HomeMy WebLinkAboutMULT DOCS PART 2 - 11-0390 - 37 S 2nd E - New Building - BeaumontCL"DIT'ICFOTIEB
Cioveraor
. .aY
Stae of ldalo
DEPARTMENT OF INSURANCS
7(X) W6t Stde Strcct' 3rd FIo
P.O. Box 83720
Boise, Idabo s3if20{xJ4,3
Phonc (208)334'450
FAX#(20E)3A439t
WII''AMW.DEAL
Dirccbr
MARKA-I,ARSOT{
$oFireldrsbal
PI-AI,I REV .IEW FOR FIRE SPRINKLER SYSTETVIS
derrrrqonem.rrtFonrF PI.AI\IS
MelFletcher
Ph 2Wq
c
$tr
_o
}1.
.E
o-U)
o
ir-
o
coO
E
_9
o)
coE
foom
oo)cooo
F
F
H fuq#xffi
;tr scrrE rnr 4!EEnt-f orrlco lggnr.Iro' "ol
F
n
u
Fax nV|@
APPRO\IED - If dcficicncies noted
*o.'i ac concctcO ad snbject b a field
inspcCion
DXSAFPROVED - Rcs$'nit wi& items
Dobd * cor€cted-
ADDnoNAL - Ilftrmation reqpcstcd
ffi'REONE-AN:
ffi-BY-tmtrmpriscs
CCTO: I\ddtllrson
Idabo Sun'eYing & Rating' :' File
AJIJ.
10-2005
hul Opportwity ErnPloYer
nlT'
iiit " 1201 14P
l:I
.-n
State of Ldaho
NEPAIITMENT OF TNS{JRANCE
70O Wes[ Sitte Saeet, 3rd Floor
P.O" Box 83720
Boise, Idaho 8372&UX3
Phonc (208)334-4250
FAX I (20E)334-4398
cJ.-elBUrcH' oTrr&
Governor
VYII..I-IAMW. DEAJ-
Dfuectot
MANKA-LAASON
Srate Flre Manhal
pLAII Rrvr*w FoR FIRE SPRINKTER sYsrEMS
SfOtnfUnPON PLAN: O dt'4 DATEONPLAN: *€YT ?S:L
nacgl,olg rREfEsrrER rs
ffi=ffir?;f iffi*"*wATER nunresps" nu.g ro rEE FGs seuroms:u
RAaEf sratfis rmn xdEHal"dA;rFt€-E;.iin)-its lffisol$lg" noss Erst A'HPRSyE oF' er:t
FGvgwsD nYt LIrH EnterPrises
POBox 9
Fairficld, Idaho 83327
AFP*€IIED * If defi 'cierrcies soted
abcve are coneged and Sobject to a' 6eld
inspection-
DISAPPROVED - Re$$mit with itsrrs
noted * 6gilgcred'
n AEEI4{Oi{AL-Infonaatioarequested
CC T(J: Marklarsos
Idaho SwveYing & Rating' Fde
A}TJ.
lvlr$rso-c.f CelLArurqF f.t&sUep*
lo-2005
foul OpporttnitY EmPloYer
4130 AirPort Rd.
Nampa, Idaho 83687
ffiffie,&W.'ffi* i&,rWe& ffi&{* 'j'j l
wzvwogo&,oendxgP.olor.
9.20.2012
Mel,
In regards to the review comments to the BEAUMONT MEDICAL CENTER' I have made the
necessary changes and corrections'
Phone: 208-468-9115
Fax: 208'461-9117
1. Address is on the first page of drawings
2. Added pendent sprinkler to utility room244
3. Added
-hydraulic
calculation for lease space D
4. Removei note from stairway, it was anoversite on my part that I forgot to erase'
If you have any further comments, please let me know'
Thank you
Sincerely,
Don Weland
Phoenix Fire Protection
4130 AirPort Rd.
Nampa,Idaho 83687
PO Box 242
Victor,ID 83455
whes$*w..ffi ss,i iwse' ss&*se
wwwphoenixfP.-com
psl
psi
gpm
Phone: 208'468'9115
Fax: 208-461-9117
Phone: 208-313-6876
Fax: 208-787-2957
Wednesday, August 08, 2012
Project: Beaumont Medical Center
37 South 2nd East
Rexburg, Idaho 83440
Re: Fire Flow Information
To Whom It MaY Concern:
on wednesday, August 0g,20rza fire flow test was taken from the nearest hydrant to the Beaumont Medical
center located "t 37 j;;;;);Jeuri, n"xburg, Idaho. This test was taken by clint charles and Adam
woolstenhulme, with Phoenix Fire Protecti6n and chuck' with the city of Rexburg'
The following is the fire flow results given:
Static Pressure: 82
Residual Pressure: 79
Flowing: \ 3-B$
PHOENIX FIRE PROTECTION
rnR NAtvlF' BEAUMONT MEDICAL UtsN IEK
JOB#:1237
NATtr.SFPT 2012
DRY SYSTEM VOLUME
SYSTEM 1
SCHEDULE 40 PIPh
PIPE
SIZE
FIffiETFEET oF
PER FT. I PIPE
VOLUME
TOTAL
1 0.045 0
1-114 0.078 855 66.69
1-112 0.106 0
2 0.174 0
r
PIPE
SIZE
VOLUME
PER FT,
FEET OF
PIPE
VOLUME
TOTAL
1-114 0.085 0
1-112 0.115 0
2 0.19 0
2-112 0.283 0
3 0.433 151 65.383
4 0.74 91 67.34
6 1.649 0
8 2.776 0
OTAL 199.41
IF THE SYSTEM VOLUME OF THE DRY SYSTEM IS
iso.oo cALLoNS, oR LESS, AND lF A QUIcK oPENING
OEVICE IS USED THE 60 SECOND RULE IS NOT
REQUIRED TO BE APPLIED. IF A QUICK OPENING
oEvrce ts Nor usED THE 60 sEcoND RULE MUsr BE
APPLIED.
1237 dry sYstem volume table'xls
*Excludes tension-only bracing systems
c 2006 National Fire Protection Association
taterial Seismic Bracing Calculations Sheet 1 ot 2-
ject:
,ress:
BEAUMONT MEDICAL CENTER CONTTACTOT: PhOCNiX F|TE PTOtECtiON
37 SOUTH 2ND EAST Address: 4130 AirPort Road
REXBURG,ID Nampa, ldaho 83687
3" Sch 10 LateralTable 9.3.5.3.2(a) Telephone: (2081199 {lt
BRACING DISTANCE 20'= 1281 (208) 461-91 17
Brace Information Seismic Brace Attachments
Length of brace: 10'6"
Diameter of brace:
Type of brace: Schedule 40
Angle of brace: 60-90 DEG
Least radius of gYration:* 0.42
UR value:* 300
Maximum horizontal load: 713
Structure attachment fitting or tension-only bracing system:
Make: Afcon Model: #077
Listed load rating: 2015 Adjusted load rating per 9.3 5.10.3: 1007
Sway brace (pipe attachment) fitting:
Make: Afcon Model: "E"
Listed load rating: 2015 Adjusted load rating per9.3.5.10 3: 1007
Fastener Information Seismic Brace Assembly Detail
(Provide detail on Plans)
.-.' [.,:t1:]ll'i[::: )i]
:_:_.'- i-:r-r tjtiri-::i
**_"".;t;,:*_ :i:.i i li.. i:iili:i:,.irt:!li ;t-t Tli';i, -*-..*- V I
..,' r.;...:' -'t
__ii:,iA{ liitir-i. plii.
1'
/ "
t\)'l iil '' i:Ai r-;
r:'ir]^ 'f.. ./ ::rii:[ ii[]i!; [ff,;fil
':{.*. .i,.. i-;lrllfili-i-'r''t
.'i 't. ,rt. -- liiii r r:iii;ill- jii'ilCi i[l[-l- ,'"r, rtt'i{
\ ' ", '/
Orientation of connecting surface:
Fastener:
Type: 3 1/2" THRU BOLT
Diameter: 112"
TOP CORD CONN. ANGLE F (60-90)
Maximum load: 600
SEE CALCULATIONS FOR DEGREE FROM VERTICAL
sptittklet svttet L"ad calculation [Fp= -'5- wp (default is 0':]l
Diameter Type Length (ft)Total (ft)Weight per ft Wp Total Weight
1 in.Sch 40 n 0.00 ft 2.05 lb/fi 0.5 0.00 lb
1 114 in.Sch 40 200 200.00 ft 2.92 lb/fl 0.5 292.00 lb
1 112 in.Sch 10 0.00 fi 3.05 lb/f n6 0.00 rr
2in.Sch 40 0.00 5.11 lb/ft 0.5 51.07 lb
2 112 in.Sch 10 0.00 fl 5.89 lb/ft nc 0.00 tb
3 in.Sch 10 20 20.00 0 7.94 lb/fl nr 79.40 lb
4 in.Sch 10 0 0.00 ft 11.79 lb/fl 0.t 0.00 rb
6 in.Sch 10 f1 23.03 lb/fl 0.5 0.00 lb
I in.Sch 10 40.08 lb/fl 0.5 0.00 lk
Total weight 422.47 lt
Fp x 1.15 485.84 tu
FIGURE A. 9.3.5(a) Seismic Bracing Calculation Form NFPA 13 (P. 1 of 1)
t.rr-itrtdinal Seismic Bracing Calculations sheet 1 ol J-
ect:
ress:
BEAUMoNTMED|CALCENTERContractor:PhoenixFireProtection
37 SOUTH 2ND EAST Address: 4130 AirPort Road
REXBURG,ID Nampa, ldaho 83687
3" Sch 10 Lateral Table 9.3.5.3.2(a) Telephone: (208) 468'9115
BRACING DISTANCE 4o'= 769 LBS (208) 461-9117
Brace Information Seismac Brace Attacnmenls
Length of brace: 10'6'
Diameter of brace: 1 in'
Type ofbrace: Schedule 40
Angle of brace: 60-90 DEG
Least radius of gYration:* 0'42
L/R value:* 300
Maximum horizontal load: 713
Structure attachment fitting or tension-only bracing system:
Make: Afcon Model: #077
'isted load rating: 201 5 Adjusted load rating p", 9'3'5'19 !' -- 1 0U
Sway brace (pipe attachment) fitting:
Make: Afcon Model: "E"
Listed load rating: 2015 Adjusted load rating per 9'3.5'10'3: 1007
Fastener Information Seismic Brace AssemblY Detail
(Provide detail on Plans)
Orientation of connecting surface:
Fastener:
T'nF' 3 1/2" THRU BOLT' t r-
Diameter: 112"
TOP CORD CONN. ANGLE F (60-90)
Maximum load: 600
SEE CALCULATIONS FOR DEGREE FROM VERTICAL
Sprinkler SYstem Load Calcuation [rp= -.s- wp (Oetault is o.:)]
Diameter Type Length (ft)Total (ft)Weight per ft Wp Iotal Weight
1 in.Sch 40 0.00 ft 2.05 lb/fl 0.5 0.00 lb
1 114 in.Sch 40 0.00 fl 2.92 lb/ft nr 0.00 lb
I 112 in.Sch 10 0.00 fl 3.05 tb/ft 0.t 0.00 rb
2in.Sch 40 0.00 ft 5.11 lb/fi 0.t 51 .07 lb
2 112 in.Sch 10 0.00 ft 5.89 lb/fl 0.5 0.00 ll
3 in.Sch 10 40 40.00 7.94 lb/fl 0.5 158.80 lt
4 in.Sch 10 0.00 fl 1't.79 lb/ft 0.5 0.00 lb
6 in.Sch 10 fl 23.03 rb/ft AE 0.00 lb
I in.Sch 10 ft 40.08 tb/fi 0.5 0.00 lb
Total weigh 209.87 lb
Fp x 1.1 241.35 n
"Excludes tension-only bracing systems
c 2006 National Fire Protection Association FIGURE A. 9.3.5(a) Seismic Bracing Calculation Form NFPA 13 (p. 1 of 1)
BEALMONT 'MEDICAL CENTER Drawing Date: SEPT' 2012
HYDRAULIC DESIGN INFORMATION SHEET
JOb NAMC: BEAUMONT MEDICAL CENTER
Location: 37 SOUTH 2ND EAST
REXBURG, IDAHO 83440
Drawing DaLe: SEPT ' 20t2
Contractor: PHOENIX FIRE
-1130 AIRPORT ROAD
NAMPA IDAHO
83687
Designer: DON WELAND
Calculated BY : SPrinkCADxuT i:'ux::: ;;:
Lansdale, PA 19446
CoNStTUCIiON: UNOBSTUCTED NONCOMBUSTIBLE
neviewing Authorities: STATE FIRE MARSHAL'
9/ 6/72
Remote Area Number: 1
Telephone 208 468 9115
OccuPancY : LIGHT HAZARD
OWNER
SvsreM DESTGN
Hazard: LIGHT
q\/ql-Fm 'l'rzno 'IilF.Tr v -v' ' " " -
Code:NFPA 13
916 sq
0.100
225.0 sq
o gpm
100 gPm
fr
fr
Sprlnkler or Nozzle
Area of SPri-nkler OPer
Density (qPm/sq ft)
Area Per SPrinkler
Hose Altowance Inside
Hose Allowance outside
MaKC: GLOBE
Model: GL5601
K-Factor: 5. 60
Temperature Rating: 155
CET,CUT,ATION SUMMARY 10 Flowrng Outfets
73.3 e SOURCEgpm Required: 344'3 psi Required:
WATNN SUPPLY
Date of Test
Static Pressure
Residual Pres
At a Flow of
Elevatron
I Rated CaPacitY
I Rated Pressure
I Elevation
I Make:
I ModeI:
Water Flow
B-8-2072
a) fl nqiv-. v ye'
/9.U ps]
1 2Q( dnmfJUv YI/!!,
0tt
Pump Data
0
0.0
0
gpm
nqi_v" -
Locatron:
Source of Information:
ON SITE
PHOENIX FIRE PROTECT]ON
SYSTEM VOiUME 527 GAfIONS
Notes:
cn
qfi;frs
BEP=)8i2lli - ts -{rE6f;
6gx
F9E58z-l
mn
5EEdtr.€
;:'. = d 6'q
vz 1l--
2- dfi
-lm@8*ds
ii('roo'"co o o
P 2.e.=
F$*Ege
9=T-o og-F
EE Sire
o
nna
oo=
gdts_
o
6eHNd(,t('l55(l)EEEEE
oo
E Ct'
tro{
GI
ttI
ooo-
1
cv,
999Cooo-
Io€E
GIT'3
BhJAUTVION'I' LVITJIJIUAI' UEN'IT.JR IJTAWINg DAIC: S!'iP,I ' IOLZ
HYDRAULIC CALCULATION DETAILS
9/ b/ Lz
LENGTH C
at HYd Area 1'l' L20
2t 720
10' 120
M 1' r20
''D CHART LOSS
HYDRAULIC
ID psi TOTALS
eq 6 n<ivJ ' v I/v+
iR
0.1
0.7
0.1
6.0
73.1 Psi
FLOW
gpm
QTY DESCRIPTION
Hydr Ref
1 3" Grvd
1 Dina ?rt! r f l/v
1 3" Grvd
1 3" Grvd
1 3" Grvd
BOR Required
90 EtI Firelock
t0x27
ButterflY Valve "BFV"
Other Valve TYCO "513"
Back Flow Valve APOLLO
244
3.068 244
3.260 244
3.068 244
3.068 244
244
1
1
1
1
1
1
HYdr Ref SRC
Water Source 82'0
Required at
NRS
Fixed FIow
F]RST FLANGE
6t 140
14', 120
10' 140
T4' I2O
100' 140
3' ]-20
Ffow Loss
h 11h
6.065
6. 338
6.065
6.338
6.065
344
1385 gPn 344
of 73.3 Psi
244
244 0.0
244 0.0
244 0.0
244 0.0
244 0 .2
244 0.0
100 gpm
Hydr Ref FF
lipe 6n DIxIB Cl 350
6'' MJ 90 EIl
Pipe 6" DIx18 CI 350
6'' MJ 90 EII
Pipe 6" DIx18 Cl 350
6" Flngd Gate Valve
Required at SOURCE
psi static, 19-0 Psi residual G
?3.3 Psi
gpm 81. B Psr:::=::=
8.5 Psf
Availabl-e Pressure of B1'8
This is a safetY margin of
Maximum Water VelocitY is L6
"l
SAFETY PRESSURE
Exceeds Required Pressure
psi or 10 % of SUPPIY
fnc!i."
nq 1v-*
BEAUTVION'I' IVITjDIUAI' UEN'IER DTAW]-Ng DATE : SEP'I zu lz 9/ 6/ LZ
FITTING NAME TABLE
ABBREV. NAME
==: :::=: ::===:: :==::::::
C CouPling
E 90' Standard El-bow
F 45' Elbow
5 Straight Flow Thru Tee
T 90' Flow Thru Tee
V Valve
HYD REF
K FACTOR
vd
nt
D It1
C
Pf/ft
PT PF,
FTNG'S
TOTAL
Pt
Pe
YT
Pv
Pn
NOTES:
LEGEND
Hydraulic reference' Refer to accompanying flow diagram
FIow factor for open head ot pulft-wftlre-Flow (gprn) : K x -\/P
FIow added or subtracteo
Total flow
Actual internal diameter ot PlPe
Hur.t Witliams pipe roughness factor
Friction loss Per foot ot PrPe
Length of PiPe
tlum6er or tittings ' See tabl-e above '
Total- length (PIPE + FTNG' S)
Totat Pressure (Psi) at. fitting
Pressure due to th.ttgu in elevation
where Pe : 0 ' aS: " change in elevatron
Friction l-oss (Psi ) to f itting
where Pf = I x 4 '52 x (Q/C) ^1' 85 / ID^A '81
VelocitY Pressure lPsi)
where pv : b.001123 x Q^2/rD^4
Normal pressure (psi), where Pn : Pt - Pv
- Pressures
0.1 Psr.
round off.
are balanced to 0 ' 01
Addition maY varY bY
Pressures are l-isted to
psi due to accumufation of
nq lt,"-
n1
Calculations conform to
VelocitY Pressures are
NFPA 13.
.rlt "on"idered
in these Calcufations
BUAULVION'r tvlErJ-LUA! ur;N,rER ljrawrng Date:sLjp'r. zoLz 9/ 6/ rz
D2 ffo
===:::::===::::=::::--:=::::==:::--=:::==::::==::--:=::::==::==::::=:::==:::::==:::
E T Et\/AT].T.,\] qPRTNKLER PRESSURE ACTUAL MINIMUM ACTUAL
L\vuD ur-,.r'I IUI\ Jr^r!r!\!'EJ^ ET.^I^I rr nr,r DF,NSITY
NUMBER K-FACTOR FLOW rt,uw uu'
| trr \ (rrI2M / ( PSr ^%) ) (PSr ) (GPM) (GPM) (GPM/SQ ' FT )
.--l \\frtal \!ur zt t :::::::==:::=:===
:=::--:===:=:::=:
=::::==:::===:==
:--:::::::=i
.1. 40.00 19'3
IL 1 Q A
1a dn,00 ru'=
l-J 11 A1^ 40,00 r''=
-Lt , ^.0015 av'vv 11 ?/ ^ ' 00lO :v'vv 10 A
11 40.00 ru'=
lt aA A
Ai ^n La. a18 tu ' uu
.n /n.00 23.2
rY =v!vv Re q
.A 11.83zv Aq ?nn aJ. J
2I zo'vv ^^ ?nn aJ. J
22 zo'vv (o G1 1 . 83ZJ LL'VJ rtr q
A6 2.OO UJ ' J
^ n^ 65.6BOR z 'vv
nl 4n. oo 30.4
i: on.oo 3o'4
bz =v
n- do.oo 30'4
IJJ :v'vv ?n tr,'l .00 Jv ' J
84 +u'uu 2n 1
Bs 40.00 ;;' ;/ 0.00boe)l
AC nn JL.L
Bl e\J'uu Aq ?nn aJ. r/5'VVr1o -:':: LL IT-1 a? JU'
ljY rr ' vJ qu ID'r ^ 11.83lffv ,4q ?nn aJ. J
C1 zo.vv ^e ?nn aJ. J.'> /.o . vvwL Atr ?^ - Ad aJ . J
C3 zo 'vv ^^ ?nn aJ. J
C4 zo 'vv A^ ?nn tJ. J
C5 zo 'vv A^ ?nn aJ. JC6 zo 'vv
n1 11. 83 59 '1
UL trO ?na JJ. t
DZ ! r ' v v
na 1 1.83 59
"7DJ
n4 11. 83 59 '1
DA
nq 11.83 JJ''
UJ AA ?nn aJ. JF.l ZO. Vv26.00
26.00 Atr, ?26.00
25.00 Ar^ ?25.00
26.00 4tr.26.00
26.00
AC. ?
45.326.00
26.00
45.3
Aq ?26.00
40.00
Aq ?
2Q540.00
40.00
2Q5
oa (
40.00
40.00 )Q ?40.00
40.00 28.740.00
40.00 a140.00
40.00
)1 q
20. I40.00
40.00
20. I
/640.00
11. B3
zo .2
59 .611. B3
11. B3
. 83
11. B3'r 1 R?
BE;AUIV]UN.1,y.ltjDIUAl,UE]N,I,E]RjjrawrngDate:StjP.I.zULz
9/ 6/ rz
Da frar uY v
::::==== :::=::::===:::==::::==:::=::=:::::::--=::=::::::=:::==:=:::=::::=
NODEELEVATIONSPRINKLERPRESSUREACTUALMINIMUMACTUAL
NUMBER K-EACTOR FLOW FLOW DENSITY
(FT)(GPM/tpsilrzt)(PSI)(GPM)(GPM)(GPM/SQ.FT)
=:=:::::=::::=::::::=::::=::::=::=:--::=::::=:::==:::==:::::=::::
c4 11.83 59 '6
^t 11.83 59'6
tr3 r!'vv qo Av. 11.83bo ll . r, 56.6
Hl rr ' uJ
a1 11.83 59't
rr 11 n
:i8l' i9:33 5 ' 60 ;; ; 23 2 22 's o ' 10
s102 40.00 2t'1
s1O2S 37.83 5'60 21"8 26':' 22'5 0'r2
s103 40.00 23'r
s103S 37. 83 5 ' 60 22 '5 26 '6 22 '5 0 '12
s1O4 40.00 23 '2 26 6 22.5^-.83 5'50 22'6 26'6 22'5 u'rz
5IV+J Jr.vr lq q
3i33' i?:33 5'60 ;; i 22 5 22'5 o'10
s106 40.00 16'3
s1o6s 37.83 5'60 16'5 22'B 22'5 0'10
s107 40.00 16'1
s1O7S 37.83 s'60 t6'4 22"1 22'5 0'10
s10B 40.00 23'0
^rnoc ?7.B3 5.60 23'O 26'8 22'5 0'72
JIUOJ JI.VJ 16, q
3i33' i9:33 s ' 60 ;1 ; 23 '2 22 '5 o ' 10
s110 40. o0 r'7 '9
s11OS 37.83 5'60 1B'1 23'B 22'5 0'11
Max veroclry of .'6.6-r occurs in the pipe from 86 To 72
Nodes with "S" indicate a node at the
of atop pendent' The node without an
top of a sPrig or bottom
r'gi' is on the branch.
BgAuruoN,r' rvluDruAl, utiN'tLiR Drawrng ";;;:";ir"'1f1o""."
