HomeMy WebLinkAbout055-037-121HYDRONICS: RESIDENTIAL FIRE SPRINKLER HYDRAULICS 2.1 - SUBMITTAL. Page 1
CONTRACTOR: WILLIAM F. SQUYRE-S, JR. FIRE PROTECTION (530) 345-1012!
ADDRESS: PO BOX 3176, C11ICO, CA 95927-3176
Date: 06-18-2003 File: WILLIAMS
JOB : WILLIAMS RESIDENCE, 2 HEADS FLOWING
STATIC
50.0 Psi RESIDUAL 40.0 Psi FLOW
35 Gpm
A
SPRINKLER
MANUF : RELIABLE
MODEL : F1/RES/CC
MIN SPR FLOW : 12.0 Gpm
MIN
SPR PRES 9.5
Psi
NODE
ELEVATION
K-
PRESSURE DISCHARGE
NO.
-------------------------------------------------------------------------------
FEET
FACTOR
Psi
Gpm
1
15.0
3.90
9.8
12.2
2
15.0
3.90
11.9
13.5
3
15.0
12.8
4
15.0
20.1
5
15.0
23.7
6
3.0
SOURCE
31.3
SPRINKLERS FLOWING
AREA PER SPRINKLER
TOTAL DESIGN AREA
REQUIRED DENSITY
COMPUTED DENSITY
TOTAL SPRINKLER FLOW
TOTAL DOMESTIC FLOW
TOTAL WATER REQUIRED
TOTAL SPRINKLER PRESS
WATER METER LOSS
VALVE FIXED LOSS
SUPPLY PRESS AVAILABLE
DEMAND PRESS REQUIRED
PRESSURE CUSHION
MAXIMUM VELOCITY
2 Q. �O
256 Sq. Ft. W.F. SQU 0
512 Sq. Ft. �, of 0n
C n
.05 Gpm/Sq . Ft . ' No. 275 06
.05 Gpm/Sq.Ft. s �.
25.7 Gpm TF OF CA1-�F�Q.
0.0 Gpm
25.7 Gpm
31.3 Psi
0.0 Psi @ SOURCE
0.0 Psi @ SOURCE
Copyright(1991)
44.4 Psi by
31.3 Psi Hydronics Engineering
13.1 Psi 34119 Fremont Bl, Suite 609
Fremont, Ca., 94555
(415) 487-9160
8.5 FIS
'r * *w",�
HYDRONICS: RESIDENTIAL FIRE SPRINKLER HYDRAULICS 2.1 - SUBMITTAL. Page 2
CONTRACTOR: WILLIAM F. SQUYRGS, JR. C'IRE PROTECTION ( 530 ) 345-1 01 2
ADDRESS: PO BOX 3176, CHICO, CA 95927-3176
Date: 06-18-2003 File: WILLIAMS
JOB : WILLIAMS RESIDENCE, 2 HEADS FLOWING
PIPE
BEG
FLOW
K -FACTOR
LENGTH
C -FACTOR
PRESSURE
NO.
