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Specifications RECEIVED APR 3 0 2014 CITYOF TIGARD BAMBUZA VIETNAM KFTEN HOOD STRUCTURAL CALCULATIONS HOOD AND FAN SUPPORT AND ANCHORAGE HF1-HF8 SKETCHES SK1-SK5 (14 PAGES TOTAL INCLUDING COVER SHEET) SvgUCTLr '‘\.‘, /4N - y /�� April 28, 2014 i,o OREGON G,T4� I3 20 �e PROJECT NUMBER: 1401 --.0 is D. Nei, MIRES:, gaAa 0 jai d - ARCHITECTURE ENGINEERING UPLANNING INTERIORS LANDSCAPE 15895 SW 72ND AVE SUITE 200 PORTLAND, OR 97224 PHONE: 503.226.1285 FAx: 503.226.1670 iMr•,If ,�Mh�' Hpl If t r ? g INFO@CIDAINC.COM C C WWW.CIDAINC.COM A rt A. (� 0 d 0-.4 :1:41 * rn b..w I\° n 00 04 n d tt : 0 0 o oic % V . r r 11 -P • a Mt,.. a va a . . �� :UsGs Design Maps Summary Report User-Specified Input Report Title Bambuza Vietnam Kitchen Hood Tue April 29, 2014 02:19:32 UTC Building Code Reference Document ASCE 7-05 Standard (which utilizes USGS hazard data available in 2002) Site Coordinates 45.45372°N, 122.77844°W Site Soil Classification Site Class D - "Stiff Soil" Occupancy Category I/II/III L ' _ - ---- _.l II p21111' i 1 j .-r`` F K.;t £ sf k •��ff 2', • s000m ii : r.` ..r Ced$r1 Z ! r� ay, . �,3 ,,,,4--( Jl .11..--.{ ��`ti , ~it y, : ' -- i ^: s 1. • / •4 -Y..--�: rIL -,.,w�{, :1 It t - _...T..-- . 1 Aloha �v - _, .efs -, - C"--,.- fl��r I �� r, ;� , Ate. y x s.. r V`. '1,.... i � i�� >'s .,-+•:F ri .` 1 t' __. ! y Q y $ x TT rr ^ m *, Il 7 21.j s I I - "�� .g-k.q a s t �� • Gs den o;ma .- ai rQ . � -f : _r O s ? F` _ +� ,,.� - Aco .- _-W _ 't ' :4 ii ti � • ilwkl1,r � ! r".,- 1 li i , *`.. ' �-% r. �.'' I au l~�. -- _ ' 4i _ i N R T '„ x , .y./. i . y ' 21 D r 1-,., yr 1 f': `-'4=,!---,-2.; • ,„ L , .. 4 iR+ ry C •A i Way a f+ m., ax \/ �.' Ns‘ ,. ,. c_i . - -. t, _ ..",-4,4';', 4 'do.'/ ', 7 '-'-...::' .'-li.,.'1, T ''''.%,. mappgU 9�Fi. ; F F- t '� yf ` ,,N, r.. ,�.�` .. ,,.i., li •.iittc,,;a t 9 1 :. .,k 4 ° 20l4;f! * ,,, . ' w MapQuest '4 ';FV ... ri USGS-Provided Output Ss = 0.951 g SMS = 1.065 g Sos = 0.710 g Si = 0.342 g SM1 = 0.586 g Sol = 0.391 g MCE Response Spectrum Design Response Spectrum 1.10 0.72 0.99 0.64 0.99 0.56 0.77 S 0.66 0 0. 49 M 0.55 i A 0. 40 H 0.44 0.32 En 0.33 0.24 0.22 0.16 0.11 0.09 0.00 0.00 0.00 0.20 0.40 0.60 0.90 1.00 1.20 1.40 1.60 1.90 2.00 0.00 0.20 0.40 0.60 0.80 1.00 1.20 1.40 1.60 1.90 2.00 Period, T (sec) Period. T (sec) Although this information is a product of the U.S. Geological Survey, we provide no warranty, expressed or implied, as to the accuracy of the data contained therein. This tool is not a substitute for technical subject-matter knowledge. http://ehp2-earthquake.wr.usgs.gov/designmaps/us/summary.php?template=minimal&latit... 4/28/2014 1/17- CIDA Bambuza Hood CDG TEL: (503) 226-1285 4/28/2014 FAX: (503)226 1670 1401--.01 MECHANICAL UNIT ATTACHMENT-LATERAL FORCES Hood hung below Roof 13'-0" hood WP := 7551b Weight of unit We := 751b Weight of hanging accesories Wt := Wp + We Wt = 830 lb L := 156in Length wm := 74in Width of unit hm := 30•in Height of unit h�:= 0•in Height of curb/base wc := 50in Width of base hmc := hm + he hmc = 30 in Total height of unit SEISMIC PARTS AND PORTIONS (Tigard, OR 9223) Mapped Ss := 0.951 site class= D Adjusted Maximum Fa 1.12 Sms := Fa Ss Sms = 1.07 Design 2 SDS 3 Sms SDS = 0.71 0.2•SpS = 0.14 0.7.0.2•SpS = 0.10 h := 17ft IP := 1.0 ap := 2.5 RP := 6 z := h Air side HVAC component attached to wall for lateral 0.4•ap•SDS'Ip z Fp := R 1 + 2• h Wp Fp = 268.06 lb 0.7•Fp = 187.64 lb seismic on unit Fpmin := 0.3 SpS IP WP Fpmin = 160.83 lb 0.7•Fpmin = 112.58 lb Total seismic 0.2-SDS = 0.14 0.70.2•SDS = 0.1 E:\adcadd1141000-2014 mechanical unit projects\Bambuza vietnam kitchen \lateral Hood.mcd 15895 SW 72ND AVENUE, SUITE 200 PORTLAND, OREGON 97224 TEL: 503.226. 1 285 FAX: 95 702 E-MAIL: info©cidainc.com ARCHITECTURE r, Di ENGINEERING PROJECT NAME. PROJ. No. SHEET PLANNING INTERIORS TITLE: By: DATE: LANDSCAPE 1 - -- - - -- • - - _ - lull.. - Mil'DO 14 = • /11 MI■� MN MI r i/17,. = /6 a MI , �.�iifl■■il ?" UI��� II 1lUll MEI I I I I I MI�!� �■1 1 : 11 r �■�■ ii■i1■ S.- • Q ugh ■ � - 11111111111_ ■ T/i = 0,7r EZE1111111111Mna = 4 9d . if. IIIII 1111■ II T � , fi IIM e •■ 1111 I r ■ 1111■■ 1IEEEi4 1 A . a■� �■■■■■ ■■ • 1111 1111 I 11■ MINE r■■■ ■■ ■1111 s •______■11■M • 11# /z- f / lI _V OM' 111 ■■■ Will�� �■11■ ■■■ $ ilIIII • III IIIMEIRE1111M / , e_____ hr- /7_, IS 4r,4241°. Ell 1111 1111 ■11M ■ _ 1111 1111 1111■ ■■■ ■1111 11111M11111 • ■■■ ■11 1111■ • • Ru. � CIDA t Bambuza Hood CDG TEL: (503) 226-1285 4/28/2014 FAX: (503)226 1670 1401--.01 MECHANICAL UNIT ATTACHMENT-LATERAL FORCES Exhaust Fan WP := 200lb Weight of unit We := 401b Weight of curb L := 38.875in Length Wt := WP + We Wt = 240 lb fan+curb wm := 38.875in Width of unit hm := 33.375•in Height of unit he := 14•in Height of curb we • 24in Width of base hmc := hm + he hmc = 47.38 in Total height of unit on curb SEISMIC PARTS AND PORTIONS (Tigard, OR 97223) Mapped Ss := 0.951 site class= D Adjusted Maximum Fa 1.12 Sms := Fa-Ss Sms = 1.07 Design 2 SDS 3'Sms SDS = 0.71 0.2•SDs = 0.14 0.7.0.2•SDs = 0.10 h := 17ft IP := 1.0 aP:= 2.5 RP •= 6 z := h Air side HVAC component 0.4•aP•SDS.Ip z Fp := 1 + 2• h •Wt Fp = 85.21 lb 0.7•Fp = 59.65 lb Total seismic WIND LOAD: BASED ON 2009 IBC / 2010 OSSC Vas := 95 Exposure B Iw:= 1.0 Kd := 0.85 Kt, := 0.70 Kit:= 1.0 G := 0.85 Cf:= 1.3 qZ:= 0.00256.Kh•Kzt•Kd•1w V3s2.psf F := G•Cfgi Iw F = 15.19psf Pwind unit F•L•hm Pwind unit = 136.87 lb Wind on mech unit Pwindi F•L•hmc Pwic,dt = 194.28 lb wind on fan and curb Controls over seismic E:\adcadd\14\000-2014 mechanical unit projects\Bambuza vietnam kitchen \lateral fan-1.mcd CIDA BambUza Hood CDG TEL: (503) 226-1285 4/28/2014 FAX: (503)226 1670 1401--.011 f71p5 OVERTURNING-FAN UNIT LC # 7 0.6D+W Overturning at unit to curb hm Mot := Pwind unit' 2 Mot = 190.33 lb ft win Mres := Wp' Mres = 323.96 lb ft 2 Mres = 1.7 Mot (Mot — 0.6•Mres) Fup we Fup = —2.02 lb <0 no uplift ATTACHMENT Design attachment for 137Ib sliding and OIb tension at unit to curb connection —18GA curb Try (1) #8 screws to curb each corner Tallow := 751b Vallow:= 1191b Pwind unit = 136.87 lb Per Screw Per Screw Fupi = 0 lb Pwind unit Fupl U :_ + U = 0.288 Use #8 screw at each corner 4 Vallow 2Tallow Overturning at base of curb from Wind hmc Mot := Pwindl' 2 Mot = 383.51b ft Mres:= Wt. we Mres = 240 lb ft res = 0.63 2 Mot _ (Mot — 0.6•Mres) Fup3 • Fup = 119.75 lb ATTACHMENT Design attachment for 1951b sliding and 120Ib uplift at curb to roof connection Try #10 SCREWS at 24" o.c.