HomeMy WebLinkAbout696 Permit (3)► �iii���� II�►�► city of San WIS OBISPO
Building & Safety Division U 990 Palm Street * San Luis Obisp CA 93401-3249 • (805) 781-7180�
Construction hermit
Project Address
692 MARSH
Assessor's Parcel
Number 002-422-024
_
Legal Description CY SLO MIRY & CH ADD BL 7 OTN LTS 15 & 16
_
Project Description FIRE SPRINKLER SYSTEM FOR EXIST BUILDING _
Permit Type
X Building Mechanical
Electrical Plumbing Sign _ _Demolition Grading
Property Owner
GORDON SYLVIA THE
_ Occupant/Business Name 7-ELEVEN FOOD STORE #27835
Mailing Address
_
PO BOX 13755
Architect/Engineer _
City/State/Zip
SLO CA, 93406-3755
License # _
Contractor
A+ FIRE PROTECTION
Contractor's Phone No. 226-0790
Mailing Address
1644 CANYON CREST LN
Contractor's State Lic. No. 781615
City/State/Zip
PASO ROBLES CA 93446
Project Manager
JIM O'LOUGHLIN
Project Manager's Phone No. 226-0790 _
Lender Name
Lender Address _
U.B.C. Group
M U.B.C.Type III-N
_ Stories 1 _ Codes: UBC 98 NEC98
Census number
437 Commercial Alteration or Addition
Dwelling Units 0 Motel Rooms 0
Valuation
1 $1.00
Fees
Building Permit
Plumbing Permit
Mechanical Permit
Electrical Permit
Grading Permit
S.M.I.P.
Energy Surcharge
Accessibility Surcharge
Demolition Permit
Sign Permit
Administrative Permit
Miscellaneous Charge/Credit
Investigation Fees
Microfilm
Subtotal
Building Plan Review Fee
Fire Safety Plan Review
Plan Review Subtotal
Fire Safety Surcharge
Construction Unit Tax
Water Impact
Water Meter Installation
Wastewater Impact
Traffic Impact
Affordable Housing
Public Art
Total Fees
Balance Due
0.00
35.00
35.00
0.00
0.00
0.00
0.00
0.50
0.00
0.00
0.00
0.00
0.00
-35.50
0.00
0.00
35.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
35.00
0.00
r QyIIuU1 ICJ
Amount Date Receipt
Payment#1 35.00 01/17/02 2176
Total Paid 35.00
Application Number 020401 Permit Number 16513
Application Date 04/15/02 Issuance Date 04/15/02
Total Building Value $1.00
Legal Declarations
1. OWNER BUILDING DECLARATION:
I am exempt from the contractor's License Law for the following reason:
1, as owner of the property, or my employees with wages as their sole
compensation will do the work and the structure is not intended or offered
for sale.
❑ 1, as owner of the property, am exclusively contracting with licensed
contractors to construct the project.
Not applicable.
2. WORKER'S COMPENSATION DECLARATION:
I hereby affirm that I have a certificate of consent to self -insure, or a 'certificate
of Workers' Compensation insurance, or a certified copy hereof
Certified copy is hereby furnished.
Certified copy is filed with the City.
Not applicable
3. CERTIFICATE OF EXEMPTION FROM WORKERS COMP. INSURANCE
❑ 1 certify that in the performance of the work for which this permit is issued,
I shall not employ any person in any manner so as to become subject to the
Worker's Compensation Laws of California
❑ Not applicable
NOTICE TO APPLICANT:
If, after making any of the foregoing declarations, you become subject to any
Labor Code or License Law provision, you must comply with such provisions
or this permit shall be deemed revoked.
I certify that I have read this application and state that the above information
is correct, I agree to comply with all city ordinances and state laws relating to
building construction, and hereby authorize representatives of this city to
enter upon the above -mentioned property for inspection purposes. Unless
noted under "Special Conditions", this permit becomes null and void if work
or construction authorized is not started within 180 days, or if construction
or work is suspended or abandoned for a period of 180 days any time after
work is commenced.
Special Conditions:
Comments:
ORIGINALLY TAKEN IN AS A REVISION. CONVERTED TO PERMIT ON
4-15-02. FEES ADJUSTED TO ACCOUNT FOR MINIMUM PLAN CHECK
FEE PAID. TB
Construction File
/s/ Signed Original on File
Signature of Contractor, Authorized Agent or Owner Date
FEB�O SPECIFICATION SHEET NO. 805YD (21/2"-10")
Model 805YD (21/2" through 10")
Double Check Backflow Preventer
For Non -Toxic Service
Features
• The DuraCheck features all stainless steel check
assemblies for corrosion resistance, reduced fouling
and longer valve life.
• DuraCastg ductile iron body for superior strength,
corrosion resistance and lighter weight.
• Low head loss
• Flow curve generated by the foundation for
Cross -Connection Control and Hydraulic Research
at the University of Southern California.
Operation
In a nonflow condition the check valves hold 1 PSI minimum
in the direction of flow. In a flow condition the check; valves
are open, proportional to the flow demand. In a backflow
condition both checks will close until the resumption of
normal flow_
Specifications
Double check assemblies shall consist of two independent
"Y" configured check valves. Checks shall be of the spring
loaded, center stem guided type. All internal metal parts
included in the check assemblies shall be of Series 300
stainless steel, and shall not contain any dissimilar metals.
Elastomeric seat -disc must be reversible, seat rings shall
be B-61 bronze, or Series 300 stainless steel, bolted to the
valve bodies incorporating an "0" ring seal to facilitate ease
of field removal and replacement.
The check assembly shall be guided at the seat ring and
at the cover by replaceable non -corrosive bushings to
assure positive check seating. Head loss through the
assembly shall not exceed 5.5 PSI at velocities from zero
up to and including 7.5 FPS. Flow curves shall be
documented by independent laboratory testing.
Valve bodies and cover shalil be manufactured of ductile
iron ASTM A536, Grade 65-4,5-12 and shall be designed to
withstand a 10-1 safety factor over rated cold water working
pressure.
Ductile iron bodies shall be flanged ANSI B16.1, Class 125
and epoxy coated internally 10-20 mils and epoxy coated
externally.
The assembly shall include flanged, full port resilient wedge
shut-off valves and four vandal resistant full port ball valve
testcocks, considered integral to the assembly. Assemblies
must be factory assembled and backflow tested.
All double check valve assemblies shall be constructed so
all internal parts, including seat rings, can be serviced
without removing the device from the line. Double check
valve assemblies shall be rated 175 CWWP (320- 1400F).
The assembly shall meet or exceed requirements of ASSE
standard 1015, AWWA standard C506-78, and the USC*.
Double check valve assemblies shall be Febco, 805YD or
approved equal.
. Approved by the Foundation for Cross -Connection Control and Hydraulic Research at the University of Southern California.
SS 805YD 11/94
` Approved by the Foundation for Cross -Connection
Control and Hydraulic Research at the
University of Southern California. (D
AWWA C506 Conformance
ASSE 1015 Listed
CSA Certified
+ UL Classified
+F.M. Approved
+21/2" Size not included.
C Valves must be supplied with resilient seated shut -offs
valves for USC' and FM approvals Jo be in effect.
w
21/10
2'7
0 5
Q
w
z
0
15
n
10
0
a
5
w
_
0
Flow Curves
Febco is committed to providing engineers, architects,
contractors and backflow assembly users the clearest
information possible regarding product performance.
Our flow curves are designed to help you evaluate the
performance of our products in water systems typical to
your markets. That's why we emphasize head loss amounts
at flow rates typically used in the plumbing, irrigation, and
city water works markets.
Febco utilizes "Typical Flow Rates" because of feedback
from the field that the qualifying "Rated Flow" head loss
amounts, established years ago in the development of the
MODEL 805YD ( 21/2", 3", and 4" ) FLO'1N CURVES
Flow curve generated by the Foundation for Cross -Connection Control and Hydraulic Research at
the Universitv of Southern California.
50 100 150 200 250
5 7.5 10 15
300 (GPM)
20 (FPS)
00 200 300 400 (GPM)
5 7.5 10 15 (FPS)
FLOW RATES ABOVE 7.5 FPS
E%GEED NORMAL
INDUSTRY PRACTICES.
,....
_
0 100
200 300 400
5 7.5 10
500 600 (GPM)
15 fFPSI
backflow industry, do not have any relationship with the
actual water flow, rates utilized in the plumbing, irrigation,
and city water works markets.
