HomeMy WebLinkAboutPermit Signage 2019-12-04NGFIELD
Web Address: www.springfield-or.gov
Permit Issued: December 04,2Ol9
Building Permit
Commercial Structural
Permit Number: 811-19-OO2072-STR
IVR Number: 817O7t725442
City of SPringfield
Development and Public Works
225 Fifth Street
Springfield, OR97477
54t-726-3753
Email Address: permitcenter@springfield-or'gov
Category of Construction : Commercial
Submltted Job Value: $8,000.00
Type of Work: New
Description of work: spray booth (structural plans included with mechanical plans)
Worksite Address
3990 KATHRYN AVE
Springfield, OR 97478
Parcel
1702304400500
Owner:
Address:
LULU LLC
PO BOX 2266
EUGENE, OR 97402
Business Name
RICHARD A TRICKEY INC -
Primary
License
ccB
License Number
52320
Phone
54t-954-20L4
Inspection
1999 Final Building
8999 Final Fire
8360 Paint Booths
1996 Final Inspection - Planning
Inspection Group
Struct Com
Fire
Fire
Struct Com
Inspection Status
Pending
Pending
Pending
Pending
Various inspections are minimally required on each project and often dependent on the scope of work. Contact
the issuing jurisdiction indicated on the permit to determine required inspections for this project.
Sched ule or track inspections at www.buildingpermits.oregon.gov
Call or text the word "schedule" to 1-888-299-2821 use IVR number: 81L07L725442
Schedule using the Oregon ePermitting Inspection App, search "epermitting" in the app store
Permits explre if work is not started within 180 Days of issuance or if work is suspended for 180 Days or longer depending on
the issuing agency's policy.
All provisions of laws and ordinances governing this type of work will be complied with whether specified herein or not.
Granting of a permit does not presume to give authority to violate or cancel the provisions of any other state or local law
regulating construction or the performance of construction.
ATTENTToN: oregon law requires you to follow rules adopted by th€ Oregon Utility Notification Center. Those rules are set
forth in OAR.952-OO1-OO10 through OAR 952-OO1-OO9O. You may obtain copies of th€ rules by calling the Center at (503)
232-L987.
All persons or entities performing work under this permit are required to be licensed unless exempted by ORS 7O1.O1O
(Structural/Me€hanlcal), ORS 479.54O (Electrical), and ORS 693.O1O-O2O (ptumbing).
Printed on: 12/4/19 Page 1 of 2 c:\myReports/reports//production/01 STANDARD
tr^.a
6
TYPE OF WORK
JOB SITE INFORMATION
LICENSED PROFESSIONAL INFORMATION
PENDING INSPECTIONS
SCHEDULING INSPECTIONS
Permit Number: 811-19-OO2O72-STR
Page 2 of 2
Fee Description
Technology Fee
Structural building permit fee
Structural plan review fee
State of Oregon Surcharge - Bldg (L2oto of applicable fees)
Printed oni 72/4/79 Page 2 of 2
Quantity Fee Amount
914.90
$180.60
$117.39
$2L.67
$334.s6Total Fees:
C:\myReports/reports//production/o1 STANDARD
PERMIT FEES
SPRINGFIELD
$Transaction Receipt
81 I -1 9-002072-STR
IVR Number: 81 107 17 25442
Receipt Number:473188
Receipt Date:1214119
City of Springfield
Development and Public Works
225 Fifth Street
Springfield, OR 97477
54t-726-3753
permitcenter@springfi eld-or. govOREGON
www.sprin gf ield-or. gov
Worksite address: 3990 KATHRYN AVE, Springfield, OR 97478
Parcel: 1 702304400500
Transaction Units
date
1214119 1.00 Ea
12t41'.t9
12t4t',t9
1.00 Ea
1.00 Automatic Technology Fee
Deecription
Structural building permit fee
State of Oregon Surcharge - Bldg
(12o/o oI applicable fees)
224-00000 -425602- 1 030
821 -00000-21 5004-0000
1 00-00000-425605-0000
Fees Paid
Account code Fee amount
$180.60
$21 .67
$14.90
Paid amount
$180.60
$21.67
$14.90
Payment Method: Credit card Payer: eric tucker Payment Amount:$217.17
authorization:
Cashier: Katrina Anderson Receipt Total:$217.17
Prinled: 1214119 1 :42 pm Page I of 1 F I N_Tra nsaction Receipt_pr
tr
07572(l
ClI'y r-rt, Stx I I'tctttilt!. oR rc o.>*
Structural Permit Application H#
bqu.Tuh-
225 Fifth Street . Springfteld. OR 97477 . PH(5411726-3753 o FAX(54 I )726-3689
Tbis permit is issued under OAR 918-460{030. Permits expire if work is not started within lt0 days of
suspended for lEO days.
or if work is
DEPARTTENT UsE OI{LY
Permitno.:Y-WOVZ
rt\aDate: Q q
FEE 8C}IEDULE
t. Velurtion infotEetiou
(a) Job description4
\occrpaocy \l
Conskuction type:
Squarc fect:
Cosl per square foot:
0ther information:
Typc of Hoet:
Energr Prth:
E new f]alteration I addition
(b) Fouodatioo<nly permit? fl yo fl tto
Totd velurtion:s F oclo
2. Building fccs
(a) Pcrmit fee (usc valuation table):(
(b) Investigative fee (equal ro {2al):(
(c) Reinspection ($ per hour):
(number ofhours x fee per hour)$
(d) Enter l2sZ surcharge (.12 x [2a+2b+2cJ):$
(e) Subtotrl of fces rbove (2r through 2d):$
3. Phn revicw fecr
(a) Plan rcvicw (86% x pct'mit fcc [2a]):$
(b) Fire and life safety (65% x permit fee [2a]):$
(c) Subtotel of fees rbovc (3r rnd 3b):$
4. Misceilleneour fecs
(a) Seismic fce, l% (.01 x permit fe [2a]):$
(b) Tech fee, 5'/" {.05 x permit fee[2a]+PR fee [3c])$
TOTAL feer rnd surcherges (2er3et4e+b):$
LOCAL GOVERNHENT APPROVAL
This project has final land-use approval.
Signature:Date:
This projecr has DEQ apptoval.
SiEaature:Datc:
Zoning approval verified:
Property is within flood plain:
Yes
Yes
fl No
GATEGORY OF COT'ISTRUCTIOII
! Residential f| Govemmenl fi Commercial
JOB S|TE NFORTANOil AND L@ANON
Job site address: 3<nD (ttuA{tt AtE
Cityt gPtatlLFtELD State: Q zw{l+17
Subdivision:l,ot no.
Refercncc Taxlot:
PROPERW OWNER
Name: SOttJ leAnR
Address:
City:State:ZIP:
Phone: .,1fl1-6&91/lb Fax:
E-mail:
:::::::WX#
a uth ori zing this aPP I i catron
E This inshllation is being made on rcsidential or farm property owned
by orc or a membcr of my immediatc family, and is excmpt frorn
Iicensing rcquircmcnts under ORS 701 .0 10.
CONTRACTOR IiISTAI-LANOil
Business name:
Address:ll.!. ottldrl c;>A .-%tf€ tQ
ciry:94ilb;i&r'Sl3.te: AtP zt?m2
Phonc
CCB license no.: S23eo
Printname: &AfiXO lt- 7?EG7
Nrme CCB Liccnse #Phone
Electricel
9aseT Ftecr-
Plumbing
lt h
Mechenical
inuet ! ?erc6
Lasr cdired 5-5-201 9 BJones
UNo
INFORMATIO{tI
Mllr-rit r,iz
From:
Sent:
To:
Subiect:
Attachments:
CHINTTZ Amy C. <AmyC@subutil.com>
Monday, July L5, 2019 8:19 AM
'Eric Tucker'; 'George Geiger'
RE: Day l Collective Permits
Day L Collective Design_DWP Exemption Request Response-oct 23 2018.pdf
Eric,
That is correct. The DWP exemption was granted in October, 2018. The letter is attached
AmyE. ChiniE
Drinking Water Source Protection Coordinator
Springfield Utility Board
202 South 18th Street
Springfield, OR 97477
Phone: 541.744.3745
Fax254L.747,7348
From: Eric Tucker Imailto:eric@davlcollective.com]
Sent: Friday, July t2,2019 2:39 PM
To: George Geiger <ggeige r@ ha rveva nd price.com>; CH I N ITZ Amy C. <AmvC@ su buti l.com>
Subject: Re: Day l Collective Permits
George - Thanks a ton! I have already submitted our drinking water protection paperwork to the city. (See
attached.)
Amy - Day 1 Collective Design is good on these docs right? I believe they were approved late last fall.
Eric
On Fri, Jul 12, 2019 at 2:33 PM George Geiger <ggeiger@harveyandpric > wrote:
Good afternoon Eric,
I have submitted all of the drawings for permit review to the City of Springfield.
Permit Processing Number: 8 1 I - 1 9-00 I 60 I -MECH
The city planning department is requesting more information to be processed.