- (4) Screws total Tallow := 1171b Vallow:= 1191b Pwindi = 194.28 lb Per Screw Per Screw Fup3 = 119.75 lb U :— Pwindl + Fup3 U = 0.92 Use #10 screw s at 24" o.c. 4'Vallow 2Tallow E:\adcadd\14\000-2014 mechanical unit projects\Bambuza vietnam kitchen \lateral fan-1.mcd CIDA Bambuza Hood CDG TEL: (503) 226-1285 4/28/2014 FAX: (503)226 1670 1401--.01 1/ G MECHANICAL UNIT ATTACHMENT-LATERAL FORCES Make up air fan W P := 3661b We:= 501b Weight of curb L := 40.125in + 53.625in Length (unit +1/2 hood) 2 Wt := Wp + We Wt = 4161b fan+curb wm := 37.375in Width of unit hm := 36.75.in Height of unit he:= 20•in Height of curb we := 33in Width of base hmc := hm + he hmc = 56.75 in Total height of unit on curb SEISMIC PARTS AND PORTIONS (Tigard, OR 97223) Mapped s := 0.951 site class= D Adjusted Maximum Fa:= 1.12 Sms := Fa Ss Sms = 1.07 Design SDS 3'Sms SDS = 0.71 0.2•SpS = 0.14 0.7.0.2•SpS = 0.10 h := 17ft Ip := 1.0 ap := 2.5 RP := 6 z := h Air side HVAC component 0.4•a p•SDS'Ip z Fp := 1 + 2•— •Wt Fp = 147.7 lb 0.7•Fp = 103.39 lb Total seismic RP h WIND LOAD: BASED ON 2009 IBC / 2010 OSSC Vas := 95 Exposure B Iw:= 1.0 Kd := 0.85 Kh := 0.70 KZ1:= 1.0 G := 0.85 C f:= 1.3 qz := 0.00256•Kh•Kzt•Kd•Iw•V3s2•psf F := G•Cf•gZ Iw F = 15.19psf Pwind unit F•L•hm Pwind unit = 259.5 lb Wind on mech unit Pwindl := F•L•hmc Pwindi = 400.72 lb wind on fan and curb Controls over seismic E:\adcadd114\000-2014 mechanical unit projects\Bambuza vietnam kitchen \lateral MAU-1.mcd CIDA Bambuza Hobd CDG TEL: (503) 226-1285 4/28/2014 FAX: (503)226 1670 1401–.01 J11f7 OVERTURNING-MAU UNIT LC # 7 0.6D+W Overturning at unit to curb h Mot Pwind unit'2 Mot = 397.35 lb ft Mres Wp'— Mres = 569.97 lb ft 2 Mres = 1.43 Mot Mot – 0.6•Mres) Fup . w� Fup = 20.141b ATTACHMENT Design attachment for 2601b sliding and 20Ib tension at unit to curb connection –18GA curb Try (1) #8 screws to curb each corner Tallow 751b Vallow 1191b Pwind unit = 259.5 lb Per Screw Per Screw Fup1 = 20.14 lb U := Pwind_unit Pup + U = 0.679 Use #8 screw at each corner 4•Vallow 2Tallow Overturning at base of curb from Wind hmc Mot Pwindt' 2 Mot = 947.53 lb ft Mres Wt'We Mres = 572 lb ft Mres = 0.6 2 Mot Mot – 0.6•Mres) Fup3 we Fup3 = 219.76 lb ATTACHMENT Design attachment for 401Ib sliding and 2201b uplift at curb to roof connection Try #10 SCREWS at 12" o.c.- (8) Screws total Tallow:= 1171b Valiow 119Ib Pwindl = 400.721b Per Screw Per Screw Fup3 = 219.76 lb U := Pwindl + Fup3 U = 0.89 Use #10 screws at 12" o.c. 8'Vallow 4Tallow E:\adcadd\14 1000-2014 mechanical unit projects\Bambuza vietnam kitchen \lateral MAU-1.mcd 15895 SW 72ND AVENUE, SUITE 200 ' 5 . PORTLAND, OREGON 97224 TEL: 503.226. 1 285 FAX: 503.226.1 670 E-MAIL: info @cidainc.com �i ARCHITECTURE Wi`� - ENGINEERING PROJECT NAME: PROJ. No. SHEET PLANNING INTERIORS TITLE: BY: DATE: LANDSCAPE III ' 1111 ]/ ( ay./ioo/3zgp ) — / a1.,Mill. N__� = �33 �p i MM. /,, It 20a I i iimENENINII I II II _ 1, II '/111 I. III (F) , rr rr I I III� - N ` in : �6,•o ` -( IM _______1 ■ ko' sew III III _, . I ► p III - MINIES pp?. 7.?', 5y atoo- aj -4 N a') mf tibc 4exie . Iii Iii al ==ru ■■■i■r 1 III II 1 . Iii II S/ RUCTu , . , ,DPROFF `� /GIN 4.7 e4, V .:1 7A 11 -7 Air Ado, 1 •I ,� ORE ON - �B j3,- -- - - - - - - - j-1- C'/Q,, 13, �<(/ /S D. GNC9 EXPIRES: 6/30/15 L3x3x1/4" BETWEEN (E) / FRAMING ALL EDGES OF CURB NOT SUPPORTED ON JOIST HOOD I - - - - - - _ • - - t-t- NEW 755LB HOOD BELOW NEW 366LB 4 ATTACH TO DEMISING MAU UNIT SK WALL WITH #12 SCREW ON CURB EACH END TO WALL STUD 3 C S K CC L3x3x1/4" BETWEEN (E) _ T`I - _ - __ _ _ _ FRAMING ALL _ ,-r • EDGES OF CURB NOT SUPPORTED ON JOIST II 2 i I IJ 0 II • • i T L NEW 200LB FAN UNIT DEMISING WALL - - ON CURB- - - - ._.. LL (E) STEEL JOISTS AT 8'-0" O.C. 0 FRAMING AT HOOD AND FANS 1/4- = 1 '-0" 4,, DRAWING TM-E: MECH. UNIT ANCHORAGE DRAWING: PROJECT: ARCHITECTURE 15895 SW 72ND AVE SUITE 200 BAMBUZA VIETNAM KITCHEN HOOD 1 9009 SW HALL BLVD, X145 UENGINEfRIMD LAN NINC PORTLAND , OREGON 97224 INTERIORS T E L : 5 0 3 . 2 2 6 . 1 2 8 5 TIGARD, OR 97223 SK LANDSCAPE F A X : 5 0 3 . 2 2 6 . 1 6 7 0 , JOB: 1401 -.01 DATE: 04.28.2014 © 2014 ODA, INC. ALL RIGHTS RESERVED SiRUCTVRq� . . , PROFF ` , `\ G 1 N `SJ/ , /r 63 9 / 14' # ' OREGON '6). 13� �� � �T � �S D GPC' EXPIRES: 6/30/15 FAN UNIT PER PLAN \ 1------1 1w 1 - lir& 1. (E) ROOF JOIST 3/8"0 SUPPORT RODS 9 HOOD SUPPORT AND ATTACHMENT /4» = 1 ,_0„ (SECTION) DRAWING TITLE: MECH. UNIT ANCHORAGE DRAWING: Q PROJECT: 2 61 ARCHITECTURE 15895 S W 72ND AVE SUITE 200 BAMBUZA VIETNAM KITCHEN HOOD - ENGINEERING PORTLAND , OREGON 97224 9009 SW HALL BLVD, j145 S K VPLANNING TIGARD, OR 97223 I N T E R I O R S T E L : 5 0 3 . 2 2 6 . 1 2 8 5 LANDSCAPE F A X : 5 0 3 . 2 2 6 . 1 6 7 0 JOB: 1401 -.01 DATE: 04.28.2014 © 2014 CIDA, INC. ALL RIGHTS RESERVED SIRUCTURq % D PROrf 1/P OREGON 6 13, 10 c FAN UNIT PER PLAN a SEE 5/SK FOR ATTACHMENT EXPIRES: 6/30/15 (E) ROOF JOISTS \. . i 1 • T- II 1 5/8" UNISTRUT SECTION BETWEEN JOISTS 3/8"0 SUPPORT RODS TO UNISTRUT - - HOOD PER PLAN DUCT BETWEEN FAN AND HOOD SUPPORTED AND BRACED BY HOOD (E) DEMISING WALL 0 SECTION AT HOOD 1/2" = 1 '-O" 4 DRAWING TTTLE: MECH. UNIT ANCHORAGE DRAWING: PROJECT: 0 NM ARCHITECTURE 15895 SW 72ND AVE SUITE 200 BAMBUZA VIETNAM KITCHEN HOOD 3 9009 SW HALL BLVD, #145 ENGINEERING PORTLAND , OREGON 97224 V PLANNING TIGARD , OR 97223 I N T E 11I O 1 S T E L : 5 0 3 . 2 2 6 . 1 2 8 5 SK LANDSCAPE F A X : 5 0 3 . 2 2 6 . 1 6 7 0 JOB: 1401 -.01 DATE: 04.28.2014 © 2014 CIDA. INC. ALL RIGHTS RESERVED • S-� RUCTURq �� PROF ` Vr �`�\'S .- G I E k `/Q OREGON 13, T/S D GPC'� EXPIRES: 6/30/15 MECH UNIT- BY OTHERS CAULKING (4) #10x1/2" LONG TEK SCREWS PER MEAL CURB PER CLIP AT BASE OF HVAC UNIT AND AT UNIT SUPPLIER CURB (1 ) 16GAx6"CLIP AT EA. SIDE OF UNIT - . ,- FLASHING (E) METAL DECK J, / RIGID INSULATION r� #10 SCREW AT 12" 0.0. Im L\ 1 2 f; li \ L 7irr 1 .47 3/16 V , 1 =IL -� (N) L3x3x1/4" BETWEEN JOISTS UNDER EDGE OF CURB 4 SECTION AT MAU UNIT CURB SK 1 " = 1 '-0" DRAWING TITLE: MECH. UNIT ANCHORAGE DRAWING: Q PROJECT: 4 0 ARCHITECTURE 15895 SW 72ND AVE SUITE 200 BAMBUZA VIETNAM KITCHEN HOOD 9009 SW HALL BLVD, !145 ENGINEERING PORTLAND, OREGON 97224 TEL 5 0 3 2 2 6 1 2 8 5 UM PLANNING INTERIORS TIGARD, OR 97223 SK LANDSCAPE F A X : 5 0 3 . 