Loading...
Plans (a vJ0 -hQb(o ) L29 Y4 Vr t r an1o� ro 4 1512 °9. '0 d 1 4a1S - "?-';J 9 T' 11 - f p-tv L of ‘ b (./24 "a) ,:••• IJJ) 51V 13)9,1 Nno r":"° Jig Ild l ?d Tb ..VVI VVV • AB Intertek T esting leterdTtl C I3 US Rutz„ _� uplift (0)1S3-6711 ON (an) hcp : / /www,itap.aoa LISTING CERTIFICATE - Participant's Name: Garrnat USA, Inc. Participant's Address: 1401 W. Stanford Avenue Englewood, CO 80110 Order Number: 65134 Type of Equipment: Paint Spray Booth Model/Type Designation: 99770, 99770X, 99800, 99800X, 99825, 99825X, 99850. 99850X Category No.: Cl 0 Report No.: 518147, 559436 I, the undersigned, hereby certify that the equipment specified above complies with the Safety Standard(s) for Spray Application Using Flammable & Combustible Material (ANSI/NAPA-33) and are authorized to bear the ETL Listing Maxk under the terms of the ETL Listing, Labeling, and Follow -up I Service Agreement. Signature fi HULA /j Date: June 19, 1997 Name Joanne L. Nutting Directory Information Representative I ITS 3933 Route 11 Cortland, NY 13045 . look Flo Tema l t Mils et 2.16.e.OfCompnamee. . 0 me (g) *. "' r l e_..._ ff f 1 • ii A s L . • • • . o; • I • - i s : .. • - n Gat® WA 700 Serino boa/tine full downdrah (spray/bake). • with ETL listed cabins and mcc a� (ma'am Nnmbc - • • G03921101100). Triddd doors are standard. ►odds Crated are with Dauer pit aant ns ® gtaatiof l..grltc+d floors or baseruts re . 11 - - e• _ available as options • • ` Model 99743 - Tingle wall EI listed cabin .ETL listed mechanic*, whhout emote Mantras =unto: l an face d control - Model 99750- Single wall En. listed cabin, �En. Gated mednnieds, with full rcorote. (White Only). • Model 99763• Double wall insulated EI1. listed cabin, En. listed mealrninLs. without snore (Controls mooted on face of control panel/ Model 99770- Double wall insulated Ell. listed cabin, I n listed me haniels,whuh full remote. . r ' BOOTH DIMENSIONS (Interior) 9211 s 13'7W a Pill.- (Exterior), 10 a 137W a 21'7'L (1 27'Ei an Dasomett), • (F : 27 ('iJ• • - - - CABIN: Deluxe grade_ Walls angle in from a vertical height of 1' to a narrower plenum forming a cabin shape similar to todayl . ` auto body contours. • CONSTRL)<DON: Galvanized abed. 20 gauge losul del G atod mos. (7D gauge in walls, 16 gaultc in booth n fronts and convene) and A R 1 g NLT u S A 16 gsuge m tstina hated °molds Walls are solid imtnicck panel construction with durable baked enamel finish, available yowl 99700 SERIES FULL DOWNDRAFT PAINT BOOTH ENTEANCE DOORS: Insulated, rubber sealed doors whit positive internal locking bar in thatald base and solid beds base_ Tri-Fold 0111'Ws91'a - WITH T R I -FOLD DOORS- . PERSONNEL DOOR bitted into vehicle entrance door, (211 s 91' L). gipped wait =ray ghss observaGan wi - IIGIITINGr Odor corrected fluorescent rtxuaes. arranged horizontally In skiewalls. tct •! -tube Maw= or toy:. ten 2-tube - .. Hsuats on bottom, for a total of 60 tubes. Optional 10 tube lighting available. • - BOOS 11I ITION SYSTEM: • �� _ tl • ; . v Pre-Filtradom ? thidt, metal mesh washable p e-Cdi s, mounted aaernalty b cabin b sebum aonumiration d coring /� [\ ` h D s^+ 4iT us., titers_ - - 7. - _ _ I>• Ceiling Mutest segments sized segm allowing fa ease of rglaeerurnt. FYtea are hold in position steti • • kn,7cedge closures No foam or rub scaling eoatpouad to contaminate interior of boot . Vliiedon® PA560 -G, 99% efficiency on 10 micron particulate- - . �• + ■ Extract \ 11 sr act Filters, 2' Magian for economy d dnrtge and maximum psnia a late eaoval - . " 10016 i l_ t____‘‘__ .. • - - - - _ GRATES, Fully plvanized grat an support mow= _ • ,• ` t s.rrt - PRESSURE GAUGE sad CDNIItOLS, Wgmd,eGc gauge with maorimd damper to accurately monilnr cabin p,vsue - ` HEATING PiANrs Available in 750,000 BTU, 1,010,000 BTU, or 1,500,000 BTU l Curd ed burners (natural gas or propane), 98% efficient, 25:1 turn-down ratio. t — sn n:r -r?1CA SYSTEM: All components men I8. standards. �\ --'•••---- \ DOWNDRAFT Ant FLOW SYSTEM Intake fan is twin ondtifugal for reduced cabin noie; s a fan Is reverse incline, self- - ` / ~� - darting, belt driven. Air flow - 14,000 au. Roth moors are TkFC (totally endared)10hp and meet N,EMA standards. ` • SPRAY CYCLE: 100% outside air is drawn theotrgb ,per Cdtas, heated b m rommerdai tenpeatu Famed te. paed through Can lters into bin. • - BAKE CYCLE, Fully automatic, including purge and cool-down cycle Inlet fan ittrvrluaaa 10% fresh air into cabin to scare - dvemst concentration during lake cycle- Cabin lights turn off uuomatioIIy during bake mode. . FIRE SUPPRESSION, Booth is desi for addt-t d are suppression eqen 'equipment. ' . - • • ' \ WAZLi N e o ran, , Cabin - 5 yo, Motors - Manufacture% 5 year - Compeaertts -1 Mr -. - • Gannet® USA reserves the right to modify or change any of the technid fattens mentioned in this brodnae • • • \ - - - - ft XLENT-. -- ! . ; SC ALL - EIRE SAFETY •.►>= P.O. 803C 84597 • • - - Vr,rxxtHer. WA 98684-0597 - F AL t r 23' -2 7/8' 1 •/ l' 1 /8" 2. AT I FN'•RA! and UAT'•RIAL CP j - - � +' -1 t/r�—= i'- 2� —•--6 -2 1/4� —r ffNFRA! CONTRACTOR TO F1 O D VERI ALL DOSTMtC DIUETTS c IS AND g p -7 � ELVA TIONS . A DISCREPAN BCV* N f D DIU?19ONS w tr • IR'�� AND pt. DIU E N9 0N5 1ALL BE 14M LATE - REPORTED TO 3' - 1 }E ARCHITECT. NY CONCR� • - 118' �J' - 1 /4' 13' - 6 5/8' A Ps Ir�i 2B o�YS cEM E1+�i uScD I F BRIGn MN. I _ _ WALL O R 085TAt£ $HALL BE TYPE C OMMOPLY USED IN THE AREA. . ` .— . _ - _ • WALL OR OBSTALE _ _ I n ` .. — 1 u (2 f W F ShTI • I 1' -3 . .. RDNFORCID STEEL SHALL BE NEW. CLEAN 60 DEFORMED BARS Au. .. Y -II . - 1/s _ 1 �I� _ I .. I' = • O UNLESS OTHERWISE NOTED. PRONDE CORNER BARS TO MATCH i T I ' _ I i Z Row ` m - t' 't I I ... -I _ i 1 ' 2 3 4� ' 2 1IONS.�PROVIQE MIWUM SPUCE N A Of Z - 0". AND ED 'co I W I I �_ I I - I .I • . ;I I `V \ 1 " l•1i7�11'l�� SiRUCn1RN STET' . - • _ , t LL BE NEW. CLEAN /STY A -36 MEMBERS. a I I I I � N 1 I . I .. . STRUCTURAL STEEL SHA I 7 I c �,. COLUMNS AND STRUCTURAL Moo (IF REQUIRED) SHALL BE —jR i .1 .- \ \ - `. : 5 ' •• I C I I I I 91 ' � � ' STRUCTURAL TUBING. COLUMNS AND GRADE B FOR N 1 a0I 1 I I a I v : ' •. L, J I a ae r A FOUNDATIONS _...T \ I I _ - ., I �� - A.U. FOOTINGS SHALL BEAR ON UNDISTURBED SOIL OR FlI.L ALL I kk I m I - - I TI: � }} W , ‘9077.2. Z DCIERIOR WALLS SHALL BEM A MINIMUM OF S-0" BELOW FINISH I • 1 GARMAT 99770 n I I: ' ! °' •!" ;� I•� I = = I — - � H N GRADE I $ I _ a0 w •—� DOW DRAF BOOTH � +-+ °D Q -�� ¢ _ . D p $ !' i mnwa vAND . ,. ..�., YX „I�' -- M N ° 0 f - 4TXfiT11 RR(XI IIRrAITIJT' n tc ., I I N I i 1 ` � I _ :: W m . ; I I - I f ? O 1. AT ELECTRICAL DROP LIGHTING TALL T ' T AI :: `A • m 1 3 PHASE I �In Tin1 - :: 1 I MOTORS I I I FOR I I ;= I T I REOU6tE TWO itOr 20omD CIRCUITS A l l N I a Li ELECTRICAL DROP THE MOTORS _ ' $ ROHE - I t 1 I - I L J La 1? WILL REQUIRE 208/230/460/(5 OUTSIDE OF USAL THREE PHASE v I N I Um - .. - SERVICE FOR TWO IONo MOTORS I I (VI I A I I I � - N I STANDARD. OR TWO 15hp MOTORS .. L. _ _ } ♦ k OPTIONAL I i.._-_, I i I .. --'\ LL . I CONTROL PANEL DETAIL 3. A ELECTRICAL CONNECTIONS SHOULD /I MECHANICAL ELEVATION 9E IN ACCORDANCE TO NEC (NATIONAL V UANCE a I _ _ .. ��y OF LOCAL AL COOES WITH n1 RISDICC- Y I . I nON of 'DE INSTALLATION SITE 4. ALLOW AN ADIDUATE CLEARANCE OF 3' MINIMUM FROM ALL SPARKING ELECTRICAL sTa' - — - 9' - 1 /4' COMPONENTS. TO CONFORM TO NFPA (NATIONAL • PLAN VIEW PIT PLAN VIEW FIRE PROTECTION ASSOOATION) 33. 95 ED, 5. OPTIONAL REMOTE CONTROL PANEL TO BE PLACED AT ONES DISCRETION AND NOT TO BE WITHIN 3' OF BOOTH OPENING. R ILL SHALL BE IN COIPU NCE TO THE LOCAL V JJRISDDICTION OF THE INSTALLATION STE. • T 6. COUMPRESSED NR TO THE NR INLET AT Ma — 'Y t6 -S EX ACT THE CONTROL PANEL 6 TO BE TWO TO * THREE CUBIC FEET PER MINUITE OF MR AT 60 pal MAXIMUM. ONE MAY ALLOW AN EXTRA • ° REINF NINE CUBIC FEET PER MINUITE FOR FINISHING • • ) - "� — � CONE APPUCAnONS 1.