"Rated Flow" head loss amounts for Backflow Preventers
were based on the maximum allowable flow rate (in gallons)
through a similar sized water meter. The rate of flow through
the water meter determined "The Standard," not the perfor-
mance of the backflow device in the water system.
Typical water flow velocities utilized within these markets
range from 0 to 7.5 FPS. The maximum of 7.5 FPS was
established because of the possibility of damage that can
occur to the water system components from water hammer.
0
Febco is convinced that the new design of ourflow curves
will be helpful to you in your work. And, they are obtained
from independent laboratories.
Febco produces the widest selection of Backf low Prevention
Assemblies approved by the University of Southern Califor-
nia Foundation for Cross Connection Control and Hydraulic
Research and by the American Society of Sanitary Engineer-
ing. When using a Febco product you are assured of not
only Febco ,s standards of excellence, but standards set by
independent testing groups.
MODEL 805YD ( 6",8", and 10" ) (FLOW CURVES
Pi—, c rva nenerated by the Foundation for Cross -Connection Control and Hydraulic Research at
FLOW ABOVE 7.5 FPS
EXCEED
NORMAL
INDUSTRY PRACTICES.
400 800 LUu
5 7.5 10
400
500
15
FLOW RATES ABOVE 7.5 FPS
EXCEED NORMAL
/ INDUSTRY PRACTICES.
800 1200 louu
5 7.5 10
FLOW RATES ABOVE 7.5 FPS
EXCEED NORMAL
INDUSTRY PRACTICES.
(Y
i
1600 (GPM)
(FPS)
2000 (GPM)
15 (FPS)
1000 1500 2000 2500 3000 (GPM)
5 7.5 t0 (FPS)
FLOW RATE (In GPM and FPS)
NIOTE: 1. Velocities are calculated for flows in schedule 40 steel pipe.
2. Typical water system flow velocities of 0 to 7.5 FPS should be used for head loss efficiency comparisons.
Typical Applications
Installation
Double Check Assemblies are used to prevent backf low of
pollutants that are objectionable but not toxic. Double
Checks may be installed under continuous pressure service
and may be subjected to backpressure. Double checks can
be used in sprinkler irrigation systems, fire protection without
chemical additives, protection of industrial plants, industrial
in -plant plumbing systems and other systems requiring
protection. Local codes may vary; consult authorities for
specific approved applications.
Dimensions and Weights .*(U.S.-Inches)
NET
SIZE
A
B
C'
D _
E
WT. (Ibs.)
2'/2
37-3/8
22 'ia
121/2
71/2
51/4
230
3
41-'/8
25- s/a
14
81A 6
6
240
4
50-5/a
32-71a
173/e
11
63/4
390
6
59-7/8
38-%
211/4
14
81/4
675
8
69-3/e
46-'/a
26
18
91/2
1130
10
84-3/s
58-' e
30
22 _
101/2
1530
(Metric-mm) _
NET
SIZE
A
B
C'
D
E
WT.(Kgs)
65
949.3
562.0
317.5
190.5
133.4
104.3
80
1063.6
651.9
355.E
204.8
152.4
108.9
100
1285.9
822.3
441.3
279.4
171.5
176.9
150
1520.8
981.1
539.8
355.6
209.6
306.2
200
1762.1
1171.6
660.4
457.2
241.3
512.6
250
2143.1
1476.4
762.0
558.8
266.7
694.0
Applies to NRS gated units only.
" Dimensions shown are nominal Allowances must be made for normal manufacturing
tolerances
FEBCO
Model 805YD Double Check Backflow Preventers should
be installed with adequate clearance and easy accessibility
for testing and maintenance and must be protected from
freezing. The assembly may be installed horizontally or
vertically with flow up. Refer to local codes for specific
installation requirements. Some codes may prohibit vertical
installations. Larger sizes should be installed horizontally for
ease of service. Thermal water expansion and/or water
hammer down stream of the backflow preventer can cause
excessive pressure. Excessive pressure situations should
be eliminated to avoid possible damage to the system and
assembly.
Side View
FEBCO
Protective
Enclosure
Model 805YD
Water Meter
t
30" Max Suggested
12" Mini --�
Support
(3"and Larger)
Characteristics and Materials
Maximum working pressure 175 PSI
Hydrostatic test pressure 350 PSI
Temperature range 32'F to 140'F (0°C to 60'C)
Fluid Water
End detail Flanged ANSI B16.1
Main valve body Ductile iron ASTM A-536 grade 65-45-12
epoxy coated internal 10-20 mils
Main valve trim
Bronze ASTM B-61
Elastomers
Nitrile ASTM D-2000
Springs
Stainless steel, 300 series
Internal check assembly
Stainless steel, 300 series
Shut -offs
Non -rising stem, RW gates,
standard. Others available.
Coating
Fusion bonded epoxy
AWWA 0550-90
USC FC.CC & HR approved.
Options
❑ Less gates
❑ Silicon seat discs
NRS gate valves
OS & Y gate valves
Ll
A division of CMB Industries P.O. Box 8070, Fresno, California 93747, (209) 252-0791 Telex: 33-7616 CMB FSO Fax: (209) 453-9030
SS 805YD 11/94 All materials copyrighted. Printed in USA
June 4, 1998 Sprinkler 101 a
1. PRODUCT NAME
Viking Model M
Standard Orifice Dry Pendent Sprinklers
Adjustable Recessed Dry Pendent
Adjustable Standard Dry Pendent
Plain Barrel Dry Pendent
2. MANUFACTURER
THE VIKING CORPORATION
210 N. Industrial Park Road
Hastings, Michigan 49058, USA
Telephone: (616 945-9501
(800)968-9501
Fax No: (616) 945-9599
From outside the U.S.A.:
Telephone: +1 (616) 945-9501
Fax No. +1 (616) 945-9599
e-mail: techsvcs@vikingcorp.com
3: PRODUCT DESCRIPTION
The Viking Model M Standard Orifice
Dry Pendent Sprinkler is a thermosensi-
tive glass -bulb spray sprinkler, suitable
for use in areas subject to freezing. It is
designed for dry systems and preaction
systems where it is necessary to prevent
water or condensation from entering the
drop nipple before the sprinkler oper-
ates. It may also be installed in spaces
subject to freezing and supplied from a
wet system in an adjacent heated area.
The assembly features a sealed brass
inlet and a durable threaded steel barrel
with an Electrodeposited Epoxy Base
coating. The pendent sprinkler is of the
Model M design with a rugged 51rnm
glass bulb. The Model M Standard Ork
fice Dry Pendent Sprinkler is available in
several finishes and temperature ratings
to meet design requirements.
The seal at the threaded end of the
assembly is held in place by force trans-
mitted from the compression screw,
through the glass bulb and intemal parts,
onto a special sealing spring. During fire
conditions, the heat -sensitive liquid in
the glass bulb expands, causing the
glass to shatter, releasing the internal
parts to open the waterway. Water flow-
ing through the sprinkler orifice strikes
the sprinkler deflector, forming a uniform
spray pattern to extinguish or control the
fire.
The Model M Standard Orifice Dry Pen-
dent Sprinkler may be installed with the
plain barrel exposed, or with one of two
escutcheon styles. A recessed escutch-
eon with up to 5/8" (15,8 mm) adjust-
ment (see Figure 1), provides at re-
cessed appearance. For standard in -
Form No. F_071591
ADJUSTABLE
PLAIN
RECESSED
BARREL
ADJUSTABLE
STANDARD
Sprinkler
Nominal Sprinkler
Ceiling Temperature at Sprinkler
Bulb
Max. Ambient
Max. Recommended
Temperature-
Temperature Rating
Color
Classification
(Fusing Point)
Temp. Allowedt
Ambient Tem 2
Ordinary
135°F (57°C)
115"F (46-C)
100"F (38-C)
Orange
Ordinary
155°F (68°C)
135-F (57"C)
100°F (38°C)
Red
Intermediate
175"F (79°C)
155-F 68"C
150°F (65°C)
Yellow
Intermediate
200-F (93"C)
180°F (82°C)
150"F (65'C)
Green
High
286°F (141°C)
266°F (130"C)
225-F (107°C)
Blue
Based on National Fire Prevention and Control Administration Contract. No. 7-34860.
