HomeMy WebLinkAboutBLD07-217CITY OF PORT TOWNSEND
PERMIT ACTIVITY LOG
PERMTT# BLDn-l- en
SCOPE OF WORK:
DATE RECEIVED lo-rA-o7
11
DATE ACTION INITIALS
lb- n- b7 ENTERED INTO CHET vl,lt f
CA - to Planning - No evidence {/
CHECKED FOR COMPLETENESS
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CITY OF'PORT TOWNSEND
DEVELOPMENT SERVICES DEPARTMENT
INSPECTION REPORT
For inspections, call the Inspection Line at 360-385-2294 by 3:00 PM the day before you want
the inspection. For Monday inspections, call by 3:00 pM Friday.
AB,JAN ?-O08 PERMTT NUMBER: Fp a7_z/7DATE OF'INSPECTION:
SITE ADDRESS:7t
PRo JE C T NAME : //ut'7Ed. l/48/ tUE %L/ C o NTRA c T o R :
CONTACT PERSON: ,SfrEUE
TYPE OF INSPECTION:
PHONE:vfr.
a
H ,yZZ.AZ
€PSre*,73/P 7Z=7'-.t
r.'
!a***ov"o ! APPROVED WITH
CORRECTIONS
Ok to proceed. Corrections will be
checked at next inspection
! NOTAPPROVED
Call for re-inspection before
proceeding.
Inspector Tr4artt*oate ?8 J44u*?Y Z&8
Approved plans and permit card must be on-site ond ovailable at time of inspection. A re-inspection fee may
be qssessed if work is not ready for inspection.
{.
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Devetobment Serviees
250 Madison Street, Sulte 3
Port Townsend WA 98368
Phone: 360-379-5095
Fax: 360-344-4619
www.cityofpt.us
Commercial Building Permit Application
) Applications accepted by mail must include a check for initial plan review fee of $150
F See the "Commercial Building PermitApplication Checklist" for details on
plan submittal requirements.
Property
Email
Name
Address : '-J ?5 i-ln..-i- Ot -. -
enone: 3,toaYspPr:r
Gontraetor:
Name : Nt-Pr.;- fi" t -tt-t--*o.
Address Q1=fi.r"n )t-"S
q
-7 qq
(
State License#'AtgzryFSc>tt Rp exp: ltlc{
City Business License #: eq}4
I hereby certify that the information provided is conect, that I am either the
and that all activities associated with this permit will be in accordance with State Laws and the Port Townsend Municipal Code.
Print
Lender lnformation:
Lender information must be provided for projects
over $5,000 in valuation per RCW 19.27.095.
dlo
Proiect Valuation;
#FL'
Project Address & Zoning District:
'114 N.si-,.^,, OL -?arFTZl",nspzrA
Legal Description (or Tax #):
Block:
Office Uqe Only
Permit*81l447:J.L?
Associated PermitsParcer # q4B30lA8
Occupancy Rating:_
Bullding lnformation (square feet):
1"t floor
-
Restrooms:-
2d floor- Deck(s):-
3d floor
-
Storage:-
Basement: ls it finished? Yes No
New tr Addition tr Remodel/Repair n
Change of Use f:
Construction Type:
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Components
A
TOP OF
CYLINDER VALVE
B
CENTER OF
DISCHARGE PORT
t-
"____-____*lI Hor,ttttlr- I
CYUNDER
DIAMETER
Figure 2-1. Dimensions of Cylinder and Valve Assembly
Table 2-1. Cylinder and Valve Assembly Specifications
Cylinder and
Valve Assembly
Part Number
Model Application Agency
Approval
Agent
Type
Fail
Weight
of Agent
Dimensions
A B c
486573 IND-21 Total-Flood UVULC, FM ABC 2L lb.17-1/2 in.
(447 mm)
16-1/8 in.
(409 mm)
9 in.
(229 mm)
486574 IND-45 Total-Flood UVULC, FM ABC 45 lb 3O-3/4 in.
(782 mm)
29-7/4 in.
(744 mm)
9 in.
(229 mm)
83-100018-001 IND-70 Open-Front
Spray Booth
UVULC ABC 68 tb 3O-L/4 in.
(768 mm)
28-t/2 in.
(724 mm)
LZ-II4 in.
(312.4 mm)
486570 IND-25 Total-Flood
Open-Front
Spray Booth
UL/ULC, FM BC 25 lb.L7-l/2in.
(447 mm)
16- 1/B in.
(409 mm)
9 in.
(229 mm)
48657t IND-50 Total-Flood
Open-Front
Spray Booth
Local-
Application
UL/ULC, FM
UL/ULC
UL/ULC
BC 50 lb.30-3/4 in.
(782 mm)
29-U4 in.
(744 mm)
9 in.
(229 mm)
B3-1000 19-001 IND-75 Open-Front
Spray Booth
UL/ULC BC 7s lb.30-L/4 in.
(768 mm)
28-Il2 in.
(724 mm)
I2-7/4 in.
(312.4 mm)
P/N 220423 2-3 lune 2005
Components
2-2.r.1 WALL MOUNTING BRACKET, P/NS 486487,486488, OR B7-1OOOO9-OO1
Mounting brackets are used for mounting all cylinder and Valve Assembly. Acylinder strap is used to secure the cylinder to the bracket. The bracket ismounted to the wall using three (3) 3/B-inch diameter bolts or screws of suitablelength and type. see Figure 2-2 and Table 2-2 for dimensions and loadinformation.
CYLINDER STRAP
A
B
Figure 2-2. Wall Mounting Bracket
Table 2-2. Wall Mounting Bracket Specifications
I
c
DimensionsWall Mounting
Bracket P/N Model
A c
Recommended Wall
Support Load
486487 IND-21
IND.25
13-1lB in.
(333 mm)
9-3/4 in.
(248 mm)
6-3/4 in.
(171 mm)
65 lb.
(30 kg)
486488 IND-45
IND.5O
19-5/8 in.
(498 mm)
9-3/4 in.
(248 mm)
6-3/4 in.
(171 mm)
130 tb.
(se kg)
87-100009-0011 IND-70
IND-75
2L in.
(533 mm)
L3-t/4 in.
(337 mm)
t0-r/4 in.
(257 mm)
225 tb.
(102 kg)
87-1000 10-0011'2 IND-70
IND-75
1 uL Listed only
2 Bracket P/N B7-100010-001 is a floor mounting kit for the Model IND-70 or IND-75, andrequires P/N 87-100009-001. See paragraph 2-2.1.1.1.
June 2005 2-4 P/N 220423
Components
2-2.t.t.t
3/8 in. DIAMETER
BOLTS TO ATTACH
TO WALL MOUNTING
BRACKET
Floor Mount Bracket Kit, p/N 87-100010-001
A Floor Mount Bracket Kit is used for mounting the IND-70 or IND-75
cylinder to the floor. The Floor Mount Bracket Kit requires wall Mounting
Bracket P/N 87-100009-001. Use 3/B-inch diameter bolts (with nuts) of
suitable length and type to attach to the wall Mounting Bracket. see
Figure 2-3.
3/8 in. DIAMETER
BOLTS TO ATTACH
TO WALL MOUNTING
BRACKET
B >\\
Figure 2-3. Floor Mount Bracket Kit
Table 2-3. Floor Mounting Kit Specifications
c
Dimension A Dimension B Dimension C
3 in. (76 mm)9-518 in. (245 mm)6-9/L6 in. (168 mm)
PlN 220423 2-5 June 2005
Components
2-2.t.2 DISCHARGE ADAPTER KIT, P/N B449OB
The Discharge Adapter provides a means to connect discharge pipe to any KiddeIND Dry Chemical Cylinder and Valve Assembly.
The Discharge Adapter Kit consists of a 3/4-inch NPT adapter and a steel flangeplate (see Figure 2-4).
Note: The nuts and bolts used to secure the Anti-Recoil Plate to the discharge
valve should be retained and used for mounting the Discharge Adapterio
the valve outlet.
The Discharge Adapter can also be used as a recharge adapter topressurize the cylinder with nitrogen after filling with dry chemical.
3/4 in. NPT
FLANGE PLATE
ADAPTER
O-RING
Figure 2-4. Discharge Adapter Kit, p/N 844908
lune 2005 2-6 P/N 220423
))
Components
2-2.2.3 TOTAL-FLOODING NOZZLE, p/N B3-100005-001
The Total-Flooding (TF) Nozzle, shown in Figure 2-8, is designed to discharge dry
chemical throughout an enclosed area. The TF Nozzle is used for non-spray type
applications as well as enclosed and open-face applications.