— MAKE , - _ � � • _.. o ( . _ . ' _ _ .j 7- SPECIFY BURNER SIZE (CIRCLE ONE): a "' i-P 4x4x1/4 R i'•e" Ow v..il V. GONG WALL 1,000.000 OR 1.500.000 / / //� /// < *); % .',1 T \ 8. AT GAS TRAIN INLET A GAS PRESSURE OF NOTE: NSURE OJiAR NTERKR .. - . • - - - zI '\''''k/\ �� MODAT NOWT to AD0011 .I I✓ 1/4 pal A TMOUIGED, TRAIN INLET MAXIMUM. O M. t_� 40DAlE EaXV�Nr. �'`: ti°ia %; g %: • �.••• " � 9. LEVEL FLOOR +\- 1/8' I. ■I I� T A SECT. C � SECTION I � N r"I 10. A ADEQUATE SPAS AROUND BOOTH I . 11111111 I FOR CLEANING AND MAINTANENCE. IN ACCORDANCE TO NFPA 33, 95 ED., SECTION ::.°1 ` Imo' 11. 94 OF EGRESS TO CONFORM TO NFPA 101, © I INI � _ 12 A MINIMUM CLEARANCE OF 20' IS REQUIRED FROM T I FRONT OF BOOTH TO ANY WALL OR OBSTACLE'. FOR I IIIIIII1i 18-7' I _ OPTIMUM TURNING RADIUS. • z ________,---. f 13. HEIGHT OF BOOTH 10' -10" FRONT ELEVATION B' 14 RELEFEIN FOR TO NFPA 861 p4 1 6 F.V. m _ _ � • , : ' I ED. rte -y - ��, �� / j l _ - I ` 4 ( 15. AN APPROVED AUTOMATIC FIRE DCnNGUISHING � .+ JJ , "-` �a�e;a. ' / SYSTEM SHALL BE PROVIDED BY OTHERS. r CCM WALL -, 3,/4• CI.R I I ;o %� / L ia'. ; ; jy;, / °a \ e ELECTRICAL DROP > i,-` i l /, o a i' COMPUr R DRAWING PRODUCED roe M MOTOR LOCA GARXAAT USA CLIRRRI''USA EMBEDDED ® AIR INLET I.O V K D e • DSIRIBUTOXC N8 Moran MODDt'C OfCLEWOOD. CO soup my L4x4x1/4 S E C T I O N B _ DRAB 1N RS FIZZ 6OV 4006 IR71 ®tS Of NR FLOW TO BOOTH DRAWING WITH XIX>DI+T ON ORDER Maw) Tel - axm CABIN FROM 'AEON -PINLL LDCAr10N OT EOLTO 1T TAI (MO) ?VI �— ANICAL UNIT - FIELD V CONPU ALL I ALL C ,' COPTICOU Itaa S CTi ❑N VIEWS NOT T O SCALE NO E ET OF ALL INSTALLATION N 9TSL LOCAL 1 I I �- I— C CO NOON l Al D1 DIYA710 aNn ti "_ v GAS TRAIN INLET ^Iw ^TIT "`T+ .TC VW OAT AVM NEMO I c ..• • BT: I - I C� I M01 +' ^D8[CED DONN MOT BOOTH I •,T , , C NNOLAAROAL POSTON �yrc po , 0 I 0 I IIAI /A-E. f • • X A lJ 1S � D v► L - T - I • _ 4 :F_. ,s: General Notes: • .. _ - •. .' •;:� ' . 1) Duct works • \ - _ de si caned for optimum airflow, with ' smooth and continuous interior surface. ' • , . • ( • 2) All duct works manufactured of 18 gauge gal�•anized ± - • _._. - • steel, seam welded and caulked for air tight seal. • A . 3) Installation of duct works per'IIFC 45, NFPA 33. ' • • • ?�1mvs DUCT i _ . • . . • • !� _ .i • 39'. DiPkrIETEIL - RrOC _ .. , (..i • / , _ _ --- + -_-_____-__-- _.--=_I . . - - • le w Y✓L��.•W.r i ✓ LLKi'�V�{r1 - _ e Y ' YpL�✓ L :• - , . /, L(JII{r1 Rj ? . s •ALE // \) . T1K11!A'tED FIRE . \ \ .. f \ ` , way 3tf DIAMETER. EYHAUST D IACf i . - — YPI CALTR 2U 1 . - tTAic a�� � RAIN) LOLI.AR . , � 4,,,, — Pl �1�T��t -1 - LA. FIVE WZ ?. I'' . , : � Ii1 "/ - V.1 iocx_wai. " AU:ME , AIVD IS" CEL N) • - -- f r �� , �� C �` "i c M T �l1ST1ELE SUZFA • rxrie I $ DAL T D AM PER S _ 3 �� mr� - • • • • _ - 1 , J . 1 ,... - [SEE CATLI Al t . lkr 1".ROCIL.37. - . i DE-TAIL _ • . . Funy . . . . • - , . - • - SCAUM • V 1+�t.1 tit• DUCT CE IL_ • . - - = ' • ' . - C J!IfIAFETY 12....m. I • • • . . STANDARD AIR FLOW , DIAGRAM; • = . • . STANDARD AIR _ FLOW DIAGRAM; . GARMAT 99770 SERIES - • - GARMAT 99770- SERIES • i FULL DOWNDRAFT' BOOTHS - • 3 - • • - FULL DOWNDRAFT BOOTHS . !=It tE!f'aa -vrc - - . a cart tt . 1 - ' . .1I • .. • • . . .. Qc .UTGWES - • • . • •. LESS Iron ur • ' • • • x Lta Tl�w tea' 1 ay.' a Olt r�s r►u : - . - c a s All rasa j - - • : . ' • (SPRAY MODE) _ (BAKE ' MODE) • / ' Ualtl►eC� /.}[:S - O / � • )� *TCD �'r*' fw�ELS r •. . - / , - - - .p Q - , . 0 • • 9 9 • • • • - not A2 v . . . nED4 A2 _ y - 0111111 G • g.4-� AIR SUPP III- ♦ III - TO BOOTH A UTOTTICALL Y L. • , ' _ SHUT OFF DUR:NC ' • • • © = - ♦ . S i 0 Pv � MD BAKE L+OOES ....... . • i 0 ,,,,, N - - 0 le, - o k w i \23..- - ) - • . - ( *cm= mit . • costa awA1 G- � <- WItw? OP'r.�w101 =CS QtItwCT 1 ' - I LEGEND • s - " A. INLET STACK - • - . G. EXTRACT FAN ' B. INLET METAL INDUSTRIAL PRE — FILTER (RPC) H. THREE VANE DAMPER CONTROLS PRESSURE IN SPRAY MODE- ELECTRICAL C. INLET FAN _ I. FOUR VANE DAMPER —MAINTAINS PRESSURE IN BAKE MODE— PNEUMATIC - . D. MAXON BURNER 500,000 — 1.500.000 BTU J. EXHAUST STACK - . . E. INLET FINAL FILTER (V1LE0ON PA560G) K. RECYCLE DAMPER (OPEN ONLY IN BAKE MODE) . F. FLOOR EXTRACT .FILTER (FIBERGLASS) - j ' s i cum= cum= W4=i.