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Home My WebLink About0108343-ElectricOSHKOSH ON THE WATER .lob Address 3465 MOSER ST Contractor BUSS ELECTRIC INC CITY OF OSHKOSH No ELECTRIC PERMIT - APPLICATION AND RECORD Owner CENTRACOR INC Create Date Category 653- Industrial-Addition/Remodels Plan Type I~ Overhead Circuits 80 Switches 20 Service I~ New Volts 277/480 Amps 3000 Change (~ Temp (~ N/A Underground Fixtures Receptacles 108343 05/26/2004 35 Appliances Furnace / Fans / Motors Use/Nature of New service, new equipment, cable tray, light fixtures, misc. wiring Work Fees: Valuation Issued By: $151,000.00 Plan Approval $0.00 Permit Fee Paid $637.00 Date 05/26/2004 Permit Voided Parcel Id # 1519606300 In the performance of this work I agree to perform all work pursuant to rules governing the described construction. While the City of Oshkosh has no authority to enforce easement restrictions of which it is not a party, if you perform the work described in this permit application within an easement, the City strongly urges the permit applicant to contact the easement holder(s) and to secure any necessary approvals before starting such activity. Signature Date Agent/Owner Address W6166 GREENVILLE DR GREENVILLE WI 54942 - 9676 Telephone Number (920) 757-6501 To schedule inspections please call the Inspection Request line at 236-5128 noting the Address, Permit Number, Type of Inspection (i.e. Footing, Service, Final, etc.), Access into Building if Secure (how do we gain entry), your Name and Phone Number. Unless specified otherwise, we will assume the project is ready at the time the request is received. Work may continue if the inspection is not performed within two business days from the time the project is ready. Job Address 3465 MOSER ST "Owner CENTRACOR INC Service b New . ChangeO Temp Volts 277/480 Circuits Electric Permit Work Card Permit Number 108343 Create Date 5/26/2004 Contractor BUSS ELECTRIC INC o ~ Type 0 Overhead . Underground 0 N/A 80 Luminaires 65 Value $151,000.00 Amps UsefNature of Work 3000 Switches 20 Receptacles 35 1653 _ Industrial-Addition/Remodels New service, new equipment, cable tray, light fixtures, misc. wiring I j Inspections: Date 08/03/2004 Type Service Inspector Kevin Benner not approved REQUEST LINE iscussed the GFP Test requirements, Ground clamp missinf for the water bonding, Mcb is 65KAIC Iso discussed the machine wiring that is not listed or is built with components that arenot listed. The electrician is to discuss with his ustomer. l i __J DatelTime requested: 08/02/2004 11 :49 AM Notice Type: Ready DatefTime: 08/01/2004: AM Access: CALL DIANE TO CONFIRM Requested by: BUSS ELECTRIC INC Phone Number: DIANE 757-6501 o Reinspect Fee 0 Fee Wavied 0 Reinspect Fee Paid - - - -- -- - ---.,.;.. ---- -- ---- ----. ----- -' - ----- - -.,..,. -- --".,. -.,. - -- -.,. - -.,. -.,. -.,. -.,. -.,..;..,. -.,..,. --.,..,..,..,. - -.,. - - - --.,..,. - - - - -- - - - -.,. - - - - -- - - --_..:- ---.,..,. -.,. - - --.,..,. - - ---.,. - - '--.,..,. ---- --.,. ----.,..,..,..,..,. - -.,..,..,..,.- Date 09/06/2004 Type Re Service Inspector Kevin Benner uller Hammer will be on site from 7:30-9:00 AM conducting the >GFP test & settings ailed into WPS 8/6/04, Mailed 8/16/04 GFP Tests were conducted by Cutler Hammer Field Services & the results will be forwarded to this office. approved ,~ I I i ____J DatefTime requested: 08/04/2004 11 :26 PM Access: Requested by: o Reinspect Fee 0 Fee Wavied Notice Type: Ready DatelTime: 08/06/2004 08:30 AM Phone Number: ------ - ------- - --------------------.- ------ - -- ---- -.,. -- --.,..,..,. --.,. -.,. -- -.-- -.,. ----.- -.,. -----.,. ---- -- ------- -.,. -- ------- ---- - - - --- -- --.-- --- ---------':' -.,.-- --.,. --- - - -- -- - -:-- o Reinspect Fee Paid Date 11/11/2004 Type Final Inspector Kevin Benner not approved [Reviewed the violations with Mike Olk, Bob Berg-man-didnot show for the appointment. We discussed that if the violations were correct--.. Immediately thai I would 001 oend a oorrectioo no""'. Cocreclioo no'''' we, .created 00 12120/04. DatefTime requested: 11/09/2004 08:09 AM Notice Type: CC Ready DatefTime: 11/11/2004 10:30 AM Access: Meet Mike Olk (Buss Electric) & Bob !?ergman (Boldt Const.) on site Requested by: Phone Number: o Reinspect Fee 0 Fee Wavied 0 Reinspect Fee Paid - ~ - - -- ---- - ~ ---- --- -------------- ------------ -------- ----- - - --- -- - - - --- -- --- - - - ---- --- ------ -- ----- - --- ---- - -- ---- - -- --------- ----------------- - --- -- - --- --- From '1 post-it'" Fax Note 7671 Date To Fax # Phone # (9- 36 Fax # t7 3'" -$aI3~ Q.C&.~ ~ Pa.&e- ~ D k t{ ., .' OSHKOSH ON THE WATER Issue Date 12/20/2004 Address 3465 MOSER ST INSPECTION SERVICES DIVISION ROOM 205 DEPARTMENT OF COMMUNITY DEVELOPMENT CORRECTION NOTICE CITY OF OSHKOSH 215 CHURCH AVE PO Box 1130 OSHKOSH WI 54903-1130 Compliance Date 1/19/2005 IMMEDIATELY Compliance No Address 3465 MOSER ST City OSHKOSH State Zip Code WI 54901 -0000 Sent to ~ Owner Name I GNC OSHKOSH LLC ~6 E\~~'-' ~ Required for Occupancy Occupancy Industrial Introduction While conducting a routine electrical inspection the following violations were noted and reviewed with Mike Olk from Buss Electric. I told Mike that if the violations were corrected within 30 days, I would not issue a correction notice. Item # Code NEC 110.16 Compliance No Compliance Date 01/19/2005 IMMEDIATELY Description Electrical equipment that is likely to require examination, adjustment, servicing, or maintenance shall be marked with field installed "Arc Flash aming Labels" Last Updated 12120/2004 Last Updated Code NEC 210.4 Compliance No Compliance Date 01/19/2005 IMMEDIATELY hen more than one nominal voltage system exists in a building each ungrounded conductor shall.pe identified and that identification shall be r~aooo~ ~d at oom 'mom cl~". ~~I_~. J Item # 2 Description 12120/2004 Item #3 Code NEC 110.14 Compliance No Description Parallel terminations shall be made with terminals listed for the pupose (grounding) 12120/2004 Compliance Date 01/19/2005 IMMEDIATELY Last Updated . HH.J Item # 4 Description Code NEC 250.8 Compliance No Compliance Date 01/19/2005 heet metal style screws shall not be used to connect grounding conductors to enclosures IMMEDIATELY .-.- -l I 12/20/2004 Last Updated Item # 5 Code NEC 250.97 Compliance No Compliance Date 01/19/2005 Description For circuits over 250V to ground, the electical continuity of metal raceways shall be ensured when concentric k.o.'s are used. 12120/2004 IMMEDIATELY Item # 6 Code NEC 250.4 Compliance No Compliance Date 01/19/2005 IMMEDIATELY Description Electrically conductive materials that are likely to become energized shall be connected together and to the electric supply source in such a manner that establishes an effective ground path. (equipment grounds in the MCC's shall be connected to the enclosure) 12121/2004 I I I I --.J Last Updated Last Updated e.,("'7 ~ ;>..dtf 9784 Page 1 of 3 ~ Of "" OSHKOSH ON THE WATER Issue Date 12/20/2004 Address 3465 MOSER ST INSPECTION SERVICES DIVISION ROOM 205 DEPARTMENT OF COMMUNITY DEVELOPMENT CORRECTION NOTICE CITY OF OSHKOSH 215 CHURCH AVE PO Box 1130 OSHKOSH WI 54903-1130 Compliance Date 1/19/2005 IMMEDIATELY Compliance No Sent to ~ Owner Name I GNC OSHKOSH LLC Address 3465 MOSER ST City OSHKOSH State Zip Code WI 54901 -0000 Introduction ~ Required for Occupancy Occupancy Industrial hile conducting a routine electrical inspection the following violations were noted and reviewed with Mike Olk from BusS! Electric. I told Mike that if the violations were corrected within 30 days, I would not issue a correction notice. I I Item # 7 Code NEC 314.17 Compliance No Compliance Date 01/19/2005 IMMEDIATELY --- Description here the Tray Cable enters a metallic enclosure the cable shall be be installed per NEC 314.7 (A), (B)&(D). (fittings are required) 12/21/2004 Last Updated L ---.! ~"7 1?t!'1f Y 9784 Page 2 of 3 J.G. OSHKOSH ON THE WATER Issue Date 12/20/2004 Address 3465 MOSER ST INSPECTION SERVICES DIVISION ROOM 205 DEPARTMENT OF COMMUNITY DEVELOPMENT CORRECTION NOTICE CITY OF OSHKOSH 215 CHURCH AVE PO Box 1130 OSHKOSH WI 54903-1130 Compliance Date 1/19/2005 IMMEDIATELY Compliance No ~ Owner Name I GNC OSHKOSH LLC Address 3465 MOSER ST City OSHKOSH State Zip Code WI 54901 -0000 Sent to ~ Required for Occupa~ Occupancy Industrial Introduction --------~- While -conducting a routine electrical inspection the following violations were noted and reviewed with Mike Olk from Buss IElectric. I told Mike that if the violations were corrected within 30 days, I would not issue a correction notice. I L Last Updated Code COMM 16.11 Compliance No Compliance Date 01/19/2005 IMMEDIATELY Materials, equipment