Attached are two (2) Springfield Utility Board forms that will need to be fill out.
Contact Amy Chinitz at SUB, she has to process these forms back to the city planning department after her
revlew.
Please refer to the permit number for processing back to the planning department.
1
Let me know if you need anything more.
Thank you,
George G. Geiger
HVAC Mechanical Design Consultant
541-746-1621 ext. 135
notily Day I Coilective immediatel-v by retum e-mail prior to taking any action in filrtherance of delivery.
2
XAEVSY & P*ITE
MILLER Liz
From:
Sent:
To:
Subiect:
MILLER Liz
Monday, September 23,2019 4:37 PM
'Kathy Mcdonald'
RE: 3990 Kathryn Paint Booth for Day 1 Collective
Hello Kathy,
I passed on the building permit to Engineering so that the review is still progressing. I did receive a message from Amy
Chinitz today though. Amy is with SUB and issued the Exemption letter about a year ago. She would like someone with
Day 1 Collective to contact her regarding the paint booth and materials to be used in association with the booth as this
wasn't proposed at that point in time. Amy can be reached 547-744-3745 or AmvC@subutil.com
fiz}l.ilb<a
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lntlbr,@t*tnfMozgov
From: Kathy Mcdonald [mailto:nobledev@noble.comcastbiz.net]
Sent: Wednesday, September 18, 2019 10:06 AM
To: MILLER Liz
Subject: RE: 3990 Kathryn Paint Booth for Day 1 Collective
Please find the attached approval letter. Thanks
From: MILLER Liz [mailto:lmiller@sprinefield-or.sov]
Sent: Tuesday, September L7,2OL9 4:57 PM
To: 'john@iphammer.com' <iohn@j@,.conl>; Kathy Mcdonald <nobledev@noble.comcastbiz.net>
Cc: CH lN ITZ Amy C. (AmvC@subutil.com) <AmvC@subutil.com>
Subject: 3990 Kathryn Paint Booth for Day l- Collective
The City of Springfield Planning Division has been routed building permit L9-OO2O72 for review. This building proposes
spray booth in a new tenant space in the building. This building is within a 5 year Time of Travel Zone with the Drinking
Water Protection (DWP) Overlay District. The City of Springfield derives all its drinking water from various wellheads
located throughout the City. The DWP Overlay District and the requirements listed for this district in the Springfield
Development Code were developed to protect the City's drinking water supply from impacts by facilities that store,
handle, treat, use, produce or otherwise have on premises substances that pose a hazard to groundwater quality.
A Drinking Water Protection (DWP) application and review is required during the building permit process when the
action affects the storage, use and or production of hazardous or other materials that pose a risk to groundwater. I have
enclosed a DWP application and a DWP Exemption Request form.
Your business may be eligible for an exemption from the DWP application process based on the exemptions listed in
Springfield Development Code section 3.2-230. lf you determine there may be a possibilityyou are exempt, please
submit the Exemption Request to Amy Chinitz, Drinking Water Protection Coordinator at Springfield Utility Board. After
1
reviewing and approving the Exemption Request, Amy will notify the City so that the Planning Division can issue an
approval for the building Permit.
tf a Drinking Water protection Overlay application and review is needed the building permit cannot be issued until the
review is complete.
please give me a call if you have any questions at (541) 726-23Ot. Amy Chinitz at the Springfield Utility Board can
answer any specific questions you have on materials hazardous to drinking water at (541) 7M-3745.
&dt'th
dlann*
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MILLER Liz
From:
Sent:
To:
Subjea:
CHINITZ Amy C. <AmyC@subutil.com>
Monday, September 23,2019 2:24 PM
MILLER Liz
RE: 3990 Kathryn Paint Booth for Day 1 Collective
Liz,
That's a good catch. tjust looked through the original DWP exemption submittal. lt lists a total of less than 15 gallons of
hazardous materials and does not indicate that there will be a paint booth. I think we should require them to update
their hazardous material inventory and let them know we will inspect the site to verify the quantities. lf they go over 20
gallons, they will have to do a DWP application.
Thanks again for noticing thatl
Amy E. Chinitz
Drinking Water Source Protection Coordinator
Springfield Utility Board
202 South 18th Street
Springfield, OR 97477
Phonet 541.744.3745
Fax:541.747.7348
From: M I LLER Liz Imailto:lmiller@soringfield-or.eov]
Sent: Thursday, September 19, 2019 11:05 AM
To: CHINITZ Amy C. <AmvC@subutil.com>
Subject: FW: 3990 Kathryn Paint Booth for Day 1 Collective
Ary,
I just want to make sure since this exemption letter issued about a year ago that you are still okay with the recent
submittal of the building permit for a spray booth within the space. Could you contact me or send me an email when
you return?
Thanks,
?tz rlllllctCT
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From : Cori [mailto : Cori@jphammer.com]
Sent: Wednesday, September 18, 2019 10:37 AM
To: MILLER Liz; eric@daylcollective.com; iessica@daylcollective.com; Justin; Julia
Subject: RE: 3990 Kathryn Paint Booth for Day 1 Collective
Hello Liz,
Dayl Collective at 3990 Kathryn has already received a letter of exemption. Please see attached
1
.\ri Larson
JP Hammer Properties
Office: 541-683-1140
Fax:54!-683-2449
cori@iphammer.com
From: M ILLER Liz <lmiller@sprinsfield-or.sov>
Sent: Wednesday, September L8,2Ot9 9:05 AM
To: John <John@iphammer.com>
Subject: FW: 3990 Kathryn Paint Booth for Day 1 Collective
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From: MILLER Liz
Sent: Tuesdav, Seotember 17. 2019 4:57 PM
To: Sohn@iohammer.com';'nobledev@noble.comcastbiz.net'
Cc: CHINITZ Amy C. (AmyC@subutil.com)
Subiect: 3990 Kathryn Paint Booth for Day 1 Collective
The City of Springfield Planning Division has been routed building permit 19-002072 for review. This building proposes
spray booth in a new tenant space in the building. This building is within a 5 year Time of Travel Zone with the Drinking
Water Protection (DWP) Overlay District. The City of Springfield derives all its drinking water from various wellheads
located throughout the City. The DWP Overlay District and the requirements listed for this district in the Springfield
Development Code were developed to protect the City's drinking water supply from impacts by facilities that store,
handle, treat, use, produce or otherwise have on premises substances that pose a hazard to groundwater quality.
A Drinking Water Protection (DWP)application and review is required during the building permit process when the
action affects the storage, use and or production of hazardous or other materials that pose a risk to groundwater. I have
enclosed a DWP application and a DWP Exemption Request form.
Your business may be eligible for an exemption from the DWP application process based on the exemptions listed in
Springfield Development Code section 3.2-230. lf you determine there may be a possibility you are exempt, please
submit the Exemption Request to Amy Chinitz, Drinking Water Protection Coordinator at Springfield Utility Board. After
reviewing and approving the Exemption Request, Amy will notify the City so that the Planning Division can issue an
approval for the building permit.
lf a Drinking Water Protection Overlay application and review is needed the building permit cannot be issued until the
review is complete.
Please give me a call if you have any questions at (541) 726-2307. Amy Chinitz at the Springfield Utility Board can
answer any specific questions you have on materials hazardous to drinking water at (541) 744-3745.
2
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SPRINGS'IELD t}T'ILIT1' I}OARD
IYATEII $trR\,lcli (U,r*'tSR 2025ou$ 18e Street, SprlnSffeld, Ofi 9742-5240 T*l 541-72&2396 Fax54!-747-7348 www.subutil.com
October 23,20L8
Andrew Larson
Development Services
City of Springfield
225 stl,Street
Springfield, OR97477
RE:DRINKING WATER PROTECTION APPLICATION EXEMPTION REQUEST -
DAY I COTIECTIVEDESIGN
ASSESSOR'S MAP: 17-02-3A-44 TAX LOT:00500
ADDRESS: 3990 KathrynAvenue
Dear Mr. Larson,
I have received the exemption requestsubmitted by Erick Tucker on behalf of Day 1 Collective Design
regarding the new tenancy at the above-referenced address, which lies in the 1 - S-year time-of-travel zone
to a municipal drinking water supply well. The original hazardous materials list submitted with the
request included a product, Klean Strip Premium Stripper, t}rat contains a DNAPL chemical. The applicant
then removed the product from its inventory and re-submitted the request with a certification that the
applicant will not use the DNAPl-containing product at 3990 Kathryn. The total quantity of hazardous
materials kept on site will not exceed wenty gallons, Based on the information provided in the request, I
recommend that the exemption be granted.
Please note going forward that the fuctlity may be inspected to verify the information provided in the
exemption cerfification. If at any point the conditions of exemption are no longer met, a Drinking Water
Protection Overlay District application may be required.
Feel free to contact m e at 34!-7 44-3745 for further details or with any questions.