Each rF Nozzle is factory-equipped with a blow-off cap (p/N 06-250099-067) to
protect the nozzle orifices from clogging and physical damage.
2-314in.
(69 mm)
BLOWOFF CAP
(P/N 06-250099{67)
Figure 2-8. Total-Flooding Nozzle, p/N 83-100005-001
(19 mm) NPT
3/4 in.-1't
PlN 220423 2-9 June 2005
Components
2-2.2.4 DUCT/PLENUM (Dp) NOZZLE, p/N 83_100006_001
The Duct/Plenum (DP) Nozzle, shown in Figure 2-9,is designed to discharge drychemical throughout an exhaust duct or plenum.
Each DP Nozzle is factory-equipped with a blow-off cap (p/N 264742) to protect
the nozzle orifices from clogging and physical damage,
2-718 in.
(73.7 mm)
1l2in. -14
(13 mm) NPT
BLOW-OFF
lPrN 2641121
Figure 2-9. Duct/Plenum (Dp) Nozzte, p/N 83_100006_001
June 2005 2-70 P/N 220423
Components
2-3 CONTROLS
2-3,L
3-3/4 in.
(95 mm)
XllM Control System, P/N 87-120O99-OO1
The XV Control System, P/N 87-120099-001, is used for actuating the Kidde IND Cylinder
and Valve Assembly. The XV Control System can be attached to the System Valve
Actuator, P/N 87-120042-001 for direct cylinder mounting, or to a wall for remote
mounting. Knockouts are provided to accommodate either type of mounting. The
controller can be operated with:
. Automatic mechanical detection (fusible-links and thermo-bulb links),
. Automatic electrical operation, and
r Remote and local manual operation.
9-7116 in.
(240 mm)
B-3/16 in.
(208 mm)
Figure 2-It. XV Control System
June 2005 2-12 P/N 220423
Components
2-3.1. 1
2-3.1.2
SYSTEM NITROGEN CARTRIDGE, p/N 87-120043-001
The XV control system uses a nitrogen cartridge for actuating the IND dry
chemical cylinders and is charged with dry nitrogen (see Figure 2-12). The
System Nitrogen Cartridge is mounted inside the XV Control System to protect it
from tampering and provides the date of manufacturing and space (gray band)
for recording of the installation date.
5-1/8 in.
('130 mm)
1-9/'16 in.
(40 mm)
GRAY BAND
Figure 2-12. System Nitrogen Cartridge, plN B7-L20043-001
TEST CARTRIDGE, P/N 87-120044-001
The Test Cartridge is used fortesting of the Kidde IND Dry Chemical System. The
Test cartridge has a red band around it with a label "TEST CARTRIDGE" as shown
in Figure 2-13.
Note: The System Nitrogen Cartridge P/N 87-120043-001 is required for
actuation and full discharge or "puff" tests.
The Test cartridge (P/N a7-t2oo44-oo1) must be removed and the system
Nitrogen Cartridge (P/N a7-L2OO43-OO1) must be installed at the completion of
any work done on the system. Failure to do so will result in malfunction of the
system.
4 in.
(102 mm)
1 in.
(25 mm)
+
Figure 2-13. Test Cartridge, P/N 87-120044-001
A
CAUTION
PlN 220423 2-73 lune 20O5
1
Components
2-3.I.3 SYSTEM VALVE ACTUATOR (SVA), p/N 87-120042-001
A System Valve Actuator (SVA) is mounted to every dry chemical cylinder valve
assembly located on the system (see Figure 2-L4). The svA has ports for low
profile tubing runs, and is also equipped with a spring loaded plunger that locks
the piston in the discharged position, ensuring complete discharge of the
cylinder(s) contents.
sfi6-18 UNC
THROUGH HOLE CTYP)
(NOr SHOWN)
l/8 ln.
NPT PORT
1/8 ln. NPT PLUG
(TFAPPLTCABLE)
SPRING LOADED
PLUNGER
P]STOTI IN ACTUATED
POSTTION (TOWARDS
GYLINDERVALVE)
Figure 2-14. System Valve Actuator (SVA), p/N 87-120042-001
1-3/tt in.
(,14 mm)
SVAPISTON IN
SET POSITION
lune 2005 2-t4 P/N 220423
Components
2-3.t.4 HIGH-PRESSURE NITROGEN TUBING, p/N 87-120045-001
The braided High-Pressure Nitrogen Tubing, is required on all installations in
which the XV Control System is mounted to a dry chemical cylinder. Use of
another hose in such an installation could result in serious personal injury
and/or malfunction of the system.
The High-Pressure Nitrogen Tubing is used to connect the XV Control System to
the SVA (see Figure 2-15). A l/B-inch NPT (male) x 3/8-24 JIC Adapter is
included with the High-Pressure Nitrogen Tubing.
AWARNING
1/8 in. NPT
THREAD SEAT
A
(END TO SEAT)
Figure 2-15. ExternalTubing for XV Control System
1/2 in. HEX,
114 in.37 DEGREE
FLARE, SWIVEL
1/8 in. NPT
(MALE) x318-24
JIC ADAPTER
P/N 220423 2-ts lune 2005
Components
2-3.r.8.2
THERMO.BULB LINK
OR FUSIBLE-LINK
(NOT SUPPLTED)
Universal-Link Housing Kit, p/N 87-120064-001
The Universal-Link Housing Kit, shown in Figure 2-2]-, and consists of thefollowing:
Table 2-7. Detector Housing Kit, p/N 87-120064-001
The items above are used to attach the Fusible-Link orThermo-Bulb Linksto the 1/16-inch cable leading to the XV control system. The Universal-
Link Housing can be configured as an End-of-Line or In-Line bracket.
l/16 in. CABLE
TO CONTROL SYSTEM
(NOT SUPPL]ED)
"s" HooKs
GRIMP
SLEEVE
(2e?
(r$)
1{;\Bi$'LOCKNUT
(NOT SUPPLTED)
CRIMP
SLEEVE 1/2 in. EMT
CONNECTOR
(NOT SUPPLTED)
THERMO.BULB LINK
OR FUSIBLE-LINK
(NOT SUPPLTED)
EXAMPLE OF IN.LINE
UNIVERSAL HOUSING KIT
EXAMPLE OF END.OF-LINE
UNIVERSAL HOUSING KIT "s" HooK
Figure 2-21. Universal-Link Housing Kit, p/N 87-120064-001
Item Quantity
rt-t/2 in. (292 mm) Detector Housing 1
Crimp Sleeves 2
"S" Hooks 2
lune 2005 2-20 P/N 220423
Components
2-3.1.8.3
THERMO.BULB
Thermo-Bulb Links, P/N 87-f2009X-XXX
UL Listed and FM Approved Thermo-Bulb Links, shown in Figure 2-22, are
used in conjunction with Universal-Link Housing Kits (P/N 87-t20064-001)
and/or Detector Housing Kits (P/N 804548). The links are held together
with a liquid-filled glass tube (Thermo-Bulb), which bursts at a
predetermined temperature, allowing the two halves of the link to
separate. The types of Thermo-Bulb links are:
. Rapid Response
. Standard Response
These Thermo-Bulb links are available in various temperature ratings with
a minimum/maximum load rating of 0 lb./50 lb. (0 kg/23k9).
THERMO.BULB
Figure 2-22. Thermo-Bulb Link, P/N 87-12009X-XXX
P/N 220423 2-27 June 2005
Components
2-3.1.8.4
2-3.1.8. s
Fusible-Links (Model KML), P/Ns 28266L, 282662, 282664 and 282666
UL Listed and FM Approved Fusible-Links, shown in Figure 2-23, are used
in conjunction with the Fusible-Link Housing Kit. The Fusible-Links are held
together with a low melting alloy that melts at a predetermined
temperature, allowing the two halves of the link to separate.
Figure 2-23. Fusible-Link, P/N 28266X
Fusible-Links are available in various temperaturg
minimum/maximum load rating of 10 lb./40 lb. (5
Table 2-B).
ratings with a
kgl18 kg) (see
Table 2-8. Fusible-Link Temperature Ratings
There are two temperature designations which apply to Fusible-Links
(refer to Table 2-B). One temperature is called the rating temperature,
and the other is called the maximum exposure temperature.
The rating temperature, which is stamped on the Fusible-Link, is the
temperature at which the link will separate when new. However, continual
exposure to cycling ambient temperatures may cause a degradation of the
link over time.
Fusible-Link (Model KFA), P/N 87-120060-001
Fusible-Links are available with a minimum/maximum load rating of
5 lb. - 45 lb. (2.3 Kg - 20.4 Kg). See Tabte 2-9.
