95.7 254,0 45.1
18 .M1 11y. 135.0{S1
rd 6858 1 773.8 2858 1 612
20 30 0(S)
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500 7620 ?1556 377 5 I 789
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50150:25 826 I 82 6 12 25012501150 2286 228.8 249
: il',} 3y4 3Y, 27 1011018 9 9 64.7
SO 150 140 82.6 82.6 12 250 1250 s 200 2281 228.8 293
x9xl 41/. ay, . 12112x3 10 70 65.0
83180125 108.0 1p80 3.2 700x300180 2540 2510 29.5
7:3:1 1h <Y? d'/. 5.3 12s12se I 10 10 68.0
80180140 108A 10B.O 2.0 300c300:100 2540 254.0 30.8
3x3x2 411, 4% 5.5 12 x12x5 10 10 720
80180150 108.0 1080 2.5 300t7U0z 125 2540 251.0 72.7
9Y3sZ`h 4y. 4y, 5.8 12i1215 10 10 75.0
AOx80Xfi5 7080 1080 26 700s700R150 2540 254.0 74,0
4x41I 1y4 3;'. 8.0 12aI2:8 10 70 80.0?
1?0I 140125 952 952 36 3?1900x200 2510 251.0 783
4:4:2 5 5 102 12112110 70 70 84.0
1001IOOiSO 1270 127.0 46 Ma300. 250 ZSdO 2540 38.1
4=4=2lh 5 5 11.2 11114t8 11 it 1120
1007100185 127.0 127.0 5.1 3501350z200 279'0 • T79.1 50.8
4t4x3 5 5 17.4 111t 14i10 11 11 120.0
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5t5z2 Sih 5% 14.5 14x14a12 71 11 134.0
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: x3 5'h 51h 16•1 18116x9 12 12 737.0
t23x125z80 139.7 1391 73 100i400x200 31118 306.8 61.1
i xt ?h 51h 1.9 IBi18t10 ' 12 12 14&U
125i7251100 1391 1391 8.1 /00 7100c250 3048 7048 61.1
: x s'h s+h 26.4 1e:1ez12 iz iz 154.0
1601150150 165.1 1651 120 400=400x700 3048 3048 69.9
s:2'h 6'h 6% 26S 18=IBs1U 15'h 15% 208.0
150=150=65 165.1 1651 12A 393.7 393.7 943
i x 6+h 61h 26.5 18:18x12 151h 75% 218.0
150 x150x 80 165.1 1651 t2.0 7937 793.7 98.9
B:Bi! T-h 6lh 26.5 I8 :I6 x11 15'y - 230.0
19111501100 1651 1651 120 46 3777 1017
r
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6'h
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-
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150 x 150 s IIS i65 1 165 /2.7 3937 108.1
=a1haa: s?h 61h 2e.? :m:i4 iri. - 250.0
1501150150 165.1 165 12.0 500 x 500:150 4782 - 1270
ht T'hx! 6% 61h 261 2D[20x 18 17114 - 288.0
150:1501100 165.1 165 12.0 5000010iC00 4782 1308
e:a:z . 7y, 33.5 m.xo.Ie ,rl. - ?.a
200:2G0l50 1968 1968 152 5001500.450 4382 1102
Bi6z3 TY. 7i 33.8 24:24:8 20 20 481.0
2007I00=8O 198.8 196.8 152 lDOtQ001200 SOB.O 508.0 209.1
e:e=4 . rr. 50.0 24:24 :ia m 20 47e.0
2M I 2mI 100 1988 1988 22] Emx800c250 5080 508.0 215.9
x a T4 7y, 520 21 124 112 20 20 192.0
200t2QIx125 1958 1968 276 M800000 5080 5080 2272
_= 73'i 7% 54.0 21i24 s14 I 20 - 510.0
tm 1 2m1150 1988 7968 245 QmM0050 :080 2313
73'i 54.0 24:24 x 16 ZO - 521.0
2oo1 :a.iw ,sse +%e 145 eooI eoo.4ao saeo 237 '
10:10:2 9 9 17.0 N:24x I! 20 - 537.0
tsot:so.so aee aes zia em:eoo:aso soau zua
I:IO13 9 9 68.0 21x24120 20 - 550.0
2•.0 z250z 80 2288 2286 218 Bm=E001500 ?080 249:
0=IOs1 9 9 19.0
250x2S0?100 ?2B6 1296 222
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BIOSSBURG • PENNSYLVANIA • 16912 •(717)678•2q1 • 1WX JP WAFO 6lOS S1065S-7SW.
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0
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i!r t00 P"ct Per V'ece
BlXk GJW
CAST IiiON ELLS 90' - FtG. Zi
`: 25 25 17 1.35 1.94
3. 25 25 25 I.S 1.94
100 100 40 133 1.94
'. 100 100 64 1.58 2.44
I SO 50 102 1.94 2.86
1'. 25 25 178 t11 4.77
i? zs 25 ziz xn e.04
2 15 15 320 5.36 3.96
2 'i 10 10 500 11.11 17.25
3 6 8 750 16.82 26.24
3'3 7 3 955 18.20 11.17
a 2 2 1750 30.36 17.66
1 , , 34 iao iao ao 1.+e :.n
71 a'. 50 SO 52 1.39 2.49
3: x 100 100 50 1.61 2.63
1 a'1 50 50 71 L72 3.1!
;: 50 50 77 i37 3.2t
25 25 96 3.10 4.94
25 25 112 3.I0 4.94
I'. x 1 TS 25 . 125 3.10 4.91
1'2 x'2 25 25 140 4.49 7.08
1,12 a3: 25 25 135 4.49 7.08
1'R a 1 75 25 146 4.49 7.01
1'.4 a 11/4 25 TS 190 4.19 7.0111
2:%2 15 15 170' 6S1 10.02
2 x ?'. 15 1 S 165 631 10.01
2 z 1 li 15 220 6.51 111.02
2 x lv. 15 1S 230 6.51 10.02
2 x 11h 15 15 290 6.31 10.02
21h x. 10 10 290 1200 1e.e3
2'./i a 1 10 10 275 1200 11.61
2±5 x lY• IO 10 300 12.00 18.88
2!i x 1'h 10 10 310 12.00 18.118
2'h x 2 10 10 400 1200 13.38
3 x 1 6 6 A75 19.60 30.42
3 x P/. 6 6 d65 19.60 30:1$
3 ? 1'h 6 6 562 19.60 30.42
3 x 2 6 6 SSO 19.60 30.44
3:2:5 6 6 550 19.60 30A7
J`h s 3 4 a 1118 16.49 I1.T0
? ¦ I4i a a 850 33.44 5132
4 x 2 l 4 775 37.16 S132
a,c 2h a a 890 33.46 5232
A a 3 4 A 1000 33.16 SISI
a:3bi l s 1137 ]&" S2S2
Sue G.KH p[s. Per Ylt.qht 7..Ce pN Piaa
Inches Pe.9o. tiUare.(In V.ripp Blxk 1: 11.
CAST IRON PITCHSD ELLS 90 '
FiG.
!', 100 100 39 1.95 7.10 I
?'. lOD 100 62 265 4.19
?
50
50
100
5.07 ?
175
?'•? 25 25 165 4.I6 6 26
25 25 190 5.73 8.97
2 is Is aaa esi 13.08
r.% io to aso 13.08 20.21
". x bi 100 100 50 3.20 4.84
I z'h SQ 50 72 3.91 S.BB '"i
1 x Y. 50 50 76 3.92 S.BA
11A a Y. 25 25 105 3.92 5.88
iv. x I 25 25 125 142 5.88
11h, ?. zs zs 130 a7s 10.52
I'/a : I 25 25 145 4.75 10.52 -
11h xP/. 25 25 190 6.75 10.52
2 x 1 15 15 190 9.66 15.40
2 x lt. 15 15 225 9.68 15.40
2 x 41h, 15 1 S 275 9.68 15.40
CA57 IRON EL15 45' - F1G. 43
?
'h . 100 100 36 1.46 1.26
i'i 100 100 60 1.77 2.60
1 50 SO 90 3.26 731
1?/. 25 . 25 I45 7.05 4.86
11/3 25 25 183 4.41 6.97
2 15 15 700 6.09 9.60
2v2 to 10 azs n.eo iesa
3 6 6 600 1319 I6.53
3'h 3 3 892 2731 43.55
4 2 Z 1100 1410 56.42
CAST IRON STRAIGFIT TEE - F1G. 24 ?-
% 25 25 33 135 732
11, 100 100 55 1.77 2.60
% 50 50 98 130 3.73
1 50 50 135 ZS2 D•ta
10/4 TS 25 200 4.30 ASt
I4h 25 ZS 172 5.I6 8.18
q 1S 15 430 730 10.77
y?h 9 9 675 14.17 22.00
3 5 S 1000 I1a3 13.24
31h 7 3 1325 36.62 57.29
A 2 2 1750 41.17 64.2P"0
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V?M?r Y•
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BLGSTiAl1HG • PENNSYWGNiA • 16912 •(717)619•Zt3l • TWx JP WAqO BLOS 510-655-7562
. S.1r o'ncs vcs Ver wei7nt P,KfYlr p'Ke
I^<hft p!, B4i /AafIN Cln. ier IM OIKY G.I.