2 Based on NFPA-13. Other limits may apply depending on fire loading, sprinkler location, and other
Authority -Having -Jurisdiction requirements. Refer to specific installation standards.
stallations, the sprinkler is available with
an adjustable, surface -mounted ceiling
escutcheon, which allows up to 2" (50,8
mm) of adjustment (see Figure 2). Both
styles of escutcheons slip on from below
the ceiling to allow installation of the
sprinkler prior to ceiling construction.
Model M Standard Orifice Dry Pendent
Sprinklers may be ordered in lengths
from 3" 1;76,2 mm) to 48" (1 219 mm)
long*. They are available in 1/4" (6,35
mm) increments for the recessed style,
and in 1/2" (12,7 mm) increments for the
"adjustable ceiling escutcheon" style,
and the plain barrel style, installed with
no escutcheon.
* Lengths over 48' (1 219 mm) are available, with
no approvals, on a'made-to-order' basis. Contact
the manufacturer.
4. TECHNICAL DATA
See chart (page 101 d) for listings and
approvals.
Listed to maximum length of 48"
(1 219 mm).
Glass -bulb fluid temperature rated to
-65°F (-55°C).
Rated to 175 PSI (1 207 kPa) water
working pressure.
Thread Size: 1" NPT or 25mm BSPT
Orifice Size: Nominal 1/2" (15mm) _
K Factor: 5.5 U.S. (7,9 metric)**
(all listed and all approved lengths)
Minimum operating pressure: 7 PSI
(48,3 kPa).
**Metric K Factor shown is for use when pressure is
measured in kPa. When pressure is measured in
BAR, multiply the metric K Factor shown by 10.0.
Replaces sprinkler page 101 a-d, dated February 6, 1997
(updated approved finish list).
June 4, 1998
--__ _- AAA
Factory tested pneumatically at 100 PSI
(685 kPa).
Spring: USA Patent No. 4,167,974
Bulb: USA Patent No. 4,796,710
SPRINKLER MATERIALS:
Frame - Brass Castings UNS-084400
Deflector - Brass UNS-C26000
Bulb - Glass, nominal 5mm diameter
Seal - TeflorP tape
Spring - Nickel Alloy
Screw - Brass UNS-C36000
Pip Cap - Brass UNS-C31600
Seat - Copper UNS-C21000
Orifice - Copper UNS-C21000
Washer - Stainless Steel UNS-S30400
Spring Base - Brass UNS-C31400
or UNS-C31600
Gasket - Buna N
Pin - Stainless Steel UNS-S42000
Tube - JIC Hydraulic Steel Tube
Inlet - Brass UNS-C36000
Support (Internal) - Steel UNS-G10080
�,h
Electrodeposited Epoxy Base finis
Barrel - Steel Pipe UNS-G10200
Electrodeposited Epoxy Base finish
ACCESSORIES:
Dry Sprinkler Wrench
Standard: Part !No. 07297
Recessed: Part No. 07565
Sprinkler Guard: Chrome, with no list-
ings or approvals, for installation on
Model M Dry Pendent Sprinklers
manufactured after May 1994 only.
Part No. 08954
AVAILABLE FINISHES:
Recessed: Chrome-Enloy®
(patents pending) or White
Standard Adjustable:
Chrome-Enloy"
Plain Barrel: (sprinkler only)
Chrome-EnloyO or Brass
ORDERING INFORMATION:
For proper shipment, specify: model, ori-
fice size, finish, temperature rating, es-
cutcheon type, and length ("A" dirnen-
Sion). Dry pendent sprinklers are or-
dered in specific lengths noted as the "A"
dimension (see Figures 1 through 3).
The "A" dimension is the distance from
the face of the fitting (tee) to the desired
finished ceiling location. The dry pen-
dent sprinkler must be ordered and
manufactured specifically for one of
three styles of installation: with the ad-
justable recessed escutcheon (see Fig-
ure 1), with the adjustable standard es-
cutcheon (see Figure 2), or with the plain
barrel (see Figure 3). Escutcheons slip
on from below the ceiling to allow instal-
lation of the sprinkler prior to ceiling in-
stallation. For limits of adjustment for
71, Minimum ceiling hole size:2-1/8' (54 mm) diameter.
Maximum ceilinghole size:
2-1/2' (63,5 mmdiameter.
ADJUSTMENT:
5/16" (7,9 m �- -
5/16' (7,9 mmj� -- '
Minimum:-
1' (25,4 mm)
Maximum: —
1-5/8' (41,2 mm) 3-1/16'
(77,8 mm)
the recessed escutcheon, see Figure 1.
Details and limits of adjustment for the
standard ceiling escutcheon style, with
2" (50,8 mm) of adjustment, are shown
in Figure 2.
5. AVAILABILITY AND SERVICE:
FOR "A"
1. Determine the distance from face
of tee to finished ceiling
2. Round to nearest 1/4" (6,35 mm)
between 3-1W (82,5 mm) and 48"
(1 219 mm)
NOTE: sprinkler will be recessed ap-
proximately 5/16" (7,9 mm) above
finished ceiling with 518" (15,8 mm)
vertical adjustment available.
Finished ceiling FIGURE 1.
ADJUSTABLE RECESSED
MODEL M DRY PENDENT SPRINKLER
WITH UP TO 5/8" 05,8 rnm) ADJUSTMENT
Viking technical data may be found on
The Viking Corporation's website,
located at http://www.vikingcorp.com.
The web site may include a more recent
edition of this technical data page.
Viking sprinklers are available through a
network of domestic, Canadian, and in-
ternational distributors. See the Yellow
Pages of thetelephone directory for your
closest distributor (listed under "Sprin-
klers -Automatic -Fire") or contact The
Viking Corporation.
6. GUARANTEES
For details of warranty, refer to Viking's
current list price schedule or contact
Viking directly.
7. INSTALLATION
WARNING: Viking sprinklers are manu-
factured and tested to meet the rigid
requirements of approving agencies.
The sprinklers are designed to be in-
stalled in accordance with recognized
installation standards. Deviation from
the standards or any alteration to the
sprinkler after it leaves the factory in-
cluding, but not limited to, painting, plat-
ing, coating, or modification, may render
the sprinkler inoperative and will auto-
matically nullify the approval and any
guarantee made by The vlKing corpora-
tion.
A. Sprinklers are to be installed in ac-
cordance with the latest published
standards of the National Fire Protec-
tion Association, Factory Mutual,
Loss Prevention Council, Assemblee
Pleniere, Verband der Sachver-
sicherer or other similar organiza-
tions, and also with provisions of gov-
ernmental codes, ordinances, and
standards whenever applicable. The
use of dry pendent sprinklers may be
limited due to occupancy and hazard.
Refer to the Authority Having Juris-
diction prior to installation.
B. Sprinklers must be handled with care.
They must be stored in a cool, dry
place in their original container.
Never install sprinklers that have
been dropped or damaged in any
way. Never install any glass -bulb
sprinkler if the bulb is cracked or if
there is a loss of liquid from the bulb.
If a glass bulb lacks the appropriate
amount of fluid, it should be set aside
and returned to Viking (or an author-
ized Viking distributor) for analysis as
soon as possible. If the sprinkler is
not returned to Viking, it should be
destroyed. Never install sprinklers
which have been exposed to tem-
peratures in excess of the maximum
ambient temperature allowed. Such
sprinklers should be destroyed imme-
diately.
line 4. 1998
Sprinkler 101 C
® MODEL M
' 112" (15mm) STANDARD ORIFICE JIYJNG DRY PENDENT SPRINKLER
FOR "A"
1: Determine distance from face
of tee to finished ceiling.
2: Round to nearest
1/2" (12,7 mm) between
3' (76,2 mm) and
48" (1 219 mm).
NOTE:
Deflector will be located ap-
proximately 3-7/16"
(87,3 mm) below ceiling with
1" (25,4 mm) upward and 1"
(25,4 mm) downward adjust.
ment available.
Finished Ceilin(
1-1/2" (38,1 mn
diameter
C. Viking Model M Dry Pendent Sprin-
klers are not intended for use in cor-
rosive environments. Use only :sprin-
klers listed for corrosive environ-
ments when :subject to corrosive at-
mospheres.
WARNING: Model M Dry Pendent
Sprinklers MUST be installed into the
1 " outlet of a cast iron or malleable
iron tee fitting only. The threaded end
of the dry pendent sprinkler is designed
to allow the seal to penetrate and extend
into the fitting to a predetermined depth.
