HomeMy WebLinkAbout01-0615
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BUILDING PERMIT~~
, .~
J
0615
CITY OF ZEPHYRHILLS
(813}.i11 _. I
Permit
Date /v "" 4 -lJ /
,
Property Owner:
Job Address:
Parcel I. D. #
~..~'-
V~~~~1f ~
M~~~wer Conn
Water Conn:
~
Water Meter:
T.I.F.'s:
Zoning:
Description of Work
FINAL
NO OCCUPANCY BEFORE C.O.
Complete Plans, Specifications and Fee Must Accompany Application. C.O.
All work shall be performed in accordance with City Codes and Ordinances.
DATE
Valuation or
Contract Price
9,000. -
Inspector
p~mit~J. ;y~
~anatu~__----=
Company
Address
cr;i;;;~ J j 3 - '}33 ' %37,,)
:>
FiJ /Jff/~VfII
1f,-J-tJ;l
City license Registration # ~ q 1'if
State Certified license# C!.Gt?tJ hOX 7
~/lnA7~ l J~4)~
BUilDING
ElEC~'-
PLUM~--
~
~-
Ftr.
Pre SlB
lintel
FRM.
Insul. Cl
WL
Tp. Servo
Rough In
Meter Can
Const. Pole
Pool
Pre-Meter
Final
SlB
Tub Set
Water
Sewer
Final
Breakers
Ducts Ins!.
Compressor
Final
Driveway
REINSPECTION FEES: When extra inspection trips are necessary due to anyone of the following reasons, a
charge of Twenty Five and 00/100 Dollars ($25.00) shall be made for each trip for each trade:
a. Wrong Address
b. Condemned work resulting from faulty construction.
c. Repairs or corrections not made when inspection called.
d. Work not ready for inspection when called.
e. Permit not posted on job site.
f. Plans not at job site.
g. Work not accessible.
The payment of inspection fees shall be made before any further permits will be issued to the person owning
same.
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~ CITY OF ZEPHYRHILLS PERMIT APPLICATION
BUILDING DEPARTMENT 5335 8th STRBBT ZBPHYRHILLS, FL 33540
Phone:813-780-0020 Fax:813-780-0021
DATB RBCBIVED
PLANS REVIEW
BLOCK
9/2S/~;
FBB '
8'3
PHONE CONTACT <13?J -I3:::z.Q.
ZE PI.)..,/, /L~ /UH. J 3.r-tjfJ
.J-I
J;; JJ,.J Bo LEN~
JOB SITE ADDRESS .3 'j ?-'/"J- rf t>-"f 77J- .A--14S
J3
OWNER'S NAME
LEGAL DESCRIPTION: LOT(S)
.)-(,
SUBDIVISION
PARCEL ID #
CJdlt>-
(OBTAIN FROM PROPERTY TAX NOTICE)
WORK PROPSED: DNEW CONSTRUCTION
o ADDITION
o ALTERATION
o REPAIR
INSTALL
DSIGN
o MOVE
o DEMOLISH
PROPOSED USE: DSGL FAMILY DWELLING
o COMMERCIAL
o INDUSTRIAL
o SWIMMING POOL
o MOBILE HOME
o OTHER
o MULTI - FAMILY
0# OF UNITS
DESCRIPTION OF WORK
~ ,.,..,
~ILMN\!l SIZE
c=J RESTAURANT & HEALTH DEPARTMENT APPROVAL
--11.Ns~~l f(d_~~
2, '1 .,L J t.t ~_
SQUARE FOOTAGE
~-rJY
31B
HEIGHT
9'
RESIDENTIAL:
COMMERCIAL:
ATTACH (2) PLOT PLANS & (2) SETS OF BUILDING PLANS & (1) SET ENERGY FORMS.
ATTACH (3) SETS OF BUILDING PLANS & (1) SET ENERGY FORMS.
PROPERTY SURVEY REQUIRED FOR ALL NEW CONSTRUCTION.
PERMITS REQUESTED
?J Ifo/
Qif
5t BUILDING
o ELECTRICAL
$
~ () ~D
VALUATION OF TOTAL CONSTRUCTION
AMP SERVICE
o FLORIDA POWER
o
W.R.E.C.
o PLUMBING
o MECHANICAL
$
VALUATION OF MECHANCIAL INSTALLATION
o GAS
o ROOFING
o SPECIALTY
o OTHER
TYPE OF CONSTRUCTION: 0 BLOCK
o FRAME
o STEEL
o OTHER
FINISHED FLOOR ELEVATIONS
IS PROJECT IN FLOOD ZONE AREAD YES
o NO
BUILDER ~~
- STATE CERT OR REGIST # C G ~j 0 Ga..-a 2,.. (. I
SIGNATURl3,l CITY PROCESSING # ~(;J/!f
********************************************************* ********
ELBCTRICIAN
COMPANY
STATE CERT OR REGIST #
CITY PROCESSING #
SIGNATURE
******************************************************************
PLUMBER
COMPANY
STATE CERT OR REGIST #
CITY PROCESSING #
SIGNATURE
******************************************************************
MECHANICAL
COMPANY
STATE CERT OR REG 1ST #
CITY PROCESSING #
SIGNATURE
*****************************************************************
OTHBR
COMPANY
STATE CERT OR REGIST #
CITY PROCESSING #
SIGNATURE
*****************************************************************
CONDITIONS OF PERMIT AFFIDAVIT
A. NOTICE OF DEED RESTRICTIONS
the untiersigned understands that this permit may be
may be more restrictive than City regulations. The
compliance with any applicable deed restrictions.
B. UNLICENSED CONTRACTORS AND CONTRACTOR RESPONSIBILITIES
If the owner has hired a contractor or contractors to undertake work, they may be required
to be licensed in accordance with state and local regulations. If the contractor is not
licensed as required by law, both the owner and contractor may be cited for a misdemeanor
violation under state law. If the owner or intended contractor are uncertain as to what
licensing requirements may apply for the intended work, they are advised to contact the
City of Zephyrhills Building Department, 813-788-6611.
Furthermore, if the owner has hired a contractor or contractors, he is advised to have the
contractor(s) sign portions of the ~Contractor Sections" of this application for which they
will be responsible. If you, as the owner signs as the contractor, you are indicating that
you, rather than the contractor, are responsible for the work. If the contractor wishes
you to sign as contractor that may be an indication that he is not properly licensed and is
not entitled to permitting privileges in the City of Zephyrhills.
C. TRANSPORTATION IMPACT FEES AND UTILITY CONNECTION FEES
D. CONSTRUCTUION LIEN LAW (CHAPTER 713, FLORIDA STATUTES, AS AMENDED)
I certify that I, the applicant, have been provided with a copy of ~Florida's Construction
lien Law - Homeowner's Protection Guide" prepared by the Florida Department of Agriculture
and Consumer Affairs. If the applicant is someone other that the ~owner", I cerify that I
have obtained a copy of the above described document and promise in good faith to deliver
it to the Uowner" prior to commencement.
E. CONTRACTOR'S/OWNER'S AFFIDAVIT
I certify that all the information in this application is accurate and that all work will
be done in compliance with all applicable laws regulating construction, zoning, and land
development.
Application is hereby made to obtain a permit to do work and installation as indicated. I
certify that no work or installation has commenced prior to issuance of a permit and that
all work will be performed to meet standards of all laws regulating construction, City
codes, zoning regulations, and land development regulations in the jurisdiction. I also
certify that I understand that the regulations of other governmental agencies may apply to
the intended work, and that it is my responsibility to identify what actions I must take to
be in compliance. Such agencies include but are not limited to: *Department of
Environmental Regulation-Cypress Bayheads, Wetland Areas and Environmentally Sensitive
Lands, Water/Wastewater Treatment
*Southwest Florida Water Management District-Wells, Cypress Bayheads, Wetland Areas,
Altering Watercourses
*Army Corps of Engineers-Seawalls, Docks, Navigable Waterways
*Department of Health & Rehabilitative Services, Environmental Health Unit-Wells,
Wastewater Treatment, Septic Tanks
*U.S. Environmental Protection Agency-Asbestos abatement
I also certify that, if fill material is to be used in Flood Zone UA" or ~A,etc.", it is
understood that a drainage plan addressing a ~compensating volume" will be submitted which
is prepared by a professional engineer registered in the State of Florida prior to permit
issuance.
A permit issued shall be construed to be a license to proceed with the work and not as
authority to violate, cancel, alter, or set aside any provisions of the technical codes,
nor shall issuance of a permit prevent the Building Official from thereafter requiring a
correction of errors in plans, construction, or violations of any code. Every permit
issued shall become invalid unless the work authorized by such permit is commenced within
six months of issuance, or if work authorized by the permit is suspended or abandoned for a
period of six months after the time the work is commenced. One 90 day extension of time
may be allowed for the permit with fee charge of $15.00. The extension shall be requested
in writing to the Building Official. An approved inspection must be logged during each six
month period, or the project will be considered abandoned.
WARNING TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR
PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT
WITH YOUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMMENCEMENT. JOBS UNDER
$2,500 IN VALUE DO NOT NEED TO RECORD AND POST A ~~. .~
SIGNATURE: CONTRACTOR
subject to ~deed restrictions" which
undersigned assumes responsib~lity for
SIGNATURE:
OWNER OR AGENT
acknowledged
, 19_
STATE OF FLORIDA
COUNTY OF
The foregoing instrument was
Before me this _ day of
by
WI~d~l&1
of identification)
take an oath.