1.r TEES - CA57 IRON REDUC ING
FIGS. 25, 26, 27, S 25A
x "i + '+ 25 25 55 1.95 3.00
I '7 a3. z'h 25 25 55 1.95 7.00
¦ ?S ¦ ': 15 23 58 1.95 3.00
?. x3. x?3 25 25 58 1.95 3.00
i. aF. a1/2 SO 50 75 2.52 3.14
3: a i. :?S 50 50 74 t51 3.14
': x'h x i'. 50 50 90 iSt 7.74
a'.'2 x S5 50 SO 72 25I 3.71
'S x!4 x y. 50 50 92 731 174
-v., 1 a I x 2% SO 50 119 136 4.34
I • 1 a!5 SO 50 96 i86 4.14
I a I x?i 50 50 100 2.86 4.34
1 a?: x 1 50 50 105 2.b6 1,34
1 a V. a l SO 50 119 286 t.N
I :: s 7/ 50 SO 100 3.l6 4.14
1:?: a'h 50 SO 100 186 4.34
t. : 1/2 x I SO 50 108 iS{ 1.74
1 s'h x iS 50 SO 100 216 4.71
. 1 x!4 x'h
1:!'. a 1 50
50 SO
50 84
106 286
2t6 1.34
1.34
+
? 1 a'n x 1 50 SA )OS 2!6 4,34
3'• s?: x 1 50 SO 150 t11 4.34
a: a!h a 1 SO SO 110 Z66 1.34
11,.. i'/. _ 1 zs 25 iso 4s5 7a2
iv* x iv4 x% 25 ss 170 .ss i.n
1 '/. . 1 M4 x?h 25 u 138 iss zn
11/4 . iv4 x% 25 as iso us »z
11/. x 1 x 11/. 25 23 188 43S 7.32
iv4 x i . i u 25 iss 4s3 7.32
i v. x i ,% ss 25 172 4ss 7.32
` i% : i x. u, zs 25 140 4s1 :ai
iv. ,. x iv. 25 u ieo 4ss 7.32
'`rf 11/4 Ai 11 25 u 172 uS 7.32
I va a y4 a?5 Ys u 125 4ss 1.33
1?. a2'. x'h 25 23 125 C3S 7.32
1'?. a'h : t'/. 25 25 160 4..55 1.32
1 v. :'h a I 25 25 165 uS 7.72
114 z'h x ii 25 25 112 445 7.32
1'/. ¦'h s'fi 25 25 110 4.55 7.32
I 11r4 ¦ 4S a% 25 25 123 4SS 1.12
? I v. x Kx 1t4 25 23 133 43S 7.32
1!'. : Y. ,c M, 25 23 ISS 133 7.32
1114 ¦'h : I1/• 45 23 181 435 7.72
1 s I : IY. 25 25 193 43S 7.32
1 i Y. x I M. 25 25 189 ISS 7.32
1=1,12 x i!: 25 25 170 r.SS 7.12
? 1'h a 111t a 11,: 25 YS 250 il1 f.q
. 1 1h =I Yt _1 25 zs zio ses 9.43
I'h x I'h : y. 25 15 200 S19 1.43
$-te v'ecey vcs. Gn Wa01 v.v.eVer v,ece
IM141 Ptf BOl M4f1eI Gel. V!f Ioo elKk GAa.
1 t'2 , I", x l5 25 25 200 5.89 9.17
1112 : 11,13 x 3L 23 25 202 5.89 9.77
1"3 x I". x 1 1/1 25 25 ' 260 5.89 9.33
1 '.4 s 11, a 114 25 25 176 5.19 9.13
I'.i A l Y. a 1 25 25 210 5.89 9.77
I'S x 1!: x y. IS 25 210 5.89 9.3;
I!S a 1'/. x'/r 25 25 170 5.39 9.43
192 x I ¦ I 'h 25 25 250 5.89 9.37
I'.5 s 1 a I Y. 25 25 255 5.39 9.13
11h : 1 x 1 25 25 190 5.89 9.47
I!4 a i x i'. 25 25 192 S.l9 9.43
I'h s I x'h 25 25 175 3.19 9.43
1',4 a 2/2 z 1'fi 25 25 270 5.89 9.43
11h x?'. a I'/. 25 25 230 5.89 9.43
11/2 a L. z I 25 25 192 5.99 9.43
1'h x?'• x?'. ZS 25 I50 5.89 9.47 .
11h x?'. :'h u 25 155 5.89 9.43
i'.5 a 15 : 11F3 25 25 225 5.39 9.33
11h z?h x l Y. 25 25 275 5.89 9.43
1'.i x'h •% 25 25 155 5.89 9.13
I:'z a'h x'/e 25 25 158 5.89 9.43
I!5 x v. x l'h 25 25 2e0 S.B9 9.33
1'h x t: a 1?/1 25 25 197 5.89 9.13
1'44 x I!: a 11/3 25 25 265 5.89 9.43
11/. ,c 1 x 1 t5 25 25 240 S.19 9.13
1'.6 x?/. x 1?h 25 YS 230 529 , 9.43
1:4 ¦?it s 11h 23 25 230 5.89 9.43
Z:z :tMa is. u aso eat 13.06
2 x2 : t1i. ts ts aso e.37 13.08
2:2 ¦I is is 312 e.r •».ae
2: z:. ts u seo e.37 ia.oe
2.2 .1/s is is aao e37 13.08
z xz x% is 15 275 8.37 13.08
z, i1h x z u u eao a.r 13.08
s= iss x i?h u is 330 a.n 13.08
2 x 11h , iv. 15 is 330 u7 13.08
2 x I'h x 1 1S 15 265 1.37 13.08
2 x 11h s Y. 15 IS 275 3.37 13.08
2 x I'h x'h 13 IS 235 3.37 17.08
2: 1'/. a 2 15 15 375 6.77 13.08
2: I'1. a 1'h 15 15 330 3.77 13.08
2 ¦ lY4 i IV. IS is 300 L77 17.48
2¦ iv.: I ts ts 310 1.37 13.00
2 x l?a ¦'h 15 15 2" uJ 13.00
2 x i :2 u u aso a.rr 13.08
2¦ 1 a 1'h 15 15 330 1.37 13.08
z, i x iv. is ts 300 u7 13.08
z x t Y i ts is 240 e.37 13.08
2 x 1 a L. 15 iS 250 L77 13.08
i=% . s u u 340 e.n 11.08
2 x. : i'ti is is aio e.» 13.08
z=% : iv. ts u .so i.» 13.08
4. Wartl FpynOry i/io maklf: VaNU. WalClpt? fii@gelRla Fiftlnq,t. Sn0 COU0l0+" GmovM Fr,nnqa' hqo 9
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BlO5S8UfiG • PENNSYLVANIA • 16912 • (717)6M.2131 • TWx ,lp WAQD BIOS 510•655•7962
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125-POUNO C AST IRON COMPANION
FLANGES - F1G5. 10 & 19
SCRFWFD iLANGFS
I , 4 : 10 10 200 9.65 13.70
I': ¦ 4+; 10 10 225 10.14 15.05
i': s 5 10 10 700 11.06 16.79
2 = 6 6 6 450 1259 17.18
2". ¦ 7 6 6 625 1756 11.97
3 , r% s s 750 10.46 25.60
314 ¦ 8113 5 5 975 24.90 34.30
e: 9 • 5 5 1225 W0 ]LIO
5:10 5 5 1425 31.17 47.E1
6 x I 1 4 4 1850 39.66 55.82
8 x 13"1 Bulk 2850 59.43 13.22
t0 x 16 Buik Bulk 4200 8711 121.31
BIIND fIANGES
1' : 4 v. 10 10 150 10'0 J5.12
11. a lsf 10 .10 200 13.5A 19.00
x 5 10 10 275 1239 17.37
T x 6 6 6 150 1170 19.36
I• 21/2 ¦ 7 6 6 675 15.05 2132
, 3 x 11/3 5 5 850 20.20 21.17
755 x 814 S S' 1100 27.72 38.14
a s 9 S 5 1525 27.12 38.f4
5 x_ IQ 5 5 Zppp IlSi S2.41
6 x 11 4 4 2175 49.08 N.72
8 s 131/2 8uik A200 74.35 104.00
10 116 Bulk 5100 109.01 157.26
IZS-apUND CAST IRON REGUGNG
FLANGFS - FI G. 20A
is x 5 IO 10 300 18.77 25.92
i t s S 10 10 300 1t.33 25.92
1 a 6 6 6 450 lf.ii 25.91
I t: ¦ 6 6 6 400 tLS! 15.91
11,12 x 6 6 6 425 1t-33 15.92
1,', x 7 6 6 100 20.10 I836
2 ¦ 7 6 6 700 10.20 18S6
1 x 71h 5 5 800 28.94 40.13
tv? x 7v, S 5 820 2e.94 40.45
I'; : T•r S S eIS n.fml 40.43
z=P; s S eoo a94 40.45
211 x rh s s eao u.94 aAs
] : 8'.4 S S 1000 3917 K.n
I'h a 9 5 5 I550 39.23 S4.97
2 K 9 S S 1500 311] s4.97
Y'i a 9 S 5 1450 7lM 51.93
3: 9 5 S 1400 79.23 51.97
? J', x 9 S S I250 3933 54,97
2 1 10 S 5 1850 49•14 69.02
$qt O,K!t pCS- p!? Y:#,qhl V•.C! iN 0'lCf r A
tnCoTS 7NOOf M1LftR/(ln. Vl, IQQ ]IKt G N• ?