2 2 6 . 1 6 7 0 , JOB: 1401 -.01 DATE: 04.28.2014 © 2014 CIDA` INC. ALL RIGHTS RESERVED I S1RUCTURq PROF z i� G1 Na /O r 63 �!7 y / / OREGON / C F� 0) Q G 13, x1 c '�'T/S G PGA D. EXPIRES: 6/30/15 r___________._._.-----._._______7 ( 200LB FAN UNIT #8 SCREW TO CURB EA. CORNER METAL CURB PER UNIT SUPPLIER (18GA MIN) (E) METAL DECK I 1 • 1 L\ z-#10 SCREW AT 24" O.C, t 3/16 . . =IL (N) L3x3x 1/4" BETWEEN JOISTS UNDER EDGE OF CURB (5 SECTION AT MAU UNIT CURB SK} 1 " = 1 '-o" QDRAWING TITLE: MECH. UNIT ANCHORAGE DRAWING: 0 iiii, PROJECT: ARCHITECTURE 1 5 8 9 5 SW 72ND AVE SUITE 200 BAMBUZA VIETNAM KITCHEN HOOD - ENGINEERING 9009 SW HALL BLVD, 145 VPORTLAND, OREGON 97224►L A N N I N G TIGARD, OR 97223 I N T E R I O R S T E L : 5 0 3 . 2 2 6 . 1 2 8 5 SK LANDSCAPE FAX : 5 0 3 . 2 2 6 . 1 6 7 0 , JOB: 1401 -.01 DATE: 04.28.2014 © 2014 CID INC. Al RIGHTS RESERVED • JOB 2002513 - Bnr,buza - Tigard c Exhaust Fan Wiring DRAWING NUMBER EXH2002513-1 SHIP DATE 3/21/2014 MODEL EABDU20 Installed Options 1 K r---� BK r r 2 K t- ° 1 BK + MT-01 ?R 0 1 BK SW-01 3 o-GR 1 Component Identification Label Description Location MT-01 Fan Motor [20 4 SW-01 Main disconnect switch [20 5 6 7 8 9 10 11 12 13 14 15 MOTOR INFU 16 EXHAUST 2HP-208V-3P-6.2FLA 17 18 MOTOR/EONTROLAMCAN7,8AATION MOTOR/CONTROL MOP: 1SA 19 20 NOTES ----- DENOTES FIELD WIRING 21 DENOTES INTERNAL WIRING 22 WIRE COLOR BK - BLACK YV - YELLOW BL - BLUE GR - GREEN BR - BROWN GY - GRAY 23 DR - ORANGE PR - PURPLE RD - RED PK - PINK VH - WHITE AirHandler Wiring JOB 2002513 - Bambuza - Tigard DRAWING NUMBER 42002513-2 SHIP DATE 3/21/2014 MODEL EA-A2-G15 !ATTENTION ELECTRICIANI Installed Optlon5 DROP FOR DISCONNECT CONNECTION IS FACTORY SUPPLIED CONNECT POWER TO THE DROP DCV/VFD Wiring 1 BK 2 -BK r o BK - 0 6 BK MT-01 GR D(DCV SF1)r7 v 8 ► MOCP = l0 &WPS CWTRGi WIRING GR T WH (DCV N1) S1,T-U1 Component Identification 3 0 (MAY NOT BE NEEDED DEPENDING ON OPTIONS) Label Description Location IF DCV IS NOT PRESENT, RD AND WH WIRES FROM SEPERATE 120VAC SOURCE MT-01 Supply motor [20 4 5 6 SW-01 Main disconnect switch [20 7 8 9 10 11 12 13 14 15 MOTOR INFQ 16 SUPPLY 1.5HP-208V-3P-4.7FLA 17 18 i C MOTOR �UITMCA: 5QAMATION CONTROL CIRCUIT MCA:9y1.0A MOTOR CIRCUIT MOP: 15A 19 CONTROL CIRCUIT MOP: 15A 20 NOTES 21 ----- DENOTES FIELD WIRING DENOTES INTERNAL WIRING 22 WIRE COLOR BK - BLACK YW - YELLOW BL - BLUE CR - GREEN BR - BROWN GY - GRAY OR - ORANGE PR - PURPLE t 23 RD - RED PK - PINK VH - WHITE Exhaust Fan Wiring JOB 2002513 - Liam/ouzo. - Tigard DRAWING NUMBER EXH2002513-3 SHIP DATE 3/21/2014 MODEL EADU33H Installed Options Speed Control r SC-01 1 R D O/ 1R_D rK r---� BK r o l • 2 o-H t • WH MT-01 GR I I o-GR 1 SW-101 Coriponent Identification 3 Lnbet Description Location. MT-01 Fan Motor [20 OD-01 Quick Disconnect [20 4 SC-01 Speed Control [10 SW-01 Main disconnect switch [20 5 6 7 8 9 10 11 12 13 14 15 MOTOR INFQ 16 EXHAUST 0.333HP-115V-1P-4.1FLA 17 18 EE CCTRR CAL IN RMATION MOT❑R/CONTROL MCA: 2A MOTOR/CONTROL MOP: 15A 19 20 NOTES ----- DENOTES FIELD WIRING 21 DENOTES INTERNAL WIRING 22 WIRE COLOR BK - BLACK YW - YELLOW BL - BLUE GR - GREEN BR - BROWN GY - GRAY 23 OR - ORANGE PR - PURPLE W - RED PK - PINK WH - WHITE I JOB NO MODEL NUMBER ^`' �UNMaY SCIIEMATIC'VPE DESCRIPTION OF OPERATI❑NI ■ 2002513 DC v—iiii INSTALL Demand Control Ventilation, e/ I Exhaust Fen, I Supply Fan, Exhaust on In Fin, Lights out In Fire, Fans modl.ate JOB NAME p�rE DWG NO - based on duct temperature. INVERTER DUTY THREE PHASE MOTOR REWIRED, Room temperature sensor shipped loose for field Instelletbn.Verify distance beteeen VFD and Motor' additional cast could apply If distance exceeds SD Feet. DOP,louzs - Tigard 3/21/2014 ECP N1-1 1 1 2 EMS SPEED II!I1111S • BREAKER PANEL TO HOOD CONTROL PANEL HOOD CONTROL PANEL TO ACCESSORY ITEMS - TOBMS — 0-10V OUTPU WA11Z.iy( E 3 3 Responsibility' Electrician Responsibility, Electrician . • COEIIQ_t1A�E�OUER TERMINALS. BREAKER PANEL HOOD PANEL. HOOD PANEL COMPONENT (TOTAL) SEE ECPM03 OWNERS MANUAL. BREAKER 1PH Hof VFD ANALOG Ijjj]CII[M -+ ` 4 --� M(CROSWITCH 1 TO BMS 120 V - ""try - MID HOOD PANEL 4,N0 c 0-I0W OUTPU Ir&S V I VIRE TO VFD TERM, STRIP. - �--- 13 A -- AIWA. TO ,}C� NC PROPORTIONAL TO FREQUENCY.EILM S CONTROL POWER. DO NOT WIRE FIRE SYSTEM J <EACH VFD) SEE VFD OWNERS MANUAL. TO SHUNT TRIP BREAKER. GM'M-Tirt13 (15, MICROSWITCH 1ST HOOD LIGHT BREAKER SHARED V/ WIRE AR1 TO NORMALLY CLOSED (2). _ CONTROL POWER. SNITCH Ml Cl TO ARI SHOULD HAVE MS-1 41N0 EM 6 41N1_- ■� CONTINUITY WHEN ARMED � N BREAKER 3PH 1 S_, 7 3 AMP 4INE�_ IF MORE THAN ONE � MS-29�4+N0 at f � --- _ INFSERIESSASMSHOWN L_— cgINS7 EXH-1 SM-1 J — e WIRE TO VFD QUICK CONNECTOR IF l PH 240 VAC INPUT, USE L1 I L2 ONLY. - IF 1 PH 120 VAC INPUT, USE L1 I N ONLY. HOOD PANEL _ALL SWITCHES FACTORY WIRED g BREAKER 3PH 414__ m� TO J4 CAT-3 CONNECTION 208 V UK__ •, SWITCHES 13 AMP LP __ EL 10 'O""4 --EME HOOD giirs I . SUP-2 SM-2 HOOD PANEL 1):jtI Bj.ACK — 1 WIRE TO VFD QUICK CONNECTOR TO MIN wills___I . __ J 11 IF 1 PH 240 VAC INPUT, USE Ll I L2 ONLY. HOOD LIGHTS GREEN IF 1 PH 120 VAC INPUT, USE LI I. N ONLY. 1400 V MAX WIRE TO J-BOX ON TOP OF HOOD 12 HOOD PANEL •I!t• -ci- TO MU"' 'WIZ id-affnacitAn. J RDOII TEMP HOOD CONTROL PANEL TO FANS / MUA KITCHEN TEMP SENSOR MOUNTED IN ROOM AWAY 13 Responsibility' Electrician SENSOR FROM HEAT SOURCES. SEE MANUAL — HOOD PANEL FANS 14 HOOD PANEL ark" -Z-1 Load Wiring --1GDi-1iB1___ FANS 01 EXH-1 TO �f'�:, v E T� MU B13101. NU 1 -o/O FLM2 DUCT SENSOR SENSOR MOUNTED IN EXHAUST DUCT RISER 1 is SM-1 ®---lAlO-' '-- - -O'O MA LOON WIRE TO --- �3-- - -o-"o VFD QUICK ----- --- -Ali THE FOLLOWING CONNECTIONS 11 CONNECTOR WIRE TO MAY OR MAY NOT BE MUST HAVE ITS OWN CONDUIT DISCONNECT REQUIRED BASED ON JOBSITE DO NOT SHARE CONDUIT, SPECIFICATIONS �T FAN. 02 S1Jp_2 rtA4T HOOD PANEL .ii&. HUT TQ,�HyNT SHUNLCOI; Load Wiring CR:. -- J- --• K'� �o ►P U01 i NEI�TRAl_FR�M MINT MIL �J r SM-2 YIJI --um- -1- --A AA= o-' v0LT.2O$v SIGNAL FOR 011k law ---- 1 -- WIRE TO wi:a --l0 RJ(B.2- --/A RA°l o-o EXTERNAL ST TERMINAL IS ENERGIZED 1E VFD QUICK •):11(i ---�'�- --A mm , do SHUNT TRIP IN FIRE CONDITION• _ CONNECTOR Wit* -�- - --L ►KITE moo "QV: ----gym- --A °m' 0� HOOD PANEL 11111P-16. COMMON ID SPARE FIRE ��;���'�� NORMALLY QPEN MUST HAVE ITS OVN METAL SYSTEM DRY SYSTEM DISCHARGES GESED D ENBFIERE CONDUIT. WIRE TO PROVIDED EQUIPMENT OR PROVIDE SIGNALS. 