Sincerely,
e"& {. Cr"%
Amy E. Chinitz
Drinking Water Source Protection Coordinator
cc Erick Tucker. Day 1 Collective Design (email)
John Hammer, PO 8ox2266, Eugene, OR 97405
S:\Amy Chinitz\EusinessesJddresses\Day 1 Collercdve Design*3990 Kathryn\Day I Collective Drrign_DWP F,xcntprim Rcquesr Rcsponsc_Oct 23
20l8.docx
SPRINCFIELD TITILITY BOARD
11',,\'f ER SIlll\jl{'ta ('EN'l'ltR 202 South 186 Street, Springfield, OR 97477-5240 Tel S4L-72G2396 Fax54t-747-7348 www.subutil.com
October 23,20L8
Andrew Larson
Development Services
City of Springfield
225
'th
Street
Springfield, OR97477
RE DRINKING WATER PROTECTION APPLICATION EXEMPTION REQUEST -
DAY l COLLECTIVE DESIGN
ASSESSOR'S MAP: 77-02-30-44 TAX LOT:00500
ADDRESS: 3990KathrynAvenue
Dear Mr. Larson,
I have received the exemption request submitted by Erick Tucker on behalf of Day 1 Collective Design
regarding the new tenancy at the above-referenced address, which lies in the 1 - 5-year time-of-travel zone
to a municipal drinking water supply well. The original hazardous materials list submitted with the
request included a product, Klean Strip Premium Stripper, that contains a DNAPL chemical. The applicant
then removed the product from its inventory and re-submitted the request with a certification that the
applicant will not use the DNAPl-containing product at 3990 Kathryn. The total quantity of hazardous
materials kept on site will not exceed twenty gallons. Based on the information provided in the request, I
recommend that the exemption be granted.
Please note going forward that the facility may be inspected to veriff the information provided in the
exemption certification. If at any point the conditions of exemption are no longer met, a Drinking Water
Protection Overlay District application may be required.
Feel free to contact me at 541-7 44-37 45 for further details or with any questions.
Sincerely,
Amy E. Chinitz
Drinking Water Source Protection Coordinator
cc: Erick Tucker, Day 1 Collective Design (email)
lohn Hammer, PO Box2266, Eugene, OR 97405
S:\Amy Chinitz\Businesses-Addresses\Day 1 Collective Design-3990 lGthryn\Day I Collective Design_DWP Exemption Requesl Response Oct 23
20 I 8 docr
e-ec cn
CITY OF SPRINGFIELDO OREGON
225 FEftISTREET . SPRINGmLD,ORgT4TT tYH:(541')726-3753 . FAX: (541)726-3689
Development services supplemental submittal Form
Date:1
To StaffMember:
From:
Contact Phone Number:sq t-f4 b-lLA
Permit Number/Journal Number:?rl-)q-ao tbol- lMc nicnl
Descriotion of Submittal Material:
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Pu.rP eXeng*ion - ay'rorai \ SilB
(D.l"hir9 t^rqttr proler{rur)
Instructions for Citv Staff:
Accepted by:
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DAY 1
COLLECTIVE
Attn:
Date:
Re:
Eric Phillips-Meadow, Deputy Fire Marshal
Nov 2oth, 2019
Paint Booth Building Permit Application, Responses to Fire Dept Review Comments
Answers in blue.
L. lndicate on the plans the location of the container or piping shutoff valves to which a hose or
flexible connection is attached.
o The shutoff will occur via the electrical outlet to which the sprayer is plugged in. This outlet
will be prograrrrnted to shut off if the ventilation ceases to operate. The sprayer and
prograrnmed c_rLrtlet locations are shown on the attat,hed f loor plan.
2. Clarify if there are any cleaning machines in the building which utilize Class 1 liquids for spray
equipment. SFC 2403.5. 1.
o No, there is no such equipment in the building.
3. Clarify how the spray booth ventilation will remain in operation for a period of time after spray
operations have ceased to allow vapors from drying coated articles and finishing material residue to
be exhausted. SFC 2404.7.L.
o Spraying equiprnent will be interlocked with the ventilation system so that the ventilation
system continues to operate for a minimum of 20 mtnutes after spraying has ceased.
4. Provide information on the paint booth fan and fan motor per SFC 2404.7.7.
o See attached product sPecs.
5. Provide information details on the gauges and alarm locations for ensuring air velocity are
maintained per SFC 2404.7.8.3.
. A manometer rs located on the rear exterior of the booth, as indicated in the attached floor
plan. The interlocking system will triggerthe spray equipnrent to shut off if the air velocity
falls below acceptable levels.
6. Clarify if any of the following will occur inside the spray booth: automated spray operations, drying
operations utilizing heat, powder coating, electrostatic spray equipment'
o None of these at tivities will occur.
7. Provide a Hazardous Materials lnventory Statement (HMIS) for all chemicals to be used or stored.
tnclude Material Safety Data Sheets (MSDS) for each chemical. As part of the HMIS provide a
summary of total quantities stored/used and the Maximum Allowed Quantity (MAQ) for each
hazard category. OFC 407.5,5001.5.2 and Tables 5003.1.1(1) & 5003.1.1(2).
. HMIS attached with all hazardous materials and their current qrrarrtities The rlaterials
stored onsite shall not exceed a combined volume of 500 gallon:. MSDS have been
provided directly to Eric Phillips Meadow via email.
8. Revise the floor plan to clarify the type and location of fire extinguishers. Fire extinguishers in this
building must be adequate for extra high occupanry, which means 4A-408:C with a maximum travel
distance to the extinguisher of 30 feet, or 4A-80B:C extinguishers with a maximum travel distance to
the extinguisher of 50 feet.
. See fire extinguisher locations on attached floor plan. The closest extinguisher is within 20
feet of the door of the paint booth.
Eric K Tucker
Executive Director
Day 1 Collective Design
3990 Kathryn Avenue
Springfield, OR97478
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Day l Collective Design
Hazardous Material lnventory, as of November 18th, 2019
Product:
Manufacturer:
Total Quantity:
Product:
Manufacturer:
Total Quantity
Product.
Manufacturer:
Total Quantity:
Product:
Manufacturer:
Total Quantity.
Product.
ft/anufacturer:
Total Quantity
Product.
Manufacturer:
Total Quantity:
Product:
Manufacturer:
Total Quantity:
Product.
Manufacturer:
Total Quantity
Product:
Manufacturer:
Total Quantity
Shenrood Hi-Build Primer
Sherwin Williams
20 gallons
Sherwood Hi-Build Lacquer
Shenruin Williams
30 gallons
Acetone
Shenruin Williams
20 gallons
Propane, Compressed
Blue Rhino / Ferrelgas
15 gallons
VM&P Naptha
Klean Strip
3 gallons
lsopropyl Alcohol
Kroger
80 ounces
Argon, Compressed
Airgas
100 gallons
Argon + Carbon Dioxide, Compressed
Airgas
100 gallons
Tap Magic Aqueous Cutting Fluid
Tap Magic
16 ounces
1 363 E. Grand Avenue.Pomona, CA 91766.(909) 623-6944'Fax(909\622'6267
SPRAY SYS TEMS. INC.
INSTALLATION & MAINTENANCE
INSTRUCTIONS
GENERAL SPRAY BOOTH
TABLE OF CONTENTS
(Rev 7/28/05)
ASSEMBLY INSTRUCTIONS
SAFETY ADVICE
PARTS LIST
DRAWINGS
BOOTH COMPONENTS (i.e. latches, lights, filters, etc)
MAINTE,NANCE AND CLEANING
WARRANTY
BOOTH COMPLIANCE
1 36 3E. Gra ndAvenue'Pomona, CA9 1 7 66'(909)62 3-6 944'Fax(909)622-6267
ASSEMBLY IN STRUCTIONS
BEFORE BEGINNING - READ ALL INSTRUCTIONS COMPLETELY
(Rev 7/28/05)
PRBPARATION
(NOT providecl)
5/16" x2 Yz" (approxirrately 50 each)
3/8" x3 Y2" (l per every 3 feet on center)
Sleeve Anchor Bolts:
(for fastening base angle to floor)
Auto Booth
Truck Booth
a
a
r Drift Pin
. Screw Driver (Phillips and Flathead)
o Tape Measure
o Vise Grip
. "C)' Clanrp
o T116" Socket and Ratchet
WorEl
ALL NUTS AND BOLTS SHOULD BB LEFT FINGER TIGHT DURING ASSEMBLY TO
ALLOW FOR ADJT]STMENT FROM HOLE TO HOLE.
DO NOT tek screw the panels to the base arrgle until the entire booth is erected
DO NOT anchor the side stiffeners to the floor until the booth is erected, all bolts have been tightened
and the booth has been attached to the base angle.
a
a
.:
i
PLEASE SEE NEXT PAGE FOR STEP-BY-STEP ASSEMBLY INSTRUCTIONS!
l. Open the crate and sort panels according to the Tag Number on the label of each panel. Veriff
quantity with the parts list.
