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CONTRACTOR 5UMINOLF FIRE
NAME CONTINUOUS FORMS
LOCATION WNFORD, FL.
SY9TEN NO. ONE
i LOCATlU 5ANFORD, FL^ SvSrEM U0NE ' BU}
LDiNG PRODUCTION FAClLlTY CONTqACT !-lg. 857 CONTRACTOR
EMINOLE FIRE pROTECTlO'\'' INC' RAW[
NC O. 2 OF 2 CALCULATED
8Y S[R JAME5 OF DE8ARY CE[LlNG H[lGH| VARY ' CONSTRUCTION,( )
COM8USTlBLE (X)NON-COMBUBTlBLE OCCUPhmCY
MANUFA[TURE OF CONTINUOUS FORMS GP ( .
1!Y)2( S /(
X)NrPA |3 ( /LTHAZ` ^ ' ` C pVE ORD GRP il / NFPA 23} ( )
NFPA 23lC F[SURE 2-2.iB u OTHER T
RULING
MADE=8Y================================== M ApEA
OF SPQJNKLER UpERATION(X/wET(
DRv' 0EN TlY-
GpM 'l9 SpRTiER Nk
D AREA
PER SpRlNKLER l25 MAKE G!
UBE E HUSE
ALLOWANCE GpM-INSIDE 0 - S7ZE 17/
32 rACTOR 8 1 S 'HOSE
ALLOWANCE GPM-OUTSlDE 250 TEMPERAiU NG
RATT21` l /RACK PRlNKLER
ALLOWANCE 0 G / OU{RED
624
14 PSI REQUlRED 61.89 Gpn M ^ o DA5E OF
RTSER N FRG OU
U ALLULATiOm C FA[TUR
USED OVERHEAD 12D u / SUMMARY PUMP DATA
ERv{
R 1
W /WATER FLOH
TE5T RATED CAP 0 CAp
0 A DATE OF 1E5T )
O/li/88 L[' D T `TIME
OF TEST
10;00 AM ! AT IDS]0 E /STATlC <pST) 76
ELEV 0 i WELi R (RES|DUAL (
p5})
56 / pRU0F F|OW GPM 0 FLAN (GPM) 1030 S !
ELEYnT]ON 2.
5=============!==_~===============================^============ P !LOCAT;PU8L[C
WATER MAIN L ISOURCE OF INFORMATION -
SlTE PLAN CiASS LOCAIT' lON CO
MOT)TTY AREApILE AISL
A DT | C
STORAGE
HT pALiETI ED
O STOP 5E METHOD SOLlD==============_====================,^=====.=====,==,=
CONYEN PALLET ( )AUTO. 5TORAGE }E
CAp' ' M / / ( )lNGLE ROW ` SLAVE PALLET
DOUBLE ROW R (
OPEN 5HELV7GMULliPLECW=====================~=======`==========`======= CLEARA CE STOCnGE
TO O / ' FLUE
5PAClNG gNG/TUDlNAi TRANSVERSE
S ! HORl ONTAL
OARRIERS PROV]DED
FOOT) FL(}W 'GP) UNTTS - DJAMETER (
INC! ( PRE URE PSI)
x**x*°^**:y°*~~**'^''*
K*"°* "**«***"****° U'«- ][---lLy
K r^U
p»
Y'V x
58
00
12
0'00 8'6 7
23 84 C=120
K = 885
9 1'049 0 O O 00
23.814 D.l801 10.00
p6 21 C=|2 0'n0 O.47 K= 8 00 P=
0 00 VE'OCi7v ~ l 7
5 0.1867 0,00_____1.87__
1O.00
K 0 P i2 3
28 45 C=|2n
O 0 6(0
78'5 02?
C=}20 14,6 K R )r0 P= l4 36
0'-:373] L0.00_3.73_______
4 46 C=|20 l0' 1R' 5 } P= i8 0'/
l3 1'61V 0 0 00 V[L lTY
200
35
6
43 43 C=1C0 l0.O 28.75 Cl::-.K*SOR()' P~ 28 75 `
l7 1.610 O 00 0 D0 K= B.l C V = b.8
43.43_0 C)678L0,0OO'68__________
3 94 C=12 10,0O 29.49 8 |/0 P= . /
18 l,6|0 0O 00 VE/8[l|Y 76 .
