HomeMy WebLinkAbout030-510-001FIRE
SPRINKLER NOTES:
1.
FIRE SPRINKLER INSTALLATION AND SUPPLY SYSTEM SHALL COMPLY WITH NFPA-134. `
•
2."
TANK FLOAT SWITCH MUST BE SET TO MAINTAIN 0lV GALLONS N
0 S MINI M UM USEABLE
II
WATER STORAGE IN TANK.
3.
PROVIDE AN ALARM TO SOUND WHEN USEABLE WATER STORAGE IN TANK FALLS BELOW
GALLONS.
4.
THE FIRE SPRINKLER SUPPL Y PUMP PRESSURE SWITCH SHALL BE SET TOA ACTIVATE ATE THE PUMP
I
AT 3SI.'
5.
` PROVIDE ADEQUATE PROTECTION AGAINST FREEZING FOR SYSTEM COMPONENTS OUTSIDE
OR IN UNCONDITIONED SPACE.
6.
THE FIRE SPRINKLER R SY STEM SHALL BE TESTED FOR LEAKEAGE AT NORMAL OPERATING
PRESSURE.
SSURE.
7.
THE C-16 CONTRACTOR IS REQUIRED TO PERFORM AN OPERATIONAL TEST OF THE SYSTEM
AND CERTIFY IN WRITING TO BUTTE COUNTY BUILDING DIVISION THAT THE SUPPLY SYSTEM
OPERATED PROPERLY.
8.
SEE PLANS AND SPECIFICATIONS FOR OTHER REQUIREMENTS.
.•'xMF�r
1
y �^
s ,d..W4ILL
....W....'•: I
r
RESIDENTIAL FIRE SPRINKLER
SYSTEM DESIGN BY FOX COMPANY
C-16 LIC. "# 305365
PER REQUIREMENTS OF NFPA 13D, 1996 EDITION
INTEGRITY HOMES
HANDLEY H OME
LOT 1 PAR FOUR
DR.
3130 ESPLANADE
OROVILLE
CHICO CA. 95973
5/6/98
PLAN`1-NODE
WATER SOURCE IS WELL & HOLDING TANK
WATER PRESSURE IN HOLDING TANK
45
DEDUCT PRESSURE LOSS FROM SOURCE
TO SPRINKLER CONTROL VALVE
MAIN SECTION EQUIV.FT.
1-1/2'' PIPE = 125 FT.
1 GATE VALVE = 2' FT.
1 CHECK VALVE = 6 FT.
2 ',ELBOWS = 18 FT.
0 COUPLINGS = 0 FT.
1 TEES (RUN) = 1 FT.
0 ` TEES ' ( BRANCH) = 0 FT.
TOTALS = 152 FT. X .0057
- 0.87
44.13
DEDUCT HEAD LOSS FOR ELEVATION
38.06
( 14 FT. X 0.434 )
- 6.08
DEDUCT PRESSURE LOSS FOR PIPING FROM
CONTROL VALVE TO FARTHEOT SPRINKLER
PIPE SECTION ONE EQUIV.FT.
-----------
1 '' PIPE = iT5 FT.
5 ELBOWS - = 35 _ FT.
0 COUPLINGS = 0 FT.
13 TEES (RUN) = 13 FT.
6 TEES (BRANCH) = 30 FT.
TOTALS = 253 FT. X .034
--8.60
29.46
BRAND OF HEADS = OMEGA #R -IM G.P.M.
- P.S.I. CONVERSION
FORMULA:
K FACTOR OF HEADS USED = 3.9
(G.P.M./ K FACTOR)2
= P.S.I.
EQUIVALENT FEET CALCULATED H 1 HEAD
1 HEAD =`14 G.P.M. FLOW '( 14 G.P.M. EA.)
'C' = 150
COMPANY
FRICTION LOSS FACTOR
FOX
MINIMUM PRESSURE REQ'D. FOR SPRINKLER HEAD(S)
= 12.89 P.S.