This prevents condensation from accu-
mulating and freezing over the sprinkler
seal.
1: DO NOT 'install the dry pendent
sprinkler into a threaded elbow,
coupling, or any other fitting that
could interfere with thread pene-
tration. Such installation Will dam-
age the brass seal.
2: DO NOT install the dry pendent
sprinkler into a coupling or fitting
that will allow condensation to ac-
cumulate above the seal, when lo-
cated in an area subject to freez-
ing.
3: NEVER try to modify the dry pen-
dent sprinkler. The sprinklers are
manufactured for a specific "A"
dimension and cannot be modi-
fied.
-ailing hole diameter.
45 mm)
ceiling hole diameter.
mm).
13/16'
!0,6 mm)
Sleeve finish
matches es-
;utcheon
FIGURE 2.
MODEL M ADJUSTABLE
STANDARD DRY PENDENT SPRINKLER
WITH UP TO 2" (50,8 mm) ADJUSTMENT
D. The sprinkler must be installed after
the piping is in place to prevent me-
chanical damage. Before installa-
tion, be sure to have the appropriate
model and style, with the correct "A"
dimension, orifice size, temperature
rating, and response characteristics.
Apply a small amount of pipe -joint
compound ortape to the male threads
only, taking care not to allow a build-
up of compound over the brass inlet
and seal. Install the sprinkler on the
piping using the special dry sprinkler
wrench only, while taking care not to
damage the sprinkler. DO NOT use
a pipe wrench on the barrel of the dry
pendent sprinkler.
E. After installation, the entire sprinkler
system must be tested in accordance
with the recognized installation stand-
ards. The test is applied after sprin-
kler installation to ensure that no
damage has occurred to the sprinkler
during shipment and installation, and
to make certain the unit has been
properly tightened. If a thread leak
should occur, normally the unit must
be removed, new pipe -joint com-
pound or tape applied, and then rein-
stalled. This is dub to the fact that
when the joint seal leaks, the sealing
compound is washed out of the joint.
F. Wet pipe systems supplying dry pen-
dent sprinklers must be provided with
NOTE:
mini
low
To locate deflector at
NOTE:
-
To locate deflector
at maximum dis-
tance below ceiling,
4-7/16•
with no downward
I
(112,7 mm)
adjustment avail -
maximum
able, order the dry
pendent sprinkler 1 "
(25,4 mm) longer
--�
than "A' dimension.
DEFLECTOR AT
MAXIMUM DISTANCE
BELOW CEILING
aaequale neat. ryerer w dNN1UN110io
installation standards.
8. MAINTENANCE
NOTICE: The owner is responsible for
maintaining the fire -protection system
and devices in proper operating condi-
tion. For minimum maintenance and in-
spection requirements, refer to the Na-
tional Fire Protection Association pam-
phlet that describes care and mainte-
nance of sprinkler systems. In addition,
the Authority Having Jurisdiction may
have additional maintenance, testing,
and inspection requirements which must
be followed.
A. The sprinklers must be inspected on
a regular basis for signs of corrosion,
mechanical damage, obstructions,
paint, etc. The frequency of the in-
spections may vary due to corrosive
atmospheres, water supplies, and ac-
tivity around the device.
B. Sprinklers that have been field
painted, caulked, or mechanically
damaged must be replaced immedi-
ately. Sprinklers showing signs of
corrosion shall be tested and/or re-
placed immediately as required.
Model M Dry Pendent Sprinklers that
are 50 years old shall be tested
and/or replaced immediately as re-
quired. Never attempt to repair or
reassemble a dry pendent sprinkler.
Sprinkler 101 d June 4, 1998
Sprinklers that have operated cannot
be reassembled or re -used, but must
be replaced. When replacing sprin-
klers, use only new sprinklers.
C. The sprinkler discharge pattern is
critical for proper fire protection.
Nothing should be hung from,
attached to, or otherwise obstruct
the discharge pattern. All obstruc-
tions must be immediately removed
or, if necessary, additional sprinklers
installed.
D. When replacing existing sprinklers,
the system must be removed from
service. Refer to the appropriate sys-
tem description and/or valve instruc-
tions. Prior to removing the system
from service, notify all Authorities
Having Jurisdiclion. Consideration
should be given to employment of a
fire patrol in the effected area.
1. Remove the :system from service,
drain all water, and relieve all pres-
sure on the piping.
2. Using the special sprinkler wrench,
remove the old sprinkler and install
the new unit. Care must be taken
to ensure that the replacement
sprinkler is the proper model and
style, with the appropriate "A" di-
mension, orifice size, temperature
rating, and response charac-
teristics.
3. Place the system back in service
and secure all valves. Check and
repair all leaks.
E. Sprinkler systems that have been sub-
jected to a fire must be returned to
service as soon as possible. The en-
tire system must be inspected for
damage and repaired or replaced as
necessary. Sprinklers that have
been exposed to corrosive products
of combustion or high ambient tem-
peratures, but have not operated,
should be replaced. Refer to the
Authority Having Jurisdiction for mini-
mum replacement requirements.
FOR "A"
Outside
A 1: Determine dis-
diameter.
tance from face of
1-5/16"
tee to base of
(33,4 mm)
sprinkler
as 1
2: Roundup to next
((same
25 mm)
schedule 40
highest 1/2"
pipe).
(12,7 mm) incre-
ment between 3"
(76,2 mm) and
48" (1219 mm).
(48,3 mm)
i
FIGURE 3.
PLAIN BARREL
MODEL M
DRY PENDENT SPRINKLER
MODEL M STANDARD ORIFICE KEY
See row A of — See row 1 of
DRY PENDENT SPRINKLER Approved Approved
A 1 'A'
Temp. Chart Finish &
1/2" (15mm) STANDARD ORIFICE Dimension Chart
Thread
Nominal
Dry Pendent
Nominal
Order Length3
Approvals2
Size
Orifice
Style
K Factor4
Increment
_
N.P.T.
B.S.P.
Inches
mm
Descri tion
Base P/N1
U.S.
Metric
Inches
mm
UL
ULC
FM
NYCS
VDS
FOC
1 inch
1/2
--
Adjustable
Standard
07740
5.5
1/2'
12_7
Al
Al
All
_Al
25 mm
15
07854
7,9
1/2'
12,7
Al
Al
Al
_ -
-
1 inch
1/2
-
Adjustable
Recessed
06530
5.5
1/4"
635
B2
B2
82
_B2
25 mm
15
07853
7,9
1/4"
6,35
B2
B2
B2
1 inch
-
1/2
Plain
Barrel
07852
5.5
1/2'
12,7
A3
A3
A3
_ A3
-
25 mm-
--
15
07855
7,9
1 1/2"
1 12,7
A3
A3
A3_
APPROVED TEMPERATURES
AVAILABLE APPROVED FINISHES AND "A" DIMENSIONS
A 135°F (57°C:), 155°F (68"C), 175"F (79`C),
1 Chrome-Enloy® with "A' dimensions 3" (76,42 rnm) to 48" (1 219 mm)
200°F (93"C), 286"F (141°C)
2 - Chrome-Enloy® or White with "A" dimensions 3-1/4" (82,5 mm)
B 135°F (57"C), 155°F (68"C), 175"F (79°C),
to 48" (1 219 mm)
200"F (93-G-)
3 - Chrome-Enloy® or Brass with "A' dimensions 3' (76,2 mm)
to 48" (1 219 mm)
FOOTNOTES
1 Base part number shown. For complete part number, see price list.
2 This chart shows the listings and approvals available at the time of printing. Other approvals are in process. Check with the manufacturer
for any additional approvals.
3 Minimum standard (listed) length for Model M Standard Orifice Dry Pendent Sprinklers: ("A" dimension) = 3 inches (76,2 mm).
Maximum standard (listed) length for Model M Standard Orifice Dry Pendent Sprinklers: ("A" dimension) = 48 inches (1 219 mm).
4 K Factor applies for all lengths indicated in Footnote 3.
Metric K Factor shown is for use when pressure is measured in kPa. When pressure is measured in BAR, multiply the metric K Factor shown
by 10.0.
5 Accepted by City of New York Dept. of Buildings, MEA 89-92-E, Vol. II.
Replaces sprinkler page 101 a-d, dated February 6, 1997 Form No. F_071591
(updated approved finish list).