Table 2-9. Fusible-Link (Model KFA) Temperature Ratings
Figure 2-24. Fusible-Link, P/N 87-120060-001
Fusible-Link Rating Maximum Exposure Temperature Part Number
165oF (74oC)100oF (38.C)28266L
2t2oF (100oc)150oF (65oC)282662
3600F (182oC)300"F (1490C)282664
500oF (260"c)44OoF (2Z6oC)282666
Fusible-Link Rating Maximum Exposure Temperature Part Number
360"F (182"C)440"F (227"C)87-120060-001
June 2005 2-22 P/N 220423
Components
2-3.1.9 REMOTE MANUAL RELEASE, P/N 875572
The Remote Manual Release, shown in Figure 2-25, is provided as a means of
manually actuating the system from a remote location. The Remote Manual
Release is attached to the XV Control System with 1/16-inch control cable. To
actuate the system at the Remote Manual Release, pull out the safety pin and pull
hard on the handle.
Each Remote Manual Release is supplied with a separate nameplate. This
nameplate must be attached to the mounting surface l-inch above or below the
Remote Manual Release.
3-5/8 in.
(92.2 mm)
1-112in.
(38 mm)
Figure 2-25. Remote Manual Release, P/N 875572
PlN 220423 2-23 June 2005
Components
2-3.1.10 CORNER PULLEY, P/N 844648
The. Corner Pulley is used to change the direction of the control cable runs. Thecable's protective conduit (l/2-inch EMT) is attached to the Corner pulleys withthe. coupling nuts provided. The corner-pulley is equipped with a ball-bearingpulley for minimum resistance to the cable travel.
3 in.
(76.2 mm)
3 in.
(76.2 mm)
Figure 2-26. Corner pulley, plN 844648
lune 2005 2-24 P/N 220423
t
I
ReceiptNumber oil!!$ftfrffiff;ul
BLDOT-217
BLAOT-217
BLDOT-217
BLD0T-217
BLD0T-217
948301003
948301003
948301003
948301003
948301003
$50.00
$5.00
$4.50
$69.25
$3.50
Total:
$s0.00
$s.00
$4.50
$69.25
$3.50
$132.25
$0.00
$0.00
$0.00
$0.00
$0.00
Plan Review Fee
Technology Fee for Building Permit
State Building Code Gouncil Fee
Building Permit Fee
Record Retention Fee for Building P
CHECK 2895
Total
$ 132.2s
$132.25
genprnlrreceipts I?age 1 of 1
Business,,,Llcense:.Numberz 002974
,Date tssued: January 08, 2008
Expiration,Date: December31,2008
POST IN.A CONSPICUOUS PLACE AT NOT MBI-E
?lttilad
all
Port Townsend, for the,perlod Townsend , for
day
BUSINESS LICE:NSE
named"below, whose
engage in the business, profession,
BUSINESS NAME:
ALPINE FIRE & SAFEry SYSTEM:
P O BOX 265
BURLINGTON, WA 98233
BUSINESS LOCATION: 735 E Fair.haven
Burlington, WA 98233
.G.ITY OF PO]RT TOWNSEND
250, Madison"Slreet, Suite'1
Port,Townsend; WaShington 98368
The person, tirm or corporation
located as shown, having this
Alpine Fire & Safety Systems, tnc
Dats $bminse fiiliffi
Technically Completo I
Dets Approv"dll::
Ovelrlile Erybo?|.- 6oserm*rrt?f-
st*toon*trfT $t*r*
f- Kstsr?
o"tr cto""e[----l
L"rt*eemffiffiffi
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$:#.n#6tl.= ii::::
Fqcel
Sr"Alt"rr@
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EryirationDxr$lltgn e
Re.iEsusDdsl-:
Arel#m Dqtar*suad
:, : t3-j$l, ..,f3,50
B?3-15ffi
PRF
STAIE:CODE
Thomas L. Aumock
Consulting Fire Code Oflicial
2303 Hendricks Street, Port Townsend, WA 98368
Home Office (360) 385-3938 Email: taumock@cablespeed.com Cell: (360) 643-0272
TO:
F'R:
DT:
RE:
PLAI{ REVIEW MEMORANDUM
Jan Hopfenbeck, Plans Examiner, City of Port Development Services Department
Tom Aumock, Consulting Fire Code
26 October 2007
BLD07-217, Automatic Fire Sprinkler System for Spray Booth, Integrated Marine Systems, 775
Haines Place
I am in receipt ofthe set ofplans for the above-referenced proposal from your office, have reviewed the
proposal with the International Fire Code U.F.C.], 2006 Edition and Washington State Amendments, and
N.F.P.A. 13.
The following constitutes this plan examiner's findings and determinations based upon the plans of record
submitted.
Findinss & Determinations:
1. The proposal was reviewed at an automatic sprinkler system for a spray booth
2. An atrtomatic fire suppression system (sprinklers) is required under LF.C. Section 1504.4
3. The automatic fire sprinkler system is found to be designed by a licensed technician (W.A.C. 212-80)
4. The automatic fire sprinkler system shall be installed, and certified by a licensed technician to meet
the standards for spray booth under NFPA 13, attached..
Any other applicable or relevant sections of said Code not covered herein shall nonetheless apply to this
proposal.
1.0 hours time was logged in the review of this proposal
It is the administrative determination of this department that the proposal be approved subject to the
aforesaid requirements.
NFPA 13
Standard for the
Installation of Sprinkler Systems
2007 Edition
Chapter 5 Classification of Occupancies and Commodities
5.4.2: Extra Hazard (Group 2). Extra hazard (Group 2) occupancies shall be defined as occupancies or
portions of other occupancies with moderate to substantial amounts of flammable or combustible liquids
or occupancies where shielding of combustibles is extensive.
Chanter 2l Snecial Occunancv Requirements
21.4 Standard for Spray Application Using Flammable or Combustible Materials.
21,4.1 Design Requirements.
2l,4.l,ll'The automatic sprinkler system shall be a wet pipe system, a dry pipe system, a pre-action
system, or an open-head deluge system, whichever is most appropriate for the portion of the spray
operation being protected. [33:9.4. 1]
21.4.1.2 The automatic sprinkler system shall be designed for Extra Hazard (Group 2) occupancies.
Exception:
For spray application of styrene cross-link thermo-set resins, Section 17.3 of NFPA 33 shall apply.
[33:9.4.2]
21.4.1.3 The water supply shall be suffrcient to supply all sprinklers likely to open in any one fire incident
without depleting the available water for use in hose streams. [33:9.a.3]
21.4.1.4 Where sprinklers are installed to protect spray areas and mixing rooms only, water shall be
permitted to be supplied from domestic water systems provided the domestic supply can meet the design
criteria of 21.4.1.2. [33:9.a.a]
21.4.1.5 The sprinkler system for each spray area and mixing room shall be controlled by a separaten
listed indicating valve(s), operable from the floor. [33:9.4.5]
21.4.1.6 Resin application areas shall be protected by an automatic sprinkler system that is designed for at
least ordinary hazard (Group 2) occupancies. [33:17.3]
21.4,2 Installation Requirements.
21,4,2.1t' Sprinklers protecting spray areas and mixing rooms shall be protected against over-spray
residue, either by location or covering, so that they will operate quickly in event of fire. 13329.a.71
21.4.2.2 Sprinklers shall be permiued to be covered only by cellophane bags having a thickness of 0.003
in. (0.08 mm) or less or by thin paper bags. These coverings shall be replaced frequently so that heavy
deposits of residue do not accumulate. 13329.4.7.11
Annex A Explanatory Material
A.21.4.1.1Spray application operations should be located only in buildings that are completely protected
by an approved system of automatic sprinklers. If located in un-sprinklered buildings, sprinklers should
be installed to protect spray application processes where practical. Because of the rapidity and intensity of
fires that involve spray operations, the available water should be ample to simultaneously supply all
sprinkler heads likely to open in one fire without depleting the available water for use by hose streams.
Noncombustible draft curtains can be used to limit the number of sprinklers that will open.
Even when areas adjacent to coating operations are considered under reasonably positive fire control by
adequate automatic sprinkler protection, damage is possible if operations are conducted on floors above
those containing contents that are highly susceptible to water damage. Waterproofing and drainage of
spray room floors can assist in reducing water damage on floors below. The proper drainage of the large
volume of water frequently necessary to extinguish spray finishing room fires often presents considerable
difficulty. [33: A.9.a]
A.21.4.2.1Automatic sprinklers in spray areas, including the interior of spray booths and exhaust ducts,
should be wet pipe, pre-action, or deluge system so that water can be placed on the fire in the shortest
possible time. Automatic sprinklers in spray booths and exhaust ducts should be of the lowest practical
temperature rating. The delay in application of water with ordinary dry pipe sprinklers can'permit a fire to
spread so rapidly that final extinguishment is difficult without large resulting damage.