2. Detennine the location for installation of the booth. If you are installing the booth against a wall see
"Wall Assembly" below; then continue.
3. Leave a minimum of three (3) feet clear space between the booth and the sidewall for servicing the
light fixtures. If the booth is a "rear air flow" booth, leave a minimum of three (3) feet clear between
the intake air frlters and the wall to allow for proper airflow and room to change the filter rnedia.
Local codes may require a three-foot (3 ft.) aisle on all sides and back.
4- Run a chalk line and lay out the base angle on the slab. The chalk line should be 3/16" namower than
the inside measurement of the booth. When attaching the base angle to the floor, the vertical leg will
be placed on the chalk line. The horizontal leg will point to the outside of the booth. The verlical
leg is punched on six-inch (6 in.) centers. During assernbly the booth panels will be installed against
the outer side of the vertical leg of the base angle. Refer to the assembly blueprint for location by
length of base angle.
5. Attach the base angle to the slab with the sleeve anchor bolts after double-checking that is square.
6. Start at either corner at the rear of the booth. All panels are erected with breaks (flanges) facing the
outside of the booth to make a srnooth interior.
7 . Begin with the corner panels, front and side, using tlle t/q" - 20 nuts and bolts (provided). Finger
tight only!
8. Continue bolting ceiling, side panels and stiffeners around the booth. Finger tight only!
9. Attach jarnbs, header and doors to booth shell.
10. Using a square and lever, shirn and block the doors so they are plumb and parallel to each other as
wellas to the jarnbs and header.
I l. Tighten all bolts on the booth.
12. Frorn the iuterior of the booth, use the #10-1/2" TEK screw through the holes that are pre-punched
ol1 6" centers in the base angle into the booth. Take care not to strip out the screws while driving
them into the booth panel. If you have a driver with a torque lirniting clutch it would be advisable to
ttse it here. The booth will now be rigidly attached to the base angle and the blocks and shims can be
removed.
13. If the booth has vertical support columns that require anchoring to the slab, anchor the supports now.
14. Blocks, shims and supports may now be removed. WHEN WALKING ON THE ROOF OF THB
BOOTH IT IS BEST TO WALK NBAR THB STIFFENERS OR THB PANEL(S) MAY
BECOME DAMAGED.
15. Caulk base angle to floor, then base angle to booth and finally caulk the booth seams.
IT IS EXTREMELY IMPORTANT THAT THE BASB ANGLE IS SQUARE. This is
accomplished by measuring diagonally fi'orn one corner to the opposite corner, the distance should be the
same. If it is not equal, slide the base angle untilthe measurements are equal.
DURING ERECTION THE BOOTH SHELL IIAS WRY LITTLE STR T\CTURAL STRENGTH.
CARE MUST BE TAI{EN TO SUPPORT THE BOOTH DIIRING CONS TRUCTION. DO NOT
Use 2 x 4 braces to support the partially erected booth. Insert stiffeners between panels if applicable
(refer to assembly blueprint). If this procedure is not followed, the pre-punched holes will not align.
E OFASSEMBLY!THE BOOTH DURING THIS PHASSTAND OR LAY
Assemble one section at a time
ESSEMBLf,
16. See drawing for micro-switch, door latch(s), light fixture(s) base angle, polyfoam tape, and flap
rubber.
17. LIGHT FIXTLRE INSTALLATION (if applicable): DO NOT use the polyfoam tape (if
supplied) as a gasket for the light lixtures. It is for use on the doors onlv. Install light fixtures
wiih the knockouts (hubs) facing each other for easier electrical installation. Set glass and light
fixture into frame as shown on the drawing and attach to panel flange with sheet metal screws. When
the booth assembly is cornplete, apply a small bead of caulk around the perirneter of each light
fixture frame frorn the inside of the booth. Note: Vapor tight light fixtures (Class I Division II) are
supplied with the glass as an integral part of the fixture so they are installed as one unit (glass and
fixture).
l. Assemble the first section of the booth containing the doors. Block and shirn square as above.
2. Assemble one section of panels: sides, top and stiffeners. Then tighten. DO NOT attach the base
angle until the entire booth is erected.
3. Go to step 3 above and continue.
DACTING IS NOTAUTOMATICALLY INCLADED WITH THE SPRAY BOOTH,IT IS AN
OPTION WHICH ML]ST BE ORDERED SEPARATELY.
Booths may be shipped without the exhaust opening cut in the exhaust plenum. This allows final
positioning to be made in the field to allow for slight variances in the positioning of the duct and allows
the user the option ofeither round or square duct.
D
SAFETY ADVICE
(Rev 7/28/05)
A SPRAY BOOTH IS NOT A PAINT GE ROOM!
PAINT AND SOLYENTS HAVE EXTRXMELY FLAMMABLE FUMES. ALL PAINT AND
FLAMMABLE LIQUIDS MUST BE STORED IN AN APPROVED CABINET OR ROOM. CONSULT
YOUR LOCAL AUTHORITIES FOR SPECIFIC REQUIREMENTS.
DO NOT operate the booth unless it is properly vented.
Exhaust duct is required to vent the spray booth. The duct requirements valy depending on the location of the
booth, roof height gf the building, building construction, the buildings roof construction and local ordinances.
National fire code requires that a spray booth be protected by an approved fire protection system. Consult your
localjurisdiction to determine the requirements for your specific location and application.
Parts Lists for Model: P- 1 000
Phase One
TopNumber Otv Descriptiort Size
1
2
3
4
5
6
7
8
I
10
11
12
13
14
15
16
17
'18
19
20
21
22
23
24
25
26
27
28
2
2
1
2
1
1
I
1
2
2
4
4
4
2
4
PANEL CORNER ANGLE SOLID
PANEL CORNER ANGLE SOLID
PANEL BACK SOLID
PANEL BACK SOLID
PANEL BACK SOLID
PANEL SIDE SOLID
ACCESS DOOR
PANEL SIDE SOLID
STIFFENER SIDE
STIFFENER SIDE
PANEL SIDE BOTTOM
PANEL SIDE W/LIGHT
PANEL SIDE TOP
PANEL ANGLE SOLID
PANEL ANGLE WLIGHT
PANEL SIDE PLENUM
PANEL SIDE PLENUM
FILTER ASSEMBLY BOTTOM
FILTER ASSEMBLY TOP
PANEL PLENUM ANGLE SIDE TOP RIGHT
PANEL PLENUM ANGLE SIDE TOP LEFT
PANEL FILTER TOP PLENUM
PANEL TOP
STIFFENER TOP
PANEL TOP SOLID
PANEL TOP SOLID
FILLER PANEL
DOOR HEADER
29 3t8 X 110
29 318 X 110
32 5t8 X 110
24 X 110
32 5/8 X 110
42X 84
36X84
6X84
55/8X110
55/8X110
30 x 1't4
24 X 114
30x114
34X42
34 X 114
18X84
18 X 84
44 X 105
40 x 105
24X42
24X42
34X1 05
42 X 120
4X120
24 X 120
30 x 120
2X3X113114
3 X 113 114
8
2
2
Tuesdol,, July )5, 2669 Poga I of2
TagNumber Oty Description Size
29
30
31
32
33
34
1
5
2
2
1
1
170
24
36
64
1 300
1 300
1
16
32
16
16
1
5
2
16
32
20
2
5
8
1
1
1
BASE ANGLE
BASE ANGLE
BASE ANGLE
BASE ANGLE
FRONT FILTERED DOOR
FRONT FILTERED DOOR
#10 16X112" TEK SCREW
#12X 1" SCREW
#14 X 1" SCREW
#14 X3t4" SCREW
1t4" 20X1t2" BOLT
114" X20 HEX NUT
34'' FAN WI2HP 3PH MOTOR
5t16" 18X1" BOLT
5/16" FLATWASHER
5/16" HEX NUT
5/16" LOCKWASHER
ANGLE DOOR MOUNTING
CAULKING
DOOR LATCH, SMALL
FTLTER, EXHAUST (AG28)
FILTER, GRID
FILTER, TNTAKE (R-1)
FLAT BAR
HANDLE DOOR PULL
LIGHT FIXTURE,4 TUBE
MANOMETER
POLYFOAM TAPE
RUBBER STRIPPING
25t8X2st8X48
2 5t8 X2 5t8 X 12
2518X25i8X30
25t8X25t8X28
56 X 106
56 X 106
20x25
20x25
20x25
55X1"
7sFr
1 OFT
Tuesdoy, Jullt )6, 2ggn Poge 2 of2
l'x J'ANcHoR BoLT
(NOT INCLUDED)
#10.TEK x
BASE ANGLE
of N DRILL HOLES IN
EASE ANGLES
BASF ANGI F DFTAII
#14 X 1'TE( SCRETY
DOOR
HEADER
TARGE HEA\^/ DUTY LATCH DTTAIL
{' x l' BoLr
l'HD(
STIFFENER DTTAIL
SIIFFENER
t'xt'
STIFFENER BRACKTT
DTTAIL
TEK
x1'
SCRRI'
X 1. SIEEL FI.AT BAR
X 3. RUSBER STRIPPING
RUBBER STRIPPING DTTAL
{' x l" BoLr
MAN DOOR
POLYFOAM TAPE
DOOR FRAME
BRIXON MOUT.ITING
ANGLE
l'HD(
#14 X 1'rEK SCREW
SMALL HEAVY DUTY I.ATCH DTTAIL
USE T8 BIIIAS ONLY
IN TDTTUEES.