1
2'2 . 10
5
S
.
?
1850
49.11 1
69.07
J x 10 S 5 ???
rrr
?1750 49.14 69 01
d x 10 $ 5 - IdDO 4914 6907
t V2 x 11 4 1 2<10 62.11 87 59
2 : 11 4 a 2450 6I.17 87.59
2,3 . 11 a s 2250 62.13 87 59
3:11 6 a 1200 62.17 8719
a x 11 d a 2100 61.13 87 59
S ¦ I I a 4 1900 6i17 8719
2 x)J'/t 8ulk Bulk 6080 9120 131.07
J x 13'} Bulk Bulk 3800 9110 131.01
< ¦ 13'2 Bulk Bulk 3500 9310 131.07
?
5 A 17'i Hulk Buik 3350 93.20 131.07
6 x 131i 8ulk Bulk 3150 97.20 13107
FLOGR FLANGES - FIG. 15
CASf IRON
'-: a 21i 25 1 SO 41'h 1.lS 3.96
': + 2".• 25 150 38 1.85 3.96
'Is 3 30 180 48 246 4.79
: Y 3'/. 30 180 50 LK 1.79
1 x3'4 ZQ )20 87 iDb 5.80 Omit,
I': x 3': 20 120 90 286 5.80
1' i x d' i 15 CO 93 3.60 731
2: 5' i , 1 S 30 215 4.e0 9.47
2' i x S"ro 10 10 225 5.32 11.11
J a 6': 10 LO 225 7.13 14 K
A x T's. 10 10 a50 I1.45 . 21.94
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Ward"' Found
a 61VISION OF
*C(evepak
COo?9g1rqM
BLO$58UAG • PENNS'(IVANIA • 15912 •(717)6Z9Zf7t • TW% Jp WAPO BLOS 510455-7562
'y. D-r•s
M1..a.M1 P.r Bn. °:s Per
1WLw (ln ;:eqM
P.r 100 0.-« 7.. O-.ee
BlKY G?Ir
TEES - CAST IRON REDUClNG
FIGS. 15, 16, 27 , 8 ZSA
1 xI: a t IS IS 254 3.77 13.01
2 x 24 x y. 15 15 210 8.37 13.06
2 ¦x'-i IS IS 210 1.37 I3A8
2 x' i: Z 15 15 770 9.77 I3.03
1 x' '4 x I'i IS IS 220 1.31 13.08
2 x v:. iv. is is 250 e.n 13.03
2:1h : v. 15 15 208 6.27 13.09
T x'ii ¦'h IS 15 220 4.31 13.08
1''a x I'n x Z IS IS 400 1.37 17.04
1 ' i x I'.: x 2 15 15 410 11.37 13.09
1Si x 1 a 2 IS 15 377 637 13.08
2' i x 2' i x 2 10 10 565 IS.77 21.47
212 x2"e x Ili 10 10 500 I5.73 I4.47
2' i: 21'2 x I','. 10 10 4$0 13.72 74.47
2': s 2'.i a 1 10 10 425 1S." It.p
21, a 2' i x y. 10 10 120 15.73 24.17
7'b x 2'3 ¦"i 10 10 /25 15.73 1"7
Y"v a 2 x 2!4 . 10 10 575 13.77 Sl.q
2'i x 2 x 2
? 2'i Y2 % I14 10
IO 10
lO S1Q
SSO 1S.7i
15.13 24.47
24.4I
2' i: 2 x 114 10 10 440 15.13 21.47
2'/i x 2 x 1 10 b?yNd4 15.73 24.47
214 a 2 a'h 10 10 ?'•::_?SO 1S13 24.47
' 214 x I1,i xY'h 10??1G:!-!R1520 15.77 24.47
2''2 x 1? i x 2 10'=r^• ' 10 ^•`?556 15.77 24.47
2:', x'1!12 x 11h 10'>' Q. .^'420 15.77 24.q
2' a a 1'n a 1'h 10 70? ?)15 1S.Ii 2147
2! i x 1 bt x Yr 10 ?iQ-r+' 771 1SJ3 2{.47
21,'2 x 1!4 x 21h 10 10 SZO 1177 24.17
2! : x 11i. z 2 10 10 557 15.73 24.47
i 21i t 114 a 11/2 10 10 427 iS.73 74.47
2!'2 x i": x 1'i. 10 10 380 15.13 24.47
2: a x 1;4 : i 10 10 39l 15.77 II.Q
2'.i a 1 a Y'h 10 10 5]S 15.17 74.Q
2''1 1 I z 2 10 10 456 IS.71 24.17
212 : 1 x 1 10 10 388 15.73 24.17
213 x I : I IO 10 ]IS 15.73 24.47
212 i I x 10 10 120 13.n 21.47
2'i x2: a 2!i 10 10 530 15.73 24.47
2' : a 3a s 2 10 10 440 15.13 24A7
214 a?4 : I 10 10 336 1173 24.47
21,2 ae'4 10 10 330 IS.ri 24.17
2'i: 'r x2'.i 10 10 525 I5.73 =t.p
2 2 :I: : z w io uz u.n 24.47
1¦ 2 a 2' i 10 10 555 15.73 24.47
2 ¦ I1,3 a Zl'z 10 10 SBS 15.77 24.47
7 :1':s21i 10 10 556 15.13 24.47
.
ax i . z't 10 io sao is.n 24.47
2 =7/. = 21/2 io 10 sso u.n a.u
St! P-...T Pef Oer p...t o.. P.r. ? .
ie. Bo. MSrw (ln o.. 100 Bl?t G"s. I') SP} <2 ?] 10 10 `LZS 15.73 24.41 ,
3 x3 a j' i 6 6T775 17.60 76 89
3 ¦ 3 a 2 6 6 ? 750 77.60 3699
7 .3 . 1 '.y 6 6 775 23•60 1689
7 x 3 : I1: 6 d 654 2160 76.89
3 . 7 . I 6 6 560 23.80 76 99
3 s 2'.'z x 3 6 6 850 23.60 36.89
3 ¦ 2' ox 2'4 6 4 IBO 2160 76.89
3 ¦ 2Y: a 2 6 6 800 27.60 78.89
7 x 2!1r : I',, 6 6 727 23.60 36.89
7 x 2 a J 6 6 780 2160 78.89
3 a 2 x 2'i 6 6 850 23.60 76.89
3 x 2 :2 5 6 615 23.60 76.89
3 a 2 x I t i 6 6 650 23.60 38.89
3 a 1!4 x 3 6 6 830 23•60 76.89
7 s 1' i: Z 6 6 650 23.60 36.89
3 x I' x x I' i 6 6 E75 2160 36.89
3 a I Y. x 3 6 6 762 2160 36.89
3 a I'/. x 2 6 6 600 23.60 76.89
3 x I x] 6 6 750 27•60 36.89
3 x 1. a 7 6 6 580 23.60 36.89
3 z iz x ? 6 6 TSS 1160 76.89
I v: a 1' i x] 6 6 ;qg 23.60 30.89
2'h x 21h i 3 66 958 57.60 76.89 ?.
2'.i a 2 a 3 6 6 888 23•60 76.89"
3'.5 : 7'h a 3 3 3 1375 40.91 63.41
3'.S t 3! i x 2! i 3 3 lOfiO 40.91 6144 ,
742 x 3411 x 2 3 3 ' 975 40.91 63."
3!4 s 31.i x 1 ti 3 7 875 40.91 63.a
7'h x 3'.4 x 11/. 7 3 874 40.91 63./4
7! i x 3'/2 x I 7 3 875 40.91 63.u
3! i a 3 x 31/2 3 3 1375 40.91 61U
3"t x 7 x 3 3 3 I494 40.91 61.44
3' i x 7 x 21i 3 3 950 40•91 63.11
3' i a 7 x 2 3 3 900 40-91 d]."
3': x 3 x 1 "2 3 3 776 40.91 63.44 ?