and products which do not comply with the requirements of this chapter shall not be used unless approved in writing by I he Department of Commerce Safety & Buildings or by a qualified independent third party. (Electrical machinery, controls, motor control lcenters, etc.) This was discussed with the electrician on 8/3/04. Bill Martin from thefacilty is going to contact the appropriate people to get the t:on: oo~ n-o-avoid any further inconvenience please correct the above noted violations immediately. Any questions or concerns please fee, free to contact me at 920-236-5046. i___ Violations must be corrected and approved within 30 days unless otherwise noted. Call for reinspections prior to concealment and/or occupancy. Upon completing the corrections, the owner/contractor/agent must sign and date at the bottom of this notice and return it to the Inspection Services Division by the Compliance Date of 1/19/2005 Item # 8 Description 01/07/2005 Summary Office hours for obtaining permits are Monday through Friday 7:30-8:30 a.m. and 12:30-1 :30 p.m. or by appointment. To schedule inspections please call the Inspection Request line at 236-5128 noting the address, permit number (when applicable), and the nature of what needs to be inspected. Signature Date Inspected by: Kevin Benner 236-5046 kbenner@ci.oshkosh.wi.us I hereby certify the violations listed on this report have been corrected in compliance with the applicable codes. Print Name Company Signature Date Also Sent to: [I~199__~ ~!!~~==:J BUSS ELECTRIC INC a~\jAc I O::~I~JL~ D_~~~I~ 0:(:)t~~!-=::J OCCUPANT D~I~~p~ctor I W6166 GREENVILLE DR GREENVILLE WI 54942 -9676 3465 MOSER ST OSHKOSH WI 54901 -0000 .g\l.~ S 4~ 9784 Page 3 of 3 ,',".,, Job A~dress 3465 MOSER ST / . 'Owner CENTRACOR INC Contractor TOWN & COUNTRY ELECTRIC Service p -New 0 ChangeO Temp . N/A I Type 0 Overhead 0 Underground. N/A Volts 480 Circuits 0 Luminaires b Amps 0 Switches 0 Receptacles 0 Use/Nature F3 - Commercial-Addition/Remodels INO/ Wiring for motors, stratograph machine ofWo<. I . Electric Permit Work Card Permit Number 110496 Create Date 8/31/2004' Value $15,600.00 Inspections: Date 11/11/2004 Type Final Inspector Kevin Benner not approved Arc Flash Waming Labels, Work Space for electrical equipment which requires servicing, examination, etc., proper grounding for fittings ~sed with concentric k.o.'s over 250V to ground, metallic & non-metallic wiring methods shall be grounded, proper terminations shall be used for parallel terminations, Inspection never requested. DatelTime requested: 11/11/2004 00:00 AM Access: Notice Type: CC Ready DatelTime: 11/11/2004 00:00 AM Requested by: BUSS ELECTRIC INC Mike Olk Phone Number: 841-0209 o Reinspect Fee 0 Fee Wavied 0 Reinspect Fee Paid -- -- - - - - - - - - - - -.- - - - - - - - - - - - - - - - - - - - - - - - ---- - - - -- - -- --- - --- - --- - - - - -- - - - -- - - - - - - - - - -- - - - - -- .,-- -- -- - - - - - - - - - - ---- - - - - - - - - - --- -.-'- - ---. - - -- - -- - - ----.,...,. -- - - -- -- --- Date 01/06/2005 Type Final Inspector Kevin Benner he electricians work is compliant, but the wiring that came on the equipment is not compliant approved w/cond. DatelTime requested: 01/04/2005 12:55 PM Notice Type: Ready DatelTime: 01/06/2005 09:00 AM Access: Meet Steve Krahn, Mike Grow, Bill Martin from Faustel Co.(equipment supplier) .' " .:. Requested by: Phone Number: ' 225-6597 St~ve o Reinspect Fee 0 Fee Wavied 0 Reinspect Fee Paid -.., -- - - - - - - - - - - - - - - - - - - - - -.,.. - -- - - - - - - --- - - - - - - ~ --- - - - - - - - --- - - - - --- - - - - - - - - - - - - - - - - - - - - -.,. - -- - -- - - - - - - - -. - - - -- - - - - - - - - - .,.-- - - - - - - - - - -- - - - - - - - - - - - - - --- - - - - - - -- -- , ,.' . , me- l~ e i ~ . #' QSHKOSH ON THE WATER Issue Date 12/21/2004 INSPECTION SERVICES DIVISION ROOM 205 DEPARTMENT OF COMMUNITY DEVELOPMENT CORRECTION NOTICE CITY OF OSHKOSH 215 CHURCH AVE PO Box 1130 OSHKOSH WI 54903-1130 Compliance Date 1/20/2005 IMMEDIATELY Compliance No Address 3465 MOSER ST Name Sent to ~ Owner ~ GNC OSHKOSH LLC -nc.. €\-e~L- Address 3465 MOSER ST City OSHKOSH State Zip Code WI 54901 -0000 Introduction ~ Required for OCCU!?~~_c1J Occupancy Industrial hile conducting a routine inspection requested by another electrical contractor the following violations were noted on work onducted by your company. Item # Code NEC 110.16 Compliance Yes Compliance Date 01/20/2005 IMMEDIATELY Description Electrical equipment that is likely to require examination, adjustment, servicing, or maintenance shall be with field installed "Arc Flash Warning Labels". 01/07/2005 Last Updated Item # 2 Description Code NEC 110.26 Compliance No Compliance Date 01/20/2005 IMMEDIATELY orking space shall be provided for electrical equipment that requires examination, adjustment, servicing, or maintenance. (30" W x 36" D x .5' H) 12/21/2004 Last Updated I I L- Item # 3 Code NEC 250.97 Compliance No Compliance Date 01/20/2005 IMMEDIATELY Description 'Forcircuits over 250V to ground, the electrical continuity of metal raceways shall be ensured whenCOllcentric k.o.'s are used. 12/21/2004 Last Updated . Item # 4 Description Code NEC 300.10 Compliance No Compliance Date 01/20/2005 IMMEDIATELY -- +-...-.-.--"-........- ~,--_._-_. Metal raceways and enclosures for conductors shall be metallically joined together info a continuous electric conductor and shall be connected o all boxes, fittings, ancl cabinets so as to provide effective electrical continuity. (metallic and non-metallic wiring methods) 12/21/2004 Last Updated Item # 5 Code NEC 110.14 Compliance No Compliance Date 01/20/2005 IMMEDIATELY -_."-- Description [Terminals for more than one conductor shall be identified for the pupose (parallel terminations). 12/29/2004 I I Last I Updated i L_ Item # 6 . Code M.C. 11-13 Compliance Yes Compliance Date 01/20/2005 -------~---- Description Upon the completion of any installation, alteration, or replacement of electrical equipme.nt, it shall be the duty of the duly authorized person lmaking the installation, alteration or replacement to notify the electrical inspector and request an inspection 01/07/2005 I I Last i Updated L 9785 --\~c:.- ~~ Page 1 of 2 +e OSHKOSH ON THE WATER Issue Date 12/21/2004 Address 3465 MOSER ST INSPECTION SERVICES DIVISION ROOM 205 DEPARTMENT OF COMMUNITY DEVELOPMENT CORRECTION NOTICE CITY OF OSHKOSH 215 CHURCH AVE PO Box 11.30 OSHKOSH WI 54903-1130 Compliance Date 1/20/2005 IMMEDIATELY Compliance No Sent to ~ Owner Address 3465 MOSER ST City OSHKOSH State Zip Code WI 54901 -0000 Name I GNC OSHKOSH LLC ~ Required for Occupancy Occupancy ~rl~ustrial Item # 7 Code NOTE Compliance Compliance Date 02/06/2005 Description he violations that were created by the electrician were corrected. The other violations were created by the machine manufacture. 01/07/2005 Last Updated Summary. 0 avoid any further inconvenience please correct the above noted violations immediate]y.Any questions or concerns, please eel free to contact me at 920-236-5046. Violat~?ns must be corrected and approved within 30 days unless otherwise noted. Call for reinspections prior to concealment and/oroc'cup;i1icy. Upon completing the corrections, the owner/contractor/agent must sign and date at the bottom of this notice and returnittothe Inspection Services Division by the Compliance Date of 1/20/2005 Office hours for obtaining permits are Monday through Friday 7:30-8:30 a.m. and 12:30-1:30 pIITi;or by appointment. To schedule inspections please call the Inspection Request line at 236-5128 noting the address, permit number (when applicable), and the nature of what needs to be inspected. Signature Date Inspected by: Kevin Benner 236-5046 kbenner@ci.oshkosh.wi.us I hereby certify the violations listed on this report have been corrected in compliance with the applicable codes. Print Name Company Signature Date Also Sent to: U Bldg ~ Elec U HVAC U Plbg U Designer U Other U Inspector I I TOWN & COUNTRY ELECTRIC I I I I I PO BOX 627 APPLETON WI 54912 -627 o -0000 -r~~ ?