OO NOT USE FOAIiI TAPE GASKMNG
-IF SUPPUED- FOR UGHT RXTURES.PANEL
II IS FOR USE ON OOORS ONLY,
CLEAR IEMEPERED
TIGFI UGHT
rs FAcroRr tNsraLLso)
-)$t x J/+'-' SHEEr MErAL scREt
GENERAL PURPOSE LIGHT DTTAIL
spliw
${frfrElll$nr
1363 E.GRAND AVE.
POMONA, CA 91766
(909) 623-6944 01 /o7 /o5
a
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I I
REV.DESCRIPnON FY DATE
)34" DtA. EXHAUST FAN
MOTOR: zHP. 208-230/46Ov3 PHASE. T.E.F.C. CAPACITY:
12,600 CFM @ .5" S.P.cio
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BERGLASS
UL APPROVED
EXHAUST FILTERS
22'-8" O.D.
PLAN VIEW
(1)AccEss DooR J6"wrDE x 84"
HIGH WITH HEA\AT DUTY SAFETY
I-ATCH, HANDLE, AND POLY_
FOAM DOOR EDGE SEALS.
1) MANOMilER
1'-0"
22'-6" l.D.
22'-8" O.D.
SIDE VIEW
o)ToTAL LtcHT FTXTURES
ACCESS
FLUORESCENT (T-B)
LtcHT FtrruREs 48" 4-TUBE 120/277V.
UN|VERSAL BALLAST. OVER 3/16" CLEAR
TEMPERED GLASS.(TUBES NOT INCLUDED)
14'-0" t.D.
14'-11+" o.D
REAR VIEW
lF-n'-r*"
14'-0" l.D.
LOCATED IN REAR EXHAUST
PLENUM.
1,, SUPPLY FILTERS
IN ENTRANCE DOORS.
s'-2-1,/4" W|DE X 8'-9 1/2"
HIGH DOOR OPENING, WELDED
TUBUI.AR STEEL DOOR FRAMESw/ 18 GAUGE GALVANTZED DoOR
PANELS, HEA\A/ DUTY SAFETY
LATCH, EDGE AND BOTTOM SEALS.
NOIE:
(l)BoOIH CoNSTRUCnON MEEIS OR D(CEEoS
IHE REQUIREURITS OF IHE RRE, AR POLLTMON
A}ID O.S.H.A" CODES. CHECX LOCAL CODES FOR
ADomoML. REQutREilENrs (tF REaUTRED)
(2)PANE|ST PRE-FAB 18 GAUGE C,ALVAIIZED SIEEL
PRE-PUNCHO FOR NUI AIIO BOLT CONSIRUSNON.
(1
(1
(e
)VAPOR TIGHT REAR
)GENERAL PURPOSE
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FRO VI EW
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SALES DRAWING 1363 E. GRAND AYE.
POMONA, CL9L766
623-6944
TTTLE:P_ 1 OOO CROSS FLOW
AUTON/OTIVE BOOTHAPVD. Elr/:DATE APVD:
NOTICE:
IHIS DRAWNG IS IHE PROPERTY OF SPRAY SYSIEMS. SUBMINED
ON THE CONDMON TI.IAT THE PI-AI{S AND OESIGNS THEREIN BE
HELD CONFIDENTIAL AND IS SUilECT TO RETURN ON OEMAND.
DRAWN BY:
ADRIAN SANTANA
DATE:
8/18/05
P-1000
DWG NO.MODEL NO.P- 1 000
DIST:
SHEET:
10F1
SCALE:
]RAWN TO SCALE
SALES QUOTE NO,CUST:
ASSEMBLYDRAWING * AUTOMOTIVE PAINT BOOTH
P_1OOO DRIVE IN62i-6944
]363 E.GRAND AVE.
POMONA, CA 9t766qErc W:lmw:
P-1 000
13'-11&"
BA-,f A/VGI{
IAY
01
210110F1NONE
,J08 t{o.
621 6
ICTI;I:
I GRENADA
NOTICE:
IHIS DRAfiT{G IS IHE PROPSIY OF SPRAY sIsIE}{I, SUEMINED
ON IHE CONDMON TI{AT IIIE PI'}IS A{O OESIGTIS IHERET{ BE
HE.D COilNDE}IIUL A{O E SlJAJECT 10 REII'RT{ ON DE'U'{o.
liiliilcr unnxmNc
*EET:
4G.28
Fiberglass
Paint
Anestor
Pads
fi Effectively removes paint overspruy
solids of ail tpes - lacquer, air dry or
baked enamel.
A Protectexhaustducts, fans, and
motorc from paint baild-up.
fr Clean exhaust air is discharged to the
aunosPherc.
B Economicaltouse.
OPEN IIUEAUE FIBER PATTER}J
HOLDS MORE PAMTT
AG-28 pads are designed exclusively to col-
lect paint overspray. They are made from
continuous filament glass fibers with an
open weave pattern that allows particles to
penetrate deep into the pad. Paint is col-
lected throughout the full depth, extending
pad life and reducing costs. A skin backing
on the air leaving side serves as a final bar-
rier to prevent paint and other coatings from
penetrating through the media.
SMOOTH AIRFIOW THROUGH BOOTH
PREVENTS *FO8GIruG"
A specially formulated thermoset resin pro-
vides high compression strength preventing
AG-28 pads from collapsing and face-loading
as they become saturated. Air continues to
flow smoothly through the pads preventing
"fogging" or misting of paint particles in the
booth. Overspray is drawn into the pads so
that it does not settle on spray guns, walls,
floors, or conveyors. Proper airflow assures
healthier working conditions in conformance
to 0SHA standards.
CLEASIER EXHAUST AIR _ FET'UER
MAIruTEruAHCE, EHYIROIIMEIJTAT
PROBLEMS
Continuous filament glass fibers force paint
laden air to change directions many times as
it passes through the pad. Paint particles,
unable to follow the continuously weaving air
stream, collect on the flbers. Cleaner exhaust
air flows on through.
Maintenance problems and the hazards of fire
are reduced because fans, motors, and ducts
do not accumulate layers of paint. Cleaner air
is discharged to the atmosphere pr0tecting
the local environment from unintentional
"dusting" and costly property damage.
FAST, EASY IIUSTALLATIOTd AND REMOVAL
An entire bank of AG-28 pads can be
changed in a few minutes. They fit into stan-
dard holding frames, no new grids 0r other
accessories needed. AG-28 pads are directly
interchangeable with other types of paint ar-
restors. 0nly one AG-28 pad is required per
frame, including installations where two
paper pads are currently used.
Lightly Loaded Air Entering Side
Close-up photo shows open weave pattem that allows
over-spray to penetfate deep into the pad.
Heavily Loaded Ah Enteing side
Same magnifGailon of heavily loaded pad illustrates the
latge holding capacity of each fiber. fhe open space bc-
tween libers eontinues to pemit good airllow and allow
paint to penetate.
Heavily Loaded Cross Seclrb,
Cross section view shows how AG-28 pad is completely
utilized by collecting paint throughout the full depth.
4G.28
PRODUCT INFORMATION
SPACE.SAVING DISPEHSER GARTOil
The AAF exclusive packaging design has 60
two-inch pads in a carton only 10 1/2" high.
These cartons are easily carried to and from
the booth. A perforated, easy-open dispenser
top permits fast removal of pads. They spring
back to their original 2' thickness when re-
moved, while the remaining supply is held
conveniently in place until needed.
Quantity
Per Carton
Shipping Wt.
(Lbs. Per Carton)Standard Sizes
PADS
16Yi X20lz'X?'
16y;'X25yi X2"
20Y2" Xl0lt X2'
20y;'x25y; x2'
24'X24'Xz'^
9.0
9.5
9.0
i 1.5
13.0
ROLLS
20'x 85' X 2',
25'X 85' X 2'
30'x 85' X 2"
36'.X 85', X 2"
40'x 85' X 2"
48',X 85', X z',
60'x 85' X 2',
UnderwriteB Laboratories, Inc. Classification: AG-28 media is classified U.L. Class 2. Testing was performed
according to UL Standard 900.
Initial Resistance: .09" w.g. @ 3N lPn .14" w-9. @ 4N fPm .20" tt.g. @ 5N fPn
Color: White on air entering sidc. Grccn tint on air leaving sidc.