J'o x 3 x I". 3 7 726 40.91 63.t4
3'h s I'h x3'h 3 3 1006 W.91 63.I4
]'h x 1 a 31/1 3 3 1078 40.91 63.tr
7: 3 x 3'/i 7 1 1462 40.91 63.14
4 x a x 315 1 3 1775 17.17 73.76
l x 4 c 3 A a 1725 47.13 17.16
A a a : 2! i 4 a 1238 47.13 73.76 t: s a 2 a a 1175 47.13 T3.16
a x 4 x 1'/, 4 4 1175 47.17 77.76 ,
d a 3'h s 4 4 , 4 1805 17.13 13.76
4 x 3 x 4 ? 1 1500 41.13 73.16 ?
4 x 1!12 a a 1 4 1400 47.13 77.76 ;
4 x 2 ¦ a 4 t 1760 47.17 Tl.76
•
4 x 1"4.d a 4 I408 47.17 TS.76
A . II: . a a 4 1300 47.17 17.76
I
a x i .. 4 4 i»s 47.13 73.76
A x3' i x 3'.i 4 4 1905 47.13 77.16
?o! 10 ?11 Wrtl Founay also nraxoa: YaIwa. Woafoi' tnngaiv:a Fironga. ana Couoto+- Graovea F?mnqa.
Ward°' Found
a OIYISION OF
*C1evepa;c
BLOSSBUFG • PENNSVLVANIA •15g1y • (717)6184131 • TW% JP wnq0 81p5 510-655-7562
:rc Vi.?r? VCS p!I W¢'Ohl Dn(Y Y" D.Ke
b•r.. Y.rN... f.lrb.rfin GerlM BI.rM 4.1.
L, TEES - CAST IRON REDUCING
FIGS. 25, 26, 27, & 25A
"I.,
t
.ft,O
4F
1 . 1'2 : J a a 1416 47.17 77.78
.t a 31, a 2'4 4 < 1344 41.13 73.16
a . 3'. a 2 a d 1100 N.U 77.76
a , 3'2 x Iti a 4 1009 47.17 71.76
s ¦ J a]!1v a a 1595 47.17 77J6
4 ..3 x 3 d .R4:160 I7.13 Il)b
4 ¦ 3 x 2 ' i a .!. ?.127D 47.17 73.76
a x3 x 2 a . 4 1200 17.17 73.76
a x3 a 11, 4 , 'A 1058 17.13 13.16
4 .21,a3 a 1 1219 47.13 71.78
a a 2'.2 a 2112 a A 1083 17.13 71.76
s ¦ 21, x 2 a 4 1096 17.17 7].78
a .2 a2Si 1 4-.• '1087 17.13 n.76
a , 2 a 2 a 1 875 47.13 71.76
a a 2 x i l i 4 d 902 17.17 73.76
J a i!t a 2 4 4 900 17.13 7176
4 s P;2 a 1'h a e 939 41.13 77.76
3'5,31 i.a4 a 4 1900 A1.13 73.16
O. P. RETURN BENDS - P1G. 28 '
emrer ta
L:e Pieen Canier WepM Pr¢e Fah
Ind.ti Per 803 Inthoi EKh BIKIt
Bulk ,l% L 5.71 7.92
1 Bulk :,2%5• i'fi 419 9.87
11•4 Bulk . 3 2'h t,l1 14.07
1'9 Bulk . g?h
%, .' ]'h
? 1125 17.77
2 Bulk y
av,' 6 1135 7937
CAST IRCN REDUCER - FIG. 49
S-ie P'ecn Pa, ier Weiqhf Prin Exh
Incnn Prr Baa Mafter CM. ia 100 84dc
1 +':: 50 50 65 Z16 3.70
t x1/. 50 50 65 2.86 4,46
11: a I 50 SO 105 A.n 7,50
i'. . 3. sa so iio A.n 7s0
I', x P. a0 A0 135 {.71 I0.45
I'9 a 1 40 40 140 l71 10.45
s . I is 30 ao 190 9.1e 14s1
2 a 1114 30 30 18C 1.18 1431
2 s 1 30 - 30 183 9.18 1131
2 j'•'• 30 30 170 1.11 1431
2 ;'•`+ 30 30 175 9.12 1431
2'.5 s 2 19 18 300 1247 19.30
2' 1 a 1?.i I B 18 325 1247 19.]0
3 :2 12 12 410 1531 b,"
3 ¦ I"i 12 12 425 IS31 23."
$ue D'ecee Dcs. P« Ylaqm P.rceier P'ect
Incnes oer Baa M.%4r On Pv Ipp AIack
CAST IRO(Y Y'S-*ftG. 31A
11. 20 20 290 IO.IS 14.37
I' 2 15 "^ 15 ' 365 17.71 21.55
2 10 1 10 : 575 17.69 27.70
PIPE CAPS - fIG. 30
2'.'z d , 6.. 225 7.77 11.71
] 66 375 9.69 I519
3 '•a 6 j.' •? 6 a50 I3.31 21.10
° i;'- " S". 600 11.96 27.34
5 64, 6: 1014 13.63 36.61
6 3 I490 18.87 45.21
CAST IRON CRO55 - FlG. 30A
'h 12 48 85 2.511 e.02
3h 15 30 135 173 5.74
1 25 25 190 5.17 9.15
t'/? 7 y td . .375 6.76 tO.IS
11h 5 •' 10 404 IS! 13.57
2 3 6 665 , 13.69 21.33
STANDARD CAST IRON FLANGE
UNIONS - FIG. 14
SitlS VilCH Pq. Per Wephf Pnce Per PiK!
Inches , 7erloa MasMrCtn . EA:h Blxk ' Galv.
1A Bulk 11h 11.63 2314
V4 Bulk 2'h 11.03 21.8S
1 Buik 2!4 11.41 39.08
11i. Buik 3% 17.43 34.ee
1'h 7:,? ..4
- 7 3!5 20.32 10.72
2 1,? '7-- :-.6 16.I9 51.90
2'h q, ?•a =- 10 32.67 65.e0
3 4 ' -.d..:. ?11 4113 97.71
71h 4 •<' 12'.4 57.95 115.70
4 3 3 lsli 57.95 115.70
5 2 2 25 73.04 146.24
6 2 . 2 281h 9120 116.12
8 Bulk 47 164.23 I28.31
EXTRA MEAVY CAST IRON FiANGE
UNIONS - FIG. 14A
2 7?. a 7. -: 10 I1.711 39.37
Z'h ,1. : :4:: lOSS 63J6 128.13
3 1l' `: •' 4` 'i 15 61.54 169.13
4 3•. . 20• Ito.s! 4Tto7
.
C; Waitl FpunQry us0 maxol: Valwa. WarOlor't flvsaaeaa Fironga. ua CauWOx•? Grecvw Frmnqs. .
;???-?.? .
? ?-
` • • /
? ? ^?•• DQUELG FCMALG Sth.'fVCL-Fl:,J LtJ=-',
FUNCTION 1ise: to r.onrect r.:n m; le nocc, ena: wi:r same tnreaa•.
i7EGUlAM71.v FUMtVlS7-iGG: Cli!:t Orxs; wdh p-n lugs S¢c a: s???•.rC h.
"
fipure numLpr .
y Fip.
-• "S:zr SPECIFTtr•cnc
1'•
2l05
zj ? .
...
2C47 . : - S ir
•z a • FGMALC TD ML1LG-G:17 LI.JGS
,
-? f FURCTION: UseA to reEuee r chang, thrcatla.
?
.• ? REGULAFtY FURNtG!-lED: Ga •a•asswitha??lurswnh.ferna4ert.rrzn'aro,,,,
?
? tnan n ai- tnurra Sceaty remalc ena brsi
A. ? • 8 SIZES AYAILaBLE: SPECIFY s:re anC lhreacs - ea,:h enC
%" mru 3" A 8
(rrdi• np orh I Femalc > ME1t•
.
•
•
• . FC-MALE TO
,
. _
.
- `; ? FUNCTION: UscA to renuce w ef+ange tnreads.
REGULACLY FURNiSHEQ: CaBt brn, hex tyae witn temaie m.qac;nn oe.P
!!1O st-d ri18iP O!f LttiPr B:7tl
A" 8tZE5 AVA1:3.BLf - SPECtFT sue and threads
•
1 Sf" Ihn! l•• A B
!t:th 2n0: S2mtr 5o2U Qf rEAuCing) ' FEmi1n r Maie -
''? .? ' • ?
FEfv'IALC TO FCMAt-C-Fi=?iAG0^J
(
' a• • r„_
• FuN 1tT10N: Used to ehange fhreatls
RBGULAF;LY FURNISNED: Gssbre~s hex lyprwwi t-malatrtrcay- ortr+te
'A '?? e•.• entls.
B:ZES AVa1LABF E: SPECIFY eize sna threads
-. 'thpua" A 8
'
A'_Cr 1^?l?, , ? ltNh d'ys semp. b ir1 Fema19 ! female
.
- ?.. ? .. nnaLc To r-cnnaLc-r=-r.ac=N
FUNCTION: UseCto're!iueeorehanq- tMeada.