~~ 9785 Page 2 of 2 .,,~ 08/10/2004 11:26 FAX 920 757 6510 BUSS ELECTRIC 141 001/003 ( 0 CO) (DCp) BUSS elecTrIC. INC. reSIDeNTI3L3ND cOMMercial wnnNG PHONE 920-751-6501 · FAX .9200757-6510 · Wl1116 GREENVIlJ,.E DR. · GREENVlLLE. WI 54842-987& r'1l~ -3 August 10, 2004 Attn:. Kevin City of Oshkosh' Re: 3465 Moser 8t, Oshkosh Stratagraph/ Alpha Kevin: Following are two pages from Service Wire Co. we received today regarding the tray cable for Stratagraph/ Alpha. D~~I(o'1- 08/10/2004 11:26 FAX 920 757 6510 08/19/2004 11:31 3047438615 BUSS ELECTRIC SWC ItJ 002/003 PAGE 01 f/{Service WIre Co. "'" Over 30 years of Service To Whom It May Coneem: From: Lee Perry Re: Segmented Grounds Date: August 10, 2004 Regarding the standard industry practice of utilizing metre than one ground in a s..conduc:tor cable, Service Wire Co. follows requirements established In UL 1277 (Power and Control Tray Cables) and the 2002 NEe for ground wire sizing. It has long been industry standard to "segment" grounds to balance the twisting of grounds and allow the ground:!I to fit between the conductors of the cable. Per UL 1277: Grounding: "Ground wires may be In one or many locations (segmented)". Per 2002 NEe: 250-118: "The equipment grounding eonductor run with or enclosing the circuit conductors shall be one S2C more or a combination of the following: (1) A ~r or other corroslon.....iatant conductor... ....- {NoIe: IJnder1I1H1 added by ServIce Wh Co.1 The requirement for grounding conductors is for a minimum Cin:ul.,..ftIIU &Ii. As long as the total ground circular mil area equals or eKceeds the requirement the ground can be In one or more than one location. Therefore~ as can be seen, when the NEC specifIeS a minimum ground size for use In parallel cables. This muse be considered as a total circular mil area for the ground enclosed within one cable. As a tong-used Industry example of the practice of -.aegmented- grounds. consider a grounded 16KV single. The grounding for this conductor is achieved by using Individual $trands whose total cross-sectIOn equates to a necessary ground level. This Is no dlffetent than using muttlple "pieces- of bare copper to equate to a total cross--sectlon for a cable grounding requirement. In the specific example In question. a parallel Installation of 8 350 KCMIL 3 Conductor Type TC cable requiring a #2 ground needs 66,360 circular mils (which is the cross-sectional area of a #2 AWG ground). In the construction in question, Service Wire Co. uses 3 #6 grounds (26,240 circular mils each) with a total of 78.720 Circular Mils. This Is, therefore, larger than the specified required ground size per customer specifications for this cable. Therefore. the use of three grounds by ServI~ Wire Co. results in a ground slightly larger than required. ;.frrN: ~~ ,.g u ~ 6. &'/ FL.Jr;rt.i"t!.. .' 08/10/2004 11:27 FAX 920 757 6510 08/10/2004 11:31 3041438615 BUSS ELECTRIC SWC 1ll003/003 PAGE 02 An--N" Iv M ~e'l,5S. r~d;rc In addition, a question has been posed regarding the apparent discrepancy between NEe 250.122 (rmnlmum ground size for parallel cabtes used on circuits) and NEe 310.4. To clartfy. NEe 310.4 relates to grounded conductors (and their minimum size), not to grounds used in a cable. It does not apply In the specific example In question (though it does apply to the grounded conductors. which are size 350 KCMIL in this Instance). If you should have any questions regarding 1his information, please feel free to contact me at (304) 743 - 8650 IJr ems;1 me at ~e.Perry@servicewire.com Lee Perry Product Engineer ~ _ J.) ""' ,j'.ll 'M"( t- ~, i ~ " . , ; i ~"l ~ 0(\,\'[ 2> \"&~~-S "5' P ha~-e... CtJll.d 0 r- f\tA..~~ L-t:>Adu-~r ~ .f-c:.c- ~ ~(t~~ ~C\..<n..lle\'<S- .t\:r ~ \V'... V\/\ \ V\.. oS '; ~ 'I 0 ~, 3/0- \f ~ t l ~ 4:F% t).!ZJ, 1>>P""Q.H.e(~ ~,.. it :pso ~~L:. b to Pr . '-J \; ! j ~S"l)o.A ~d b.0 ~(Q.O ~[) ft 4t- ( 8 ~ Q7'O ;J..(!)C) fr ~ ~ 2).1fo ~ ! ,. i \' ' t,I ; t (J) ~ ~ pr ~\.A.. I A\-o r ~ u... L.-. ~ L-o ~",,-~r ,,-r h. r~ L-O<ol\..C>'-'L ~r ! Ie.... \"c ,,\. t_ .... cr r /' - - ."L - . i-__ H u~ VJ__ lJ~~~' ! ! tt i i . , 1 ; I' ri' : ;;l. X 350 ~l ~ '~.~rc9 A. --~~ i \ : . \' , I ..: l~oA ;::. ~ ~:>o ~L<?~ - 3/0 b..rG~ZJ , ( , ~ v?C).. ~.l...... ~ /' . , , \,,-'<l'- 1 ! 1 ,- l' Lt : ' +, 1410011001 1 Straight Section, Ladder (SL) 2 Horizontal Elbow. 90", Ladder type (9F) 3 H~ntal Elbow, 30".450 or 600 (3F, 4F. 6F) 4 Horizontal Cross, Ladder Type (FC) 5 Horizontal Tee, Ladder Type (Fl) 6 Vertical Elbow, Ou18ide, 90" (90) 7 Vertical Elbow, Ou18ide & Inside, 300. 450, or 600 (30, 31,40, 41, 60, 61) 8 Vertical Tee, Solid Bottom Trof1ype (V1) 9 Straight Section, Solid Bottom Trof (SL) Legend 10 Flanged Solid Cover (FS) 11 Banier Strip-Straight Section (SB) 12 Barrier Strip-Flexible-Horizontal Fitting(FB) 13 Straight Section, Cope Channel (SL) 14 Blind End (BE) 15 Box Connector (Be) 16 Angle Connector (CA) 17 Reducing Connector (CO) 18 Universal Curvilinear Connector (RC) CopyrigJrtC'T. J. Cope, InC., 1998 AU specifications sUbJect to change without notice. ~ J l I . I I I 1 I i COPE LADDER Accessories CONDUIT (\:AMP BRACKET " "," , " CONDurr-TO-CABlE TRAY C~ ~ """'" ~~" @ " For connecting and grounding rigid conduit to Iray at 900 angle. U.L lisled as grounding means. CSA approved. ..-......... CCB-050 %"10 1ft W' CCB-075 :v.t" :v.t" CCB-I00 I" I" CCB.m 11/t CC8-150 JV4" 11ft TB6210 1;1" - :JI4" 50 ((R-llS IW' TB6212 1" -lW' 20 CC8-200 2" 2" Malleable iron hub and sleel"U" bolt. For connecting and grounding rigid conduillo tray at any angle within 900 arc. U.L lisled as a grounding means. T86209 lfl' 4'4" 10 TR6211 1"-11.4" 10 T86214 1 W'-2" 5 TB6216 2W'-3" 5 TB6218 3V2"-4" 2 Part No. CB 14 Gage Steel e . " .080" Aluminum ! NOTE: W'-20 carriage bolts, flat washers, hex nuts furnished. ~ . .. D . (otal Number ... W+3~ 3 4 5 6 6 {Mnl Galv.} 7 {HDGAFl 8 {Alum.} T {304SS} .06CB = 6" (152mm) .09C8 = 9" (229mm) .12C8 = 12" (305mm) -18(8 = 18" {457mm} -24C8 = 24" (610mm) .30C8 = 30" (762mm) .36CB =36" (914mm) I' Example: 38-12(8 for 3"Jaad deplh, aluminum, J 2" wide, Box Connector. Part No. SS-890-42-(W)-* WAll PENETRAtllt>l~ SmEE@~JSEJv\Bly:-@ @, ,@., '. _4@,' """" -.. ..@ .- - rl ",,,' .' Vel ;%1"- , ' 4 "W f.i >> W = Tray Width * =Filling 3-Digil Prefix NOTE: Standard penetration sleeves are manufactured from mill galvanized steeL Aluminum sleeves are available upon request. CABLE TRAY SYSTEMS Solid Flat Cover Tray-to-Box Connector (2) Included, Hardware Included .. Solid Bottom One Piece Pan Type Tray Connectors, One Pair Included One-Piece Cable Tray T&B. Cable Jiay One Piece Cable Tray - Accessories, Splice Plates ~ ~ Q,) - ..Q CII C.:I O!i> ClQ "" .... G176 Box To Tray Plates Designed to secure tray to electrical panels or boxes, walls or end supports. Furnished in pairs with hardware. Closure End Plate Provides closure for any tray end. Packaged with hardware. Reducing Splice Plate Used in pairs to provide a straight reduction or used with a Standard Splice Plate for an offset reduction. Packaged with hardware. MATERIAL HEIGHT ALL Aluminum 2" PGL Progalvanized 3" HG L Hot Dipped Galvanized 6" S4L 304 Stainless S6L 316 Stainless CATALOG NO. (Prefix)-2-BSP (Prefix)-3-BSP (Prefix)-6-BSP MATERIAL HEIGHT ALL Aluminum 2" PGL Pregalvanized 3" HGL Hot Dipped Galvanized 6" S4L 304 Stainless S6L 316 Staintess CATALOG NO. (Prefix)-2-*-CEP (Prefix)-3-*-CEP (Prefix)-6- * -CEP * Tray Width MATERIAL HEIGHT CATALOG NO. (Prefix)-2-*-RSP (Prefix)-3- * -RSP (Prefix)-6-*-RSP ALL Aluminum 2" PG L Progaivanized 3" HG L Hot Dipped Galvanized 6" S4L 304 Stainless S6L 316 Stainless Note: For offset reduction: insert width to be reduced For straight reduction: insert % width to be reduced (2 required) Aluminum and Steel Tray Carriage Bolt Square shoulder self- positioning carriage bolt with round smooth head. Packaged 100/box. DESCRIPTION 1)1' Carriage Bolt :Vs" Carriage Bolt 1)1' Hex Nut %' Hex Nut %' Carriage Bolt 3fs' Hex Nut 316 Stainless Hardware Kit #10 x W' Self Drilling Self Tapping Screw MATERIAL Zinc Plated Steel Zinc Plated Steel Zinc Plated Steel Zinc Plated Steel 316 Stainless 316 Stainless 316 Stainless Zinc Plated CATALOG NO. PGW-1A-CB PGW-%-CB PGW-1A-HN PGW-%-HN S6W-%-CB S6W-%-HN S6W-%-HWK* PGW-10-SCR * Contains 8 nuts, 8 bolts, 8 lock washers @2003Thomas & Betts Corporation. Specifications are SUbject 10 change without no1ice. www.tnb.com COPELADDER Coble ladder System for Power, Control, Instrumentation Coble & Pneumatic Tubing COPELADDER Pictorial Index Page 3-12 to 3-15 Page 3-26 '900 VERIlCAt GAStE ~SlJPPORtaEmoW 0" \,;;,,~;,;,~ ' ~, ,J "''*0 :wi" .~ ~ "~,," j"," Page 3- 17 Page 3-30 GOVERS HORIZONIAt GROSS "W;: ~qj,.\: ,', , CO~Q Page 3-18 to 3-19 Page 3-31 GOVER ATIAGHMENTS '11 IM'ga I REDUGERS ::;$' I;: 'It. II ~ ~, '" '" I ~ Page 3-20 €ONNEGIORS ' J '%'_,=AJ "M~#,'~'a ~, ~ ~ Page 3-280 (1) (1) (1) o (1) (!J Page 3-21 Pages 3-34 to 3-38 BARRIER STRIPS & AGGESSORIES J , ~\'~:,k1;J ~;~ '; J ,', COPE LADDER COPE LADDER CABLE TRAY SYSTEMS Pictorial Index ..................... ........................... ....... ............. .................... 3- 2 Selection Chart: Cope ladder - Aluminum ................................................ 3-4 Selection Chart: Cope ladder - Steel........................................................ 3-6 Ordering Information ....................... ................ ............ .......... ...... ..... 3-8 CSA Selection Chart: Aluminum/Steel........ ..... ............ ........................ 3-9 CSA Ordering Information.............. .................................. .......... ..... 3-10 Typical Specification ................. .................................... ......... ......... 3-40 Straight length...................... ........................... ........... ....... ....... ....... .... 3- 11 Horizontal Elbows 900 .. ............ ..................... ....... ...... ........ ................ ..... ..... ........ 3-12 600 ................................................................. ......................... 3- 1 3 450 ................................................................... ........ ...... ......... 3- 14 300 ............... ......................................... ............ ...................... 3- 15 Horizontal Tee............................................. ................ .......... ....... ........ 3- 1 6 Horizontal Cross ............. ................. ....................... ............... .............. 3- 17 Stra ight Reducers........................................... .......................... ....... ..... 3- 1 8 left and Right Hand Reducers ................................................................ 3-19 Adjustable Elbow..................................................... .......... .................. 3-20 450 nyn Branch ............................................... ........ ...... .............. ......... 3-21 Vertical Elbows (Inside and Outside) 900 ... .................................... ............. ...... ................. ..... .......... 3-22 600 .................................................................... ...................... 3-23 450 ........................... .............. ......... .... ..... ......... ...................... 3-24 300 ................................................... ...................... ................. 3-25 900 Vertical Cable Support Elbow......................................................... 3-26 Vertical Tee................................................................ ............... ........... 3-27 Covers ....................................................................... ......................... 3-30 Cover Attachments (Hold down clamps, elevated and peaked cover connectors) .................................................. 3-31 Universal Curvilinear Connector, Expansion, Horiz. and Vert. Adjustable, Reducing and 900 Connector ...................... 3- 28 General Hardware..................................... ......................... ......... ........ 3-29 Blind End, Drop Out, Bonding Jumper, Cable Tray Ground Clamp, Ground Cable Retainer Clamp ..................... 3-32 Conduit Clamp, Box Connector, Wall Sleeve ..........................................3-33 Barrier Strips and Barrier Strip Clamps .................................................. 3-34 Hold Down Clamp and Expansion Guide, Cable Clamp, Cable Strap, Vertical Supports ........ .... .......... ............ ............................ 3-35 Support Brackets........................................................... ....... ................ 3-36 Tray Hangers, Tray Brackets .................................................................. 3-37 Hanger Support, Trapeze Hanger Support ............................................. 3-38 Metal Framing ............................. _.............................................. ..... ..... 3- 39 Rollers ............................................................ .................................... 3-40 Suggested Fittings ...................................................................... 3-41 - 3-42 Contents II1II COPE LADDER Selection Chart: Cope Ladder-Aluminum NEMA ClAss:'PFl'tlsfc;lX[ 'W~ SI~~~RirqR0r!~~TIESt~::" 0 ':: ' ':: ~ t' ~,', ,~~ ~" w ~tm' ,: ~~ ,ell l ,& :' ,0 ~ NEMA Cope Sect. Mod. Moment Min X-Sect. Standard Systems of 2 of Area of 2 VE-l Cope Certified Adual Side Flange Rails Inertia Rails per Load/Span NEMA System By CSA Load Rad Width Sx Ix NEC 318-7 Oass Ld/Span Number (See pg. 3-9) Depth Height (in.) (in.3) (in.4) (sq. in.) 8A-12A 50 Ib./ft. 12' span 12B 75Ib.ft. 12' span 12C 1 00 Ib./ft 12' span 1:j/]6 1:j/]6 3B38 3" (76mm) 41/4" (I08mm) 1:j/]6 l.l48 0.158 .60 '1.'~!!...:I..!).mffl!.~"._.ll!1..6iJ"'!1lll"tI[t"1)1.11~....gll 3B58 5" (I 27mm) 6114" (I 59mm) 1:j/]6 1.614 2.360 1.00 I B68 6" lI52mm) 71;4" lI84mm) 1:M 6 1.874 3.284 1.00 5838 3" (76mm) 41/4" (l08mm) 1:M6 1.646 1.675 1.00 16A 50 Ib./ft. 16' span 168 75Ib./ft. 16' span 16C I 00 Ib./ft. 16' span 3" 4" 5" 6" 7448 4" (l02mm) 5 2.396 3.146 1.50 tI'I.'i.IIII)II_~J!I[i"1."._AElIl._flll:3II1I.~10llI1Ii_ll 5D68 6" (l52mm) 71;4" lI84mm) Jl!4 4.874 8.594 2.00 5D38 3" (76mm) 41/.\,' (I08mm) 1 V4 2.782 2.869 1.50 3D48 4" 51,4" 1 V4 3.434 4.373 2.00 20C 100 Ib./It. 20' span OTHER ECONOMICAL SYSTEMS AVAILABLE 3658 IE68 3658 5" (I 27mm) 6" (I 52mm) 61;.1" (l59mm) 71;4" (I 84mm) I~4 nn 3.490 3.252 5.453 5.726 1.50 1.50 EXTRA HEAVY DUTY. VERY LONG SPAN TRAYS. 6", 9" OR 12" RUNG SPACING 9D58 5" (127 mm) 7GS8 5" lI27 mm) Note: Special Applications Available. Please Contact Factory. Note: IIlfll indicates most common systems. 61/4" (I 59mm) 61;4" (I 59mm) Il/4 2 5.130 5.,804 7.850 8.728 2.00 2.00 COPE LADDER COPELADDER Selection Chart: Cope Ladder-Aluminum lOAI:r~~f) OEFIEGTioi\l D1..f-A FO~'AmN\l~lJN\ IAODtJf' WWHL ,Ui0jjU "', ~ ",@" '. ,WI' ,,"%!': ,,"', ";" , ~H , ;,J M-" ~~ 'illW,"<< ",,,",Aif! 1'l'01i~ ~;$k 1" W;% ";%"'" 6 Ft. Span Working (Allowable) Load Capacity, Evenly Distributed-Tested per NEMA Standard VE-I, Sim Ie Beam - SAFETY FACTOR 1.5 8 Ft. Span 10 Ft. Span 12 Ft. Span 16 Ft. Span 20 Ft. Span 24 Ft. Spun 25 Ft. Span w d k w d k w d k w d k 5B68 540 .17 t 286 .29 .001 172 .43 .003 111 .005 5B38 251 .69 .003 161 1.08 .007 112 .014 51 2.26 .044 2.75 .110 7448 349 .51 .001 223 .80 .004 155 .007 79 1.85 .023 2.89 .057 lD58 380 .49 .001 222 .69 .003 154 .006 78 1.61 .021 2.51 .050 5D68 316 .003 161 1.38 .009 2.16 .021 3658 1E68 215 .92 .004 121 1.63 .013 77 2.55 .033 221 .90 .004 119 1.53 .013 76 2.39 .032 9D58 7G58 Note: To convert 1.5 safely factor to 2.0 multiply w,d/k by 0.75. W=Pounds per linear foot Metric: for kg/m multiply w by 1.48 d=Deflection (inches) b Deflection (in.) for each pound of load t= Denates k is less than .001 inch 412 1.22 .003 214 2.00 .009 131 3.01 .023 68 3.23 .048 451 1.20 .003 253 2.14 .008 162 3.35 .020 112 4.79 .043 104 5.24 .050 GABLE TRAY SYSTEMS a::a::I COPE LADDER Selection Chart: Cope ladder-Steel NEMA ClASS PHYSICAL AND SIRU<:zmRAU-pr'-'PERTIES %,' ,,' '"" " '" ~ ," '" ,"' 'W, q, "~~'~' , , ;i ,.<< J*' v >>. .,,, Ii 4 z NEMA Standard VE-l Class 8A-l2B 12C NEMA Load/Span 75Ib./ft. 12' span 100 Ib./ft. 12' span 16B 16C 20A 20B 20C 16'span 75Ib.lft. 16' span 100 lb./ft. 16' span 50 lb./ft. 20' span 75Ib./ft. 20' span 100 lb./ft. 20' span Section Moment Min. X-Sect. Type Cope Modulus of Area of 2 Mill Galv. HDGAF 304 SS Systems Flange of 2 RaMs Inertia Rails per System System System Certified Actual Side Width Sx Ix NE<318-7 Number Number Number 8y CSA Load Oepth Rail Height fm.) (in.3) On.4) (sq.in.) ill:.~I!mIJ[lJ!IJ'''III!I~_!!lflrIII~lltlll.1I11l.1!II[l_tt~.[li[lfiilliQil:.!IIIIDII 8246 8247 824T 4" (l02mm) 51A" (l33mm) 1~6 0.816 1.071 .40 8256 8257 825T 5" (127mm) 61/4" (159mm) 1~6 1.072 1.676 .70 8B66 8867 886T 6" (152mm) 71,4" (184mm) 1~6 1.574 2.758 .70 6836 6837 6B3T 3" (76mm) 41,4" (108mm) 1~6 0.834 0.845 .70 8B66 8867 8047 1.146 1. 447 .70 8456 8457 845T 5" (127mm) 61/4" (l59mm) 1V4 1.330 2.078 .70 6466 6467 646T 6" (152mm) 71,4" (184mm) 11/4 2.062 3.739 1.00 6036 6037 6D3T 3" (76mm) 41,4" (108mm) JI/4 1.056 1.076 .70 8046 8047 8D4T 4" (102mm) 51,4" (133mm) JlA 1.146 1.447 .70 6456 6457 645T 5" (127mm) 61,4" (159mm) JlA 1.652 2.580 1.00 6466 6467 646T 6" (152mm) 71,4" (184mm) JlA 2.062 3.739 1.00 4D36 4037 403T 3" (76mm) 41,4" (108mm) JI/4 1.298 1.326 1.00 6446 6447 644T 4" (102mm) 51,4" (133mm) JI/4 1.280 1.680 .70 6456 6457 645T 5" (l27mm) 61,4" (159mm) llA 1.652 2.580 1.00 8066 8067 8D6T 6" (l52mm) 71,4" (184mm) 11/4 1.814 3.185 .70 6036 6D37 6D3T 3" (76mm) 41,4" (108mm) 1V4 1.056 1.076 .70 6446 6447 644T 4" (l02mm) 51,4" (133mm) 1V4 1.280 1.680 .70 6456 6457 645T 5" (127mm) 61,4" (159mm) 11/4 1.652 2.580 1.00 6466 6467 646T 6" (152mm) 7lf4" (l84mm) 11/4 2.062 3.739 1.00 2036 2037 203T 3" (76mm) 4lf4" (l08mm) 11/4 1.758 1.802 1.00 4046 4047 404T 4" (102mm) 51,4" (l33mm) 11/4 1.744 2.209 1.00 IrlB.,:rJli.jIIII!Iiirrllllil.~llill.I.'_llr'l.l!I~lmirl'al.1flJlilll'!