Specifications:
paintArrestorMediashallbeofthedisposabletypeandsuppliedineitherprecutpadsorrolls35'inlength. Media
shall be dry and composed ot continuous filament glass fibers bonded together with a cured resin. The media shall be
white on the air entering sidc and tinted on tho air leaving side with a contrasting color, The mcdia shall be classilied
Class Z by Underwriters Laboratories, lnc. Pre-cut pads shall be contained in a dispenser carton of the approximate
length and width of thc pads and no nErc than 1 2' in height. Each canon shall contain 60 pads. Acccss to thc pads
shatl be through an easy-open perforated top which shall allow pads to be removed individually while holding the re-
maining pads in place. Rolls of standard width shall be packaged (one, two) per carton. other widths will be packaged
at the discretion of the manufacturer. The shipping contriner shall be identi[ied with no less than the product name,
size, quantity, and the approved listing mark from Underwriters Laboratories, lnc. filter media shall be as manufactured
by AAF lnternational and identified as AG-28 Paint Arrestor Pads or Rolls'
60
60
60
60
60
2
2
2
2
2
2
1
14.0
18.0
21.0
29.0
30.0
32.0
22.0
Nolloml
AK
filuaum
}J $e
DNi\I
O2OOO MF INTERNATIONAL
may in themselves be the source of fires and should be conducted intelligently. The bodily
entering of exhaust stacks for cleaning or repairs should be unless they are free from flarnmable
vapors and have been wet down.
If cleaning is done by scraping use only non-ferous scrapers or similar tools as steel tools may
cause sparks.
It is advisable to maintain a fire watch and have fire extinguishers readily available when
is turned\offBnerfo
Cleaning operationsstartins.a
re ANY maintenance or service is .be ustsure that the exha
nd the source CKEI)is LO UT to Dreven t acciden
cleaning ons are ln progress.
MAINTENANCE, REQUIRE,MENT
Spraying operators should be allowed ample tirne for cleaning, or a special maintenance crew should be provided
for cleaning at the close of each day's spraying operation. Booth coating, which can be readily peeled off the
interior of the booth may be used to facilitate cleaning of the over spray residue.
The interior of the booth, exhaust fan blades and exhaust duct must be regularly cleaned to avoid the accumulation
of residues. Keep the booth free of dirt and over spmy. Floors and walls should be wiped down after everyjob.
Clean up scrap, tape, newspapers, rags, etc.
Take particular care to keep the sprinkler heads free fi'orn deposits in order that they may operate effectively in the
event ofa fire.
TER
The replacernent of the filters is very important to insure rnaximurn air filtration. The continuous flow of air
through a booth will eventually load the filters with dirt and over spray. These filters should be periodically
inspected and replaced. When they are replaced, the rnulti-stage filters desigrred for the booth should be used.
Exhaust filters snap in and out for easy removal and replacernent. Single stage furnace filters WILL NOT do the
job.
Monitor the manometer readings daily (which is an exhaust filter gauge located on the outside of the spray booth)
and know what a normal reading should be. It rnust be calibrated initially as shown on the separate manometer
installation ittstruction sheet. Duriug booth operatiorr, wlien the reading on the rnanometer increases by .25 inches
of water columu (as shown by red arrow) over the initial setting, the filters should be changed
AND METAL
The cast altturinum itnpellers, as well as all metal parts, are maintenance free and should not require any
maintenance during the life of the unit, althougli painted rretal surfaces may require periodic repainting.
periodic inspectiop of fan blades is necessary to detect possible cracks or excessive wear in order to prevent
darnage o. ftun imbalance. In severely dirty operations, the fan blade should be cleaned with a wire brush to
prevent an accumulation of foreign rnatter that could result in fan imbalance.
V-BELT DRIWS:
Care should be taken not to over tighten V-belt drives. Excessive belt tension overloads the fan and motor
bearings. It is rngch less expensive to replace belts wonn fi'orn slippage than to replace bearings damaged frorn
"*""r.ir" loading. After changing belts, adjust belt tension until only a slight bow appears on the slack side of the
belt(s). If slippage occurs, a squeal will be heard at start-up. Eliminate this noise by tightening belt(s). V-belts are
designed for fiictional coltact between the grooves and sides of the belt. DO NOT apply any belt dressing as this
will reduce f iction.
Any bearing that requires lubrication should be lubricated every two (2) months to one (1) year, deperrding upon
hours of operatiol, tempemture and snrrounding conditions, If the unit will be continuously in use, lubricate every
500 hogrs of use. High temperature grease (to 400) has been used as the initial lubricant. The pillorv blocks
should be filled with a low-pressure gun until only 1/3 full. Excess grease will cause overheating.
DOOR GASKETING:
polyfoarn tape has been used as door gasket rnaterial. Check the gasket periodically for deterioration and replace
when necessary.
Flap rubber has been used as a door sealer (sweep) on the bottom of the drive-in/drive-through doors' Check
periodically for deterioration and replace wlren necessary.
WoioR.l
The rnotor is pre-lubricated and should not need any regular ntaintenance.
LIMITED WARRANTY
ffilftWlffi,fr, ("Seller") warrants products of its own manufacture against defects of materials and
workmanship under normal use and service for a period of twelve (12) rnonths frorn date of shiprnent. This
Warranty does not cover ordinary wear and tear, abuse, rnisuse, overloading, the lack of necessary lubrication,
altered products, systems and/or materials not of Seller's rnanufacture. The obligation of the Seller, and the
Buyer's Sdlg AND EXCLUSIVE REMEDY hereunder, shall be limited to one of the following, at the Seller's
option:
l. The repair or replacement of defective parts or cornponents (collectively "the parts") of the equipment,
provided however; the Buyer shall be responsible for the payrnent of all labor costs associated with any
such repair or replacement.
2. In the event the Seller is unable to repair or replace the defective parts, the Buyer shall be entitled to a
refund ofthe cost ofthe parts.
On equipment furnished by Seller but manufactured by others; such as rnotors, Seller extends the same Warrant as
Seller receives frorn the manufacturer thereof.
This Warranty shall not apply to any of our apparatus which have been repaired or altered outside of our factory in
any way, as to our jr.rdgurent to affects its stability, rror which has been subjected to misuse, negligence or accident.
Under no circumstance shall firyEnm,& be liable for consequential or contingent damages.
1363 E. Grand Avenue.Pomona, CA 91766.(909) 623-6944. Fax(9o9l622.6267
BOOTH COMPLIANCE INFORMATION
(Rev 5/1412008)
We would like to provide the following information in regards to the construction and approval of the manufactured paint
spray booth or booth components we intend to sr"rpply yotll'company.
Spray Systems spray booths and Mix Rooms conform to all of NFPA -33 and 34 2003 Edition, Standards for Spray
appiication Using ilammable or Cornbustible Materials, EPA, OSHA, SCAQMD, and the 2003 Edition of the U.F.C.
lUniform Fire Code Article 45), which also include the requirements with Regard to Ventilation and Removal of Particr"rlate
Matter.
All electrical components used in the manufacture of Spray Systems, lnc. spray booths are U.L. listed and motors are NEMA
rated. All of Spray Systerns spray booths or spray booth components including mix roolls, flash tunnels or drying enclosttres
rneet or exceed the guideiipes and requlrernents established by National Code agencies which include; OSHA
(CFR29. I 9 10. 107 Latesl Edition), National Electrical Code, (2005 Edition), Uniforrn Fire Code, (2003 Edition), BOCA Fire
dode (1999 Edition), Uniforrn Building Code (1997 Edition), ICBO-01 and the National Fire Protection Association
Standard.
I1 additiol to the above codes, Spray Systerns' spray booths meet the requirements as stated in the new International Codes,
which include the following: tMC-2003 (h-rternational Mechanical Code), IBC-2003 (lntemational Building Code) and the
IFC-2003 (lnternatiorral Fire Code)
Spray Systems Exhaust Fans Conform to:
NFPA 9l: Blower and Exhaust Systems for Dust, Stack and Vapor Removal or Conveying. Spray Systems'fan
construction includes belt-driven blades that are precisely shafted and urounted in ball bearings. The blade is constructed of
No1 Sparking aluminum, and balanced for maximurn efficiency. Motors are mounted outside the air stream on a separate
base.
-Belt
and fan pulley are enclosed in a dust arrd vapor tiglrt housing so that hazardous fttures never contact motor or
belts. Motors are UL Listed-File Number F.57948, Guide Nurnber PRGY2 & E55555, Guide Nurnber OBJY2.
Spray Systems Exhaust Duct Conform to:
NFpA 9l: Blower and Exhaust Systems for Dust, Stock, ar"rd Vapor Removal or Conveying-Class I: Construction Only.
Dtrctwork also conforms to 2003 UFC section 4502.5.5lnternational Mechanical Code 2003 Edition.
Spray Systems, Inc. Fluorescent Light Fixture:
operr Type Fixture (General Purpose): UL listed - Issue Number E-5445
Recessed Fluorescent luminaire suitable for dry location only.