20 CONDUIT DROP. CONTACT (NOT FOR BUILDING FIRE ALARM) RE,QVC JUMPER -- MAKE UP AIR 'N P : IN MUA *1 . 21 DAMPER II11010 CEO HOOD PANEL %(1*0S S A M' !___ PROVING IBMMO DRY CONTACT OF011I(10 NORMAg.y_OP€N __- INTERLOCK LOW VOLTAGE CONNECTION FOR ��22 INTERLOCK. SHOUD ON/OFF WITH 0:110: AM -- HAVE CONTINUITY W PER � IS PROVEN OPEN. SUPPLY FAN Oak. NORMALIL_[�EN ___ NOT REQUIRED FOR ALL UNITS. GROUP 1 ~ SPARE CONTACTS WILL MAKE 23 SEE MAKE-UP AIR SCHEMATIC. COMMON TO NORMALLY OPEN WHEN SUPPLY FAN IS O. 24 ■— / A I B I C I D I E I F I G I H I I • ' Ni UNLESS SPECIFIED OTHERWISE, ALL FACTORY AC WIRING 16 AVG. ALL FACTORY DC WIRING 18 AWG. FACTORY WIRING PUT END OF LINE PLUG IN MOTOR POWER CIRCUIT SCHEMATIC SWITCHES EMPTY RJ45 JACKS, Pt* EOL120A CIRCUIT BOARDS i J9 120V CAT-5 CABLE. LENGTH AS REQUIRED. ECPM03 DCV Rev. 1.12 ■�1S 0 VH 2 .1:L[• --- CONTROL INPUT z etimi CP�a3 a ASG o MTR1ExH-1 HMI Rev, 2.03! f1:i1 r� .:�;i. 1207 H1=LINE, :.�, � 0 ,� 3 PH .I�E•r. •= /TI Y 208 V Or.:4, •=•V/T2 VFDDESVl32NO2YXB57l gA,q x �K�y K1 BK ��_�• N1=NEUTRAL, 15A VH/: .,;�G• 15 AMP.IAc[• I :•V/T3 F,2000 i20 vAC 24 RELAY RELAY BREAKER. DO °"''" P 07;00 NO CNN 14 NO I:�f►y® NOT CONNECT oo®©00� I. 1:4,y S TO SHUNT TRIP �l DC 24V 8 9 ��iCt =L2 P1o5ea08 NC n� M+Az COIL 2 Ill (� eN ---�---- BREAKER. SEE J6 ©©©0©OQ •i*�c• o = 3/N P194.225 COIL 3 „ ,COM INSTALLATION �Ahl,•C _- - P410111 I1K�1 SCHEMATIC FOR [r1I • ■:1■ no ADDITIONAL REG. A A 14 AVG BK 5 + ai 3 PH PI..i4 0 /T1 MTRISUP-2 LULL DESCR1PTthN R == U IM VF D'ESVll2NO2YXP571 ST-x Starter PANEL LID i = a Zoe v .lit. I v/T2 FL/N4.7 PNvarbs 15 AMP .7�1• •V/T3 HP11.500 • GR" OL-x Overload GR aQ;lq P100101 PRvar4s NOTE' All ItMS on ECPM03 J3 Uri* to be daisy chained GN 1► P107101 C-x Contactor 3 From one component to the next, with EOL1 Ant end *II Me 1 P108.79 PR varies of she. Place PM' EOLI20A In empty RJ43 port yvf-�P 2 P150101 PS-1 Pour 24VDC ECPM03/DAISY CHAIN •P'P�• o BK:L3/N P194.225 PRDR-11 Sup. P410121 RA-u 120V Relay DPDT PR 34.110.0184.0 LJ RD->t-HI Inrush 2478[ Nigh (mush P4 7138-324-140-In. 4 'D•M-1 EF -2 J7 120V — EX RD- -HI BK Il •i■ 0 :• •)bile � 14I�'�4H1 U:i■ P2 Hao ts4:51111-JURPER<INI 5 1AS11a .31e;• . Mil • .:ya• uIYAIm 1 6 DC+> 9—PR<R01 AR1 BK 61:17DI0 VH.4NL SF1C>BK r/Wil:W1(=+ VH l J' 7 --LIELDWffm FACTORY WIRING BK- RACK YV- YELLOW BL- BLLE GY- GREY BR- BROWN PR- PURPLE 1— MAKE UP AIR INTERLOCK. F! OR- IRM4GE RD- RED .•ER EF1►•' 1:•4; N WH- WHITE CO $ PANEL ■,I MG OR/BL- CR/B STRIPE BL/RD- EL/RD STRIPE _ RD/134- RD/CN STRIPE 8 1n NOTE' IF VFD HAS 1PH 240V INPUT, USE L1 L L2 ONLY. VA/EL- WW1 STRIPE o �H •CPM03 IF VFD HAS 1PH 120V INPUT, USE LI I. N ONLY. DRY CONTACTS (SHOWN DE-ENERGIZED) of*. JOBNAMEE 1' 14 AVG RA-1-1 DHBerilq TZrQ CE - Dowd — AWING ON Orr DCV-1111 __ -- 011:141•'„• =4 FIRS DESCRIPTION OF OPERATION D.nand Control Ventilation, e/ l E x haust 9 14 AVG RA-2-1 Fan, t Supply Fan • ON OFF Cdaust on n FLe, -- . 31,*„,• Llphss out in FM. Fan. • -- •),00(• • , modulate based an duct tenp.rature. INVERTER DUTY TI RPRASE NOTOR 14 AVG RA-2-2 temperature sensor, -- 41/d 11.•.•a. . shipped loose Icy Field link*-- dstance between VFD O and Motors addtlanal L iliiii;' VBY � 1 FACTORY 3 2014 ■ SC-20 x 18 x 8.62 BOX/ `'"O NO ECP 41-2 .; FAN UNITS PER PLAN J,._.-- .� Z(N) 2x4 VERT AT 4 BLOCKING CO ROOF J01 (N) 2x4 SLEEPE' - EACH SIDE OF JOIST W/ #12 SCREWS AT 16" O.C. STAGGERED / i//"���SPr a . • \ /4°)' 771 . A • . 1 ...*" ...4F. .......... ..... .....6. ..e..... 1 5/8" UNISTRUT SECTION BETWEEN JOISTS 3/8"0 SUPPORT DUCT BETWEEN RODS TO UNISTRUT FAN AND HOOD SUPPORTED AND BRACED BY HOOD HOOD PER PLAN—I (E) DEMISING WALL Roof plan To (I) 1� iI •- Roof X w No Clean out access doors Clearance combustibles 8" mo M N cu M ua Duct a. 20 gages (NI a) a� r cn kn a) 1_ C N L L w i false ceiling f ac L � ti �r1 • 8 4 N 2 Ducts 12" round (o rn c W 16 gage Grace duct whit 2 layer fire wrap A 1 type I hood A stainless steel • Co 0 c t C= I teniniXa 11/ Q � c rz3 0 0 4 r ! ! ■ , . 04111■•• ., iR,_ .,,,„ • 1 0 •f. .1 I .• 0 •1111••■•• . •i•••••■11.1 I •1 1.3 Al=1.• C0.4 CI 141••■ 0 0 Ine 67/17 ? 1 , 1 1 II 1. . ] r-----Th C. �/ 747LB FAN UNIT #8 SCREW TO CURB EA. CORNER METAL CURB PER UNIT SUPPLIER (18GA MIN) I ` (E� SHEATHING 710 (E) ROOF JOIST 110x2 1/2 SCREAV-N <I AT 24' Q.C. / J. ;,. RI ..,.. i 4x6 BLOCKING EACH EDGE OF CURB W/ SIMPSON HUC46 HANGERS C.:: V\------ ti 2x4 VERTICAL AT 4x BLOCKING 4 SECTION AT FAN UNIT (fig SK r = ,•-o- Top view 20" 20" 4" screw 16 screw use min per box f 6" structure wooden A 'L CTRICAL PA4KAC S - Job#2000345 NO TAG PACKAGE k LOCATION SWITCHES OPTION FANS CONTROLLED LOCATION QUANTITY TYPE m H P. VOLT FLA I Light Exhaust 3 2.000 208 6,2 I DCV-11II Wall Mount In SS Box SS Wall Mount Box ' I Fan Smart Controls DCV Supply 32.000 208 5.7 TEMPERATURE SENSOR Derio.nd Control Ventilation Hood Control Panel Specifications' (FIELD INSTALLED) • Controls shall be listed by ETL (UL 508A) • The control enclosure shall be NEMA 1 rated and listed for Installation Inside of the exhaust hood utility cabinet. The control enclosure may be constructed of stainless steel or painted steel. (FIEL / \ '� D VIRED CONNECTION _%� • Temperature probes) located In the exhaust duct riser(s) shall be constructed of stainless �. ��'�' steel, / • A digital thermostat controller shall be provided to activate the hood exhaust fans dynamically based on a +10 degree adjustable offset from the room temperature sensor. This ID Ltwrs function shall meet the requirements of INC 507.2.1.1_JEE j I • A digital thermostat controller shall provide adjustable hysteresis settings to prevent Icycling of the fans after the cooking appliances have been turned off and/or the heat In \ I the exhaust system Is reduced. CONTROL PANEL • A digital thermostat controller shall provide an adjustable minimum an run-time setting to / se NSx TD VALL ' prevent fan cycling. I �/ • Variable Frequency Drives (VFDs) shall be provided for fans as required. The Hood Control Panel shall modulate the VFDs between a minimum setpoint and a maximum setpoint on demand. / The duct temperature sensor Input(s) to the digital thermostat controller shall be the speed reference signal. cAV•rt Fuel mnwrAct Room Override Thermostat • The VFD speed range of operation shall be from 0% to 100Z for the system, with the actual minimum speed set as required to meet minimum ventilation requirements. TYPICAL SC-ENERGY MANAGEMENT SYSTEM MN 3. 