A
•;.^? EGLL'AQLV FUQNlSMED: Cai tbrassRex rype wrtfirtafetn•ead nr, eneend
?:?.•'- • u1d }B^fale ,hreaC On?t^er end
. .• A ?'=? ?• B^'?SIZES AVA•LA9LE: SPECIFY siteand threads - eacn entl
inru f'. A 9
nC cirP o• ,e0uernal Maie s Female
MALC TO NIALC-KCXAGOIV
. •? t ^: FLJrICTtf?N: Us+!d ta reduro w cManpe threads
\ t 'REOULACiLY FURNI3NED: Cast brass hea type with ma'e thrra=? on tz:h
.i : =A?4^b
. iIZEB AVatLAelE: SPECIFr si:e end thraatls - aacn enti
.; :. • • 1'?' Mru @.? A 8
, r? = • a ~ ? IOoth !?A> Sr.ne si2r 0! reEUCin41 M81p x Ma1C
. ;..?; -, •• ouGHMM•Y.GXAGON
?? ?? ?/ a . ,?• ? FLNCTION: USM tD rMuG! 0?Chanp th?tatls.
:.1' .? ,• AEGLiLARLY FURNISNED: G+s' brlSS Mi typo busning wi", enale 1t+read
ingPf man femate tnlnar Soe.itv matn en. fust
•"' A?j?.•V?s .' ! S1ZES AVt,tLABIE: bPfC; FY fi:eanO threads
I "Mra 3" A B
Iratlue,^.q I'm. • Meb x Pemale
ADAPTER 81ZF5 AVAILABLC
` A SIZE o ? itZE ? ? ttZE B-- ... A SRE p? ?
? --. . OrT10NALflNiSME9:i??.,oDt20:= .
? ,;.. x?, . i?y.. •. 1' ' 2::: .; ?..r 3. ?. t'.;•• -9 PWisned 8rass
. t;' Y?:.. 2.• Y':' ? i• y• x 9" -C RouOh Cnrom" PiatM
t" < 1' 2" x t' :,c• . t"' %•• x+u^ -D PoOSnetl Crrome P?atn.?
1:.' 2' y 1:i' r $' ;±• x g'CS
24 NO*t *uA» M=An Nesc iwnawwa+w..:r.,, ?
- ---- •-• --.. _.. • _
CATALOG APPP3
0
1]
0
TYPE 3
T
M
.
wkzwem
BRANCHLET
UUELDING BRANCH CONNECTIONS
For Fire Protection Service & Other
Low-Pressure Piping Systems SEE SPEt Sac'rioN
ISoGC poC AM+RWCb
I,.,pcAmoNS
THE MOST EFFECTIVE METHOD FOR INSTALLlNG
SPRINKLER PIPING FROM THE VIEWPOINTS OF
BOTH RELIABILITY AND ECONOMY
• UL Listed. Also, Type 3 Branchlets meet the installation
requirements of NFPA Bulletin 13.
• Better fit provides for ease of installation especially when
automatic welding machines are used. Burn through,
associated with fabricated outlets, which impedes flow is
virtually eliminated.
• Exclusive Whizweld bevel design reduces weld volume re-
quired for providing a full penetration weld.
• Better flow than fabricated nozzles and screwed or
mechanically coupled tees. Hydraulically calculated
systems pertorm as designed when factory•made
Whizweld Branchlets are used.
• Precision threads are cut to NPT standards.
COMPANY, INC.
Economy wHhln tM eonbst of sound onp?nwlnp poeMea.
Vv
lntroducing ALLIED'S NEWEST DESIGN
? THE TYPE 3UF UNIVERSAL FITTING
UL LISTED - RATED FOR 300•LB. SERVICE
?
4 aw . ?
f
SIMPLIFIES AND RED.UCES COST5 OF
ORDERING...INVENTORY...
INSTALLATION
El
Each T3UF Can 8e Installed On More Header
Sizes Than Any Other Fitting.
• Only one ?h" or 3/." outlet is required to
fit header sizes up to 8".
• Onlytwol",1+/.",11/2",2"or2Yx"outlets
are required to cover header sizea up to 811.
• Reduces stxk numbers in inventory by
two-thirds, thereby reducing ordering and
stocking costs and associated problems.
• Virtually eliminates the possibility of mis•
matching outlet to header because each
T3UF fits a larger range of header sizes.
• Installs quickly, easily, with low weld
volume. Chill ring ensures proper posi•
tioning, speeds up automatic welding,
and prevents burn• or weld-through.
NemNw NamYw Frt ue ou mhaoro Nw MNn AWU.
DutlM H?MV NiunOw UoqM IntiM SW J
UO Nhfyht
slu 81n Dpnrar
A B C D N M
,n 1 roa 28300 1.063 0.700 71e 0.4e9 .,
9/1 1?/?ro8 28305 1725 0.900 1-1116 0.500 t5
1Y. t0 2'h 28310
1
sroa
2a3is 1.250 1.195 1-5/18 0.531 2
+.'h io 2 28320
???a
'h t0 8
2
28325 1_375 t.490 1•5/8 0.825 .25
2 to 2'h 28330
1 1/2 t.500 1.730 1•7/8 0
750 4
3108 28335 . .
3 l0 1 28340
Z
5108
ze3a5 1.6a 2.188 2•3/8 0.875 .7
ro
31/:
3 28350
2 t/2 2.125 2.830 2•7/8 1.t25 1
3
4
ro
a 2ssss .
DESIGN DETAILS
The illustratfon9 show the simple, straightforward tlesign of the T3UF
whiCh pertnits one fitting to be used pn a wider range Of headef size8
than any other design without compramising peHOrmance or Com-
piicating installation.
Features and advantages of the design are as tollows:
1. Allied Type 3UF Universel Fltting: See ta61e tor availabfe sizes,
2. HeaCer. See [able for size range.
3. Welding Bevef: Designed to meet welding standards without ex-
ceasive weld fill.
4. Weld: Ecarromically provides maximum 9trength with low-
volume weld.
5. Bearing Surtace: Positions fitting against header.
8. Mounting Hole: Cut in header to aCCept iltting.
? 7. Extension Ring: Fits into mounting hole anG peAOrms three
functiona -
(1) Closes Cearing surtaceheader gap.
(Z Acts as chill ring to prev9nt obstruction of the bore by bum- or
weld•through.
(3) Aligna fitting to ensure proper positioning.
Exact malch of T3UF and
Fbedx. No gep.
Nseder st uppsr end of
sizs rarge. Bwring aur•
faca doas not contact
IroadN at saddh; how.
ersr, eatension ring
elimtmba titHng-IroaEar
9aP and prownts bum.
throuph ExUnslon Ang
doss not protuds InM the
header and therefore doee
not caues Ilow obalruc.
tiom
k7
Dlm.naionaanQ Wslgntsllncnes/POUntlaA
?i fi re protection tri m valves
Fumish your aprinkier alarm valve Mm
irom the full lIne of NI8CO guaranteed
presaure rated rahes.
ThefollowingarenorUnderwriters Listed
or Factory Mutual apprrned valves. How-
ever, valves of this type are used in con-
junction wrth alarm valve apphcytions.
The illustration below is typical of such an
instailaUon.
Iw+qo C,aenl P^ao courtm af i?nary M?tw. E+qnaenip Gao
Gµ?py Mu1ua15ytiMn I
!
i`
z.o...
Ar re
? A
I
`
_rf VCw.ICb?
MT'{
vw..
,
,
?? _ ?*?. w...?r.
u ?++!
icr.xii•r
Brorxe Gboe Vewe
Tnreeaea. TFE Dx.
200 1b. `N W P-'h" Ihry 3"
Alx evatlaCle in
'V' Vartem
SOlPN Fig. N0. KT-MI
,--
M.\
r ?
?
I
i
' cr.es
? TTreaoe0. Rubber Disc j
Broeze Gbbe Velw
7510 W.W7
\
\
i
Y \
KT-291-W7
9ronte Globe Vah!
S?Oe Omiec
Threaae0. Buna-N Onc
40016. W W P-'4" onry
f
, TJOi
/B1aue Angia Valw
7hreaGetl. TFE Odc.
Ib. W W P-'-:' tMru 3"
li? }' Uo
11
a
n.iw ur•a KT.zo rcr?so
Brpr¢e Rmg Wle Yai`s Brwsse U-VaM Threaoea. Brpn¢s Rmq Cnacr vsh,e
TnrenGee. TFE Seat Tnreaaao Buna-N Diunga zoo ie ww v-W• +nru r Tnroa0e0. TFE Sa&l. RuObW DqC
150 IbWWP-.'tnN2" 125 tDWWP-i'mru2' 25010.WWP-w"1nN2"
NIBCO INC., ELKHART, INDIANA
KTl7
B/ome Argls Vel?
TnrolItlea Rubw Oac.
775lD WWP
ur403-w
8rOn2! Cn2Ck YDlM
ThrQdOlO.HUbOlr DiSC
20010 WWP->:"nru3..
?
?