DOMESTIC LOAD OF 5 G.P.M.
C-16!/CALIFORNIA
1:5 IN. PIPE = 125 FT. H 19 G.P.M. ( 5 + 14 1
= 1.25 P.S 7
NO -
TOTAL PRESSURE REQ'D.
= 14.14 P.S.
A
4h0
SYSTEM
= 29.46 P.S.I. �P
PRESSURE AVAILABLE IN
L,tION
FF
RESIDENTIAL FIRE
SPRINKLER
SYSTEM DESIGN BY FOX COMPANY
C-16 LIC. #'305365
PER REQUIREMENTS OF NFPA
13D, 1996 EDITION
INTEGRITY HOMES
HANDLEY HOME
I
3130 ESPLANADE
LOT 1 PAR FOUR
DR.
CHICO CA. 95973
OROVILLE
PLAN 2 -NODE
5/6/98
WATER SOURCE 1S WELL &
HOLDING TANK
WATER PRESSURE IN HOLDING TANK
45
DEDUCT PRESSURE LOSS FROM SOURCE
TO SPRINKLER CONTROL VALVE
MAIN SECTION EQUIV.FT.
1-1/2'' PIPE = 125 ' FT.
I GATE VALVE _ "2 FT.
1 CHECK VALVE = 6 FT.
2 ELBOWS = 18 FT.
0 COUPLINGS = 0 FT.
I TEES (RUN) = 1 FT.
0 TEES (BRANCH) = 0 FT.
TOTALS = 152 FT.X .0153
- 2.33
42.67'
DEDUCT HEAD LOSS FOR ELEVATION
(.14 FT. X 0.434 )
- 6.08
36.60
DEDUCT PRESSURE LOSS FOR PIPING FROM
CONTROL VALVE TO FARTHEST SPRINKLER
PIPE SECTION ONE EQUIV.FT.
---------
I'' PIPE = 175 FT.
5 ELBOWS = 35 FT.
0 COUPLINGS = 0 FT.
13 TEES (RUN) = 13 FT.
`6 TEES (BRANCH) = 30 FT.
TOTALS = 253 FT. X .092
-23.28
13.32
BRAND OF HEADS = -OMEGA#R-iM G.P.M.
- P.S.I. CONVERSION FORMULA:
K FACTOR OF HEADS USED = 3.9
(G.P.M./ K FACTOR)2
= P.S.I.
EQUIVALENT FEET CALCULATED 9 2 HEAD
2`HEAD = 24`G.P.M.`>FLOW ( 12 G.P.M. EA.)
FRICTION LOSS 'C' FACTOR = 158
MINIMUM PRESSURE REQ'D. FOR SPRINKLER HEAD(S)
= 9.47 P.S.I.
DOMESTIC LOAD OF 5 G.P.M.
1.5 IN. PIPE 125 FT. 029 G.P.M. [ 5 + 24 ]
= 2.725 P.S.I.
TOTAL PRESSURE REQ'D.
= 12.19 P.S.I.
PRESSURE AVAILABLE IN SYSTEM
=`13.32 P.S.I.
fes-
ClosemCoupled
fit; ug
Self=Prim'ing
Pumna�K
ANr.},5
t
3c+
y Ai'. XSH
fi
i
APPLICATIONS Motor. Mechanical Seal: Carbon/
NEMA Standard, Open Drip Proof ceramic faces, BUNA elastomers,
3500 RPM
Specifically designed for the - 60Hz,300 Series stainless steel metal
fallowing uses Stainless Steel Shaft parts. Exclusive casing design
• LawrtSprink6ng ->- Single chase: /.-2 HP, 115/230 V; prevents the seal from running dry.
• Irrigation 3 HP, 230 V only. Built-in Motor: Designed for continuous
• Air Conditioning Systems overload with Automatic Reset. operation. All ratings are within the
• Heat Pumps Capacitor Type working limits of the motor.