�c ?ItOOCC� DoT N ' ' • CARNAL' MA • • Derr) - • QM/ASA • • .L LUt7lbtIILfl' at SUMO • - • r$ Is. LOCATION of = WML!e! .. DCS�Oaq co moue . ( — �s AM Ooit`a'.orQ fry/ h41 1111.411011 i _ - . ' _ 0, rs wu ALA. *A C$ & Pa MIO1 M—Caor • '. f . - • • _ _ - . - .:+4 LOCi Co on ; . • • O eo!:I.cws s, . . . . - - a � - _ - . r • . y �/ I mss - . i .I • i a17ftora It • doors �s • 4. a mino! t+i<ti •. 9•• • ..•. , � •..•• • • : .. • • • • • • . ' . •►;J a l ) .. • i ...J. .% • •• ..• • .• . . . *" • el'. ' ' . - ' Z 0 y \'' , *... . . • . e ., • ,..1 e• • •••• • • '. •. ''' .'" $..• :•.. _. 9 . mit\ , \-• 7 • . I ... • ••.• ••... • , e • • •,140, ? . • • • ... . .. • .. ' . : .1o...... 1 \ , so,/ . . • ... • t , lj r. et 3 it •..- ! • • ' 1 ...* . .• .-• .. , • . • .„,, . ..... .. ..„••••,,.._, 5 • ..;, v,,§ •2 a aVX i . ••``.% . ; ' :.• • • .. • .', . •• /kiNi . • ., • ,. ) 11" \ .... ,, 4 s ....!....... ., .... .. . . ..: i F A/ \) k . \ \ .. eiliv k . . • . I \ 1111 4•• * '' \\.. \ IlhA • -.. 1 66 § a ' 1 FI AIL' .': t WI •.. • . . • • ,.. \\:V lb t'R Ug • • •' , • te /.._ ` - F t 111 !J os Otii • . . N , „, • • r• I i . v. . • -. , - • • ,r .. 8 , . . G .. . . . • • a • .• • .. • 1 • ' • • • • e• . '• t ; •;' • - • • • • • ' • • • • / . . • . ../.,.,/.,) .,., : .. . ... .: .... .: . .... : : . • • • • • •/ . • \ 2 . . • % • • •• . - % de : ”. : \ _41...' 1\ -1\1 2 \1\ 1 4\: ' . e ••• • ...-......... ---.....„ • \), . . • AV.......% c \ . \ • � • . \ '. '\ 111 \ 0/ , i) . '• • .. I; \ • • • \ • ,..'. \ . . • • •\ 1\ 1.4..1./‘ ..e. \ •, rr %, • • \ • , .,, .. 4. .„5011121127Eih' . .' . rrr \ r • 1 . . X \ . 9 ' \ . ‘:\ . . ..\ \ , \, \..(,(.. �r\ - / \ . • • \ . . • . l. \ ••\ , • . ''. \ . J.; . I \ ., • • .• • \ — - -In " " \ ): . • ANIIIIIIIIIIV • ', 1 • • . \ . , , �......_ • t , . ..• .. ‘11 . • Aiiiliallr . 1 \ 1 . I Alre . . . •. ••. L • • • ....• .. 1 • '• • L I. , • •. • • • • 1 • . •• • • • •• •.1 1; .. .,. ,,•• • • •, • • , I.. • , • • •••• • • ' • . • f • 1 • {• • • . • • . • • _ • . ., . • . .. . . .. . .. . . . . . . . . " • . . ' . • . . . • : • - - • . -• - .,______ . 3 • ■ . . •• • . • • • • • . o • . •• • . .. • . . • . • . . • • • .. . • . • • ea • • . • • • o• • . . • • . . • . . • • . • . • • 0 ' • • . : • ••• • • • . • ft •• • • • P • •• •• •• . • • yr ••• . • •• • • • . • .. • . • • • • . .. • • •• • • •• • • • •• . . . • • • . • 0 • • . • . • f • •• •• . • • . • • • •• • ... . •• • • . • . .. . . . . • • • . •• ? • • •• • • • • • • . • • • •••• • • . :•• • 8 ••• • • • :.I •• • •• • -• I. • • • • .. • • •• • • •• • . • . • • • • • • • : •••• .. ••• ..*. • •• . • . • " • • • : • . . • . ' . • • • . . .. • • : • • • • • • I • • • • 11. • • . • • . • • • . . • • • • •• • 1 1 V"' . • •• .. • .... •• • • e • • • , 1 : . ••• . • . ... • . . . . . • t • : • . • • • .. • . . • • . • . • • . ' • . • . . . • • . ••• • • I ••• • : • I. . • . • . . . • . a . • 1, • .. • .. • • • V . . • • . .,- : • • . • . • ..• ,. . • • : . • • .: 71-DP - WALL. .C.GOtia...1o0 --. . .. . . .: • . . • • . • -.- • • - . •• -- - - _ • •• ••• , . . - • • . _ : •. • • ... .. .. ... ..,...... ..... . ... .. ••-. • : • • • . • . :• - • . • . • • • - - ... - ... • -• : - • . - • . . . • • • - - r . . • • *.: '. ' • • _ : _ i : ._ --.. ... ....: Z... : . . .:-.:.• • • • : • . . . . . - . . .. • . . . . . . . . . t. . . . . . - . . • • . • • . Stial Y10 A. SCIS.A.M • • . • .. .1 ....e r w . . . . _ .. . • • % -. • .. . •• . . . • ‘ • • • . . • /..------- . • . . .. .. .. . . .. . • . •• _ . . . . . .. . .. • - . . -. . • • •• .. .• • '. • .- - • . • . • . • • • • • . • t. • • . . • • • ' • •••• - • •• *. • • ' : . . . / • . ... • . . • • . . . •. . . .. . . - . - . • • •• • . • . .. ••••. . • . . - . . • . . . . . • - 1 . . . . • . . - . • . • . e. . • MIGLE. USTEILLC.X • .' . .