:==:::==:::====::::==--:::::=====::::====::::::=====--::::::::====::::::===:::::::
H? '":::?:+---';H;1" iiil:, i: i: *******NorES*******
POINT Qt Pf/fI' TOTAL Pf PN
:::==--:::===::===::::::===::======:=====:::::======--:::=====:::======--::=--==:::=
9/ O/LZ IJ:
Page b
PATH 1 FROM HYDRAULIC REFERENCE s10 5 TO BOR (PRIMARY PATH)
. i1 i6 r 16.1 K : 5'ou
S1O55
22.50 1.049 1E
t-I O (\
W- L'v
22.50 0 -162
2. L I ro ' r
^ ^n -n q 0.0
i'\\ ;'; 16.1 Vel = B ' 43
1.Lt
3.g4 15.9 15'9 EqK = 5'65
5.00 0.0 0'0
B.g4 1-'4 15'9 VeI = 8'43
1.049 1T 5'rn LJ'
s105 c:720 5'00 0'o 0'0
22'50 0'762 a'gq f i 15'9 vel = B'43
^ i1 ')
B.42 r'442 1E L3'26 71 '3 17'3
1 1) n O 0'0 See PATH 11
16 C:I20 r'tL
A A,.' 16'98 f i 17'3 Vel : 6'13Lo ;;)" 16.98 t_.-L r/.J
30 '92 0 '062 Le ' Jv ---------
23.22 I-442 3E 29'1-6 18'4 18'4
11 c=1'20 1r ig::i g 9 ,:'? i:? :^Tt.;^11 s4.14 Z=.t|'^
1r ffi'.lz ;:i 18 .4 ver : r0 "7 4- ;;' ;;- - - - ;z- ;- - - - ;z- ;- -
F6
41.68 ?:lr7', "o.;; -o.o o.o SeePArHT
95.82 o'o?1 12'00 0'' 26'1 ver = B'50
I3
12.00 )1 q
nn
nq
-22.
'72.
0.00
L2.OC
0.92 2.r5-l
^-1 aAv- !aw
91 0.043
27q
0.0 See PATH 12
27 .5 VeI : 6'46.00
12.OO 28 .r'^ ^? 2 1\1 12'00 zo'L 4v-Lv.vJ n ^n n o 0.0 See PATH 13
2=:7\ tl'60 o:; 2B'r ver: 4'6e
52.88 v -vzr
^ oo ?12.OO 28 -3 28 '3-rB .2'7 7:i7i
'6:f E
';:o
^l o see PArH 14
1' ^^ n 1 28'3 Vel- : 3'01
34.60 0.011 LZ 'vu v ' r
-;; .;;--;--;;;-- 2r '7 4 '85 28 's 28 's
^-1')A tn 'uZ
-o
' o 0 ' 0 l": PArH 1s
C=!20 14'86 0'U u'u rsv
1'1 .42 0'021 ;;-'1t r's 28'5 Ver: 3'46
17.18 2.635 12'00 30'4 30'4
n ^^ n o 0'0 See PATH 15
34.60 3:1o3? 1;:;; ;:o 3o'4 Ver: 2'06
J= ' vv
UNITS - DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
BriAurvroN'r' LVrErrruA' uEiN'r'LiR Drawrng '.;;;:";iru'3|'oo,r.a" e/ o/ Lz rr: t
nunu '7
=:=:::::::::::=:::::::====::::===:::=:::==:=:===
HYD. QA DIA. FITTING PIPE Pt Pt
REF rrcrt rvnui FTNG'S Pe Pv ******* NOTES *******
POINT Qt Pf/ft TOTAL Pf Pn
:==::::-- =::::=:===:::::====::::::==::::::====:::::==::::
::==::::
PATHIFROMHYDRAULICREFERENCESI05ToBoR(PRIMARYPATH)
30.4
IJJ
78 .21 2 .635
?-1 aiU_IAV
s2. B8 0.009
12.00
0.00
30.4
0.0
0.1
0.0
30.4
0.SCC PATH 14
Vel : 3.1412.00
B4
20.03 2.635
c=12O
12.91 0.016
72.00 ?n 5
0.0
0.2
0.00
1,2.00
n
?n 5
0. O See PATH 13
30.5 Vel : 4'33
iJJ
22.92 2.635
C:1?O
95.82 0 .021
30.7
0.0 See PATH 12
30.7 Vel- : 5'69
12.00
0.00
12 .00
?n -l
nn
U.J
12.00 31.1 31 ' 1
86
84'05 ?:fi|
'6:i3 'o.o o.o seePArH2
1^ ^n .t n 31 -1 Vel : 10'6
64-44 2'635 2E :-4'84 32'r 32'7
B1 C:120 1T 32 'g5 6 'L O ' 0 See PATH 8
)' ^ 1 (n 4'7 '1g '1 '2 32 '7 Vel : 14 '52
--1 ')t\ v. vv
^' :-;;: 72'oo 1'o 31'1 ver : ru'b,
I lY-60 v.vuJ
^AA 1t n 1(n 41 '19 '1 '2
z1'1.. JL
2 . 635 2E 11
"10
47'3" n: ' :2.635 'zl' rt'tv
BB C=!20 16'4'1 6'1 0'0
244.32 0'150 34'11 5'1 45'3 Vel : t4'52
H1
^ ^ad5.ZOV
^-1 aiw-Law
.AA aa n n6?LAA. JL
1.00
0.00
1.00
30. o
0.0
0.1
nn
56.6 VeI =q dR
-rg .46 3 .260 lE
.:1 )n 1Tv-!4 v
224.86 0.046
;;.
f,o. /
;:0.0
J.U
ro q?
.52 .0
56.1
0.0
56.1
See PATH 16
Vel : 8.73
810
19 .46 3.260
C:1?O
244.32 0.053
q R?
20.16
)a qq
nnqaou.v
a l7^'1
3Y. I vgl
PATH 16
9.48
qq 7
AO
0.00
0.81
q 4R
^ 6a 5. Z0V
C:I20
244.32 0.053
0. B1 nn
nn
nn
F l7^1 -
b). f, vcr -
UNITS - DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
BblAujyloN'r tv.ltilJl-uAl, uuN'r'tiR Drawrng Date:5b;P'l ' zurz
TYco Fire Products
9/ b/LZ l-J:
Page o
PATH 2 FROM HYDRAULIC REFERENCE S1O7 TO 86
22.68 1.049 1E 2'r't 16'4 16'4 K: 5'60
S107S C=!20 2'OO -0'9 0'0
22.68 0'164 4'L1 0'? 16'4 vel = B'50
1.049 1T 2'88 16'1 1'6'I EqK = 5'64
S1O7 C:L20 5'00 0'0 0'0
1 2 1G .1 \/el 8.50c:L20 5.00 0'0 0'0
22.68 0.164 7'88 1'3 !6'7 Vet : 8'50
T4
31
?q 1 AA2
r-1)n| = | / | | v . v -
^? n nRA II'2I 1'0 11 '4 Vel = 7'35
L'J
4.00 18.4 18.4
L]-.2T
0.00
L'l .4
0.0
!1 .4
0.0 See PATH 3
1,4
13
.') '>1 1 AA?LJ.LL
r-1 an
60.23 0.272
0.00 0.0
4.00 0. B
0.0 See PATH 4
tB.4 VeI : 11.95
23.82 r.442
C:I20
84.05 0.393
1T zz.Jo'7 .43
30.00
1q ?
0.0
11.8
PATH
: 76.
19.3
0.0 See
19.3 VelL2
6
61
31.1 K: 15.08
84.05
=:::=::::=::::=::==:::::::=:::=:::==:===:=::::=::=:::::::::::::=::::::=::::::=::
PATH 3 FROM HYDRAULIC REFERENCE 5106 TO 14
uo
S1O65
2.71
2.00
4.r'7
th 5
-0.9
n?
s.60
8.54
22.'7'7 7.049 1E
^-1 anW_LLW
22.'11 0.165
16.5 K
0.0
16.5 VeI
s106
7.049
C:L20
n 16q
0.
.3 VeI : 8.54
L'7 .3
0.0 See PATH 11
L] .3 Vel- : 2.85
1T r.25 16.3
5.00 0.0
6.25 1.0
16.3 Eqt< :
nn
22.'71
15
-8
74
A)
35
r.442
a-1 ai
0.015
'7 .61
0.00
1 .6r
nn
n1
FLOW PRESSURE (PSI)
UNITS - DIAMETER (INCH)LENGTH (FOOT)
BbiAUlylON'I' tvlEDIUAl' UEN'I'EiR Drawrng Date:5UPI ' ZUIZ
TYco Eire Products
L'7 .4 v :
"
AA
t4
PATH 4 FROM HYDRAULIC REFERENCE S1O9 TO 13
9/ b/LZ -l-J: 5
Page 9
2.L]
2 .00
4 .11
71 .2
-0.9
0.7
11 .2
0.0
K: 5.60
S1O95
s109
3.50
5.00
8.50
_Lb.v
nn
23.2r r.049 1E
^-1 a iw- lLw
23.21 0.171
1.049 1T
n
ZJ.ZL U.
^-1 a iW- LLV
LlI
I'7 .2 VeI = 8.70
16.9 EqK: 5.64
0.0
L6.9 VeI : 8.70
.J.1L
23.27 lB.4 K: 5.4113
PATH 5 FROM HYDRAULIC REFERENCE S1O1 TO 17
23 -22 1.049 1E 2 'I1 t1 '2 7't '2 K : 5 ' 60
S101S C:I2O 2'OO -0'9 0'0
:___: __r_::_r___o ._i11 __n__'_r______o__'_____!'_:____Y:1----1-13----
I.O4g 1T 3'20 17'0 17'0 Eqx: 5'64
s1o1 c:r2o 5'00 o'0 0'0
23.22 O'I12 B'20 1"4 17'O VeI : B'70
18.4 K=t- A)
r'7 23.22
PATH 6 FROM HYDRAULIC REFERENCE S11O TO 72
.2 a) 1 n/q IF, 2-71 18'1 1B'1 K: 5'60
LJ.VL
S110S C=!20 2'00 -U'e u'u
23.82 0.180 4'7'7 O'1 1B'1 vel : B'93
1.049 1T 2 '50 7'l 'g 77 '9 Eqx : 5 ' 63
s110 c:I2O 5'00 0'0 0'0
2? R2 0.180 7.50 1 ' 3 11 '9 VeI : B ' 93
LJ.VL
UNITS - DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
BtsAur,uN,r,,rvrurrr uAr, uEiN'r.'tiR Drawrng ";;;:" ;i r"' lfXo""."
9/ O/IZ IJ:
Page ru
K - 5.43
72 23.82
PATH 7 FROM HYDRAULIC REFERENCE S1O2 TO F6
S1O2S
26.r3 1.049 1E
v-1)nU_IAV
26.13 0.2]-3
t2.00
4.11
f.ou
o 79
2.]-'1 a1 e
-nq
nq
21.8 K
0.0
2I.8 VeI
I.U4Y rr
s102 c:!20 5'00 0'0 0'0
26 '73 O '2I3
'7 '06 r ' S 2I
"t
Vel : 9
"79
15. 55 r ' 442 1T 23 '20 23 '2 23 '2
rs 2:+72
',1012\,
3:3 ,2.2 ;:i T': ;'
-^ ^ 1n? 30.63 3'J zJ'z vsr
4L. oo v. rv '
26.5
0.0
26.5 Vel =3.70nall
a 1r^7
C=720
0.015
12.00
0.00
12.00
26.5
0.0
0.2
=:::=:===::::::::=:::========::==================::--::::::::--::=========--:=====:
PATH B FROM HYDRAULIC REFERENCE S1OB TO B7
26'83 1'049 1E 2'I't 23'O 23'O K: 5'60
S10BS C=!20 2'OO -0'9 0'0
26'83 0'224 4'7'l O'9 23'O VeI : 10'06
1.049 1T 1'33 23'0 23'O EqK: 5'50
slOB C:r2o 5'00 o'0 0'0
26'83 0'224 6'33 t'S 23'O vel : 10'06
31 .67 I.442 1T 24'58 24'4 24'4
18 C:120 1'43
-0'0
0'0 See PATH 10
64'44 O'24I 32'OI -l '-1 24'4 Vel = 72"78
41.68
zo. I K : 8.07
E6 4I.68
K : 11.38
DI 64 .44
UNITS - DIAMETER (INCH)LENGTH (EOOT)FLOW (GPM)PRESSURE (PSI)
Bt;AUIVtoN'r' tvlFjljruAL c!.jN'r'ER jjrawl-ng Date : StjP'f ' zQ rz 9 / b / Lz
' TVco Fire Products rdgv ff,
D^I"H q F.ROM HYDRAUL]C REFERENCE S1O3 TO 19
rnlll / ! r\vrr
.a
26.56 I.O4g 1T 2'l'7 22'5 22'5 K - 5'60
S103S C=!20 5'00 -0'9 0'0
26.56 0.220 7 ':_'1 I '6 22 '5 VeI : 9 '96
s103
r.442
c:t20
0.017
5.'l4
0.00
5.74
23.r
0.0
0.1
5.52
3.0B
23.I EqK
0.0
23.I Velr.5.55
K:?2?
15.55
C=720 0.00 0'0 0'0
3'7.61 0.089 13'19 1'2 23'2 Vel: 1'46
24.4 r\-1 .62
J /. OI
PATH 10 FROM HYDRAULIC REFERENCE S1O3 TO 18
26.56 t.olg 11 2 '1"1 22 '5 22 '5 K : 5 ' 50
S103S C:720 5'O0 -0'9 0'0
26.56 0.220 '7 '7't t'6 22'5 vel : 9'96
7.442 8'15 23'L 23't Eqt<: 5'52
5103 C:I20 O'O0 0'0 0'0
11.01 0'009 8'15 0'1 23'I VeI = 2'78
26.60 I.442 13 ' 19 23 '2 23 '2 EqK = 5 '52
5104 C=720 0'00 0'0 0'0
i ^ .'> O \/a'l 7 46
l9
1B
:=::::==:=:::=::
26-60 1.049 1T 2'71 22'6 22'6 K: 5'50
S104S C:!20 5'00 -0'9 0'0
26.60 0.227 1'I7 l'6 22'6 Vel : 9'9'7
23.2 r\-5 .52
s104 26.60
PATH 11 FROM HYDRAULIC REFERENCE 15 TO 16
UNITS - DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
BtsAutvroN'r ,tvrEirrruAr,
u$N'rt;R Drawr;'";;::";ir"'313o,r.." e/ o/ Lz rr: '
ntnu t2
::===::::::===:::===:::::===:::===:--:===--::::===:::==:::===:::::=::::--==
HYD' QA DIA. FITTING PIPE Pt Pt
REF rrcrr TYPES FTNG'S Pe Pv ******* NOTES *******
PO]NT Qt Pf/fL TOTAL Pf Pn
:::::==:::=::::==:::::=:::::==:::'-===:::==--:::====:::==::::==:::==:::=:::::==:=:
PATH 11 FROM HYDRAULIC REFERENCE 15 TO 16 CONTINUED
8-42 7'442 o'2-1 L-t '3 17'3
15 C--720 O'00 0'0 0'0 See PATH 3
B'42 0'006 O'2'7 0'0 11 '3 Vel: I'6'1
PATH 12 FROM HYDRAULIC REFERENCE F5 TO 85
22.s2 I.442 2T 14'85 21 '5 2'7'5
F5 C=L2O 14'86 0'0 0'0 See PATH 1
22's2 0'036 Bg'12 3'2 2'7'5 VeI: 4'55
K : 2.02
l6 x u/
::--:::===:::::==::::::=::::===:::===:::==:::::=:::=--::::::::=::::=:::====::====:
?n '1 K : 4.73
tJJ
.) a o.')
PATH 13 FROM HYDRAULIC REFERENCE F4 TO 84
20.03 I.442 2T 74 ' 85 28 'r 28 'r
F4 C:I2O 74'86 0'0 0'0 See PATH 1
20.03 0 ' 028 89
"72
2 '5 28 'I vel : 3 '9'7
30.5 K: 3.62
B4 20.03
PATH 14 FROM HYDRAULIC REFERENCE F3 TO 83
18 .2'7 1,.442 2T
r-11nV- LLV
r8.2'7 0.023
'7 4.85
14.86
89.'12
z6.J
nn
)1
)a?
nn
2Q?
SCC PATH 1
Vet: 3.52
30.4 K_3.31
11J 18.21
UNITS _ DIAMETER (INCH)LENGTH (FOOT)FL9W (GpM)PRESSURE (PSI)
BtsAur,oN,r,,rvl'lr r uAr, eEN'r'uR Drawlng,";;;:";i r.' 3f Xo""."
=::==:::::=:=:::::==:::==:::--:=::::==:::==::::===::===:::==::::==:::===::::==:::
HYD. QA DIA. FITTING PIPE Pt, Pt
pE r. r,Ctr TYPES FTNG'S Pe Pv ******* NOTES *******
:::::y:::=:?::: :::!=::--=::=:::::::==:::::=::=:::=::::=:::=:::==::==::::=::::=:::
PATH 15 FROM HYDRAULIC REFERENCE F2 TO 82 CONTINUED
17.18 2.751 12 'oo 28 '5 28 '5
E2 C:I20 0'O0 0'0 0'0 See PATH 1
17.18 0'003 I2'OO 0'0 2B'5 Vel = I'52
9/ 6/LZ lJ:
Page rJ
r.442
r-1 )iV_LLV
17.18 0.027
2T 14.85
14.86
89.'72
aQ q
nn
tv 3.41
)Qq
0.0
28.5 Vel- =rt
2.635 1'2.00 30'4 30'4
81 C:!20 O'O0 0'0 0'0
11 1R 0.001 12'00 0'0 30'4 Vel =
I / . !U
r.02
30.4 f\-3.12
82 17.18
=::::::===:::::=::::=::::==:::===:::-_=::--===:::=::===:::
PATH 16 FROM HYDRAULIC REFERENCE 89 TO B1O
56.'1 56.1L9.46 1.442
C:1?O
79.46 0 .026
2E
1T
70.93
I4. UO
85.79
0.0
2.5
0.0 See PATH 1
56.'7 VeI = 3.86
qRg
0.0 See PATH 17
58.9 Vel- : I'96
B9
-9. 59 1.442
c=l 2O
9.81 0.007
2E
2T
bu. oo
.a 2n
a) aA
hH I
nn
0.620
LrO
Z.13 I
c:120
0.001
L2 .00
0.00
1,2 .00
nn
no 0. 87
nn
a \l^1 -5Y.O vs} -
9 .81
-2
7
4'7
39
2.I51
r-1 )a
0.001
12.00
0.00
12.00
59 .6
0.0
0.0
0. O See PATH 18
T^ . \ral : 0.665Y. o ver -
-2
5
a1 , 1q1JL
r-1tnU-IAV
n ^ n nnnUO v. vwv
12.OO 59.6 59 ' 6
0.00 0'0 O'0 See PATH 19
72.00 0.0 59'6 Vel- = 0'45
. .') ) 1\'7.L.LJ
.-1 tiv-L'v
2.85 0.000
12.00
0.00
12.00 nn
0.0 See PATH 20
. \r^1 - q.255Y.O ver -
UNITS - DIAMETER (INCH)LENGTH (FOOT)E"T rrl^l /GPM\ PRESSURE (PSI)
BEAULVION'r',LV.lt;DrUAl uljN'r'!iR Drawl-ng Date : sE;P'1'' ZU LZ
Tyco Fire Products
9/ 6/rt IJ: 5
D:aa 1 A! qY v
::::=:=:: =::::: =
HYD. QA DIA. EITTING PIPE Pt Pt
REF rrcn TypES FTNGTS Pe Pv ******* NOTES *******
POINT Qt Pf/fI TOTAL Pf PN
=: ::: :::::: :=:: :: : : :::= ::: : =:: :: : ::: :=:=:: ::= := :
PATH 16 FROM HYDRAULIC REFERENCE 89 TO B1O CONTINUED
UZ
-r.32 I.442 1T
v= !zv
r.52 0.000
1 6.60 59 .6-1 .43 0. 0
84.04 0.0
59 .6
nnQao
\9 h \/o I
PATH 21
0.30
1?21A42
^ I ^nV: IZV
r a( n nn1L.VJ
IT 61.59
7A?
69.02
59 .6
0.0
0.1
59 .6
0.0 See
59. b Vel-
PATH 2123
D1
) 6?q
?-1 a n
r oq n nnnL.VJ
12.00
0.00
12 .00
nn
nn
59.7
0.0
59.1 VEf, -0.17
D2
2-2.5 Z.OJJ
r-1 ai
tr. nQ n nnnJ. VU
12 .00
0.00
12 .00
59.-t
0.0
0.0
PATH 20
- n ?n
qq '1
0.0 See
59.1 Vel
D3
L.32 Z. OJ2
C:T2O
1 .39 0.000
t2 .00
0.00
12.00
59.1
0.0
0.0
6q 1
nnQoo
qq ? \/ol
PATH 19
0 .44
n/
2.41 2 .635
^ a ^nV: LZV
9.87 0.000
L2 .00
0.00
12.00
59.1
0.0
0.0
59.'7
nnQoa
59.'7 Vel-
PATH 18
D5
9.59 Z. OJ]
e= Lzv
19 .46 0.001
5.85
0.00
q R5
59.1
0.0
0.0
59.1
0.0 See
59.1 Vel-
PATH 17
a 1a
3.260
C:720
19 .46 0. 000
1T n ,q
20.16
20 .4L
59.'7
0.0
0.0
nn
I1
VEf -0 .16
B10 79.46 qq 7 K : 2.52
D^TLI 1'1 ED^M HYNRAIIT,TC REFERENCE 20 TO D5rAIr]' L I Llavl-l rr
q qq 1 A42
--1 aAV_ LLW
9. s9 0. 007
87.53
14.86
L02 .39
58.9
0.0 See
58.9 VeI
PATH 16
1 0n
2T 58.9
0.0
0.720
UN]TS - DIAMETER (INCH)LENGTH (FOOT)
L4
ETALT /r:DM\!!vvr \v!!r/PRESSURE (PSI)
BEAULVTON']' ,vrtiDr-uAr,
(-tsN'I'HR Drawr-ns ";;;:";lr"'f130".."
e/ b/ Lz
Dida -1 6! sY v
9.59 59.1 K : I.24D5
Lrf,
2
2
41 r.442 2T
c=1 )n
4'1 0.001
138.19 59.6 59.6
14.86 0.0 0-0
153.06 0.1 59 .6
SeC PATH 16
Vel- : 0 .49
2 .4'l 59.'t K:0 .32D4
ut
2.32 1.442 2T
C:720
2.32 0.001
138.19 59.6
1-4.86 0.0
153.06 0.1
59 .6
0.0 See PATH l-6
59.6 Vel = 0-46
2.32 59 .1 r\-0.30D3
2 .23 1..442 2T
r-1 )A
2.23 0.000
138.19 59.6
14.86 0.0
1s3.06 0.1
59 .6
0.0 See PATH 16
59 .6 Vef : 0 .44
2.23 59 .7 n-0.29D2
1.32 2.I51
G2 C=t2O
t.32 0.000
hq h 5v h
^nnnv,v
^ n qq 6v.v
See PATH 16
n 1^vej- : v. rz
12.00
0. 00
12 .00
UNITS - DIAMETER (INCH)LENGTH (EOOT)
L5
FLOW (GPM)PRESSURE (PSI)
BE;AULYION'I'IVITjUIUAI,UT.;N'I'!.;RDTAWINqDATC:SUP'I''ZUIZ9/b/IZlJ:5'l ' Tvco Erre Products Page !6
::::::=: :::=:=::::::=::::=:=:::: ::::::=:
HYD. QA DIA. FITTING PIPE Pt Pt
REF rrcn TypES FTNGTS Pe Pv ******* NOTES *******
Dn r\Trn r-lr- Pf / ft TOTAL Pf Pn
rwf!\f \zL ::::::=: ::=::::::::=:=:::::::::=::::::=:
PATH 21 FROM HYDRAULIC REFERENCE G2 TO 23 CONTINUED
1 442 1E
C=!20 2T
1,.32 0.000
88.60
18.58
107.18
59 .6
0.0
0.0
nn
0.26
L.32 59 .6 K : 0.1723
UNITS - DIAMETER (INCH)LENGTH (FOOT)
16
E"T.f.\Ial /(]PM)\vr+r/PRESSURE (PSI)
-
BEAUMONT MEEICAL CENTER Drawing Date:SEPT' 2Ol2
HYDRAULIC DESIGN INFORMATION SHEET
e/ 6/12
Job Name
Location
Drawing Date
Contractor
BEAUMONT MEDICAL CENTER
37 SOUTH 2ND EAST
REXBURG, IDAHO 83440
SEPT. 2OT2
PHOENIX FIRE
4130 AIRPORT ROAD
NAMPA IDAHO
83687
Remote Area Number:
TeIePhone:2OB 468 9115
Designer: DON WELAND
Caf ".-,f ated BY: SPri-nkCAD
www'sPrinkcad'com
451 N' Cannon Ave'
Lansdale ' PA 19446
construction: irloesrucrED NoNCoMBUSTTBLE
Reviewinq eutiro;ilit":STATE FIRE MARSHAL'
OccuPancY : LIGHT HAZARD
OWNER
SYSTEM DESIGN
q\rql-pm
eJ v vv--'Type: DRY
Hazaro: LrunlcooelurPn t:
Area of Sprlnkler OPer ZOZS sq ft QnrvI.-nkler
-T .\PE"g!vuu
- trl^zzl eU!