5 M • An Internal algorithm to the digital thermostat controller shall modulate supply fan VFD WITH REMOTE MOUNTED PANEL NM/ speed proportional to all exhaust fans that are located In the same fan group as the supply fan. _ 2' • The system shall operate In PREP MODE during light cooking load or COOL DOWN MODE when sufficient heat remains underneath the hood system after cooking operations have Provides room override based on completed. Operation during either of these periods will disable the supply fans and provide . temperature differential between the an exhaust can speed that Is equal to the minimum ventilation requirement. room and duct Installed by electrician on a wall, 6'-6' off the Finished Floor, in • A digital thermostat controller shall disable the supply fan<s), activate the exhaust fan(s), the space but not t directly under the g PP y hood or close to an appliance (including activate the appliance shunt trip, and disable an electric gas valve automatically under the the electrical control box) so the following conditions (as applicable). reading is accurate for space. a. Fire condition detected on a covered hood b. Excessive temperature detected on any duct temperature sensor In the system (250 F adjustable) HOOD CONTROL PACKAGE INTERFACE • A digital thermostat controller shall allow for external BMS fan control via Dry Contact with LCD Screen DETAIL OF REMOTES/SBOX • g y (external control shall not override fan operation logic as required by code). asrtucru WAY DY • An LCD interface shall be provided with the following features. NooLL me a. On/Off push button fan I. light switch activation O O \ - -r b. Integrated gas valve reset for electronic gas valves (no reset relay required) c. VFD Fault display with audible IL visual alarm notification d. Duct temperature sensor failure detection with audible I visual alarm notification _ e. Mis-wired duct temperature sensor detection with audible I visual alarm notification idid] O =®a F. A single low voltage Cat-5 RJ45 wiring connection j g. An energy savings Indicator that utilizes measured kWh from the VFDs Il 1 LIGHTS , ® n ..__.. `-� UT-!cOwwcrdr Ox NEVEM 12 -�..� CR011:1103D CCINT•OL Duct Temp Sensor to be o installed in every exhaust UN ICIAT M R4•0)MtD DUAL( riser, AU Duct Temp OANG AMID.px r . Sensors and Hood Lights to be wired back to SC-EMS Electrical Control Box. JOB Portland 12' Thai 410, � _ LOCETION PORTLAND, OR, DATE 3/19/2014 JOB Y 2000345 Irrtxta. DWGA 6 DRAKNBY JDC-85 REV. SCALE 3/8' = 1'-0' 1 FAN UNITS PER PLAN (N) 2x4 VERT AT 4x BLOCKING (E) ROOF JOISTS (N) 2x4 SLEEPE' 1;) r EACH SIDE OF JOIST W/ X12 SCREWS AT 16" O.C. STAGGERED tir - - - � n Ifirr • \ . • . 1 AT- _^ 5/8" UNISTRUT SECTION BETWEEN JOISTS 3/8"0 SUPPORT DUCT BETWEEN RODS TO UNISTRUT FAN AND HOOD SUPPORTED AND RACED BY HOOD HOOD PER PLAN-I (E) DEMISING WALL FAN UNITS PER PLAN (E) ROOF JOISTS AT 4x6 BLOCKING 6'-0" O.C. AT EDGE OF FAN CURB W/ 2x6 SUBPURLINS AT 24" 0.C. 1 j • 1 5/8" UNISTRUT SECTION BETWEEN JOISTS • #1 Ox 1 i" SCREW AT EA. JOIST 3/8"10 SUPPORT IF RODS TO UNISTRUT DUCT BETWEEN FAN AND HOOD SUPPORTED AND BRACED BY HOOD HOOD PER P (E) DEMISING WALL i i Metal _wi ,_..-------" ' 1 structure � ; i ii i i � i �I i aummlft„,. I i i • i I i i ,......„„,„,,, . ....., . a. 1 i 1 1 i i i i : . i •1 I i 1 i i 1 i 1 a I ! : atti 6 i Airimimmimmiummilimmm , r ■ 3/8 Threaded heavy duty 10 steel expansion drop-in anchor • TEMPERATURE SENSOR . r r-9 mr HOOD LIGHTS I II I I I II SECURE TO WALL WITH 4 SCREWS 0� 4,,,,N.,. ROOM TEMPERATURE r • Room Everride Thermostat SENSOR CASHMI INTERFACE ■ u-I 3 , 5 " WALL MOUNTED CONTROL CENTER 2 „ Provides room override based on temperature differential between the room and duct, Install on a wall In space but not directly under the hood or • close to an appliance so the reading is accurate for space, • ATTENTION ! - INSTALLER MUST "pu L`T'" 1. ivc-e-E5561 READ LABEL NEAR To c v / 4. }i 1N6 DISCONNECT SWITCH! __. _ At MESSAGE ON LABEL: F "INSTALLER SHOULD "POIrD AA ,fit A- - • SUPPLY ENOUGH J - ELECTRICAL CORD ep"j`I ( TO LET FAN '�} C MAKE COMPLETE EALAu . _ ab pwe-ovp..6 S WING" 1)0e? HT.,.2B 7/8 moc \ FEATURES I1��/ - ROOF MOUNTED FANS f (\� ` - RESTAURANT NOBEL r---- - UL703 AND UL762 - VARIABLE SPEED CONTROL 19 1/2' �� - INTERNAL WIRING - WEATHERPROOF DISCONNECT 19 1 j I� - THERMAL OVERLOAD PROTECTION (SINGLE PHASE) 27 1/4 . 1.1.: � � /; - HIGH HEAT OPERATION 30a•F U49•C) 21 1/2 CURB FAN BASE ��� 1 - GREASE CLASSIFICATION TESTING mil,1111111119.1111 )d1QMAL TEMPERATURE TEST 20' 0 �-- EXHAUST FAN MUST OPERATE CONTINUOUSLY if � WHILE EXHAUSTING AIR Al 300•F 049•C) _ UNTIL ALL FAN PARTS HAVE REACHED �o �,UGE /�� THERMAL EQUILIBRIUM, AND WITHOUT ANY 113 1/4 ,` I Ct ra�T10N DETERIORATING EFFECTS TO THE FAN WHICH 1 _�`�.�_ WOULD CAUSE UNSAFE OPERATION, 1 32 1/2 /�' 3' FLANGE -/ ABNQEAAL FLARE-UP TEST 17 1/2 1 / EXHAUST FAN MUST OPERATE CONTINt10USLY WHILE EXHAUSTING BURNING GREASE VAPORS / 21 1 ROOF AT 600•F (316•C) FOR A PERIOD OF 4/, ~ DIMENSIONS 15 MINUTES WITHOUT THE FAN BECOMING ( _-sç 17 1/2� 17 1/2 DAMAGED TO ANN EXTENT THAT COULD CAUSE ^� AN UNSAFE CONDITION D EXHAU T RISER ON V H1146 EXHAUST RISER oN HOOD � IIETIOLiS AND FAN ®Y OTHERS) GREASE BOX \) 14 5 JOB Jersey Mike's PROTO _ • LOCATION DU5OHFA ma 111 il�' * cApriir- £M A' 2012 ✓OBi �� -_'- DVC it DRirN BYRM-32 u fnUrt�A Rd'V _ SCALE' Not To Scale. L— } ( I 1 1•L •'K :: :1 ,lam 4 ••• 4-.....S.