• • - . . . . • . ... . :00 . , . • : • 7 . . * • • • .. . • • . . • . • . . • • • . . •• • • 11 • 2 • . •• . • . . . . .. • . . . . • • . . • • . .. . ‘ . • .. . • . . • 4. . • : . • . . . . • . . . •••••••••••• • ii I ... .. . . . •• • . . . • • . • • • • • • .. : .• . . . • • . • • . • • • ... • . . . • . • . . . • • • . . • • . • . • . • • . . • • .• . . . • • . . • . • • . . ... . • S • . . • • • . • • • • • • . • • • • • . • • . • . • . O . \ • 1 . • . • . • • • • . • • • . • • . . • . • . . . • • . . . • . • . . . • • • • . . • •• • • . . . . do . . • . • . • . • • .T.ITEe.I.CC-Itilim ' ' . . . • . . - . : 4 • • . • • • . • . . . . .. . . • % • • • . . . . . . . . . . • •- • • -1.191.i6tri SEAMS - . . • . . . - .. . . . - - . . . • . . . .. - . . . . . - . • • .. . . . . . .• • . .. ., ariPtC.AL P&L_LatilS . .. - - • .. . . I . .. L / .. ... • . : . . .. . . . . I. . • .. • . r • • • . .. • . - • 1 . • % , • . . . • . .. . • . • i • • . • • . • • . • • N%/PCALT . :. .. • . . • .. . . .. I . • a , . . -- • . . . I • • . . . • • • . WNul • . • • . • - - • • - n . . . . . - - . • . 1 . • . . .-: C.DULM.C.:10 L3 - - . . . . . .- - - - . . - . . _ : . . . . - - . . r • - f . - - . . . . . . - ' " . ... . . . - . •••• tliraatti.f... 1 . . . . . _ - - - - . . " . WIZU.1- 04.`fr.L.S . . . • . - - - • . . I • • • - 1 • . . . . .. , . . 0 . •. . . _ ... . . . . • - . . . . . . • . - . . . .. • • . - . - . . .. . . . . . . . . - . . . . . . • . __ . . . . • . • • a • : : • • • • e . •••• . . . • . • • • • • • • . • • • • • . • i . • • . . • • . • • • . . • • • • a . de • • • I. a . • • • • • . .. . • • . . • • • Rea V. Mt_ FRS 10 Z:CH • _ . .-- . - : . • .. -:' . . . . - . . • • .ill ii SCLIED 'ID . cottliME RaULturn.1 . . •. • . „ . . . . . • ri-COZ. 4-31114 1 1- Vs'ALICKULea.15. attAlE0 itiAtt.S. . • . . . . . . - . 8 . J • 0 . 0 • 0 • • 0 r . • - 14 OtC•O . . . . • . • • • • •• . . AgOICLc..IS . . . . . • . . . . • il • • . . . . . ' . . . . . . • • • . . . . . . . . • • . . . • . . • • ... . . -- . • . . • - • . . . . . • - • - - -. • . • • • .- • • • . . . • • . . • . . • • jr... ...st . . _ • . . • • l • ... • . • . . • • • . . • • • • •• • • . . • . • • •• f . • • • • . • • • • • • • • . •• • • • . .4. . . .. ••• . • :• • . • • • . . . • • • . • . - • • . k• . • • • • • • I • . • - • . • • • . . . • • • • • • • • ' • • • • • • . • . • . • • • • • • • • • . • • . •. . • • • • • • • • • • • . .. • • • • • . • • •• • • • ... • ft • • • •• . • • ,.. • • •• • . • . • • • • . • • • . . • r• • ‘• • • ••• ••••••■••• • ..: ..: •••••.. •• am.. ow •• • • ••••• • ••••••• •••••• ; . • .. . •• •• IL. • . • :. • . . . . . ,!, . . ... • . . • . . - • . • . • • ' .4. • • • . . . . . I• . ... ..... • • . • • . • •• • • • • . ., I. .. : •' • : P •• • • •• • • . . . . 8 .• . , • • • . . • . . • • • • . • : • • . • • • " • . • % • • • • ' • • . • : . . • • • • •• • • • .. . • • • • • . „, • . : -.• . .• • v • • • . • • • • : . . • ' • SC .1•Ln • . . • ... • ' • • : v) XLENT.. • - - .. . • . . . • . , • .•• . . AIO A FIRE SAFETY - / : • . . - . ._ . • • • ,• • •• • w••• - J . t • . ( • 1 • STANDARD INTERMEDIATE REGULATOR: FOR .ABOVE 2 PSIG DEUVERY PRESSURE • • . Capacity of pipes of alffsrent diameters and lengths In cubic Not per how. For an MN• • tial pressure of 2 psig with a 10 percent pressure drop and a gas of 0.6 specific gravity. MIN /MAX Pi a • REGULATOR CAPACITY Module 40 Total wg, M IM/s 0 rat Randal Rockwell 043 70 - 260 CFH p (ma 50 , 100 150 Md. 300 roc 500 1000 1500 NN00 • Rockwell 143 260 -1030 CFH 1 ' • IMO o 660 620 SS4 440 680 340 240 190 90 99 0 170 atti 2.250 1,590 1.300 i fi b mo 910 790 710 500 410 ]o 3.410 2.410 1,910 •1100 1,390 1,200 1,020 • 760 620 570 s Rockwell 243 -12 1000 - 6400 CFH 2 6,640 9.700 3,140 2.310 2,700 2,350 2.090 1,4110 1.210 1,040 2% 10,700 7,590 9,190 5.340 6.360 3,790 UM 2,390 1,960 1.690 • 3 19,120 13,540 11,060 9,540 7,790 6,770 6,040 4,2210 3.500 3,020 31,4 moo 19,970 16,310 16,070 11,690 9,910 1,900 6.110 5,160 6.650 Fisher S 100 200 - 400 CFH 4 39,310 21,190 22.710 19.650 16.040 13,940 12,440 1,110 7,210 11,270 5 72.010 50,990 41,650 35.930 moo 24,490 22.740 16,120 13,110 11.310 6 117.510 113,210 11010 51,670 47,900 41,630 31. 