(411[1mll[111i~qlii.1 6066 6067 606T 6" (l52mm) 71,4" (l84mm) 11/4 2.246 3.951 1.00 2046 2D47 2D4T 4" (102mm) 51,4" (l33mm) JlA 3.013 1.50 4466 4467 446T OTHER ECONOMICAL SYSTEMS AVAILABLE 4B36 4837 4B3T 3" (76mm) 41,4" (108mm) 1~6 1.024 1.039 .70 6B46 6847 6B4T 4" (102mm) 51,4" (133mm) 1~6 1.140 1.436 .70 4B46 4847 4B4T 4" (102mm) 51/4" (133mm) 1~6 1.402 1.7 69 1.00 EXTRA HEAVY OUTY - VERY LONG SPAN TRAYS- 6", 9" OR 12" RUNG SPACING 2D56 2057 205T 5" (l27mm) 6lf4" 11056 nD57 n05T - 5" (l27mm) 6lf4" Note: III indicates most common systems. (159mm) JlA (l59mm) JlA 3.052 3.536 4.635 5.315 1.50 1.50 COPE LADDER COPELADDER Selection Chart: Cope ladder-Steel LOADANDDEFlECTIONDATAFORf&STE~r~D'E~iii,niiiY~:'''':"2W :: ':~,' ", ~/ " ~iii' ::~ ::', ;'M""JlIY"'fuj, ,ii' "JlI 'illill@ Working (Allowable) Load Capadt~ Even~ Distributed-1ested per NEMA Standard VE-I, SimDle eam - AFETY FAOOR 1.5 Cope 6 Ft. Span 8 Ft. Span 10Ft. Span 12 Ft. Span 16 Ft. Span 20 Ft. Span 24 Ft. Span 25 Ft. Span System Numbers w d k w d k w d k w d k w d k w d k w d k w d k AnAl 383 .18 T 210 '.31:001" 127:46'.004 83 .62 .007 'O:llfl 8256/8257/8251 357 .11 t 194 .18 t 119 .28 ,002 79 .38 .005 8866/8867/8861 680 .12 t 328 .19 t 182 .26 .001 107 .31 .003 6836/6837/683T 453 .27 t 249 .47 .002 156 .71 .005 106 1.00 .009 '7/\/\,>, Wllfl1, II nr. 460 .11 t2so .19 t 154 .29 .002 103 .40 .004 UI.;lU/ 8866/8867/8861 680 .12 t 328 .19 t 182 .26 .001 107 .31 .003 8046/8047/8041 382 .42 .001 245 .66 .003 170 .94 .006 86 1.54 .018 8456/8457/845T 268 .20 t 166 .31 .002 111 .43 .004 58 .71 .012 6466/6467/6431 178 .38 .002 93 .62 .007 6036/6037/6031 381 .56 .001 244 .88 .004 169 1.27 .008 88 2.08 .024 8046/8047/8041 382 .42 .001 245 .66 .003 170 .94 .006 86 1.54 .018 6456/6457/6451 574 .35 t 367 .55 .001 245 .76 .003 123 1.22 .01 0 6466/6467/643T 178 .38 .002 93 .62 .007 4036/4037/4031 487 .58 .001 312 .91 .003 216 1.31 .006 113 2.16 .019 6446/6447/6441 444 .42 t 273 .63 .002 186 .89 .005 100 1.51 .015 6456/6457/645T 574 .35 t 367 .55 .001 245 .76 .003 123 1.22 .010 8066/8067/8061 504 .25 t 306 .37 .001 202 .51 .003 101 .80 .008 6036/6037/6D31 169 1.27 .008 88 2.08 .024 52 2.98 .057 6446/6447/6441 186 .89 .005 100 1.51 .015 53 1.94 .037 6456/6457/6451 245 .76 .003 123 1.22 .010 66 1.59 .024 6466/6467/643T 178 .38 .002 93 .62 .007 55 .91 .017 2036/2037/2031 304 1.36 .004 159 2.24 .014 94 3.23 .034 4046/4047/4041 280 1.02 .004 145 1.67 .012 85 2.40 .028 6066/6067/6061 291 .59 .002 148 .95 .006 85 1.33 .016 2046/2047/2041 ~m~.lI 395 1.05 .003 206 1.74 .008 121 2.50 .021 4466/4467/4461 ' . 379 .66 .002 191 1.05 .005 102 1.37 .013 4836/4837/4831 569 .28 t 313 .48 .002 196 .73 .004 133 1.03 .008 6846/6847/6841 591 .21 t 325 .36 .001 203 .55 .003 137 .77 .006 4846/4847/4841 779 .22 t 428 .38 t 268 .59 .002 182 .83 .005 2D56/2D57/2051 490 .85 .002 254 1.40 .006 149 2.00 .013 79 1.91 .024 73 2.38 .033 IID56/11057/IID51 434 .66 t 244 1.17 .005 156 1.82 .012 108 2.62 .024 100 2.85 .029 To convert 1.5 safely factor 10 2.0 mul1i~y w, d, k by 0.75. W=Pounds per linear foot Metric: for kg/m mul1iply w by 1.48 d=Deflection {inches} k= Deflection (in.) for each pound of load t= Denotes k is less than .001 inch CABLE TRAY SYSTEMS I,. .. COPE LADDER Orderin Information I HOW TO ORDER: Order by the Cope full catalog numbers given in this catalog. Please pay careful attention to the part numbering structure. Example: Catalog No.1 B48-06Sl-12-09 is a 4" load depth aluminum ladder wtih a 13116" Range, 6 inches wide, straight length 12 feet long, rungs on 9" centers. i7 ~@~wr ~"'x-~ffir&BY 'i!J'$J'''HM &~I ~ ~ z ~~Will ~R "~'" "'''"7 STRAIGH'lii LE " Tn' '._ '.;~I@W ;.; "., "'" .... ." . '" System No. 1 B48-06SL-12-09 I TT Side Roil Rung Thickness Spacing Length (Feet) Flange Width load Depth Material Finish Basic Port Width SYSTEM NUMBER (STRAIGHT SECTION ONLY) - The first four digits make up the system number which identifies the structural, dimensional and material characteristics of the straight length. It is made up of the side rail digits indicating the side rail thickness and flange width, the load depth (inside, in inches) and material finish (galvanized, aluminum or coated). System Number 8 -18 go. 2 _1~6" (2Imm) 3" (76mm) 6 - Mdl-Golv. 6 -16 go. 4 - 1 \14" (32mm) 4" (l02mm) 7 - HD6Af 4 -14 go. 5 - I Y2" (38mm) 5" (l27mm) 8 - Aluminum 2 -12ga. 6-m" (45mm) 6" (152mm) T - 304SS II -11 go. 7 - 2" (5Imm) *B _1~6" 'D-IW' *E - Ph" *f-1W *6 - 2" (21mm) (32mm) (38mm) (45mm) (5Imm) I-thinner 3- ~ 5-** 7- 9- thicker *Stiffened Upper flange "Alum. extruded side roils ore individually engineered to loads and spans. FITTINGS ,. .,. , Prefix No. I I 248 -069F-l 2 I Flange Width Load Depth Material Finish T T Radius (Inches) Basic Part Width PREFIX NUMBER (FlnINGS ONLY) - Fittings are ordered using the 3-digit prefix number given in the charts on the ~tting pages. Fittings do not have stiffened upper flanges. WIDTH -Identifies the inside width of the tray in inches. BASIC PART NUMBER - Identifies the straight length, fitting or accessory. SECONDARY DIMENSION NUMBER - Identifies the length of a straight section in feet, the radius of a fitting in inches or the second width of a reducer in inches. RUNG SPACING -Identifies the c~nter-to-center distance between rungs on straight length. Nominal 9" (229mm) rung spacing maintained through centerline of all Fittings. -06=6" (l52mm) -09=9" (229mm) -12=12" (305mm) -18=18" (457mm) -24=24" (610mm) -30=30" (762mm) -36=36" (914mm) SL (Straight Len.) 9f (900 Horiz. ELl 6f (W Horiz. ELl 4f (450 Horiz. EI.) 3f (300 Horiz. 8.) 90 (900 Out. Vert.E!.) 60 (600 Out. Vert. E!.) 40 (450 Out. Vert. EI.) 30 (300 Out. Veri. EI.) 91 (900 In. Veri. EI.) 61 (600 In. Veri. EI.) 41 (450 In. Veri. EI.) 31 (300 In. Veri. EI.) FT (Horiz. Tee) fC (Horiz. Cross) VT (VerI. Tee) SR (Veri. Cable Support Elbow) ST (Straight Reducer) RH (Right Hand Reducer) lH (Left Hand Reducer) Af (Adjustable Elbow) RY & LY (450 '''{'' Branch) - 12' (3.7m) - 24' (7.3m) -' 10' (3m, CSA) - 20' (6m, CSA) 06=6" (152mm) 09=9" (229mm) 12=12" (305mm) 18=18" (457mm) -12=12" (30Smm) -24=24" (610mm) -36=36" (914mm) COPE LADDER rial COPE lADDER fi~ CSA Syste~ Selection Chart: I Cope ladder-Type Cabletrough ........ Performance- CSA C22.2 Classes I ALUMINUM. Safety Factor: 1.S (I 1838 3" (76mm) 41;4" (108mm) 1~6" (21mm) 97 3m 19.3mm Yes DI 3038 3" (76mm) 41;4" (108mm) 11;4" (32mm) 67 6m 88] mm Yes E 3658 5" (127 mm) 6]/( (I 59mm) I~" (45mm) 112 6m 60.4mm Yes STEEL- Class I Coating (HDGAF) Safety Fador: 1.5 (I 8837 3" (76mm) 41;4" (108mm) 1~6" (21mm) 97 3m 8.9mm Yes E 6057 5" (I27mm) 61;4" (I 59mm) 11;4" .132mm) 112 6m 41.4mm Yes CSA LOADS Cope systems given in these charts are for projects that require cabletroughs certified by the Canadian Standards Association standard number C22.2 No. 126. Where CSA C22.2 is not mandato!}' you may want to consider one of the other Cope systems offered on the selection charts (page 3-4 & 3-6). Loads for CSA classes C1, D1, and E when supported on shorter spans are given in the following chart: FACTOR OF SAFETY: 1.5 CLASS 1.5M 2.0M (I 259 164 01 E 2.5M 3.0M 4.0M 119 97 179 113 299 189 5.0M 6.0M 82 67 137 112 CABLE TRAY SYSTEMS RECEIVING, INSTALLING, AND MAINTENANCE The proper care and handling of cabletroughs by the receiver and installers is very important to insure a safe installation that will meet the intended service life. Cope has available an installation guide to assist the installers and those who will maintain the installed system. DIMENSIONS AND STRUCTURAL PROPERTIES: COPE CSA SYSTEMS The performance of the Cope cabletrough systems certified by CSA is given above. Structural properties of straight sections, though not required ta be listed, are given in the Cope NEMA selection charts, in English units. Dimensions of straight sections and certified fittings are FUrnished in English and metric units for use in layout and/or entry into computerized systems. NOTE: For other [SA approved systems please contad the factory. COPELADDER Orderin Information I Cope CSA Standards C22-2 Cabletrough ladder Type HOW TO ORDER: Explanation of Cope's Canadian Standards cable tray catalog numbers is described below. Use the system numbers given in selection charts for straight sections, or the fitting prefix numbers given in fitting tables. Be sure to follow system number or the fitting prefix with the item "description" number. The list below gives the CSA certified items carrying the CSA label. System No. 1 B38-06SL-l 0-09 I TT Side Rail Rung Thickness Spacing Length IFeet) Flange Width Load Depth Material Finish Basic Part Width SYSTEM NUMBER (STRAIGHT SECTION ONLY) - The first four digits make up the system number which identifies the structural, dimensional and material characteristics of the straight length. It is made up of the side rail digits indicating the side rail thickness and Range width, the load depth (inside, in inches) and material finish (galvanized, aluminum or coated). System Number 8 - 18 go. 6 - 16 gCl 2 _1:j,j6" (2Imm) 6-1:J14" (45mm) 3" (76mm) 5" (l27mm) 7 - HOGAF, {SA (lass 1 8 - Aluminum Plain Finish *8 - 1:j,j6"(2Imm) *0 - 1 Y4" (32mm) 1- thinner ~ 3- thicker *Stiffened Upper Flange ** Alum. extruded side roils are individually engineered to loods ond spons. G@ FllTl~GS .1 ." "T." ." "' .. ..,' ~ Prefix No. I . 