The location of the sprinkler heads inside spray booths should be selected with care in order to avoid
heads being placed in the direct path of spray and yet afford protection for the entire booth interior. When
sprinkler heads are in the direct path of spray, even one day's operation can result in deposits on the
sprinkler heads that insulate the fusible link or choke open head orifices to the extent that sprinklers
cannot operate efficiently.
Automatic sprinklers should also be located so that areas subject to substantial accumulations of over-
spray residue are protected. Generally, sprinklers are located no more than 4 ft(1.2 m) from side walls of
booths and rooms and from dry over-spray collectors (where applicable). Sprinklers in booths or rooms
should be on extra hazardoccupancy spacing of 90 ft2 (8.4 m2).
All sprinklers in spray areas should be controlled by an accessible control valve, preferably an OS&Y
valve. [33: A.9.a]
Development Seruices
250 Madison Street, Suite 3
Port Townsend WA 98368
Phone: 360-379-5095
Fax: 360-344-461 9
www.cityofPt.us
Commercial Building Permit Application
D Applications accepted by mail must include a check for initial plan review fee of $150
) See the 'Commercial Building Permit Application Checklist" for details on
plan submittal requirements.
Project Address & Zoning District:
L
Legal Description (or Tax #):
Block: -
Lot(s):_
Addition
Parcer # q4B3Ol0E
ptionProject
Offlce Use Onlv
Permit
Associated Permits:
#
Property
City/SVZip:
Phone:
Lender lnformation:
Lender information must be provided for projects
over $5,000 in valuation per RCW 19.27.095.
Name:
da
Email:
Go ntative:
Name:
Address:'1 -15 F\rq.-i"- Dt a, "
Cily |StlZip!?i*=' -T-t-t + s.-^l
Phone 'iblYSbcrrl
Email
Construction Type:-
Occuoancv Ratino:
Building lnformatlon (square feet):
1"t floor
-
Restrooms:-
Basement:- ls it finished? Yes No
New n Addition E Remodel/Repair fJ
Change of Use n
iT:.\ i .: :)'.:
2d floor
3d floor Storage
,t 1., \.,.) i. I
Total
Squar,
lmper
I
Squarl
i
e
0
Contractor:
Name
Address .Q1i1*... ]t-S
c
Ph '\-n -7 Sq L4U
Email <l-,* a Ato,\-1tu Oo*
State Licens e#:81?r r.->fSa'1t Rp exp: lt / oX
City Business License *: ?4A4
I hereby certify that the information provided is coned, that I am either the
and that all activities associated with this permit will be in accordance with State Laws and the Port Townsend Municipal Code.
Print Name:
DSiJ
4(L
Slgnature
"5
Thomas L. Aumock
Consulting Fire Code Official
2303 Hendricks Street, Port Townsend, WA 98368
Home Office (360) 385-3938 Email:taumock@cablespeed.com Cell: (360) 643-0272
PLAN REVIEW MEMORAI\DUM
TO: Jan Hopfenbeck, Plans Examiner, City of Port Townsend Development Services Department
FR: Tom Aumock, Consulting Fire Code Official
DT: 26 October 2007
RE: DJ-D072.17, Automatic Fire Sprinkler System for Spray Booth, Integrated Marine Systems, 775
Haines Place
I am in receipt ofthe set ofplans for the above-referenced proposal from your office, have reviewed the
proposal with the International Fire Code [I.F.C.], 2006 Edition and Washington State Amendments, and
N.F.P.A, 13.
The following constitutes this plan examiner's findings and determinations based upon the plans of record
submitted.
Findings & Determinations:
1. The proposal was reviewed at an automatic sprinkler system for a spray booth
2. An automatic fire suppression system (sprinklers) is required under I.F.C. Section 1504.4.
3. The automatic fire sprinkler system is found to be designed by a licensed technician (W.A.C. 212-80)
4, The automatic fire sprinkler system shall be installed, and certified by a licensed technician to meet
the standards for spray booth under NFPA 13, attached..
Any other applicable or relevant sections of said Code not covered herein shall nonetheless apply to this
proposal.
1.0 hours time was logged in the review of this proposal
It is the administrative determination of this department that the proposal be approved subject to the
aforesaid requirements.
NFPA 13
Standard for the
Installation of Sprinkler Systems
2007 Edition
Chapter 5 Classification of Occupancies and Commodities
5.4.2r'.Extra Hazard (Group 2).Extrahazard (Group 2) occupancies shall be defined as occupancies or
portions of other occupancies with moderate to substantial amounts of flammable or combustible liquids
or occupancies where shielding of combustibles is extensive.
Chapter 21 Snecial Occupancy Requirements
21.4 Standard for Spray Application Using Flammable or Combustible Materials.
21.4.1 Design Requirements.
21.4.1.1* The automatic sprinkler system shall be a wet pipe system, a dry pipe system, a preaction
system, or an open-head deluge system, whichever is most appropriate for the portion of the spray
operation being protected. [33:9.4.1]
21.4.1.2 The automatic sprinkler system shall be designed for Extra Hazard (Group 2) occupancies
Exception:
For spray application of styrene cross-link thermo-set resins, Section 17.3 of NFPA 33 shall apply.
133:9.4.21
21.4.1.3 The water supply shall be sufficient to supply all sprinklers likely to open in any one fire incident
without depleting the available water for use in hose streams. [33:9.4.3]
21,4.1.4 Where sprinklers are installed to protect spray areas and mixing rooms only, water shall be
permitted to be supplied from domestic water systems provided the domestic supply can meet the design
criteria of 21.4.1.2. 13329.4.41
21,4.1,5 The sprinkler system for each spray area and mixing room shall be controlled by a separate,
listed indicating valve(s), operable from the floor. [33:9.4.5]
21.4.1.6 Resin application areas shall be protected by an automatic sprinkler system that is designed for at
least ordinary hazard (Group 2) occupancies. [33:17.3]
21,4.2 Installation Requirements.
21,4.2.1x Sprinklers protecting spray areas and mixing rooms shall be protected against over-spray
residue, either by location or covering, so that they will operate quickly in event of fire. 133:9.4.71
21.4.2.2 Sprinklers shall be permitted to be covered only by cellophane bags having a thickness of 0.003
in. (0.08 mm) or less or by thin paper bags. These coverings shall be replaced frequently so that heavy
deposits of residue do not accumulate. 13329.4.7.11
Annex A Exnlanatory Material
A.21.4.1,L Spray application operations should be located only in buildings that are completely protected
by an approved system of automatic sprinklers. If located in un-sprinklered buildings, sprinklers should
be installed to protect spray application processes where practical. Because of the rapidity and intensity of
fires that involve spray operations, the available water should be ample to simultaneously supply all
sprinkler heads likely to open in one fire without depleting the available water for use by hose streams.
Noncombustible draft curtains can be used to limit the number of sprinklers that will open.
Even when areas adjacent to coating operations are considered under reasonably positive fire control by
adequate automatic sprinkler protection, damage is possible if operations are conducted on floors above
those containing contents that are highly susceptible to water damage. Waterproofing and drainage of
spray room floors can assist in reducing water damage on floors below. The proper drainage of the large
volume of water frequently necessary to extinguish spray finishing room fires often presents considerable
difficulty. [33: A.9.4]
A,21.4.2.1Automatic sprinklers in spray areas, including the interior of spray booths and exhaust ducts,
should be wet pipe, pre-action, or deluge system so that water can be placed on the fire in the shortest
possible time. Automatic sprinklers in spray booths and exhaust ducts should be of the lowest practical
temperature rating. The delay in application of water with ordinary dry pipe sprinklers can permit a fire to
spread so rapidly that final extinguishment is difficult without large resulting damage.
The location of the sprinkler heads inside spray booths should be selected with care in order to avoid
heads being placed in the direct path of spray and yet afford protection for the entire booth interior. When
sprinkler heads are in the direct path of spray, even one day's operation can result in deposits on the
sprinkler heads that insulate the fusible link or choke open head orifices to the extent that sprinklers
cannot operate effi ciently.
Automatic sprinklers should also be located so that areas subject to substantial accumulations of over-
spray residue are protected. Generally, sprinklers are located no more than 4 ft (1.2 m) from side walls of
booths and rooms and from dry over-spray collectors (where applicable). Sprinklers in booths or rooms
should be on extra hazardoccupancy spacing of 90 ft2 (8.4 m2).