• • Three Phase: 2 and 3 HP Corrosion-
resistant Water'Transfer Corrosion resistant Coati
230/460 V. ng•
Electro-coat paint process applies,
' Overload protection must be inside and out, and baked on.
SPECIFICATIONS provided in starter unit.
Starter and Heaters (3) must be
ordered separately. SELF-PRIMING
-
cutles.°to : 4`GPM
Fe"1"'161-27s: et ; f
• Reprime capabilities: to 25' FEATURES
suction lift l
• Pipe connections: Self-Priming Design: Water is °
I
MODEL SUCTION DISCHARGE
retained in the casing while to
ie h '
0 _ I
pump dispels air. Once primed. this
XSH07 pump stays primed.
xsH10 Impeller: 20% glass filled thermo- Water recircutates
but aunno re-prrmm9 Arrows snow hoH
xSHtS 1'i• plastic (Noryl') on 3/.-2 HP Models, operatt°r; omy water atter au a.:
An d e■naustetl from ween exnausten t.
auction tine
XSH20 2• Bronze impeller on 3 HP Models. suction tine into
xsH30 Enclosed design for high efficiencies. otsenarge pipe
• Temperature: 160° F, (71 ° C) Threaded directly on motor shaft. I
Casings: Cast iron construction.
maximum. 4 bolt, back pull out design. Tapped t
• Rotation: right hand ie; openings provided for vacuum
clockwise when viewed from = gauge and casing drain.
motor end.
m 1891 Goulds Pumps. inc. Ellecnve A:
rtmn+- - . —
+ II
�GOULDS
I
i
PUMPS. INC.
SENECA FALLS WEW YO;* :aid_
`...
MODELXSH10
METERS FEET
4
.
_
/.%
SIZE 112 X 112
5,10,15'
120-
2035
35-
T-
110
11d
30 100
I
I
90
25 80 1i I
I111
ITw.
Q I
I
w 70
I L
20
� 1 I
J
I
60
I
I
I
ILJ
I
0
I
~
15 50,
40
10,[ 30 I
115'10.5'1
i
5 0 4 - 8 -12 16 20
24 28 32 36
40 44 48
52 56 60 GPM
0 2
4
6 8
10
12 m3/h
01985 Goulds Pumps. Inc.
CA?ACIT Y
Eftecuve January 15, 1985
T
17 7,.
JUNE, 1980
Supersedes page P3 PUMPTROLO PRESSURE SWITCHES -
Dated 3176 TYPE FSG
MORE ABOUT THE PUMPTROL PRESSURE SWITCH WITH FORM M4 LOW PRESSURE CUT-OFF.
The Class 9013 type FSG Form M4 switch includes all the
features of the standard type FSG Pumptrol pressure switch. In
addition, the Form M4 low pressure cut-off feature aids in
preserving the life of the pump. When pressure in the system
drops to approximately 10 P.S.I. below the set cut -in point for
any reason, such as a low water condition, the switch will open
to turn off the pump. * When the condition has been relieved, ,
the manual lever is turned to the start position and, if pressure x t
isDred while
rest holding there, the switch resumes normal
operation..
r'r .
The Form M4 manual lever also has an off position for com-
plete pump shutdown. ,
•,..- '�... ., off
IMPORTANT: The cut -in point must not be set lower than 19
P.S.I.: consequently, the cut-out point on rising pressure must
5t?"
not be lower than 30 P.S.I.
Electrical Ratings — See preceding page •-
NOTE: Form M4 is not available on FYG types.
*Example: Switch set 20-40, low water cut-out = 10 a rox. Type FSG, Form 05 tea tstww�o con,a,ruon or F%ot UgN „w
Exam
P PP Low Pressure Cut -o" mw itcatwnsl
Switch set 30-50, low water cut-out = 20 approx
Switch set 40-60. low water cut-out iU appiox
,r
FOR PRICES AND ORDERING INFORMATION SEE PRECEDING PAGES
__1N �
3.93 2.78
0 100 0 Co i ?1
LL re)1
z 4
w z
a- 0
1
i
N( FJ1
(( i
1.19 .a
alli
01.