(name of person acknowledged)
~o is personally known to me, or
~WhO -R. -DC,
(type of identification)
not take an oath
(name of person acknowledged)
Dwho is personally known to me, or
o who has produced
(type
and whoD did Ddid not
re of person taki acknowledgment
G3'~
, nNCCR18991
typ ~~
~ " , AtIantic~~.. Inc.
Signature of person taking acknowledgement
Name typed, printed or stamped
Name
September 11, 2001
City of Zephyrhills
Building Department
5335 8th Street
Zephyr hills FL 33540
Deat Sir:
We are aware that a tenant would like to install a portable spray paint booth at the building
located on South Avenue. We have no objection to a permit being issued for this strw;ture.
If you have any questions or concerns, please do not hesitate to contact me at 788-5969.
~. cerely, ~
John ~er
Bolender Investments
38461 CR 54 East
Zephyrhills FL 33540
cc: Larry Blanton
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CAUTION!
READ CAREFULLY BEFORE
INSTALLING YOUR NEW
CRYSTAL GLOW
NOTE:'
State and Local codes vary widely. All paint spray
booths, exhaust piping, light fixtures, electrical and
water connections, etc. should be installed to conform
with the code that has jurisdiction for your location.
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CROSS FLOW SPRAY PAINT BOOTH
26' 6" long x 14' wide x 9' high - inside dimensions
26' 9" long x 14' 3" wide x 9' %" high - outside dimensions
9' high x 10' wide entrance doors
34" tubeaxial fan with 3 phase - 3 HP motor -12,700 CFM
Airtight 18 gauge galvanized steel construction
48" 4-tube fluorescent light fixtures with clear tempered glass
Personnel door with clear tempered glass
Draft gauge
Top quality intake/exhaust filters/filter grids - 20" x 20"
All hardware, fasteners and sealants
Extra Long 26.6' working length (Great for trucks and vans)
MANUFACTURED IN COMPLIANCE WITH NFPA 33, OSHA, NEC
AND BOCA GUIDELINES.
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CROSSFLO\\'
The orde: in which the booth should ~ il\StaJlli:d;
1. 2S l,'~"Xl 09 1/2" Exhaust plenwnc wall 33. 44"x84" Wall
2. 44."x.IOS" Exhaust plenume we&ll 34, 24"x84"xl 0& '. Frontal
3. 24'"x84" Exhaust tilter !9id 35. 34"x92" Hip
4. 42 1/2" x,8-+" Exhaust filt.rr ~d 36. 34"x92" Hip wlligb.c
5. 2S 1/2"'ltI09 112" Exhaust plenwll~ ....il.li 37. 1 1/2xl 1/2;'(92 Hip cmde
6. 44"ld08" Exhaust pl~uml;! wall 38. ! ll2xl 1/2:<92 Hip angle
7. 24 "x84" Exb.s.usr filter grid 39. IZ"xI20" C eiliD&
8. 42 112"x:84" E.xha.ust filter gnd 4D. 44")(120" Ceiling
9. 4()"xlO91I2" ExhaUSt plc:nurne wall 41. 44"x120" Ceiling
10. 4Q"x109 1/2" Exhaust plenwnc wall 42. 34"x92" Hip wllight
II. 40 ",d 09 1/2" Exha.~t pl~n\,lmc: 'willI 43. 34"x92" Hip wlliibt
12. 24 "x &4 " Front exhaust pl.:numc: 44 1 112x 1 L~x92 Hip ans1e
13. ~4"l(84" Front exhaust plenume 45. I 112x 1 1/2x92 Hip angle
14. 6l 1 i2">e44" &mom ex.iausl plenume -l6. 44"X 1 20" CezJing
15. 61 t/2"x44" Bottom exhaust plenUlue 47. 44"xI20" Ceiling
16. 44...~5T Top exhaust plenume 48. 34nx92" Hip wJli~t
17. 44"x57" Top .exhaust plenume w.'hole 49 34"x92" Hip wllight
18. 44"x57" Top exhaust plenume- 50. I li2:d li2.'t92 Hip angle:
19. 26":0\.&-1" Wall 5\. 1 1 /2x 1 \ ~x.92 Hip angle
10. 30"x84" Door frame 52 oU"x120" Cell ing
21. 44 "xs.r \\.' all B -+4"x 1 20" Cc:iling;
22. ~-xS4" Wiill w,1i~ll 54. 29"xS3" Access door
23. .:4 -xE4" WcUl 55. 59 1:,:!''xL07'' Frone door
24. 44"x84" W all w,'1i~hl 56. S9 ll2":'( 1 07" Front door
25. 44"x~" ~'a!1
16. 14-x84"x 1 OS" Frontal
17. 12"x84" Wall
28. 44")(84"" Wall
29. 44"xS4" \V&U1
30. 44"x84" Wall w/lj~t
31. 44 "x&4" Wall
32. ~"x84" Wall w,light
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ASSEMBLY
PRELIMINARY
,
I) When you receive your DCW Crystal _glow booth. group all like parts together.
2) Using a chalk line. mark the floor area with the outside wall dimensions of the spray
booth purchased which are shown on the general arrangement or booth layout
drawing supplied with this instruction package.
3) Check area for ample clearance. Remove any obstructions which may interfere with
the ex.baust fan and stack. persoMcl access and vehicle entry/exit doors or any other
of tile booth accessories provided. Be sure to provide ample clearance between booth
and building walls or other obstrUction for access to light fl.XtUres. 3' .0" clearance is
recommended about booth perimeter.
4) CarefUlly examine floor for levelness. If floor is Dot level. some type of shim must be
used. After erection of your booth. use mortar fin where shim exceeds 318"
thickness. Many problems are caused by uneven floors; not allowin& proper
allgmlient of panels, supports, doors. etc.
HINTS FOR EASE OF INST ALLA nON
I) Begin the erection of your booth at the outside comer of the exbaust chamber spray
paint area.
2) All panels are installed to provide a flush interior face of wall with all flanges to the
ext:rior.
3) Seal all panel joints with caulk (provided) after you have completely erected the
booth. Tighten all Boots and secure the booth to me floor. Seal aU scams from the
interior of the booth.
The assembly drawing enclosed with these instructions are specifically for the booth you have
purchased.. This drawing is an exploded isometric showing the relationship of each panel or part
to the next one. A listing of all component panels is provided on this drawing and should be used
in addition to the packing list when unc:rating to identify aU components provided by Crystal.glQw
Booths. This instrUction manual is a step by step guide for installing a variety of booths. Each
step iotbe installation of your booth is ~ssed in this manual to greatly simplify the
installation. Due to the variety of spray booths, this manual contains insttuctions and illustrations
which do not pertain to the booth you have pUrchased. In these instances, you shall be referred to
the proper step pertaining to the type booth you have purchased.
ASSEMBL Y (Cont'd)
GENERAL
,
1.
After determining the size and type of your booth to be employed. ensure that an
assembly site is available that meetS the following qualifications:
A, A minimum of three feet at sides of the booth must be clear and free from storage
of combustible consttuction or other operations. A minimum ofthrec: feet clearance
is required in front of the booth opening, with si.'t feet or more from the nearest wall
preferred from the standpoint of providing smoother air flow through the booth.
B. The floor surface oftbe booth and operator's working area must be non-combustible
material such as to facilitate the safe cleaning and removal of residues, It must be
able to suppOrt tlte weight oCthe booth and the operator.
C. The floor surface of the booth must be flat and level to avoid erection problems 10
alignmem of panels, etC. Shims should be used if necessary.
2. Using chalk, mark the dimensional outline of the booth on the floor. Check ceiling
beight for ample clear.mce. Check exhaust outlet location with the roof or wall to avoid
obstructions in the line of the exhaust pipe.
3. Unpaclc all components and stack all parts oflhe same size together. Each compone:Jt IS
identifiable by a size description listed on view drawing,
4. Using the size description on drawings. ensure that aU spray booth components are at
hand.
5. Study all the drawings and instructions thoroughly before beginning assembly. Each
COIDpOIlCJIt is shown by parr letter or number on the assembly drawings. This will aid in
determining where the various components are to be installed during assembly.
6. Assemble the booth using the assembly drawing. (Always start with the exhaust chamber
section.)
7. Mowlt emau:it unit and motOr. Exhaust Unit - ensure that there are no obsttuctions in
the unit that would dama2C it. Make cenain that electrical connections have been made
properly and thai direction of rotation is as indicated. Start exhaust unit.
8. Install exhaust piping. Where oore than 25' of piping is required, the static pressure is
increased in thai air flow may be hindered when using the standard exhaust unit
recommended for use with the booth. \\'here a piping arrangement of an unusual nature
tS employed or where two or more elbows are used. a similar condition my exit.
Therefore, if either of these situations arise, contact your local distributor or the
manufacturer for correct recommendations.
9. Instaillighting fixtures.
.'
lO. Wire adequate electrical. tc lighting fixtUres. to electric motor of exhaust un it. etc.
! 1, DRAFT GAUGE SETrrNG (DRY TYPE BOOmS ONLY)
On d:y type booths with illT'eStor exhaust onl)', calibrate the draft gauge. W:th exhaust
!mil still running, note the height of tile oil column (in inches of water) on the draft
gauge. Marie this point with a piece of tape to indicate,the pressure with clean arrestOr
pads .