0.100
130.0 sq ft
o gpm
100 gPm
Make:
Density (gPm/sq ft)
Area Per SPrinkler
Hose attowance Inside
Hose Allowance Outside
Model: GL5615
K-Factor: 5 ' 60
TemPerature Ratrng: zvv
celeuiattoN SUMMARY
gpm Required: 4I9 '6 psi Required:
18 flowing Outlets
70.8 G SOURCE
rrrrrrrrrrrrrrrrnsuPPLY
Date of Test
Stati-c Pressure
Residual Pres
At a Flow of
El-evation
Rated CaPacitY
Rated Pressure 0
f,1 ^-.^t a nllICVAurvll
Make:
Model:
B-B-2072
oa n nqlUL. v E v+
n *^ i/Y.u Prr
1 2Qq dnmIJvr Y!/"'
0tt
PumP DataWater FIow o gpm
al nq lv t/v+
0
Location:
Source of Informatron:
ON SITE
PHOENIX FIRE PROTECTION
@7 Gallons
Nl^l. 6q'
!
dHTffiE*EPE-
)8i2hi '- tu -'l
;E6f;
dg=Ee>rftz--{
mv
iFsg$F
2- gR
-lm@Edds
:i('roo'-to c o
E o'''
F$*EHe
9-Ff,8
d.F
EE SJJE
o
7Jnadd5
_! Jtt
9aj-e(/,t
0
ot(o
t=ooo-
dFtsd
o@oo@EEEEE
oo(oEpa
3-'
ooo'o'o o
Io€s
aOGItt3
}JE]AUIVION.l. luBlJlUAL Ut';N'1.8]R Drawlng Date: SE;P'1.'. /'0Lz
HYDRAULIC CALCULATION DETAILS
9/ 6/ rz r{. h
QTY DESCRIPTION
Hydr Ref
1 3" Grvd
1 Pipe 3"
1 3" Grvd
1 3" Grvd
L
t
1
1
1
1
BOR Required
90 EII Firelock
I0x2t
ButterflY Valve "BFV"
Back Fl-ow Valve APOLLO
Required at 320
- 1C.4
320 0.0
320 0.1
320 0.0
320 0.1
320 0.3
320 0.0
100 gpn
420 70.8
420 not ::=11:1
10. B
Hydr Ref FF
Pipe 6" DIxIB Cl 350
6" MJ 90 Etl
Pipe 6" DIxIB Cl 350
6" MJ 90 EtI
Pipe 6" DIx1B CI 350
6" Flngd Gate Valve NRS
Fixed FIow
FIRST FLANGE
61 140
741 r20
10' 140
74' r20
100' 140
3' r20
Elow Loss
LENGTH C
at Hyd Area 2'l' L20
2', r20
10' !20
''D CHART LOSS
320
3.068 320
3.260 320
3.068 320
320
b.5JO
6.065
6.338
6.065
6.338
6.065
HYDRAULIC
ID
FLOW
gpm
of 70.8 Psi
LOSS
psi TOTALS
62.1 Psi
nq
0.2
r.z
6.0
psf
HYdr Ref SRC
Water Source 82.0
Required at SOURCE
psi static , 19.0 psi residual G 1385 gpm
nql-v" *
nei-v" *
nq l-v" *SAFETY PRESSURE
Avail-able Pressure of 81'7 psi Exceeds Required
This is a safety margin of 10 ' B psi or 13 % of
Maximum Water Velocity is I'7 '3 fps
D16qaltra
Qrrnn-l rlv 4E E - J
B!.JAUTV.ION'I IVIT.JIJIUAI, UEN'IER DTAWTNq DATC:5EP'I ' ZOIZ 9/ b/ rz l{. 5
ABBREV.
FITTING NAME TABIJE
NAME
HYD REF
K FACTOR
uo
nt
UIN
(.
DF /fT
PI PE
FTNG'S
TOTAL
Pe
YT
Pv
Pn
NOTES:
(-
E
F
T
V
Coupling
90' Standard E]bow
45' Elbow
Straight Fl-ow Thru Tee
90' FIow Thru Tee
VaIve
LEGEND
Hydraulic reference. Refer to accompanying
riow factor for open head or path where Flow
FIow added or subtracted
Total flow
flow diagram.
(gpm) :Kx-\/P
Pressures are listed to
psi due to accumulation of
Actual- internaf diameter of PiPe
Hazen Williams pipe roughness factor
Friction J-oss Per foot of PiPe
Length of PiPe
Num6er of fittings. See table above '
Total length (PIPE + FTNG'S)
Total Pressure (Psi) at fitting
Pressuie due to change in el-evation
where Pe : O ' 433 x change in elevatron
Friction loss lPsi) to fitting
where Pf : I x 4.52 x (a/C)^1'85 / ID^4'B'7
VelocitY Pressure (Psi)
where Pv : 0.001123 x Q^2/ID^4
Normal pressure (psi), where Pn : Pt - Pv
Pressures are balanced to 0 ' 01 Psr
0.1 psi. Addition may vary bY 0 ' 1
round off.
Calculations conform to NFPA 13 '
VelocityPressuresarenotconsideredintheseCalculatrons
-
BEAUIVTON'1'IVl!.;IJI.UALUEN'1'gRDTAW]'NgDATC:SEP'1''ZULZ'
9/ 6/ rz
Da do! syv
::::=::=:::=::=:::--=::=: ::::=::=:::=::==:::=::=:
r\.I^N!' F,T,EVATION SPRINKLER PRESSURE ACTUAL MINIMUM ACTUAL
r\vuc. --_.,r'I IU,n :r:i:l::.. FL'W FLOW DENSTTY
NUMBER (Fr) ,.f")i;3?lr, , (psr) (GpM) (GpM) (GPM/'Q' Fr)
:==:::=:::=::::==::==:==:==--:::=:::=::=:=:=:::=::=:::=::::::=:::::--=::==:::=::==Atr. E.1. 1n,00 aJ'J
Lz =v'vv AC' r-/n'00 EJ'J
IJ AQ tr.
1A 40.00 aJ'J
.lLa /E (
1q 40.00 =J'J
rJ Atr' tr'
4. /n.00 aJ'J
-LO =v ' vv
-t1 40.00 q3'f,
! I Atr. q/ n.00 4J ' J
10 :v'vv Ar R/n'00 aJ'J
IY av ' vv
.^ 11.83 f,/'oZV
.1 26.00 3r'o
ZL .
.. t6.OO f,r'o
ZZ o
.1 11.83 l/'o
zJ 1'1 1
A1 45.50 rt't
11 a
A) 45.50 r/':u
nL ie -1
n. 1C.50 LU'!
AJ 10 o
AA 45.50 La'J
fla .^ nt nn oz'v
AO ''vv .^ i^ nn OZ.L
BOR z'vv AC. tr
hl /0.00 .rJ'J
ttJ- :v'vv Atr, tr
no 40.00 'tJ'J
bz AE c
r. /0.00 eJ.J
bJ =v'vv Ac' E
84 40.00 +J'r
AC- t
85 40'00 +J'J
Atr, q/0'00 =J'J
I1O :v'vv /c. q
n? n0.00 =J'J
bI av.vv E_l C-o 25.00 Jr'v
11o
nn 11.83 5/'o
bJ
ni^ 11.83 f,/'o
ul.u rr ' vv
^1 )6.00 5r'o
UI trl C
r) ?6.00 Jr r u
7i 7e.oo s1'6
LJ
c4 26.00 :l' :
r-( ?6.00 5r-'o
7'^ 7a.oo s1'6
uo E't o11'83 JI 'u
lJl rr'uJ q-l an. 11.83 Jt'v
DZ rr'vv E-l a
n? 11.83 J/ru
uJ tr? o
n4 11.83 Jt'ov
ua^
nq 11.83 3/'o
uJ c, l A
?6'00 Jf,'v
t!-L 'v ' vv
E,'> 2.6.00 rr- ' o
LZn- 26.00 5r'b
I5J 'v ' vv r--t A
?6'00 Jr'v
1,4 z
Es 26 'oo ?+ 2
tr6 26.00 J! ' v
B|.;AULVION,t.ylElJIUAl,UEN.IE;RDrawrngDate:SEP.I.l0Lz
9/ b/LZ -LJ: 5
Page 5
::=::::===:::::::::=::::==::::::--=::::=::::==:::::=:::::
NODEELEVATIONSPRINKLERPRESSUREACTUALMINIMUMACTUAL
NUMBER K-FACTOR FLOW FLOW DENSITY
(FT)(GPM/(psi^le)1(eSI)(GPM)(GPM)(GPM/SQ.FT)
===::::::=:::--==:::::=::::===--::===::::==::::==::::=::::==:::====:::--==:
nn 45.5
T1 4u'uu q.? a
-1 11.83 JI'v
\Jr(?a
^. 11.83 ::':VZ h/ x-') 1 1 .83uJ(?a
I I . dJ(Jzt (? a, ' . bJb3 !r'vv (? R' ' ' dJbO^
Hf 11'83 5/'o
57'B' ' ' oJlI Atr, q
s1O3 40.00 aJ'J
s104 40.00 45'5
s201 4s.50 5'60 -l '4 15'3 14'B o'I2
s2O2 45.s0 s';o '7"7 1s's 14'8 o'12
s2o3 45.s0 s';0 8'6 16's 14'B o'13
s2O4 45.50 s';0 10'7 18'3 14'B o'14
s20s 4s.s0 5';o 14'6 2t'4 14'B 0'16
s2O6 4s.s0 s';0 l't 15'0 74'8 o'r2
s2O1 4s's0 s';0 '7'4 r5'2 r4'B o'72
s20B 4s.so 5';0 B'3 76'\ 14'B o'72
s2os 4s.50 5';o 10'3 1B'0 14'B o'14
s21o 45.50 s';o 14'o 2O's 14'B 0'16
s27r 4s.50 s';0 '7'O 14'8 14'8 0'11
s2r2 4s.50 s ';o '7 '2 1s ' 1 14 ' 8 o '!2
s2r3 4s.50 5';o B'1 16'0 14'8 o'r2
s2r4 45.s0 s';o 1o'i r'7'B r4'8 o'14
s275 45.50 s'oo 73'i 2O'1 14'8 0'16
s2!6 45.50 s'oo 13'3 2O'4 L4'8 0'16
s2r'7 4s.50 s';0 1'3'1 2O'7 14'B 0'16
s21B 45.50 s'oo 15'3 27'g 14'8 o'11
Max verocity of r-r.2s occurs in the pipe from s205 To A4
BEJAUIV,ION'I' JYJ!jIJIUAI, CEN'IT.;R UTAWTNg DAIE:S$PI ' ZUIZ
' TYco Fire Products
PATH 1 FROM HYDRAULIC REFERENCE 5211 TO BOR (PRIMARY PATH)
9/ 6/tz IJ: 5
Page 6
74-82 t'442 10'33 7'O 7'0 K = 5'60
d.i1 C:100 0.00 0'0 0'0
J'LL
74.82 0'022 10'33 0'2 7'O Vel : 2'94
lq 06 !'442 11'00 '7'2 7'2 K: 5'60
^'1' '':1 nn 0'00 0'0 0'0>z!L
zg.Bi ;.0;i 11'00 o'9 1'2 vel: s'93
1q 96 I.442 11.00 B'1 B'1 K: 5'60
s273 c:100 0'00 0'0 0'0
Ac 84 0.180 11-00 2'O B'1 VeI : 9'09
aJ.va
11.00
0.00
10.1
0.0
10.1
0.0
r\-5. 6017.80 I.442
C:100S2I4
63.63 ;.t;; 11.00 3'6 1o'1 Vel = 12'62
s215
20 .15 r.442 1T
C=100
84.38 0. s55
2.00 13.1
s.30 0.0
7.30 4.r
73.'7 K: 5.60
0.0
13.'7 VeI : 16.'l4
n,)AL
63.09 3.260
C:100
74'1 .41 0.029
11.00
0.00
11.00
71 .8
0.0
0.3
17. B
nnSao
11 .B Vel-
rA r .Fl 'r
AJ
85.17 3.260
^-1 nnu-fvv
232.64 0 . 068
11.00
0.00
11.00
18.1
0.0
0.8
18.1
0.0 See PATH 2
18.1 Vel : 9.03
86.98 3.260
^-1 n nU_IVV
3r9 .62 0 .I23
5E
1T
L49.82
4'7 .96
79'7.'78
tx Y
1a a
.A ?
-r R q
0.0 See PATH 3
18.9 VeI : 12-41A4
A6
3.260
C:100
3r9.62 0.r23
0.81
0.00
0. B1
oz.v
0.0
0.1
62 .0
0.0
oz.v VeI : 12.47
62.r K: 40.55
BOR 3\9.62
PATH 2 FROM HYDRAULIC REFERENCE S2O5 TO A3
UNITS _ DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
BEAUTVION'I' IV]TJDIUA! UE;N'IER DTAWf Ng DATC : STjPI ' ZU IZ' 9 / b / LZ
, i ' TYCo Fire Products |Ja.fo I
PATH 2 FROM HYDRAULIC REEERENCE 5206 TO A3 CONTINUED
s206
14.96 r.442
c:100
14.96 0.023
10.33 '7 .7
0.00 0.0
10.33 0.2
1.r
0.0
1.r
V:
vgf -
5.60
2.9'7
1A lr 1 aa2 11'00 8'3 8'3 K: 5'60
fvtf+
15.20 r.442 11'00 '7'4 1'4 K: 5'60
s2O1 c:100 0'00 0'0 0'0
30.16 0.083 11'00 0'9 1'4 vel: 5'98
1A | | | ll4,/ rr.vv
S2OB C:100 O'00 0'0 0'0
46.21 0.183 11'00 2'0 B'3 Vel- : 9'18
11.00 10.3
0.00 0.0
11.00 3.1
- aAK: f,.OUr'7.96 r.442
C:100
64.23 0.335
20 .94 r.442 1r
C:100
8s.17 0. s6s
10
0
10
n
Vel- : 12.'7 4s209
s270
2 .00
5.30
7.30
14.0
0.0
4.r
5.60
= 16.90
14.0 K
0.0
14.0 Vel-
18.1 K : 20.0285.17
c:100 0.00 0.0 u ' v
A1 '1 n lqn 11'00 2'L 8'6 Vel: 9'38
al-Lt
K: 5.6018.34
65.51 Vel- : 13.02
PATH 3 FROM HYDRAULIC REFERENCE S2O1 TO A4
15.28 7.442 10'33 '7'4 1'4 K - 5'60
S2O1 C:100 O'00 0'0 0'0
1c ?B 0.024 10.33 O'2 1'4 Vel-: 3'03
LJ.19
1( q? 1 aa2 11'00 1"1 1"t K: 5'60
S2O2 C:100 O'O0 0'0 0'0
30.81 0'086 11'00 0'9 7"7 Vel-: 6'II
16.46 r.442 11'00 8'6 8'6 K: 5'60
s2O3 c:100 0'00 0'0 0'0
o . \7n1 q ?R
AJ
r.442
C:100
0.349
11.00
0.00
11.00
10.7
0.0
3.8
10.7
0.0
10.1
UN]TS - DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
uh;AUlv.LUN'1' vltiDf uAl, uLlN'I'!.iR Drawrng Date:stiP'1'. zuLz
'l ' TYco Fire Products
Qa DIA. FITTING
'ICII TYPES
Qr Pf/fL
PIPE Pt,
ETNGr S Pe
TOTAL Pf PN
9/ b/ rz
ptdo x
Drr ******* \IO'Ftrq *******E v rrvf !u
HYD.
REF
POINT :=:::=:: :::::=:=
PATH 3 FROM HYDRAULIC REFERENCE S2O1 TO A4 CONTINUED
s205
2.00
5.30
7.30
74 .6
0.0
4.3
14 .6
0.0
14 .6
2I.31 r.442 1T
C=100
86.98 0.587
K - 3.OU
Vel- : 71 .25
A4 86.98 18.9 K : 20.03
:::=:::: =::::::=
PATH 4 FROM HYDRAULIC REFERENCE 5216 TO A2
)ZIO
11.00
0.00
11.00
13.3
0.0
0.4
13.3
0.0
13. 3
K
Vel
5.60
4.05
20.4r r.442
^-1 nnU-AUV
20.41 0.040
S2I1
11.00
0.00
11.00
L3 .1
0.0
t.6
73.1
0.0
]-3.1
K
Vel
5.60
8.16
20.15 r.442
C:100
47.16 0 .r4'7
s218
2.00
5.30
7.30
nn
CA
15.3
0.0
15.3
2r.94 1.442
c:100
63.09 0.324
1T 11 - 3.OU
VeI : 12.52
A1
3.260
c:100
63.09 0.006
11.00
0.00
11.00
11 .'7
0.0
0.1
71 .7
0.0
11 .'7 ) Ar-
A2 53.09 17. B K:74.96
UN]TS _ DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
-
BEAUMONT IqEDICAL CENTER Drawing Date:SEPT' 2012
HYDRAULIC DESIGN INFORMATION SHEET
BEAUMONT MED]CAL CENTER
3'7 SOUTH 2ND EAST
REXBURG, IDAHO 83440
SEPT. 2QI2
PHOENIX FIRE
4130 AIRPORT ROAD
NAMPA IDAHO
9/r8/12 1".a2
Remote Area Number: 3
Telephone:2OB 468 9115
Job Name
Location
Drawing Date
Contractor
83687
Designer: DON WELAND
Calcul-ated BY : SPrinkCAD
www'sPrinkcad'com
451 N' Cannon Ave'
Lansdale, PA 19446
Construction: UNOBSTUCTED NONCOMBUSTIBLE
nu.ri"tittg Authori-ties : STATE FIRE MARSHAL'
OccuPancY : LIGHT HAZARD
OWNER
SYSTAU DESIGN
Hazard: LIGHT System TYPe:WET
Code:NFPA 13
Aree-of SFrinkler oPer
Density (gPm/sq ft)
Area Per SPrinkler
Hose allowance Inside
Hose Allowance Outside
qnr
vl!-nkier or Nozzle
Make:.T r\QE
Model: GL5615
K-Eactor: 5. 60
Temperature Rating: 200
1109 sq
0.100
130.0 sq
o gpm
100 gpm
fr
fr
eer,cul,arroN SUMMARY 13 Flowing Outlets
50.3 G SOURCEgpm Required: 302 '3 psi Required:
WNTSN SUPPLY
Date of Test
Static Pressure
Residual Pres
At a Flow of
Elevation
Water FIow
8-B-2072
oa O nqiaL. v I'vL
79.0 Psr
1385 gPm
0tt
PumP Data
CapacitY
Pressure 0
ion
n^!^l|\'d. LUU
n^!^lt(d Leu
I"ld. [E .
TrilnAa l .
0
.0
0
gpm
nq lv"*
Locatron:
Source of Information:
ON SITE
PHOENIX FIRE PROTECTION
STsTEM voLUME 521 Garlons
N]^l-aq'
-aa
r$*Egf,
dFeuForc'll$NO)EEEEE
qfi;Fs
BEP=xBiZl'i -p-{773ft
6S=pq9!
A5R
z-{mv
tp E2I tB 9g= E6'qru3:oii,9.
^--r-
H@N)6bb
(o!EP e.e.
3
9=T:a8
d.FEE 5o
nna
oo=
3Fi2/r')=
o
Iot
GIT'I
ooo-
T
oo
Eoooo
ooo-
oo(o!
o(,
3
rclH9;.(D
z
2*t+
l\)o
N)
lo{
(a
tt3
BT.JAULVIUN'I' LVITjIJIUAL Ub;N'I'TJR DTAW]-Nq DATC : STJP'1'' ZU IZ
HYDRAULIC CALCULATION DETAILS
9/ rv/ rz L3i4Z
LENGTH C
at Hyd Area 3'71 r20
2' r20
10' r20
''D CHART LOSS
HYDRAULIC
ID
T n qq
psi TOTALS
43. Z psr
iA
0.1
n6
6.0
50.2 Psi
FLOW
gpmQTY DESCRIPTION
Hydr Ref BOR Required
1 3" Grvd 90 Ell Firel-ock
1 Pipe 3" I0x2I
1 3" Grvd Butterfl-y Valve "BFV"
1 3" Grvd Back Flow Val-ve APOLLO
Hydr Ref FF
Pipe 6" DIx18 Cl 350
6" MJ 90 E]]
Pipe 6" DIxIB Cl 350
6" MJ 90 Ell
Pipe 6" DIxIB Cl 350
6" Flngd Gate Vafve
Required at
1
1
1
1
1
1
HYdr Ref SRC
Water Source 82.0
Required at
^^.: ^f -f .i ^ '7Q O nci
LrSr JLOLru, tJ. v I/v+
SAFETY PRESSURE
202
3.068 202
3.260 202
3.068 202
202
NRS
Fixed Flow
FIRST FLANGE
6' 140
r4' 120
10' 140
74', 720
100' 140
3' r20
Flow Loss
6.338
6.065
6.338
6.065
6.338
6.065
302
1385 gpm 302
202
202 0.0
202 0.0
202 0.0
202 0.0
202 0.1
202 0.0
100 gpm
SOURCE
residual G
50.3 Psino* :=:11:1 o"'
31.5 Psr
Availabte Pressure of B
This is a safetY margrn
Maximum Water VelocitY
1. B psi Exceeds
of 31.5 Psi or
is 12.0 fps
Required Pressure
38 % of SuPPJ-Y
of 50.3 psi-
BT.JAUIVION,I' IVIEIJIUAj, UEN,ITJR DTAWfNg DATC : 5BP,I,ZU TZ.9/ rE/ rz L3:42
rcrgE J
ABBREV.
FITTING NAME TABLE
NAME
Coupling
90' Standard Elbow
45' El-bow
Straight Fl-ow Thru Tee
90' Fl-ow Thru Tee
VaIve
LEGEND
Hydraulic reference. Refer to accompanying fl-ow diagram
Ffow factor for open head or path where FIow (gpm) : K x -\/P
Flow added or subtracted
Total flow
Actuaf internal- diameter of PiPe
Hazen Williams pipe roughness factor
Friction loss Per foot of PiPe
Length of Pi-Pe
Number of fittings. See table above '
Total length (PIPE + ETNGTS)
Totat pressure (Psi) at fitting
Pressure due to change in el-evatron
where Pe : 0.433 x change in el-evation
Friction foss (Psi) to fitting
where pf : f x 4.52 x Q/C)^1'85 / ID^4'8'7
Velocity Pressure (Psi)
where Pv : 0.00II23 x Q^2/ID^4
Normal pressure (psi), where Pn : Pt - Pv
(-
E
F
T
V
HYD REF
K FACTOR
Qr
DIA
r-
Pf/ft
PI PE
FTNG ' S
TOTAL
PT
Pe
rL
Pv
Pn
NOTES:
Pressures are balanced to 0.01 psi' Pressures
0.1 psi. Addition may vary by 0'1 psi due to
round off.