87.37 0.2471 10.002.47_______________
0 00 C=l20 10.00 31.90 0 O0PT 31 9O
19 1.61V 0.O0 0 n VELOClTY L3 7b
87.37 0.2471 10.0O 2.47
0 OO C=L20 7.00 34.37 QA= O O PT= 34 ]7 /
20 2 067 2T10 0 2 00 00 VELOCITY 8.35 /
87.37 0,0731 27'001.98___
87,37 36 `
2i
i43 12 C=l2O 12,5O QA |4 12FT= 35 21 i
8 3'26 0 O O 0Q VELO[7l v
i43 1 0,0198 2.50
143 65 C=i20 12.50 35,45 QA i] 65PT= 35 45
O0 0 0'` VELO[lTY
286.77 1.7.0717
R7 7 C=l20 lE 7 O 92'25 6.35 V 87 7PT= 6 5 /
38 '
7 00 0 YELOC{T! l4
374'/ O.l173 99,25_`__1
C=|2O 1E|0'O 58'o 47.99 A 0PT= 47 99
i 8 gl VELO T
2'1.7 pE= F(-'R HT OF 1 3 ' 5
0 00 C=}2V 1E1. 6 58 \7 n= 0.O0PT= 58.l7 TASR
4'269 4 0 374'
l4 0.03\8 34'00F. 0 1'91
v**°*°»+********* SEMlNOLE FlRE P O ECTfON lN. ***^**°,-~^' JOB
NO R57 DATE 1»/|3/88 p GE JOB- [
ONT UOUS*FORMSx*x**«HARBiOUSE w==================================,===============`.=,=== M^R,A', 17/l50O*«*«*»»******^*"e«*^****»*
HYDRLC
QA ^C" EQUIV. PIPE PT PE
PT .
pV *'+*
v NOTES ***** REF
FL DIA. FlTTING FTGS. OSS/
F OTLLENGTHS TOT. pF p | POINT
60'
O9 C.E 374,
l BASR
0
00 C=i5O 5E2l 1 24.00 6.09 OA PT= 60 09 6,
080 1\6 7V D OO VELOCITY = 4 \3 8ASR
374.
i4 0,0037 ll.00F. 356'70 1'
00 61.4Z QA 250 0 FT= 61 42 250 '
0 C=!50 6,
08O lT45.3 4B 30 0 O0 VBOCIlY = 6,89 HOSE
24.
14 P'00963 0OF49,30_____0.4_________________________ 6i'
B9 CS 5 ClTY
SEMINDLE FIRE PROTECTION, INC. **°°*°°`-^~~^'^'''
JOB NO D57 DATE 1/\9/88 PA E 4 !
3O8- CONTINUOUS FORMS ********,*****°*x***x
v******v***WATER SUPPLY SCHEMAT}[*******===~=============
5TATTC PRES'
76.000 PSI
p '
L /
C /
R
V /
E /
PRES' AVAlL08LE `
68.0-33 PSl
SAFETY MARGIN
6.193 p5l v '
A8|E / FLOW AVAlL
SYSTEM DEMAND--} *-------------' / 852 M
250 GPM HOSE
98 6P
374'4 GPM /
E TOTAL DEMAND I
61 890 PS[ AT!
62^ 1 GPM '
Li --'---
RESIDUAL PRES.-)*
C
56.000 PSI AT '
1030.0O GPM
D
A 1796.18 60M * !
M AT 20.000 p5l
E
D
8.Oi0 PSI (ELEVATION)
FLOW (6PM)
Liw SUMMARY
SYSTEM FLOW 374.i4 5pM
OUTSIDE HOSE 250.00 6011
TOTAL DEMnND 624.10 GpM
SE lNOLE FIRE PROTECTION iNC
JOB NO 857 DATE /0/l 3/82 PAOE 5 \
JOB- CONTINUOUS FORMS
SUPPLY *xx»xp**********«*
PEMS[TY X AREA
0'190 X 1500.00 = 285'O0
OVERAGE = 89.l4 GPM = 89,14
0 0ROCKS ^ O
INSIDE HOSES
OUTSIDE HOSES = 250.00
FLOW REO'D FOR BY(STEM = 274'l4
FLOW AT BASE OF RISER ~ 374'14
MIN FLOW AT 8ASE OF RISER = 374'14
TOTAL FLOw 62^ ' 114
STATIC PRESSURE = 76.00
RESIDUAL PRESSURE = 56.O0 RESIDUAL FLOW = l03D.0D
FLOW FROM CITY SUPPLY AT 20PS{ = 1797 GPM
PRESSURE FROM CURVE @ TOTAL FLOW = 6R'0B
ELEVATION = 2.50 FOOT = 1'O8
NO. DJA ^C" LENGTH FACTOR + FLOw PF FLOW
ADDITIONAL VALVE LOSS, ETC. = l'69
SAO .)0FETY MARGIN - PRESSURE
AVAILABLE FOR SYSTEM m
EiOCITY
SEM7NOLE FIRE PROTECTION , 6 `
JOB- CONTlNUOUS FORMS JOB NO B57 T 10/13/88 PAGEA
SCHEMATIC*****«*
1 9
23.7523.84
2 10
49.8650.05
3 11
78.2078.50
4 12 17
108'79109'1943-43
5 13 in
143.12143.6587.37
6 ]4 19
143.12!45.6587.37
7 \5 20
143.12143.6587,37
i43.12 ~ ^ 374.14
8<<(<16<{<2i<(<<<<<<(<<{(22
286,77
374'l4
TASR
374.14
BA5R
374'l4
HOSE
624.14 `
ClTY
i
B
i
Y
E
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Ah
I
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If
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II:111 If h
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N' N. i( -)1 k -N ?F.-x N, --if.x. N. .,(. at..4{- N qF u- u..:.