26 21.520 11,670 Fisher S 201 950 - 5000 CFH - - - • ��' Reli ance: NMiorwl RIO f3aa Coda. TOM 2-04 . Reliance 1200 200 - 400 CFH • Reliance 1803 (314 1' & 1-1/41 250 .. •: ° .$ : 1000 CFH ° :::; > : ;:; ; : 1 : : : : > >: < €>: >.> r Reliance 1803 (1 -1/2' & 2') 1000 - 3600 CFH :<_:.:< :«:;_ 7. Sprague 834 (1 -1/2' & 2') 2100 - 6500 CFH :y< ;: >>v <Y <.>: >y ,: .. All regulators must be vented to a safe outside location with manufacturer's tap size or larger. All regulators must have minimum 60 PSIG control. Regulators outlet volume varies with orifice and spring used. r (A . . . n ' .. :n r ad . CP P O. m O C • pp �. P' N O. O 1 c1 M h A O� A O } •~ A `` n 's'1 •: N O Z �•� d I ► A N" ''M Z • -M . N w r+ M � o. Q • M M •10....,,,,,j_-• sa Di O t Q A • '+ r v� Z n A ••1 0 o y s § eft o..d s '' Z 01 A n V A t+ a • e . , .� r•• ..4 r .:j) .0. 3►t A A 0 �a b x p'"� • F • ~ N CC t Q• �A w M • 5 1+• rr. a „ A O V. . I \Ne „ • A A •~ i w r+ m o a • a Z� • O A �+ ~v • r E^ rt 1•+ M A M p A M A CL O tD �•1 D n M 0 K A ,4 M ti r'l p 1 rr p. A p n n O A 111 •Z V 1+. 1+ • 0 •d rrt '� . a A SO In 0 n •►■ A vo A O• -4 co H N t-o .4 al S n d t . ~ IV 4� N • 11/14iii 10 ql • N - - - -- -.- - --- - - -- . . .1■1. '�.. VLENT . .` A,FIRE SAFETY 24 -HR SERVICE SERVICE AND SALES OF ALL TYPES OF FIRE SAFETY EQUIPMENT 4 PemAll Dry Chemical Fire Suppression System Installed into: (, if ,,, a_ 1 2 / X /3 -X 9 pi Sp F � j ,�o o:f/ Location: k c1 e i s _ - (rf a ; � J �� n T� f / ;* OA, 3 Total Booth Area: Z /,ec i3 -G X -_o = .2 5 /4 • 3 Total Coverage: r : ( G / /‘ ,ZC? Z z << _ X 22 uC . 3 EXAtkHST P;7 (3)-7 / 42O ? %'z /e / sc / y / p 3 K-X1 c 5 fJtc j( I ) J ri� 4,204vozi! 1. Mechanical Control/ Manual release 2. Pneumatic Actuation Cylinder 3. 25# Dry Chemical Cylinder 4. 50# Dry Chemical Cylinder 5. Chemical Distribution Lines 6. Link Line 7. Globe UL listed 2/2 ° degree fusible link 8. Pneumatic Actuation Line 9. TF1/2 Total Flood Nozzle (810 cubic feet coverage) 10: TF1 Total Flood Nozzle (1620 cubic feet coverage) 11. TF2 Total Flood Nozzle (3240 cubic feet coverage) P.O. BOX 8.4597, VANCOUVER. WA 98684 -0597 • (206) 256 -4800 r Ns LENT . i A AFIRE SAFETY 24 -HR. SERVICE SERVICE AND SALES OF ALL TYPES OF FIRE SAFETY EQUIPMENT PemAll Dry Chemical Fire Suppression System Installed into: GA r ✓►,, A7" $ x 10 .x F1 - Roow, - Location: k -d 1 s ft - :.� G %n ' �° d 3 Total Booth Area: g x /0x 6 �p 3 • Total Coverage: ; n R. oo ,ti, (LLFZ p 3 2_Y 0 /No2 z /e_ • 1. Mechanical Control/ Manual release 2. Pneumatic Actuation Cylinder 3. 25# Dry Chemical Cylinder 4. 50# Dry Chemical Cylinder V 5. Chemical Distribution Lines 6. Link Line • . - - 7. Globe UL. listed /6;5 degree fusible link 8. Pneumatic Actuation Line V 9. . TF12 Total Flood Nozzle (810 cubic feet coverage) 10: TF1 Total Flood Nozzle (1620 cubic feet coverage) 11.172 Total Flood Nozzle (3240 cubic feet coverage) • • PO. BOX 84597, VANCOUVER, WA 98684 -0597 • (206) 256 -4800 PEM ALL INDUSTRIAL DRY CHEMICAL SYSTEMS SUPPLEMENT I TOTAL FLOODING SYSTEMS, SC DRY CHEMICAL ONLY Total Flooding applies to the protection of a volume Dry chemical models PADC2SBC, PADCSOBC and that is totally enclosed with walls, ailing and floor, or PADC1008C can be used to protect Class i3 (ftemmable one that Is partially uncloeable. and combustible liquids) and Class C give electrical The percent of undosable opening on a total flooding equipment) total flooding hazards. hazard is calculated by dividing the area of undosable opening by the sum of the areas of the floor, ceiling and 1. Multiple cylinder systems can be used where required four sides. The decimal point N moved two places to for large hazards, the right on the answer to obtain the percent undosable 2. Each cylinder must have is trim distribution piping. opening. 