238-069F-12 I Flange Width Load Depth Material Finish T T Radius Ilnches} Basic Part Width PREFIX NUMBER (FITTINGS ONLY) - Fittings are ordered using the 3-digit prefix number given in the charts on the fitting pages. Fittings do not have stiffened upper flanges. WIDTH - Identifies the inside width of the tray (in inches). BASIC PART NUMBER - Identifies the straight length, fitting or accessory. SECONDARY DIMENSION NUMBER - Identifies the length of a straight section (in feet), the radius of a fitting (in inches) or the second width of a reducer (in inches). RUNG SPACING - Identifies the center-to-center distance between rungs on straight length. Nominal 9" (229mm) rung spacing maintained through centerline of all fittings. Description 06=6" (l52mm) Sl (Straightlen.) 10 - 10' (3m) 09=9" (229mm) 9f (900 Horiz. Elbow) 20 - 20' (6m) 12=12" (305mm) 6f (600 Horiz. Elbow) 18=18" (457mm) 4f (450 Horiz. Elbow) 24=24" (61Omm) 3f (300 Horiz. Elbow) 30=30" (762mm) 90 (900 Oul. Vert. Elbow) 36=36" (914mm) 60 (600 Out. Vert. Elbow) 40 (W Oul. Vert. Elbow) 30 (300 Out. Vert. Elbow) 91 (900 In. VerI. Elbow) 61 (600 In. Vert. Elbow) 41 (450 In. Vert. Elbow) 31 (300 In. Vert. Elbow) IT (Horiz. Tee) FC (Horiz. Crass) VI (Vert. Tee) SR (Veri. Cable Support Elbow) ST (Straight Reducer) RH (Right Hand Reducer) lH (Left Hand Reducer) AF (Adjustable Elbow) RY & LY (450 "Y" Branch) 06=6" (152mm) 09=9" (229mm) 12=12" (305mm) 12=12" (305mm) 24=24" (610mm) 36=36" (914mm) COPE LADDER 11m COPElADDER Cope Ladder I LOAD DEPTH COPE LADDER is manufactured in 10' (CSA), 12', 20' (CSA), and 24' lengths; 6", 9", 12", 18",24",30" and 36" widths; and, 3",4",5", and 6" load depths. Rungs are 1 n diameter tubes with a ;;'8" Rattened cable support surface. 6", 9", 12" and 18" rung spacings are available. Fittings have nominal 9" rung spacing through centerline. Dimensions given are inside. For overall widths add two Range widths of the system selected (see Selection Charts). Some systems have stiffened upper (top) Ranges to obtain rigidity required (see Selection Charts). Rungs are assembled to side rails by Cope's exclusive cold swaging process. OutwNd facing Ranges allow full unobstructed access ro contents of tray in width and depth. Materials: Aluminum, Hot Dip Mill-Galvanized (pregalvanized) to ASTM A-924, Hot Dip Galvanized After Fabrication (HDGAF) ro ASTM A-123, Stainless Steet (Type 304 and 316). Sufficient connecrors are supplied to assemble straight sections and fittings for each order. Connectors for field cuts to be ordered separately (see Connecrors). ) { w o o o o I.. Note: Standard flange out system shown. (ontact the factory for flange in systems. Catalog Number -06=6" (I 52mm} Sl NEMA .06=6" (I 52mm} .09=9" (229mm) 12' (3.7 m)* .09=9" (229mm) See .12=12" (305mm) 24' (7.3m)* .12= 12" (305mm) Pages .18=18" (457_) .18=18" (457_) 3.4 - 3.7 .24=24" (610mm) (SA .30=30" (762mm) .10' (3m) -36=36" (914mm) -20' (6m) *12' all NEMA Oasses, 24' NEMA Oosses 16A, 16B, 16~ 20A, 20B, 20C. Example: (ololog No.1 B48.06SL.12.09 is a 4-inch load deplh aluminum ladder with a 1~6" Range, 6 inches wide, straight lenglh 12 leellong, rungs on 9" centers. English Melric (mml Conversion Table 6" 9" 12" 18" 24" 30' 36" 152 229 305 457 6io 762 914 CSA 12' 24' 10' 20' 3.7m 7.3m 3m Om rgJ I 3" (76mm) ~ 4" (~':LJi-f- If)) 5" (127mm)I] and 6" (152mm) -rg o 01 ]4%"1~~8mm) O. 51/4" (133mm) o 0 ]6%" (159mm) and o 7%" (184mm) o .1 L MATERIAL & FINISH SPECIFICATIONS (Ladder Cable Tro ) Rungs Splice Plate Finish Connector Boks Bok Plaling (overs ASTM A-653.G90 (Q (18 & 16 Gage) ASTM A-653-G90 (Q (14 & 12 Gage) ASTM A.653-G90 (Q ASTM A-569 ASTM A-591 (loss ( SAE J429 Grode I (ASTM A-307 Grode A) ASTM 8.633.0002" Zinc ASTM A-653-G90 (Q ASTM A.366 (18 & 16 Gage) ASTM A.569 (14 & 12 Gage) ASTM A.366 ASTM A.569 ASTM A.123 Grode 65 SAE J429 Grode I (ASTM A-307 Grode A) ASTM 8.633.0002" Zinc ASTM A.653.G90 (Q CABLE TRAY SYSTEMS AA.6063- T6 Extruded. AA-5052.H34 ASTM A-240; Type 304 ASTM A-269; Type 304 ASTM A-240; Type 304 28 Finish (Typical) SAE J429 Grode 1 (ASTM A-307 Grode A) AISf Type 304 Stainless Steel ASTM 8-633.0002" Zinc AA-3003 HI4 or 3150 HI4 ASTM A-240; Type 304 *Spedal High Strength 32 ksi Minimum Yield COPElADDER 900 Horizontal Elbow Rart No. 9F r , '" I ~ %\w '" III~ "(. " T A l/R 14 A-n~-J COPE FITTINGS are offered in 12", 24", and 36" radius. Use A~ustable Connectors for odd angles. Nominal 9" rung spacing maintained through centerline of all fittings. CSA Certified for CSA Systems 6" (152mm) PreFix-069F-12 15' (381mm) 9" (229mm) Prefix- 099F. I 2 16 V2" (419mm) 12" 12" (305mm) PreFix. 129F. I 2 18" (457mm) 18" (457mm) PreFix. 189F-12 21" (533mm) (305mm) 24" (610mm) PreFix- 249F. 12 24" (610mm) 30" (762mm) Prefix- 309F-12 27" (686mm) 36" (914mm) Prefix. 369F-12 30" (762mm) 6" (152nrm) PreFix-069F-24 27" (686mm) 9" (229mm) PreFix-099F-24 28Vt (724mm) 2411 12" (3050101) PreFix. I 29F-24 30" (762mm) 18" (457 mm) PreFix- 189F-24 33" (838mm) (610mm) 24" (6100101) Prefix. 249F-24 36" (914mm) 30" (762mm) Prefix-309F-24 39" (991mm) 36" (914mm) PreFix- 369F-24 42" (1067 mm) I 6" (152mm) Prefix- 069F-36 39" (991mm) 9" (229mm) Prefix- 099F-36 40W' (1029mm) 36" 12" (305mm) Prefix. 129F-36 42" (1067mm) 18" (457mm) Prefix- 189F-36 45" (1143mm) (914mm) 24" (610mm) Prefix- 249F-36 48" (1219mm) 30" (762mm) PreFix. 309F-36 51" (1295mm) 36" (914mm) PreFix. 369F-36 54" (I 372mm) Example: 238-129F-12 COPE LADDER COPElADDER 600 ,Horizontal Elbow 600t vR + ) 6" (I 52mm) Prefix- 066F-12 ]3" (330m",) 71/2" (l9]mm) 9" (229mm) Prefix- 096F-]2 141;4" (362m",) 81;4" (2IOmm) 1211 12" (305mm) Prefix-126F-12 15W (397 mm) 9" (229mm) ]8" (457"",,) PreFix- I 86F-I 2 181;4" (464mm) I 01/2" (267",m) (305mm) 24" (61Omm) PreFix- 246F-12 20~" (527 mm) 12" (305mm) 30" (762mm) Prefix- 306F-12 23%" (594mm) 131f1' (343mm) 36" (914mm) Prefix- 366F-12 26" (660mm) 15" (38Imm) 6" (l52mm) Prefix- 066 F-24 23%" (594mm) 13\1" (343m",) 9" (229",,,,) Prefix- 096F-24 24~" (629mm) 141;4" (362",,,,) 2411 ]2" (305mm) Prefix- I 26F-24 26" (660mm) 15" (38Imm) 18" (457mm) Prefix- I 86F-24 28W (727 m",) 161/2" (416mm) (610mm) 24" (610mm) PreFix- 246F-24 311;4" (794mm) 18" (457 mm) 30" (762mm) Prefix- 306F-24 33:J1.1" (857 rom) 191/2" (495",,,,) 36" (914",m) Prefix- 366 F-24 36%" (924m",) 21" (533mm) 6" (I 52mm) Prefix- 066F-36 3m" (857mm) ] 91/2" (495mm) 9" (229mm) Prefix- 096F-36 351Al" (892mm) 20W' (514mm) 36" 12" (305mm) Prefix- ] 26F-36 36%" (924mm) 21" (533mm) 18" (457",m) Prefix- I 86F-36 39" (991",m) 221/2" (572m",) (914mm) 24" (610mm) Prefix- 246F-36 41W' (1057 mm) 24" (6 I O",m) 30" (762mm) Prefix- 306F-36 44W' (I 121 mm) 25W' (648mm) 36" (9]4mm) Prefix- 366F-36 46W (l187 mm) 27' (686mm) Example: 238-126F-12 CABLE TRAY SYSTEMS COPELADDER 450 Horizontal Elbow ~"" 'iW<< ow xu,,,"",, w"'1' 1:' ., "" '" RA:Rlll'NEI. it F' ~ ~ J~., '" ~'l'~ 8'M ~<<", @f-<<t0#1%" dill ~"" h killffil >> 450-V ,?R- + ) A 1 I.-w~ CSA Certified for (SA Systems 6" (152mm) Prefix-064F-12 lOW' (270mm) 4%" (lllmm) 9" (229mm) Prefix- 094F-12 llW' (295mm) 4~" (I 24mm) 12" 12" (305mm) Prefix-124F-12 12%" (324mm) 5lA" (l33mm) 18" (457mm) Prefix-184F-12 14W (378mm) 6Yi" (l56mm) (305mm) 24" (610mm) Prefix- 244F-12 17" (432mm) 7" (I78mm) 30" (762mm) Prefix-304F-12 191h" (486mm) 7W' (200mm) 36" (914mm) Prefix- 364F-12 2]1/.1" (540mm) 8:V4" (222mm) 6" (152mm) Prefix- 064F-24 19W' (486mm) 77h" (200mm) 9" (229mm) Prefix- 094F-24 20W' (511 mm) 8%" (213mm) 24" 12" (305mm) Prefix- I 24F-24 21W' (540mm) 8~" (222mm) 18" (457 mm) Prefix- I 84F-24 23%" (594mm) 9W (244mm) (610mm) 24" (610mm) Prefix- 244F-24 25W' (648mm) lOW' (267 mm) 30" (762mm) Prefix- 304F-24 275/8" (702mm) IIW (292mm) 36" (914mm) Prefix- 364F-24 29314" (756mm) 12W (314mm) 6" (l52mm) Prefix- 064F-36 275/8" (702mm) IIW (292mm) 9" (229mm) PreFix- 094F-36 28Sh" (727 mm) llW' (302mm) 36" 12" (305mm) Prefix- I 24F-36 29%" (756mm) 12W (314mm) 18" (457mm) Prefix- I 84F-36 31W (810mm) 13lA" (337 mm) (914mm) 24" (610mm) PreFix- 244F-36 34" (864mm) 14W' (359mm) 30" (762mm) Prefix- 304F-36 36W' (918mm) 15" (38Imm) 36" (914mm) Prefix - 364 F-36 38W' (972mm) 15W (403mm) Example: 238-1 24F-I 2 COPE LADDER COPE LADDER 300 Horizontal Elbow A J k-W--/ CSA Certified for CSA Systems 6" (152mm) Prefix- 063F-12 71fz" (191 mm) 2" (5Imm) 9" (229mm) Prefix- 093F-12 81/.1" (210mm) 21/.1" (57mm) 12" 12" (305mm) Prefix- 123F-12 9" (229mm) 2%" (60mm) 18" (457mm) Prefix-183F-12 lOW' (267 mm) 2W (73mm) (305mm) 24" (610mm) Prefix- 243F- 1 2 12" (305mm) 31/.1" (83mm) 30" (762mm) Prefix- 303F- 12 13W (343mm) ~W' (92mm) 36" (914mm) Prefix. 