June 18, 1998 Sprinkler 51 a
1. PRODUCT NAME
VIKING Microfast® Model M Sprinkler
Styles: Upright, Pendent, and
Conventional
2. MANUFACTURER
THE VIKING CORPORATION
210 N. Industrial Park Road
Hastings, Michigan 49058, U.S.A.
Telephone: (616) 945-9501
(800) 968-9501
Fax Number: (616) 945-9599
From outside the U.S.A.:
Telephone: +1 (616) 945-9501
Fax Number: +1 (616) 945-9599
e-mail: techsvcs@,vikingcorp.com
3. PRODUCT DESCRIPTION
The Viking Microfast® Model M Quick
Response Sprinkler is a small, then -no -
sensitive glass -bulb spray sprinkler. 'The
pip cap and sealing assembly of the
sprinkler are held in place by a rugged
3mm glass bulb.
Viking MicrofastO Model M Quick Re-
sponse Sprinklers are available in three
styles with several finishes, temperature
ratings, and orifice sizes to meet design
requirements. The special polyester
and Teflon® coatings can be used in
decorative applications where colors are
desired. In addition, these two finishes
are corrosion resistant and provide (pro-
tection against many corrosive environ-
ments.
During fire conditions, when the tem-
perature around the sprinkler reaches
it's operating temperature, the heat -
sensitive liquid in the glass bulb ex-
pands, causing the bulb to shatter„ re-
leasing the pip cap and sealing spring
assembly. Water flowing through the
sprinkler orifice strikes the sprinkler, de-
flector, forming a uniform spray pattern
to extinguish or control the fire.
4. TECHNICAL DATA
See chart (page 51 c) for list of approvals.
Glass -bulb fluid temperature rated to
-650 F (-55° C).
Rated to 175 PSI (1 207 kPa) Water
working pressure.
Factorytested hydrostatically to 50CI PSI
(3 448 kPa).
Spring: USA Patent No. 4,167,974
Bulb: USA Patent No. 4,796,710
Testing: USA Patent No. 4,831,870
Minimum operating pressure: 7 PSI
(48,3 kPa)
Sprinkler
Temperature
Classification
Nominal Sprinkler
Temperature Rating
Fusin Point
Ceiling Temaerature at S rinkler
Bulb
Color
Maximum Ambient
Temperature Allowed'
Maximum Recommended
Ambient Temperature
Ord ina
1350E 57°C
1150E 46°C
1001E 3 0C
Oran e
Ordina
155°F 68°C
1350E 57°C
1001E 38°C
Red
Intermediate
1750E 791C
1550E 68°C
1501F 650C
Yellow
Intermediate
2000E 93°C
1801E 82°C
150°F 650C
Green
i h
°F 141°
1F
°F
I
Sprinkler Finishes: Brass, Bright Brass, Chrome-Enloyo (patents pending), White Polyester3, Navajo
Polyester3, Black Polyester3, and Black Teflone°'
Based on National Fire Prevention and Control Administration Contract'No. 7-34860.
2 Based on NFPA-13. Other limits may apply depending on fire loading, sprinkler location, and other
Authority -Having -Jurisdiction requirements. Refer to specific installation standards.
3 The corrosion -resistant coatings have passed standard corrosion tests required by particular approving
agencies. Refer to the approval chart. These tests cannot and do not represent all possible corrosive
environments. Prior to installing, verify through the end user that the coatings are compatible or suitable
for the proposed environment. The coatings indicated are applied to the exposed exterior surfaces only.
Note: The spring is exposed on the Teflon® -coated sprinkler and on the polyester -coated sprinkler.
Materials:
Frame - Brass Castings UNS-C84400
Deflector - Brass UNS-C26000
Bushing - Brass UNS-C36000
Bulb - Glass, nominal 3mm diameter
Seal - Teflon® tape
Spring - Nickel alloy
Screw - Brass UNS-C36000
Pip Cap:
-Part Nos. 06661 B, 06662B, 06665B,
06717B, and 06718E :
Copper UNS-C14500.
-Part Nos. 06666E and 0706OB:
Copper UNS-C14500, or
Copper UNS-Cl1000 and Stainless
Steel UNS-S30400.
-Part Nos. 06719B, 06720B, 06764B,
06765B, 06766B, 06768B, 06931 B,
and 06932B: Copper UNS-Cl1000
and Stainless Steel UNS-S30400.
Polyester -Coated Sprinklers:
Spring - Nickel alloy, exposed
Screw - Brass UNS-C36000
Painted for appearance only.
Pip Cap - Copper UNS-Cl4500
Teflon® -Coated Sprinklers:
Spring - Nickel alloy, exposed
Screw - Brass UNS-C36000
Painted black for appearance only.
Pip Cap- Copper UNS-Cl4500,
Teflon® Coated
Accessories:
Sprinkler Wrenches:
Standard Wrench:
Part No. 05000CM
Wrench for coated and recessed
Microfast'D Sprinklers:
Part No. 07398W
(1/2" ratchet required)
Refer to "Sprinkler Accessories" for ap-
proved escutcheons and other accesso-
ries.
5. AVAILABILITY AND
SERVICE
Viking sprinklers are available through a
network of domestic, Canadian, and in-
ternational distributors. See the Yellow
Pages of the telephone directory (listed
under "Sprinklers -Automatic -Fire") or
write to The Viking Corporation.
Viking Technical Data may be found on
The Viking Corporation's Web site,
located at http://www.vikingcorp.com.
The Web site may include a more recent
edition of this Technical Data page.
Form No. F_080488 Replaces sprinkler page 51 a-c, dated May 19, 1997(updated
approved finish and escutcheon lists and revised pip cap materials).
Sprinkler 51 b June 18, 1998
6.GUARANTEES
For details of warranty, refer to Viking's
current list price schedule or contact
Viking directly.
7. INSTALLATION
WARNING: Viking sprinklers are manu-
factured and tested to meet the rigid
requirements of approving agencies.
The sprinklers are designed to be in-
stalled in accordance with recognized
installation standards. Deviation from
the standards or any alteration to the
sprinkler after it leaves the factory in-
cluding, but not limited to, painting, plat-
ing, coating, or modification, may render
the sprinkler inoperative and will auto-
matically nullify the; approval and any
guarantee made by The Viking Corpora-
tion.
A. Sprinklers are to be installed in ac-
cordance with the latest published
standards of the National Fire Protec-
tion Association, Factory Mutual,
Loss Prevention Council, Assemblee
Pleniere, Verband der Sachver-
sicherer or other similar organiza-
tions, and also with the provisions of
governmental nodes, ordinances,
and standards whenever applicable.
The use of quick; response sprinklers
may be limited due to occupancy and
hazard. Refer to the Authority Having
Jurisdiction prior to installation.
B. Sprinklers must be handled with care.
They must be :stored in a cool, dry
place in their original shipping con-
tainer. Never install sprinklers that
have been dropped, damaged in any
way, or exposed to temperatures in
excess of the maximum ambient tem-
perature allowed. Never install ,any
glass -bulb sprinkler if the bulb is
cracked or if there is a loss of liquid
from the bulb. If a glass bulb lacks the
appropriate amount of fluid, it should
be set aside and returned to Viking
(or an authorized Viking distributor)
for analysis as soon as possible. If
the sprinkler is not returned to Viking,
it should be destroyed immediately.
C. Corrosion -resistant sprinklers must
be installed when subject to corrosive
atmospheres. When installing corro-
sion -resistant sprinklers, take care
not to damage the corrosion -resis-
tant coating. Use only the special
wrench designed for installing coated
Viking sprinklers (any other wrench
may damage the unit).
D. Use care when locating sprinklers
near fixtures that can generate heat.
Do not iinstall sprinklers where they
will be exposed to temperatures that
exceed the maximum recommended
ambient temperature for the tem-
perature rating used.
E. The sprinklers must be installed after
the piping is in place to prevent me-
chanical damage. Before installation,
be sure to have the appropriate sprin-
kler model and style, with the proper
orifice size, temperature rating, and
response characteristics.
1. Install escutcheon (if used),
which is designed to thread onto
the external threads of the sprin-
kler. Refer to "Sprinkler Accesso-
ries" for approved escutcheons
and other accessories.
2. Apply a small amount of pipe -joint
compound or tape to the external
threads of the sprinkler only, tak-
ing care not to allow a build-up of
compound in the sprinkler inlet.