All sprinklers in spray areas should be controlled by an accessible control valve, preferably an OS&Y
valve. [33: A.9.4]
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1,
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AND INSTALLATION TO BE IN
AC
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MA
N
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3
6
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1
,
DATED JANUARY 2004.
2.
TH
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W
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G
SHOWS PROTECTION OF THE WORK AREA
AN
D
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A
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T
PL
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N
U
M
ONLY. PROTECTION OF THE EXHAUST
DU
C
T
AN
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/
O
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PI
T
MUST BE EVALUATED SEPARATELY.
3.
AG
E
N
T
CY
L
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R
TO BE LOGATED OUTSIDE 8OOTH.
AL
T
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R
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A
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LO
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A
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I
O
N
S
ACCEPTABLE WITHIN THE DESIGN
LI
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I
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S
OF
TH
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SYSTEM.
4.
MA
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U
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FU
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I
B
L
E
LINK SPACING IS 2OO'FOR THE WORK
AR
E
A
.
AL
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FU
S
I
B
T
E
LINKS SHALL BE CENTERED AND SPACED
EQ
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A
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IN
TH
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PROTECTED HAZARD,
5.
AL
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IS
TO
BE GALVANIZED STEEL CONFORMING TO
AS
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#
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.
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PIPING TO BE BALANCED TlO%.
6.
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BE SECURELY AND ADEOUATELY
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WTH NFPA 17.
7.
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RELEASE STATON, P/N 875572, SHALL
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AND IN ACCORDANCE WITH THE
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IN NOTE 1.
8.
IN
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SERVICE OF THIS SYSTEM SHALL BE
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BY
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AND KIDDE FIRE SYSTEMS
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COMPANIES ONLY,
9,
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TEMPERATURE O'F TO 120'F.
10
.
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CABLE NOT SHOWN. INSTALL EMT
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IN ACCORDANCE WITH THE
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(s
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Components
A
TOP OF
CYLINDER VALVE
B
CENTER OF
DISCHARGE PORT
c----------+
NOMINAL
CYLINDER
DIAMETER
Figure 2-1. Dimensions of Cylinder and Valve Assembly
Table 2-1. Cylinder and Valve Assembly Specifications
Cylinder and
Valve Assembly
Part Number
Model Application Agency
Approval
Agent
Type
FiI
Weight
of Agent
Dimensions
A B c
486573 IND-21 Total-Flood UL/ULC, FM ABC 2L tb 17-L/2 in.
(447 mm)
16-1l8 in.
(409 mm)
9 in.
(229 mm)
486574 IND-45 Total-Flood UVULC, FM ABC 45 lb 30-3/4 in.
(782 mm)
29-t/4 in.
(744 mm)
9 in.
(229 mm)
83-100018-001 IND-70 Open-Front
Spray Booth
UVULC ABC 68 tb.3O-1/4 in.
(768 mm)
28-t/2 in.
(724 mm)
l2-L/4 in.
(312.4 mm)
486570 IND-25 Total-Flood
Open-Front
Spray Booth
UL/ULC, FM BC 25 lb.t7-l/2 in.
(447 mm)
16-1lB in.
(409 mm)
9 in.
(229 mm)
48657I IND-50 Total-Flood
Open-Front
Spray Booth
Local-
Application
UL/ULC, FM
UL/ULC
UL/ULC
BC s0 tb.30-3/4 in.
(782 mm)
29-L/4 in.
(744 mm)
9 in.
(229 mm)
B3-100019-00 1 IND-75 Open-Front
Spray Booth
UL/ULC BC 75 lb.30-7/4 in.
(768 mm)
28-r/2 in.
(724 mm)
\2-l/4 in.
(312.4 mm)
P/N 220423 2-3 June 2005
Components
2-2.1.1 WALL MOUNTING BMCKET, p/NS 486487 , 486488, OR 87_100009_001
Mounting brackets are used for mounting all cylinder and Valve Assembly. Acylinder strap is used to secure the cylinder to the bracket. The bracket is
mounted to the wall using three. (3) 3/B-inch diameter bolts or screws of suitablelength and type. see Figure 2-2 and Table 2-2 for dimensions and load
information.
CYLINDER STRAP
A
I
B
Figure 2-2. Wall Mounting Bracket
Table 2-2. Wall Mounting Bracket Specifications
c
DimensionsWall Mounting
Bracket P/N Model
A B c
Recommended Wall
Support Load
486487 IND-21
IND-25
13-1/8 in.
(333 mm)
9-3/4 in.
(248 mm)
6-3/4 in.
(171 mm)
65 lb.
(30 kg)
486488 IND.45
IND-50
19-5/8 in.
(498 mm)
9-3/4 in.
(248 mm)
6-3/4 in.
(171 mm)
130 tb.
(ss kg)
B7-100009-0011 IND-70
IND-75
21 in.
(533 mm)
t3-7/4 in.
(337 mm)
I0-L/4 in.
(257 mm)
22s lb.
(102 kg)
87-1000 10-00 1 1,2 IND-70
IND-75
1 uL Listed only
2 Bracket P/N 87-100010-001 is a floor mounting kit for the Model IND-70 or IND-75, andrequires P/N 87-100009-001. See paragraph 2-2.1.1.1.
June 2005 2-4 P/N 220423
Components
2-2.L.L.r
3/8 in. DIAMETER
BOLTS TO ATTACH
TO WALL MOUNTING
BRACKET
Floor Mount Bracket Kit, P/N 87-100010-001
A Floor Mount Bracket Kit is used for mounting the IND-70 or IND-75
cylinder to the floor. The Floor Mount Bracket Kit requires wall Mounting
Bracket P/N 87-100009-001. Use 3/B-inch diameter bolts (with nuts) of
suitable length and type to attach to the wall Mounting Bracket. See
Figure 2-3.
3/8 in. DIAMETER
BOLTS TO ATTACH
TO WALL MOUNTING
BRACKET
>\\
Figure 2-3. Floor Mount Bracket Kit
Table 2-3. Floor Mounting Kit Specifications
c
Dimension A Dimension B Dimension C
3 in. (76 mm)9-518 in. (245 mm)6-9/L6 in. (168 mm)
PlN 220423 2-5 June 2005
Components
2-2.I.2 DISCHARGE ADAPTER KIT, P/N B449OB
Ttr_e Discharge Adapter provides a means to connect discharge pipe to any KiddeIND Dry Chemical Cylinder and Valve Assembly.
The Discharge Adapter Kit consists of a 3/4-inch NPT adapter and a steel flangeplate (see Figure 2-4).
Note: The nuts and bolts used to secure the Anti-Recoil plate to the discharge
valve should be retained and used for mounting the Discharge Adapter*to
the valve outlet.
The Discharge Adapter can also be used as a recharge adapter topressurize the cylinder with nitrogen after filling with dry clemical.
3/4 in. NPT
FLANGE PLATE
ADAPTER
O-RING
Figure 2-4. Discharge Adapter Kit, p/N 844908
June 2005 2-6 P/N 220423
Components
2-2.2.3 TOTAL-FLOODING NOZZLE, p/N B3-100005-001
The Total-Flooding (TF) Nozzle, shown in Figure 2-8, is designed to discharge dry
chemical throughout an enclosed area. The TF Nozzle is used for non-spray type
applications as well as enclosed and open-face applications.
Each TF Nozzle is factory-equipped with a blow-off cap (p/N 06-250099-067) toprotect the nozzle orifices from clogging and physical damage.
2-314 in.
(69 mm)
311ln--l1
(19 mm) NPT
BLOW.OFF CAP
(P/N 06-250099{t67}
Figure 2-8. Total-Flooding Nozzle, p/N 83-100005-001
PlN 220423 2-9 lune 2005
Components
2-2.2.4 DUCT/PLENUM (Dp) NOZZLE, p/N 83_100006_001
The Duct/Plenum (DP) Nozzle, shown in Figure 2-9, is designed to discharge dry
chemical throughout an exhaust duct or plenum.
Each DP Nozzle is factory-equipped with a blow-off cap (p/N 264742) to protect
the nozzle orifices from clogging and physical damage.
2-718 in.
(73.7 mm)
1l2ln. -'14
(13 mm) NPT
BLOW.OFF
(PtN 2647121
Figure 2-9. Duct/Plenum (Dp) Nozzte, p/N 83-100006-001
lune 2005 2-10 P/N 220423
Components
2-3 CONTROLS
2-3.1
3-3/4 in.