3. Ail cylinders must be actuated simultaneously. 4. Different type nozzles cannot be mbted on the No additional dry dwmical is required for total flooding discharge piping of any one cylinder. volumes with undosable openings of 5% or less. S. Single cylinder systems may protect multiple volumes, providing the sum of the volumes does not exceed the Note: This supplement is an additio" to the system limits for the one cylinder system and the volume being limitations outlined in the Pen All Design, Installation, protected by each nozzle does not exceed its rated Operation & Maintenance Manual (p /n PADC1006) coverage. Total flood nozzles from each supply cylinder dated 6- 15-92. must be Installed at the same elevation. 6. The total flooding system piping is to be balanced General Reaui_rement &For Total Floodlnc Aoolicatione with the same number of elbows on each side of a tee and the same length of pipe on each sided the tee. The following method is used to provide protection for 7. The same type of dry chemical must be used in all Total Flooding applications for volumes with heights up multiple cylinder systems protecting a single hazard. to 20 feet. See Fig. I for maximum area, length and 8. Each nonce must be centered in its own protected volume for the TF - 1 Nozzie. See Fig. 2 for maximum volume segment, with the radial orifices between 2 and • area, length and volume for the TF - 2 Nozzle. 4 inches from the ceiling and the thread end in the up position. For Unciosabie openings of 6% or Less For Unclosable openings of 5% or Less 1 KEY 1 KEY TF-I NOZZLE I 1 620 CUBIC FEET 7'2 N 3240 CUBIC FEET P/N PADC IOI01 I MAX Val PM PADCI$I52 I MAX VOLIJI I • / ,,, , 4 MX 110; . MX hE I GHT HE I GHT 20 FEET 20 FEET "Al A L ENGTH V1DTH ViDTH MAX AREA COVERAGE 7 MAX AREA COVERAGE LONGEST SIDE OF 18 FT. LONGEST SIDE OF 18 FT. Fig. 1 Fig. 2 TF - 1 Nozzle Coverage TF - 2 Nozzle Coverage UL EX2e44 OCTOBER 30, 1ege 1 PADC P . PADCIC102 1TF1) . • tTF2) PADC10101 ( TF 1 ) • MAXIMUM LIMITS FOP 2s LB. BC SYSTEM MAXIMUM LIMITS FOR 25 LB. BC SYSTEM . CYLINDER TO NOZZLE - CYL TO Ti Ti To NOZZLE ITEM SIZE OTT ITEM PI OTT MI OTT PIPE 3/4' 05' S' PIPE 3/4' 81' II 3/4' 10' 0• _ 90 ELL 3 /a 8 _ _ 9OELL 3/4' 0 3/4' 2 _ TEE 3/4 1 PADC10102 cTF2) PADCI0I0I (TF11 PADC10102 PADCIoIo1 tTF11 <TF2) PADCI010I (TFI) PADC10101 )TFI) I 1 MAXIMUM LIMITS FOR 50 L8 BC SYSTEM MAXIMUM LIMITS FOR SO LB BC SYSTEM _ CYL TO T1 Ti 1 TO NOZZLE CYL. TO Ti Ti ggTO T2 'T2 TO NOZZLE IT Sin QTY . ' OTY ITEM SIZE I OTY 51 f OT SIZE OTT _ PIPE I ' X51 6• 3/ 28' 8' PIPE I ' 48' 3/4' T le' 3/4• 10 0• — 90 ELL I 5 3/4' I 3/4' 2 90 ELL I 7 3/4• 2 I TEE 1" j I 3/4" 1 I 1 TEE I I • 1 PADC10101 PADC10102 ITFI) ITF2) T: PADC10102 ;TF2) PADC I 0 I 02 1 cTF2) . T7 PAGC PADCIOIO2 ITFII (TF21 1 • • MAXIMUM LIMITS FOR 100 LB. BC SYSTEM MAXIMUM LIMITS FOR 25 LB BC DUCT PIPING --- — CYL. TO Ti TI TO T T 2 TO NOZZLE CYL, TO TI __ T+ TO NOZZLC I TEM PIPE Z 0TY SIZN I OTT SI OTT ITEM SIZE OTT SIZE QTY PIPE II 67' 3' I' X 20' o' 1' 13' PIPE 3/4• 32 10' 3/4' 12 5 90£LL `1 1/7• 7 1• 1 I I 2 90ELL 3/4' I 4 3/4 _ 3 TEE II I/2' I I TEE 3/ I UL EX2044 2 OCTOBER 30, 1996 . - Use of TF • 1 Nozzle In Exhaust Duct: General Requirements: All nozzles are aimed In the direction of air flow. One Flg. 4 shows a typical enclosed paint spray booth TF -1 (P /N PADC10101) nozzle Is required at the protected by a 50 lb. system. One nozzle is centered In entrance to the duct from the plenum. For every 15 feet the dud cross section and 3 to 8 Inches Into the dud of straight duct downstream, another TF -1 (P /N from the duct attachment to the plenum. Maximum duct PADC10101) is to be Installed. For every change in coverage is 15 ft. of straight duct work. The second .