E. ,4 X.
C.
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UP11 T T. r11(1 )U. -3 F C)I MS F
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ANF(7)RD, FL NO .
C)N I E x
i k"
H )0 4E iE 'r k :N 4E I
s
SEMlNOLE FIRE P|?JTECT![|N
2188 SPRINT 8LVD.APOPK0 FL
407-886-689R_=============================== .
HYDRAULIC DESIGN INFORMATION SHEET
DATE 10/13/03 |
NAME CONTINUOUS FORMS |
LOCATIUp 5ANFORD, FL'
BUILDING PRODUCTION FACILITY CONTRACT NO857 | CONTRACTOR
SEMTNOLE FIRE PROTECTION' INC. . DRA@[
NG NO. 2 OF 2 CALCULATED
BY SIR JAMES OF DE8ARY ) CEILING HEIGHT VARY CONSTRUCTION:( )
COM0U5Tl8LE (X)NON-COMBUSTi8LE 1 OCCUPANCY
MANUFACTURE OF CONTINUUUS FORMS ' ORD
H Z OP ( )i'H 2( /3( )E.HA. S !(
X)HFPA i3 /LT'HAZ' ( ` ' ' iB (
CURVE OR GRp l| N|'
PA 231C F UP[ -2. y /< )
NFPA 231 i S /( )
OTHER 0uTF T
i( )SPEC IF[C RULING MADE BY -==-~=~=~==== M '
ARFA OFSSYSTEM TYPE SPRINKLER
OPERATION 150O (X)
WET( )DR// \DE|U( `pRcnCrlON DENSITY-
GPM .19 - . 25
SPRTHK[En UR mUZVl'F MUi
S !0REAPER5pRlHKL[R MAKE i>
E5SU / E !HOSE ALLOWANCE
GPM-lNSIDE 0 ` - G UBE ' y FA[|O
H. 1 ' S 'HUSE ALLOWANCE
GPM -OUTSIDE 25 SIZE 17/22 ' ' TURE RAT[h
212 TEMPERA l !RACK FR
KLER ALLOWANCE 0 .=` ''.''`''- - _ RED 624 14
PSI REQUIRED 6i.89 A,!-9A5E OF RISEN CALCULATION ! GPM REC|
Jl^ SUMMARY C FA[
7OR USED: OVERHEAD 12r.) N[ U 7
P'ERY0IR | W !WATER FLOW
TEST PUMP DATA - CAP, '} RATED CAP
0 ' ) A !DATE F
TEST i0/li/88 _ DATE ' / AT PS| T /
TIME OF
TEST 10:00 AM 0 E !STATIC (
PST)
76 ELEV KELi R !RESIDUAL (
PSI)
56 ! . PROOF F|'OW GFM 0 FLOW (GPM) 1030
S !ELEVATION U
P P !
LOCATION :
PUBLIC
HnTER MAIM L KOURCE OF
INFORMATION iSlTE PLAN Y=!=====_==========================================================^='====,== CLA55 LOCATION '
i !
COMMODITY AREA
0[
SL[
WIDTH C !STORAGE HT.
HOD 5OLID PILED
X PALLETIZED % ROCK X | O !STORAGE / ==c=============================~~==========,==,=`=========`= |
M !============ ~ ( )CDNVEN PALLET ( )
PUTO.
5TORAGE )ENCAp' M / / ( )SINGLE ROW ` )
SOLID SHGY]NG DOUBLE ROW ( )SLAVE
PALL )OPEN R ( `OpEN
SHE/VlNS MUL1IPLE ROW ` .'~ 1C ! ========
CLEARANCE:STORAGE
TO CE[LfMU O / / FLUE SPACING:
TRANSVERSE R ' LONElTUDINAL~===_,-======================~====================== .