(95 mm)
XllM Control System, P /N 87-12OO99-OO1
The XVControl System , P/N 87-120099-001, is used for actuating the Kidde IND Cylinder
and Valve Assembly. The Xtl Control System can be attached to the System Valve
Actuator, P/N 87-120042-001 for direct cylinder mounting, or to a wall for remote
mounting. Knockouts are provided to accommodate either type of mounting. The
controller can be operated with:
r Automatic mechanical detection (fusible-links and thermo-bulb links),
. Automatic electrical operation, and
. Remote and local manual operation.
9-7116 in.
(240 mm)
B-3/16 in.
(208 mm)
Figure 2-I1. XV Control System
June 2005 P/N 220423
Components
2-3.1.I
2-3.L.2
SYSTEM NITROGEN CARTRIDGE, p/N 87-120043-001
fhe XV Control System uses a nitrogen cartridge for actuating the IND dry
chemical cylinders and is charged *itn ary nitiogen (see Figure 2-12). The
System Nitrogen Cartridge is mounted inside the XV Control System to protect it
from tampering and provides the date of manufacturing and space (gray band)
for recording of the installation date.
5-1/8 in.
('130 mm)
1-9/16 in-
(40 mm)
GRAY BAND
Figure 2-12. System Nitrogen Cartridge, plN 87-L20043-001
TEST CARTRIDGE, P/N 87-120044-001
The Test Cartridge is used for testing of the Kidde IND Dry Chemical System. The
Test Cartridge has a red band around it with a label "TEST CARTRIDGE" as shown
in Figure 2-13.
Note: The System Nitrogen Cartridge P/N 87-120043-001 is required for
actuation and full discharge or "puff" tests.
The Test cartridge (P/N a7-L2oo44-oo1) must be removed and the system
Nitrogen Cartridge (P/N 87-L2OO43-OO1) must be installed at the completion of
any work done on the system. Failure to do so will result in malfunction of the
system.
4 in.
(102 mm)
Figure 2-13. Test Cartridge, P/N 87-120044-001
A
CAUTION
+
in
(25 mm)
+
P/N 220423 2-73 June 2005
Components
2-3.1.3 SYSTEM VALVE ACTUATOR (SVA), p/N 87-120042-001
A System Valve Actuator (SVA) is mounted to every dry chemical cylinder valve
assembly located on the system (see Figure 2-L4). The svA has ports for low
profile tubing runs, and is also equipped with a spring loaded plunger that locks
the piston in the discharged position, ensuring complete discharge of the
cylinder(s) contents.
5/16-18 UNC
THROUGH HOLE (rYP)
(NOTSHOWN)
t/8 in.
NPT PORT
1/8 in. NPT PLUG
(IFAPPLICABLE)
SPRING LOADED
PLUNGER
PISTON IN ACTUATED
POSTT|ON (TOWARDS
CYLINDER VALVE}
Figure 2-14. System Valve Actuator (SVA), P/N 87-120042-001
't-3/4 in.
(44 mm)
SVAPISTON IN
SET POSITION
lune 20O5 2-t4 PlN 220423
Components
2-3.t.4 HrGH-PRESSURE NITROGEN TUBING, p/N 87-120045-001
The braided High-Pressure Nitrogen Tubing, is required on all installations in
which the XV Control System is mounted to a dry chemical cylinder. Use of
another hose in such an installation could result in serious personal injury
and/or malfunction of the system.
The High-Pressure Nitrogen Tubing is used to connect the XV Control System to
the SVA (see Figure 2-15). A l/B-inch NPT (male) x 3/B-2a JIC Adapter is
included with the High-Pressure Nitrogen Tubing.
AWARNING
1/8 in. NPT
THREAD SEAT
A
(END TO SEAT)
Figure 2-15. External Tubing for XV Control System
1/2 in. HEX,
114in.37 DEGREE
FLARE, SWIVEL
t_1/8 in. NPT
(MALE) x3t8-24
JIC ADAPTER
P/N 220423 2-t5 lune 2005
Components
2-3.t.8.2 Universal-Link Housing Kit, p/N 87-120064-001
The Universal-Link Housing Kit, shown in Figure 2-2L, and consists of the
following:
Table 2-7. Detector Housing Kit, p/N 87-120064-001
Item Quantity
It-L/z in. (292 mm) Detector Housing 1
Crimp Sleeves 2
"S" Hooks 2
The items above are used to attach the Fusible-Link orThermo-Bulb Links
to the 1/16-inch cable leading to the XV control system. The Universal-
Link Housing can be configured as an End-of-Line or In-Line bracket.
1/16 in. CABLE
TO CONTROL SYSTEM
(NOT SUPPLTED)
"s" HooKS
CRIMP
SLEEVE
in. \292
$$)
THERMO.BULB LINK
OR FUSIBLE.LINK
(NOT SUPPLTED)
{1;t12 LOCKNUT
(NOT SUPPLTED)
CRIMP
SLEEVE 1/2 in. EMT
CONNECTOR
(NOT SUPPLTED)
THERMO.BULB LINK
OR FUSIBLE.LINK
(NOT SUPPLTEO)
EXAMPLE OF IN.LINE
UNIVERSAL HOUSING KIT
EXAMPLE OF ENDOF.LINE
UNIVERSAL HOUSING KIT "s" HooK
Figure 2-21. Universal-Link Housing Kit, p/N 87-120064-001
lune 2005 2-20 P/N 220423
Components
2-3.1.8.3
THERMO.BULB
Thermo-Bulb Links, P/N 87-12009X-XXX
UL Listed and FM Approved Thermo-Bulb Links, shown in Figure 2-22, are
used in conjunction with Universal-Link Housing Kits (P/N 87-L2OO64-001)
and/or Detector Housing Kits (P/N 804548). The links are held together
with a liquid-filled glass tube (Thermo-Bulb), which bursts at a
predetermined temperature, allowing the two halves of the link to
separate. The types of Thermo-Bulb links are:
. Rapid Response
. Standard Response
These Thermo-Bulb links are available in various temperature ratings with
a minimum/maximum load rating of 0 lb./50 lb. (0 kg/23k9).
THERMO.BULB
Figure 2-22. Thermo-Bulb Link, P/N 87-12009X-XXX
P/N 220423 2-21 lune 2005
Components
2-3.r.8.4
2-3.1.8.5
Fusible-Links (Model KML), P/Ns 282661,282662,282664 and 282666
UL Listed and FM Approved Fusible-Links, shown in Figure 2-23, are used
in conjunction with the Fusible-Link Housing Kit. The Fusible-Links are held
together with a low melting alloy that melts at a predetermined
temperature, allowing the two halves of the link to separate.
Figure 2-23. Fusible-Link, p/N 28266X
Fusible-Links are available in various temperaturp ratings with a
minimum/maximum load rating of 10 lb./40 lb. (5 kgl18 kg) (see
Table 2-B).
Table 2-8. Fusible-Link Temperature Ratings
There are two temperature designations which apply to Fusible-Links
(refer to Table 2-B). one temperature is called the rating temperature,
and the other is called the maximum exposure temperature.
The rating temperature, which is stamped on the Fusible-Link, is the
temperature at which the link will separate when new. However, continual
exposure to cycling ambient temperatures may cause a degradation of the
link over time.
Fusible-Link (Model KFA), P/N 87-120060-001
Fusible-Links are available with a minimum/maximum load rating of
5 lb. - 45 lb. (2.3 Kg - ZO.4 Kg). See Table 2-9.
Table 2-9. Fusible-Link (Model KFA) Temperature Ratings
Figure 2-24. Fusible-Link, p/N 87-120060-001"
Fusible-Link Rating Maximum Exposure Temperature Part Number
1650F (74oC)100oF (38oc)28266L
ztzoF (100"c)150oF (6soc)782662
3600F (182"C)300oF (1490c)282664
500"F (260.C)44OoF (2Z6oC)282666
Fusible-Link Rating Maximum Exposure Temperature Part Number
360oF (1B2oC)44OoF (227oC)87-120060-001
June 2005 2-22 P/N 220423
Components
2-3.t.9 REMOTE MANUAL RELEASE, P/N 875572
The Remote Manual Release, shown in Figure 2-25, is provided as a means of
manually actuating the system from a remote location. The Remote Manual
Release is attached to the XV Control System with 1/16-inch control cable. To
actuate the system at the Remote Manual Release, pull out the safety pin and pull
hard on the handle.
Each Remote Manual Release is supplied with a separate nameplate. This
nameplate must be attached to the mounting surface l-inch above or below the
Remote Manual Release.