GPM
FITTING TYPE
FTG
FR- LOSS
Psi
----•--------------------------------------------------------------------------
END
DIAMETER
TOTAL
(Psi/Ft)
1
q=
12.2
K= 3.90
L=
12.5
Pt
9.8
Pt
9.8
1
Q=
12.2
F=2LR
F=
15.0
C= 150
Pe
0.0
Pv
-0.3
Vel=
6.4
D= 0.884
TL=
27.5
0.0790
Pf
2.2
Pn
9.5
-------------------------------------------------------------------------
2
Pt
11.9
2
q=
13.5
K= 3.90
L=
3.5
Pt
11.9
Pt
11.9
2
Q=
25.6
F=B
F=
5.0
C= 150
Pe
0.0
Pv
-0.5
Vel=
8.5
D= 1.109
TL=
8.5
0.1039
Pf
0.9
Pn
11.4
-------------------------------------------------------------------------
3
Pt
12.8
3
q=
0.0
K= 0.00
L=
53.0
Pt
12.8
Pt
12.8
3
Q=
25.6
F=12RB
F=
17.0
C= 150
Pe
0.0
Pv
-0.5
Vel=
8.5
D= 1.109
TL=
70.0
0.1039
Pf
7.3
Pn
12.3
-------------------------------------------------------------------------
4
Pt
20.1
4
q=
0.0
K= 0.00
L=
27.0
Pt
20.1
Pt
20.1
4
Q=
25.6
F=L
F=
7.0
C= 150
Pe
0.0
Pv
-0.5
Vel=
8.5
D= 1.109
TL=
34.0
0.1039 -Pf
3.5
Pn
19.6
-------------------------------------------------------------------------
5
Pt
23.7
5
q=
0.0
K= 0.00
L=
12.0
Pt
23.7
Pt
23.7
5
Q=
25.6
F=4RS
F=
11.0
C= 150
Pe
5.2
Pv
-0.5
Vel=
8.5
D= 1.109
TL=
23.0
0.1039
Pf
2.4
Pn
23.2
-------------------------------------------------------------------------
6
Pt
31.3
-------------------------------------------------------------------------
Meter
= 0.0
Valve =
0.0
-------------------------------------------------------------------------
6
Q=
25.6
<<<
SOURCE
>>>
Pt
31.3
E=>45-Elb L=>90-Elb B=>TeeBch R=>TeeRun C=>CouPlg S=>SwgChk G=>GatVly
HYDRONICS : FIRE SPRINKLER HYDRAULIC GRAPH
PSI
100 +
90 +
80 +
70 +
60 +
50 X Static
X
T
X
X
40 +
X Resid
30 +* Spr Sys
20 +
10 +
* Elev Loss
0++--+---+----+------+-------+--------+---------+----------+------------+
0 200 300 400 500 600 700 800 900 1000
1.85
FLOW -(GPM)
JOB : WILLIAMS RESIDENCE, 2 HEADS FLOWING
X - Water Supply Curve
Static 50.0 Psi
Residual 40.0 Psi
* - Water Demand Curve
Avail Press 44.4 Psi @ 25.7 Gpm
Req'd Press 31.3 Psi @ 25.7 Gpm
'Read Carefully!
Installation Instructions - General
ipai 0 111 jsl I oi 1 Covol PI,,IIQ Assoll r -
L -1 I -WL" -
1103 or I,% i Ili
1�lei Ident Sp it Ilder. I:ig,l K-6 * 2- is' ly-pik;al.-
2. DcLOpt,uso ally (Aor obly, with .MoLfel
E !I -- I I 111� 1: i _0 9 �-_O _4� E -I A 3! ;, G., 1. 0- Splitildar.
3. Use only the 13511: lemperatUre raled mWel CCP cover
plate assembly Willi [lie Model F 1 /RES I B Pei idei it sprin-
kler. Refer to Bulletin 141and Ibis cautiotisheet lorleciiiii-
Cal information. f
4. Use the approi-xialo ternprimlore rated Model CCP (;over
plato asseniblmith eilher Me Model F 11-11 or F 11:11 QHI G
1-')011(10111 sprinder in accordalic.0, with 131111(Aill 1/13 or li�)l
and CaLiti011 Sheet CA -70.
5, Install sprinklers after Geilil ILI is it I Pla(,o-
Never tingly parol ,,iii(IjoI of (.;oo
celled slat it lkler covor pl, It('.
7. Do not install ill coilillqs Which Inve
Positive )Iessuro in llIe!',IxIc.(:,..Ihovo, ,It Id (follol covor 110
ix�nhovell:v
sprinkler CLIP.