HORIZONTAL
HARRIERS PROVIDED
G E FOOT) FLOW (
GPM)
PRESSURE (PSI) UNITS ' DIAMETER (INCH)
LENGTH**********x*v****°x**
y*°"**,°**"*x^+,*^x°** K ~K y~
Un'y'f ; x7 --'— '
4*^**x^°******** SEUlNOLE FlRE
OB- [ONT|NUOUS FOR S 3 OB NO 857 D TE |/13/8O PAG[ 1
9/l5 0***+**°
HYDRLC ^ OA C" EQUIV. PIPE PT
PE
PT
pV ***** NOTES
REF FLOW DTA. F[rTING FTGS.
PO[NT QT LOSS/F LENGTH TOTS . pF PN
23'75 C=120 l0 0O
686OO=*SOR(P) P= B
i i`049 O.0O g,0 K 8 10 V 8 81
23.75 178810'001'79______________
C=20 00 0 39 B.o
O 69
2 380 0 0 0 V0 yELOCITv
49.86_0'l854_______` 1( 0_____1'85___________
28'34 C=l2O 10 00 l2 24 K= S'i 0 P= 1Z.24
12 32
3 1'610 0.00 0'00 VELOC TY =
78'20 0,2013_______ 10.002.01
3` 0 59 C l20 10.00 26 K 8 )'
VELOClTY = 17 .14
6z 0 00 0
108,79
0
0.3707 iO'00 37\,__________________________-_---
34'33 C=]20 1D_O0 1,7,96 3 \00 p= \7 96
l.6)0 0 0O 0P yE Cl_y
5
1 3.12 0'6l58
1____________________________
0O cC=1'`0 l0'o0 Z'/'|2
2
0
0,00 0 00 VELOC7 = 22.55
6
TY
l 610
58 1,'00 6'i6___
7'O K (' 0 O Cl2, ` P3 O
0O C=l2 2
67 2' T V 0 200(,) ,,00 VELOClTY = 3.68 ` 7
i43'
l2_.182327^_004-92_____________________-_____- i/,.
12 35.
21 S l B
23
84 C=l2O Q ^
5(P)' P= 8 ' 67 l'
O49 0 0 00 K 8 |0 V = 8 R5 9
23.
814 0.l8Ot 1U.001'8C____________________ 26
21 C=12(l 10'00 iO'47 8 |0 P= l0 47 380
d.0 0 iO
50.
5 0'1867 l . 0O l 8? l0 0V
K= 8 i0 P= l2 3 28'45
C=l2n 0'O
00 YB- O[ll l) 6i0
78-50 1O
00 2 03 K 9 |0
P= l4 36 2 YE OC[
TY ~ 09.\ O'3733
34.46 C
1O'00 1B'9 K G )`}0 P= i8 09 ' 22 ` i'6)
A
O.O0 0.00 y LO l y = 3 143_65=
0,
620=============10.00=====6.2================_===========
FIRE PROTECT ION x :,..,, -x -M if -x
JOF'- CUI".I1
rTf\l000.:3 170R115r 7C]N flr 7 GitT_ 1t.r11 3/lif3 F'1(f:
y..x..)t H. iF w if x -x x it i(- iF if -)t _µ x # F N ) J A R E I f.) £J S T _ M . R . A . . 1. 9 1/1 _) f.) , .x..1t It 11 -)(. !t..x µ. )!, .µ .)(.'M •x. y. it i(-
F-IYDRI-C. JA f;" E(A.)IV. PIPE PT hT
REF. f I._OW DIA. F1Tl,Ii\iG FTGS. PE p
PFJ IFJI T I_.US`, F LENGTHSTOT PF F I`J
r- 1. c 0 10.00 2 4 . c r.:r})h 1 _= 2c1 ` 9
1r.(. 1..6-:LI! 0.(7f) j,r rtV E..L_0C. J T Y 0
0.6200 10.00
r
c
1..i
00
2. (:)67 PT 10 . (j E'_(-) C)O 0 . 0,0 JELFjC I .f".; - 1 ", . 7;3
1. E3.36 27.00
r.::: i.; _ 1 00 V
43.43 0.0678 L C.
1 1.610 O,ij0 f_).(0
G7 . 37 0 . c'4'7 1 10 . OO if 7
C- 120 L C) i ) 3 1 . 90 f4r;::: (a , f.>r,( r- _! 1..
19 1.610
76
S'' .37 0.2471 1 ^ . 00 2 . c+7
C) rji i 120
20 2.067 r_
27.00 1 .90
C. 12 i 12
f-J 3 . r..._ Cl
1. 49 12, f-) . 9 0 12 .500 o . 2 . ,
r
3. 260 t oc) O it r; Y1 !
f,
07 17 F2.50 0.