- .f � K ♦.die ",4;s5a. wa` : ` 3MTM Fire Barrier Duct Wrap 615-1- • FIRE l wive ;3roduct Data Sheet and installation Guide . - n2� a�� . . : , A. DUCT (3-page Condensed Version) �`"°`�" PreRetece°' lCC 1 . Product Description 3M" Fire Barrier Duct Wrap 615+ is a flexible fire-resistant wrap GT]) tin of an inorganic fiber blanket encapsulated with a scrim-reinforced foil.The product is 1-1/2 in. thick, ]�+� • consisting inorganic p P � '"`-� NFP,A 6pcf density.' It is used to fire rate commercial kitchen grease ducts as well as ventilation ducts. 3M' Fire Bar- 96 vier Duct Wrap 615+ is a proven alternative to 1-or 2-hour fire-resistant rated shaft enclosures for grease ducts (ICC-ES ESR-1255). With its excellent insulating capabilities, low weight and thin profile, it is an ideal choice usrm tram for a duct enclosure system.This non-asbestos' wrap installs easily due to its high flexibility and strength. ?�oA Aa� I In accordance with the tolerances in ASTM C 892 Standard Specification for Nigh-Temperature Fiber Blanket Thermal Insulation. o .y.. 7 That been demonstrated to be soluble in the lungs according to EUguideline 97169/EG.for biopersinence. V / rWIC.s .'' c t tb °AA10'US -- _� • -,. Product Features intertek lntertek �.4 .' ' i z. Two-layer wrap for grease ducts • High flexibility for installation ease rtnErarssrrrrrtxtcr r nwrax :t I ,•-77.1Y-1- t.'..'' rated as a shaft alternative SEE pmt DnaECTnar gl Pertain(DIRECT � . .F;h:'.i 4"=- per Foil encapsulated for blanket - _ -` ASTM E 2336 protection, less dust,and high Zero clearance to combustible stren'-:-.-.1 -07' * lf/E' F ►, throughout the entire enclosure . Widest range of penetration (moo • '>, system for congested spaces seal systems ,• Butted inner layer in 2-layer' �'"� Y Y Available in 24 in_ x 25 ft. (609.6 *"°' Crease Duct Applications mm x 7.62 m)and 48 in.x 25 f ft. FoR ltsE PI FIRE RESISTIVE DUCT ASSEMBUR FlQ"ibi°and fightweight with a It'it' • One-layer wrap for fire-resistive (1219.2 mm x 7.62 m)rolls ; "r FRE r'ESESTJN°E DIRECTORY tale for easier application and ventilation ducts [SO 6944 aisioa reduced space requiem Blanket adhered to foil scrim 2. Applications 3M" Fire Barrier Duct Wrap 615+ is an ideal fire resistive enclosure for com- f mercial kitchen grease ducts and ventilation air ducts- it is a proven performance alternative to a 1- or 2-hour e.„- fire-resistant rated shall enclosures for grease ducts and provides zero clearance to combustible construction ;•. -•I throughout the entire enclosure system. 3M- Fire Barrier Water Tight Sealant 1000 NS, 3M' Fire Barrier Water Tight Sealant 1 003 SL or 3M"' Fire Barrier Silicone Sealant 2000+is used in combination with 3M- Fire Barrier CSFM Duct Wrap 615+ to firestop the duct when the duct penetrates fire-rated floor or wall assemblies. 3M- Fire Bar- LISTING No. rier Duct Wrap 615+also provides a firestop solution where a T-rating is required for penetrations located outside wall cavities or outside fire-resistance rated shaft enclosures. 2440-0941:112 Two-layer grease duct applications: 3M'" Fire Barrier Duct Wrap 615+ meets the criteria of ASTM E 2336 Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems. Single-layer air duct applications: 3M'" Fire Barrier Duct Wrap 615+has passed [SO 6944-1985 Fire Resistance Tests-Ventilation Ducts. T rating for metallic through-penetrating items: 3MTM Fire Barrier Duct Wrap 615+ is used in conjunction with 3M Fire Barrier sealants to achieve up to 2-hour equal F &T-ratings in ASTM E 814 (U1 1479)tested through-penetrations. 3. Specifications Installation shall be in strict accordance Typically Specified Division or Section with manufacture's written instructions, as shown on the approved shop Division 7-Thermal and Mulati t Protection Section 23 07 13-Duct Insulation drawings. 3M' Fire Barrier Duct Wrap 615+ shall be a high-temperature Related Sections fiber blanket thermal insulation encapsulated in a fiberglass-reinforced alu- Section 07 21 00-Thermal Protection minized polyester foil. Duct Wrap density shall be nominal 6 pcf(96 kg/m)) Section 07 21 16-Blanket Insulation Section 07 84 00-Firestopping and have a nominal 1-1/2 in. (38.1 mm) thickness. The fiber blanket shall motion 23 00 00-Heating, Ventilation and Air-Conditioning(HVAC) have a continuous use limit of 1000°C (1832°F). The blanket thermal resis- Section 23 31 13-Metal Ducts lance(R-value) at ambient temperature shall be minimum 6.3 °F-fl`_ hr • Btu Smoke Developed index and Flame Spread index of the bare blanket, and of the foil encapsulated blanket shall be 0/0. The foil encapsulation shall be 4Plkfilk, bonded to the core blanket material. 1...., `i .1(,- r ': r.iirni!:al 'ilhr.+;rt r„Iat,nq tO .rM 1-ire i=wtectIOn PrcrttictS :;rid Sys=tems. ca!I: 1 :i110-323-1 37 'r .n'rre ::rfor,rmtion on.iM Fare i'r•itcctlon Pr`3,1ucts. visit: ,v.v:;t..3rn.con?ItImstcn r.• 'e'.`�"S•".' . ;.a., ti . w +..c e.,.ti,- :.ti ; .:.'' -xli!:: .irs-.r -o!-� ; - .�_, -y -.;1��. g,(" 'L_-t..S ., :t'�i" i' Jae• :f� `vr. .L t.. i.�-�.- .t'.nf .,n: ".irk iM+`- s.e--•At :t..l*- _.%!":r:. .s]. .r:L..i .e.� .�.,� i. • 7.�M'[��!'Yrei.�SCa�. t, 4: t• ,�-- _ ''. n- �!,�: -. �Jl • �?3 Y ' i ��,�.`r- 7e.r - '. .:•-: .. >�.'?��`�s��:.r;.w�i�i+e{'3i;S��':�4�.a.-w.Sa;*.r'«i:S'v.s"�Sf=-9x ::k�-3-.iab•=yC!.f��F3?1Jr .�_.r ism S __1C`. T�k�vi�'�:.tiz .. ' , -ls::. 8. Installation Techniques coat. 3M' Fire Barrier Duct Wrap 615+Ventilation Duct Systems (Figure F) 0 I. 3M Fire Barrier Duct Wrap 615+, 1-layer 2. Perimeter(lateral)joint min. 3 in. (76.2 mm)overlap 4 3. 3/4 in. (19 mm)wide filament tape _ 1 4. Steel banding 1/2 in. (12.7 mm) wide nun. typical for permanent fastening 3 5. Longitudinal joint min.3 in_(76.2 mm)overlap -1\4. 6. Metallic HVAC duct 2 6 System integrity is limited by quality of installation. :`r' Ducts>24 in. (60.9 cm)wide require pinning on the bottom side of horizontal ducts and on a minimum of one of the wider sides of a vertical duct.Vertical ducts require pinning on all �' �� side that are>48 in.(121.8 cm). 