3. Install the sprinkler on the piping
using the special sprinkler wrench
only, taking care not to over -
tighten or damage the sprinkler
operating parts. DO NOT use the
deflector to start or thread the
sprinkler into a fitting.
F. After installation, the entire sprinkler
system must be tested in accordance
with the recognized installation
standards. The test is applied after
the sprinkler installation to ensure
that no damage has occurred to the
sprinkler during shipping and installa-
tion, and to make sure the sprinkler
has been properly tightened. If a
thread leak should occur, normally
the sprinkler must be removed, new
pipe -joint compound or tape applied,
and then reinstalled. This is due to
the fact that when the joint seal is
damaged, the sealing compound or
tape is washed out of the joint. Air
testing the sprinkler piping prior to
testing with water may be considered
in areas where leakage during testing
must be prevented. Refer to the In-
stallation Standards and the Author-
ity Having Jurisdiction.
G. Sprinklers must be protected from
mechanical damage. Wet pipe sys-
tems must be provided with adequate
heat. When installing quick re-
sponse sprinklers on dry systems,
refer to the Installation Standards
and the Authority Having Jurisdiction.
8. MAINTENANCE
NOTICE: The owner is responsible for
maintaining the fire -protection system
and devices in proper operating condi-
tion. For minimum maintenance and in-
spection requirements, refer to the Na-
tional Fire Protection Association pam-
phlet that describes care and mainte-
nance of sprinkler systems. In addition,
the Authority Having Jurisdiction may
have additional maintenance, testing,
and inspection requirements which must
be followed.
A. Sprinklers must be inspected on a
regular basis for corrosion, mechani-
cal damage, obstructions, paint, etc.
The frequency of the inspections may
vary due to corrosive atmospheres,
water supplies, and activity around
the device.
B. Sprinklers that have been painted or
mechanically damaged must be re-
placed immediately. Sprinklers
showing signs of corrosion shall be
tested and/or replaced immediately
as required. Quick response sprin-
klers that are 20 years old shall be
tested and/or replaced as required.
Sprinklers that have operated cannot
be reassembled or re -used, but must
be replaced. When replacing sprin-
klers, use only new sprinklers.
C. The sprinkler discharge pattern is
critical for proper fire protection.
Nothing should be hung from, at-
tached to, or otherwise obstruct
the discharge pattern. All obstruc-
tions must be immediately removed
or, if necessary, additional sprinklers
installed.
D. When replacing existing sprinklers,
the system must be removed from
service. Refer to the appropriate
system description and/or valve in-
structions. Prior to removing the sys-
tem from service, notify all Authorities
Having Jurisdiction. Consideration
should be given to employment of a
fire patrol in the affected area.
1. Remove the system from service,
drain all water, and relieve all
pressure on the piping.
2. Using the special sprinkler wrench,
remove the old sprinkler and in-
stall the new unit. Care must be
taken 'to ensure that the replace-
ment sprinkler is the proper
(Continued on page 51 d)
June 18, 1998
Sprinkler 51 c
MICROFAST11 MODEL M
A QUICK RESPONSE
.N1VJN6(79SPRINKLER
MICROFASe MODEL-M. temperature
I KEY
QUICK RESPONSE 3mm GLASS BULB SPRINKLER r--Finish
A1I X "Escutcheon (Pdt. Sprinkler Only)
STANDARD ORIFICE _
Thread
Nominal
(Deflector
Nominal
Overall
Approvas2
Size
Orifice
Style
K Factor
1 Length
NPT
BSP
Inches
mm
Description
Base P/N1
US
Metric10
Inches
mm
UL
ULC
FM9
NYC3
VdS
LPCB
1/2"
--
112
--
Upright
06661B
5.5
2.3
58
A2
A2
At
B2
-
1/2"
15mm
112
15
Pendent6
06662B
5.5
7,9
2.3
58
A2X, D2Y
A2X, D3Y
A1X, D1Y
A2X, D2Y
C1
A1Z
15mm
--
15 Upright
07060B
--
7,9
--
58
-
Al
--
C1
At
LARGE ORIFICE
3/4"
20mm
17'/32
20
Upright
06665E
8.0
11,5
2.4
61 1
A2
A3
Al
A2
3/4"
20mm
17/32
20
Pendent6
06666B
8.0
1115
2.4
61
A2X, D2Y
A3X
D1 Y
A2X, D2Y
1/2"
17/32
--
Pendent6,6
06765E
8.0
2.9
74
A2X
A3X
=
A2X
1/2"
17/32
Uprights
06764B
8.0
--
2.9
74
A2
A3
A2
SMALL ORIFICE
112"
3/8
Pendent4,6
06718B
2.7
2.7
69
1 A2X
A2X
_-
A2X
-
1/2"
3/8
Upright4
06717B
2.7
2.7
691
A2
A2
A2
-
1/2"
7/16
Upright4
06719B
4.0
2.7
69
A2
A2
A2
1/2"
7/16
Pendent4.6
06720B
4.0
2.7
69
A2X
A2X
A2X
10mm
10
Upright
06931E
5,8
2.3
58
_
C1
10mm
10
Pendent6
06932B
5,8
2.3
58
Ci
CONVENTIONAL
1/2"
115mm
I
Conventional
06766B
5.5
7,9
2.4
61
A2
A2
Al
3/4"
20mm
17/32
20
Conventional
067688
8.0
11,5
2.4
61
A2
--
A2
APPROVED TEMPERATURES
APPROVED FINISHES
APPROVED ESCUTCHEONS
A - 135°F (57C), 155°F (68°C),
1 - Brass and Chrome-Enloye
X - Standard surface or F-1 Adjustable
175°F (79°C), 200°F (930C),
2 -Brass, Bright Brass, Chrome-Enloy�', White
Escutcheon"
286°F (1�11°C)
Polyester6, Black Polyester6, and Black
Y - Standard surface or F-1 Adjustable
B - 135°F (5'7°C), 155°F (68°C)
Teflon0s
Escutcheon, or recessed with
E-1 Recessed Escutcheon
C - 155°F (68°C)
3 - Brass, Bright Brass, Chrome-Enloye, White
Polyester6, and Black Polyester8
Z - Standard surface or F-1 Adjustable
D - 135°F (57°C), 155°F (68°C),
Escutcheon, or recessed
175°F (79°C), 200°F (93°C)
FOOTNOTES
1 Base part number shown. For complete part number, see price list.
2 This chart shows the listings and approvals available at the time of printing. Other approvals are in process. Check with the manufacturer
for any additional approvals.
3 Approved by the New York City Board of Standards and Appeals under Calendar Number 219-76-SA.
4 The sprinkler frame is identified with the nominal orifice size, and the deflector has a protruding pintle. The sprinkler orifice is bushed.
5 The sprinkler frame is identified with the nominal orifice size, and the deflector has a protruding pintle.
6 Refer to "Sprinkler Accessories" for approved escutcheons and other accessories.
7 UL, ULC, FNI, and NYC, approval is limited to light -hazard, hydraulically calculated systems.
6 UL, ULC, and NYC approved as corrosion -resistant sprinkler.
9 FM Approved for use in wet pipe sprinkler systems (or preaction systems qualifying as wet systems) for protection of occupancies
described in the Factory Mutual Engineering and Research Loss Prevention Data Sheets and Technical Advisory Bulletins.
10 Metric K Factor shown is for use when pressure is measured in kPa. When pressure is measured in BAR, multiply the metric K Factor
shown by 10.0.
11 The Model F-1 Adjustable Escutcheon is considered a surface -mounted escutcheon because it does not allow the fusible element of the
sprinkler to be recessed behind the face of the wall or ceiling.
SWAY BRACE CALCLATIONS
SEISMIC SWAY BRACING PER NFPA 13 (1996)
Secton 4-14.4.3 through 4-14.4.3.5.17
PROJECT: SEVEN ELEVEN BUILDING
LATERAL BRACING:
BRACE IDENTIFICATION: SB-1
MAIN PIPE SIZE: 2 112"
ASSIGNED LOAD: 337.92 LBS.
SPACING BETWEEN BRACES: 40'-0"
BRACE SIZE: 1" SCHEDULE 40 BLACK STEEL PIPE
MAX. BRACE, LENGTH: 7' - 0"
ANGLE OF BRACE FROM VERTICAL: 30 - 90 DEG.
STRUCTURE:: 2 X 6 JOISTS @ 24" O. C.