363F-12 15" (38Imm) 4" (I02mm) i 6" (J 52mm) Prefix- 063F-24 13W' (343mm) 3~" (92mm) 9" (229mm) Prefix.093F-24 14\4" (362mm) ~W (98mm) 2411 12" (305mm) Prefix- 123F-24 15" (381mm) 4" (J 02mm) 18" (457 mm) PreFix- 183F-24 16W (419mm) 4%" (lIlmm) (610mm) 24" (610mm) PreFix- 243F-24 18" (457mm) 4W (124mm) 30" (762mm) Prefix- 303F-24 19W' (495mm) 514" (I 33mm) , 36" (914mm) Prefix- 363F-24 21" (533mm) 5~" (J 43mm) , 6" (152mm) PreFix- 063F-36 19W' (495mm) 514" (I 33mm) 9" (229mm) PreFix- 093F-36 20lA" (514mm) 5\12" (I40mm) 36" 12" (305mm) PreFix- 123F.36 21" (533mm) 5W (l43mm) 18" (457mm) Prefix- 183F-36 22W' (572mm) 6" (I 52mm) (914mm) 24" (610mm) PreFix- 243F-36 24" (6IOmm) 6\12" (165mm) 30" (762mm) PreFix- 303F-36 251/1" (648mm) 6W (l7 5mm) 36" (914mm) Prefix- 363F-36 27" (686mm) 7\4" (184mm) Example: 238-123F- 12 : CABLE TRAY SYSTEMS __ COPELADDER PART NO. 171' ""6, ~.~' . 9,~; -~, -. '&::'!W41 Horizontal Tee I (SA (ertified for (SA Systems 12" (305mm) 6" (lS2mm) 9" (229mm) 12" 130Smm) 18" 14S7mm) 24" 1610mm) 30" (762mm) 36" 1914mm) Prefix- 06FT-12 Prefix- 09FT-12 Prefix- 1 2FT-I 2 Prefix- 18FT-12 Prefix- 24FT-12 Prefix- 30FT-I 2 Prefix- 36FT-12 15" Wh" 18" 21" 24" 27" 30" 1381mm) (419mm) (4S7mm) (S33mm) (610mm) ( 686mm) (762mm) 30" 33" 36" 42" 48" 54" 60" (762mm) , (838mm) . (914mm) . (1067 mm) (1219mm) {I 372mm} {I 524mm} 18" 1457 mm) 21" (533mm) 24" (610mm) 30" (762mm) 36" (914mm) 42" (1067 mm) 48" {l219mm} 24" (610mm) 6" (lS2mm) 9" (229mm) 12" (30Smm) IS" (457mm) 24" (610mm) 30" 1762mm) ......___.................H.._.._......... 36" (914mm) Prefix- 06FT- 2 4 Prefix- 09FT-24 Prefix- 12FT-24 Prefix- lSFT-24 Prefix- 24FT-24 Prefix- 30FT- 24 .....-..................-....-...... Prefix- 36FT-24 27" {6S6mm} 54" (1372mm) , 30" (762mm) 28W 1724mm) 57" (1448mm) 33" (838mm) 30" 1762mm) 60" (1524mm) 36" 1914mm) 33" (838mm) 66" (1676mm) , 42" (1067mm) 36" {914mm} 72" (1829mm) 48" (1219mm) 39" (991mm) 78" (198Imm) 54" (1372mm) ...----42;;------(1067~~).--..-84~------.(2i-34~) -,.--...60-;;.----ii'52~i---- 36" (914mm) 6" (152mm) 9" 1229mm) 12" (305mm) IS" (457mm) 24" 1610mm) 30" 1762mm) 36" (914mm) Example: 238-12FT-12 Prefix- 06FT-36 Prefix- 09FT-36 Prefix- 12FT-36 Prefix- 18FT-36 Prefix- 24FT-36 Prefix- 30FT-36 Prefix- 36FT-36 39" (99Imm) 40lh" (l029mm) 42" (1067mm) 45" (1 I 43mm) 48" {I 21 9mm) 51" (129Smm) 54" (1372mm) 78" (l981 mm) I 81" (2057 mm) 84" 12134mm) 90" (2286mm) . 96" (2438mm) 102" (2591 mm) 109" (2743mm) 42" (I 067 mm) 45" {I I 43mm) 48" (l219mm) 54" 11372mm) 60" (1524mm) 66" (l676mm) 72" (1S29mm) COPE LADDER COPElADDER PAR11}\1jd~ E'c y' ,W+" 'x'- aY' -" Horizontal Cross .- w L W SQUARE RUNG 12" (30Smm) 6" (152mm) 9" (229mm) 12" (305mm) 18" (457mm) 24" (610mm) 30" (762mm) 36" (914mm) Prefix- 06 FC-12 Prefix- 09 FC-12 Prefix-12 FC-12 Prefix- 18 FC-12 Prefix- 24 FC-12 Prefix- 30 FC-12 Prefix- 36 FC-12 15" (38Imm) 16W (419mm) 18" (457mm) 21" (533mm) 24" (610mm) 27" (686mm) 30" (762mm) (762mm) (838mm) (914mm) (1067mm) (1219mm) (1372mm) (1524mm) 30" 33" 36" 42" 48" '54" 60" 24" (610mm) 6" (152mm) 9" (229mm) 12" (305mm) 18" (457mm) 24" (610mm) 30" (762mm) -.................-..................--.." 36" (914mm) Prefix- 06 FC-24 Prefix- 09 FC-24 Prefix- 12 FC-24 Prefix-1B FC-24 Prefix- 24 FC-24 Prefix- 30 FC-24 ......._Hh._.........._..HH................_......._........._...".............._.. Prefix- 36 FC-24 27" 28W' 30" 33" 36" 39" 42" (686mm) (724mm) (762mm) (83Bmm) (914mm) (991mm) ..-.........-..........--...-..- (l067mm) 54" (1372mm) 57" (1448mm) '60" (1524mm) 66" (1676mm) 72" (1 829mm) 78" (1981 mm) ---'84" --------i2134~~i"--- 36" (914mm) CABLE TRAY SYSTEMS 6" (152mm) 9" (229mm) 12" (305mm) 18" (457mm) 24" (610mm) 30" (762mm) 36" (914mm) Example: 23B-l2FC-l2 Prefix- 06 FC-36 Prefix- 09 fC-36 Prefix- 12 FC-36 Prefix- 18 FC-36 Prefix- 24 FC-36 Prefix- 30 FC-36 Prefix- 36 FC.36 39" (991 mm) 40W' (l029mm) 42" (l067mm) 45" (l143mm) 48" (l219mm) 51" (l295mm) 54" (l372mm) 78" Bl" 84" 90" 96" 102" 108" (1981mm) (2057 mm) (2134mm) (2286mm) (2438mm) (2591mm) (2743mm) 11III COPELADDER I S~raight Reducer I \ ",P IV II ~ " W w.j\<% "0: hil} 'i iW P.ARTNO. ST . fJ ,. , N "'''' ~ 'il/ "'"'ill<'" ~I " -j A r-W1-1 ~ 12 l I~ W Straight (ST) 30" (762mm) Prefix-36ST-30 3" (76mm) 24" (610mm) Prefix-36ST-24 6" (152mm) 3611 18" (457mm) Prefix-36ST-18 9" (229mm) (914mm) 12" (305mm) Prefix-36ST-12 12" (305mm) 9" (229mm) Prefix-36ST-09 131h" (343mm) 6" (I 52mm) Prefix-36ST-n6 15" (38Imm) 24" (6IOmm) Prefix-30ST-24 3" (76mm) 18" (457mm) Prefix-30ST-18 6" (I 52mm) 3011 12" (305mm) Prefix-30ST-I2 9" (229mm) (762mm) 9" (229mm) Prefix-30ST-n9 10lh" (267 mm) 6" (I 52mm) Prefix-30ST-06 12" (304mm) 18" (457mm) Prefix-24ST-18 3" (76mm) 2411 12" (305mm) Prefix-24ST-12 6" (I 52mm) (610mm) 9" (229mm) Prefix-24ST-09 7W (l9Imm) 6" (I 52mm) Prefix-24ST-06 9" (229mm) 1811 12" (305mm) Prefix. J 8ST-12 3" (76mm) 9" (229mm) Prefix- J 8ST-09 4W (1I4mm) (457 mm) 6" (15 2mm) PreFix-18ST-06 6" (I 52mm) 1211 9" (229mm) PreFix-12ST-09 1112" (38mm) (305mm) 6" (I 52mm) PreFix-12ST-06 3" (76mm) 9" 6" (I 52mm) Prefix-n9ST-06 IW (38mm) (229mm) Example: 238- J 2ST-06 COPE LADDER jjr':...".,....,./:, 'C"l-.;..,,~", COPELADDER , , Left & Ri ht Hand Reducer A r l A (SA Certified for (SA Systems Prefix-36lH-30 Prefix-36RH-30 6" (I 52mm) 15" (381 mm) 30" (914mm) Prefix-36lH- 24 Prefix-36RH-24 12" (305mm) 12" (305mm) 24" (610mm) 3611 Prefix-36lH-18 Prefix-36RH-18 18" (457 mm) 9" (229mm) 18" (457 mm) (914mm) Prefix-36lH-12 Prefix-36RH-12 24" (610..m) 6" (I$2mm) 12" (305mm) Prefix-36lH-09 Prefix-36RH-09 27' (686mm) 41-2" (l14mm) 9" (229mm) Prefix-36lH-06 Prefix-36RH-06 30" (762mm) 3" (76mm) 6" (I 52mm) I PreFix-30lH- 24 PreFix-30RH-24 6" (I 52mm) 12" (305mm) 24" (610mm) Prefix-30lH- 18 Prefix-30RH- 18 12" (305mm) 9" (229mm) 18" (457mm) 3011 Prefix-30lH- I 2 Prefix-30RH-12 18" (457 mm) 6" (I 52mm) 12" (305mm) (762mm) PreFix-30lH-09 PreFix-30RH-09 21" (533mm) 4\11" (Il'4mm) 9" (229mm) Prefix-30lH-06 Prefix-30RH-06 24" (610mm) 3" (76_) 6" (I 52mm) I Prefix-24lH-18 Prefix- 24RH-18 6" (I 52mm) 9" (229mm) 18" (457mm) 2411 Prefix-24lH-12 Prefix-24RH-12 12" (305mm) 6" (l5~mm) 12" (305mm) (610mm) Prefix-24lH-09 Prefix-24RH-09 15" (38Imm) 4\11" (Il~mm) 9" (229mm) Prefix-24lH-06 Prefix-24RH-06 18" (457mm) 3" (76mm) 6" (I 52mm) ! 1811 Prefix- I 8lH-12 Prefix-18RH- 12 6" (I 52mm) 6" (l5Zmm) 12" (305mm) Prefix-18lH-09 Prefix-18RH-09 9" (229mm) 411" (Il4mm) 9" (229mm) (457mm) Prefix- I 8lH-06 Prefix- I 8RH-06 12" (305mm) 3" (76mm) 6" (I 52mm) 1211 Prefix-12lH-09 Prefix-12RH-09 3" (76mm) 411" (l14mm) 9" (229mm) (305mm) Prefix-12lH-06 Prefix- I 2RH-06 6" (I 52mm) 3" (76mm) 6" (I 52mm) , I 911 Prefix-09lH-06 Prefix-09RH-06 3" (76mm) 3" (76mm) 6" (I 52mm) (229mm) Example: 238-12lH-06 CABLE TRAY SYSTEMS " ' ",I. _,' COPE LADDER Ad.ustable Elbow I w L /...--6" CSA Certified for CSA Systems Prefix- 06AF 6" (152mm) 8" (203mm) Prefix- 09AF 9" (229mm) 11" (279mm) Prefix- 12AF 12" (305mm) 14" (356mm) Prefix-18AF 18" (457mm) 20" (508mm) Prefix- 24AF 24" (610mm) 26" (660mm) Prefix- 30AF 30" (762mm) 32" (813mm) Prefix- 36AF 36" (914mm) 38" (965mm) Both rails 01 hinge breaK 10 be bonded if filling is used as equipmenl grounding conductor. Example: 238-12AF COPE LADDER ""1"",'1,' _ I COPElADDER 450 "yn Branch A~j W , 'II 0""'" z;:t); ~~% PART t'l<D. l't At'lD RY ". ~.,. M " ~_. :$.", o 0 0.. t w (RY Shown) CSA Certified for (SA Systems Prefix- 06lY Prefix-06RY 6" (152mm) 22V2" (571 mm) 16W' (413mm) 9~" (289mm) llW' (283mm) Prefix- 09lY Prefix- 09RY 9" (229mm) 26%" (679mm) 21%" (543mm) ~lo/j6" (330mm) 13%" (349mm) Prefix-my Prefix-12RY 12" (305mm) 31" (787 mm) 261ft (673mm) lOW' (375mm) 16W' (412mm) Prefix- IBlY Prefix-18RY 18" (457mm) 39V2" (lOO3mm) 36%" (933mm) m" (460mm) 21%" (543mm) Prefix- 24lY Prefix - 24RY 24" (610mm) 48" (l219mm) 4r (II 93mm} 3" (546mm) 26V2" (673mm) I Prefix- 30lY Prefix- 30RY 30" (762mm) 56:VB" (I 432mm} 57~" (I 454mm} 14lh" (629mm) 3m" (803mm) Prefix- 36lY Prefix- 36RY 36" (914mm) 65" (1651 mm) 67V2" (l714mm) 5V2" (718mm) 36%" (933mm) I Example: 238-12RY CABLE TRAY SYSTEMS 11III COPELADDER i I I i i 900! Vertical Elbow I I I I I I ~ R ~~~~ ~+ \ ,- 12" (305mm) Prefix- (W)91-12 Prefix- (W)90-12 J4IAJ" Prefix- (W)91-12 Prefix- (W)90-12 14W' i Prefix- (W)91-12 Prefix- (W)90-12 15W' I Prefix- (W)91-12 Prefix- (W)90-12 15W' ! I I 414" (108mm) Prefix- (W)91-24 Prefix- (W)90-24 26W" ( 664mm) I 514" (l33mm) Prefix- (W)91-24 Prefix- (W)90-24 26~" I (676mm) I 