1 E 7. 0 172
1
3.2b0
n 47.VY Fri-
i6 C).031G 6E3 . n<)
0 r,(j C=1El( 1F 1c).): 1r,.Cf0 3.>(_)F.; G. t
3'74 . 14 i) . (:) ; i 8 34 . OOF , 60 . 00 I.. 91
5E lNOLE FlRE PpOrE[T[GN, N.
UOUS*FORMS**
x**xNAREHOUSE
JO8 NO
M,R.A',
B57 OATE 1//LJ/8U F 6E ]
x°°*°=_"========================================`===
19/50O°*************^*"**********
HvDPLC A C' EQUIV' PIPE PT
PE
PT
pi) OT S *=*=
REF' FLOH DlAS/F
FTTTING FTGS
POIN OT LO5 LENGS TOT PF PN
60 09 CS
74.\
PA" R
0 0 C=i5O 5E2l.i 2 0.0 60.O9 0A= ' PT 60 09
8ASR 6,08 l 6 70 0 00 VELOClTY 4\3
374'14 0'0037 11.00F 356.701 33___________________
l 00 UA 250 0 FT= 6 42 .
25V 00 C=l50
6,080 T45.3 8'30 0 00 YBOCITY B9
HOSE
4_0'00963.0OF.,,___________._______________ 49 30 O 47
624.}14 6l 89 CS 5
ClTv
n
S E r11 1` 10I_. E f= T R E P Ft O T E C; 1 1 01\1 , I hi [ u..N..H- a,..1,.
TO0 NO F3''' [)ATE L(?/ 13/0 ?
7O8 - (-.'HI IT T NI JOI.IS FORMS NN )(
I )f f I-_Y .f l 11.11A I 1r• ) J C` 1 )
1 - N .t(..N .
WAIF I
r ,;TAT 1 C PFRE 3 . !
i !
J !
i F' !
i v
I
c
I
2 I
v I
I- ` !
S Fl f= E. I Y 11
b.1`-3 PSI v !
H if <„ - (_; 7t,.J a' AII_rtIII...C-:
374 . 1 c. GPM ! c` i.' GF'rl NOSE !
I
i i !
F. ! 701-AI- DiltlIANI) I. !
61 . n90 PST AT
GPM
56 . 0 oC) T (t l
I) if)T PO 0r1{,
P5.I. (EI_E_V(1-TT(lly) ,
i !
FLOW
SEMlNOLE FIRE PROTE[TlON,
J08- [ONTINUOUS FORM5 JOB NO 857 DATF 10/13/R2 PAGE 5 .
4(***W0TER SUPPLY ANALYSIS****^**'**"**^^»****°******«*
A IN'l - I I 01`49-111'11-111 i.:.v
DENS ITY Y AREA .
0,190 X 1500,00 = 285,o0
OVERAGE = 89^ 14 GPM = 89' 14
RACKS = 0.00
INSlDE HO5EB
OUTSIDE HOSES = 250.00
FLOW REQ'D FOR SYSTEM = 374'\4
FLOW AT 8A E OF RISEp = 374,14
MIN FLOW AT 8A5E OF RISER = 374,1*
TOTOL FLOW
STATIC 1--3nE5BURE
RESlDUAL PRESSURE = 56.O0 RESIDUAL FL0H = 1O3O.0O
FLOW FROM CITY SUPPLY AT 2OPSl = 1797 GPM
PRESSURE FROM CURVE @ TOTAL FLOg 6B'08
ELEVATlOm = 2,50 FOOT
NO, D T A ^C" LENGTH FACTQR FLOW PF FL(--1 4
5S, ETC. ADD[T]ONAL V0LVE LOSS, 1'b8
SAFETY MARG[ O0O
PRESSURE AVAILABLE FOR SYSTEM 67.49
VE/'U[ITY
SEM[NOLE FIRE PROTECTlpN, IM. *****''*°°°="`-=^~~_~~^ '
JOR NO 857 DATE 10/l3/88 PAGE 6
JO8- COHTINUOUS FORMS *
x*v«*****^x*^*,*v**^**
v*+**FLOW SCHEMATlC*****»***======================
1 9
23.7523.84
2 10
49.8650.05
3 1
78.2078'5O
4 P. 17
10B.791O9'1943.43
5 13 \8
143.12143'6587.37
6 14 19
143.12i43'6587.37
7 \5 20
143.12i43,6587'37
L43,IL- - ^ 374.1
8<<<16<<i<(<<<(<(<<<{22
2B6'77
374.]4
TASR
3714.14
BASR
374'l4
HOSE
624,t4
CITY
11 pir ll( F't hk
I A 7 F7- 1: -1 140
71N KA W 13 L. F k I
P'f
to st Pq PT 204. -to of su P4... to of
f-
c
CONTRACTOR SFMINOLF FIRE PROTEM.".