Calculations conform to NFPA 13 '
Veloci-ty Pressures are not considered in these
are fisted to
accumulation of
Calculatrons
BEAUIVIUN,I,LVj|jIJIUA|UtjN.I't.jRDrawrngDate:StjP.]..2ut29/LE/IzL3i42
:::=:::: ::::-.:=::::::::= =:::::::
NODE ELEVATION SPRINKLER PRESSURE ACTUAL MINIMUM ACTUAL
NUMBER K-FACTOR FLOW FLOW DENSITY
(Fr) (GPM/ (PSI^%) ) (PSI) (GPM) (GPM) (GPM/SQ' FT)
::==:::=::::::=: :=:::::: =:::::::
I2
13
I4
15
I6
7'7
18
19
20
2I
22
23
A6
BOR
B1
DZ
IJJ
B4
-IJ J
lJO
B1
ud
B9
810
a'l
C2
C3
rA
C5
UO
D1
D2
D3
D4
D5
E1
E2
LJ
t4
r-f,
-LO
F1
E2
-EJ
E4
TJ
F6
F1
-1gI
aag-
bJ
40.00
40.00
40.00
40.00
40.00
40.00
40.00
40.00
11.83
26.00
26 .00
11. B3
2 .00
2 .00
40.00
40.00
40.00
40.00
40.00
40.00
40.00
26 .00
11.83
11. B3
26.00
26 .00
26 .00
26 .00
26 .00
26 .00
11.83
11. B3
11. B3
11. B3
11. B3
26 .00
26.00
26 .00
26 .00
26 .00
26 .00
40.00
40.00
40.00
40.00
40.00
40.00
40.00
11.83
11. B3
11. B3
12 .6
12 .4
12.0
II.1
]-1".1
11.0
12 R
11.1
31 .2
25 .8
25 .8
A? ')
43.2
12.L
t2.r
12.3
12.5
13.0
13.'7
I4.7
25 .8
35. 6
37. B
25 .8
25.8
25.8
25 .8
25 .8
25 .8
31 .'7
31 .'7
3'7 .'7
31 .1
25.8
25.8
25 .8
,\ R
)\ R
25 .8
8.1
8.0
R.l
8.3
8.9
a)
9.3
31 .1
31 .'7
31 .1
BEAUIVIUN.l.. lvlt.jlJ.LUAL uEN,1.HR jjrawlng Date : SE]P.1'. z0 Lz.9/ rv/ rz L3i42
n^^^ q
rdgs J
::=:::::::::--::=:::::::=::::::=::=::=:::::=::=::=::::::::::=:::::
NODEELEVATIONSPRINKLERPRESSUREACTUALMINIMUMACTUAL
NUMBER K-FACTOR FLOW FLOW DENSITY
(FT) (GPM/ (psi^") ) (PSr ) (GPM) (GPM) (GPM/SQ ' Fr)
:::=:::::::::::= :::::::= :::=:::=
^A 1.1 83 3'7'1
(f q rr ' vv -- a
G5 11'83 rt'l
-. 11,83 3-1 '1UO
ul 11,83 rr'o
NI
r.r 11,83 5t't
I..l-
J1 40.00 d'u
K1 40.00 B'1
s1O3 40.00 11'5
iro+ 4o.oo r2'o
s301 40.00 5'60 7'0 14'8 14'8 0'11
s302 40.00 5'60 -1 'g 15'7 14'B o']-2
s303 40.00 5 ' 60 7 'g 75
"7
14 ' B 0 'I2
s304 40.00 5'50 8'0 15'9 14'B 0'r2
s305 40.00 5'60 7'0 14'8 14'B o'11
s3O6 40.00 5'50 '1 'g 15'8 1-4'B o'12
s307 40.00 5'60 't'g 15'B 14'B o'r2
s3OB 40.00 s'50 B'O 15'9 14'8 o'1'2
s309 40.00 5 ' 60 '1 'r 1'4 'g 14 ' B 0 ' 11
s31O 40.00 5'60 -1 '2 15'0 14'B 0'I2
s311 40.00 5'60 B'1 16'0 14'B 0'r2
s3r2 40.00 5'60 8'1 16'0 14'8 0'r2
s313 40.00 s ' ;0 I ' 3 16 '7 t4 '8 o '72
MaxvelocrtyofT2.o2occursinthepipefromBTToBS
BEAULV]ON'1' LVITJIJI-UAT UUN'I'TJR JJTAWINq DATC : SEP']'' ZO LI
TYco Fire Products
9/ Ld/ Lz LJi42'
Page o
PATH 1 FROM HYDRAUL]C REFERENCE S3O]. TO BOR (PRIMARY PATH)
1 .0 K: 5.60
s301
L4.82 r.049 1T
.-1 an
t4.82 0.075
9.00 '7 .0
5.00 0. 0
14.00 1.0
0.0
l.u vel:5.55
See
vel-F2
11.04 2.r51
--1 a6w-rav
25.86 0.006
L2.00
0.00
L2 .00
8.0
0.0
0.1
8.0
0.0
8.0
PATH 11 AND 6
2.29
L.442
^ I ^nL= !ZV
25.86 0.044
2T 14.85
14.86
89.'72
R1
0.0
4.0 5.13
8.1
0.0
U.I VC.L =F1
B1
2 .635
c:120'
25.86 0.002
12.00
0.00
]-2.00
12.t
0.0
0.0
L2 .1.
0.0
12.1 1 trA
DZ
?1 RT ) 6?^
r.-1 ) AU-IAV
51 .36 0.010
12.00
0.00
12 .00
12.T
0.0
0.1
72.7
0.0 See PATH 5
I2.I Vef = 3'41
B3
?-r on ) A?\JL. JV
^ I ^n| = | /tt
aa )G n n??vJ.-v
12 .00
0.00
72.00
72.3
0.0
n?
72.3
0.0 See PATH B
!2.3 Vel : 5.30
See
Vel-B4
32.!9 2 .635
r-1 anv- L-v
r2r.45 0.041
L2 .00
0.00
12 .00
1) q
nn
nq
12.5
0.0
t2 .5
PATH 10
1 .22
TJf,
26.39 2.635
r--1 1iV_ LLV
r41 .84 0.059
72.00
0.00
12 .00
13.0
0.0
0.7
13.0
0.0 See PATH 12
13.0 Vel : 8.78
uo
.2 0Q 2 6?\LJ. JV
i-1)i
111 a2 n n?Qf / I. uJ v. v I v
12 .00
0.00
72.00
nn
no
0.0 See PATH 13
1? ? \/c1 = 1O.27LJ. I
B'7
30. 45 2.635
^-1 aA
.^. )Q n 1n6LVL.LU vtf vv
2E
1T
l.4.84
A1 ?o
1A 7
a1
hl
I4.1
0.0 See PATH 2
I4.1 Vel : 12.02
2.635
r-1 )i
.A. tQ n Tn6LVL. L
2E I'7.10
16 .4'7
34.11
a1
25.8
0.0
25 .8BB Vel- : 12.02
UNITS - DIAMETER (INCH)LENGTH FLOW (GPM)PRESSURE (PSI)
BEAULVION'1' LVIT;]JICAIJ UT,JN'I'!jR DTAWTNg DAIE : SEP'1'' ZU IZ
TYco Fire Products
9/ IV/ IZ 13i4/.
D.da '1
L sYv
H1/n
REF
Qa DIA. FITTING PI PE Pt Pt
ilcrt TYPES E'FNIC I q Pc Pv ******* NOTES *******
POINT Qt Pf./ft TOTAL Pf PN
:=:::--:: :::::::=:=::::::=::::=::::=:=::=:=::::=:::::::=:
PATH 1 FROM HYDRAULIC REFERENCE S3O1 TO BOR (PRIMARY PATH)
H1
3.260
c:120
.>n) )Q n n?RLV'. L
1.00
0.00
1.00
35. 6
0.0
0.0
35.6
0.0
35. 6 7. B5
B9
^ ^ad-lb.lI J.zov
786.11 0.032
1E
1T
35. 95
29 .51
65 .52
35. 6
0.0
2.r
3s. 6
0.0 See PATH 14
35. 6 Vel : '7 .23
810
q R?
20 .1,6
29 .99
37. B
A')
1.1
15.11 3.260
^-1 ai
202.28 0.038
1T 37. B
nnQao
37.8 VeI
nnmrr 1A
" aR
A5
3.260
^-1 aiW.LLW
202.28 0.038
0.81
0.00
0. B1
Aa )
0.0
0.0
43 .2
0.0
A'7 )VUf -? R5
BOR 202.28 43.2 K : 30.78
s305
1.0
0.0
7.0
I\
Vel
s. 60
5. 55
L4.82 I.049 1T
c:l 20
L4.82 0.075
9.00 7 .0
s.00 0.0
14.00 1.0
J1
4.18 2.r5'7
c=l ?O
19. 60 0.004
4.00
0.00
4.00
8.0
0.0
0.0
8.0
nnQoa
8.0 Vel
PATH 11
1 1Ar. /=
IJ
15.50 2.r51
?-1 ') nv- L-v
35.10 0.011
4.00
0.00
4.00
R.l
0.0
0.0
nn(aa
8.1 Vel
PATH 7
a 11
K1
14.81 2.r51
r.-1 aA9- L-V
49.91 0.021
8.00
0.00
8.00
R-1
0.0
0.2
R1
nnQoo
a 1 \/ol
PATH 3
A Aaa.:J
E4
30. B5 2.151
r-1 Ci
80.82 0.051
12 .00
0.00
72.00
8.3
0.0
0.5
nn See
VeI
PATH 9 AND 4
- 1a
UNITS - DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
BEAUrvroN'r' vlr.:rrruAL utsN'IER Drawrng ";;;:";lr"'|i'"o".r"
::::=:=::=::::=::=:::=:: =::::=::
HYD. QA DIA. FITT]NG PIPE Pt PI
REF rrcrr TYPES FTNG'S Pe PV ******* NOTES *******
^n rrrn .\+ Df / f I TOTAL Pf Pn
=::::::==:==::=:=::=:=:: ::==--=:=:::--==:=
PATH 2 FROM HYDRAULIC REFERENCE S3O5 TO 87 CONTINUED
9/ IV/ IZ I3'-42
8.9
0.0 See PATH 12
8.9 Vel- : 4. 83
n^-^ OrdVE u
39
43
r5
-26
54
2.751
C:I20
0.025
12.00
0.00
72 .00
8.9
0.0
n?
-23.98 2.r51
--1 anw- L-w
30.45 0.008
12.00
0.00
12.00
9.2
0.0
0.1
9.2
0.0 See PATH 13
9 .2 Vel : 2 --10F6
1 a'a) 11 23.20 9'3 9'3
L-aa-
na C:720 7.43 0'0 0'0f/
30.45 0.060 30'63 1'B 9'3 Vel
5.'7 4 11.1
0.00 0.0
5.'74 0.3
6.04
19
r.442
c=12O
30.45 0.060
11.1
0.0
11.1 VEf -6.04
s103
1, .442
^ a dAv: Lzv
30.45 0.060
R 15 ll 'l
nn
-t-L.3
n0.0
11.5
n0.00
a 1q h \/a | =6.04.15
s104
r.442
C:720
0.060
1? 1q
n nn
l< tv
12.0
0.0
0.8 6 .04
12.0
0.0
L2.0 Vel =
30.45
r.442
E= LZV
0.060
24 .58
1 .43
32.07
72.8
0.0
1.9 6.04
1T 12.8
0.0
12.8 Vel :1B
30.45
1A r K: '7.94
na ?n 45 La' t
b I Jv ' -
:=:::::: ::=::=::
PATH 3 FROM HYDRAULIC REFERENCE S3O9 TO K1
1T 1.\
0.0
1.1
'7 .r
0.0
K: 5.601A a'i 1 ndgrt. v I
^ a ^n| : | / It
9.00
5.00
14.00s309 1.I Vel: 5.58I4B'7 0.075
8.1 tr aat\ - J.L-
K1 74 .81
DATFI.I d trROM HYDRAULIC REFERENCE S31O TO F4
INII! :
NDUCCTTD['
UNITS _ DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
BEAUTVION,I,LVIT.JIJIUA],UE;N,I.!'JRDTAW].NqDAIC:STJP,T..Z.UIZTyco Fire Products
9/ 16/ LZ )-3:.42
9AdA V
::::::== :=::=:::
HYD. QA DIA. F]TTING PIPE Pt Pt
REF 'Crr TYPES FTNGTS Pe Pv ******* NOTES *******
nnr\rm nr- Pf /ff TOTAL Pf Pn
rvft\r ve
:==::::= :=:=:::: :::===:=::=:=::::=:=:=::::::::==
PATH 4 FROM HYDRAULIC REFERENCE S31O TO F4 CONTINUED
s 310
9.00
5.00
14.00
0.0
1'1
7.2
0.0
1.2
n
VeI
5. 60
s. 63
15.03 7.049 1T
^ a 4n.= IZV
15.03 0.011
F4 15.03 8.3 r\ - J.LL
:==:--:::=::::::: ::=:=::: =-------
PATH 5 FROM HYDRAULIC REEERENCE S3O3 TO B2
lc ?3 7.442 7.00 1-9 '7'9 K: 5'60
S3O3 C:I2O 0'00 0'0 0'0
1q 65 0.018 7.O0 0'1 1'9 Vel: 3'10
s304
8.0
0.0
8.0
K
Vel-
5. 60
6.25
15.86 r.442 1T
r-1 aAv- L-w
31. 51 0.064
56. 85 8.0
1.43 0.0
64.29 4.1,
Itz 31.51 12.I K : 9.04
PATH 6 FROM HYDRAULIC REFERENCE S3O2 TO E2
s302
1.00-t .43
8.43
?q
0.0
0.2
1.9
0.0'7 .9
K
Vel
5.60
3.14
15.73 r.442 1T
r-1 1iV- LLV
15.82 0.018
F2 75 .82 8.0 K : 5.58
:=::::::=::::=:: ::::::=:
PATH 7 FROM HYDRAULIC REFERENCE 5306 TO F3
s306
1.00'7 .43
B.43
nn
n1
1q
0.0
1.9
K
Vel
5.51
3.07
15.50 I.442 1T
C:l20
15.50 0.017
UN]TS - DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PSI)
B!,JAULV]ON'I IV]HIJIUAI' CL;N'I'UR DTAWINq DAIC:SEP'I- ' ZUIZ
TYco Fire Products
8.1 V: \ At-l
15.50
9/ rv/ rz r3t42
Paqe 10
PATH B FROM HYDRAULIC REFERENCE 5306 TO 83
0.26 L.442 10'00 1'g 1'9 K: 0'09
s306 C:120 0'o0 0'0 0'0
0-26 0'000 10'00 0'0 7'9 Vel: 0'05
1tr' 1G 1 aa2 7'00 1'9 1'9 K:
aJ. , v
^.n' .:1)n 0.00 0'0 0'0
\ {lt/ v-rav- : :;: ^ 1 ? q VeI :
16.02 0.018 /.uu u.-L
5.60
3.18
15.88 1.442 1T 56'85 8'0 8'0 K:
s308 c:rzo 1'43 9'9 :: \7^,c:IzO 1.43 0.0 u'u
31.90 0.066 64 '29 4 '2 B ' 0 VeI :
5. 60
6. 33
IZ. J K:9.11
IJJ 31.90
PATH 9 FROM HYDRAUL]C REFERENCE 5311 TO F4
s 311
00
43
43
8.1
0.0
0.2
5.5s
3.14
15.82 7.442 1T
?-1 )nu-!av
15.82 0.018
1.'7.
R
R 1 K:
0.0
8.1 VeI :
8.3 r\-5. 50
E4 15 .82
::=:::::::::=:::
DA'FI{ TO F'ROM HYDRAUL]C REFERENCE 5311 TO 84
rdtrl
s 311
r.0.00
0.00
10.00
8.1
0.0
0.0
0.05
0.03
0. 14 7.442
r-1 )^v- L-v
0.14 0.000
8.1 K
0.0
8.1 Vel
7.00 R-l
0.0
0.1
n0.00
7.00
8.1 K: 5.60
s372
15.96 r.442
C:1?O
16.10 0.019
0.0
8.1 Vel : 3.19.00
UN]TS _ DIAMETER (]NCH)LENGTH (FOOT)rr .\T^l / l.]DM \!lvvv \v!!r/PRESSURE (PSI)
BtiAulvluN'I', lvlElJruAL UbiN'l'tiR iJrawlng Date : siiP'l''' z'u Lz
TYco Fire Products
9/ L8/ rz r3t42
Page 11
PATHI0FROMHYDRAULICREFERENCES3IITo84CONTINUED
16.09 1.442 11 56'85 B'3 B'3 K: 5'60
5313 C:72Q 1'43 0'0 0'0
32.Ig 0.067 54'29 4'3 B'3 VeI : 6'39
B4 32.19 72 .5 n-9.09
::::=:::=:=:::::::::::=: ::=:::::
DATNH T-1 F'ROM F]YDRAULIC REFERENCE F2 TO J1
rNIIT !I
4.18 2.151
F2 C=120
4.18 0.000
8.00 8.0
0.00 0.0
8.00 0.0
8.0
0.0 See PATH 1 AND 6
8.0 Vel : 0-42
4 .'18 8.0 .|\-1.68J1
PATH 12 FROM HYDRAULIC REFERENCE F5 TO 85
F5
26.39 r.442 2T
i-1 anw-!Lw
26.39 0.046
14.85
T4.86
89.'72
8.9
0.0
4 .1.
8.9
nnq6av.v
8.9 Vel-
PATH 2
- ^A
85 26.39 13.0 K: -l .37
:::::::= =:=:=:=:=:=:=:::::::::=:=:=::::::--:::::=:=::::::
PATH 13 FROM HYDRAULIC REFERENCE F6 TO 86
23.98 r - 442 3E 29 '16 9 '2 9 '2
F5 C:720 1T 18'58 0'0 0'0 See PATH 2
23.98 0.039 41 '74 1'B 9'2 vel-: 4"t6
11.0 11.0
0.0 0.0
0.7 11.0 Vel : 4.16L7
I.442 1E
r-1 tiv- L4V
23.98 0.039
)-5. ZO
3.'72
16.98
UNITS - DIAMETER (INCH)LENGTH (FOOT)Er ATrl //]DM\MYv \v!!r/PRESSURE (PSI)
rvrErr-LUAr, uuN,rr.jR rrrawrng r.ffi;:";lr",ii3o""."9/ IE/ rz r3i42
BEAUIVION'1'D2da 1?! gyv
PATH 13 FROM HYDRAULIC REFERENCE F6 TO 85 CONTINUED
L5
r.442
r-1 ai
0.039
0.2'7
0.00
0.21
TI.1
0.0
0.0
II.7
0.0
IT.1 VEf -4 .1623 .98
15
L.442
^ I ^nV: IZV
23.98 0.039
'7 .6r
0.00'7 .67
LI.1
0.0
0.3
II.'7
0.0
71.'7 VEf 4.'7 6
I4
L.442
?-11n,
23.98 0.039
L!.27
0.00
LI.2I
L2.0
0.0
0.4
12.0
0.0
1-2.0 4.'76
13
r.442
?-1 aA
0.039
4.00
0.00
4.00
72 .4
0.0
0.2 4 .16
12.4
0.0
1.2 .4 VeI :23 .98
r.442
r'-1 1Av- L-v
23.98 0.039
1T '1 Aa
30.00
12 .6
0.0
L.2
L2.6
nnI2
VE.L -4 .16
86 23.98 K: 6.47
B9
16.11 r.442 2E
C:I20 1T
16.11 0.019
70.93
14.86
85.79
35. 6
0.0
1a
35.6
nnQaav,v
?q 6 \/al
PATH 1
- 4n- J.-V
20
-1.94 1.442
r-1 '>a
v- L-v
B .17 0.00s
2E
2T
60 .66
22.30
82 .96
3'7 .2
0.0
0.4
31 .2
0.0 See
31 .2 Vel
PATH 15
bo
.. lJ I
v- L-v
o 'r? n nn1u.fl
L2 .00
0.00
L2 .00
3'7 .1
0.0
0.0
37 .'l
0.0
3'7 .1 0."12
-2.05 2.15'7
c:12n'
6.12 0.000
12 .00
0.00
12.00
3'7 .1
0.0
0.0
31 .1
nnQaav.v
3'7 .1 VeI
PATH 16
i r.A
UNITS - DIAMETER (INCH)LENGTH (FOOT)
L2
FLOW (GPM)PRESSURE (PSI)
BEAUruuN,l, rvlurrr- uAr, urjN,l,rjR Drawlng r.;;;:"
;i r., Hf 10u"."
9/ ra/ rz 13i42
Page 13
PATH 14 FROM HYDRAULIC REFERENCE 89 TO B1O CONTINUED
-1.92 2.t51
..-1 tiV_LLV
4.20 0.000
12.00
0.00
1,2 .00
3'7 .1
0.0
0.0
31 .1
0.0 See PATH 17
37 .'7 Vel- : 0.37
2.36 ;. oo; 12 -oo o ' o 31 '1 ver : o '2r
-1.85 2.151
C:I20
-1.10 I.442 1T
c:1"20
1.26 0.000 84.04 0.0
0.0 See PATH 19
31 .'7 Vel : 0.25
12.00
0.00
'7 6.60
1 .43
nn
31 .'l 31 .'7
0.0
n n Qoa PATH 1RU. v uuu !zrrrr
UZ
1.10 r.442
.--1 ) nU_IAW
2.36 0.001
1T h I 5V
'7 .43
69 .02
3't .1
0.0
0.0
31 .1
0.0 See PATH 19
31 .1 Vel : 0 .4123
D1
2 .635
r-1 aiv- L-v
2.35 0.000
L2 .00
0.00
12.00
31 .1
0.0
0.0 11 ? \/al :JI.I 0.14
D2
I. U5 Z. OJJ
^ I ^n
A ai n nnna-Lw
L2.00
0.00
12 .00
3'7 .1
0.0
0.0
31 .1
0.0 See PATH 18
3'7 .1 Vel = 0.25
D3
r.92 2.635
--1 1iV- LLW
6.72 0.000
12.00
0.00
12.00
31 .'7
0.0
0.0
3'7 .1
nnQaav.v
3'7 .1 VeI
PATH 17
0.36
D4
2.05 2.635
r-1 Cnv- L-v
8.17 0.000
12 .00
0.00
72.00
3'7 .7
0.0
0.0
31 .1
0.0 See PATH 16
3'1 .1 Vel : 0 .49
D5
'7.94 2.635
r-1 ai
1 . 1i n nnlIO.af u.vvr
s.85
0.00
s.85
3'7 .1
0.0
0.0
31 .7
0.0 See PATH 15
31 .'1 Vel : 0.96
J.ZOV 0 .25
20.16
20 .41
a'7 1
0.0
0.0 0.63
1T 31 .'l
0.0
?? ? \/olI1
16.11
tJIU 15.11 37.8 K_2 .62
DATT] 16 F'ROM HYDRAULIC REFERENCE 20 TO D5
rnf lr r
UNITS - D]AMETER (INCH) LENGTH (FOOT) FLOW (GPM) PRESSURE (PSI)
bgAulvloN'1' LUt;lJl-uAl, utjN't't;R Drawfng Date : sljP'1'' zu rz
TYco Fire Products
9/ 16/ L2 13:42.
Drao 1 A! eY v
PATH 15 FROM HYDRAULIC REFERENCE 20 TO D5 CONTINUED
JI.Z
nnQao
3'1 .2 Vel
'7 .94 7.442 2T
20 c:120
1 .94 0.005
87.53 3'7 .2
14.86 0.0
L02.39 0.5
1A
1 q?