8. t)soaMoclelllClWrench, (I:ig. 1) to install s{Irirlldets. F,:u:e
of sprinkler filling to ceiling dimension
is sl town on Fig. 3 or
Fig. 4. Ceiling hole dirini6tcr is 2!'11 ".
9. Final adjusInicint of eachcover can boilac e byrind Im-
incl the cover plate in 1110 GIOGkWiSO dilOCli011 11111il it is Il(jIlt
against the ceiling.
10. Novor install the Model l= MES CGP Got i(.Lialod I'lesiden-
tial Sprinkler in areas where ceiling temperatures exceed
1 OOOF.
11. When residential sprinklers are installed in plastic
systems Containing (Ilycolitle, special crate is loquiled to
achievon proper 11116"Id scnl. Cordacl Illo lillill(I Inairlif.w.-
(Lirei'loi*recon iiinot idol i3(,,,.il,.iiit,iiidiiisl,,ill;ilioiii.)i(x,o(itii(,,.
Installation Wrench
Sprinkler Wten Model IqC I sl� .11
Fio. I
Technical
Data
Thread
Maximum
Temperature Rating
Maximum
Size
pressure
Sprinkler Cover
Ceiling Temp.
siu
15,107 I 1,351'
I(XYII'
Model F1/RES/CCP
Concealed Residential
Sprinkler
Description
'I h(- Model F 1/1 IFS GCP Concealed Rosidenlial Sprinkler is a UI -
listed Ionidel Ili, it sprinkler it iforldod to bo ii islalled it I the wet pipe
, xinkloi syslein,; (A oil(., and two family dwellings and mobile
i"I'm n( -s, ii I ivsidni If ocrt ilxai icies up to lour in hot htorinIsle
or 13.
111(i U olloclor of the %xioi rIAIFS IS is ninikod "Pend.", -nes.
Ihe Itamewlench Koss Is
I I KAM "Masco" rind 1-1 3.9".
1I Ie 1),isl I or I covor plalf-_iasset I ably is labeled "I lasco 1.357 (57'0)
(Y
M(it CCI' coverjMato ---- for i ise will I R(-liablo Model r IMES 18
3.9 K (.)I ilice,, 155"1 - sprii ilder only'.
Installation
Appl ri'Feflonfl)based thread sealant to the sprinkler threads only.
.1 It(- Mdel RGI Wrench is lhen used to engage the sprit))der
wrenchinq ajifncos to iiisrill (lip sprinkler ill M6 li(ling.. 2 r; di-
alue ceiling allows 110 s )rii ilder to be
� flor 11610 CIA info to ( properly
cov(,Ie(.II)Ylloll)(.Isllol.lcov,et-rlale. Puslilliecover lateassem-
:ina adjuslinetil, if re. uire , is rnade b
assem-
bly !)y I y
lutivirg file cover Plate clockwise until the cover late flange is in
conlac,twith the ceilin surface..1heM S 18 SDrinklgtr is
y to be installed wft?A,�r fel
�T Lated-.- o e _Qp c afd Qgver
01
Pill ITiUlies.
� i6. A��O . I
Use (,.;ito loavoid clan ingin(j 11 ie sprit iklots before, dudi ig and after
ii islallnlioi I. I 3oplaceall sj)rI6 Oerswiii(A I (lave any sign of damage.
the loillpeialuip ialing of residential sprinklers is stamped on tho
dofloclor.1he sprinkl(4 orifice size is determined by the "K" Factor
which I is marked iii -ked on the sprinkler,
11eli"IbIn alIII loll7ed plalod and 1?ainled Model FIAIIS Sprinklers
Whenceiling lern-
porall Ilesare in doubt, measure Will I 011 aC(;Llra[O 1110ttliOtTleier.
nolor to NFPA 13, 131). 13R and Reliable pr(Aucl Bulletin 141 for
ILJIII 1011 il IS1,111,NiOl I details all(] lot si.)ecilic aimioval information.
"' DuPont negislered I-rademark.