0.1r' Consult current independent testing laboratories(e.g. Intertek, UL) for design or system details. Duct Support Horizontal duct assemblies with maximum cross-sectional openings of 24 in. x 24 in. (610 mm x 610 mm) must be supported with min. 3/8 in. diameter (9.5 mm), all-thread steel rod and 2 in. x 2 in. x 1/8 in. (51 mm x 51 mm x 3.2 mm) steel angle, spaced a maximum of 60 in. (1 524 mm)on center.A min. clearance of 0 in. and a max. clearance of 6 in. (152 mm) is required between the vertical edge of the blanket material surrounding the duct and the steel rod. Horizontal duct assemblies with max. dimensions of 24 in. x 48 in. (610 mm x 1219 mm) must be supported with min. 1/2 in. diameter(12.7 mm), all-thread steel rod and 2 in. x 2 in. x 1/4 in. (51 mm x 51 mm x 6.4 mm) steel angle spaced a max. of 60 in. (1524 mm)on center.A min. clearance of 0 in. (0 mm)and a max. clearance of 6 in. (152 mm) is required between the vertical edge of the blanket material surrounding the duct and the steel rod. Vertical ducts must be supported at every floor line on the top of the slab. Pinning& Banding �.t� y � X sf-z• .� .� ,, �. �, .,� Options �1C td `- Banding ent*^ r ""`""'4..w r nn�ngOnt T-Cro lidB P�f1[f�ltf s sn (Alt�ssde r Ei'�A_-r}�c+-�A� r�. r.,.�, a�'�+"."f'•..�- I��:�' width<24" V 24">width<48" V V width>48" •+r�as+�t�. sZ:i: _ t r ',f4�'. d r, � t ti i.,;...'AL`4 k' �F,�('"• i�•Yfi-.?�Se�7 :`'�-. ,�, .�`.. .. .- Y`!+•, ,��t. i� A `w` �rcS.ti� . . � . .'' i-•• •• ... - �• ...... .._.. ::.L.::',2.:4.= -. �'6' a .•. .. . sir 3y+sf F Y 'KU:°4'SC �..9.'- v+.L.w' .'.4: :::. -::;:.,a` .;;;; oX'.r'`,... .!L ._?::,. wti::.-.n,. 8. Installation Techniques cont. .. Four (4) approved grease duct installation techniques: 3N "' Fire Barrier Duct Wrap 615+ IA. Butt Joint Inner Layer with Telescoping Outer Layer . Figure 1A Butt Joint t.ayer with With the Butt-Joint Inner Layer and Telescoping Outer Layer Telescoping Outer Layer technique, the inner layer of blankets abut the adjacent pieces of (rrnss Section View) blanket.The outer layer blankets each overlap one adjacent blanket, and then the exposed edge is covered by the next blanket as shown (76.2 mm) in Figure 1A. 1-1/2`(3b3 mm) ' j -0 0 1 A. First layer of 3M" Fire Barrier Duct Wrap 615+ 1 B 40101 7:1 ,/e,/�,®ired \ ifil tordiiit 1 B. Second layer of 3M" Fire Barrier Duct Wrap 615+ 9,r®,l�reir ',rem', rrear`eeAfr.eira y,ee�I�,®a 2. Steel banding 1/2 in. (12.7 mm)wide min. typical 1 A 4 4 3. 3 in. (762 mm)min" longitudinal overlap 4.Tightly butted joint 24" (61 cm) I B.Telescoping 3 in.(76.2 mm) Overlap Wrap Figure 1B Telescoping With the Telescoping Overlap Wrap method,each blanket (Cress motion View) overlaps one adjacent blanket,and each blanket has one edge exposed and one edge covered by the next blanket 3"(76.2 mm) 2 as shown in Figure IB. 1-1/2"(38.1 mm) -ID P 1A. First layer of 3M- Fire Barrier Duct Wrap 615+ 1 B 0® ���r��.��rt�►4",�' � ���. 1B. Second layer of 3M"Fire Basher Duct Wrap 615+ ,®, OW4�,/�,tgria�,��r ileAt \� 2. Steel banding 1/2 in.(12.7 mm)wide min. typical 1 A 1 21"(53.3 cm) I 3. 3 in. (762 mm)min. longitudinal overlap 1C.Checkerboard 3 in.(76.2 mm)Overlap Wrap Figure 1C Checkerboard Overlap With the 3 in. (76.2 mm)Checkerboard Overlap Wrap method, (Cross Section ) blankets with both edges exposed alternate with blankets with covered edges,as shown in Figure IC. 3"(76.2 mm) 3 2 1-1/2"(38.1 mm) --� H 1A. First layer of 3M°Fire Barrier Duct Wrap 615+ ���,®�� ,��rr� �,��,��4y 111 Second layer of 3M- Fire Barrier Duct Wrap 615+ 1 B /�jreoAl M;Orin∎�����,�'A 2. Steel banding 1/2 in. (12.7 mm)wide min. typical r'�41:46W ����'a��.��,®�� ,�a��'r�p' g ( ) � 1 A L 21"(53.3 cm 3. 3 in. (76.2 mm) min. longitudinal overlap ( cm) • ID. Butt Joint with Collar • With the Butt Joint and Collar method, adjacent blankets are Figure 1 D Butt Collar butted tightly together and 6 in. (152.4 mm)wide collar of ( ) duct wrap is centered over the joint, overlapping each blanket 6"(152.4 mm) by 3 in. (76.2 mm)minimum as shown in Figure ID. 3"(76.2 mm) ri 3"(76.2 mm) 2 1-1/2"(38.1 mm 3 2 I A. First layer of 3M" Fire Barrier Duct Wrap 615+ 1 B. Second layer of 3M° Fire Barrier Duct Wrap 615+ 1�z��z 2. Steel banding 1/2 in. (12.7 mm) wide min. typical •rdWr,0i,®�',��,®�/',®�,®�,��,g�,e �� 3. 6 in.(152.4 mm)min.wide 3M" Fire Barrier Duct Wrap 615+Collar 1 A 4 I cm 4 4. Tightly butted joint l 2 (61 ) I ..?' .1 ,,,iixi' '3 a; .j A'�.e�.' lJ'3�;.4.z t �+�4. F'S l....eY/^w_rt:.ii ceF Y ; r r K . �r:. l4 J, 1>rnIww:iC.'r. 'i' � • t• Y.w+.d.► y .. . . .'YJ- '!,.•fix]iYL g f . '1_�yiY:.Y.Y-: .�ir .�z� ..• '...& iµ�nSr�1t �. tid f Mlw ys „.._44.� �.;s.eA t " + -Y'!i w�f-NaLwiii •.ri6 T_d 8. Installation Techniques cent Access Door Installation Four galvanized steel threaded rods, 1/4 in. diameter (6.35 mm) by 4-112 in. to 5 in. ;ong (:14.:, .r.m :(. 127 mm) are welded to the duct at the corners of the door opening. Four steel tubes, each 3 in. (76.2 mm) long, are placed over the rods to act as protection for the 3M" Fire Barrier Duct Wrap 6I 5�, awl to transfer the wing nut force to the access door, when fastening the door. Four insulation pins are welded to the dcor pares for in•tatiation,of Jie blanke. One layer of 3M" Fire Barrier Duct Wrap 615+is cut approximately the same si?e as the acce..ss panel and impaled ol,rr the insulation pins on the panel. it is essential that this layer fit tightly against the wrap surrounding the accrs doo:opening with no through openings.A second layer of 3M° Fire Barrier Duct Wrap 615+is cut to overlap the first layer by a minimum of I in. (25.4 mm). Impale the second layer over the pins. A third layer of 3M" Fire Barrier Duct Wrap 615+ is cut to overlap the second layer by a minimum of 1 in. (25.4 nun) fir third layer is impaled Giro thz. p:ns and an three layers are locked in place with galvanized or stainless steel speed clips. Pins that extend tevuni1 thz cute: layer of 3M" Fire Barrier Duct Wrap 615+ should be turned down or cut off to avoid sharp points on the door. The insulated door panel is placed over the threaded rods and held in place with washers and wing nuts. The details are shown in Figure 3.The details for installing the 3M" Fire Barrier Grease Duct Access Door (pre-manufactured) are shown in Figure 3A. 3M" Fire Barrier Duct Wrap 615+ Commercial ■ Kitchen Grease Duct Systems (Figure 3) � Field-Fabricated 1-or 2-HOOF Access Door System 1.Access hole \ 2. 