Uf,1 .94 31 .'l K - r.29
PATH 16 FROM HYDRAULIC REFERENCE G5 TO D4
gJ
2.05 r.442 2T
c=l?O
2.05 0.000
138.19
I4.86
153.06
3'7 .1
0.0
0.1
nn
37 .1
See PATH 14
VeI : 0.41
D4 2.05 K : 0.33
::::=::: :::=:=::::=:=::=
PATH 17 FROM HYDRAULIC REFERENCE G4 TO D3
I.92 1.442 2T
^-1 aAw-!Lv
r.92 0.000
138.19 3'7.'7
74.86 0.0
153.06 0.1
31 .1
0.0 See PATH 14
3'7 .1 Vel : 0.38
L .92 31 .7 K: 0.31
D5
:==::::: :::::=::::::::=::::::=::
PATH 18 FROM HYDRAULIC REFERENCE G3 TO D2
nn
UJ
1.85 r.442 2T
r-1riv-r-v
1. Bs 0.000
138.19
74.86
153.06
31 .1
0.0
0.1
See PATH 14
Vel- : 0.37
D2 1.85 3'7 .1 K : 0.30
PATH 19 FROM HYDRAULIC REFERENCE G2 TO 23
UNITS _ DIAMETER (INCH)LENGTH (FOOT)FLOW (GPM)PRESSURE (PS])
B|jAULVIUN'l' lv.Lt;lJIUAl, UHN'l'tiR ljlawlng Date : St;P'1'. Z'U IZ
Tvco Fire Products
I'CII TYPES
Qr Pf/ft
FTNG'S Pe
TOTAL Pf Pn
9/ 16/ rz L3: 42.
Page 15
rL
Dxr ******* \]^TF'q *******rV
Qa DIA. FITTING PIPE rLHYD.
REF
POINT ::::==::::::=:::
PATH 19 FROM HYDRAULIC REFERENCE G2 TO 23 CONT]NUED
UZ
1.10 2.r51
F_1 'A
1.10 0.000
12 .00
0.00
12.00
3'7 .1
0.0
0.0
?7 '1
0.0 See PATH 14
31 .7 Vel- : 0.10
G1
r.442
^ I4nL: IZU
1.10 0.000
1E
2T
88.60
18.58
107.18
31 .1
0.0
0.0
31 .'7
0.0
0 .22
1.10 3'7 .1 K:0.18
UNITS - DIAMETER (INCH)LENGTH (FOOT)
L5
FLOW (GPM)PRESSURE (PSI)
,.
Model DC4SG
Model DC4SGN
DOUBLE CHECK VALVE
Contractor:Job Name:P.O. Number:Job Location:Representative:
\N|.rolesale Distributor:
DESCRIPTION
i[. nporrot Model DC4sG, Dc4sGN Double check
Vatve'is designed to prevent contamination of the
ootable water supply due to back-siphonage or
6".f.pi.=ui" from'substances that are non-health
["i"ioi. in" modular check valves have replaceable
.""G
-
".0 reversible EPDM seat discs' Grooved
connections on an epoxy-coated ductile iron body
allow for easy connection to butterfly valves or gate
urilur.-rvot" i UoaA DC4SG replaces Modgl 4S-100
fiiio no*n as ModetDC) in attsizes except 10"'
FEATURES
. Lightweight
. Short lay length
. Low pressure loss
. Modular check valves
. lndividual access to check valves
. Corrosion resistant epoxy-coated ductile iron body
. US Patents #5,711,341 and #6,343'618
. MADE IN THE USA
MATERIAL SPECIFICATIgNS
ORDERING INFORMATION
4SG-1XX-OXX
STRATNER oPTroN --l ISIZE -
rl
I L- FLow (oPTloNAL)
SHUT.OFF VALVES
Y.STRAINER
O 0-None(Standard)
O 1 - Wth Y-strainer (Flanged only, shipped loose)
slzE
Tg-z%' o c-6'
tr 0-3' o E-8'
o A-4',
C|
oo
tr
J
oo
.
D
0
PERFORMANCE RATING
Maximum Working Pressure 175 Psi
Temperature Range 33 " F - 140 " F
Hydrostatic Test Pressure 350 Psi
APPROVALS
nisi rors, APMo, csA 864.5, uL*, FM*, AI{vJ/A c-510'
"nJusC't icccaHn' All approvals in horizontal and
vertical fl ow-uP configurations'
*UL and FM installations must include indicating-type shut-
off valves.
conbraco lndustries, tnc. 701 Mafthews Mint Hill Rd' Matthews NC 28105 usA; Wlvlv'aBo1!0-velveg'caln; 704-841-6000
*,";o"igT,i"[[".3i?[tl,j;i:ffi"JH?i:'H""-:'3Jiff!i",,?:#:lEJigi:3#:ffi3lli"",lj:i]"J'r:i"':H:'*i1".:il:"*'
SSIO4O @ 3/10 Page 1 of 3
lsO 9001
Nama Material
Body EFoxfcoated (FDA) Ductile
lron
Covers (2%"-6")E p o-- coate d ( F DA)S!99!
Covers (8")Epoxy-coatet(F DA) Ductile
lron
Elbows Epoxy-coated (FDA) Ductile
lron
Check Valves (2%"-6")Glass-Filled Noryl-
Check Valves (8)Bronze
Springs Stainless Steel
Seat Discs Chloramine-resislent EtqM
SHUT-OFF VALVES (lnlet x Outlet)
O 't - t""s Shut-off Valves (see notes)
2 - NRS Flg x NRS Flg
3 - OS&Y Flg x OS&Y Flg
I - OSaV Fl! x MonitoreO lMon'1 Bufterfly Vlv Grv
6 - OS&Y Flg x Post Indicator Flg 1t'lot in2%" size)
7 - OS&Y Flg x OS&Y Grv
8 - OS&Y Grv x OS&Y Grv
S - tVlon. Butterfly Vlv Grv x Mon' Butterfly Vlv Grv
10 - OS&Y Flg x Post lndicator Grv 1t'tot in 2'A' size)
11 - NRS Grv x NRS Grv
12 - NRS Flg x NRS Grv
FLOW
o N-Model DC4SGN
Exampte: 4SG-10A'07 = 4" size with OS&Y flanged x
grooved shut-off valves (shown above)'
Model DC4SG
Model DC4SGN
DOUBLE CHECK VALVE
DIMENSIONS (in.) - WEIGHTS (lbs.)
Size 2Y2"3"4"6"8',
A (Butterflv Valves)"29 29%29%32%43
A (Gate Valves)*32 33 34%39 50
B (Grooved-end bodY)17 17 16%18 27
C (ButterflY Valves)8 8%9%10%12
C (OS&Y OPen)16%18%22%30%37%
D (Butterflv Valves)4%4%4%4%6%
D (Gate Valves)3%3%4%5%6%
E (Butterflv Valves)I I 9%12 15
E (Gate Valves)9%10%11%14%16%
F (Butterflv Valves)18%19%20%22%31
F (Gate Valves)20 21 23 26 34%
G 23 23%24 Y2 29 40%
H (Post lndicator)Not Avail.12%14%19 22%
Test Cocks (NPT)%%%%%
Net \M. (Less Valves)53 53 53 60 375
Net \Aft. (W ButterflY Valves)80 83 97 128 506
Net Wt. (w/ OS&Y Gate Valves)149 174 208 309 852
Notes:
1. Nominal dimensions are shown. Allowances must be made for manufacturers' tolerances.
2. Internal body connections are grooved on 21/"" - 8" sizes'
Conbraco Industries, Inc. TOl Matthews Mint Hill Rd. Matthews NC 28105 USA; wwtry'apollovalveq.ccnr; 704-841-6000
This specifi€tion is provided for referen@ only. Conbraco reserues the right to change any portion of this specification without
notice and without tniuning obtig"tion to ;,"k" such changes to Conbraco prcduc'ts previously or subsequently sold.
SS1040 @3/10 Page 2 of3
E
t
uffi-ffi
i' rn
oJA
f,i5
u- togq
o8
J7
56
L
Model DC4SG
Model DC4SGN
DOUBLE CHECK VALVE
3'21t2"
150 ?00 250 300 350 400
Floli\rrde {gpm)
FLOW CURVES
810=q
J7
g!5
[+
200 300 400 500 600
Fto,!\,rate (gpm)
4"
E r,t
5ro
g6
i4
600 800 1000 1200 1400 1600
Flowrale (gpm)
-HodzontaWedical Up -.--- N-Flow "---7.5 tls . - * , Rated FIow
Notes:
1. Flow curves directly reflect data collected by USC's Foundation for Cross-Connection Control and Hydraulic
Research Approval curve documents.
2. Flow curves shown were recorded with butterfly shut-off valves'*
3. Alldata points are based on USC increasing flow data, from zero GPM to rated flow (opening curve).
4. Refer to Apollo Model DC4S (Formerly 4S-100 Series) for 10" valve information.
* Flow curves with gate valves are slightly lower. Contact factory for more information.
Conbraco Industries, Inc. 7O'l Matthews Mint Hill Rd. Matthews NC 28105 USA; vrww.apptlovalves.eqnl; 704-841-6000
This specifistion is provided for referen@ only. Conbraco reseryes the right to change any portion of this specifi€tion without
notice and without inafiing obligation to make such changes to Conbraco prcducls previously or subsequently sold.
SS1040 O 3/10 Page 3 of3
8"
.- 40
o14
oJ10
p^
o.-
noaa 573 (13t Riser Manifioid'i'-78
thru i ii"n (DN4o thru DN75o,
For NFPA 73 SPrinkler SYstems
I
A lFire&BuildingI Praducts
Technica|ServiceslTe|:(800)381.9312/Fax:(800)791.5500
General
DescriPtion Data
Technical
Approvals
r[J iiqrr" 513 (13) Riser Manifolds
*iin a ioue, tamper switch for the wa-
i"itrot alarm sriritch are UL Listed'
ijtc tisteo, and FM APProved'
The Figure 51 3 (13) Riser Manifolds
without-a cover timper switch for the
*ui"ttfo* alarm swiich are UL Listed
and FM APProved.
Maximum Working Pressure
175 psi (12,1 bar)
Test Orifice
5.6K (8oK)
AssemblY
fn'e miniiotO body of the Figure 513 is
ductile iron, whereas the manllolo
O"Jv "t the Figure 13 is cast iron' The
fwo'assemOti6s are completely inter-
chanqeable in function, appllcatlon'
and e-nd-to-end laYing length'
Finish
Red oainted.
Installation
The Riser Manifolds may be installed
in either the horizontal (flow switch on
too) or vertical (flow going up): ll9
iniet of the Riser Manifold may be ol-
rectiy connected to a shut-off control
valve.
NOIES
Where appticable pipe thread sealant
ii nb"'"pptied iparingly' Use. of a
non-hardening pipe thread sealant ts
recommended.
Never remove any piping compon.en.t
nor correct or modify any piping deil-
ciencies without first depressurtztng
and draining the sYstem'
Step 1' lnstall the manifold body with
in.ifo* arrow pointing in the down-
itr"am position using threaoeo con-
The Fiqure 513 (13) Riser Manifolds
o"r"iinlo in this iechnical data sheet
oiouiO" the necessarY waterflow
alarm. pressure gauge, alarm test ort-
iitu. .itlin, and slghiglass equipmenl
i;;';";i; assem-blY lor use in NFPA
13 sprin'i<ler systems as follows:
NFPA 13*
. 1-112lnch (DN40)
Male Thread x Female Thread
. 1-1l2thru 6 Inch (DN40 thru DN150)
Groove x Groove
-Although the Riser Manifold described in
tirit J"6 sheet is intended for NFPA 13
rorinGi "vtt"ms,
it may be used for NFPA
iSO or tSR residential sprinkler systems'
*i'r"r" " test orifice of 5.6K (80K) is accept-
able.
The varietv of sizes and grooved end
connectioris allow cost effective and
easy transition to check valves, control
valv'es, and system piping' The Riser
Manifolds may be installed in eltner Ine
horizontal (flow switch on top) or verti-
cal (flow going uP) for both srngle
ioiirirr"f rli"" ino itbor control in high
nses.
WARNING
The Riser Manifolds described herein
;;ti b; instatled and maintained in
comPliance with this document' as
i"ii-"" with the applicable standards'oi
th" N"tional Fire Protection Asso-""itii'in,'ii addition to the standards of
iii-oh", authorities having iurisd.i.c-
tioh. Faiture to do so maY im?a'r tne
performance of these devices'
The owner is responsible for maintain'
i i i ti " i i i i, " p r o t e cti o n s y s t e Y -12!,!e--vilces in proper operating conctttto,n'-
The instatling contractor or spnnKter
manufacturer should be contacteo
with anY questions'
Page 1 of 6
nections and/or listed mechanical
groould connections, as aPPlicable
Step 2. Connect the drain line, and
then close the drain valve'
Step 3. Refer to Figure 3 for wiring
ouiilance. All wiring must be Per-
ioimeO in accordance with the Author-
itv ftavinq Jurisdiction and/or the Na-
ti6nal Electrical Code.
Step 4. Refer to Figure 4 for optional
relief valve.
Step 5' Place the system in service by
iiriin-o in" ivstem with water' when fill-
ino t"ne svsiem, partially open the con-
tro-l valvd to slowly fill the system' rrlt-.
ino the svstem slowly will help avot.o
dimaginil the waterfiow alarm switch'
After the system is fully pressurized'
completely open the control valve'
Step 6. Secure all suPPlY valves
open.
APRIL,2006
TFP962
Page 2 of 6
TFP962
NO. DESCRIPTION QTY. P/N
N/A
N/A
971-096-00
'1 976-519-02
NOTES:
1. Approximateweight, 11 2lbs (5'1 kg)'
2. ULC Listed Manifolds are equipped with.
cover Tamper Switches installed intemal
to the Waterflow Alarm Switches'
3. CH: Common Hardware
14-114"
(362,0 mm)
10" (254,0 mm)
Male x Female NPT'
Groove x Groove
Manifolds
lnspecto/s Test
& Orain Valve
(Normally set
to "Drain")
Drain Valve
(NormallY
Closed)
314"('19,1 mm)
12-518"
(320,7 mm)
FIGURE 1
1-1/2 tNcH (DN4O)R'SER UeitFoto essEMBLY AND DTMENSTONS
11-1l8" (282,6 mm)
Male x Male NPT
Manifolds
Page 3 of 6TFP962
2INCH (DN50) MANIFOLD
NO. DESCRIPTION QTY. P/N
1 2" Manifold BodY,
GroovexGroove....... 1 N/A
WaterflowAlarm Switch:
VSC with Paddle,
uuFM ............... 1 976-357-01
vsc with Paddle and
Cover Tamper Switch,
uLc/FM.............. 1 976-520-01
300 psi/2000 kPa
WaterPressurecauge .. 1 2341
4 rNCH (DN100) MANIFOLD
NO. DESCRIPTION QTY. P/N
1
N/A
976-357-04
... . 1 976-520-04
2341
6 |NCH (DN150) MANIFOLD
NO. DESCRIPTION Qry. P/N
1 6" Manifold BodY,
GroovexGroove....... I N/A
3 300 psi/2000 kPa
WaterPressureGauge .. 1 2341
Waterflow Alarm Switch:
VSC with Paddle,
uuFM .. ........ ..... 1 976-357-05
VSC with Paddle and
Cover Tamper Switch,
uLc/FM.............. 1 976-520-05
2-112 lNcH (DN65) MANIFOLD
NO. DESCRIPTION Qry. P/N
1 2-112" Maniiold BodY,
GroovexGroove.......'l N/A
2 WaterflowAlarmSwitch:
VSC with Paddle,
uuFM ...............'l 976'357-02
VSC with Paddle and
Cover Tamper Switch,
uLc/FM.............. 1 976-520'02
3 300 psi/2000 kPa
WaterPressureGauge .. 1 2341
NOTES:
'1. ULC Listed Manifolds are equipped with
Cover Tamper Switches installed internal
to the Waterflow Alarm Switches.
2. CH: Common Hardware
FIGURE 2
2 thru 6 |NCH (DN5O thru DN150) R,SER MANTFOLD ASSEMBLY AND DIMENSIONS
Manilold
Size
Nominal lnstallation Dimensions in lnches and (mm)Drain Size Weight
lbs. (kq)B D
2 lnch
/nN50\
16-3t4
(425 5\
13
{330.2)
9/16
(14 3\
5-3/8
(136,5)
6-3/8
/161 q\13-1t't61331 8)3-'v2
t88.9)1" NPT 13.5
(6,1)
>--112lnch
{DN65)
17-3116
1436 6l
13(330.2
1
Itq a
5-314(146.1 )
6-718(174.6\
13-3t4
/i4q 3l
3-1t2
r88 9\1-114'NPT16.8(7 6\
3 lnch
lDN80l
17-3t16(436.6)13/330 2l
1
(25 4\
o
152.4\
7-1t8
(181.0)
14-1t4
1362.01
3-112
1AR q\1-1l4" NPT 18.7
fA 5t
4 lnch
(DN'100)
20-112
(1)O 7\
13
/330 2l
4-5t16
/,|nq 5\
7-9116
n92.1\
9-1/16(230.2\1 6-5/8
tLtt a\
4-112
('114.3)2" NPT 32.7
/14 a)
6 Inch
(DN150)
20-1t2
l5?o 7\
'13
(1an 2\
4-5116(109.5)
8-1t2
12 t 5.9I
10
I25d O\
18-'lt2
/46C C)
6-5/8
/tAR ?\2" NPT 41.6
rlR qt
3INCH (DN8o) MANIFOLD
DESCRIPTION Qry, P/N
1 3" Manifold BodY,
GroovexGroove....... 1 N/A
2 WaterflowAlarmSwitch:
VSC with Paddle,
uuFM .. .......... ... 1 976-357-03
VSC with Paddle and
Cover Tamper Switch,
uLc/FM.............. 1 976-520'03
3 300 psi/2000 kPa
WaterPressurecauge .. 1 2341
TFP962Page 4 of 6
UNINSULATED
LOOPED SECTION
SWITCH TERMINAL CONNECTIONS
c
CAUTION:
An uninsulated section of a T
single conductor is not
permitted to be looped around
the terminal and serue as two
separate connections. The
wire must be severed to serve
as two separate connections,
thereby providing supervision
of the connection in the event
that the wire becomes
dislodged from the terminal.
SEPARATE
CONDUCTORS
CLAMPING
PLATE
TERMINALP OUTGOING
PROPER CONNECTION METHODIMPROPER CONNECTION METHOD
WATERFLOW SWITCH TYPICAL ELECTRICA CONNECTIONS
CONTACTS . . SPDT (Form C)
CoNTACTRATING .... 5A@ 125VAC
2.sA @ 30 VDC
No . ,,5 nc
//a
coM
A ,o"o.
I I stcnnl
\_y'/ DEVT.E
tl
lNos /l-{
I l"o'
POWER
END OF LINE
RESISTORr*1I ri'" /*
l--J cot',t
ll
CONTROL
PANEL
NO FLOW
CONDITION
NON-SUPERVISED
CIRCUIT
SryLE B/CLASS B
SUPERVISED CIRCUIT
(sEE NOrE)
NOTE:
For supervised circuits, see ',switch Terminal connections" above. The waterflow Alarm
Switch has two switches, one can be used to operate a central station, proprietary or remove
signaling unit, while the other contact is used to operate a local audible or visual annunciator.
COVER TAMPER SWITCH (ULC ASSEMBLIES ONLY)
CONTACTS .. SPDT(Form C)
CoNTACT RATING . . . . 34 @ 250 VAC
5A @ 125 VAC
1mA@5VDCmin
No\ . Nc\\a
coM
CONTACTS SHOWN
WITH COVER IN PLACE
FIGURE 3
WIRING GUIDANCE
TFP962
Care and
Maintenanc'e
The following inspection procedure
must be performed as indicated, in ad-
dition to any specific requirements of
the NFPA, and any impairment must
be immediately corrected.
The owner is responsible for the in-
spection, testing, and maintenance of
their fire protection system and de-
vices in comoliance with this docu-
ment, as well as with the applicable
standards of the National Fire Protec-
tion Association (e.9., NFPA 25), in
addition to the standards of any
authority having jurisdiction. The in-
stalling contractor or product manufac-
turer should be contacted relative to
any questions.
It is recommended that automatic
sprinkler systems be inspected,
tested, and maintained by a qualified
lnsoection Service in accordance with
local requirements and/or national
cooes.
NOTES
No attempt is to be made to repair any
Riser Manifold component in the field.
Only the pressure gauge, waterflow
alarm switch, or relief valve can be
replaced. lf any other problems are
encountered the entire riser manifold
must be replaced.
The alarm/flow test procedure will re-
sult in operation of the associated
alarms. Consequently, notification
must be given to the owner and the fire
department, central station, or other
signal station to which the alarms are
connected, and notification must be
given to the building occupants.
Before closing a fire protection system
control valve for inspection or mainte-
nance work on the fire protection sys-
tem that it controls, permission to shut
down the effected fire protection sys-
tem must first be obtained from the
proper authorities and all personnel
who may be affected by this action
must be notified.
After placing a fire protection system
in service, notify the proper authorities
and advise those responsible for moni-
toring proprietary and/or central sta-
tion alarms.
Alarm/Flow Test Procedure
Step 1. Place the test & drain Valve in
the "test" oosition.
Step 2. Fully open the drain valve.
Make certain that drainage water will
not cause any damage or injury.
Step 3. Verify operation of associated
atarms.
Step 4. Close the drain valve.
Step 5. Place the test & drain Valve in
the "drain" position.
Step 6. Verify that the residual (flow-
ing) pressure indicated by the pres-
sure gauge is no less that originally
recorded for the system when it was
first installed.
Step 7. Close the drain valve.
Step 8. Verify that the static (not flow-
ing) pressure indicated by the pres-
sure gauge is no less that originally
recorded for the system when it was
first installed.
Page 5 of 5
DESCRIPTION QTY. P/N
1 3/8" Copper Tubing,
2'(DN50)Manifolds .... I 971-124-01
2-112" (DN65) and
3'(DN80)Manifolds .... 1 971-124-02
4'(DN100) and
6'(DN150) Manifolds . .. 1 971-124-03
OESCRIPTION QTY. P/N
2 PressureRsliefValve,
lT5psi,Nonadjustable .. 1 198-066-00
3 90'CompressionFitting
Fifting... .............2 CH
1" x 1/2" Reducing H€x
..............1 CH
CH: Common Hardware
1-112" (DN40) Manifold Only:
To install oolional Pressure Relief Trim on
a 1-1l2" (DN40) Manifold, a 1/2" NPT outlet
must be provided by the installer on the
system outlet piping, and a connection back
to the manifold drain lrim must be fabricated
with installer supplied 3/8" copper tubing.
Oiscard unused trim comDonents.
1/2" NPT
Outlet
Installer
Provided
System Outlet
Piping
lnstaller
Fabricated
3/8" Copper
Tubing
2' (DN50), 2-112" (DN6s),
3" (DN80),4' (DNr00), or
6" (DN150) Manifold
r-r12" (DN40)
Manifold
FIGURE 4
OPTIONAL PRESSURE RELIEF VALVE
Page 6 of 6
LimiJed
UL/ULC/FM Assemblles
With Cover Tamper Switch
1-112 Inch (DN40)
MTxFT.
1-1l2 Inch (DN40)
MTXMT
2 Inch (DN50)
GxG..
2-1l2 Inch (DN65)
GxG..
3 Inch (DN80)
GxG...
4 Inch (DN'100)
GxG...
6 Inch (DN150)
GxG..
UUFM Assemblies
Without Cover Tamper Swltch'1-112 Inch (DN40)
MTxFT.
1-1l2 Inch (DN40)
MT X MT.
2 Inch (ON50)
GxG..