NAMF CONTINUOUS FORMS
LOCAT I ON SANFORD, FL.
SYSTEM NO. UNE
PUNTRnCT NO. 857
SE lwOLE FIRE PROTECT/[/%
2|88 13P9I1\1T BLVD,APOPKA FL
407-886-6R9B
YDRAUL|C DE5iGN INFORI'lATLON SHEEr
UATE !0/|]/O8
NAME CONllNUOU5 FORMS
LOCATIOp SANFORD, FL DNE
8U}LDLN6 PRODUCTION F(ALlLlTv CONT A T N 857
CONTRAcTOR SEMlNOLE FIR[- PROTECTION' INC'
2 OF 2
CALCULATED BY B[R J0 ES OF 0E8ARY CElLlMG | VARY
CONSrRUCTlON( COMM)USTlRLE (%NON-COMBU T[BLE
OCCUPANCY MANUFA[TURE OF CONTINUOUS FORMS====~==============================
ORD HAZ GP ( )L')2(
LT'HAZ` ' ' ' oPD GRp iI
Y ( >NFPA 23i ( )NFPA 231C FIGURE 2-2.IB CURvE
S /( )0ll1ER
MADE 8Y UATE
T !( >;pEClF7C RULING==~===========
E
M !.RFA O|' 5pRlNKL[R OPERATION 1]00 nnv/ >DELU E( )PREAC lONxwcr/
DENS7TY- G M `} SpRINK|EH UR NU LF
D /AREA PER PRlNKLER l25 -
MAKE G|OBE MODE| S6U
E (H05E ALLOWANCE GpM- IN5lDE 0
FAC|OR 8 l
S 'HOSE ALLOWANCE GPM -OUTSIDE 250 STZE
TEMPERATURE PAT[hG 212
l RACK SPR{NKLER ALLOWANCE 0
6 (
EQU{R O .] 89 A
ALCULAT ON GP REQU]RED '
BA5E OF RlSER
15oUNUFpGRO!D
SUMMARY FAUTOR OVERH[AD=!======
PUMP DATA
N /QATER FLOW TEST !
RATE CAp 0
A tCATE OF TEST }0/l|/88
Ap. ')
T /TIME OF TEST ]0;O0 AM ' AT PS|
0
E 15TATI[ (pSELEV l) 7 R
RESlDUAL (PSI ) 56 ' . pR3OF F!'gH GP 0 FLOW (
GPM) 1030 ! / S !
ELEVArJON P!
P
qLOCATll.ON ;PUBLIC WATEP MAIl'-I i
SOURC[ OF INFORMATION :SITE PLAN Y / =
LO
ATIO / LASSCOMMOUITY
ATSL U]DTH ARE0C
STORAGE HT'HOD
5OLID PILED y PALLETIZED RACK X O
STORAGE | : M !=============
GLE
ROW ` ( )CONVEN PALLET ( )UTO. 5TORAGE < >ENCAP' M / ( )
1m ( )SOLID
5HELV]NG ( NCAp` DOUBLE
ROW ( >SLAVE PALLET ! R ( )OPEN!5HELVTmG ' S [
PLE=ROW=================_======================,=`====,===== T /
C CLE413ANCE;STORAGE TO O / '
FLUE SPACING; TRANSVERSE
R /
i LONGITUDINAL = G
HO I ONT L BARRTERS PROVIDED: E
T)
FLUW PM> PRESSL/RE UNITS -
D]AMETER (INCH) LENGTH*(FOO*****^v+**°"**,*****+**
x°+«**~**
lE
r- -' ------
SEUlNOLE FIRE PROrECT[ON` {m[.