Installation Data
Nominal
Maximum
Minlinurn Required Sprinkler
Orifice
Sprinkler
Distance
Single Sprinkler_ ...... T.wo._OrMore.SprInkIers_____.
Size
Spacinq
To Wall
Flow Pressure now Ea. PressureEa.
Model
(111.)
(Ft.)
( Ft.)
(Qpm) (psi) in) (psi)
W
12X 12
6
11 0.0 10.5 7.2
14 x 14
7
12 9.5 10.5 7.2
Fl/Rt:SICCP
3.9
16x 16
8
15 14.8 12 2.5
Conceelod
Ill x 18
9
16 16.8 13 11.1
20 x 20
10
18 21.3 14 12.9
The Reliable Automatic Sprinkler Co., Inc., 525 North MaCQLx--,-,,Ien Parkway, Mount Vernon, New York 10552
CA -60B
Basic Principles of
Solvent Cementing
The solvent cemented connection in thermoplastic
pipe and fittings is the last vital link in a plastic pipe
installation, It can mean the success or failure of
the system as a whole. Accordingly, it requires the
sarne professional care and attention 111at are (liver t
to ptfler components of the system.
`there are many solvent cementii lg tecl it iiques
published covering step by step procedures on just
how to make solvent cemented joints. However;
we feel that if the basic principles involved are
explained, known and understood, a better
understanding would be gained, as to what
techniques are necessary to suit particular
applications, temperature conditions, and variations
in size and fits of pipe and fittings.
Be aware at all times of good safety practices.
Solvent cements for pipe and fittings are Flammable,
so there should be .no smoking nor otl ter sources
of heat or flame in,working or storage areas. Be
sure to work only in a well ventilated space and
avoid unnecessary skin contact with all solvents.
More detailed safety information is available from
Harvel or IPS (Weld -On) Corporation.
To consistently make good
joints, the following should
be carefully understood.
1 The joining surfaces must be softened
and made semifluid.
Z Sufficient cement must be applied to fill
the gap between pipe and fitting.
3 Assembly of pipe and fittings must be
made while the surfaces are still wet
and fluid.
4 Joint strength develops as the cement
dries. In the tight part of the joint the
surfaces will tend to fuse together, in
the loose part the cement will bond to
both surfaces.
These areas must
be softened and
penetrated
H
When using the ONE S1 GI'
cemerginq Inocess, penetralion and
softening can he achieved by the
cement itself (read ONE STEP
cementing procedures carefully;
refer to installation instructions). ror
certain sizes, of certain
conditions, it may be desirable to
use the TWO STEP process which
utilizes a primer to ensure adequate
softening. ror example. when
working in cold weather with large
diameter pipe, more time and
additional applications may be
required.
Cement coatings of
sufficient thickness
More Man sufficient cement to fill
the loose part of the joint must be
applied. Resides filling the gap,
adequate cement layers will
penelrale the surfaces and also
lenlairr wr.t unlil Ihcjuhrt. Is
assembled. Prove this yourself.
Apply on the top surface of a piece
of pipe two separate layers of
cement. rirst flow on a heavy layer
of cement, then alongside it a thin
brushed out layer. rest the layers
every 15 seconds or so by a gentle
tap with your finger. You will note
that the thin layer becomes tacky
and then dries quickly (probably
within 15 secondsl The heavy layer
will remain wet much longer. Now
check for penetration a few minutes
after applying these layers. Scrape
them with a knife. The thin layer
will have achieved little or no
penetration. The heavy one, much
more penetration.
Surfaces must be
assembled while they
are wet and soft
■wrrn
noarrwrfw
If the cement coatings on the pipe
and fittings are wet and fluid when
assembly takes place, they will lend
to flow together and become one
layer. Also, if the cement Is wet the
surfaces beneath therm will still be
soft, acrd these softened surfaces In
the tigl it part of the joint will tend
to fuse together.