Vapor Tight Fixtures for Hazardous Locations: ETL listed - Issue NLtmbet 63295
Certified to CNA/CSA 22.2NO.9 and CNA/C9A22.2 NO. 137
Electric lighting fixture for paint spray booth Applications.
Class I, Groups A, B, C, & D, Division 2.
Class ll, Groups E, F, & C, Suitable for wet locations.
Class P Ballast, suitable for locatious having deposits of readily
cornbustible paint residues.
Spray Systems, Inc. Control Panels:
Enclosed Industrial Controls:UL Listed - UL 50 & UL 508 File Ntrmbers E61997, E6924 CSA
42186, LL6607 - NEMA Type l2 enclosures intended for use indoors
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Datasheet Code US: 7-14-236 MSDS Code US:406
@l 2009 Moagan Thermal Ceramics, a business within fhe Morgan Ceramics Diviiion of The Morgan Crucible Company plc
Grease Duct Enclosure System
Air Ventilation Duct Enclosure System
Product Data & lnstallation Guide
1. Product Description
FireMastero FasWrap XL is a flexible blanket composed of
high temperature fibers classified for applications to
2192"F (1200"C) and fully encapsulated in a durable glass
fiber reinforced foil facing for easy handling and
installation. FastWrap XL is UL and ULC Listed for 1 and 2
hour fire resistive enclosure protection, zero clearance for
kitchen exhaust ducts, electrical circuit protection, and as a
component in UL firestop designs for fire resistance rated
floors, ceilings, and walls. The core fibers in FastWrap XL
are manufactured using Morgan Thermal Ceramics
patented Superwool@ fiber which is an alkaline-earth
silicate wool with low biopersistence and therefore
increased safety for installers. FastWrap XL is under UL's
Follow-Up Service Program to ensure the consistent
quality essential to this life-safety application.
' Commonly roferred lo test method CA Ssction 01350 is CDPH Standard
Method for lhe Testing and Evaluation of Volatil6 organic Chemi€l Emissions
from lndoor Soures Using Environmental Chambers Version '1.1, Feb 20'10
Product Features
. Thin and Lightweight at 1-112" (38mm) thick,
6 pcf (96 kg/m3) density
. Contours easily to complex duct designs
. Grease duct installation UL Listed with butt joints at all
seams on both layers
. Fully foil encapsulated for fast and clean installation
. Contains 2192"F (1200"C) rated fibers
. GreenGuard Mlcrobial Resistance Listing
. Good sound absorption
. Compliant to lMC, NFPA 96, UMC, CMC
2. Applications
. 1 and 2 hour enclosure and firestop system for
kitchen exhaust ducts
. Zero clearance to combustibles for kitchen exhaust
ducts
. 1 and 2 hour enclosure and firestop system for
hazardous exhaust ducts, pressurization ducts,
clothes dryer exhaust ducts, trash and linen chutes,
and other fire rated HVAC ducts
. t hour electrical circuit integrity protection
. Engineered and tested solutions for fire protection of
structural steel and storage vessels per ASTM El 19,
ISO 834, and UL1709
3. Specifications - Division23 07 00 (or 15080)
CSI Spec and AutoCAD available online,
www.arcat.com/sd/clients/thermcer. html.
FireMaster FastWrap XL is a flexible high temperature
insulation raled to 2192F (1200C) that is fully
encapsulated in FSP facing. The duct enclosure
system shall be listed by UL per ASTM E 2336 and ISO
6944 for 1-,2- and 3-hour rating and zero clearance to
combustibles, and tested per ASTM E84lor a
flame/smoke rating less than 25150. lnsulation shall
have a nominal thickness of 1-112 inches (38 mm) and
density of 6 lbs/ft3 (96 kg/m3). lnsulation shall have a
R-Value of 7.3 at 75 E lnstallation shall be in strict
accordance to manufacturers published installation
instructions, UL Listings, and shop drawings.
FireMaster FastDoor XL shall be used for duct access
where specifled or as required by code.
rust
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Product Unit Size unib/ lWtJctn. lctn.
FastWrap XL Roll 1-112" x24" x25'1 lsz.s rus.
FastWrap XL Roll 1-112" x48" x25 1 lzs rus.
4. Physical Characteristics
5. Performance Specifications
6. Listings/Building Code Reports
7. Storage
FastWrap XL must be stored in a dry warehouse
environment on pallets. Pallets should not be stacked.
8. lnstallation
FastWrap XL shall be installed by a qualified contractor in
accordance with manufacturer's instructions and laboratory
design listings.
Materials and Equipment
. FastWrap XL blanket
. Aluminum foil tape
. Glass filament reinforced tape (optional)
. Carbon steel or stainless steel banding material,
minimum 112" (13mm) wide, minimum 0.015" (0.4mm)
thick, with steel banding clips
. Hand banding tensioner and crimping tool
. Minimum 12 gage (3mm) steel insulation pins; steel
speed clips, minimum 1-112" (38mm) square or
1-112" (38mm) diameteq or equivalent sized cup-head
pins;
. Capacitor discharge stud gun
. Morgan Thermal Ceramics FastDoor XL
. An approved firestop sealant
Listed Uses Agency Listing Layers
Grease Duct Enclosure per
ASTM E2336 and AC101 (2006,
2009,20't2 tMc, NFPA 96,
UMC, CMC)
UL G18
2ICC.ES ESR 2213
Grease Duct lnsulation per ULC
Grease Duct Insulation Test
Protocol
ULC FRD 4, 7 2
Grease Duct lnsulation
(2003 rMC)I
Through Penetration FireStop
System perASTM E814, UL
1479
UL
See Figure 2 1or2ULC
1- or 2-hour Ventilation Duct
Enclosure per ISO 6944-1985
UL HNLJ.V1,19,
29
1
ULC FRD 3, 5,6,
't8
3-hour Ventilation Duct
Enclosure per ISO 69214-1985 UL HNLJ.V2 2
Electrical Circuit Protective
System 2
Reference Stsndard Standard No.Perbrmance
Grease Duct Enclosure
System ASTM E2336 Pass
Section 16.1 -
Non-Combustibility ASTM E136 Pass
Seclion 1 6.2-Fire Resistance
(wall)ASTM E119 Pass
Section 16.3 - Durability Test ASTM C518 Pass
Section 16.4 - lnternal Fire
Test ASTM E2336 Pass
Section 16.5 - Fire Engulfment
(duct)
ASTM
E814/E1 19 Pass
ULC Grease Duct Test
Protocol
Grease Duct Clearances uL 1978 Pass
Air Ventilation Duct Enclosure tso 6944 Pass
Surfu ce Burning Charac{aristics ASTM EB4 <25l50
Thermal Resistance
(R-value @ 75"F)ASTM C518 7.3 per layer
Mold Grovvth
ASTM C1338 ULE Validated
ASTM D6329 GreenGuard
LowVOCs CA Standard
01350 ULE Validated
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General
Cut edges of the blanket shall be taped with aluminum foil
tape to prevent exposed edges of the insulation absorbing
grease and moisture in the event of a compromised grease
duct joint or condensation. Overlaps and/or tightly butted
joints are used to block heat transfer in the event of duct
deformation resulting from thermal expansion. Filament
tape is suggested to hold the blanket in place until steel
banding or pinning is installed to permanently secure the
blanket.
A. lnstallation on Grease Duct perASTM E2336 (Figure 1)
System requires two layers of insulation applied directly to
the duct with tight butt joints at all seams on both layers.
The flrst layer of insulation is cut to a length sufficient to
wrap around the duct and provide a tight butt joint where
the blanket ends meet. Adjacent blankets on the first layer
are butted tightly together with longitudinal seams offset
minimum 6" (150mm). The second layer of insulation is
installed in the same method as the first laye[ with seams
between layers offset a minimum of 6" (150mm). Banding
and/or pinning per Section D is used to permanently
secure the insulation to the duct.
B. lnstallation on HVAC Duct per ISO 6944 or Grease Duct
per U11978 (Figure 1)
System requires one layer of insulation applied directly to
the duct with 3" (75mm) overlaps at all seams. The
insulation is cut to a length sufficient to wrap around the
duct and provide a 3" (75mm) overlap where the blanket
ends meet. Adjacent blankets are installed to provide a
minimum overlap of 3" (75mm). Banding and/or pinning
per Section D is used to permanently secure the insulation
to the duct.
C. 2 & 3 Sided Wrap lnstallation (Figure 4)
When space does not allow for a complete wrap applied to
the duct on all four sides, the FastWrap XL is approved for 2
or 3 sided installations with mechanical attachment to a
rated concrete or CMU assembly. (See Figure 4 for
installation details.)
D. Mechanical Attachment Methods
1) Banding (Figure 1) - Minimum 1/2" (13mm) wide
carbon steel or stainless steel banding, 0.015' (0.4mm)
thick, is placed around the entire perimeter of the
insulated duct on maximum 10-112" (270mm) centers
and 1-112" (38mm) from each blanket edge or 1-1l2"
(38mm) from each collar edge when using the butt joint
and collar method. The banding is placed around the
blanket and tightened to firmly hold the FastWrap XL in
place against the duct, but not cause any cutting or
damage to the blanket.