JOB- OM[|NUOUS FORMS 3OB NO 857 PATE 1D/13/8n PAGE 1
M.R,A.,
HYDRLC` QA C" EQUIV. PIPE PT PT
REF. FLOW DTA . FITTING FTGS , PE py ***** NOTES
POINT QT LOSS/F LENGTHS TOT. PF PN
23 75 C=120 1O 00 8 60 Q=K*59R(P); P= 8'6
i.049 0.00 0,00 K. B ]0 V = B 8I
l
23,75 0.1788_______________'________'_______________ 10 0O 1 79
26 \1 C=2 lO 00 10 39 B.|oo P= 10.39
1 380 0 00 0.00 VEiOClTY = i0 69
2
09^86 0'l854_____________l0'00_____1.85____________________________
Z8 34 C=l20 10,00 i2'2 9 i 1 24
1'6iO 0^ 00 0, ID() VELOCITY 12.32
3
78.20 0,2013 10,00 2.0|
10.59 C=l20 10'00 26 K l[ U
VELOCITY
l/ 26
16 , | 0.00 0.000
108.79 0.3707 l0 0 3.71
4 33 C=1 0 10-0 17.96 0U P= i? 96
22 55
5 1'610 0,00 0.OV VELOCITY
143.12 0'6158 10.00 6,1b
0 00 C=120 iO'0O 24'{2 K 0') P= 2 \2
1.610 0 00 V 00 VELOCITY = 22 55
6
i43.lF 0'6158 10.00_____6'l______________
8^00 C=12O 7 00 3 29 0 0 P= 30.28
2.067 2TIO.0 20,00 0.00 VELOCITY = 13 '68
7
i43'12 0.1823_____________27,00_____4,_?2
35 ' 2l S ]
14].12
8
23.00 C=20 iO.0 8.67 Q *B(F``` P= 8 67
1'049 0 00 O O0 8.l V = 8'85 '
9
23.81 0.l80|_______________________'______________________ 10.00
26.21 C=120 0,00 l0'47 B'1O P= lO 47 /
SE10ClTY = 10.73
50,05 0.1867 10.00
28 u5 C=1
1.87_____
i.O0 2.3 B |U P= !2 32
6i0 V-O0 0 0O VELO lly = L.37
7B'50 0'2027 1O'00_____2.03_____________
30,69 C=l20 l0 O0 14 96 K 8 } P= 4 36
2
61D 0 OO V, YELOC[TY l
2
109.19 0,3713 10.00
34 46 ip0
3'73_____
V0 iB'n9 K |'o P- l8' 01/
0 0 0. Q.)yELO[iT/ 22'b3
143'65 0,6201,.' 10_00 6.2O========`=======_,========_=
x** SEM[NO!F F RE PROTECTlUN, Ti C. A*^«****«******** !
JOB- [Ow[lNUOUS FORMS OH O B57 DATE !/13/BB FAGE 2
W EHOUSE M ,A', 9/l O************
HYDRLC ^ QA EQUTV, P7PE PT
pE
PT
PV +*v* NOTE
REF FLOu DIA FlTrING FTGS
i P0TNT QT LOG/F LENGTHS TOT. PF PN V 00
C=i2O 24,29
l4 l.
61O 0'00 00 VELO lTY = 22 . 63 o O
C=l20 7,00 0.51- QA d00PT 30 , 50 15 2 067
2Tl0 O 2O 0O 0.0O V[Ln[I,v L3.73 1.43'65
S36 27.00 4'96 143.b5 35 '
45 S 2 l6 3 43
C=
2O lO'0Q 28.75 O = . K*SDR(P)' 6.O'/ 43,
43 O,
678 00 0'6B 3 94 C
120 10 00 29 4 K 8 )(/0 P= 29 43 O 0O 00
VEiO[Y = ]3 76 87.37 2471
O.00 2.47 0 00 C=|20
iO00 31 0 QA 0 00PT= 31 90 9 1 6L0 0 YELUClrY =
L3 76 87.37 0.247l,,_____________ 10
0Q 2 47 0 D C=12O 7
0 34 37 QA= 0.V0PT=4'7 20 2 067 2T10 2
OO 0.0 VELOCITY 87,37 0.0731 27.
00 1.98 87,37 36 ` 35 C.
2 2l 143 12 C=l2O
1.
50 2 5-2 A l4312PT= O= ' 35 21 9.26pO D 0 -
0 VELO[TlY 8 43.12 0-0198
12'
50 o,25__________________________ 143 65 C=i20 12
5O OA l43 65PT= 35 45 VELO[l[Y = ii O2
286.77 07l7 2,0
87 37 C=120 lE
7.O 92,25 36.35 QA B7 7PT= 36 35 3.26D 7 ' 00 O
O0 YELOCiTy = \4,3B 2| 374-l 0.1173
99.
25 20 D 0 5E3.0
47 99 Q= 0.00PT 47,99 10`0V 8'O1 yFLO
jT pE FOR HT`O' 18
5 l4 0,03i8 V 00
C=i20 1E10.