- direction, a TF -1 nozzle Is required. When a ventilation noule is located In the plenum. The third and fourth fan Is Installed in the duct. a TF-i nozzle Is required nozzles are installed Into the work area, before the fan entrance (within 15 feet) and immediately beyond the fan assembly. The following are the For ducts requiring more dry chemical than is provided exceptions to this requirement: for In the above arrangements, additional 25 pound two nozzle systems (as required) are to be used. (1) When the exhaust duct terminates at the fan Simultaneous discharge of all systems protecting the assembly which is flush with the building exit, there is no booth, plenum, and duct is required. requirement for a nozzle beyond the fan. (2) When the fan assembly is flush with the top surface of the plenum, there is no requirement for a nozzle before the fan. Fig. 3 shows a 25 pound system piped to the new duct coverage, where the ventilation fan Is at the end of the duct and the duct has one change in direction. The max. elevation from the cylinder outlet to the top nozzle is 18.25 feet. See duct piping limitations for the 26 lb., two nozzle system. I lir 'I T I g - — ,.— ■ 15 FT i_ 1 s FT. r 15 FT /404--- 1$ FT . � FT r ._ 18.25 FT _ 50 LB 1111 8C - -- — — — — ■ 25 LB d BC . 4 . - 25 LB BC TF -1 Nozzle Coverage 50 LB BC TF -1 Nozzle Coverage For use with Duct Protection For use with Duct Protection UL EX2844 OCTOBER 30, 1996 3 • P 25 PfyJID SC SYSTEM , MAXIMUM COVERAGE FOR ONE TF -1 AND M1XiWM COVERAGE FOR FOR 011E TF•2 NOZZLES TWO TF -1 NOZZLES HAZARD LONGEST AREA VOLUME LONGEST AREA VOLUME • HEIGHT SIDE FT.' CU. FT. SIDE FT.' CU.FT. FT. FT. ONE TF -1 ONE TF -2 ONE TF -1 ONE TF -2 FT. TWO TF -1 TWO TF -1 10 OR 18 162.0 324.0 1620 3240 36 324.0 3240 LESS 11 18 147.2 294.5 1620 3240 36 294.5 3240 12 18 135.0 270.0 1620 3240 36 270.0 3240 13 18 124.6 249.2 1620 3240 36 249.2 3240 - 14 18 115.7 231.4 1620 3240 36 231.4 3240 15 18 108.0 216.0 1620 3240 36 216.0 3240 16 18 101.2 202.5 1620 3240 36 202.5 3240 17 18 95.2 190.5 1620 3240 36 190.5 3240 18 18 90.0 180.0 1620 3240 36 180.0 3240 19 18 85.2 170.5 1620 3240 36 170.5 3240 20 18 81.0 162.0 1620 3240 36 162.0 3240 50 P0180 aC SYS119 MAXIMUM COVERAGE FOR ONE MAXIMUM COVERAGE FOR MAXIMUM COVERAGE FOR TF -1 & ONE TF -2 NOZZLES TWO TF -2 NOZZLES FOUR TF-1 NOZZLES HAZARD LONGEST AREA VOLUME LONGEST AREA VOLUME LONGEST AREA VOLUME HEIGHT FT. SIDE FT. FT.' CU. FT 5I0E FT. FT.' CU. FT. SIDE FT. FT.' CU OW! TF -1 OWE TF -2 ONE TF -1 ONE TF -2 TWO TF -2 TWO TF -2 TWO TF -2 FOUR TF -1 FOUR TF -1 FOUR TF -1 10 OR 18 162.0 524.0 1620 3240 36 648.0 6480 72 648.0 6480 • LESS 11 18 147.2 294.5 1620 3240 36 589.0 6480 72 589.0 6480 12 18 135.0 270.0 1620 3240 36 540.0 6480 72 540.0 6480 13 18 124.6 249.2 1620 3240 36 498.4 6480 72 498.4 6480 14 18 115.7 231.4 1620 3240 36 462.8 6480 72 462.8 6480 15 18 108.0 216.0 1620 3240 36 432.0 6480 72 432.0 6480 16 18 101.2 202.5 1620 3240 36 405.0 6480 72 405.0 6480 17 18 95.2 190.5 1620 3240 36 381.1 6480 72 381.1 6480 18 18 90.0 180.0 1620 3240 36 360.0 6480 72 360.6 6480 19 18 85.2 170.5 1620 3240 36 341.0 6480 72 341.0 6480 • 20 18 81.0 162.0 1620 3240 36 324.0 6480 72 324.0 6480 100 POUND K A M M - MAXIMUM COVERAGE FOR MAXIMUM COVERAGE FOR ONE TF -2 NOZZLE FOUR Tf•2 NOZZLES HAZARD LONGEST AREA VOLUME LONGEST AREA VOLUME HEIGHT FT. SIDE FT. FT.' CU. FT. SIDE FT. FT.' Cu. FT. ONE TF -2 ONE TF -2 ONE TF -2 FOUR TF -2 FOUR TF -2 FOUR TF -2 10 OR LESS 18 324.0 3240 72 1296.0 12960 11 18 294.5 3240 72 1178.1 12960 12 18 270.0 3240 72 1080.0 12960 13 18 249.5 3240 72 996.9 12960 14 18 231.4 3240 72 925.7 12960 15 18 216.0 3240 72 864.0 12960 16 18 202.5 3240 72 810.0 12960 17 18 190.5 , 3240 72 762.3 12960 18 18 180.0 3240 72 720.0 12960 19 18 170.5 3240 72 682.1 12960 • 20 18 162.0 3240 72 648.0 12960 PEM ALL FIRE EXT. CORP. 30A MYRTLE ST., CRANFORD NJ U.S.A (406) 278.0211 FAX (908) 278 -8074 ULEX 2644 UL EX2844 4 OCTOBER 30, 1998