J
xr.seo s Kr-w
BrOnSe Rmq 9sll val-""
TnreaaeE.TFE Sana
40010 WWP- ."mev2..
1;
? 175 Ib, wwp iron body check
Flre arocection velre • uL uatea . Fl?n nvProvee •• . '
Bolted Bonnet • Horizontel Swing • Henewable 3eat and Dtac
175 PSI NomShodc Cpld Wate?
?j .
MATERIAL LIST
Mlli t197HUQlp1
11. M0t pNq C4t IIOn ASTM MW
2 BonM Gp &aw ASTM M126 dw B
3. BonNtfiUqqt AfOataWmYOdtlai
l. Ba?nM Boh IuN NW SIeM ASTM A-3W
A NNp Rup BioKe ASTM &!2
e. xx48 ewMRO arw Si" ASTM e.19
7. INnq Nn 9np ASTM 9.16
A Dbc Mmpr Nut &ain ASTM Bffi
a &AMnO &Mi Tuphq ASTM 8.1m
10. obc swe aon ena Asna 5-m
I11. DKe GW Ca1 Man ASTM M115 Cau 6
72 Olx Mm 9rpa? Ag71A g64
13. DhC Fqnpr &Olm ASTM B@
11. DifC Nuf &W A871A &18
15. Setl Rin9 &ants ASTM 8$Z
x aK aM" rvn
n, eoar oa xm Aste+ k125 cws e
1!. COmr pn Bnp
?wno
? eAm am sem twr ss.
ball drip
Jl
A M' Mamlk EW MIC k anBiON tor MBCd
UnOerwriterbCMdt nNa. iM WII drip qiroqlMCat
bOR bpt?Cn "C"OndNtlMCkqIN Of Ml11fltllqErt•
mNlt ConneetlaR tt Ntlk d0f! p&11et plppRl, bW N111
o0en wMn Mown s OM NlOVnnp vniM M Erain ham
Me If! E!plflIM111 CpACtlOn.
28
DiMENS10NS - WEIf3MT
_ ..Mn
sin
h
I -
C
0 lN,.c
iMWL
2'h 9X qA 7 "M 6
9 tON 8+w 7% % 8t
4 U E 9 wA. 101
5 14N B'w 10 'Hh 121
8 1l44 1054, 11 t 173
! 19% 11'h 13ve 1K 287
10 221y 12.6 16 1'.fs /Qi
12 T7'h 15me 18 1114 677
Weco xaneaav ard w?a mn a wuwa n ean rommM+na waw ww ?nm
umro nar a n ury nunWra omwn.
NIBCO INC., ELKHART, INDIANA
F-908-W
flanged
t
I
?
?
?
R-Mw fl.ng.d
•
•
3UL's; IN =?.w
Model "H" ?er ha 2
'/?" Inch Orifice
[Zecessed Sprinkler
,. I
r. . . . .
?.... '' _
i .
. ? ,
y
L, w
Llsted by: Underwriten Laboratoriea, Inc.
Approvsd hy: Faetory Mutual ^
Description . Operation . Technical Data
• t Central Sprinkler Corporation
' Fourth Street and Cannon Avenue, Lansdale, PA 19446
1215)362•0700
... ..
ir
, , .
Description
The Model "H" Recessed Spnnkler is a low
cos2. aesthetically pleasing spnnkler that incorporates the
? tanCard Centrel Motle1 "H" Center Strut Spnnkler tlesign
W a special two-piece recessed escutcheon assembly
nng a',4" adjustment !eature The upper escutcheon
Supoort piece is factory ^stalled on the base ot the
spnnkler f2me. The ceilirg escutcheon piece is easily
installed atter the 5pnnkler is in place by placmg rt overthe
5pnnkler into the upper supFOrt pieceand gently pushmg
upward until located flush witn the ceiling This feature
allows removal of ceiling panels for easy access to ce+ling
eqwpment wrthout the neetl for removal of theentvedrop
nippie assembly.
The Mcdel "H" ReCesseC Spnnkler protrude5 from
7/16" to t" below the cedmg, providing a low profile,
unobtrusrve silhouette.
0
ESCUTCHEON
SUPPOFT
PiECE
FINISHEO
CElLIN1
LINE
CEILING ESCUTCHEON
PIECE
Technical Data
Operation
A fusible alloy is sealed into a bronle cenfer strut by
a stainless steel ball. When the alloy melts, the ball isforced
u pward into the ce nter strut, re leasi n g th e two electors antl
operacing the spnnkler. UNike most other spnnkler de-
signs, the alloy i5 not exposed to atmosphenc conditions
which could possibly aNect ds proper ope2UOn antl rt is
tess susceptible to mechanical injury since there are no
protrudmg hnks ar levers.
Cross Section
3-1/4" DIA.
2-1/4" MIN. DIA
2-5/8" MAX. DIA
i
Nominal
Orifice
Size Thread
Size
N.P.T.
"K"
Factor Availabie
Temperature
Ratings Finishes
Availahle
135° F
572° C Bronze
Satin
1/2" 1/2" 5.6 1650 F Chrome
74° C Bright
Chrome
2120 F VYhite'
10(° C Black'
' Wt+rte ana hlack enamei hnisnes on spnnklers are noi U.L. Lrstea
HOTE. F.M. App'ove0 tor Liqht Hazartl onty.
10 )ROERING INFORMATION
Specify: Ouantity
Style
Ontice and Thread Sizes
Tempe2ture Rating
Finish
Quantity-Universal Wrenches
I --?
2•3/8..
7/16" MIN. I
1" MAX.
`_ { }
UniVersal Wrench-easily used with a standard Yx"
square ratchet or speed wrench.
Note It Is importane. thK tM pra0er Csntrol Sprinkler wreneh ia
uua ta inssdl CanvU Sprinklen. The uae o} snY oMer tyDo af
wrench may rafult In Camago co the apnnklar. ?
PnnceGmU.S.A. 7.82
, BULLETIN HORS-hi
Model"Hff Rev. No.3
? • ?
Horizontal Sidewall
.
Sp."inlcler
r
,.
liated by: Underwriters Laboratoriea. Inc.
Underwriters' Laboretoriesof Canada
Approvad by: Fsctory Mutual
Description • Operstfon
Technical Data
?
; r
Central Sprinkler Corporation
Fourth Street and Cannon Avenue, Lansdale, PA 19446
f2151362-0700
?? ?
?i
Description
?tral's 54", Model "H", Horizontal Sidewall Sprinkler
rporates the standard Central Center Strut Sprinkler
?gn having a deflector specially designed to mee[ the
new Underwrrcers Laboretones, Inc. and Factory Mutual
stanaards for s4dewall spnnklers. It is fisted hy U.L. for use
n boch light and ordinarv nazara occupancies and by P.M.
FOR UGHT HAZARDS ONLY when msiallecl in accordance
wrth N.F.P.A. Pamphlet'13 spacing rules. As it is one of
;he smailest spnnklers be+ng maae todav, only 1 Y," wide
and 2 y." in overall length, rt features the ultimate in aestheLc
appeal.
Operation
A fusible alioy is sealed into a bronze center strut by a
sraiMess steel ball, yVhen the alloy melts, the ball is forced
upward into the center sVUt releasing the two ejectars and
operating tfie sprinkler. Unlike most other ,prinkler de-
signs, the a11oy is not exposed to atmospheric conditions
which coul4 possibiy affect its proper operation and it is
less susceptible to mechanical injury since there are no
protruding links or levers.
/""
Technicai Data AvaJable Color
Nominal Thread $ize "K" Temperature Painted On Finishes
OrificeSize N.P.T. Factor Ratmgs FrameArms Available
Y:" 115mm1 Y:" 5.6 135° 157.2°CI 81ack Factory Bronze
Polished Chrame
165° (74°C) None Satin Chrome
• 'Wax
212° (700°C) White 'Lead
-- *Wax Over Lead
286° (141°C) Blue "White Enamel
? •Wax and Lead Coatings available for 1650 and 2120 sprinklers anly.
••White Enamel finish not U. L. listed or F.M. approved.
Note: It is important that the proper Cent?al Sprinkler ORDERING INFORMATION
wreneh h used to install Central Sprinklen. The
use of any other type oi wrencA may result in Specify: Quan[ity
damage m the sprinkler. Model Number
Orifice Size
Temperature Rating
F i nish
Quantiry-Standard Wrenches
MOOEL-STANDARD WRENCH
•
3
Printsa m V.S.A. 1183
r I ? ? I 31L LE-'445?
? AL
fil oci ? aEV No i
. Center Strut
prin S. 0
Description • Operation
Technical Data
•
?_??`?• Central Sprinkler Corporation _.?
a
Fourth Street and Cannon Avenue, Lansdale, PA 194?46
(215) 362-0700
??. .
Uatsd by: Underwritero Laboratorias, Inc.
Undervvriters' leboretories of Canada
Approved by: Factory Mutual
B.S. & A. of New York City
, BulbUn A-U.P 5 P
Model "A" Automatic Sprinklers
V Upright and Pendent Styles
% ",'/2" & „/32" 4rifites
Approximate Spray Patterns
•
?