Take piecl:S of cardboard and partially cover the arrestor pads in checker board fashion to
simulate clogged filters. Add sufficient pieces of cardboard until the surface velocity
drops to the minimum allowable 100 feet per minute (air speed measured by a
velomcrer). Note the reading on the draft gauge a..,d marlc with tape. This is rhe point
(p~~re) at which to change the arr~tor pacb.
Upon removal of all cardboard, the pressure should return to its original point on the
draft gauge marked with tape.
12. The paint spray booth is now ready for operation.
~
I. DESCRIPTION
,
H. PRECAUTIONS
III. MAlN7ENANCE
rv. ASSEMBL Y
DESCRIPTION
Paint Spray Sooths are used to confine iUld remove overspray and fumes from the area in which spray
painting is performed. They are available in miUlY different sizes (width. depth and height) and ;n may
diffi:~t types (depending upon the amount and kind of material to be sprayed and the method of
application).
01"1 Type Spray Booths with Arrestor Exhaust are designed for use during intermittent or limited
production spray in locations where exhausted air must be clean. They operate by drawing contaminated
air through replaceable filters (arrestor pads) which prevent overspray residue escaping to the atmosphere.
All booths with arreSTor exhausts are supplied with a draft gauge.
AU paint spray booths are of self supporting 18 gauge sheet steel sectional panels. They arc furnished with
all necessary ass~mbly !1ardware and instructions. All booths are of fireproof construction and an: built to
meet the requirem::nts of the National Board of Fire Underwriters as well as most of the local and state fire
and health regulations. It is the responsibility of user to install this equipment in accordance with current
local regulations.
PRECAUTIONS
The follOWing preC<lutions should always be observed during operation of paint spray bOOThs:
1. On dry type paint booths with arrestor exhaust.
^. Do :tot U3C thU type of booth when applying a spray material known to be highly
susceptible to spontaneous heating and ignition.
B. Do not we arre~or paw altcll1Ately for different types ofcoaring materials where the
combination of materials may be conciuctive to spontaneous combustion.
C. Do nor pennir fluid to collect in the flexible PWtic connecting loop in the back of the
draft gauge as this could cause ll. serious reading error. [fthe draft gauge is subjected
to an over-pressure. check to ensure that fluid has not passed into the loop.
2. On all paint spray booths:
A. Do not carry on spray operations near operations emitting sparks or other hazardous
operations.t
B. \\'he:J spraying metal bearing protective coatings. a nOTiceable proportion of very
rme, lightweight flakes of meta,l will be carried with the: air through the booth iUld
ventilation system to the outside of the building.
-~-----..
.. :- . ~~
C. To hinder rust o(the spray booth and to facilitate cleaning of overspray, one of the
SCYc:rIlJ comm~illl Col!tings available should be applied to areas where overspray
will be deposited. ,some are iJlastic coatings which may be bnuhed or sprayed and
later stripped off in sheets; some are a semi-permanent teflon coating. Common
gn:l1SC and pllpcr is also used but is not recommended as it presents a tire hazard.
D. Keep the air velociry through the booth constant. If the paint formula or spraying
operation is changed from that for which the booth was originally pU~ased. more
or less air mOVement may be present than even the law requires. Also, wit!l more
man :>ne booth insralled, room air currents may be troublesome. The result, in
addition to the heating and air conditioning problems, is that fast-moving air currents
across tbe face opening of the booths often result in the starving of one booth to the:
benefit of an adjacent booth with a better draft and the pulling of paint overspray
from the starved booth out into the general room area.
E. To keep specks of din, dust and lint off the surface being painted:
1. Wear starched coveralls during ~nlying opcnltions.
2. Strain spray material using a metal mesh tilter, not a cheesecloth or similar
strainer.
3. Keep area surrounding booth. as well as booth itself clean.
4. Keep spray equipment clean..
MAINffiNANCE
The frequency of many of the following maintenance checks depends upon the amount and kind of
materials being sprayed. Under all circumstances, however, these checks should be made at reguiar
intervals to reduce fire hazards, to mainlain rhe efficiency of the booth. to prevent freshly painted objects
from becommg blemished and to hinder nut of the booth.
I. On dry type paint spray booths with arrestor exltaust:
A. Daily or when overspl1lY accumu!ate3 - remove the ovcrsp~y and coating from the
booth interior, operator's floor area, baffles. fan and exhaust piping. Use a non-
fClTOlU, non-sparlding scraper to eliminate any possibilities of igniting combustible
:natcriaL Dc not leave piles of paint sweeping3 in the booth.
B. When ovenpray accumulates - remove exhaust 'unit blade and clean.
C. Check belt tension on exhaust unit periodically. Bearings in fan and motor may wear
unnecessarily when belts are 100 tight.
COMPLIANCE TO APPLICABLE CODES:
This Spray Booth is desilmed to be in strict accordance with the National Fire Protection Association's
Standards Number 33,";d NFPA's }lational Electnc Code. This'Spray Booth also meets or exceeds the
requirements of OSHA.
CRYSTAL GLOW
RO. BOX 1207
LUTZ, fL 33548
LEITER OF COf\rfPLIANCE
The paint bOOths manufactured by Crystal glow spray b()Oths are designed
for code approvaL Each booth is manufactured from 18 gauge galvan17'1".ti
steel throughou~ to extend normal life expectancy.
All models of spray booths are manufactured to be structurally sound and
also, they are to meet the standards set by the NatiouaI Board of File
Underwriters for spray bOoths, as recommended by the National Fire
Protection Association (NFP A33), Occupational Safety and Health
Administration (OSHA) standards, and Environmental Protection Agency
(EP A) requirements.
. "
"
Exhaust Fan
This fun is equipped with a noo-sparking blade that is driven by belts enclosed in a
cylinder. This location of the belts provides maximum protection form the air stream.
The motor duct is located outside of the duct area.. and air velocity over the face of the
booth has a minimwn of 100 LFPM (Linear feet per minute).
ELectric Motor
This motor conforms to National Electric Manufacturers Association (NEMA) ratings,
Class insulated. (Most government and industry motor standards are based on NEl\rfA.)
KIT7F927-12"fanandmotor(l/2hp) 0.250 listatic pressure is 1515 cfm
The motor in Dayton blower, Model No. 3N553A, is an Underwriters
Laboratories Inc. (UL) Recognized Component motor in Dayton UL File
E47479, Component-Motors, Guide PRGY2. 'This motor is covered
under Motor Reference No. R603467 which is on the motor nameplate.
The electrical insulation system in this motor is a UL Recognized
Component under Dayton UL File E6 L 921, Component - Systems,
Electrical Insulation; Guide OB1Y2.
KIT 7F831 - 24" fan and motor (2hp) 0.250 @static pressure is 8500 cfm
The motor in Dayton blower, Model no. 3N553A, is an Underwriters
Laboratories Inc. (UL) Recognized Component motor in Dayton UL File
E47479, Component- Motors. Guide PRGY2. This motor is covered
WIder Motor Reference No. R606795 which is on the motor nameplate.
The electrical insulation system in this motor is a UL Recognized
Component under Dayton UL File E61921, Component -Systems,
Electrical Insulation; Guide OBJY2.
KlT 7F862 - 34" fan and motor (3hp) o. 2S0 @.static_ pressure is 153 SO cfm
The motor in Dayton blower, Model No. 3N556B, is an Underwriters
Laboratories Inc. (UL) recognized Component motor in Dayton UL File
E47479, Component - Motors, Guide PRGY2. This motor is covered
under Motor Reference No. G029 which is on the motor nameplate.
The electrical insulation system in this motor is a UL Recognized
Component under Dayton UL File E61921, Component - Systems,
Electrical Insulation; Guide OBJY2.
I
Lights
The lights are UL approved and are mounted and serviced from outside of the booth.
Recessed Fixtures have a General Covemge UL Listed under file no. E-79578 as
Recessed Fluorescent Fixtures.
Windows
Windows are .25- tempered clear glass and are sealed from the inside to insure a vapor
proof seal.
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STATE OF FLORIDA
OFFICE OF TREASURER
DEPARTMENT OF INSURANCE
-- TALLAHASSEE, FLOAIDA
FIRe EQUIPMENT DEALER LICENSE
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ALL FLORIDA FIRE EOU1PMENT Co
6254 118 AVE N llN IT 16 .
LARGO, FL 3"'6~3
\LIFIE~: AEAUCHESNE,DANIEL ALEXANDER
...
; CO"PL", WITH S EeTlON 033. 06,. FLORIDA STATUTES. ANO HAS OUALlF! EO FOO THE
'E "'NO CLl\SS Sl-10I\lN HE~EON:
SE Ov leE · . R EP AI R. 0 Ee HARGE. N Yo;> OT <!iT.. IN S1 ALL. OR I NSPECT ALL TYPEs OF
'ENGrNEERED FIRE EXTINGUISHING SYSTEMS.
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~ 00 07 04 04 292428000193 9079470001 200.0
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01 INSURANCE CCMMISSIONEP
I< FIRE MARSHAL
STATE OF FLORIDA
OFFICE OF TREASURER
DEPARTMENT OF JNSURANCE
TALLAHASSEE, FLORIDA
FIRE EXrlNGUISH~R PER~IT
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FM02091'
C;PT rF rES THAT:
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AND C~.SS SHOWN HEREON:
DA Nt EL ALEXANDER BEAUCHESNE
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LOYER: 4LL FLOR1DA FIRE EQUIPMENT CO
6254 118 AVE N UN1T 16
lARGO, FL 34643
rcr~G. REPArRrNG. HYDROTEST!NG. ~ECHARGI~G. INSTALLING,
S OF PRF.ENGINEERED FIRE EXTINGUISHING SYSTEMS.