Surfaces
Son,
ri.—
As the solvent dissipates, the
cement layer and the softened
surfaces will harden with a
corresponding increase in joint
strength. A good joint will take the
required working pressure long
before the joint is fully dry and final
strength Is ohlained. In the tight
(fused) part of the joint, strength
will develop more quickly than in
the looser (bonded) part of the
joint. Information about the
development of bond strength of
solvent cemented joints Is available.
The QUALITYLine
VSR-SF
POTT*EIR
VANE TYPE WATERFLOW
r-011 SMALL PIPE SWITCH WITH RETARD
amm
Potter Electric Signal Company -1967
Electric Signal 1k Mfg. LTD
2001 Craig RDoti Leslie Street
Rd.,/P.O. Box 20400 Mills, Ontario, Canada M382M3
Sl. Louts, Mo. 63146 Don
(416)441-1033
(314)070-4321 / (000)325-3936
UL & UI -C LISTED
STK. NO. 1113000
U.S. PAT. NO. 3921989, CANADIAN PAT. NO. 1009680
OTHER PATE=N -TS PENDING.
The Modol VSR-S1- is a vaso lypo walor IlOw swilclr for use
on wel sprinklor sysloins Il,al use 'I ", 1 1/4", or 1 1/2" Pipo
size. The unit may also bo usod as a soctional walorflow
detector on largo syslorrls.
The unit contains two single bole double throw snap action
switchos and art adjustable pnoutnalic rolard. '1110
switches are actualod whoa a flow of 10 gallons per Ininuto
or more occurs downstroaiu 011110 dovico. Tho flow corldi-
lion must exist lora period of limo nocossary to overcome
the selected rolard poriod.
INSTALLATION: Thoso doviCos niay ho Illorii►led in a
horizontal or voilical 01)0- On IrOr'iz011l;ll pipe Illoy should
be installed on MO 101) side of the Pipe whore "hey will bo ac-
cossiblo. The units should not bo installed wilhln G" of a
valve, drain or filling which changos Iho dir'oc"ion of Ilio
walorflow. Thounitilasal"NI''1'bushingforlhroaclinginlo
a non corrosive "'f L=1=" Soo figure 2 for propor "TEE" size,
type and installation.
Sorvlc.o proneuro: Up to 250 PSI
Mlnhuunr Flow nolo for Alurnl: 1001W
Maxhnuin Surge: to FPS
Enclosure. Cost Alurnlnurn, rod vrianlal tin's".
Covor held In place will, la►nper teslstanl screws.
Conlnct nnthign: Two sols of S.I'.D. f. (Porro C)
10 Anrp. @ 125/2.50 V. AC
2 Amp. @ 0-30V. DC
Condull Enlrmicon: 'Iwo openings for 1/2" condull.
tlontfo: 1_Islod 11las11c, Copper and Schodulo 40 IrOr► PlpO.
1'11:11111x1 slios - 1", 11/4" & 1 1/9"
Nolo: it paddlos aro luinlshod with onch 111111, ono
for nac11 plpo nlzo of Iiuondod or swoat l l_I , 0110 for
GI IVO, and ono for polybulylono.
Icnvlronnlmltnl 1_Imllallotl0:
40"1-1120"1:
4.!i" C/49" G
Coulton: 'I his dovlco Is 1101 Ir►londod for appllcallons In
•xplosivo environments.
Sorvlco Ueo: NEPA-13
Aulom.-Ilk, Sprhiklor NFPA-13D
One or'lwo Fanrlly Uwoillnd
flosidontlal Occupancy up io 4 Storks NFPA-13R
Central Slallorl NFPA-71
Loral NFPA-72A
Auxiliary NFPA-72B
nenmle Station NFPA-72C
Pr0prl0lary NFPA-72D
Opllonal: Cover'ramp0r Switch , order Slk. No. 0090010
I<It for Outdoor Uno: Ordor Stk. No. 194003G
Sc;ruw Il,o cluviro into Ileo "'fel;" lilting a, shown ir►1=ig. 2.