2-112 Inch (DN6s)
GxG..
3 Inch (DN80)
GxG..
4Inch (DN100)
GxG..
6 Inch (DN1s0)
GxG..
P/N 4086
P/N 4087
P/N 4090
P/N 4091
P/N 4092
P/N 4095
P/N 4096
P/N 4055
P/N 4056
P/N 4060
P/N 4061
P/N 4062
P/N 4065
P/N 4066
Optional Pressure Relief Valve:
Specify: Operational Pressure Relief
Valve and Trim for use with (specify
size) Figure 513 or 13 Series Riser
Manifold, P/N (specify).
1-112" ot2". P/N 4063
2-112" ot 3" . PIN 4072
4" or 6'. . P/N 4073
Replacement Parts:
Specify: (description) for use with Fig-
ure 513 or 13 Riser Manifold, P/N (Ref.
Figure 1 or 2, as applicable).
TFP962
Warranty
Products manufactured by Tyco Fire &
Building Products (TFBP) are war-
ranted solely to the original Buyer for
ten (10) years against defects in mate-
rial and workmanship when paid for
and properly installed and maintained
under normal use and service. This
warranty will expire ten (10) years
from date of shipment by TFBP. No
warranty is given for products or com-
ponents manufactured by companies
not affiliated by ownership with TFBP
or for products and components which
have been subject to misuse, improper
installation, corrosion, or which have
not been installed, maintained, modi-
fied or repaired in accordance with ap-
olicable Standards of the National Fire
Protection Association, and/or the
standards of any other Authorities
Having Jurisdiction. Materials found
by TFBP to be defective shall be either
repaired or replaced, at TFBP's sole
option. TFBP neither assumes, nor
authorizes any person to assume for it,
any other obligation in connection with
the sale of products or parts of prod-
ucts. TFBP shall not be responsible for
sprinkler system design errors or inac-
curate or incomplete information sup-
plied by Buyer or Buyer's repre-
sentatives.
In no event shall TFBP be liable, in
contract, tort, strict liability or under
any other legal theory, for incidental,
indirect, special or consequential dam-
ages, including but not limited to labor
charges, regardless of whether TFBP
was informed about the possibility of
such damages, and in no event shall
TFBP's liability exceed an amount
equal to the sales price.
of any and all other warranties. ex-press or implied. including warranties
ticular purpose.
This limited warranty sets forth the ex-
clusive remedy for claims based on
failure of or defect in products, materi-
als or components, whether the claim
is made in contract, tort, strict liability
or any other legal theory
This warranty will apply to the full ex-
tent permitted by law. The invalidity, in
whole or part, of any portion of this
warranty will not atfect the remainder.
Ordering
Information
Riser Manifold:
Specify; Size (specify), Figure 513,
(specify connection type inlet x outlet)
Riser Manifold (specify - without or
with) a cover tamper switch for the
waterflow alarm switch, P/N (specify).
A/OrES
Orders for Figure 513 may be filled
with a Figure 13. The two assemblies
are completely interchangeable in
function, application, and end-to-end
laying length.
lf a ULC Listing is required, the Riser
Manifold must be ordered with a cover
tamper switch for the waterflow alarm
switch.
TYGO FIRE & BUILDING PRODUGTS,451 North Cannon Avenue, Lansdale, Pennsylvania 19446
ttl s o I {;{:of-f;ir*ins
Technical Services: Tel: (800) 381-9312 / Fax: (800) 791-5500
-Iltlodel
DPV-7 Dry Pipe Valve, External ReseJting
2-7f2 thru 6 lnch (DN65 thru DN75O)
25O psi (77,2 bar)
General
Description
The Tvco@ Model DPV-1 DrY PiPe
Valvegare differential valves used to
automatically control the flow of water
into dry pipe fire protection sprinkler
svstems upon oPeration of one or
niore automatic sprinklers. The DPV-1
also provides for actuation of fire
alarm3 upon system oPeration. The
Model DPV-1 features are as follows:
. External reset.
. 250 psi (17,2bar) pressure rating.
. Unique offset single clapper design
enabling a simPle comPact valve to
minimize installation labor.
. Ductile iron construction to ensure a
lightweight valve to minimize ship-
ping cost.
. A variety of inlet and outlet connec-
tions.
o Compact, semi-Preassembled or
fully assembled, and easy to operate
valve trim.
. Simple reset procedure through the
elimination of Priming water.
Dry pipe sprinkler systems are used in
unheated warehouses, Parking ga-
raqes. store windows, attic spaces'
loiding docks, and other areas ex-
posed to freezing temperatures, where
water filled pipe cannot be utilized.
When set for service, the dry PiPe
sprinkler system is pressurized with air
(or nitroqen). The loss of pressure
ihrouqh dn operated automatic sprin-
kler i-n response to heat from a fire
oermits the DPV-1 DrY PiPe Valve to
boen and allow a flow of water into the
sirrinkler system piping. Table B es-
tablishes the minimum required sys-
tem air pressure that includes a safety
factor to help prevent false operations
that might occur due to water supply
fluctuations.
Page I ol 20
o
N/A
Available
Not Available
WARNING
The Model DPV-1 Dry PiPe Valves de-
scribed herein must be installed and
maintained in compliance with this
document, as well as with the applica-
ble standards of the National Fire Pro-
tection Association, in addition to the
standards of any other authorities hav-
ing jurisdiction. Failure to do so may
imfiair the pertormance of these de'
vices.
The owner is responsible for maintain-
ing their fire protection system and de-
vices in proper operating condition.
The installing contractor or manufac-
turer should be contacted with anY
questions.
Available End Connections and Sizes
End Connection
Nominal Valve Size
2-112|ncn
(DN65)
3 Inch
(DN8o)
4 Inch
(DN100)
6 lnch
(DN150)
Flange x Flange N/A N/A o o
Flange x Groove N/A N/A o o
Groove x Groove o o o o
AUGUST,2OO7 TFP1O2O
TFP1O2O
Page 2 ol 20
o-g-
V
6-/\:z
RESET
PLUNGER
PARTS
IIIII
15, 18
NR: Not Replaceable
CH: Common Hardware
FIGIJREl-Part1of2
MODEL DPV.I DRY PIPE VALVES
2-1/2, 3, and 4 INCH (DN65, DN80, and DN|00)
_ ASSEMBLY _
NO. DESCRIPTION Ory. REF.
1 ValveBodY.......1 NR
2 Air and Water
Seat...........'1 NR
Handhole Cover . .. 1 NR
Handhole Cover
Gasket .......... 1 See(b)
5 112-13 UNC x 1" Hex
Head CaP Screw:
2-112 & 3 lnch
Va|ves...........5 CH
4lnchValve......6 CH
6 Clapper.......... 1 See(a)
7 Clapper Facing . . . . 1 See (a) or (b)
8 Clapper Facing
Retaining Plate ... 1 See (a)
9 2-112 and 3 Inch Valves:
1/4" x 3/8" Long
#10-32 Shoulder
Screw...........5 See(a)
4 lnch Valve:
114-20 UNQ x 112"
Socket Head CaP
Screw.. .........7 See(a)
10 Clapper Hinge
Pin ...... ...... 1 See(a)
'11 ResetKnob ...... 1 See(c)
12 ResetSpring ..... 1 See(c)
13 ResetBushing .... 1 See(c)
14 Reset Bushing
O-Ring........... 1 See(b)or(c)
15 Reset Plunger
O-Ring ..........'l See(b)or(c)
16 ResetPlunger..... 1 See(c)
17 Reset Latch
SubassemblY ..... 1 See(c)
18 Dow Corning FS3452
Flourosilicone
Grease, 1.5g...'.1 See(b) or(c)
REPLACEMENT PARTS
NO. DESCRIPTION P/N
(a) ClapperAssemblY
lncludes ltems 6-'10:
2-1t2 &3lnch Valves . ' 92-309-2-203
4 lnch Valve 92-309-2403
(b) Repair Parts Kit
lncludes ltems
4,7, 14,15, & 18:
2-112 & 3 lnch Valves . . 92-309-1-204
4 lnch Valve . 92-309-1404
(c) Reset Plunger Parts Kit
lncludes ltems:
11 through 18 ........ 92-309-1405
TFP1O2O Page 3 ot 2O
NO. DESCRIPTION QTY. REF
1 ValveBody.......1 NR
Air and Water
Seat ............ 1 NR
3 Water Seal
O-Ring ..........1 NR
4 AirSeal O-Ring....1 NR
NO. DESCRIPTION QTY. REF.
5 3/8-16 UNCx 1"
Socket Head CaP
Screw...........8 NR
Handhole Cover . .. 1 NR
7 Handhole Cover
Gasket . ......... 1 See(b)
Ory. REF.
I
10
11
12
CH
See (a)
See (a) or (b)
See (a)
See (a)
See (a)
See (c)
See (c)
See (c)
See (b) or (c)
See (b) or (c)
See (c)
See (c)
13
14
15
16
17
18
19
'l See (b) or (c)
o-
F-
V
{
14
II
CLAPPER
ASSEMBLY
I___l
15
RESET
17 PLUNGER
PARTS
18,21
NR: Not RePlaceable
CH: Common Hardware
%.=r
FIGIJREl-Part2of2
MODEL DPV.I DRY PIPE VALVES
6 INCH (DNl50)
_ ASSEMBLY _
REPLACEMENT PARTS
NO. DESCRIPTION P/N
(a) ClapperAssemblY
lncludes ltems:
gthrough 13......'.. 92-309-2-603
) Repair Parts Kit
lncludes ltems:
7, 10, 17, 18,21 . .. . . . 92-309-1-604
(c) Reset Plunger Parts Kit
lncludes ltems:
14 through 21 ....'. .. 92-309-1-405
Page 4 ol 20
Technical
DAJA
Aoorovals:
Ul'ano C-UL Listed. FM APProved.
NYC under MEA 172-Q2-E (4 and 6
inch).
Drv Pipe Valve:
fn-e v6oet DPV-1 Drv Pipe Valves are
for vertical installations (flow going
uo). and thev are rated for use at a
nidximum seivice pressure of 250 psi
(17 ,2 bar). The Valve dimensions are
shown in Figure 7.
Flanqed connections are available
drillei per ANSI, lSO, AS, and JIS
specifiiations (Ref. Table A)' The
orooved outlet connections, as appli-
6able, are cut in accordance with
standard groove specifications for
steel pipe. They are suitable for use
with cirdoved end pipe couplings that
are lGted or approved for fire protec-
tion svstem service. Available combi-
nations of inlet and outlet connections
are detailed in the Ordering Procedure
section.
Threaded port connections of valves
havinq flanqes drilled to ANSI, AS' or
JIS s6ecifications are NPT threaded
oer ANSI Standard B1 .20'1. Threaded
bort connections of valves having
ilanqes drilled to ISO are available
eith6r threaded Per ISO 7/1 or NPT
threaded per ANSI Standard 81 .20.1 .
Valves with NPT threaded ports will
readilv accept the trim arrangements
detail6d in Figures 4, 5, and 6.
Comoonents of the DPV-1 Valves are
shown in Figure 1. The BodY and
Handhole CoVer are ductile iron. The
Handhole Cover Gasket is neoprene'
and the ClaPPer Facing is EPDM. The
Air/Water Seat Ring is brass, the Clap-
oer is bronze or aluminum bronze, and
both the Clapper Retaining Plate and
Latch are bronze. The Hinge Pin is
aluminum bronze, and the fasteners
for the Handhole Cover are carbon
steel.
Valve Trim:
lnstallation dimensions are given in
Fioure 7, and the Valve Trim is illus-
tra'ted in Figures 4, 5, and 6. The Valve
Trim forms a Part of the laboratorY
listings and aPProval of the DPV-1
Valve and is necessary for the proper
ooeration of the DPV-1 Valve. Each
pbckage of trim includes the following
items:
. Water Supply Pressure Gauge
. System Air Pressure Gauge
. Air Supply Connections
r Main Drain Valve
. Low Body Drain Valve
. Alarm Test Valve
. Automatic Drain Valve
. Drip Funnel
. Connections For OPtional Quick
Opening Device (Accelerator)
NOTE
When the svstem pressure is greater
than 175 pii (t2,1 bar), provision is to
be made to replace the standard order
300 psi (20,7 bar) Water Pressure
qauqie with a separately ordered 600
bsi (lt,l bar) Water Pressure Gauge.
Air SupPlY:
Table B shows the system air pressure
reouirements as a function of the water
suiplv pressure. The air (or nitrogen)
pri:islre in the sprinkler system is rec-
TFPlO2O
ommended to be automatically main-
tained by using one of the following
pressure maintenance devices, as ap-
propriate:
. Model AMD-1 Air Maintenance De-
vice (pressure reducing tYPe).
. Model AMD-2 Air Maintenance De-
vice (comPressor control tYPe).
. Model AMD-3 Nitrogen Mainte-
nance Device (high pressure reduc-
ing type).
The Pressure Relief Valve provided
with the valve trim is factory set to
relieve at a Pressure of approxi-
mately 45 psi (3,1 bar). lf the normal
svstem air Pressure is less than or
elceeds 40'Psi (2,8 bar), then the
Dressure Relief Valve must be reset to
i'elieve at a pressure that is in accord-
ance with the Authority Having Juris-
diction.
Quick OPening Device:
As an option, the Model DPV-1 DrY
Pipe Valve maY be equiPPed with the
Mbdel QRS Electronic Dry PiPe Valve
Accelerator (4 and 6 inch size-s) as
detailed in Technical Data Sheet
TFP110O or the Model ACC-1 Me-
chanical Dry Pipe Valve Accelerator
Q-112,3,4, and 6 inch sizes) as de-
tailed in Technical Data Sheet
rFP1112.
The QRS or the ACC-1 is used to re-
duce the time to valve actuation fol-
lowing the oPeration of one or more
automatic sprinklers. In some cases
the use of a quick opening device such
as the QRS or the ACC-1 may be re-
quired to meet the requirements of the
National Fire Protection Association to
meet water delivery times.
Patents:
U.S.A. Patent No. 6,557'645
Nominal Dimensions in Inches and
lSame drilling as forANS| 816.5 (Class 150) and ANSI B16 42 (Class 150)'
2 Same drilling as for BS 4504 Section 3.2 (PN16) and DIN 2532 (PN16)'
Dim. A
Bolt Circle
Diameter
Dim. B
Bolt Hole
Diameter
Oty.N
Number of
Bolt Holes
TABLE A
DIM E N SI O N AL S P ECI F I C ATI O N S
FOR SELECTION OF FLANGE DRILLING
TFPlO2O Page 5 ol 20
Fr-ow Rlre lN LITRES PER MINUTE (LPM)
(1 GPM = 3.785 LPM)
=aI
I
2ro
UJ
f
duJ
o
zf 1.0
a 0.9z
; 0.8
E 0.7
uJd 0.6lofi o.:t(!
J
t o.a=
z
0,10
0,09
0,08
0,07
0,06
0,05
0,04
dl
z
(Ldo<
On
d6
U'O@rtIJ _ta
J-
<Jz
z
400 500
The approximate friction losses, based on the Hazen and williams formula and expressed in equivalent length of schedule 40 pipe
with C=100 are as follows:
2.2feetfor the 2-1t2 inch valve at a typical flow rate of 250 GPM
4.9 feet for the 3 inch valve at a typical flow rate of 350 GPM
8.9 feet for the 4 inch valve at at typical flow rate of 600 GPM
22 feet lor the 6 inch valve at a typical flow rate of 1 500 GPM
FIGURE 2
MODEL DPV-| DRY PIPE VALVES
_ NOMINAL PRESSURELOSS YERSUS FLOW-
FLOW RATE IN GALLONS PER MINUTE (GPM)
TFP1O2O
Page 6 ol 20
Operating
Principfes
The Model DPV-1 DrY PiPe Valve is a
differential type valve that utilizes a
substantiallylbwer system (air or nitro-
oen) oressure than the supply (water)
Sredsure, to maintain the set position
shown in Figure 3A. The differential
nature of the DPV-1 is based on the
area difference between the air seat
and the water seat in combination with
the ratio of the radial difference from
the Hinqe Pin to the center of the
Water Slat and the Hinge Pin to the
center of the Air Seat. The difference
is such that 1 psi (0,07 bar) of system
air oressure can hold approximately
5.5 fsi (0,38 bar) of water supply pres-
sure.
Table B establishes the minimum re-
quired system air pressure that in-
cludes a-safety factor to help prevent
false operations that occur due to
water supPlY fluctuations.
The Intermediate Chamber of the
DPV-'I is formed bY the area between
the Air Seat and Water Seat as shown
in Fiqure 38. The Intermediate Cham-
ber iormally remains at atmospheric
pressure through the Alarm Port con-
nection and the valve trim to the nor-
mallv open Automatic Drain Valve
(Fiq.-4, 5, or 6). Having the Intermedi-
itdChamber, Figure 38, oPen to at-
mosphere is critical to the DPV-1
Valvb remaining set, otherwise the full
resultinq pressure of the system alr
pressur-e dn top of the Clapper Assem-
bly cannot be realized.
For example and assuming a water
supply pressure of 100 P9i (qP b?t), Ithe'svsiem air pressure is 25 psi (1'7
bar) and there was 15 Psi (1'0 bar)
prelsure trapped in the Intermediate
Chamber, the resulting Pressure
across the toP of the ClaPPer would
onlv be 10 psi (0,7 bar). This pressure
*ould be insufiicient to hold the Clap-
oer Assembly closed against a water
bupplv pressure of 100 psi (6'9 bar). lt
is for inis reason that the plunger of the
Automatic Drain Valve must be de-
pressed during several ofthe resetting
lteps, as well as during inspections,
making certain that the Automatic
Drain Valve is open.
When one or more automatic sprin-
klers operate in response to a fire, air
Dressure within the system piping is
relieved through the open sprinklers.
When the air pressure is sufficiently
reduced, the water Pressure over-
comes the differential holding the
Clapper AssemblY closed and the
Clapper Assembly swings clear of the
watei seat, as shown in Figure 3C'
This action permits water flow into the
system piping and subsequently.to be
discharged from any open sprinklers.
Also, with the Clapper Assembly open,
the intermediate chamber is pressur-
ized and waterflows through the alarm
port (Ref. Figure 38) at the rear of the
bPV:1 Valve to actuate system water
flow alarms. The flow from the alarm
oort is also sufficient to close the oth-
brwise normally open Automatic Drain
Valve in the valve trim.
After a valve actuation and upon sub-
sequent closing of a system main con-
trol valve to stop water flow, the Clap-
oer Assembly will latch open as shown
in Figure 30. Latching oPen. of the
DPV-1 will permit complete draining of
the system'(including any loose scale)
through the main drain Port.
During the valve resetting procedure
and ifter the sYstem is comPletelY
drained, the external reset knob can
be easily depressed to externally un-
latch the Clapper Assembly as shown
in Fiqure 3E. As such, the ClaPPer
Asseitblv is returned to its normal set
oosition io facilitate setting of the dry
bipe sprinkler system, without having
io'remove the Handhole Cover.
Maximum
Water SupPlY
Pressure,
psi
System Air
Pressure
Range,
psi
20 10
60 15-23
80 20-28
100 25-33
120 30-38
145 35-43
165 40-48
185 45-53
205 50-58
225 55-63
250 60-68
TABLE B
SYSTEM AIR PRESSURE
REQUIREMENTS
TFP1O2O Page 7 ol 2O
AIR PRESSURE
TO SYSTEM
Att
WATERFLOW
TO SYSTEM
Al-l
1" NPT
AIR SUPPLY
PORT
CLAPPER
ASSEMBLY
IN SET
POSITION
CLAPPER
ASSEMBLY
FULLY OPEN
,1/2" NPT
WATER
SUPPLY
PRESSURE
& ALARM
TEST PORT
CLAPPER LATCH
PIVOTS TOALLOW
CLAPPERASSEMBLY
TO FULLY OPEN
3/4" NPTALARM
PORT OPEN TO
ATMOSPHERE ALARM PORT
WATERFLOW
TOALARMCLAPPER
ASSEMBLY
FROM
WATER SUPPLY
FIGURE 3A
SET POSITION
DRAIN FROM
SYSTEM
\-lv
WATER
SEAT ALARM
PORT
FROM
WATER SUPPLY
FIGURE 3C
OPERATED POSITION
DRAIN FROM
SYSTEM
COMPLETEVALVE
WATERWAY INTERMEDIATE
CHAMBER PUSH HERE
TO RESET
VALVE
t-l
{, RESETV KNOB
FIGURE 38
SET POSITION
INTERMEDIATE
CHAMBER
CLAPPER
ASSEMBLY
LATCHED
OPEN
RESET
ASSEMBLY
CLAPPER
LATCH
CLAPPER
LATCH
PIVOTS TO
UNLATCH
CLAPPER
ASSEMBLY
3/4'NPT
LOW BODY
DRAIN
PORT
MAIN DRAIN PORT:
1-1l4'NPT. (2-112 INCH
& 3 INCH VALVES)
2'NPT (4 INCH VALVE)
-DN4O FOR VALVES WITH
ISO THREADED PORTS
CLAPPER
ASSEMBLY
RESEATED
WATER SUPPLY
SHUT OFF
FIGURE 3D
DRAIN POSITION
WATER SUPPLY
SHUT OFF
FIGURE3-Partl of 2
MODEL DPV.I DRY PIPE VALVES
2-1/2, 3, and 4INCH (DN65, DN80, and DN100)
_ SET AND OPEN POSITIONS _
TFPlO2OPage 8 ol 20
AIR PRESSURE
TO SYSTEM CLAPPER
ASSEMBLY
FULLY OPEN
1" NPT
AIR SUPPLY
PORT
CLAPPER LATCH
PIVOTS TO ALLOW
CLAPPERASSEMBLY
TO FULLY OPEN
CLAPPER
ASSEMBLY
IN SET
POSlT|0N
3/4'NPTALARM
PORT OPEN TO
ATMOSPHERE
1/2" NPT
WATER SUPPLY
PRESSURE
&ALARM
TEST PORT
CLAPPER
ASSEMBLY
ALARM PORT
WATERFLOW
TOALARM
FROM FROM
WATER SUPPLY
FIGURE 3C
OPERATED POSITION
DRAIN FROM
SYSTEM
COMPLETE
ilV
WATER SUPPLY
FIGURE 3A
SET POSITION
DRAIN
FROM SYSTEM
ltV
WATER
SEAT
ALARM
PORT
INTERMEDIATE
CHAMBER
VALVE
WATERWAY PUSH HERE
TO RESET
VALVE
t-'?
{ I RESErV KNOB
CLAPPER
ASSEMBLY
LATCHED
OPEN
3/4" NPT
LOW BODY
DRAIN
PORT
FIGURE 38
SET POSITION
INTERMEDIATE
CHAMBER
RESET
ASSEMBLY
CLAPPER
LATCH
PIVOTS TO
UNLATCH
CLAPPER
ASSEMBLY
2'NPT
MAIN DRAIN
PORT
CLAPPER
LATCH
WATER SUPPLY
SHUT OFF
FIGURE 3D
DRAIN POSITION
WATER SUPPLY
SHUT OFF
FIGURE 3E
RESET POSITION
FIGURES-Part2of2
MODEL DPV-I DRY PIPE VALVES
6 iNCH (DNl50)
_ SET AND OPEN POSITIOA'S _
TFP1O2O Page 9 ol 20
NOTES:
1. SEE FIGURE 3 FOR VALVE
PORT IDENTIFICATION.
2. ROUTE 1/4" TUBING, ITEM 14,
TO DRIP FUNNEL, ITEM 12.