LICENSE NO. 292428000193
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.
MONARCHTN INDUSTRIAL
FIRE SUPPRESSION SYSTEM
,
\ .
'. TECHNICAL MANUAL
/'
· COMPONENTS
· DESIGN
· INSTAllATION
· MAINTENANCE
/"
1166~ 'sz JaqWQjdeS
?:E:LlC3::l lti"t: x:nn
OOZ.O\fd JO O~.:)''Id (8pOrl BUI
Chapter 3 - SYSIGr:J De3ign.
'~.'lge 3-3
1. Nozzle Coverages:
PrOI&Clion NOUle Protection Specllicallons NOZZle Nozzle
Zone/Nozzle MaxImum Nozzle Location wIthIn Offset" Orientalion
L W Ht Protection Zone
Work Area NV''vVA I See Table 3,1 Volume 1344 eu It Shor1est slde'2' max. off 0'.5" Vertical
Area 112 sq. ft center (each sIde)
Diagonal 16,12 It Longest slde'3' max. olf
center (each side)
Backdraft NV,P1 4' 14' 12' Volume 672 cu ft Shortest side-center O. . S" Vertical
?Ienum Area 56 sq It
Side 14 It Longest slde-3 Inch olf
center (each side)
Pant Leg W'Pl 4' 14' 12' Vol~me 672 eu It Shortest sl:fll-center O' . 6" Vertical
Plen~'m' Area 56 sq ft
Side 1<4 It Longest slde-3 Inch off
center (each siaa)
PI (Oprlon 1) NV,P1 24' 4' 4' Volume 384 eu tt Shortest side.center 0" . 6" Vertical
Aree 96 l!Iq It
Side 24 It Longest side.center
Pit (Option 2) NV.Do2 24' 4' 4' Volume 384 cu tt Shortest sIde-center 2' - 8' HorIzontal
Area 96 sq tt
Side 24 It Height-center
Unaer Floor NV'UF 16' 14' 4' Volume S96 cu It Shortest side.center O' - 6' Verl/cal
Planum Area 224 sq ft . ,
Side 1 6 It Longest slde-centar
Exhaust Oue! NV,DP2 3' 3' 24' Volume 21 e cu It Shortest sIde (cross.sectlon) 0" - 6" Horizontal for
Area 9 sq It -center horizonlal
Side 3 tt Longest sloe (cross-section) d'JCIS
(Rounc Duct :2'-11" Vartical for
diameter) \'e rtical ducts
. Fanlleg eimer,slons 4" minimum x 24" maximum
.. Nozzle of/sells the maXimum distance from the tip 01 tha nozzie 10 the closest edge of !he prolection zone,
ULEX 3437 CE:l'732
Seplemt,er 29, 1998
Chapter 2 - Components
Page 2-6 .
4. Fusible Links.
The fusiole link is designed to separate at a specific temper-
ature. releasing tension from the fusible link line, causing
system actuation. See Figure 2.12.
Figure 2-12. ML Style Fusible LInk.
OC2&51PC
Aher determining the maximum ambient temperature :oat the
fusible link location. select the correct fusible link according
to the temperature condition chart below:
Fusible Link
M:Jdel No.
Fl-165
FL.212
FL.280
Fl.360
Fl,450
FL-SQO
Maximum Ambient
Temperature
950 F. (350 C.)
1420 F. (61' C.)
2100 F. (99' C.)
290' F. (143" C.)
3800 F. (1930 C.)
430' F. (221' C.)
5. Thermal Detectors.
Rate compensated temperature thermal detectors are nor-
mally open, mechanical contact closure switches designed
to operate at a factory preset temperature. They are avaiJ.
able in six preset temperatures which meet NFPA standards
and are UL Listed and FM Approved. After determining the .
maximum ambient temperature at the thermal detector loca-
lion, selecl the correct thermal detector according to the
tem;JeralUre condition ohart below:
Thermal
Detector
Model No.
TO.140
TD-190
TO-225
TD-325
TD-450
TO-SOO
Maximum Ambient
Temperature
70' F. (21" C.)
120' F. (490 C.)
1550 F. (68' C.)
255" F. (124' C,)
380" F. (193" C,)
530' F. (2770 C.)
'.
;+
ULEX 3437 CeX732
September 29, 1998
MODEL RPS-M -REMOTE
MECHANICAL PULL STATION
Remote manual control for system releasing devices is pro-
vided by the Model RPS-M remote mechanical pull station.
It is connected to the system releasing device by stainless
steel cable. This cable is enclosed in 1/2" EMT with corner
pulleys at each change in direction. The remote mechanical
pull station shall be located at the point of egress from the
hazard area. See Figure 2-13.
al
!1l
IN CASE OF
*
<D
elm
IlIDCa1l) M~
ALlJMIMAl fACE PLATE
ftED IU8TlC
-....c IlOO
1U-
ON ALLCOftNEM
Figure 2-13. Model RPS-M Mechanical Pull Station.
_ozrc
.
Chapter 2 - Components
Page 2,5
DETECTION EQUIPMENT
3. Model FlH-l.
1. Model FLK-1.
The Model FLH-1 fusible link hanger is an accessory
designed to simplify the Installation of fusible links in the
fusible fink Une. It can be used with the Model FLK.,/1A
fusible fink kit (kIts must be ordered separately). The
Fusible Link Hanger makes it possible to install fusIble links
without cutting and crimping loops in the fusible link line for
each link. They are available in packages of 25 (FLH'25)
only. See Figure 2-11.
The Model F~K.l fusible link kit includes a 10' steel bracket,
two (2) ~/2" EMT connectors, four (4) cabls crimps, and two
(2) "SO hooks. Fusible Unks must be ordered separately.
See FIgure 2.10.
2. Model FLK-1A.
The MOdel FLK., A fusible link kit includes an 8" steel brack-
et, two (2) 1/2" EMT connectors, four (4) cable crimps, and
two (2) 'S. hooks. Fusible links must be ordered separately.
lINK DETECTOR BRACKET '"\
TERUIN.q UNK
S-HOOK
SERIES LINK
FIgure 2-10. Model FLK-1 Fusible Link
--
FUSIBLE UNK KIT
(SOlD SEPARATELY)
.
FLH-1
FUSIBLE UNK
HANGER
FUSIBLE LINK
(SOt.O SEPARATELY)
Figure 2-11. Model FLH.' Fuaible Link Hanger
00U600C
..,
,
ULEX 3437 CElC732
September 29.1998
Chapter 3 - System Deslg~1'I
Pa~e'3:13.
PCI-70ABC with 4 nozzle.
CYLINDER
T1
/'
T2A
"
.
/T2
NOZZLE
OIIHMI'C
Cylinder Size Nozzle Quantity Nozzle Type Piping Section Size Length Elbows
Maximum Maximum
PCI-70ABC 4 NV-WA Cylinder to T1 1" 20' 3
. T1 to T2 1" 9' 2
T2to Nozzle 3/4" 7' 2
Cylinder Size Nozzle Quantity Nozzle Type Piping Section Size Length Elbows
Maximum Maximum
PCI-70ABC 4 3 . NV-WA Cylinder to T1 1" 20' 3
and 1 of:
NV-P1 (See Note 6)
NV-UF
NV-DP2
T1 to T2 1" 9' 2
T2 to Nozzle 3/4" 7' 2
ULEX 3437 CEx732
September 29, 1998
.l'"
Chapter 2 - Compon~nts
Page 2-2
NOZZLES
Nozzles have been developed for Yehicle Paint Spray Booth
protection. Each nozzle has been designed for use in certain
areas of the beot". The Model NY-WA '10zzle is used for
ove'head application in the booth work area. The Model
NY-P 1 nozzle is used for overhead application in tre back-
d'att plenum or downdraf1 pit area. The Model NV-UF nozzle
is used for overhead application In the underfloor plenum
area. The Mode NV-D/P2 nozzle Is used for horizontal (end
position) application in the pltJduct area. The Model NV-D/P2
rozzle is also used for end position application for exhaust
duct protection. The Model N-DCT nozzle is also an alter-
nate nozzle l.'sed for exhaust duct protection. The Model
N.DCT nozzle can or:ly be used on 15 lb. and 25 II.
Cylinders. See Figure 2-3,
l:J
NV-WA Nozzle
C/ln181'C
o 0
000
NV.P1 Nozzle
G""'",
NV-UF Nozzle
oo,"!~
o
o
NV,D/P2 Nozzle
oc~pc
N-DCT Nozzle
OO_aPe
Figure 2-3 Nozzlea
CYLINDER BRACKETING
Vertical IVall mount'ng for the PCI-15ABC, PCI-17ABC, and
PCI-25sABC, is provided by the Model MB-15 mounting
bracket kit. Ve~ical wall mountIng for the PCI-35ABC, and
F'CI-70ABC is provided by the Model Me-1 mounting brack-
el kit. See Figura 2-4.
For ve11cal floor mounting of the PCI-17ABC and pcr-
25liABC, an 8" unlstrut type mounting bracket is available,
the Model Me-U8.
For vertical floor mounting of the PCI.aSABC, 8 10" l.mistrut
type mounting bracket Is available, the Model MB-U10.
For vertical floor mounting cf the PCI-70ABC, a 12" unlstrut
type mounting bracket Is available. the Model MB-U12.