Colo must bo falcon to propoily oriont Iho dovico for Ilse
direction of walorllow.
The vaso must not rub Iho inside of the "TEE" or bind in any
way. Tho slom should move Irooly when operated by hand.
l Ire device can also be used in copper or plastic pipe
ins1,111 Ilion;; will, Iho propor adaplors so that the specified
"11=1=" lillitig relay be irrslallod on Iho pipe run.
TESTING: Cl,oalc 1110 oporation of llio unit by opening the
"h rspeclioll' I'osl Valuer' at II Io of xa vl II to sprinldor lido or Il t•
drain and lost colltlOctipn, it an hlspoctors'Tesl Valve is not
plovidod.
11 11101,0 are no provisions for testing the operation of the
flow detection device on Ille syslem, application of Ill*
VSn-S1- is not recominondod or advisable
CAUTION: 'I'Ilore aro 0 paddles lunlis11ed with each unit. 'I'Ileso paddlos have raised lettering that shows the pipe
size and typo of TEE that they are to be used with. The propor paddlo nlu;�l be used. Tl to screw that holds the paddle
roust be securely tightened.
IIEV D BULLETIN 002 PAGE 1 Or 2
PAINTED IN USA
""N
ERBELLS
%FW0Z0 - ----- _. ----------
PO PBA -AC &PBD -DC
UL Listed, FM Approved
Sizes Available: 6" (1 501171m), 8" (200mm) and 10" (250mm)
Voltages Available: 24VAC
120VAC
12VDC (10.2 to 15.6) Polarized
24VDC (20.4 to 31.2) Polarized
Service Use: Fire Alarm
General Signaling
Burglar Alarm
Environment: Indoor or outdoor use (See Note 1)
-40" to 150"F (-40" to 66"C)
(Outdoor use requires weatherproof
backbox.)
Termination: 4 No. 10 AWG stranded wires
6" BELL SHOWN Finish: Red powder coaling
Optional: Model BBK-1 weatherproof backbox
These vibrating type bells are designed for use as fire, burglar or general signaling devices. They have low power con-
sumption and high decibel ratings. The unit mounts on a standard 4" (101 trim) square electrical box for indoor use or on a
model BBK-1 weatherproof backbox for outdoor applications. Weatherproof backbox model BBK-1, Stock No. 1500001.
ALL DC BELLS ARE POLARIZED AND HAVE BUILT-IN TRANSIENT PROTECTION:
SITE
INCIIES
(1111")
VOLTAGE
MODEL NO.
STOCK NO.
CDNOENr
(MAX.)
TYPICAL Ile
AT 10 Fr.
(a"1) (2)
MINIMUM d1I
AT 10 FT.
pm1(I)
A (leo)
12vuc
11110126
17116012
.12A
nn
70
n (zoo)
12VOG
Pm On
1700012
.12A
96
76
19 (256)
12VUC
rm01210
171#)12
APA
02
711
0 (160)
24VmC
11611266
1706024
.(MIA
- 117
70
a (200)
2 4v1)(;
rmn24n
1 7011024
onA
91
7+1 _
to (250)
24vD(;
11141)2410
1710024
.06A
94
79
r, (I 5o)
24VA(;
PDA24n
1000024
.17A
- III_
7n
u(2n9)
24VAG
IIIIA240
16011024
.17A
94
76
10 (25())
24VAC
11lIA2410
1111111124
.1 7A
114
70
6(150)
12oVAc
rmAI2110
1onnl2o
05A
112
112
120VAC
1111AIP1111
111011120
.05A
110
02
u1(zeo)
120VAC
PMA12010
IPIO120
.0 5A
99
115
Notes:
1. Minimum dB ratings are calculated from integrated sound pressure measurements made at Underwriters Laboratories
as specified in UL Standard 464. UL lelalperature range is -30" to 150"F (-34" to 66"C).