3-5/8 in.
(92.2 mm)
'l-112in.
(38 mm)
Figure 2-25. Remote Manual Release, P/N 875572
P/N 220423 2-23 June 2005
Components
2-3.1.10 coRNER PULLEY, P/N 844648
The. Corner Pulley is used to change the direction of the control cable runs. Thecable's protective conduit (1/2-inc-h EMT) is attached to the corner pulleys withthe. coupling nuts provided. The corner pulley is equipped with a ball-bearingpulley for minimum resistance to the cable travel.
3 in.
(76.2 mm)
3 in.
(76.2 mm)
Figure 2-26. Corner pulley, plN 844648
June 2005 2-24 P/N 220423
APP'D ADATE SHEET; 2 OF 2MODEL 87IO BIKE BOOTHPROJECT Lr-r5555 t8-08DWG. NO.
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DATED JANUARY 2004.
2.
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4.
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LINK SPACING IS 2O'0" FOR THE WORK
AR
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.
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LINKS SHALL BE CENTERED AND SPACED
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5.
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AS
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6,
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7.
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BE
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AND IN ACCORDANCE WITH THE
PU
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IN NOTE 1.
8,
IN
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AND SERVICE OF THIS SYSTEM SHALL BE
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AND KIDDE FIRE SYSTEMS
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COMPANIES ONLY,
9.
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TEMPERATURE O'F TO 120'F.
10
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Components
A
TOP OF
CYLINDER VALVE
B
CENTER OF
DISCHARGE PORT
l-"----------lI Homrr.rll I
CYLINDER
DIAMETER
Figure 2-1. Dimensions of Cylinder and Valve Assembly
Table 2-1. Cylinder and Valve Assembly Specifications
Cylinder and
Valve Assembly
Part Number
Model Application Agency
Approval
Agent
Type
Fiil
Weight
of Agent
Dimensions
A B c
486573 IND-21 Total-Flood UL/ULC, FM ABC 2L lb 17-U2in.
(447 mm)
16-1/B in.
(409 mm)
9 in.
(229 mm)
486574 IND-45 Total-Flood UL/ULC, FM ABC 45 lb 3O-3/4 in.
(782 mm)
29-7/4 in.
(744 mm)
9 in.
(229 mm)
B3-100018-001 IND.70 Open-Front
Spray Booth
UL/ULC ABC 68 rb.3O-L/4 in.
(768 mm)
28-t/2 in.
(724 mm)
L2-t/4 in.
(312.4 mm)
486s70 IND.25 Total-Flood
Open-Front
Spray Booth
UL/ULC, FM BC 25 lb.17-L/2 in.
(447 mm)
16-1lB in.
(409 mm)
9 in.
(229 mm)
486571 IND-50 Total-Flood
Open-Front
Spray Booth
Local-
Application
UL/ULC, FM
UL/ULC
UVULC
BC s0 lb.30-3/4 in.
(782 mm)
29-I/4 in.
(744 mm)
9 in.
(229 mm)
B3-100019-001 IND-75 Open-Front
Spray Booth
UL/ULC BC 75 lb 3O-l/4 in.
(768 mm)
28-t/2 in.
(724 mm)
I2-l/4 in.
(312.4 mm)
PlN 220423 2-3 June 2005
Components
2-2.t.t WALL MOUNTING BRACKET, p/NS 486487,486488, OR 87_100009_001
Mounting brackets are used for mounting all cylinder and Valve Assembly. A
cylinder strap is used to secure the cylinder to the bracket. The bracket is
mounted to the wall using three (3) 3/8-inch diameter bolts or screws of suitablelength and type. see Figure 2-2 and Table 2-2 for dimensions and load
information.
CYLINOER STRAP
B
Figure 2-2. Wall Mounting Bracket
Table 2-2. Wall Mounting Bracket Specifications
A
c
DimensionsWall Mounting
Bracket P/N Model
A B c
Recommended Wall
Support Load
486487 IND-21
IND-25
13-1l8 in.
(333 mm)
9-3/4 in.
(248 mm)
6-3/4 in.
(171 mm)
65 lb.
(30 kg)
486488 IND-45
IND-50
19-518 in.
(498 mm)
9-3/4 in.
(248 mm)
6-3/4 in.
(171 mm)
130 lb.
(se kg)
87-100009-0011 IND.7O
IND-75
2L in.
(533 mm)
13-1/4 in.
(337 mm)
t}-L/4 in.
(257 mm)
22s lb.
(102 ks)
B7-100010-00 1 1,2 IND-70
IND-75
1 uL tisted only
2 Bracket P/N 87-100010-001 is a floor mounting kit for the Model IND-70 or IND-75, andrequires P/N 87-100009-001. See paragraph 2-2.1.1.1.
June 2005 2-4 P/N 220423
Components
2-2.t.L.1
3/8 in. DIAMETER
BOLTS TO ATTACH
TO WALL MOUNTING
BRACKET
Floor Mount Bracket Kit, P/N 87-100010-001
A Floor Mount Bracket Kit is used for mounting the IND-70 or IND-75
cylinder to the floor. The Floor Mount Bracket Kit requires Wall Mounting
Bracket P/N 87-100009-001. Use 3/B-inch diameter bolts (with nuts) of
suitable length and type to attach to the Wall Mounting Bracket. See
Figure 2-3.
3/8 in. DIAMETER
BOLTS TO ATTACH
TOWALL MOUNTING
BRACKET
>\\
Figure 2-3. Floor Mount Bracket Kit
Table 2-3. Floor Mounting Kit Specifications
c
Dimension A Dimension B Dimension C
3 in. (76 mm)9-518 in. (245 mm)6-9/L6 in. (168 mm)
PlN 220423 2-5 June 2005
Components
2-2.t.2 DISCHARGE ADAPTER KIT, P/N 844908
The Discharge Adapter provides a means to connect discharge pipe to any Kidde
IND Dry Chemical Cylinder and Valve Assembly.
The Discharge Adapter Kit consists of a 3/4-inch NPT adapter and a steel flange
plate (see Figure 2-4).
Note: The nuts and bolts used to secure the Anti-Recoil Plate to the discharge
valve should be retained and used for mounting the Discharge Adapter to
the valve outlet.
The Discharge Adapter can also be used as a recharge adapter to
pressurize the cylinder with nitrogen after filling with dry chemical.
3/4 in. NPT
FLANGE PLATE
ADAPTER
O-RING
Figure 2-4. Discharge Adapter Kit, p/N 844908
June 2005 2-6 P/N 220423
Components
2-2.2.3 TOTAL-FLOODTNG NOZZLE, p/N B3-100005-001
The Total-Flooding (TF) Nozzle, shown in Figure 2-8, is designed to discharge dry
chemical throughout an enclosed area. The TF Nozzle is used for non-spray type
applications as well as enclosed and open-face applications.
Each TF Nozzle is factory-equipped with a blow-off cap (P/N 06-250099-067) to
protect the nozzle orifices from clogging and physical damage.
2-314 in.
(69 mm)
321 in--l/t
(19 mm) NPT
BLOW-OFF CAP
(P/N 06-250099{67)
Figure 2-8. Total-Flooding Nozzle, P/N 83-100005-001
PlN 220423 2-9 lune 2005
Components
2-2.2.4 DUCT/PLENUM (Dp) NOZZLE, p/N 83-100006-001
The Duct/Plenum (DP) Nozzle, shown in Figure 2-9,is designed to discharge dry
chemical throughout an exhaust duct or plenum.
Each DP Nozzle is factory-equipped with a blow-off cap (p/N 264742) to protect
the nozzle orifices from clogging and physical damage.
2-718 in.
(73.7 mm)
112 in. -'14
(13 mm) NPT
BLOW.OFF
(P/N 264742)
Figure 2-9. Duct/Plenum (DP) Nozzle, p/N B3-100006-001
June 2005 2-to P/N 220423
Components
2-3 CONTROLS
2-3.L
3-3/4 in.
(95 mm)
XllM Control System, P / N 87-12OO99-OO1
The XVControl System, P/N 87-120099-001, is used for actuating the Kidde IND Cylinder
and Valve Assembly. The XV Control System can be attached to the System Valve
Actuator, P/N 87-120042-001 for direct cylinder mounting, or to a wall for remote
mounting. Knockouts are provided to accommodate either type of mounting. The
controller can be operated with:
o Automatic mechanical detection (fusible-links and thermo-bulb links),
. Automatic electrical operation, and
. Remote and local manual operation.
9-7116 in.
(240 mm)
8-3/16 in.