ULI!X 3437 CEx732
September 29, 1998
~
~
~
FJgure 2-4 Mounting brackets MB.15 and MB'1
ooa~JPC
MODEL MCH -
MECHANICAL CONTROL HEAD
The Model MCH mechanical control head is a tully
mechanical control hea.d which can be connected to Ihe
PCI-15/17/25s/3SnO cylinder valve. This control head will
support a fusible link detection system, a remote mechanical
pUll station (Model RPS-M). and a mechanical or electric gas
6hutoff valve. A miniature electric switch (Model MS-SPDT
or MS-DPDT) can be ordered separately and field installed.
It Is equipped with a local manual cor-tro; handle that allows
for mechanical syslam actuation. Opera:ion 0' the local
manual controf requires removing the pull .:)inand rotating
the handle clockwise. The Model MCH control head can
actuale a maximum of three (3) ::y!inders. Soe FIgure 2-5.
II)
&d o.
o
.~
lIT ...,
_""H
Co~ tfQt 11-.cr
I
FIgure 2-5. Mechanical Control Head.
.........c
Chapter 4 - Systerr. Instailation
~ Page-4-3
MCH ORlICH
CClN1Ra. HEAD
bushing. Also, a Model ,PDA.D2 Pneumatic Discharge
Adaptor must be installed on the valve of each agent cylin.
der. Pneumatic tubing is then used to connect the PAC-
10/200 pneumatic cylinder to the PDA-D2 of each agent
cylinder valve. See Figure 4-5.
NOTE
Pneumatic tUbing used for remote cylinder actuation
shall have an outside diameter of 1/4" with a minimum
wall thickness of 1/32". This is commonly known as
refrigeration-type copper tubing. All tubing filtings shall
be of thG 1/4", 450 flare type conforming to SAE J513c.
Compress/on type fIttings are not acceptable.
.
Figure 4-4. Model PAC-101200 Pneumatic
Cylinder Installation
:)02174~
In order to actuate tho agent cylinder::! from a Model PAC-
t 0/200 Pneumatic Actuation Cylinder, a 3/4" NPT x 1/4" NPT
bushing must be screwed Into the pneumatic cylinder's dls.
charge port. A 1/4" NPT x 450 1/4" flare type fitting (con,
forming to SAE J513c) must then be screwed into this
The Model PAC-10 pneumatiC cylinder can actuate a maxj-
mum of ten (10) agont cylinders with II maximum 01100 feet
of pneumatic tubing.
The MOdel PAC-200 pneumatic cylinder can actuale a maxi,
mum of twenty (20) agent cylinders with a maximum of 200
feet ot-pneumatic tubing.
.
MCH OR ECH
CONTROL HEAD
R.
-
114" NPT X
45"11.. FLARE
TYPE FIT11NG
(8AE J51Sc)
114 X 1/4 X 1/4 45" FLARE TEE
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-
.
TO RawNINQ CYUNDEFlS
--
Figure 4-5. Multiple Cylinder Actuation Using MOdel PAC-10 or PAC-200
ClO2075PC
UlEX 3437 CEx732
September 29,1998
Chapter ~ - System Design
P.age 3-7'
PCI-17ABC WIth ~ nozzles.
CYLINDER
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NOZZLE
CYlinder SIze Nozzle Quantity Nozzle Type Piping Se~tion Size length Elbows
. . Maximum Maximum
PCI-17ABC 2 Any combination of Cylinder to Tl 3/4" 36' 4
NV-Pl (See Note 5)
NV-UF
NV.DP2
Tl to Nozzle 3/4" 14' 2
.,.....PC
NOTE:
1. These limilations apply to PCI'17ABC using two nozzles (any combination of, either NV-P1, NV-UF, or NV.OP).
2. Syslem piping must be balanced. Balanced pipIng is that in which the ditlerenc~ between the shonest actual pipe length
from Tl to nozzle and the longest actual pipe length Irom T1 tonozzJe does not exceed 10% of the Joncest actual pipe
length from Tl 'to nozzle. The number and type of fltUngstor alJ Tlto nozzle sections must be equal.
3. A Main/Reserve Tee Check, Model TC-1. may be located between the cylln.der and T1. and counts as two, elbows in that.
section.
4. AJI systems protQCling vehicle paint spray booths require a factory pre'set time delay.
5. When using an NV.P 1 nozzle, the fwo largest disCharge orltic9& in the nozzle body must be POSitioned parailel to the
longest dimension 01 the hazard being protected.
ULEX 3437 CEx732
September 29, 1998
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CAUTION!
READ CAREFULLY BEFORE
INSTALLING YOUR NEW
CRYSTAL GLOW
NOTE: .
State and Local codes vary widely. Ail paint spray
booths, exhaust piping, light fixtures, electrical and
water connections, etc. should be installed to conform
with the code that has jurisdiction for your location.
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CROSS FLOW SPRAY PAINT BOOTH
26' 6" long x 14' wide x 9' high - inside dimensions
26' 9" long x 14' 3" wide x 9' 112" high - outside dimensions
9' high x 10' wide entrance doors
34" tubeaxial fan with 3 phase - 3 HP motor -12,700 CFM
Airtight 18 gauge galvanized steel construction
48" 4-tube fluorescent light fixtures with clear tempered glass
Personnel door with clear tempered glass
Draft gauge
Top quality intake/exhaust filters/filter grids - 20" x 20"
All hardware, fasteners and sealants
Extra Long 26.6' working length (Great for trucks and vans)
MANUFACTURED IN COMPLIANCE WITH NFPA 33, OSHA, NEC
AND BOCA GUIDELINES.
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CROSSFLO\\'
The ordc:::' in which the booth should ~ iJutall4O:d;
l. 25 1,2''XI09 1/2" Exhaust plenwnc wall 33. 44"x84" Wall
2. 44")(.108" Exhau:n plenume wlill 34. 24"x84"x10&" Frontal
3. 24 "x84" Exhoiust tilrer grid 35. 34"x92" Hip
4. 42 l/2"x..8-4" Exhaust filt~ !:!.rid 36. H"x92" Hip wt1ip
5. 25 112"xl09 112" Exhaust plenwne ",.-a.J.j 37. 1 1/2xl 1/2;(92 Hip anile
6. 44"xl08" Exhaust plc:num.: waU 38. ! ll2xl 112:<92 Hip angle
7, 24 "x8 4 ., Exhaust filter grid 39. 1Z"'xI20" C eil..iD&
8. 42 1I2":t84" Exhaust filter gnd 40. 44")(120" Ceiling
9. 4Q"xl091/2" ExhatUt plc:nume \\-all 41. 44"x120" Ceiling
10. 4O"x109 1/2" Exhaust plenwne wall 42. 34"x92" Hip wllight
1l. 40")(.1091/2" ExhA~t plt'numc: 'willl 43. 34"x.92 " Hip wlliibt
12, 24"x&4" Front exhaust pl~nume -t4 1 112x 1 1/2x92 Hip aDS1e
13. ~4"x84" front exhaust plenumc ~5. 1 l!2x 1 1/2x92 Hip angle
14. 61 1/2"x44" &mom ex.'1aust plenume -l6. 44":<120" CeI.ling
15. 61 l,'2"lt.44" Bcttorn c:xhau.st plenw.ue 47. 44"xI20" C eili.ng
16. 44"':~5T Top t-xhaust pJenwne 4.8. 34"x92" Hip wJlight
l7. 44"x57" Top .exhaust plenume w,lhole 49 34"x.92" Hip w/1ight
18. 44"'x57" Top <:'xhaust pJenume 50. 1 Ii2xl li2.'t92 Hip mgll:
19. 26"~8-1" Wall 5\. 1 1 !2x \ \ !'2l<.91 Hip angle
20. 30":<84" Door frame 52 ,u"x120" C eu ing
21. 44nA:8..r Wall 53 ~ "x 120" Cc:iling
n. :"+-xS4" Wiill w/1i~1l 54. 29"483" Access door
23. .J..n,E-f. ... Woill 55. 59 ':':!''xl07'' Fr\Jnt door
24. 44"xS4" W all w.'li~hl 56. 59 1/2":-:.107" Front door
25. 44"x~" ~'e11
26. 24-x84"xl0S" Frontal
17. 12"x84" WaH
28. 44,"x84" Wall
29. 44"x84" \Vall
30. 44,"x84" Wall w/lit;ht
31. 44"",84" w..u
n. 44"x84" Wall w,1ight
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ASSEMBLY
PRELIMINARY
,
I) When you receive your new Crystal_glow booth. group all like parts together.
2) Using a chalk line. mark the flOOT area with the outside wall dimensions of the spray
booth purchased which are shown on the general arrangement or booth layout
drawing supplied with this instruction package.
3) Check an:a for ample clearance. Remove any obstructions which may interfere with
the exbaust fan and stack. persoMe! access and vehicle entry/exit doors or any other
of the booth acccssories provided. Be sure to provide ample clearance between booth
and building walls or other obstruction for acccss to light f1.XtUreS. 3' .0" clearance is
recommended about booth perimeter.
4) CarcfWly examine floor for levelness. lffloor is Dot level, some type of shim must be
used. After erection ofyout booth. usc mortar fin where shim exceeds 3/8"
thickness. Mamy problems are caused by uneven floors; not allowine proper
aligmne:nt of pancls, supports, doors, etc.