I "Jn" ORIFICE
10'
8'
6'
4'
2'
6'
UprightStyle
Sprinklere are shown in operating position. The word "halY' indicates one half ('h I of a symmetrical pattern.
Graph shows effective profile of pattem in feet. Pressures in P.S.I. are indicated by circled numbers: 15 30
• Central Sprinkler Corporation
Fourth Street and Cannon Avenue, Lansdale, PA 19446
'="`• (215) 362•0700
? ?aHALF
I s.
?
i 4'
ORIFICE
2'
? u ao
2' 4' 6' 8' 10' 12' 14' i 6'
??.
PendentStyle
?
0
1%,
.
2' 4' 6' 8' 10' 12' 14' 16'
Sprinklers are shawn in operating position.
The word "hefP' indicates one half ('h ) of a symmetrical
pattem.
Graph shows effectiva profile of pattem in feet.
Pressures in P. S.I. are indicated by circled numbers:
Pnnsea m u.S.A. . O 15 30
A
A
s
HALF
ORI PIC E
I
I
D is aa
?
10,
8'
6'
4'
2'
2' 4' 6' 8' 10' 12' 14' 16'
10'
8'
6'
4'
2'
HALF
ORI FI
C E
t m lao
'
?
?-
7?
2lBO ?
?
9
?
STAR' Chemetroo Fire Systems
Sprinkler Escutcheons
Star Sprinkler Escutcheons are
decorative plates designed to en-
hance the eppearence of pendent
end horizontal sitlewall sprinklers.
When installed. Star SDrinkler Es-
cutcheons cover the wnnecting
Sprinkler System Accassories
GiPe coupling and are hald firmly
in plece against the ceiling or wall
by the sprinkler head. Star SOrink-
ler Eacutcheons accept Ya" NFt
male pipe threads and are avail•
eble in several finishes.
D
Sprinkler Escutcheons
0
?
?
cNOmernon
Fire Systems
Division of
e hemetron Corporanon
onee. Illinois 60449
13121534-7000
TWX 910-251 -5906
An Allegheny Intemational
Compeny
4 2-13/76" _
r
9116„
?
To Accept 112" Sprinkler Thread
FlatType
finishes: Brass, Polished Stain-
less Steel, Whrte Enamel
c
e
n
a
E
e
- c
E
?
E ?
m I
^ x
I E
A g
E ?
m
'n
N
I?
To AccePt 112" Sprinkler Thread
Two piaea adiurtabb
Finishes: Bress, Bright Chrome,
Satin Chrome, White Enamel
Ordering Informatkn
Please specify:
Quentity
Style
fimsh
Tha seller makes no warranties,
expressor implied including, but
not limitad to, the implied war-
ranties of inerchantabiliry and
fitness for e particular purpose,
excePt as expressly sWted in
seHer's sales contract or saVes
acknowledgement form.
Y48-
Throe pieca sdjustable
(for standard %:° N.PT. sprinklers)
Finishes: Brass. Bright Chrome,
Satin Chrome, White Enamel
Thres pisce djustable
(tor use with dry pendent
Sprinkler9 only)
Finishes: Brass, Bright Chrome,
Satin Chrome, White Enamel
?
D
To Accept 1!2"
$prinkler Thread
To Accept Star Dry
Pendent Sprinkler
nescription
? CenVal Model °A° Cenier Strui SArinkler em-
hraces the ultimate in aescheuc appeal and design
features. It is among the smaiiest spnnklers in size
made todav being only 1 h" wide and 2'h" long.
When installed in the pendent posrtion, rt is less
nouceable than most other spnnklers and does not
Cetract from the beauty of the ceiling.
Operation
A fusible alloy is sealed inte a bronze center strut
by a stainless steel ball. When the alloy melts, the
ball is forced upward into the center strut releasing
the two electors and o0erating the sprinkler. Uniike
most other sprinkler designs, the allay is nat exposed
to atmosphenc conditions which could possihly affea its
proper operation and it is less susceptihle to mechanicai
injury since there are no protruding links or levers.
Technical Data
' AvsdaOle Cqlor
Nominal ThreaC Sue
°
K" Temparature Pamtee On Finishas
$ryle Onhce S,e N.P,T. F
xtor Ranngs Frsme Arms Aqilaple
i
UDnghtorPentlent I
••••17/32'"12C7mm1
714"
8.1
135' F
8ixk
F
57.2- C xsory 8ronze
UPright or PenCent 17/32"120mm1 112" 7 78 poinhed Chrome
1650 F Nona Sam Cnrome
UpnghtorPentlent 1/2"115mm1 1/2" 5.6 74•C •Wax
`Lssd
UonqntorPendent •••7/16" t/Y' 434 212'F Whits •Waxpvert,poA
ngh2orVeoEen2 •••••3/8"(110mml 7.65 iar 6 •'White Enams1
286- F Blue
ia1• c
•WeaaneLeaocoanngsavedabiator165°and212spnntieraonly . ORDERINGINFORMATION
"Whrte EnamM hroah no[ U. L. IisceC or F.M. approvatl
"'Not F M. approvetl Specify! Quantity and Sryle
••••NOe U.L. iueoa in 135^ Orifice and Thread Sizes
..... F.M. eppovea In uPngnconW Temperature Rating
Note:;/8".7/i6" antl 17132" orificevnih t/Y' I.P.T. sprinklan Finish
identrfied by pmtte on tleflector Quantiry - Sprinkler Wrenches
w•snch mry nsu1t in dsmaps m tha aprinklee 11-
Noea: It is important thet ths proper Contrsl Sorinkisr wrsnch In
uaed to inatsll Centrel SOrinklsn. Ths uss of enY othar ryps of
•versal Wrench - use for Pendent Sprinkter Flat Wrench - use for Upright Sprinkle
a,,o?aa ,n U.S.A. ye2 ?
SPRINKLER ACCESSORIES
3.4
' Sprinkler Corporstion o!
°Automaiic" Spare (Reserve) Sprinkter Cabinets
? 6-Sprinkler Capacity ? 12•Sprinkfer Capacity
General
Soare (Reserve) Sprinkter CaDinets are designed
provide storage tor the stock of spare sprink-
lers required by NFPA 13 for each sprinkiered
property.
The cabinets are availahle in 2 sizes - 6-sprinkler
or 72-sprinkler capacity - and are witable tor
either 1/2" or 3/4" NPT sprinkVers. Each cabinet
has space for the special wrench needed to install
the sprinklers.
NFPA Requiremenu
The following excerpt from NFPA 13 sets forth
the requirements for spare sprinklers:
There shall be maintarned on the premi•
0 ses a supp/y of spare sprinklers (never
less rhan six) so thar any sprinklers rhat
have operated pr been damaged in any
way may prompt/y be rep/aced. These
sprinklers shall correspond as ro types
and temperature rafings wrth the spsink-
!en in the property. The sprinklers shall
be kept in a cabrner /ocared where the
temperature ro which they are wbjected
wi!l at no time exceed 100° F(38° Cl.
• A special sprinkler wrench sfiafl alw be provided
and kept in the cahinet, to be used in the removal
and installation of sprinklers.
The stock of spare sprinklen shall 6e as follows:
For equipments not over 300 sprinklers, not
less than 6 sprinklers
For equipmenu 300 to 1000 sprinklers, not
less than 12 sprinklers
For equipments above 1000 sprinklen, not
less than 24 sprinklers
Stock of spare sprinklers shall include afl types
and ratings installed.
Taehniesl Data
? Each "Automatic" Spare Sprinkler Cabinet is
ade from 20 gage steel, with a 19 gage steel
eover. It is painted with bright red enamel, inside
and aut, and provided with a label on the front
cover whieh reads:
SPRINKLERS - RE5ERVE SUPPLY
8.5RinkNr Npd CobinH fhnm epen.
EaclS cabinet is provided with 2 holes, 1/4" in
diameter, for wall mounting. It also has 2 slots,
1/8" by 7/8", to accomodate strap material for
mounting to a system riser.
The cabinet dimensions are as follows:
6-Sprinkler Capacity 141/4" long (363mm)
45/8" high (118 mm)
3-7/8" deep ( 79 mm)
12-Sprinkler Capacity: 74-1/4" long (362 mm)
8-3/8" high (213 mm)
3-1/8" deep ( 79 mm)
Ordering Information
To order, specify:
(qty) Spare Sprinkler Cabinex(s) - 6-
Sprinkler Capacity - Stxk Code No. 1038321.
(qty) Spare Sprinkler Cabinetsls! - 12-
Sprinkler Capacity - Stoek Code No. 1038320.
Nota: 5prinklers and wrencfies, and the neeessarY
fastenen required for wall mounting the cabinets,
must be ordered separotely. A steel strap and stove
bolt and nut are provided for riser mounting. 12/84
`.
?
G t
WASHINGTON
!
HEAD GUA13D
?
i
• Polished Zinc Finish
Equal to Chrome
Actual 5ize
• Fast Installation
• Adjustable
Slip Ring
• Fits'/z„ or 3/a" I.P.T.