1E
25
31
'18
31
26
2-1l2 |NCH (DN65)
or 3 INCH (DN80)
MODEL DPV-1
DRY PIPE VALVE
NO, DESCRIPTION Qry. P/N
13 3/32" Vent
Fitting ...........1 92-032-1-002
14 114"fube,
15
16
17
18
19
20
21
zz
23
24
18"Long.........1 CH
1/4" Plug . . . ... ...2 CH
112"P1u9.........2 CH
1"Plug..........'l CH
1/2"Union........1 CH
112" x 114" Reducing
Bushing.........1 CH
1i2"90'Elbow....3 CH
3/4"90"E|bow....1 CH
1-114"90"E|bow...1 CH
1/2"Cross........2 CH
112"x112"x114"
ReducingTee.....1 CH
12"fee .........1 CH
112"x114"x112"
Reducing Tee . . ...2 CH
25
zo
FIGURE4-Partl of 2
2-1/2 and g INCH (DN65 and DNSO) MODEL DPV'1 DRY PIPE VALVES
_ EXPLODED VIEW OF VALVE TRIM _
LOCATION
FOR OPTIONAL
ELECTRICALLY
SUPERVISED
N.O.ALARM
CONTROL
VALVE
(BVS-1/2")
32
,|?
NO. DESCRIPTION QTY. P/N
1 25O psi/ 1750 kPa
Air Pressure
Gauge........... 1 92-343-1-012
2 300 osi/ 2000 kPa
Water Pressure
Gauge.. .........1 92-343-1-005
3 114'Gauge Test
Valve... .........2 46-005-1-002
Model AD-1
Automatic
Drain Valve 1 52-793-2-004
5 114'Pressure
ReliefValve....... 1 92-343-'l-020
6 112' Ball Valve....2 46-050-1-004
7 3/4"AngleValve ... 1 46-048-1-005
8 1-114"AngleValve .1 46-048-1-007
9 1/2" Swing
CheckValve ......2 46-049-1-004
10 Drip Funnel
Connector 1 92-2l1-1-005
11 Drip Funnel
Bracket.......... 1 92-211-1-003
12 DrioFunnel....... 1 92-343-1-007
NO.
27
28
'112" x'112" x314"
ReducingTee.....1 CH
1"x1"x112"
ReducingTee.....1 CH
Not Used
114" x3" Nipple . . . .2 CH
1/2" x Close
Nipp|e...........4 CH
112" x 1-112"
Nipp|e...........8 CH
1l2"x2"Nipple....1 CH
112" x4-112"
Nipp|e...........1 CH
1l2"x6"Nipple....1 CH
3/4" x Close
Nipp|e...........1 CH
314" x'l-112"
Nipp|e...........1 CH
314" x2-112"
Nipp|e.. .........'l CH
l"xCloseNipple..l CH
1-114" x Close
Nipp|e...........1 CH
1-114"x4" Nipple..1 CH
TION QTY. P/N
All Fittings and Nipples
are Galvanized
CH: Common
32
29
30
31
34
JJ
36
37
38
39
40
41
TFP1O2OPage 1O ol 20
AIR SUPPLY
CONTROLVALVE(NORMALLY OPEN)
1/2 INCH NPT
CONNECTION
FOR SYSTEM
AIR SUPPLY
1/2 INCH NPT
CONNECTION
FOR WATERFLOW
PRESSURE ALARM
SWITCH
1.1/4 INCH NPT
CONNECTION
TO DRAIN
1 INCH NPT
CONNECTION
FOR LOCAL
SPRINKLER
ALARM
TEST VALVE
(NORMALLY
cLosED)
1/2 INCH NPT
CONNECTION
FOR OPTIONAL
ACCELERATOR
SYSTEM
WATER SUPPLY
PRESSURE
GAUGE
AUTOMATIC
DRAIN VALVE
1/2 INCH NPT
CONNECTION
FOR OPTIONAL
AIR PRESSURE
SWITCH
1.
NOTES:
INSTALL TRIM ASSEMBLIES IN
ALPHABETICAL ORDER.
SEE FIGURE 3 FOR VALVE PORT
IDENTIFICATION.
ROUTE 1/4'TUBING TO DRIP
FUNNEL.
2.
SYSTEM
AIR SUPPLY
PRESSURE
GAUGE
MAIN
DRAIN VALVE
A 't?Buibi
3/4 INCH NPT
CONNECTION
TO DRAIN
2-112 INCH (DN65)
or 3 INCH (DN80)
MODEL DPV-1
DRY PIPE VALVE
LOW BODY
DRAIN VALVE
(NORMALLY
cLosED)
B
FIGURE4-Part2of2
2-1/2 and 3 INCH (DN65 and DNS0) MODEL DPV'I DRY PIPE VALVES
_ ASSEMBLY PROCEDURE FOR VALVE TRIM _
TFPlO2O Page 11 ol 20
15
(GREEN
TINT)
NOTES:
1. SEE FIGURE 3 FOR VALVE
PORT IDENTIFICATION.
2. ROUTE 1/4" TUBING, ITEM 16,
TO DRIP FUNNEL, ITEM 14.
3. SLOPE 3/4" ANGLE VALVE,
ITEM 9, DOWN TOWARD BACK
OF VALVE TO FACILITATE
SUFFICIENT LOW BODY
DRAINAGE.
4 |NCH (DN100)
MODEL DPV-1
DRY PIPE VALVE
34
-\12
z5
43
NO. DESCRIPTION QTY. P/N
15 3/32"Vent
Fifting ...........1 92-032-'l-002
16 1/4"Tube,
't7
18
1q
20
2'l
22
23
24
25
zo
27
zo
29
24"1on9.........1 CH
1/4"Plug.........2 CH
1/2"Plug.........2 CH
3/4"P1u9.........1 CH
1"P1u9..........1 CH
112" x'114" Reducing
Bushing.........1 CH
1/2"Union........1 CH
3/4"Union........1 CH
1/2"90"E|bow....1 CH
1/2"45'Elbow....1 CH
1/2"Cross........1 CH
1l2"Tee .........2 CH
112"x114"x112"
Reducing Tee .. ...2 CH
112"x112"x114"
ReducingTee.....1 CH
FIGURE5-Partl of 2
4 /NCH (DNl00) MODEL DPV-| DRY PIPE VALVES
_ EXPLODED VIEW OF VALVE TRIM _
LOCATION
FOR OPTIONAL
ELECTRICALLY
SUPERVISED
N.O. ALARM
CONTROL
VALVE
(BVS-3/4")
NO. DESCRIPTION QTY. P/N
I 250 psi/ 1750 kPa
Air Pressure
Gauge........... 1 92-343-1-012
2 300 psi/ 2000 kPa
Water Pressure
Gauge........... 1 92-343-1-005
3 114'Gauge Test
Valve... .........2 46-005-1-002
1/4" Pressure
ReliefValve....... 1 92-343-1-020
5 1/2"AngleValve ... 1 46-048-1-004
6 ModelAD-1
Automatic
DrainValve....... 1 52-793-2-004
7 1t2. BallValve .... 1 46-050-1-004
8 1/2" Swing
CheckValve ...... 1 46-049-1-004
9 3/4"AngleValve...1 46-048-1-005
10 3/4" Swing
CheckValve ...... 1 46-049-1-005
1'l 2"AngleValve .... 1 46-048-1-009
12 Drip Funnel
Connector I 92-211-1-005
13 Drip Funnel
Bracket..........1 92-211-1-003
14 DrioFunnel.......1 92-343-1-007
NO.
30
31
32
e2
34
JC
JO
37
38
39
314" x112" x314"
ReducingTee.....3 CH
1"x1"x112"
ReducingTee.....1 CH
1l4"x3"Nipple....2 CH
1/2" x Close
Nipple .. .....,...2 CH
112" x 1-112"
Nipp|e...........7 CH
112"x2"Nipple....1 CH
112" x2-112"
Nipp|e...........1
1l2"x3"Nipple....1
112" x3-112"
Nipp|e...........1
3/4" x Close
Nipple.......-...2
314" x 1-112"
Nipp|e...........2
3l4"x2"Nipple....1
314" x3" Nipple . . . . 1'l"x4"Nipple.....1
2" x4-112"
Nipp|e...........1
ION QTY. P/N
All Fittings and Nipples
are Galvanized
CH: Common
CH
CH
CH
CH
CH
CH
CH
CH
CH
40
41
42
43
44
TFPlO2OPage 12 oI 2O
1/2 INCH NPT AIR SUPPLY
CONNECTION CONTROLVALVE
FOR OPTIONAL (NORMALLY
ACCELERATOR OPEN) 1/2 1NCH NpT
CONNECTION
FOR OPTIONAL
AIR PRESSURE
SWITCH
t-rt \-
2INCH NPT
CONNECTION
TO DRAIN
4 rNCH (DN100)
MODEL DPV-1
DRY PIPE VALVE
NOTES:
1. INSTALLTRIM ASSEMBLIES IN
ALPHABETICAL ORDER.
SYSTEM
AIR SUPPLY
PRESSURE
GAUGE
MAIN
DRAIN VALVE
(NORMALLY
cLosED)
3/4 INCH NPT
CONNECTION
FORWATER
MOTORALARM
1/2 INCH NPT
CONNECTION
FOR SYSTEM
ArR SUPPLY C
ALARM
TEST VALVE
(NORMALLY
cLosED)
SYSTEM
WATER SUPPLY
PRESSURE
GAUGE
3t4
INCH NPT
CONNECTION
TO DRAIN
DRIP
FUNNEL
1 INCH NPT
B coNNEcroN
FOR LOCAL
SPRINKLER
1.1/4 INCH NPT
CONNECTION
TO DRAIN
FIGURES-Part2of2
4 INCH (DNl00) MODEL DPV-I DRY PIPE VALVES
_ ASSEMBLY PROCEDURE FOR VALVE TRIM _
SEE FIGURE 3 FOR VALVE PORT
IDENTIFICATION.
ROUTE 1/4" TUBING TO DRIP FUNNEL.
SLOPEASSEMBLY B DOWN TOWARD
BACK OF VALVE TO FACILITATE
SUFFICIENT LOW BODY DRAINAGE.
LOW BODY
DRAIN VALVE
(NORMALLY
cLosED)
2.
?
4.
TFP1O2O Page 13 ol 20
NOTES:
1. SEE FIGURE 3 FOR VALVE PORT IDENTIFICATION.
2. ROUTE 1/4" TUBING, ITEM 16, TO DRIP FUNNEL, ITEM 14.
3. SLOPE 3/4" ANGLE VALVE, ITEM 9, AND 3/4" x 4-112" NIPPLE,
fiEM 42, INTO DRIP FUNNEL, ITEM 14, TO FACILITATE
SUFFICIENT LOW BODY DRAINAGE.
16 15
(GREEN
TINT)\18
127
6 |NCH (DN150)
MODEL DPV.1
DRY PIPE VALVE
QTY. P/N
33 1l4"x3"Nioole....2 CH
17 114'Plug.........2 CH'18 1l2"Plug... ......2 CH
19 3l4"Plug... ......1 CH
20 1" Plug ..........1 CH
21 112" x 114" Reducing
Bushing.........1 CH
22 112'Union.. ......1 CH
23 314"Union........1 CH
24 112'90"Elbow ....1 CH
25 1l2"45"Elbow ....1 CH
26'll2'Cross .......1 CH
27 1l2"Tee .........2 CH
28 112" x 114" x 112"
ReducingTee.....2 CH
29 '112" x 112" x 114"
ReducingTee.....1 CH
30 314"90'Elbow ....1 CH
31 314" x 112" x314"
ReducingTee.....3 CH
32 '1" x 1" x 1/2"
ReducingTee.....1 CH
FIGURE6-Partl of 2
6 |NCH (DN150) MODEL DPV-I DRy ptpE VALVES_ EXPLODED VIEW OF VALVE TRIM
NO. DESCRIPTION QTY. P/N
1 250 psi/ 1750 kPa
Air Pressure
Gauge........... 1 92-343-1-012
2 300 psi/ 2000 kPa
Water Pressure
Gauge........... 1 92-343-1-005
3 114" Gauge Test
Valve... .........2 46-005-1-002
4 114" Pressure
ReliefValve. ...... I 92-343-1-020
1/2"AngleValve ... 1 46-048-1-004
Model AD-1
Automatic
DrainValve ....... 1 52-793-2-004
112" BallValve .... 1 46-050-1-004
1/2" Swing
CheckValve ...... 1 46-049-1-004
3/4"AngleValve ... 1 46-048-1-005
3/4" Swing
CheckValve ......1 46-049-1-005
2"AngleValve .... 1 46-048-1-009
Drio Funnel
Connector 1 92-211-1-005
Drio Funnel
Bracket . . . . . . . . . . 1 92-211-'l-003
14 DrioFunnel....... 1 92-343-1-007
15 3/32" Vent
Fitting ...........'l 92-032-1-002
16 1/4"Tube,
24"Lono.........1 CH
o
7
I
I
10
1',l
12
13
34
?4
36
37
38
39
40
41
42
43
44
1/2" x Close
Nipp|e...........1
112" x 1-112"
Nipp|e...........8
1l2"x2"Nipple....1
112" x2-112"
Nipp|e...........1
112"x3" Nipple....1'112"x6"Nipple....1
314" x 1-112"
Nipp|e...........5
314"x2" Nipple....1
314" x 4-'112"
Nipp|e...........2
1"x4"Nipple.....1
2" x 4-112"
Nipp|e...........1
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
CH
All Fittings and Nipples
are Galvanized
CH: Common Hardware
TFPlO2OPage 14 ol 20
1/2 INCH NPT
CONNECTION
FOR OPTIONAL
AIR PRESSURE
SWITCH
1/2 INCH NPT
CONNECTION
FOR SYSTEM
AIR SUPPLY
NOTES:
4. SLOPE 3/4'ANGLE VALVE AND
314" x 4-'t12" NIPPLE (OF ASSEMBLY B)
INTO DRIP FUNNELTO FACILITATE
SUFFICIENT LOW BODY DRAINAGE.
LOW BODY 1/2 INCH NPT
DMIN VALVE CONNECTION
(NORMALLY FOR OPTIONAL
CLOSED) ACCELERATOR
AUTOMATIC
DRAIN VALVE
B.-@ I(ffi'-
\m'///r -/-
DRtp #
-
FUNNEL---\JJ I--E_l sLoPE. TO FIT
1/2 INCH NPT
CONNECTION
FOR WATERFLOW
PRESSURE ALARM
SWITCH
3/4 INCH NPT
CONNECTION
FOR WATER
MOTORALARM
ALARM
TEST VALVE
(NORMALLY
closED)
SYSTEM
AIR SUPPLY
PRESSURE
GAUGE
1 INCH NPT
CONNECTION
FOR LOCAL
SPRINKLER
MAIN
DRAIN VALVE
(NORMALLY
closED)
2INCH NPT
CONNECTION
TO DRAIN
NOTES:
AIR SUPPLY
CONTROLVALVE
(NORMALLY
OPEN)
D
6 rNCH (DN150)
MODEL DPV-1
DRY PIPE VALVE
J.
1.INSTALL TRIM ASSEMBLIES IN
ALPHABETICAL ORDER.
SEE FIGURE 3 FOR VALVE PORT
IDENTIFICATION.
ROUTE 1/4" TUBING TO DRIP
FUNNEL.
1.1/4 INCH NPT
CONNECTION
TO DRAIN
SYSTEM
WATER SUPPLY
PRESSURE
GAUGE
FIGURE6-Part2of2
6 INCH (DN150) MODEL DPV-I DRY PIPE VALVES
_ ASSEMBLY PROCEDURE FOR VALVE TRIM _
TFP1O2O Page 15 oi 20
14-7t8"
(380 mm)
9-',v4"
(235 mm)
1 6-9/1 6'
(420,7 mm)
12-114"
(311,2 mm)
2-112 or 3 INCH
VALVES
6'
(150 mm)-T
*',*|-tsslt'rl
17-114"
FxF: 13-5/8" (346,1 mm)
FxG: 13-11/16" (347,7 mm)
GxG: 13-3/4" (349,3 mm)
2-112" (65mm)
11-112"
(290 mm)
4-1t2"
(115 mm)
FIGURE 7
MODEL DPV.I DRY PIPE VALVE_ INSTALLATION DIMENS'O'VS _
Page 16 ot 20
Installation
NOTES
Proper operation of the Model DPV-1
Dry Pipe Valve dePends uPon its trim
beino installed in accordance with the
instrTctions given in this Technical
Data Sheet. Failure to follow the ap-
propriate trim diagram may prevent
the DPV-1 Valve from functioning
properly, as well as void listings, ap-
provals, and the manufacturer's war-
ranties.
Failure to latch open the Clapper As-
sembly prior to a system hydrostatic
test may result in damage to the Clap'
per Assembly.
The DPV-I Valve must be installed in
a readily visible and accessible loca-
tion.
The DPV-1 Valve and associated trim
must be maintained at a minimum tem-
perature of 40"F/4"C.
Heat tracing of the DPV-1 Valve or its
associated trim is not permitted. Heat
tracing can result in the formation of
hardened mineral deposits that are ca-
pable of preventing proper operation.
The Model DPV-1 Dry PiPe Valve is to
be installed in accordance with the fol-
lowing criteria:
Step 1. All nipples, fittings, and de-
vices must be clean and free of scale
and burrs before installation. Use pipe
thread sealant sparingly on male pipe
threads only.
Step 2. The DPV-1 Valve must be
trimmed in accordance with Figures 4,
5, or 6, as applicable. lf the DPV-1 is
to be equipped with a Dry PiPe Valve
Accelerator, refer to the Technical
Data Sheet TFP1100 for the Model
QRS Electronic Dry Pipe Valve Accel-
erator or TFP1112 for the Model ACC-
1 Mechanical Dry PiPe Valve Accel-
erator.
Step 3. Care must be taken to make
sure that check valves, strainers,
globe valves, etc. are installed with the
flow arrows in the proper direction.
Step 4. Drain tubing to the drip funnel
must be installed with smooth bends
that will not restrict flow
Step 5. The main drain and drip funnel
drain may be interconnected provided
a check valve is located at least 12
inches (300 mm) below the drip funnel.
The Low Body Drain Valve (Fig. 4, 5,
or 6) may be piPed so as to discharge
into the Drip Funnel or to a separate
drain.
Step 6. Suitable Provision must be
made for disposal of drain water.
Drainage water must be directed such
that it will not cause accidental dam-
age to property or danger to persons.
Step 7. Unused pressure alarm switch
and/or water motor alarm connections
must be plugged.
Step 8. The Pressure Relief Valve pro-
vided with the Valve Trim is factory set
to relieve at a pressure of approxi-
mately 45 psi (3,1 bar), which can typi-
cally be used for a maximum normal
system air pressure of 40 psi (2,8 bar).
The Pressure Relief Valve may be re-
set to a lower or higher pressure; how-
ever, it must be be reset to relieve at a
pressure which is in accordance with
the requirements of the Authority Hav-
ing Jurisdiction.
To reset the Pressure Relief Valve,
first loosen thejam nutand then adjust
the cap accordingly - clockwise for a
higher pressure setting or counter-
clockwise for a lower pressure setting.
After verifying the desired pressure
setting, tighten the jam nut.
Step 9. lnstallation of an Air Mainte-
nance Device, as described in the
Technical Data Section, is recom-
mended.
Step 10. An Inspector's Test Connec-
tion as required By NFPA't 3 must be
provided on the system piping at the
most remote location from the Model
DPV-1 Valve.
Step 11. Conduit and electrical con-
neclions are to be made in accordance
with the requirements of the authority
having jurisdiction and/or the National
Electric Code.
Step 12. Before a system hydrostatic
test is performed in accordance with
NFPA 13 system acceptance test re-
quirements, the Clapper Assembly is
to be manually latched open (Ref. Fig.
3D); the Automatic Drain Valve (Fig. a,
5, or 6) is to be temporarily replaced
with a 112 inch NPT plug, the 3/32 inch
Vent Fitting (ltem 13, Fig. 4; ltem 15,
Fig. 5; or ltem 15, Fig. 6) is to be
temporarily replaced with a 1/4 inch
NPT plug, and the Handhole Cover
Bolts are to be tightened using a cross-
draw sequence.
TFP1O2O
Valve Setting
Procedure
Steps 1 through 11 are to be Per-
formed when initially setting the Model
DPV-1 Dry Pipe Valve; after an oPera-
tional test of the fire protection system;
or, after system operation due to a fire'
NOTES
lf the DPV-1 is equiPPed with a DrY
Pipe Valve Accelerator, refer to its re-
setting instructions before resetting
the DPV-1 . Refer to TFPI 100 for the
QRS or TFP1112 for the ACC-I .
Based on the instructions provided, re-
set the Accelerator at the appropriate
time during the resetting of the DPV-1 .
Step 1. Close the Main Control Valve,
and close the Air Supply Control Valve
(Fiq. 4. 5. or 6). lf the DPV-1 is
fqujppeO with a Diy Pipe Valve Accel-
erator, remove the Dry Pipe Valve Ac-
celerator from service in accordance
with its Technical Data Sheet (Refer to
TFP1100 for the QRS or TFP1l12tor
the ACC-1).
Step 2. Open the Main Drain Valve
(Fig. a, 5, or 6) and all auxiliary drains
in the system. Close the auxiliary drain
valves after water ceases to dis-
charge. Leave the Main Drain Valve
ooen.
Step 3. Depress the Plunger of the
Automatic Drain Valve (Fig. a, 5, or 6)
to verify that it is open and that the
DPV-1 Valve is completely drained.
Step 4. Open the Optional Alarm Con-
trol Valve (Fig. a, 5, or 6), as applica-
ble. if it was closed to silence local
alarms.
Step 5. As necessarY, rePlace all
sprinklers that have operated. Re-
placement sprinklers must be of the
same type and temperature rating as
those which have oPerated.
NOTE
In order to prevent the possibility of a
subsequent operation of an over-
heated solder type sprinkler, any sol-
der type sprinklers which were possi-
bly exposed to a temperature greater
than their maximum rated ambient
must be replaced.
Step 6. Push down on the Reset Knob
(Fig. 3E) to allow the Clapper Assem-
bly to reseat.
Step 7. Pressurize the system with air
(or nitrogen) to 10 psi (0,7 ba|, and
then individually open all auxiliary
drain valves in the system piping to
drain any remaining water in trapped
sections. Close each drain valve as
soon as water ceases to discharge.
TFP1O2O
Also partially open the Low Body Drain
Valve (Fig. 4, 5, or 6) to assure that the
riser is completely drained. Close the
Low Body Drain Valve as soon as
water ceases to discharge.
Step 8. Refer to Table B and then
restore the system to the normal sys-
tem air pressure as necessary to hold
the DPV-1 Valve closed.
Step 9. Depress the Plunger on the
Automatic Drain Valve to make sure it
is ooen and that there is no air dis-
charging.
The absence of air discharging from
the Automatic Drain Valve is an indica-
tion of a properly set air seat within the
DPV-1 Valve. lf air is discharging, refer
to the Care and Maintenance section
under Automatic Drain Valve Inspec-
tion to determine/correct the cause of
the leakage problem.
Step 10. Partially open the Main Con-
trol Valve. Slowly close the Main Drain
Valve as soon as water discharges
from the drain connection.
Depress the plunger on the Automatic
Drain Valve to make sure that it is open
and that there is no water discharging.
The absence of water discharging
from the Automatic Drain Valve is an
indication of a properly set water seat
within the DPV-1 Valve. lf water is dis-
charging, refer to the Care and Main-
tenance section under the Automatic
Drain Valve Inspection to deter-
mine/correct the cause of the leakage
oroblem.
lf there are no leaks, the DPV-1 Valve
is ready to be placed in service and the
Main Control Valve must then be fully
ooened.
NOTE
After setting a fire protection system,
notify the proper authorities and ad-
vise those responsible for monitoring
proprietary and/or central station
alarms.
Step 11. Once a week after a valve is
reset following an operational test or
system operation, the Low Body Drain
Valve (and any low point drain valves)
should be partially opened (and then
subsequently closed) to relieve drain-
back water. Continue this procedure
until drain-back water is no longer pre-
sent.