1/4 in. (6.35 mm)dia. all-threaded rods 1r4g)1:111h� 3.Access door cover- 16 gauge / 5 4. insulation pins (impaling pins)-welded(optional) \`a� 6 7 5. First layer 3M" Fire Barrier Duct Wrap 615+cut Or 100 s same size as cover 6. Second layer 3M"Fire Barrier Duct Wrap 615+ with 1 in. (25.4 mm)overlap on all sides v.,„, r 7.Third layer 3M"Fire Barrier Duct Wrap 615+with 9 rr 1 in. (25.4 mm)overlap on all sides 8. Speed clips(optional) 9.Aluminum tape covering all exposed edges 10. Spool pieces for threaded rods Note:System integrity is limited by quality of installation. Consult current independent testing laboratories(e.g. Intertek UL)for Design or System l 1. 1/4 in. (6.35 mm)diameter wings nuts Details. In all four overlap techniques the perimeter overlap can occur at any location on the duct: 3M'" Fire Barrier Duct Wrap 615+ Commercial ,∎ Note:System integrity is limited by quality Kitchen Grease Duct Systems (Figure 3A) ��` of instailation. Consult current independent \\� testing laboratories(e.& Intertek, UL)for Pre-Fabricated 1-or 2-floor Access Door System _�� ��� Design or System Details In all four over- �� lap techniques the perimeter overlap can occur at any location on the duct I.Access hole ^' 4*- 2. 1/4 in. (6.35 mm)dia. all-threaded rods �.. i 3. 3M"Fire Barrier Grease Duct Access Door i j' Ø .. \ 4. Insulation pins(impaling pins)-welded ■ 1 5. First layer 3M"Fire Barrier Duct Wrap 615+with �< \ 1 in. (25.4 mm)overlap beyond access door on all sides '1" ' ('"1°""'"� "s) I . 6. Second layer 3M' Fire Barrier Duct Wrap 615+ 00∎/ , • / • cut to same size as first layer -/ - • 7. Third Layer 3M" Fire Banner Duct Wrap 615+with I in. (25.4 mm)overlap beyond second layer on all sides 1 10 OPTION 2< aP-€O t 8. Speed clips s to ate`/ 9.Aluminum tape covering all exposed edges of I ,/ ifo9 10. 1/4 in. (6.35 mm)diameter wings nuts 1 I. insulation pins(cup-head pins)-welded 12.Access door cover- 16 gauge cut same size as third layer of duct wrap , with clearance holes to match pattern of all-threaded rods (. -r ..1•...,R.r{y+-. � s.i.'wf.T�� } '•cfC_?.�i?�(r '»e•i. _ y .:riz".''yr ..`��lti� ,�1;S.�Txe:.i�" } iy�.t'� '..�' .{;�'� f A kL` rya. ., . Y 's.- �•-.�.:.. ^ '�! ..':% d ";r'S.>iC.';-, dYh - �it ' v�'J`.�Ir _;F-: .''..r. F�fC. �,,, 1� r'- i...ai _ Q .r . <HS.>- t # r '''•.►-,.� .:- kYtf +o:.'�► a4 ..e „i t-rt4. c.'f-a*Tis""y� �+JSS-n * 1$T . .. , a,*! �wt.�° -.3 , L; �`3 «e e 1:rs.YC:.4. . 1 dl j. ` s. ,±'tii:i�t'.; c 5•ts—t ,e , ri,. ..� "s-'�f*d �%:�.�.w�.�c �e.(. �`k••�:2�."`.'.''�• i�� ``�.,r�,.-e..-''s- r.34.•�:.:i�3=�S;''F�'+ys�ti��HC " , 4. Performance & Typical Physical Properties _ �• , Scrim Color Alurninum'with Black Text Thermal Conductivity: Temp. h,.-fe °p m'- Blanket Color: White 500°F(260°C) 0.60 0.09 Blanket Weight: 0.9 lbs/ft.2(438 kg/m2) '00•°F 53 5° ( C) 1.15 0.17 Surface Burning: Foil Encapsulated Blanket(ASTM E 84) 1.90°F_(4'S°tiw� I.93 0.28 Flame Spread 0,Smoke Development 0 ,80'r}(9b2°C) . 2.51 0.36 2000°F(1093°C) 2.94 0.43 Single layer R-Valve of 3M" Fire Barrier Duct Wrap 615+at 77°F(25°C): Linear Shrinkage(24 Hr@ 2012°F(1000°C)): 1.2% 6.38 °F-fl) hr Btu 5. Design Listings Grease Duct Listings—ASTM E 2336/ ICC-ES AC 101 Fire Resistive Enclosure System Third-Party Testing Services Description Rating Design Listing ICC-ES ESR-1255 Rectangular 1-and 2-hour 2 layers of 3M'"Fire Barrier Intertek 3MU/FRD 120-18 Rectangular Duct Wrap 615+ Intertek 3MU/FRD 120-19 Round Ventilation Duct Listings—ISO 6944 Fire Resistive Third-Party Testing Services Rating Enclosure System Design Listing Description Intertek 3MU/DI 60-01 Rectangular/Round(1 Hour) 1 layer of 3M"Fire Barrier 1- and 2-hour Duct Wrap 61 Underwriters Laboratories HNLJ.V 27 Rectangular(2 Hour) Intertek 3MU/DI 120-01 Rectangular/Round(2 Hour) This document only contains a partial list of Design Listings. For the latest information go to www.3M.com/firestop or speak to your authorized 3M distributor or sales representative at(800)328-1687. 6. Codes & Test Standards 3M' Fire Barrier Duct Wrap 615+has been tested in accordance with the following: ASTM E 2336 Standard Test Methods for Fire Resistive Grease Duct Enclosure Systems ICC-ES AC101 Acceptance Criteria for Grease Duct Enclosure Assemblies ASTM E 119 Standard Test Methods for Fire Tests of Building Construction ASTM E 814 Standard Test Method for Fire Tests of Penetration Firestop Systems ASTM E 136 Standard Test Method for Behavior of Material in a Vertical Tube Furnace at 750°C (1382°F) ASTM C 518 Standard Test Method for Steady-State Thermal Transmission Properties by Means of the Heat Flow Meter Apparatus ASTM E 84 Standard Test Method for Surface Burning Characteristics of Building Materials ISO 6944-85 Fire Resistance Tests—Ventilation Ducts 3Mr" Fire Ranier Duct Wrap 615+,when installed per ASTM E 2336 tested Grease Duct Design Listings,meets the following code requirements: NFPA 96 2008 Edition International Mechanical Code® 2003/2006/2009 Uniform Mechanical Code 2003/2006/2009 3M' Fire Barrier Duct Wrap 615+, when installed per ISO 6944 tested Ventilation Duct Design Listings,can help to satisfy the following code requirements: NFPA 92A Standard for Smoke-Control System Utilizing Barriers and Pressure Differences,2009 Edition—Section 6.6.2 NFPA 92B Standard for Smoke Management Systems in Malls,Atria,and Large Spaces,2009 Edition—Section 7.5.2 International Mechanical Code® 2006/2009 Editions—Section 513.10.2 International Building Code® 2006/2009 Editions—Section 909.10.2 7. Packaging, Storage, Shelf Life 3M" Fire Barrier Duct Wrap 615+ rolls are packaged in corrugated cardboard boxes. Product is stable under normal storage conditions.Normal stock and stock rotation practices are recommended. 3M" Fire Barrier Duct Wrap 615+shelf life is indefinite when stored in original unopened packaging in a dry warehouse environment. Pallets should not be stacked. 3M" Fire Barrier Water Tight Sealant 1000 NS or 1003 SL or 3M" Fire Barrier Silicone Sealant 2000+must be also stored in a dry warehouse environment. 6% " lea goy 3 c ` 410:2„ it M � x Galvanize duct 16 gages with 2 layer fire wrap 3-m o � 0 ■-. rp •_. .. Type I Hood 13 FT 36" 36" 215,000 15" 1/2" Range Fryer BTU 205,000 IA'it 125,000 36 BTU Charbroiler BTU 16" 6" Wok burner Stock vvio ' 4. pots 6" 0 4 .4 _ _ ■ ■■■■■ ■ ■ ■■■�110V 0 : 90,000 BTU 0 00 00 00 00 00 00 —Ail C > 1 ,,�:, Ai • • Ali