2) Pinning - Pinning on all sides of the duct may be used
as an alternative to banding. For ducts wider lhan 24"
(610mm) pinning is required on the bottom of horizontal
runs, or on one side of vertical runs (in addition to steel
banding). When applicable, 12 Gage (0.4mm) steel
pins are installed on 12" (305mm) centers along the
width of the duct and 10-112" (270mm) cenlers along
the length of the duct. Pins that extend beyond the
outer blanket layer shall be turned down or the
excessive length cut off to prevent sharp edges. Shoot
through pins (cup head pins) may be used in
conjunction with steel banding to prevent blanket sag.
E. Access Doors
1) FastDoorw XL (Figure 3) - FastDoor XL is a UL Listed,
liquid tight duct cover panel supplied complete with a
single layer insulation cover per UL Listing HNKT G18.
The FastDoor XL is installed per included installation
instructions. No field welding is required.
2) Field Fabricated Access Doors - Each access door
assembly has four threaded rods 1/4 inch (6mm) in
diameter and 5" (127mm) in length, with one welded to
each corner of the door opening. Hollow steel tubes,
4-112" (114mm) long are installed outside the access
cover plate and overlhe threaded rods. Four 12gage
(3mm) and 4-112" (114mm) long steel insulation pins are
welded to the access cover plate to allow for installation
of the three layers of FastWrap XL. One layer of
FastWrap XL is cut to approximately the same size as
the access panel, and impaled over the insulation pins
on the panel. A second layer of FastWrap XL is cut so
as to overlap the first layer a minimum o't 1-112" (38mm).
It is essential that the first and second layer fit tightly
against the surrounding wrap with no through openings.
The third and outside layer should be cut to overlap the
second insulation layer by a minimum of 1-112" (38mm).
Minimum 'l-112" (38mm) round or square insulation clips
are installed on the insulation pins to secure the three
layers of insulation to the access cover plate. All cut
edges of the insulation shall be taped with minimum 3"
(75mm) wide aluminum foil tape. Wing nuts and
washers are installed on the four threaded rods, and
tightened against the hollow steel tubes to seal the
.*
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access cover plate to the duct.
E Through Penetration Firestop System (Figure 2) -
When the duct penetrates a fire rated assembly an
approved fire stop system must be employed. Figure 2
provides a complete list of UL / ULC firestop design
listings which can be found in the Certifications Directory
at www.ul.com for US systems and www.ulc.ca for
Canadian systems. Prior to installing any firestop system
the surfaces of all openings and penetrating items must
be clean and dry. The FastWrap XL core blanket (or
mineral wool where allowed by the firestop design listing)
must be compressed into the annular space. The
packing material must be recessed a minimum depth
from the surface of the concrete or gypsum assembly.
The recessed opening must be filled with a minimum
thickness of an approved firestop sealant. The packing
material type and compression, minimum recess
(typically 1/4" (6mm)), and approved firestop sealant and
thickness (typically 1/4" (6mm)) shall be as specified in
an approved UL / ULC firestop design listing. When there
is not sufficient annular space around the duct to run the
FastWrap XL enclosure system continuous through the
fire rated assembly, the enclosure may
terminate above and below the floor/ceiling assembly or
on either side of a wall assembly as shown in Figure 2.
When this method is used, the FastWrap XL must be
mechanically attached on either side of the fire rated
assembly using one of the attachment methods
described in Section D, spaced a maximum o'f 1-112"
(38mm) from the fire rated assembly.
G. Support Hanger Systems
1) Grease ducts: Trapeze support hangers shall be
spaced on maximum 60 in. (1500 mm) centers. Hanger
rods or straps shall be anchored with steel drop in or
wedge expansion type masonry anchors. No
additional protection is required for hangers and
supports meeting the requirements of the Table below.
Harper Cross lMo<lmum lTrapsze Support (or equivabnt
S€ction leeameml ln (mm) lYield Str€ngth), in (mm)
38 in (10 mm)
llou t.rurt
12
(s1) x 2 (s1) x 1a (3) in anstethreaded rod
2) HVAC ducb: Trapeze support hangers shall be spaced
on maximum 60 in. (1500 mm) centers. Hanger rods or
straps shall be anchored with steel drop in or wedge ex-
pansion type masonry anchors. No
additional protection is required for hangers and
supports meeting the requirements of the Table below.
9. Maintenance and Repair
No maintenance is required when installed in accordance
with Morgan Thermal Ceramics (MTC) installation
instructions. lf damage is limited to the foil facing,
aluminum foil tape can be used to repair the foil facing. lf
an area of blanket is found to be damaged the following
procedure must be incorporated. lf the damaged area is
larger than 8" (203mm) x 8" (203mm) the entire wrap
section must be removed and replaced according to MTC
installation instructions. lf the damaged area is small (less
lhan 8" (203mm) x 8" (203mm)), the damaged area must
be cut away and replaced with a new section 1" (25mm)
larger in length and width than the cut out, such that the
new section can be compressed tightly into the cut out
area. All cut edges of the new section must be taped and
sealed with aluminum foil tape. The new section must be
held in place with either pinning or banding per MTC
installation instructions.
10. Limitations
Morgan Thermal Ceramics FireMaster FastWrap XL shall
be installed in accordance with these installation
instructions and appropriate laboratory design listings. The
integrity of FastWrap XL systems is limited to the quality of
the installation.
' For personal proteclive equipment recommendations, please see MSDS.
Thermal Ceramics, FireMaster. and Fastwrap are trademarks of
Morgan Crucible company Plc. FireMasterproducts are manufactured by
Morgan Thermal Ceramics and are distributed by authorized distributors.
Hanger Cross Section Ma,\. Fsrlmstel ln
(mm)
Trap€zs Support (or equlva-
lentYeld StrEngth), ln (mm)
1 in x 16 gage strap
(25 mm x 1.5 gage strap)100 (2540)
1,tl in (6 mm) threaded
rod 50 (1270)1,{ (38) x 1X (38) x }15 (s)
angle
38 in (10 mm) lhreaded
rod 1s0 (3810)1%(381x 1X(38) x 346 (5)
angle
1/2 in (12.7 mm) threaded
rod 218 (5540)2 (s1) x 2 (51) x 14 (6)
angle
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2-Hour and Zero Clearance Grease and HVAC Duct Enclosure System
Butt Joint / Butt Joint
TWO IAYER INSTALLATION OPTIONS (Grease Duct oerASTM E2336)
Teles@pe Wrap Oplion Butt Joint Checkerboard Vvrap Option
SINGLE LAYER INSTALLATION OPTIONS (HVAC Duct or Grease Duct oer U11978)
FIGURE.I
1 Two Layers
One
OT on
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Through Penetration Firestop Systems
Fastwrap XL continuous through rated wall assembly
Fastwrap XL terminated on both sides of the
rated wall assembly
Fastwrap XL continuous through rated floor/ceiling assembly
Fastwrap XL terminated at the top and bottom
surface of the floor/ceiling assembly
)
FIGURE 2
Rated Floor/ceilinq or wall assembly
Duct
J Two Layers of FireMaster FastWrap XL for Grease Duct Enclosures
One Layer of FireMaster FastWrap XL for Air Ventilation Duct Enclosures
4 FireMaster Fastwrap XL (packinq material)
5 Approved throuqh-penetration firestop sealant
Firestop Designs
PeTASTM E814 I UL1479
F-A-3048
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FASTDOOR XL Access Door SYstems
ASTM E 2336 Compliant Enclosure and Door System UL 1978 Compliant Enclosure and Door System
FIGURE 3
UL listed FastDoor XL acc€ss Danel
2 All Thread Rods and winq nuts
a Retainer Clips with threaded nut and wing bolts
4 lnsulation layers as required by UL or ITS Listings
FastDoorXL: 1-'ll2 inch thick sinqle layer insulation
FastDoor XLI Access Doors Sizes
Available Ooeninq Sizes Orderinq Code
1 0" x 6" Door Openinq 434€970-034-99X,l
'12" x 8" Door Openinq 434{970-035-99X1
4344970-036-99X1
16" x 12" Door Opening 434€970-037-99X1
20" x20" Door Opening 434-6970-038-99X1
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2 and 3 Sided Wrap Detail forAttaching to Walls and/or Ceilings
3"3"
'':1.. '.. .;.' ?'
1 1 or 2 Hour Rated Concrete floor, ceiling, or wall
2 lnsulation layers as required by UL and ULC Listings (see datasheet Section 6)
3 Concrete fastener system
4 3/16' (5) thick x 2" (50) -3' (75) wide bar stock perforated 12" (305) o.c.
5 B' (203) maximum Air Gap
6 Duct (independently supported as required by code)
7 Steel banding min. 'll2" (13) wide by 0.015" (0.4) thick.
o Bandinq clip
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4,a'
FIGURE 4
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