HINTS FOR EASE OF INSTALLATION
I} . Begin the erection of your booth at the outside comer of the exhaust chamber spray
paint area.
2) All panels are installed to provide a flush interior face of wall with all fJa.nges to the
exterior.
3) Seal all panel joints with caulk (provided) after you have completelyc::rected the
booth. Tighten all Boots and secure the booth to the floor. Seal all seams from ,the
interior of the booth.
The assembly drawing enclosed with these instructions are specifically for the booth you have
purchased. This drawing is an exploded isometric showing the relationship of each panel or part
to the next one. A listing of all component panels is provided on this drawing and should be used
in addition to the packing list when uncrating to identify aU Qomponcnts provided by Crystal.glQw
Booths. This instrUction manual is a step by step guide for installing a variety of booths. Each
step in the installation of your booth is ~sscd in this manual to grcat1y simplify the
installation. Due to the variety of spray booths, this manual contains instructions and illustrations
which do not pertain to the booth you have pUrchased. In these instances, you shall be referred to
the proper step pertaining to the type booth you have purchased.
"
ASSEMBLY (Cont'd)
GENERAL
,
I.
After detennining the size and type of your booth to be employed. ensure that an
assembly site is available that meetS the following qualifications:
A. A minimum ofthrce feet at sides of the booth must be clear and free from storage
of combustible construction or other operations, A minimum Qfthrec: feet clearance
is required in front of the booth opening. with si."( feet or more from the nearest wall
preferred from the standpoint of providing smoother air flow through the booth.
8, The floor surface of the booth and operator's working area must be non-combustibie
material such as to facilitate the safe cleaning and removal ofresiducs. It must be
able to suppOrt dlC: weight aCme booth and the operator.
C. The floor surface of the booth must be flat and level to avoid erection problems 10
alignmem of panels, etC. Shims should be used if necessary.
2. Using chalk, mark the dimensional outline of the booth on the floor, Check ceiling
height for ample clearance, Check exhaust outlet location with the roof or wall to avoid
obstructions in the line of the e."<hau5t pipe.
3. Unpadc all componentS and stack all pans of the same size together. Each component IS
identifiable by a size description listed on view drawing.
4. Using the size description an drawings. ensure that aU spray booth components are at
nand.
5. Study all the dl'awings and instructions thoroughly before beginning assembly. Each
component i:5 shown by part letter or number on the assembly drawings. This will aid in
determining where the variOUs components are to be installed during assembly.
6. Assemble the booth using the assembly drawing. (Always start with the exhauSI chamber
section,)
7. Mount exhaust unit and motOr. Exhaust Unit - ensure that there are no obstructions in
the unit thaI would dama2e it. Make cenain that electrical connections have been made
properly and that direction of rotation is as indicated. Start exhaust Wlit,
8. Install exhaust piping, Where oore than 25' of piping is required. the static pressure is
increased in that air flow may be hindered when using the standard exhaust unit
recommended for use with the booth. \\'here a piping arrangement of an unusual nature
is employed or where two or more elbows are used, a similar condition my exit.
Therefore, if either of these situations arise, contact your local disaibutor or the
manufacturer for correct recommendations.
9. Instaillighting fixtures,
.,
iO. Wire adequate c:IectricaHc lighting fixtures. to electric motor of exhaust unit. etc.
! I, DRAFT GAUGE SEtnNG (DRY TYPE BOOmS ONLY)
On d.1' type booths with arrestor exhaust only. calibrate the dn1ft gauge. With exhaust
unit still running, note the height of tile oil column (in inches of water) on the draft
gauge. Marie this point with a piece of tape to indicate the pressure with clean arrestor
pads.
Take pieces of cardboard and panially cover the arrestor pads in checker board fashion to
simulate clogged filters, Add sufficient pieces of cardboard until the surface velocity
drO?S to the minimwn allowable 100 feet per minute (air speed measured by a
velometer), Note the reading on the draft gauge a.,d marlc: with tape. This is the point
(pres:.-ure) at wbich to change the lIITC3tor pads.
Upon removal of all cardboard, the pressure should return to its original point on the
draft gauge 11laJ'k.ed with tape.
12. The paint spray booth is now ready for operation.
~
r. DESCRlP110N
,
n. PRECAUTIONS
III. MALN7ENANCE
rv, ASSEMBL Y
DESCRIPTION
Paint Spray Sooths are used to confine and remove overspray and fumes from the area in which spray
painting is performed, They are available in many different sizes (width. depth and height) and ;n may
ditIcmn types (depending upon the amount and kirid of material to be sprayed and the method of
application),
DrJ Type Spl1lY Booths with Arrestor Exhaust are designed for use during intennittent or limited
production spray at lociltiolU where exhausted air must be clean. They operate by drawing contaminated
air thro~ replaceable filters (arrestor pads) which prevent ovcrspray residue escaping to the atmosphere.
All booths with arrestor exhausts are supplied with a draft gauge.
All paint spray booths are of self supporting 18 gauge sheet steel sectional panels. They iI!e furnished with
all necessary 3SSp.mbly hardware and instructions, All booths are of fireproof constrUction and are built to
meet the requiremmts of the National Board of Fire Underwriters as well as most of the local and state fire
and health regulations. It is the responsibility of user to install this equipment in accordance with current
local regulations.
PRECAUTIONS
The following prec:1Utions should always he observed during operation of paint spray booths:
1. On dry type paint booths with arrestor exhaust.
A. Do :tot U3e thi3 type of booth when applying a spray male rial Icnown lO be highly
susceptible to sponraneous heating and ignition,
B, Do not me arre~tor piltU alternately for different types orcaaring materials where the
combination ofmaterials may be conductive to spont2neous combustion,
C. Do no, pcnnit fluid to collect in the flexible plastic connecting loop in the back of the
draft gauge as this could cause a serious readbg error. If the dnft gauge is subjected
[0 an over-pressure. check to ensure that fluid has not passed into the loop.
2. On all paint spray booths:
A, Do not carry on spray operations nea,r operations emitting sparks or other hazardous
operations,
a, \\'he:J. spraying metal bearing protective coatings. a noticeable proportion of very
fUle, lightweight flakes of meta.' will be carried with the air through the booth and
ventilation system to the outside of the building.
--.-..--.---..
.-
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C. To hinder rust of the sp""y booth and to facilitate cleaning of overspray. one of the
SCYcnll commercial eolltings available should be applied to areas where overspray
will be deposited. ,some are "lastic coatings which may be brwhed or sprayed and
later stripped off in sheers; some are a semi-permanent tef10n coating. Common
grelLSe and paper i3 abo used but is not recommended as it presents a tire hazard.
D. Keep the air velocity through the booth constant. If the paint formula or spraying
operation is changed from that for which the booth was originally pu~chased, more
or less air moVement may be present than even the law requires. Also. with more
than Jne booth installed, room air CWTents may be troublesome, The result. in
addition to the heating and air conditionin~ problems. is that fast-moving air currents
across tbe face opening of the booths often result in the starving of one booth to the
benefit of an adjace:1t booth with a better draft and the pulling of paint overspray
from the starved booth out into the general room area,
E. To keep specks of din, dust and lint off the surface being painted:
I, Wear starched eoverulb during 'P11l)'ing opClUtions.
2. Strain spray material using a metal mesh filter, not a cheesecloth or similar
strainer.
j. Keep area surrounding booth. as well as booth itself clean.
4. Keep spray equipment clean.
MAINTENANCE
The frequency of many of the following maintenance checks depends upon the amount and kind of
materials being sprayed.. Under all circumstances. however, these checks should be made at reguiar
intervalz to reduce fire hazMds. to maintain che efficiency afthe booth. to prevent freshly painted objects
from becoming blemished and to hinder nut of the booth.
]. On dry type paint spray booths with arrestor exhaust:
A. Daily or when overspray accumulatc3 - remove the oV'Cnp~y and coating from the
booth interior. operator's floor area, baffles. fan and exhaust piping. Use a non-
ferrou.s. non-sparlding scraper to eliminate any possibilities of igniting combustible
:naterial. Do not leave pilcs of paint swc:c:ping.s in the booth.
B, When overspray accumulates - remove exhaust.unit blade and clean.
C. Check belt tension on exhaust unit periodically. Bearings in fan and motor may wear
unnccessarily when belts are [00 tight.
COMPLIANCE TO APPLICABLE CODES:
This Spray Booth is designed to be in strict accordance with the Narional Fin: Protection Association's
Standards Number 33. and NFPA's National Electnc Code, This'Spray Booth also meets or exceeds thc
requirements of OSHA,
CRYSTAL GLOW
RO. BOX 1207
LUTZ, fL 33548
LEITER OF COW>LIANCE
The paint boOths manufactured by Crystal glow spray bQOths are designed
for code approval. Each booth is manufactured from 18 gauge galvani7Pf'l
steel tbrougho~ to extend normal life expectancy.
All models of spray booths are manufuctured to be structurally sound and
also. they are to meet the standards set by the National Board of Fire
Underwriters for spray bOOths,as recommended by the National Fire
ProteCtion Association (NFP A33). Occupational Safety and Health
Administration (OSHA) standards. and Environmental Protection Agency
(EP A) requirements.
Exhaust Fan
This fan is equipped with a non-sparking blade that is driven by belts enclosed in a
cylinder. This location of the belts provides maximwn protection form the air stream.
The motor duct is located outside of the duct area. and air velocity over the face of the
booth has a minimwn of 100 LFPM (Linear feet per minute).