2. Typical dB ratings are calculated from measurements made with a conventional sound level meter and are indicative
of output levels in an actual installation.
Potter Electric Signal Company • 2081 Craig Road, Sl. Louis, MO, 63146-4161 • Phone: 800-325-3936/Canada 660-862-1833 • www.potterslgnal.corn
-------------
PRINTED IN USA MKT. 013650001 - nEV P PAGE 1 OF 2
MFG. #5400776 - 3199
T 0
1Nconronnreo
36 CO110NA, CA • (0011) 717-6509
Nw... .,.r ... .. r.. .r . .. . WW ..
FIG. 23
HANGER Fou C-P.V-C- PLASTIC PIPE
DOUBLE FASTENER STI?AP TYPE
i
"l, s_e"_lit...
I
—I—
Imo— ■ —►- 14— 4 —+'-
Size Range - 3/4" thru 2" C.P.V.C. pipe.
Material- Carbon Steel with galvanized finish G-90 govt. spec.
Function -The fig. 23 and Fig. 24 are intended to perform as a
hanger/restrainer to support only C.P.V.C. piping used in
automatic fire sprinkler systents.
Fig. 23 and Fig. 24 can be installed on the lop or on the botlont
of a beam. The Fig. 23 can also be installed on the side of a
beam.
The Fig. 23 and Fig. 24 can also function as a restrainer to prevent
the upward movement of the sprinkler head during activation.
Approvals - Underwriters' Laboratories listed to support fire
sprinkler piping. Meets and exceeds the requirements of
N.F.P.A. 13, 1311, and 13D.
Features - The Fig. 23 and fig. 24 incorporate features which
protect the pipe and ease installation. l'he flared edge design
FI G. 24
/ IANGER FOR C. P. V. C- ►'LnS77C PIPE
DOUBLE FASTENER STRAP TYPE• — SIDE MOUNT
1 a ►--I- 4 - D 11.1
C
(1-- A >I
protects [lie C.P.V.C. pipe from any rough surface.
The Fig. 23 design incorporates snap retainers allowing easier
and faster installation.
The fig. 23 and Fig. 24 are easily attached to the building slruc-
lure using the Iwo hex head self threading screws' furnished
with the product. It Is recommended that rechargeable electric
drills fitted with a hex socket attachment be used as Installation
tools. No Impact tools (such as a hammer) or Impact fasteners
(such as drive screws or nails) are allowed. Damage has been
Icnown to result front Installations using impact type tools. No
pre drilling of a pilot hole In wood is required.
Order By - Figure number and C.1',V.C, pipe size.
Patents Pending
'-Hardened hex head self threading screw is f urnished with the
product and is the minimum fastener size accepiable.
A Ij C MAX. fIANGCR FASTENER APPROX.
C.P.V.C. SPACING IWXIICAD WEIGIIT
PIPE SIZE FIG. 23 FIG_24 1'1(,. 23 _ 1_IG. 24 1'IG. 23 1"IG. 2A (I"1'.)_—___•__,_ _.__ SIZE _ PER 100
3/4 3-1/8 2-5/16 19/16 15/32 _1316 13/1G 51/2 5/16
•L7`7`(7)i11l�VN(M4 7•NIv v/.a+..O 1. Mm -v/"n •.w 1 -- -r -
1-1 4 4-3/16 3 2-3/32 1-142 1.3416 1 3�1G 6-1/2 5 16
l 21 ii"�'T6 a3,i YWN? 2,7/32 '1 /8 '4T'3 fV $f! 1't1 ���l�..k , Y.
2 1 4-7/8 3-11/16 2-7/16 1-27/32 1_3/161_3/16 E�/1� 15
REVISED 3/94
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All 0111411
Vol 111"11 "' Ily'
REVISIONS I BY
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Date
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Scale
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Drawn
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