Large or Small Frame
s1oo ea.
1oo/cTv
CTN Lots Onfy
FOB-USA
2% -10 days
?
6182 OLSON MEMORIAL HIGMWAY. MINNEAPOLIS. MN 55422
612•546-7118 800-328-8322 (EXT. 231)
irs
JOHNSON FIRE & SPECIALTIES, INC.
• Use in Office or
Warehouse
• Attractive
0
u
STAR'
'/s" Automatic Ball Drip and
Street Eti Combination
The'h"Automatic Ball Drip is used
to automatically drain sections
ot piping whieh may he subject
[a freezing. The rypical use in a
sprinklar System is at [he low
point of the fire department con-
neetion piping. When the fire de-
partment connection is in use, the
high water pressure in the piping
forces the Wass ball in the ball
.?
'y
??4e v
0
Chemetron Fira Systems
Sprinkfer System Acoessories
drip closed. Prevanting the water
from droining out. W hen the pres-
sure is relieved, the ball driD au•
tomatically re-opens allowing the
water to dr,in and preventing the
pipe from freezing.
The 6a11 drip is bress wi[h y:"
male threads. The street ell is gal-
vanized with '/a" male and fema le
threads.
3(
•
INSPECTORS TEST CONNECTIONS
Installed in sprinkler systems to test alarms by simulating the flow of water through a sprinkler.
BLIND TEST
CONNECTION
.Model A
Designed for inatalletion in teet pipea of aprinkler
systema that connect to open dreina• Made af
bronze with 1' NPT femele pipe connectiona.
Orifice givea flow equivalent to one nominel 'h"
orifice aprinklez.
Length:l T/e".
?.. ..... .................
..,..
M ? -GAUGE
Model UA
="
WATER
?m
-PRESSURE
Range 0 to 300 lbs, in 5 Ib. increments. 1/4" NPT
male pipe connection. Brass case - 31.-," dia-
meter, Height: 43i".
SIGHT TEST
CONNECTION
Modei B
JRE!LIATBLE
Deaigned for installation in test pipea of eprinkler
eyatems that connect W cloaed draina.
blade of semi•steel with clear tube. Lmooth bore
aoo-corrosive orifice gives flaw equivalent W one
nominal %" orifioe eprinkler. Hea 1' NPT pipe
wanection.
IRBgth: 6
AIR
?.
PRESSURE
' `4. GAUGE
Model UA
Range 0 to 250 ibs. in 1 Ib. increments to SO lbs.
Retard type. yy" NPT male pipe connection. Srass
case - 31._" diameter. HeiRht: 4%".
? ne pulpm.M prefenlW In Mis WIINin N te N Ins41M0 MaemWnee WMh the IaMt p"11shW sbnaaNf e/ Mhg NatNMl Fiw Nebetlen Asfeelatlon.
? faHary NWUpI Mftareh Corywatbn, w eMn Mmibr srpnutlbm mA Nw w1M Me OrovMb^s N{evareowMal wM" er eMinsneN.whonwb SOOlicsbM.
Reliuble Spr+nkler Devices, prutecting lije arul property Jor vver 60 i Reliabk Diseriburom lxatsd tAiouB7eout tbr United
years, ure appruveJ by ofl frre insum+ue anJ guvernment agertcies, ; Smtea Canada, and JordFn rnu^v44 h°°e a tiJeeime
and are iresralled and servicrJ bp Re(iablc's eliain uJ distribiuon. I, alexW+u^Mmd Oid 01^1w m yO1r"PAOne
?
pipe rings
11
9
0
adjusiable swivel.ring
fig. 70
F
B
?
„ • :.
-' --
i?
G
c
SI2E RANGE: Y: Ihrough 8 inch.
MATERIAL: Carbon staei_
FINISH: Zino plated.
SERVICE: Recommended for suspension of nar
insulated, stationary pipe line.
MAXIMUM TEMPEAATURE: 650°F.
APPROVALS: Underwnters' Laboratones listed ati
Factory Mutual approved. Complies with Federsit
Specitication YVW-H-171 E(Type 10) and Manufactw
ers Standardization Sociery SP-69 (Type 10).
FEATURES:
• Nut is formed so that it is integral part of pipe hanpM
- no sharp prottusions.
• Threads are countersunk so that they cannot or
come burted or damaged.
• Knurted swivel nut provides venceal'adjustment atir
piping is in place.
ORDERING: Specify size, figure number, name.
loads • weights • paokaging • dimensions (inchas)
Pi"
sue
'Ka^
loOp, 10
? weigh'
Uoproal
Ib pM tpp
pw
yn"
p?
A
B
? I
c
F
.
I C -
ti'+ 400 11 100 % 2% 1% 13Y 062 a??.
?
? 400 11 100 i1 4ti
2
? 1i'hs 1?he .
.082 i?
tY 400 12 700 ?h 2% 711
he
1'he
.082a
.
t 14 400 13 100 ? 2'3h, tlsh. 1'!u .O6Za•
400 13 100 ? 31ti 23/u t v. 082 a%
.
z ,oo u iao ? ?a. 27i,. w
, .
?
oez.
214
3
850
33
50
'h
3%
12iY
t?t .
L
?la?
a
1050 38 50 'h 4% 3'h 7 tf 3/?t a\?>
5 Z? 20 1Y 313/u l+l,a ria\
?
8 82 ... ir 59M ?a? tat _
N a?
e 2650 1l8 ... 3'4 B% Sri 25!w H i t
3eoo i2o ... % ah 7 z"r,. K¦?
ph-10
I
tc
? FLUSH ANCHORS
u ?
.??._.
Hilti Drop-In (HDI) ?
uromn. wuan ,rw sn... v.w.. (le.)
cara+og n«n
NumOw DnerlWlw+(Oly) 2ooo pr
PuY aMr raoo pa
puY ahw eooo pW
pull ?frv
5490000 M01 Nxr" '/. (100) 1904 1738 7151 1781 3075 3050
5490018 HOI Arrlnr Vi (50) 3114 3970 4942 4225 5650 5900
5490024 NOIAnctar1F2 (50) 3997 5873 6751 8224 10200 9350
51800.92 H01 Mw,Yqr 9S (25) S540 8883 9698 12205 10400 13800
5490040 NDI.4itfqrl/.(25) 8857 15195 16034 17808 18400 21100
S490018 N01 Mtror (SS303) '/. (100) •
5480058 N01 .vwior (SS303) % (50)
5490064 MDI Mctar (SS303) 'h (50)
5490072 N01 Mxhot (SS303) °ti (25)
5490080 N01 Anchor (53303) Y. (25)
-
Self-Drilling (HHS) ?
?
Guap Numuar ftm DaalPdm (CH)
? 5458006 MNS Nfd70r %. (10p) .
5468008 NH8 AnUwt % (50)
5I5B012 HMS MCMOr 19(50)
. 5158078 MFi3 ArwYqr % (25) '
545A020 ' XMS anC+or V. (25)
HOLLOW WALL ANCHORS
- ? . .
Toggier' ?
? Cow" NLWe.. ftn o..ar4mon («r) sl=
5570400 TA Togple/ (tpp) 'h
552042o TB Taggkr (100) ?{_
5520M0 TC TagpMr (100) ?L
?
i?
s
?
.,
ryp.. m A,cn«. vnoaww
(a wolle0) 5iu FWpe - OWater Rotlry FuncCOnmq
Cortoswn Nammar DnA C hanwr• Officiil
'?. `h 1Y. irotechan Onlls 8R Venans i sna ADprovals
MIIII Kwik-BOII Zine 6 TM•7C TM SIUU Meul UL
Cnromata TE-12 TE-C Round Hwa E xpanswn (iS' •Y.-
SWnWs TE•1722 TE•D Counter Sunk S IUA sues)
? Steel TE•52 TE-F 001 Weapes A ncnor IC80
? jE{?pl7q TE-G re w?n wiMil!
:
? • • ? • • • ? • Antlwr firuaa
e T wo
? I naeOenOent
- SOMg 5{/M '
weayss
Nua urop-in Anenoa ' zinc a rMac TM i mwa uL
qiromau lfr12 TE-C EzONSwn Faaory
yYvnyu TE-f7122 TE•0 MMOr MWUaI
SIeN R? SYS1em
• • • ? • TE{M2 TE?6 IftstalLation %
V:
(
,?? s
wa1
PiuQ lmo
Intertul
? Thrum
Mlltl BMWtI11Yq Anehx ZNC TE-52 SeH OdAlnp UL
$ TE6M2 n
? (
_ ?
;
*M u9
%
tnpmal
rnmaa
s? Ruah
' InsfalUtian
Mipl &Mw Anehor Lne ThM7C 1M Amm HeaO Matal pndwr
iE-12 TE-9 Ner HeaU expvMW
TE•17122 TE-C flat SloneG hy hoa
?•? ?{ RowO Sb an0 sleeves
2
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