Care and
MainJenance
The following procedures and inspec-
tions should be performed as indi-
cated, in addition to any specific re-
quirements of the NFPA, and anY
impairment must be immediately cor-
rected.
The owner is responsible for the in-
spection, testing, and maintenance of
their fire protection system and de-
vices in compliance with this docu-
ment, as well as with the aPPlicable
standards of the National Fire Protec-
tion Association (e.9., NFPA 25), in
addition to the standards of anY
authority having jurisdiction. The in-
stalling contractor or product manufac-
turer should be contacted relative to
any questions.
It is recommended that automatic
sprinkler systems be insPected,
tested, and maintained by a qualified
Inspection Service.
l/orEs
The operational test procedure and
watetflow pressure alarm test proce-
dure will result in operation of the as-
sociated alarms. Consequently, notifi-
cation must first be given to the owner
and the fire department, central sta-
tion, or other signal station to which the
alarms are connected.
Before closing a fire protection system
main control valve for maintenance
work on the fire protection system that
it controls, permission to shut down the
affected fire protection systems must
first be obtained from the Proqer
authorities and all personnel who may
be affected by this decision must be
notified.
Annual Operation Test Procedure
Proper operation of the DPV-1 Valve
(i.e., opening of the DPV-1 Valve dur-
ing a fire condition) should be verified
at least once a year as follows:
Step 1. lf water must be Prevented
from flowing beyond the riser, perform
the following steps.
. Close the Main Control Valve.
. Ooen the Main Drain Valve.
. Open the Main Control Valve one
turn beyond the position at which
water just begins to flow from the
Main Drain Valve.
. Close the Main Drain Valve.
Step 2. Open the system's Inspector's
Test Connection.
Step 3. Verify that the DPV-1 Valve
Page 17 ol2(J
has operated, as indicated by the flow
of water into the system and that all
waterflow alarms operate properly.
Step 4. Close the system's Main Con-
trol Valve.
Step 5. Reset the DPV-1 Valve in ac-
cordance with the Valve Setting Proce-
oure.
NOTE
It is recommended that the require-
ment of NFPA 25 to annuallY insPect
the inside of the valve be performed at
this time and prior to resetting the
DPV-1 Valve. Refer to the Automatic
Drain Valve lnspection sub-section
Steps 2 through 5 for instructions with
regard to the inspection of the Clapper
Facing.
Quarterly Waterflow Alarm Test
Procedure
Testing of the system waterflow
alarms should be performed quarterly.
To test the waterflow alarm, open the
Alarm Test Valve, which will allow a
flow of water to the Waterflow Pres-
sure Alarm Switch and/or Water Motor
Alarm. Upon satisfactory completion
of the test, close the Alarm Test Valve.
Water Pressure Inspection
The Water Pressure Gauge is to be
inspected monthly (per NFPA 25) to
ensure that normal system water pres-
sure is being maintaineo.
Air Pressure lnspection
The Air Pressure Gauge is to be in-
spected monthly (per NFPA 25) to en-
sure that normal system air pressure
is being maintained.
Automatic Drain Valve InsPection
The Automatic Drain Valve should be
inspected monthly (per NFPA 25) bY
depressing the plunger and checking
to ensure that the Automatic Drain
Valve is not discharging water and/or
air. A discharge of water and/or air is
an indication that the air and/or water
seats are leaking, which could sub-
sequently cause a false operation
should the intermediate chamber be-
come inadvertently pressurized.
lf leakage is present, take the DPV-1
Valve out of service (i.e., close the
main control valve, open the main
drain valve, close the air supply control
valve, remove the Dry Pipe Valve Ac-
celerator from service, as applicable,
in accordance with its Technical Data
Sheet (Refer to TFP1100 for the QRS
or TFPI 112 for the ACC-I ), and oPen
the lnsoector's Test Connection to re-
lieve the system air pressure to 0 psig
as indicated on the System Air Pres-
sure Gauge), and then after removing
Page 18 ol 20
the Handhole Cover, perform the fol-
lowing steps:
Step 1. Make sure that the Seat Ring
is clean and free of any nicks or signifi-
cant scratches.
Step 2. Remove the Clapper Assem-
bly from the valve by first pulling out
the Hinge Pin.
Step 3. Disassemble the Clapper Fac-
ing Retainer from the Clapper so that
the Clapper Facing can be removed
and inspected. Make sure that the
Clapper Facing does not show signs of
compression set, damage, etc. Re-
place the Clapper Facing if there is any
signs of wear.
Step 4. Clean the Clapper Facing,
Clapper, and Clapper Facing Retainer,
and then reassemble the Clapper As-
sembly.
Step 5. Reinstall the Clapper Assem-
bly with its Hinge Pin and then reinstall
the Handhole Cover.
Limited
Warranty
Products manufactured by Tyco Fire &
Building Products (TFBP) are war-
ranted solely to the original Buyer for
ten (10) years against defects in mate-
rial and workmanship when paid for
and properly installed and maintained
under normal use and service. This
warranty will expire ten (10) years
from date of shipment bv TFBP. No
warranty is given for prodircts or com-
ponents manufactured by companies
not affiliated by ownership with TFBP
or for products and components which
have been subject to misuse, improper
installation. corrosion. or which have
not been installed, maintained, modi-
fied or repaired in accordance with ap-plicable Standards of the National Fire
Protection Association, and/or the
standards of any other Authorities
Having Jurisdiction. Materials found
by TFBP to be defective shall be either
repaired or replaced, at TFBP's sole
option. TFBP neither assumes, nor
authorizes any person to assume for it,
any other obligation in connection with
the sale of products or parts of prod-
ucts. TFBP shall not be responsible for
sprinkler system design errors or inac-
curate or incomplete information sup-plied by Buyer or Buyer's repre-
sentatives.
In no event shall TFBP be liable, in
contract, tort, strict liability or under
any other legal theory, for incidental,
indirect, special or consequential dam-
ages, including but not limited to labor
charges, regardless of whether TFBP
was informed about the possibility of
such damages, and in no event shall
TFBP's liability exceed an amount
equal to the sales price.
The foregoing warranty is made in lieu
of any and all other warranties. ex-
of merchantability and fitness for a par-
ticular purpose-
This limited warranty sets forth the ex-
clusive remedy for claims based on
failure of or defect in products, materi-
als or components, whether the claim
is made in contract, tort, strict liability
or any other legal theory.
This warranty will apply to the full ex-
tent permitted by law. The invalidity, in
whole or part, of any portion of this
warranty will not affect the remainder.
TFPlO2O
TFP1O2O
Ordering
Procedure
NOTE
Refer to Table A for Flange DrillingSpecifications.
Part Numbers for factory pre-trimmed
Modet DPV-1 Valves ai'e' provided in
the Price Book.
Standard DPV-1 Dry Pipe Valve
(American Standard Flange
Drilling, Threaded Ports, and
Groove Outside Diameter, as appli-
cable):
Specify: (specify size) Model DPV-1Dry Pipe Valve wlth (specify inlet x
outlet) end connections, P/N (specify).
2-112 lnch (DN65)
GxG,
2.88 inch (73,1
mm) O.D.
Groove x 2.88
inch (73,1 mm)
O.D. Groove ... P/N 52-310-1-925
3 Inch (DN80)
3.50 inch (88,9
mm) O.D.
uroove x J.5u
inch (88,9 mm)
O.D. croove ... P/N 52-310-1-930
4 Inch (DNl00)
GxG,
4.50 inch (1 1 4,3
mm) O.D.
Groove x 4.50
inch (114,3 mm)
O.D. Groove ... P/N 52-310-1-940FxG,
ANSI Drilled
Flange x 4.50
inch (1 14,3 mm)
O.D. Groove ... P/N 52-310-1-440FXF,
ANSI Drilled
Flange x ANSI
Drilled Flanged P/N 52-310-1-040
6 Inch (DN150)
6.62 inch (168,3
mm) O.D.
Groove x 6.62
inch (168,3 mm)
O.D. Groove ... P/N 52-310-1-960
FXU.
ANSI Drilled
Flange x 6.62
inch (168,3 mm)
O.D. croove ... P/N 52-310-1-460
FxF,
ANSI Drilled
Flange x ANSI
Drilled Flanged P/N 52-310-1-050
Standard Galvanized DPV-1 Trim(Ref. Figure F):
Specify: 2-1 12 and 3 Inch DPV-1 Semi-
Preassembled Galvanized Trim.P/N 52-309-2-005.
Specify: 4 Inch DPV-1 Semi-Preas-
sembled Galvanized Trim,
P/N 52-309-2-001.
Specify: 6 Inch DPV-1 Semi-Preas-
sembled Galvanized Trim,
P/N 52-309-2-002.
Optional Accelerator:
Model QRS Electronic
Accelerator
(Details provided in TFPl100)
Specify: Model QRS Electronic DryPipe Valve Accelerator Package,PtN 52-312-2-101.
Model ACC-I Mechanical
Accelerator
(Details provided in TFP1112)
Specify: Model ACC-1 Dry Pipe Ac-
celerator, P/N 52-311-1-001, and
Galvanized Accelerator Trim for
Model DPV-1 Dry Pipe Valve,
P/N 52-311-2-010.
Optional 600 PSI Water Pressure
Gauge:
Specify: 600 PSI Water Pressure
Gauge, P/N 92-343-1-004.
Accessories:
Order the Technical Data Sheets forthe following, as applicable, for detailsand additional accessories:
Model PS10-2A
Potter Electric
Waterflow
Pressure Alarm
Switch.. ...... P/N54-281-1-002
Model WMAI
Water Motor
Alarm .. ...... P/N 52-630-1-001Model AMD-1
Air Maintenance
Device.. ...... P/N 52-324-2-002Model AMD-2
Air Maintenance
Device.. ...... P/N 52-326-2-001Model AMD-3
Nitrogen
Maintenance De-
vice. ... . ..... p/N s2-328-2-O0j
Replacement Valve Parts:
Specify: (description) for use with(specify size) Model DPV-1 Dry PipeValve, P/N (see Figure 1A and 1B).
Page 19 ol 20
Replacement Trim Parts :
Specify: (description) for use with
(specify size) Model DPV-1 Dry Pipe
Valve, P/N (see Figure 4, 5, or 6, as
applicable).
Weights:
The following are the nominal weights forthe valves and trim:
2-112 lnch (DN65)
Model DPV-1
GxGDryPipeValve ......... 37tbs.(17kg)3Inch (DN80)
Model DPV-1
G x G Dry Pipe Valve . . . . . . . . . 38 tbs. (18 k9)
"]i.1 1 l:l (3Tu"o).Yn::l':'23 rbs (11 kg)
4Inch (DN100)
Model DPV-1
GxG DryPipeValve ........
4lnch (DN100)
Model DPV-1
FxG DryPipeValve.........
4Inch (DN100)
Model DPV-1
57 lbs. (26 kg)
67 lbs. (31 kg)
FxFDryPipeValve .......... 77lbs. (36k9)4 Inch(DN100)ValveTrim ...... 30tbs.(14k9)
6 Inch (DN150)
Model DPV-1
GxG DryPipeValve.......... 95 lbs. (,t4 kg)
6Inch (DN1s0)
Model DPV-1
FxG DryPipeValve.......... 108tbs.(50kg)6Inch (DN150)
Model DPV-1
Fx F DryPipeValve ..... ..... 121 tbs. (56k9)6 Inch(DN150)ValveTrim ...... 30tbs.(14k9)
Other DPV-I Dry Pipe Valves:
NOTES
Other DPV-1 Dry Pipe Valves arevalves ordered with a any combination
of ftange, threaded poits, or groove
outside diameter not offered under"Standard DPV-1 Dry Pipe Valve" of-ferings.
Valves with NPT threaded ports areintended for use with the "standard
Galvanized DPV-1 Valve Trim" offered
and detailed in this document. Valves
with ISO threaded ports are intended
for use with special order trim that isprovided by local distributors to meetthe specific needs of certain localities.Please contact your local distributorregarding valves and valve trim forspecific localities.
Specify: (specify size) Model DPV-1Dry Pipe Valve with (specify inlet xoutlet) connections with (specify NPTor ISO) threaded ports, P/N (specify).
Page 2O ol 2O
Part Numbers For Other3lnch (DN80) Dry pipe Vatves:
Valves with ISO Ports
UXG.e.so1ae,smm) Outside
Dia. Groove x
3.50'188,9
mm) Outside
Dia. Groove. .. p/N 52-309_1_922
TFP1O2O
Part Numbers For Other4 Inch (DN100) Dry pipe Valves:
Valves with NpT ports
FxG,
ISO Ftange x
4.50"(114,3
mm) outside
_ Dia. Groove ...p/N 52_309_1-253FxG,
AS Flange x
4.s0,(1 14,3
mm) Outside
_ D_ia. croove . . .p/N 52_309_1_613FxG,
JIS Flange x
4.50,'(1.14,3
mm) Outslde
_ Dia. Groove . . .p/N 52_309-1_8.13FxF,
ISO Flange x
_ ISO Flange ....p/N 52-309_1-133FXF,
AS Flange x
AS Flange. ....p/N 52-309_1_513FxF,
JIS Flange x
JIS Flange . ...p/N 52-309_1_713
Valves with ISO ports
GxG,
4.50"(114,3
mm) Outside
Dia. Groove x4.50"(1 14,3
mm) Outside
_ Dia. croove ...p/N 52_309-1_923FxG,
ISO Flange x
4.50"(114,3
mm) OutsideDla. Groove ...p/N 52_309-1-213FxF,
ISO Flange x
ISO Flange ....p/N 52_309-1_113
Part Numbers For Other2-112lnch (DN6S) Dry pipe
Valves:
Valves with NPT portsGxc,
3.00176,1
mm) Outside
Dia. Groove x
3.00"(76,1
mm) Outside
Dia. Groove. . . p/N 52-309-1_930
Valves with ISO ports
GxG,
2.88"(73,0
mm) Outside
Dia. Groove x
2.88,'(73,0
mm) Outside
Dia. Groove. .. p/N 52-309-1_920
3.00176,1
mm) Outside
Dia. Groove x3.00.(76,1
mm) Outside
Dia. Groove. .. p/N 52-309_1-940
Part Numbers For Other6 Inch (DN150) Dry pipe Vatves:
Valves with NpT ports
GxG,
6.50"(1 65,1mm) Outside
Dia. Groove x6.50'(1 65,1
mm) Outside
_ Dia. croove ...p/N 52_309_1_935FxG,
ANSI Flange x6.50"(165,1
mm) Outside
_ Dia. Groove ...p/N 52_309-1_435
FxG,
AS Flange x
6.50'(165,1
mm) Outside
- Dia. Groove ...p/N 52-309-1_635FxG,
JIS Flange x
6.62'(168,3
mm) Outside
_ Dia. croove ...p/N 52_309_1_815FXG,
JIS Flange x6.s0"(1 6s,1
mm) Outside
Dia. Groove ...p/N 52-309-1_835FXF,
ISO Flange x
_ ISO Ftange. ...p/N 52-309_1-135FxF,
AS Flange x
_ AS Flange ....p/N 52-309_1-515FxF,
JIS Flange xJIS Flange ....p/N 52_309_1-715
Valves with ISO ports
Gxc,
6.62"(1 68,3
mm) Outside
Dia. Groove x6.62'(1 68,3
mm) Outside
_ Dja. croove ...p/N 52_309_1_925cxc,
6.50"(1 65,1
FXG,
ISO Ftange x
6.62,'(168,3
mm) Outside
_ Dia. croove ...p/N 52_309_1_2SsFxG,
ISO Flange x6.50'(165,1
mm) Outside
_ Dia. Groove ...p/N 52-309-1_335FxG,
AS Flange x6.62',(168,3
mm) Outside
- Dia. Groove ...p/N 52-309-1_615
mm) Outside
Dia. Groove x6.s0,,(165,1
mm) Outside
_ D_ia. croove . ..p/N 52_309_1_945FxG,
ISO Ftange x
6.62',(168,3
mm) Outside
_ D_ia. croove ...p/N 52_309-1_215FxG,
ISO Ftange x6.50,'( 165,1
mm) Outslde
_ Dia. Groove ...p/N 52_309-1_315FXF,
ISO Flange x
ISO Flange. ...p/N 52_309-1_115
TYCO F,RE & BUTLDTNG 'RODUCTS,451 North cannon Avenue, Lansdare, pennsyrvania
-
ffirur*pr ffimspmtr##
Auromenc SpmnxtERs
GL Senres
{q#*p#fqsffi
CONVENTIONAL
l"; -
4OTTAIRPARK DRIVE, STANDISH, MICHIGAN 48658
MAY 2A11
UprueHT * peuoeur
HontzoNTAL Snewett
Venncat SnewALL
'#*;
1ffi:
wnl
{*.r"}t*K
UPRIGHT
fte;i#H ffi*SP#ruS#
PENDENT VERTICAL
SIDEWALL
ftu$f,K fttr$p*i{$#I
HORIZONTAL SIDEWALL
989€4G4583 * FM989-846-9231
BULLETIN G15615, REV, #7
DescmpnoN AND Openenou
CouveNnoNAL (Oto Srvrc)
The Globe Quick Response GL series sprinkrers are a row profireyet durable design which utilizes a 3mm frangible grass ampule as thethermosensitive erement. This provides sprinkrer operation approxi-mately six times faster than ordinary sprinkrers. whire the euickResponse sprinkrer provides an aestheticaily preasing appearance, itcan be installed wherever standard spray sprihklers arJspecified whenallowed by the applicable standards. lt offers the additional feature ofgreatly increased safety to life and is available in various styles,orifices, temperature ratings and finishes to meet,n"nyuurying designrequirements. Quick Response sprinklers should bs used advised-lyand under the directio_n of approving authorities having jurisdiction.
The heart of Grobe's GL series sprinkrer prou"n actuatingassembly is a hermeticallysealed frangible glass ampule that containsa precisely measured amount of fluid. wnen heat is absorbed, theliquid within the bulb expands increasing the internal pr"rr*". At theprescribed temperature the internar pressure within the ampure ex_ceeds the strength of the glass causing the glass to shatter. This resultsin water discharge which is distributed rn an approved pattern depend_ing upon the deflector style used.
Tecuurcet Dern
*See reverse side for Approvals and Specifications.*Temperature Rating_s - 135"F (S7"C), 1SS.F (6g.C),
175"F (79"C), 200.F (93.c), 296"F (141"C)+Water Working pressure Rating _ 175 psi (12 Bars)'efgctory tested hydrostaticaily to 500 psi 1e+ Aars;
'
aMaximum low temperature grass burb rating is -6i.F (-ss.c)sFrame - bronze s Deflector - brass * Screw _ brass.Prfb seat - copper * Spring - nickel alloy * Seal _ teflon*Bulb - glass with alcohol based solution, 3mm size
* SPRINKLER TEMPERATURE RATING/CLASSIFICANAN ANd COLOR CODING
#wp*pr ffimmpmtr##
lqromenc SpruuxtERsGI. Seses
UPNrcHT * PCXOENT - VERTICAL SNEWEIIHoruzoNrAL sneweLL * couieu'rtoNAL (oto srvtr)
NoMINAL..K'. paeino THREAD SIZE LENGTH 1
2.8 (39 metric)
4.2 (S9 metric)
5.6 (80 metric)
7.8 (111 metric)
8.1 (116 merric)
FINISHES
1/2" NPT
1/2'NPT
1/2" NPT
1/2" NPT
3/4" NPT
2114" (5.T cm)
2114" (5.7 cm)
21/4" (5.7 cm)
21/4" (5.7 cm)
2 7116 (6.2 cm)
Factory Bronze
Bright Chrome
Satin Chrome 2
White Polyester 3
Black Polyeste;- z,o
Lead Coated 2,3
{-UNVERSIONS ARE APPROXIMITE , _....^. ._loRtzorrirel sroewntl rs z st6a,.F]lllgftF_s IvAtLABLE oN spECrAL oRDER.Appnouets TAVAILABLE AS cULus LTSTED CORROSTONRESISTANT WHEN SPECIFIED ON ORNFR
Onoemue luronnnrroN
SPECIFY
'Quantity . Model Number- Orifice - Thread Sizes .. Finishes desired'Quantity - Wrenches - p/N 325390 (1i2,,);P/N 312366 (1.O.)
ffipffifffi .W%WffiffiFrft g spRrhlKtril esRpsfrATtSN
. Style
Temperature
/2" NPT
4077 AIRPARK DRIVE,
989_8464583
1_800_248_0278
PRINTED U.S.A.
t VERTTCAL STDEWALL SpRtNKLER.cULus LTSTED FOR LtcHT HAZARD ONLypENDENT vERlcAL stDEWALL cur", LrsiEo rbi'o,naTnr.
""ecr*c.UPRIGHT VERTICAL SIDEWALL CULUS.LISTTJiO"N'g; rriii.I]'S'OC'NC,5 HoRtzoNTAL STDEWALL cuLus.lsreo ron oEriEiroi.c; ro 12" BELoWTHE CEILING, FM APPROVED 4" TO 6'.
Gtoee pnooucr WeaneNTy
...__9lob",uqtees to repairor replace any of its own manufac-tured products found to be defeciive in rnjt"riuio*orkmanshipfora period of one year from date oish,d;;i "
For specific details of ourwananty please refer to price ListTerms and Conditions of Sale 1Ow eri." Gii'-'
STANDISH, MICHIGAN 48658
FAX 989_846_9231
www. globesprinkler.com
BULLETIN G15615, REV. #7
$ge'qracArtoNs
STYTE stN
MODEL K
FACTOR
ON ORDER.
1 35'F
57'C
1 55"F
68'C
175"F
79'C
200'F
93"C
286'F
141"C cULus F.M.tp^CE NYC - DOB MEI
101-92-E
UPRIGHT
G1281 5
GL4215
GL56 t 5
GL81 1 5
GL81 1 8
2.8
1.2
5.6
7.8-
8.1
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
PENDENT
G12801
GL4201
G15601
G18101
GL8 1 06
2.8
4.2
5.6
7.8"
8.1
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
XVERTICAL
SIDEWALLT
G15632
GL81 33
5.6
8.1
X
X
X
X
X
X
X
X
X
X
X
X
X
HORZONTAL
SIDEWALL S
GL2826
GL4226
G15626
GL8127
2.8
4.2
4A
8.1
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
I
X
X
X
X
X
1CONVENTIONAL
(oLD STYLE)
G15624
G18125
5.6
8.1
X
X
X
X
X
X
X
X
X
X
X
X
MAY2O1 1
Addrass Assignrnent Form
\L
tt City of Rexburg tl City of Sugar City tr Madison County
U Current Address tr Legal Description tr Porcet No.
, lte
,l,f t4r'''
'atl"+/
ir^l Dat", 3
-Subdivision:
Block: _ Lot:
Block:_ Lot:
City Block:
New Address:
Additional fnf orrnotion:
o@@@@ @o
bl,,tk
9'I
_-_.1_-
,@
o
o."t
(o)+
L
/6r
@
EF
@
[D0-Tocrre" 6rvr^fg I\\ed..l'ul u
l0l- 3iU"4
101- - ?ed,thirrcs
*1Yl5i
$,!
i^ood'
Hi;
I
f.\
L'$)(iF
"lFi?lsFFr
@
I
r$F
l<t>lz.'tF
IF
gI+{
-T-
lEl
II.O*
@o
N
o@ @@ o Ag
$
_/Vit$'lf
l2
ItHtpo
I
) o0 - D6 &ru"4
2Jl - Adlni'\
T8ifiU
$[+€
-ltN5l-rl
.l
iI
_-:
I
i
ffi$$
-T-
II
iI=O.
;ffi-#fi,!n'ro'
S @=-
@o
Il$;Fr I1li,lrItl€rht5I'
@
$l$
3rrt -Rr,crnn rm n-q"f fe^tt^;* Pnl*
ir- Sftrnnl f'tkdlt'r^4 ili