ELectric Motor
This motor conforms to National Electric Manufacturers Association (NEMA) ratings,
Class insulated. (Most government and industry motor standards are based on NElvlA.)
KIT7F927-12"fanandmotor(Ll2hp) 0.250 @static pressure is 1515 cfm
The motor in Dayton blower, Model No. 3N553A, is an Underwriters
Laboratories Inc. (UL) Recognized Component motor in Dayton UL File
E47479, Component - Motors, Guide PRGY2. 'This motor is covered
under Motor Reference No. R603467 which is on the motor nameplate.
The electrical insulation system in this motor is a UL Recognized
Component under Dayton UL File E61921, Component- Systems,
Electrical Insulation; Guide OBJY2.
KlT7F831-24"fanandmotor(2hp) 0.250 @static pressure 1s 8500 cfm
The motor in Dayton blower, Model no. 3N553A, is an Underwriters
Laboratories Inc. (UL) Recognized Component motor in Dayton UL File
E47479, Component- Motors~ Guide PRGY2. This motor is covered
WIder Motor Reference No. R606795 which is on the motor nameplate.
The electrical insulation system in this motor is a UL Recognized
Component under Dayton UL File E61921, Component -Systems,
Electrical Insulation; Guide OBJY2.
KIT7F862-34"fanandmotor(3hp) 0.2S0 @'static_pressure is 15350 cfrn
The motor in Dayton blower, Model No. 3N556B, is an Underwriters
Laboratories Inc. (UL) recognized Component motor in Dayton UL File
E47479, Component - Motors, Guide PRGY2. This motor is covered
under Motor Reference No. 0029 which is on the motor nameplate.
The electrical insulation system in this motor is a UL Recognized
Component under Dayton UL File E61921, Component - Systems,
Electrical Insulation; Guide OBJY2.
..
Lights
The lights arc UL approved and are mounted and serviced from outside of the booth.
Recessed Fixtures have a General Coverage UL Listed under file no, E-79578 as
Recessed Fluorescent Fixtures.
Windows
Windows are .25- tempered clear glass and are sealed from the inside to insure a vapor
proof seal.
Si~~ j/,fl1;
Date: //-/7....;2~co
September II, 200 I
City of Zephyrhills
Building Department
5335 8th Street
Zephyrhills FL 33540
Dear Sir:
We are aware that a tenant would like to install a portable spray paint booth at the building
located on South Avenue, We have no objection to a permit being issued for this structure.
If you have any questions or concerns, please do not hesitate to contact me at 788-5969,
..;;',
M" cerely, ~
John ~r
Bolender Investments
38461 CR 54 East
Zephyrhills FL 33540
cc: Larry Blanton
/..ARff J3j..1flJ1rw!.s
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STATE OF FLORIDA
OFFICE OF TREASURER
DEPARTMENT OF INSURANCE
TALLAHASSEE. FLOAfDA
EQUIPMENT DEALER LICENSE
~
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FM02~3
FIRE
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ALL FLORIOA FIRE eQUIPMENT co
6254 118 AVE N lNlT 16 .
LARGO, FL 34.6~3
\LIFrE~: AEAUCHESNE.DANIEL ALEXANDER
~
; CO"PLl" W"H SECTION 6".061, FLORIDA STATlITES. ANa HAS QUALIFIED FOR THe
lE' "'NO CLo\SS ShOWN HEREON: .
SE Rv I CE · . R EP AIR, R EC H'RGE. "'DR are~T" INS,. ALL. OR I NSPecr AL L TYPES OF
:ENGINEf.RED FCPE EXTINGUISHING SYSTEMS.
4J
292428000193 9079470001 200.0
LICE"SE OA ~"IolIT .'/l;Marl'l A.O'l'lICATlOH
~IJ~.
01 INSURANCE COMMISSIONER
FIRE MARSHAL
OAn
STATE OF FLORIDA
OFFICE OF TREASURER
DEPARTMENT OF JNSURANCE
TALLAHASSEe, FLORIDA
FI~E EXrINGUIS~~R PER~IT
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FM0209l'
C ; P T 1FT EST HA T :
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CO~PLle:) WITH S~CiIO~~ 633~061. FLORIOA'..,STATUTES. AND HAS QUALIFIED FOP THE
AND C~~SS SHOWN HEREON:
OA NI EL ALEXANDER BEAUCHESNE
f
r
LOVER: 4LL FLORiDA FIRE EQUIPMENT CO
62S~ 118 AVE N UNlr 16
LARGO. FL 3464.3
ICI~G. REPAIRING. HYDROTESTING. ~ECHARGI~G. INSTALLING.
S OF PRF.ENGTNEffRED FIRE EXTINGUISHING SYSTEMS.
LICENSE NO. 292428000193
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OR INSPECTING ALL
.
303666000293
A.Ol'Uc:A l10H
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SPRAY BOOTH
PROTECTION
pyro.
Chel11
A 'tI./COINT/!/tN;.nONAl. lTD. CClJ/>AJ{'f
.
=-
MONARCHm INDUSTRIAL
FIRE SUPPRESSION SYSTEM
,
\ .
. TECHNICAL MANUAL
/'
· COMPONENTS
· DESIGN
· INSTAllATION
· MAINTENANCE
/'
1166 ~ '6Z JaqwGjdeS
ZE:Lx3:l lei't: X31n
OO<:-O\fd JO OJ.-:lVd (apo., BUI
'Chapter Z - Components
Page 2-2
NOZZLES
Nozzles have bsen developed for Vehicle Paint Spray Booth
prolection. Each nozzle has been designed fer use in certain
areas of the booth. The Model NV-WA '1ozzle is used tor
ove'head application in the booth work area. The Model
NV-P 1 nozzle is used tor overhead application in tre back-
d'att plenum or downdraft pit area. The Model NV-UF nozzle
is used for overhead application In the underfloor plenum
area. 7he Mode NV-D/P2 nozzle Is used for horizontal (end
position) application in the pit/duct area. The Model NV-D/P2
r'ozzle is also used for and position application tor exhaust
duct protection. The MOdel N-DCT nozzle is also an alter-
nate nozzle used for eXhaust duct protection. The Model
N-DCT nozzle can Or.ly be used on 15 lb. and 25 It.
Cylinders. See Figure 2-3_
~
~
~
~
NV-WA NOz:zle
001181"C
000
FJgure 2-4 Mounting brackets MB-1S and MB-1
OO....JPC
NV-P1 Nozzle
'_00
NV-UF Nozzle
OO~tn~
MODEL MCH -
MECHANICAL CONTROL HEAD
o
o
The Model MCH mechanical control head is a tully
mechanical c:mtrol head which can be can nee led 10 the
PCI-15/17125s/3SnO cylinder valve. This control head will
support a rUslble link detection system, a remote mechanical
PUll station (Model RPS-M), and a mechanical or electric gas
shutoff Vallie. A miniature electric sWitch (Model MS-SPDT
or MS-DPDT) can be ordered separately and field installed.
It Is equipped with a local manual cor.tro: handle that allows
for mechanical system actuation. Opera~ion 0' the local
manual control requires remelling the pull .:>inand rotating
the handle clockwise. The Model MCH control head can
actuate a maximum of Ihree (3) cy:inders. Soe FIgure 2-5.
NV.D/P2 Nozzle
oc~Pc.
FI\lure 2-3 N02:llec
N-DCT Nozzle
..'"~
CYLINDER BRACKETING
Venical \Vall mount'ng tor the PCI.15ABC, PC/-17ABC, and
PCI-25sABC, ;s prollided by the Model MB-15 mounting
bracket kif. Ve~ical wall mountIng for the PCI-35ABC, and
PCI.70ASe is provided by the Model MB-1 mounting brack-
Sf kif. S.. Figure 2-4.
e
For ve"tlcal floor mounting of the PCI-17 ABC and PCI-
25sABC, an 8" unistrut type mOunting bracket is available,
the Model MB-U8.
-"""
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~
~ Q.
o
~
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For vertical floor mounting of the PCI-35ABC, a 10' unistrut
type mOunting bracket is available, the Model MB-U10.
FIgure 2-5, Mechanical Control Head,
ooa&"'-'c
For vertical floor mounting ct Ihe pel-70ABC, a 12" unlstrut
type mOunting bracket Is avaIlable, the Model MB-U12.
ULI!X 3437 CEx732
September 29, 1998
Chapter 2? - Components
Page 2-6 .
4. Fusible Links.
The fusiole link is designed to separate at a specific temper-
ature, releasing tension from the fusible link line, causing
system actuation. See Figure 2-' 2.
Figure 2-12. ML Style FUSible Link,
OO.BS1PC
After determining the maximum ambient temperature at.thQ
rusible /ink location, select the correct fusible link according
to the temperature condition chart below;
Fusible link
Model No.
MaXimum Ambient
Temperature
Fl-165
FL.212
FL.280
FL-360
FL-450
FL-500
950 F, (350 C.)
1420 F. (610 C.)
2100 F. (99. C.)
290. F. (1430 C.)
380. F. (1930 C.)
430. F. (221" C.)
5. Thermal Detectors.
Rate compensated temperature thermal detectors are nor-
mally open, mechanical contact closure switches designed
to operate at a factory preset temperature. They are avail-
able in six preset temperatures which meet NFPA standards
and are Ul Listed and FM Approved. After determining the .
maximum ambient temperature at the thermal detector loca-
tion, select the correct thermal detector according to the
tem;:Jerature condition chart below;
Thermal
Detector
Modei No.