(TABLE 4-14.4.3.5.E
ORIENTATION OF CONNECTING SURFACE: A, B, & C
FASTENER: 3/8" X 3" LAG BOLT @ 2 JOISTS (SEE SWAY BRACE DTL. SB-1)
MAXIMUM LOADING: 292 LBS. PER JOIST (SEE SWAY BRACE DTL.)
CALCULATIONS FOR ASSIGNED LOADS ON SWAY BRACING:
(PER NFPA 13 1996 E=DITION TABLE 4-14.4.3.5.3)
PIPE
FEET OF PIPE IN
1/2 WEIGHT OF
TOTAL
SIZE
ZONE OF INFLUENCE
WATER FILLED PIPE
WEIGHT
4"
0 FEET
x
5.36 LBS./FT.
0
LBS.
3"
0 FEET
x
3.45 LBS./FT.
0
LBS.
2 1/2"
60 FEET
x
2.45 LBS./FT.
147
LBS.
2"
0 FEET
x
2.29 LBS./FT.
0
LBS.
1 1/2"
119 FEET
x
1.61. LBS./FT.
191.59
LBS.
1 1 /4"
158 FEET
x
1.27 LBS./FT.
200.66
LBS.
1"
157 FEET
x
0.87 LBS./FT.
136.59
LBS.
TOTAL WEIGHT 675.84 LBS.
TOTAL WEIGHT / 2 BRACES 337.92 LBS.
SEVEN ELEVEN BUILDING
Fire Sprinkler Reports
for
Prepared By:
KEVIN RUSSELL
A + FIRE PROTECTION
1644 CANYON CREST LN.
PASO ROBLE:S, CA. 93446
805 226-0790
January 12, 02
EQUIVALENT K FACTOR CALCULATIONS
PROJECT: SEVEN ELEVEN BUILDING
DESCRIPTION: PENDENTS AT SEVEN ELEVEN
NODE NAMES: 1 THRU 8
SPRINKLER MANUFACTURER: VIKING
K - FACTOR: 5.5 DENSITY: 0.2 GPM./SQ. FT.
SPRINKLER AREA: 130 SQ. FT.
SPRINKLER FLOW Q, (AREA x DENSITY):
2
REQUIRED PRESSURE P, (Q/K): 22.35
PIPE SIZE: 1" PIPE LENGTH:
FITTINGS: T EQUIV. LNGTH.:
TOTAL LENGTH (PIPE + FITTINGS):
FRICTION LOSS FL:
26 GPM
7 ( MIN. PSI.)
4 FT.
5 FT.
9 FT.
PIPE TYPE: (SCH. 40 STEEL) D= 1.089
Q (GPM) 26
1.85 1.85 4.87
FL = 4.52 Q / (C x D) = 0.17621 PSI/FT.
TOTAL FRICTION LOSS (FL x TOTAL LENGTH) =
TOTAL PRESSURE REQUIRED PTOT= 23.94 PSI
EQUIVALENT K-FACTOR (K = Q / SQ. RT. of PTOT)
C= 120
1.69 PSI
5.31
General Project Data Report
Project Title:
Designed By:
Code Reference
Client Name:
Address:
Company Name:
Company Address
Phone:
SEVEN ELEVEN BUILDING
KEVIN RUSSELL
NFPA 13
Hal Dill (manager)
692 & 698 Marsh Street
A + FIRE PROTECTION
1644 CANYON CREST LN
805 226-0790
Sprinkler Specifications
Make: VIKING
Size: 1 /2"
NONE
Source Of Information: LOCAL WATER DEPT.
Test Hydrant ID:
Hydrant Elevation: 2 ft
Test Flow Rate: 1188.00 gpm
Calculated System Flow Rate: 482.70 gpm
Available Inflow Residual Pressure: 76.49 psi
Calculation Mode:
Demand
HMD Minimum Residual Pressure:
22.30 psi
Maximum Water Velocity:
20.00 ft/s
Number Of Active Nodes:
22
Number Of Active Pipes:
21
Number Of Active Sprinklers:
8
Date:
Approving Agency:
Phone:
City, State Zip Code
Representative:
City And State:
Building Owner:
Phone at Building:
January 12, 02
LOCAL JURISDICTION
San Luis Obispo, Ca. 93401
KEVIN RUSSELL
PASO ROBLES, CA. 93446
Sprinkler System Type: Wet
Maximum Area Per Sprinkler: 130 ft2
Default Pipe Material: SC.HED 40 WET STEEL
Outside Hose Stream Allowance: 250.00 gpm
Model:
Temperature Rating:
M-QR
155
Date Of Test: DE:CEMBER 6, 02
Static Pressure: 78.00 psi
Test Residual Pressure: 70.00 psi
Calculated Inflow Residual Pressure: 65.46 psi
Minimum Desired Flow Density:
Maximum Frictional Loss / 100 feet::
Number Of Inactive Pipes:
Number Of Inactive Sprinklers:
0.20 gpm/ft2
20.00 psi
Active Version
200 Pipe Capacity
Tuesday, January 15, 2002
ire Sprinkler Input Data
m
a 5
r
Node No. Node Description
Sprinkler
Area Group
KFactor
Pressure
Estimate (psi)
Node
Elevation
(feet)
Non -Sprinkler
Discharge
(gpm)
-
1 Sprinkler
-
5.31
23.97
10.50
0.00
2 Sprinkler
5.31
26.72
10.50
0.00
3 Sprinkler
5.31
32.63
10.50
0.00
4 Sprinkler
5.31
26.50
10.50
0.00
5 Sprinkler
5.31
29.52
10.50
0.00
6 Sprinkler
5.31
32.53
10.50
0.00
7 Sprinkler
_ 5.31
34.02
10.50
0.00
8 Sprinkler
5.31
35.14
10.50
0.00
-
100 Non -Sprinkler
_
_ N/A
33.53
14.50
0.00
105 Non-Spirinkler
N/A
33.58
14.50
0.00
110 Non -Sprinkler
N/A
35.13
14.50
0.00
200 Non -Sprinkler
__N/A
35.70
- 14.00
0.00
-_
205 Non -Sprinkler _
N/A
35.86
14.00
0.00
210 Non -Sprinkler _
_ _ N/A
36.48 _
14.00
0.00
215 Non -Sprinkler
_ N/A
37.58
14.00
0.00
_
220 Non -Sprinkler
_
N/A
38.68
14.00
0.00
_
250 Non -Sprinkler
_
N/A
46.93
14.00
0.00
_
252 Non -Sprinkler
_
N/A
53.14
3.00
250.00
-
254 Non -Sprinkler
_
N/A
58.64
3.00
- 0.00
-
260 Non -Sprinkler
_-
N/A
59.70
1.00
0.00
--
270 Non -Sprinkler
_-
_ N/A
63.01
0.00
0.00
300 Non -Sprinkler
_
N/A
65.46
0.00
0.00
Active Version 200 Pipe Capacity Tuesday, January 15, 2002
•d..„fib,:
Fire Sprinkler Output Data
Beg.
Nodal Elevation Discharge
Residual
Nom. Dia.
Q (gpm)
F. L./FT
Pipe -Len.
PF-PSI
End.
Pressure
Inside Dia.
Velocity
Fittings
Fit -Len.
PE -PSI
Node
KFactor (feet) (9Pm)
(psi)
C-Value
(fps)
Type -Grp
Tot -Len.