0 16.O0 58'17 OA g O0PT= 58^)7 TA5R 4 26[/ 44 0
0 ' O EiO ITy 74'14 0,03l8 34'[
@F, 60.00 l_9l================,============
5E INOLE F[RE
O8 0O 857 DATL 1'/13/RB
JOB- [ONTlNUOUS FORMS
M,R.A',
v**********
19/l50O*«****=*=======,=,=='== WAREHOUSE
HYDRLC ^ QA C^ EQUIV. PlPE PT
PE
PT
PV "'+*« mOTE
REF FLUH lA. F7TTlmG FrGS'
PN
POlNT======================================================================== QT LOSS/F LENGTHS TOT. PF
60.09 CS 4
374.14
BASR
0 00 C=i5 5E2l 1 240.0
0 90PT60O
6,08 116 70 0 O VELOC[TY
BASR 37,
i4 0.0037 11'0OF. 356.70_____}'3____________________________ 00
61 42 AA 250 O0P7= 6 42 250.
0 C=l50 1T45.
3 8'30 0'00 EiUCllY O9 HOSE
624.
4 O 96 3,O0F, 49.3O O.47 6l'
89 CS 5 62'
14 CITY
v ^ ^ ***** 5EMlNOLE FIRE PROTECTION, INC-
JOB NO 857 DATE 10/13/88 PAGE 4
JOB- CONTINUOUS FORMS******x*WAlER SUPPLY SCHEMATlC*****°*""*'**«*"*****"^»****
i
5TATIC PRES' /
76'000 PSI /
P
L '
y
C /
r
V /
E /
PRES' AVAILABLE
68.083 PST
SAFETY MARGIN
6 i93 PSI v
SYSTEM DEMAND--) »-------------- ('-
FLOW AVAILABLE
374'14 GPM / 250 GPM HOSE ' R52 `98 6Pf''I !
TOTAL DEMAND
61'090 PSI AT
R ! 624.11 GPM
C '
U !
RESIDUAL PRES'->*
56.D00 PSI AT '
1030.00 GPM '
A 17q6'?B GPM ^ /
M AT 20.000 PSI
8.010 PSI (ELEVATION)
I---------------
FLOW (GPM)
Lo SUM ARY
SYSTEM FLOW 370.14 6011
OUTSIDE POSE P50'00 GpI
TOTAL DEMAND 624.14 GPM
SEMlNOLE FIRE PROTE[TlON, !NC.
JOB- CONTINUOUS Frl MS - JOB NO 857 DATE 10/l3/8B PAGE 5
x*"*v****p*********v"***WATER SUPPLY ANALYS[S*"**»***°»"*«*»»**«*****»»*** .
DEN5lTY Y AREA
0.190 X 1500.00 = 285,00
OVERA5E = 89.14 GPM = 89'14
RACKS
INSIDE HO£ES
OUTSIDE HOSES = 250.O0
FLOW REO'U FOR SYSTEM = 374'1.4
FLON A[ 8ASE OF RISER ~ 374'14
MIN FLOW Al BASE OF RI5[R = 37*'l
TOTAL FLOW ~ 62^-|*
STAT[C PRE5SURE = 76,00
RESIDUAL PRESSURE = 56.00 RESIDUAL FLOW = 1030'O
FLOW FRFIM CITY SUPPLY AT 2OPS{ = 1797 GPM
PRESSURE FROM CURV[ @ TOTAL FLOW = 6)R'08
FLEVATlOm = 2.50 FOOT
NO. DTA ^C" LENGTH FACTOR
ADDITIONAL V0LVE LOSS' ETC.
SAFETY MARGIN
PRESSURE AVAILABLE FOR SYSTEM
PF
0
48
FLOH »E|0[[TY
SCMIf 101_E FIRE PRO IECTIfI1',I. 1f•,I u. 4,,.-x,f4, ,uxX + N.
1' :F(7 115 7C?B NO Fl i`7 1:)ATt 1()/ I ? 'S:",(:3 POLE: 6
x
x x- ++ .x. F L- 0 !f-1 SDf I E: f I Ft 1 I C* x- x „, ,, .,. x x x + + K ,f r , x r x x
4
r
1 q
j 23.7'23.Ott.
2 1
If?. 8650 .05
3 11.
78 . 2078 . 50
4 P. 17
108 . 79 1.0`l . 1943 , 43 s
13 la
143 . 121 li "3 . 6` U7 . D7
6 4 19
1 If 3 . t 2 's. It ? 6507 . 37
7 15 0
1. 43. 12 11 :3 1 507 .:37
143. 1 c - 374. 1 +
f3«<<16«<2L<< 22
c 86 . 77
3"74 . 1 4
LASR
3714. 14
BASR
374.14
1-10 S E.
624. 14
CITY