(208 mm)
Figure z-Lt. XV Control System
June 2005 2-72 P/N 220423
Components
2-3.r.r
2-3.L.2
SYSTEM NITROGEN CARTRIDGE, p/N 87-120043-001
The XV Control System uses a nitrogen cartridge for actuating the IND dry
chemical cylinders and is charged with dry nitrogen (see Figure 2-12). The
System Nitrogen Cartridge is mounted inside the XV Control System to protect it
from tampering and provides the date of manufacturing and space (gray band)
for recording of the installation date.
-t
A
5-1/8 in.
(130 mm)
1-9/16 in.
(40 mm)
GRAY BAND
Figure 2-12. System Nitrogen Cartridge, PlN 87-120043-001
TEST CARTRIDGE, P/N 87-120044-001
The Test Cartridge is used fortesting of the Kidde IND Dry Chemical System. The
Test Cartridge has a red band around it with a label "TEST CARTRIDGE" as shown
in Figure 2-13.
Note: The System Nitrogen Cartridge P/N 87-120043-001 is required for
actuation and full discharge or "puff" tests.
The Test Cartridge (P/N 87-12OO44-OO1) must be removed and the System
Nitrogen Cartridge (P/N a7-L2OO43-OO1) must be installed at the completion of
any work done on the system. Failure to do so will result in malfunction of the
system.
4in
(102 mm)
f
1 in.
(25 mm)
+
Figure 2-13. Test Cartridge, P/N 87-120044-001
CAUTION
P/N 220423 2-13 lune 2005
Components
2-3.r.3 SYSTEM VALVE ACTUATOR (SVA), p/N 87-120042-001
A System Valve Actuator (SVA) is mounted to every dry chemical cylinder valve
assembly located on the system (see Figure 2-L4). The SVA has ports for low
profile tubing runs, and is also equipped with a spring loaded plunger that locks
the piston in the discharged position, ensuring complete discharge of the
cylinder(s) contents.
5/16-18 UNC
THROUGH HOLE [TYP)(NOrsHowN)
1/8 in.
NPT PORT
1/8 in. NPT PLUG
(IFAPPLICABLE)
SPRING LOADED
PLUNGERPISTON IN ACTUATED
POSTTION (TOWARDS
CYLINDER VALVE)
Figure 2-14. System Valve Actuator (SVA), P/N 87-120042-001
1-3r4 in.
(44 mm)
SVAPISTON IN
SET POSITION
June 2005 2-14 PlN 220423
Components
2-3.t.4 HIGH-PRESSURE NITROGEN TUBING, p/N 87-120045-001
The braided High-Pressure Nitrogen Tubing, is required on all installations in
which the XV Control System is mounted to a dry chemical cylinder. Use of
another hose in such an installation could result in serious personal injury
and/or malfunction of the system.
The High-Pressure Nitrogen Tubing is used to connect the XV Control System to
the SVA (see Figure 2-15). A l/B-inch NPT (male) x 3/8-24 JIC Adapter is
included with the High-Pressure Nitrogen Tubing.
AWARNING
1/8 in. NPT
THREAD SEAT
A
(END TO SEAT)
Figure 2-15. External Tubing for XV Control System
1/2 in. HEX,
114 in.37 DEGREE
FLARE, SWIVEL
1/8 in. NPT
(MALE) x318-24
JIC ADAPTER
P/N 220423 2-t5 June 2005
Components
2-3.L.8.2 Universal-Link Housing Kit, P/N 87-120064-001
The universal-Link Housing Kit, shown in Figure 2-2L, and consists of the
following:
Table 2-7. Detector Housing Kit, p/N 87-120064-001
Item Quantity
1.I-l/2 in. (292 mm) Detector Housing 1
Crimp Sleeves 2
"S" Hooks 2
The items above are used to attach the Fusible-Link orThermo-Bulb Links
to the 1/16-inch cable leading to the XV control system. The Universal-
Link Housing can be configured as an End-of-Line or In-Line bracket.
1/16 in. CABLE
TO CONTROL SYSTEM
(NOT SUPPLTED)
"s" HooKs
CRIMP
SLEEVE
\2e2
$I{i
THERMO.BULB LINK
OR FUSIBLE.LINK
(NOT SUPPLTED)
t{rtpin'LOGKNUT
(NOT SUPPLTED)
CRIMP
SLEEVE 1/2 in. EMT
THERMO.BULB LINK
OR FUSIBLE-LINK
(NOT SUPPLTED)
EXAMPLE OF IN.LINE
UNIVERSAL HOUSING KITEXAMPLE OF END-OF.LINE
UNIVERSAL HOUSING KIT
NECTOR
"s" HooK (NOT SUPPLTED)
Figure 2-21. Universal-Link Housing Kit, p/N 87-120064-001
June 2005 2-20 PlN 220423
Components
2-3.1.8.3
THERMO.BULB
Thermo-Bulb Links, P/N 87-12009X-XXX
UL Listed and FM Approved Thermo-Bulb Links, shown in Figure 2-22, are
used in conjunction with Universal-Link Housing Kits (P/N 87-L20064-001)
and/or Detector Housing Kits (P/N 804548). The links are held together
with a liquid-filled glass tube (Thermo-Bulb), which bursts at a
predetermined temperature, allowing the two halves of the link to
separate. The types of Thermo-Bulb links are:
. Rapid Response
o Standard Response
These Thermo-Bulb links are available in various temperature ratings with
a minimum/maximum load rating of 0 lb./50 lb. (0 kgl23k9).
THERMO-BULB
Figure 2-22. Thermo-Bulb Link, P/N 87-12009X-XXX
P/N 220423 2-21 June 2005
Components
2-3.r.8.4
2-3.1.8.5
Fusible-Links (Model KML), P/Ns 28266I,282662,282664 and 282666
UL Listed and FM Approved Fusible-Links, shown in Figure 2-23, are used
in conjunction with the Fusible-Link Housing Kit. The Fusible-Links are held
together with a low melting alloy that melts at a predetermined
temperature, allowing the two halves of the link to separate.
Figure 2-23. Fusible-Link, P/N 28266X
Fusible-Links are available in various temperatu
minimum/maximum load rating of 10 lb./4o lb.
Table 2-B).
re
(5
ratings with a
kglt8 kg) (see
Table 2-8. Fusible-Link Temperature Ratings
There are two temperature designations which apply to Fusible-Links
(refer to Table 2-B). One temperature is called the rating temperature,
and the other is called the maximum exposure temperature.
The rating temperature, which is stamped on the Fusible-Link, is the
temperature at which the link will separate when new. However, continual
exposure to cycling ambient temperatures may cause a degradation of the
link over time.
Fusible-Link (Model KFA), P/N 87-120060-001
Fusible-Links are available with a minimum/maximum load rating of
5 lb. - 45 lb. (2.3 Kg - 20.4 Kg). See Table 2-9.
Table 2-9. Fusible-Link (Model KFA) Temperature Ratings
Figure 2-24. Fusible-Link, P/N 87-120060-001
Fusible-Link Rating Maximum Exposure Temperature Part Number
1650F (74"C)100oF (38oc)28266L
2r2oF (100"c)150oF (65oC)282662
3600F (182"C)300"F (149oC)282664
500('F (260.c)440oF (226"C)282666
Fusible-Link Rating Maximum Exposure Temperature Part Number
360"F (182"C)440oF (227oC)87-120060-001
lune 2005 2-22 P/N 220423
Components
2-3.L.9 REMOTE MANUAL RELEASE, PlN 875572
The Remote Manual Release, shown in Figure 2-25, is provided as a means of
manually actuating the system from a remote location. The Remote Manual
Release is attached to the XV Control System with 1/16-inch control cable. To
actuate the system at the Remote Manual Release, pull out the safety pin and pull
hard on the handle.
Each Remote Manual Release is supplied with a separate nameplate. This
nameplate must be attached to the mounting surface l-inch above or below the
Remote Manual Release.
3-5/8 in.
(92.2 mm)
1-'ll2in.
(38 mm)
Figure 2-25. Remote Manual Release, P/N 875572
P/N 220423 2-23 June 2005
Components
2-3.1.10 coRNER PULLEY, P/N 844648
The. Corner Pulley is used to change the direction of the control cable runs. Thecable's protective conduit (1/2-inch EMT) is attached to the Corner pulleys withthe. coupling nuts provided. The corner pulley is equipped with a ball-bearingpulley for minimum resistance to the cable travel.
3 in.
(76.2 mm)
3 in.
(76.2 mm)
Figure 2-26. Corner pulley, p/N 844648
lune 2005 2-24 P/N 220423