TD-140
TD-190
TD-225
TD-325
TD-450
TD-600
Maximum Ambient
Temperature
70. F. (21' C.)
120. F. (490 C.)
155. F. (680 C.)
255' F. (1240 C.)
380. F. (1930 C,)
530. F. (2770 C.)
'.
~.
ULEX 3437 CEX732
September 29, 1998
MODEL RPS-M -REMOTE
MECHANICAL PULL STATION
Remote manual control for system releasing devices is pro-
vided by the Model RPS-M remote mechanical pull station.
It is connected to the system releasing device by stainless
sleel cable. This cable is enclosed in 1/2" EMT with corner
pulleys at each Change in direction. The remote mechanical
pull station shall be located at the point of egress from the
l1azard area. See Figure 2-13,
<D
~
II CASE OF
*
~
~1Il
R1DCaED ~
ALUMlMAl FACE PLATE
flED P'tA8TIC
-...K IlOO
,/4"
ON ALL C()lWEM
Figure 2-13, Model RPS-M Mechanical Pull Station,
""OZPC
.
cr,apter J - SystGI'J De3igl\
-~.o\ge 3,3
1. Nozzle Coverages:
Protection NOllIe Protection Speclficallons NOZZle Nozzle
Zone/Nozzle Maximum Nozzle Location Wltt'lln Otfse t" Orienlalion
L W Ht ProteCllon Zone
Work Area NV-WA I See Tabla 3.1 Volume 1344 cu It Shorteit slde'2' max. oft O' - S. Vertical
Area 112 sq. ft center (each side)
I Diagonal 16.12 ft Longest slde.3' max. off
center (each side)
Backdralt NV,P1 4' 14' 12' Volume 672 cu tt Shoriesl side-center O. . 6" Vertical
?Ienum Area 56 sq ft
SIde 14 It Longest slde.3 Inch ofl
center (each side)
Pa"t Leg W,Pl 4' 14' 12' Vol~me 672 cu It Shortest sl:le-center O' - 6" Vertical
Plen~'m' Area 56 sq tt
Side 1~ ft Longest slda-3 Inch oft
center (each siOe)
PI (OpI/on 1) NV.P1 241 4' 4' Volume 384 au tt Shortest side.center O' . 6" Vertical
Area 96 8q It
Side 24 rt Longest side-center
Pit (Option 2;' NV.DD2 24' 4' 4' Volume 384 cu It Shan est slde'center 2' . 8" ,l-Iorlzonlal
Area S6 sq It
Side 24 It Height-center
UnCler Floor NV-UF 16' 14' 4' Volume 896 cu It Shortest side-canter 0'.6' Vertical
Plenum Area 224 sq tt . ,
SIde 1 S It Longest slde-centar
Exhaust Oue! NV-DP2 3' ~, 24' Votume 2i B cu tl Shortest side (cross-secUc'n) 0". 6' HoriZontal 'or
~
Area 9 sQ tt -center horizonlal
Side 3 tt Longest slo'e (cross-saction) dJcts
(Round Duct 2'-11" Vartical tor
diameter) \'ertical dUClS
. Fant leg eimer-sions 4" minimum x 24" maximum
.. NOzzle offsells the maximum dislance from Ihe tip 01 the nOZzJe to the closest edge of ~he prolection ZOne,
ULEX 3437 CEX732
Seplember 29, 1998
Chapter 2 - Components
Page 2-5
DETECTION EQUIPMENT
3. Model FLH-1.
1. Model FLK-1.
The Model FLH-1 fusible link hanger is an accessory
designed to simplify the Installation of fusible links in the
fusible link Une. It can be used wilh the Model FLK.1f1A
fusible link kit (kits must be ordered separately). The
Fusible Link Hanger makes II possible to install fusible links
without cutting and crimping loops in the fusible link line for
each link. They are available in packages at 25 (FLH-25)
only. See Figure 2.11.
The Model F~K'l fusible link kit includes a 10' steel bracket,
two (2) </2" EMT connectors, tour (4) cable crimps, and two
(2) '8" hooks. Fusible Ilnks must be ordered separately.
See FIgure 2.10.
2. Model FLK-1A.
The Model FLK.1 A fusible link kit includes an 8" steel brack-
et, Iwo (2) 1/2" EMT connectors. four (4) cable crimps, and
two (2) "S" hooks. Fusible links must be ordered separately.
LINK OETECTOR I!RACKET""\
TERUIN,l,L UNI(
5-HOOK
CABLE CRIMP
SERIES LINK
Figure 2-10. Model FLK-1 Fusible Link
.........,
FUSIBLE UNK lOT
(SOlO SEPARATELY)
.
FLH-1
FUSIBLE UNK
H.l.NOER
FUSIBLE LINK
(SOlO SEPARATELY)
Figure 2-11. Model FLH.' Fusible Link Hanger
0CIH60l'C
~
of
ULEX 3437 CEx732
September 29. 1998
, '
Chapter 3 - System Deslg'tl
Pa~e'a.13.
~..-'--
PCI-70ABC with 4 nozzles
CYLINDER
Tl
/
T2A
"
.
/T2
NOZZLE
-
Cylinder Size Nozzle Quantity Nozzle Type Piping Section Size Length Elbows
Maximum Maximum
PCI.70ABC 4 NV-WA Cylinder to T1 1" 20' 3
T1 to T2 1" 9' 2
T2 to Nozzle 3/4" 7' 2
Cylinder Size Nozzle Quantity Nozzle Type Piping Section Size Length Elbows
-. Maximum Maximum
PCI-70ABC 4 3 - NV-WA Cylinder to T1 1" 20' 3
and 1 of:
NV-P1 (See Nole 6)
NV-UF
NV-DP2
T1 to 12 1" 9' 2
T2 to Nozzle 3/4" 7' 2
ULEX 3437 CEx732
September 29, '998
.1'"
Chapter 4 - System Instailation
~ Page' 4.3
MCH OR ml
CClIIITRa. HEAO
bushing. Also. a Model .PDA-D2 Pneumatic Discharge
Adaptor must be installed on the valve of each agent cylin-
der. Pneumatic tUbing is then used to connect the PAC.
10/200 pneumatic cylinder to the PDA-D2 of each agent
cylinder valve, See Figure 4-5.
NOTE
Pneumatic tUbing used for remote cylinder actuation
shall have an outside diameter Of 1/4" with a minimum
wall thickness 011/32". This Is commonly known as
refrigeration-type copper tubing, All tubing fittings shall
be of the 1/4", 450 flare type conforming to SAE J513c.
Compress/on type 1/tt/ngs are not acceptable,
.
Figure 4-4, Model PAC-101200 Pneumatic
Cylinder Installation
:102I7,,'c
In order 10 actuate Ihe agent cylinders from a Model PAC-
t 0/200 Pneumatic Actuation Cylinder, a 3/4" NPT ic 1/4" NPT
bUShing must be screwed Inlo the pneumatic cylinder's dis-
charge port. A 1/4" NPT x 450 1/4" lIare type fitting (con-
forming to SAE J513c) must then be screwed into this
The Model PAC-10 pneumatic- cylinder can actuate a maxj.
mum at ten (10) agont cylinders with a maximum ot 100 feet
of pneumatic tubing.
The Model PAC-2aO pneumatic cylinder c.an actuatG a maxi-
mum of twenty (20) agent cylinders wilh a maximum of 200
feet of-pneumatic tubing.
.
MCH OR ECH
CONTROL HEAD
R.
-
114" NPT X
W 11.. FlARE
TYPE FITTING
(8AE .J5111c)
114 X 1/4 X 1J4 45" FLARE TEE
O'YPlCAl)
_.
.
TO RatAlNfNQ CVUNDEAS
~
Figure 4-5. Multiple Cylinder Actuation Using Model PAC-10 or PAC-200
<lO>I75PC
ULEX 3437 CEx732
September 29,1998
Chapter 3 - System Design
Page 3.7'
per.n ABC with ~ nozzles .
CYLINDER
~.
T1
A
~........ ")j-.-
,. .....:.i...-...,.
.... .".".-..-.'1.:
NOZZLE
Cylinder SJze Nozzle Quantity Nozzle Type Piping Section Size length Elbows
Maximum Maximum
PC/-17ABC 2 Any combination of Cylinder to Tl .3/4" 36' 4
NV-P1 (See Note 5)
NV-UF
NV-DP2
Tl to Nozzle 3/4' 14' 2
_I'C
NOTE:
1. These limitations apply to PC/-17ABC using two nozzles (any combination 9r, either NV-Pl. NV-UF, or NV.DP).
2. System pipIng must be balanced. Balanced piping is that in which the dilference between the shonest actual pipe length
tram T1 to nozzle I!nd the fongest actual pipe length from T1 tonozzJe does not exceed 10% or the longest actual pipe
length trom Tt to nozzle. The number and type of lI111ngslor all Tl 10 nozzle sections must be equal.
3. A Main/Reserve Tee Check, Model TC-1, may be located betw~en the cylln.der and T1, Clnd counts as tV/D. elbows in that.
Section.
4. All sysrems protecting vehiole ;:laint :spray bOOlhs require a factory pre-set time delay_
S. When using an NV-Pl nozzle, the two laraesI discharge arfficas in the nozzle body must be POsilioned parailel 10 the
longest dimension ot the hazard being protected.
ULEX 3437 CEx732
September 29, 1998
. .2' g>
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