PV-PSI
2
5.31 10.50 27.45
26.72
1.00
26.00
_
0.21200
13.00
2.750
1
5.31 10.50 26.00
23.97
1.049
9.65
-----
0.00
0.000
SCHED 40 WET STEEL
120
0
13.00
0.024
3
5.31 10.50 30.33
32.63
1.25
53.45
0.21100
16.00
5.909
2
5.31 10.50 27.45
26.72
1.380
11.47
4E
12.00
0.000
SCHED 40 WET STEEL
120
0
28.00
0.017
5
5.31 10.50 28.85
29.52
1.00
27.33
0.23200
13.00
3.017
4
5.31 10.50 27.33
26.50
1.049
10.15
-----
0.00
0.000
SCHED 40 WET STEEL
120
0
13.00
0.025
6
5.31 10.50 30.28
32.53
1.25
56.18
0.23100
13.00
3.009
5
5.31 10.50 28.85
29.52
1.380
12.05
-----
0.00
0.000
SCHED 40 WET STEEL
120
0
13.00
0.017
8
5.31 10.50 31.48
35.14
1.25
30.97
0.07700
14.50
1.115
7
5.31 10.50 30.97
34.02
1.380
6.64
-----
0.00
0.000
SCHED 40 WET STEEL
120
0 _
14.50
0.010 i
100
0.00 14.50 0.00
_
33.53
1.50
83.78
0.22900
3.50
2.632
3
5.31 10.50 30.33
32.63
1.610
13.20
T
8.00
-1.732
SCHED 40 WET STEEL
120
0
11.50
0.014
105
0.00 14.50 0.00
33.58
1.50
86.47
0.24300
3.50
2.790
6
5.31 10.50 30.28
32.53
1.610
13.63
T
8.00
-1.732
SCHED 40 WET STEEL
120
0
11.50
0,014
110
0.00 14.50 0.00
35.13
1.50
62.45
0.13300
5.00
1.727
8
5.31 10.50 31.48
35.14
1.610
9.84
T
8.00
-1.732
SCHED 40 WET STEEL
120
0
13.00
0.010
200
0.00 14.00 0.00
35.70
1.50
83.78
0.22900
0.50
1.945
100
0.00 14.50 0.00
33.53
1.610
13.20
T
8.00
0.217
SCHED 40 WET STEEL
120
0
8.50
0.014
205
0.00 14.00 0.00
35.86
1.50
86.47
0.24300
0.50
2.062
105
0.00 14.50 0.00
33.58
1.610
13.63
T
8.00
0.217
SCHED 40 WET STEEL
120
0
8.50
0.014
205
0.00 14.00 0.00
35.86
2.50
83.78
0.02100
8.00
0.166
200
0.00 14.00 0.00
35.70
2.635
4.93
-----
0.00
0.000
SCHED 10 WET STEEL
120
0 _
8.00
0.002
210
0.00 14.00 0.00
36.48
1.50
62.45
0.13300
0.50
1.129
110
0.00 14.50 0.00
35.13
1.610
9.84
T
8.00
0.217
SCHED 40 WET STEEL
120
0 _
8.50
0.010
210
0.00 14.00 0.00
36.48
2.50
170.25
0.07700
8.00
0.617
205
0.00 14.00 0.00
35.86
2.635
10.02
-----
0.00
0.000
SCHED 10 WET STEEL
120
0
8.00
0.004
_
Active Version 200 Pipe Capacity Tuesday, January 15, 2002
dire Sprinkler Output Data
Beg
Nodal Elevation Discharge
Residual
Nom. Dia.
Q (gpm)
F. L./FT
Pipe -Len.
PF-PSI
End.
KFactor (feet) (gpm)
pressure
Inside Dia.
Velocity
Fittings
Fit -Len.
PE -PSI
Node
_
(psi)
C-Value
(fps)
Type -Grp
Tot -Len.
PV-PSI
215
0.00 14.00
0.00
37.58
2.50
232.70
0.13800
8.00
1.100
210
0.00 14.00
0.00
36.48
2.635
13.69
-----
0.00
0.000
SCHED 10 WET STEEL
120
0
8.00
0.005
220
0.00 14.00
0.00
38.68
2.50
232.70
0.13800
8.00
1.100
215
0.00 14.00
0.00
37.58
2.635
13.69
-----
0.00
0.000
SCHED 10 WET STEEL
120
0
8.00
0.005
250
0.00 14.00
0.00
46.93
2.50
232.70
0.13800
44.00
8.251
220
0.00 14.00
0.00
38.68
2.635
13.69
2E
16.00
0.000
SCHED 10 WET STEEL
120
0
60.00
0.005
252
0.00 3.00
0.00
53.14
2.50
232.70
0.13800
10.50
1.444
250
0.00 14.00
0.00
46.93
2.635
13.69
-----
0.00
4.763
SCHED 10 WET STEEL
120
0
10.50
0.005
254
Backflo 3.00
58.64
482.98
Prev
252
5.50 psi 3.00
53.14
46.18
260
0.00 1.00
0.00
59.70
3.00
482.70
0.18800
1.00
0.188
254
0.00 3.00
0.00
58.64
3.260
18.55
-----
0.00
0.866
SCHED 10 WET STEEL
120
0
1.00
0.005
270
0.00 0.00
0.00
63.01
4.00
482.70
0.08600
12.00
2..874
260
0.00 1.00
0.00
59.70
4.100
11.73
3E
21.30
0.433
CAST IRON, CLS 250
100
0
33.30
0.002
300
0.00 0.00
0.00
65.46
4.00
482.70
0.04200
25.00
2.453
270
0.00 0.00
0.00
63.01
4.072
11.89
TG
33.20
0.000
PVC, CLASS 200
150
0
58.20
0.002
Active Version 200 Pipe Capacity Tuesday, January 15, 2002
fire Sprinkler Output Data
Flowing Area Group
Flowing
Sprinkler
Residual
Flowing Area
Flowing
Sprinkler
Sprinkler Code
Sprinkler
Elevation
Pressure
(ft2)
Density
Discharge
Node No. _ _
KFactor
(feet)
(psi)
(gpm/ft2)
(gpm)
_ 1 _
_5.31
10.50
23.97
130.00
26.00
Sub Totals For Non -Group
130.00
_0.200
0.200
26.00
_ 2 _
-5.31
10.50
26.72
130.00
0.211
27.45
Sub Totals For Non -Group
130.00
0,211
27.45
3 _
5.3_1
10.50
32.63
130.00
0.233
30.33
Sub Totals For Non -Group
_
130.00
0.233
30.33
_ 4
5.31
10.50
26.50
104.00
0.263
27.33
Sub Totals For Non -Group
104.00
_
0.263
27.33
_ 5
_ 5.31
10.50
29.52
104.00
0.277
28.85
Sub Totals For Non -Group
_
_
104.00
0.277
28.85
6
5.31
1_0.50
32.53
104.00
30.28
_
Sub Totals For Non -Group
104.00
_C�.291
01.291
30.28
7
5.31
10.50
34.02
120.00
0.258
30.97
Sub Totals For Non -Group
120.00
0.258
30.97
8
5.31
10.50
35.14
112.00
0.281
31.48
Sub Totals For Non -(Group
112.00
0,281
31.48
Totals For All Groups
934.00
0.281
232.70
Active Version 200 Pipe Capacity Tuesday, January 15, 2002
Fire Sprinkler Output Summary
HMD Sprinkler Node Number:
HMD Actual Residual Pressure:
HMD Actual GPM:
1
23.98 psi
26.00 gpm
Sprinkler System Type:
Wet
Specified Area Of Application:
934.00
ft2
Minimum Desired Density:
0.200
gpm/ft2
Actual Density:
0.249
gpm/ft2
Actual Area Per Sprinkler:
116.75
ft2
Sprinkler Flow:
232.70
gpm
Average Sprinkler Flow:
29.09
gpm
Maximum Flow Velocity ( In Pipe 254 - 260)
18.55
fps
Maximum Velocity Pressure ( In Pipe 4 - 5)
0.03
psi
Allowable Maximum Nodal Pressure Imbalance:
0.0100
psi
Actual Maximum Nodal Pressure Imbalance:
0.0054
psi
Actual Average Nodal Pressure Imbalance:
0.0011
psi
Actual Maximum Nodal Flow Imbalance:
0.2848
gpm
Actual Average Nodal Flow Imbalance:
0.0260
gpm
Number Of Unique Pipe Sections: 21
Number Of Flowing Sprinklers: 8
Sprinkler Flow: 232.70 gpm
Non -Sprinkler Flow: 250.00 gpm
Total System Demand Flow: 482.70 gpm
Minimum Required Residual Pressure At System Inflow Node: 65.46 psi
Demand Flow At System Inflow Node: 482.70 gpm
Active Version 200 Pipe Capacity Tuesday, January 15, 2002
Fire Sprinkler Output Data
VJ
a
IVV
90
80
70
60
50
40
30
20
10
0
10 20 30 40 50 60 70
GPM=Chart Value x 100
Adjusted Hydrant Data
Static Pressure: 78 psi
Test Residual Pressure: 70 psi
Test Flow Rate: 1188 gpm
Demand Point Data
Calculated Residual Pressure: 65.46 psi
Calculated Flow Rate: 482.70 gpm
Excess Available Inflow Residual Pressure: 11.03 psi
80 90 100
Active Version
200 Pipe Capacity
Tuesday, January 15, 2002