30 -
2.34 1.59�� 2.05 _I 1.3_ 9
59 40 52 35
SWING RADIUS IS 225 N.
Type FSG-2,Form m4
UNDERWRITERS LABORATORIES LISTED
Dual Dimon% ._
v0... .:a.
D SOUR11e1)COMPNNY
r77777
�:
''`µfi ^RAF • ". •• ;
w
r
Mechanically+aefivated switch designed to directly central pumps and
activate pump control panels,
alaretls, solenoids, and relays.
Recommended
0S,E 273/
ecUS. Pam&=�seersot asau.1a
@4D
Features
120 VAC
• Heavy-duty contacts
a>Ns e•s�s
• UL Listed for use in water and sewage
230 VAC
• CSA Certified
83 =n
• Two-year limited warranty
Pump swI the
s
. Controls pumps up to 1/2 FIP at 120 V and
r
1 HP at 230 V
Adjustable pumping range of 7 to 36 inches
r
Control switehs
Provides pilot duty action with on-off differential
as low as 3.5 inches above or below horizontal
Options
Applications
Np
This switch is available:
SJE PumpMaster• pump/control switch provides
• in standard cable lengths of 10, 15, 20, or 30 feet
automatic control of pumps in water and sewage
Pump switch:
applications: Because this switch isnot sensitive to
• for pump down or pump up applications
rotation or turbulence, it can be used in both calm and
. with a 120 V or 230 V piggy -back plug
turbulent applicntinns. The .SJE PumpMaster'0 can also
a 'without a plug for direct wiring in 120 V or
be used as a pilot duty control switch to reliably
230 V applications
monitor liquid levels in sewage and water applications.
• with standard mounting strap
Contact SIB regarding specific intrinsically safe
Control Switeht (order without plug option)
applications.
• for normally open or normally closed applications
• with two mounting options (mounting strap or
e...= .,•:
cable weight)
Calalas flexible 16 gauge, 2 conductor SJOW A
Pump Down Wrmally Opent.! OFF position
(UL), SJOW (CSA), water-resistant, neoprene
contacts open
r
(CPE)
Float: 3.05 inch diameter x 3.56 inch long (7.75
cm x 9.07 cm), impact resistant, non -corrosive,
PVC plastic for use in liquids up to 1400F (60nC).
Pump Switch ilettriealt
+� �� YM � , FI'a• ,! i K}v>v
+•,,,k�,. .� 1; :. ;h.i •;s+ice „�t �� �'
Voltage MHz,
%UxlmYm Pomp
I.oelsed Rotor'
Recommended
Single Phase
Rotating Current
Amps '
Pump HP
120 VAC
13 amps
$3 amps
IR til' or iris
230 VAC
13 itmps
83 =n
t Irr or le»
c stceI baIl. cta�7-r.
..:�,.Sr.:,l�ai'�'f -,:. �,,.. ..'/!•<.;•,Y�ri Sept' rOnto l _Jamp'
Pomp Up / Normally Open / ON position
`TnwA V" 04309 Inawo;[I Conorl tyipen•nt contacts closed
Control Switch EloetrMals
MaWmum Curront 13 Amp&
Lower Undt: 12 VAC 130 milliamps
Note: This switch must be acrd with pumps that
= provide integral thermal overload protection. on/off ramp .! gteel.ball
'� •
t ?'77 7 — -- —
CHAT AREMCAN PUBP M
30bunt*m
MWIQ, CA 959M
PIM &33-21M 8%4YQ2
cu
a jpf=Dl9ZA=WN
Li
45"
067
T.to
Lq
M
3/8
n
];P Z02JAI419.17
5 ALL -ON VERTICAL
rANK
40023
I 18
3
11VI