614" (l59mm) Prefix- (W)91-24 Prefix- (W)90-24 27Va" i (689mm) 714" (l84mm) Prefix- (W)91-24 Prefix- (W)90-24 27W' ! (702mm) , I 4V4" (l08mm) Prefix- (W)91-36 Prefix- (W)90-36 38Va" I (969mm) 5W' (l33mm) Prefix- (W)91-36 Prefix- (W)90-36 38W' I (981mm) I 614" (l59mm) Prefix- (W)91-36 Prefix- (W)90-36 39Va" i (994mm) 714" (l84mm) Prefix- (W)91-36 Prefix- (W)90-36 39Va" I (lOO7mm) Example: 238-1290-12 24" (610mm) 36" (914mm) (W) = Width in inches, Use: 06 for 6"w 09 for 9" w 12for 12"w 18 for 18"w 24 for 24" w 30 for 30" w I 36 for 36" w I COPE LADDER IaII COPELADDER i I I 400 Vertical Elbow I I I i 1211 Prefix- (W)61-12 Prefix- (W)60-12 71 " Prefix- (W)61-12 Prefix- {W)60-12 7%" (305mm) 6lJ4" Prefix- (W)61-12 Prefix - (W)60-12 7~" 71;4" Prefix- {W)61-12 Prefix- (W)60-12 n~" , I 4114" (108mm) Prefix- (W)61- 24 Prefix- (W)60-24 22~" (575mm) 131,11" (334mm) 261h" (664mm) 2411 51.4" (133mm) Prefix- (W)61-24 Prefix- (W)60-24 23W' (588mm) 13~" (340mm) 265A1" (676mm) (610mm) 61.4" (159mm) Prefix- (W)61-24 Prefix- (W)60-24 23W' (597 mm) 13~ (330mm) 271h" (689mm) 71.4" (184mm) Prefix- (W)61-24 Prefix- (W)60-24 24" (610mm) ]7A1~' (353mm) 27W' (702mm) , I 41.4" (108mm) Prefix- (W)61-36 Prefix- (W)60-36 33" (838mm) 19~" (486mm) 38W' (969mm) 36" 5lJ4" (133mm) Prefix- (W)61-36 PreFix- (W)60-36 331h" (851mm) 19~" (492mm) 38W' (981 rom) I (914mm) 61.4" o 59mm) Prefix- (W)61-36 Prefix- (W)60-36 33W (86Imm) 19~" (499mm) 39W' (994mm) 7114" (184mm) Prefix- (W)61-38 Prefix- (W)60-36 34%" (873mm) 19~" (505mm) 39W' (1007 mm) ~ Example: 238-1260-12 (W) = Width in inches, Use: 06 for 6"w 09 for 9"w 12for 12"w 18 for 18"w 24 for 24" w 30 for 30" w 36 for 36" w CABLE TRAY SYSTEMS ~600 H ~ \ r- COPELADDER 450i Vertical Elbow B/!XR~m:'EriCJbrsYDEr'"' ",L"* "'17" ,"Kt,,~17' ':'::",~':= ",~ ';ARmrfftrfSlsTD~) I' ""', q II, PI ~ ,"" '" 9"1 (SA Certified for (SA Systems 12" 41;4" (108mm) Prefix- (W)41-12 Prefix- (W)40-12 10" (254mm) 41h" 51;4" (133mm) Prefix- (W)41-12 Prefix- (W)40-12 10%" (264mm) 41;4" (305mm) 61;4" (159mm) Prefix-(W)41-12 Prefix- (W)40-12 10%" (273mm) 41h" 71/4" (184mm) Prefix- (W)41-12 Prefix-(W)40-12 IlW' (283mm) 4~" 24" 414" (108mm) Prefix- (W)41- 24 Prefix- (W)40-24 18W (470mm) 7W 194mm) 26W (664mm) 5W (133mm) Prefix- (W)41-24 Prefix- (W)40-24 18Va" ( 480mm) 7W 200mm) 26%" (676mm) (610mm) 614" (159mm) Prefix- (W)41-24 Prefix- (W)40-24 1914" ( 489mm) 8" 203mm) 27Vs" (689mm) 714" (184mm) Prefix- (W)41-24 Prefix- (W)40-24 19W' (495mm) 8W 207 mm) 27'1s" (702mm) 4W (108mm) Prefix- (W)41-36 Prefix- (W)40-36 27" ( 686mm) IIW :283mm) 38Vs" (969mm) 36" 51;4" (133mm) Prefix- (W)41-36 Prefix- (W)40-36 27%" (695mm) 11%" ~89mm) 38Ys" (981mm) 61/4" (159mm) Prefix- (W)41-36 Prefix- (W)40-36 275/8" (702mm) ll1h" (292mm) 39~" (994mm i(105mm) 14~" (359mm) In08mm) 14%" (372mm) 1(1I4mm) 15Vs" (384mm) 11l8mm) 15~" (397mm) i (914mm) IIW ) 39Ys" (1007 mm) 71/4" (184mm) Prefix- (W)41-36 Example: 238-1240-12 Prefix- (W)40-36 8" (7Jlmm) I (f95mm) I I ! (W) = Width in inches, Use: 06 for 6"w 09 for 9" w 12 for12"w 18 for 18"w 24 for 24" w 30 for 30" w 36 for 36" w COPE LADDER COPELADDER 300 Vertical Elbow I "'H z~'::..0i 0<~ "' Iii;! " dL,,~ i% ~~ 4"" , <<- ,,~w* PART NO. 30 (OLltSIBEI PART NO. 31 (lr$lSIOe,IBW-1t0 w. - --. . CSA Certified for CSA Systems 12" PreFix- (WI31-12 Prefix- (WI30-12 li~" Prefix- (WI31-12 Prefix- (WI30-12 2!' I (305mm) Prefix- (WI31-12 Prefix- (WI30-12 21' Prefix- (WI31-12 Prefix- (W)30-12 2~h" I I 4111" (108mm) Prefix- (W)31-24 Prefix- (W)30-24 13W' (334mm) 31h" (89mm) 26W' (664mm) 24" Prefix- (W)31-24 Prefix- (W)30-24 I 5V4" (l33mm) 13~" (340mm) 3ph" (92mml 26~" (676mml -,~- (610mm) 6V4" (159 mm) Prefix- (W}31-24 Prefix- (W)30-24 13~" (346mm) 3~" (92mm) 27Vs" (689mm) I 7V4" (184mm} Prelix- (W}31-24 Prefix- (W)30-24 13W' (353mm} 3~" (95mm) 27~" (702mm) I 4111" (l08mm) Prelix- (W}31-36 Prefix- (W)30-36 19Vs" (486mm} 5Vs" (130mm) 38Vs" (969mm} 36" I 5V4" (133mm) Prefix- (W}31-36 Prefix- (W}30-36 1m" (492mm} 51/4" (133mm) 38~" (981mm) I (914mm) 6V4" (159 mm) Prefix- (W)31-36 Prefix- (W}30-36 19W' (499mm) ~W' (133mm) 39W' (994mm) 7V4" (184mm) Prefix- (W)31-36 Prefix- (W}30-36 19W' (505mm) ~n (l37mm) 39W' (l007mm) Example: 238-1230-12 I I (W) = Width in inches, Use: ! 06 for 6"w 09 for 9" w 12for 12"w 18for 18"w 24 for 24" w 30 for 30" w 36 for 36" w CABLE tRAY SYSTEMS COPELADDER 900 Vertical Cable, u ort Elbow PAR] ~0. SR' , ~ '~Ui1!U I- A! ~I I t 1 H L A , j B~ ! CSA Certified for CSA Systems 12" Prefix- (W)SR- 12 Prefix- (W)SR- 12 (30Smm) 6\14" Prefix- (W)SR- 12 15W' 7\14" Prefix- (W)SR- 12 lSSh" 2411 4lf4" (1 08mm) Prefix- (W)SR-24 28';4" (718mm) 261h" (664mm) 5\14" (133mm) Prefix- (W)SR-24 29\14" (743mm) 26W' (676mm) (610mm) 6\14" (159 mm) Prefix- (W)SR-24 30\14" (768mm) 27W' (689mm) 7\14" (814mm) Prefix- (W)SR-24 31\14" (794mm) 275/8" (702mm) 36" 4\14" (l08mm) Prefix- (W)SR-36 40\14" (1022mm) 381Ai" (968mm) 5V4" (133mm) Prefix- (W)SR-36 41\14" (1048mm) 385h" (981mm) (914mm) 6\14" (159mm) Prefix- (W)SR-36 42\4" (1073mm) 39W' (994mm) 7V4" (814mm) Prefix- (W)SR-36 43W (l099mm) 39W' (1006mm) Example: 238-12SR- 12 (W) = Width in inches, Use: 06 for 6" w 09 for 9" w 12 for 12" w 18 for 18" w 24 for 24" w 30 for 30" w 3 for 36"w COPE LADDER COPELADDER Vertical Tee RART I'NID. VT qw ,w;y dirt rt- -.- .0"'" . & _NO! I ",'6~ iiAi [/ l I ~IJ W~j-~ 12" 4V4" {l08mm} Prefix- (W}VT-12 28\4" (718mm) 16W' (413mm) 14~" {359mm} 5V4" {l33mm} Prefix- (W)VT-12 29\4" (743mm) 17W' I 14W' (371mm) (138mm) (305mm) 6114" (l59mm) Prefix- (W}VT-12 30W' [768mm) 18114" (I 64mm) 15Vs" (384mm) 7V4" (l84mm) Prefix- (W}VT-12 31\4" [794mm) 19114" ( 489mm) 15W' (397 mm) I 24" 4\4" {108mm} Prefix- {W)VT-24 52\4" (1327mm) 281;4" (Y18mm) 26Y1i" {664mm} I 5\4" {l33mm} Prefix- (W)VT-24 53V4" (1353mm) 29V4" [r43mm) 26~" (676mm) (610mm) 6V4" {159mm} Prefix- (W)VT-24 54\4" (1378mm) 30W' (768mm) 27Vs" (689mm) 7V4" (l84mm) Prefix- (W)VT-24 SSV4" (1403mm) 31 V4" (~94mm) 27'18" {702mm} 4114" (l08mm) Prefjx- {W}VT-36 76 W' (1937 mm) 40\4" l1l22mm) 38Vs" (968mm) 36" I 5114" (l33mm) Prefjx- (W}VT-36 77\4" 11962mm) 41114" 11 P48mm} 38W' (981mm) (914mm) 6W' (159mm) Prefix- (W)VT-36 78W' {l988mm} 42114" 11 ~73mm) 39W' (994mm) 71/4" (184mm) Prefix- (W}VT-36 79\4" (2013mm) 431;4" l1, 99mm) 39~" {l006mm} Example: 238-12VT-12 I , (W) '" Width in inches, Use: I 06 for 6"w 09 for 9"w 12 for 12"w 18 for 18"w 24 for 24" w 30 for 30" w 36 for 36" w CABLE TRAY SYSTEMS L, II L, ~ -, ~ ,I I, I. ,I II II I, ~ L L.H. OFFSET STRAIGHT R.H. OFFSET REDUCTION REDUCTION REDUCTION COPELADDER [RAY CO,NNEEJORS - . . . Catalog Number & Finishes Catalog Number 3" 4" 5" 6" 6 (Mill Galv.) 7 (HDGAF) 8 (Alum.) T (304SS) -02R( -02(E -02CV -02(H -02(A Example: 38 -02RC lor 3"load depth, aluminum, universal curvilinear connector. Part Nos. eE, CH, and CV to be bonded il used os equipment grounding conductor. NOTE: Hole patterns match corresponding tray. Three-hole pattern illustrateel. Heavy c1uty, mid span splice plates available upon request. ~~.- Part No. CH (Sold in pairs-inner & outer) 11 Gage Steel, 0.125" Aluminum %".16 spline bolts & flange nuts furnished. 12 Gage Steel, 0.125" Aluminum For offset reductions - use 1 of above with standard connector ~ate. For straight reductions- use 2 (ol 1h reduction dimension). %".16 spline bolts and flange nuts furnished. cdnnector Plates - Part No. RC (Sold in pairs) o o ;J D 6' V 11 Gage Sleel, 0.12S" Aluminum 3h".16 spline bolts & flange nuls furnished. 11 Gage Steel, 0'125" Aluminum %".16 cap screws & N~ok nuts furnished and %".16 spline bal & flange nuts furnished. . Part No. C~. (Sold in pairs) I i VERTICAt ADJU5fAffitE CONNECTORS Part No. CV (Sold in pairs) 'Ill Gage Steel, 0.125" Aluminum W.16 spline bolts & flange nuts furnished. 11 Gage Sleel, O. j 25" Aluminum W-16 spline bolts and flange nuts furnished. .30CO 30" (762mm) .27CO 27" (686mm) .24CO 24" (610mm) .21(0 21" (533mm) .18CO 18" (457mm) .15(0 15" (381mm) .13CO 13W' (343mm) .12CO 12" (305mm) .10CO lOW' (267mm) -09CO 9" (229mm) -07C0 7W' (191 mm) -06CO 6" (152mm) I -04(0 411.1" (114mm) I .03CO 3" (76mm) -01 (0 Ph" (38mm) I Example: 38.03CO for 3" load depth, oluminum, 3" Reducer Connector. Typical Use: 9" 10 6", or use 2 fo~ 12" to 6", ele. 6 (Mill Golv.) i 7 (HDGAF) I 8 (Alum.) I T (304SS) : I I I I I I i COPE LADDER COPE LADDER MATERIAL/FINISH Eleclrogalvanized finish standard. Other finishes available; consult factory. *Use following suffix when applicable. use only where indicated. No Suffix ..... Electrogalvanized carbon steel on~ -HG ...."....... Hot-dip Galvanized (Except Threaded Rod) -55 ....."....".302/304 Stainless Steel -51 ......"......316 Stainless Steel (check factory for availability) Example: 5112-2-HG, % x 11/2 hex head bolt, hot-dip galvanized i @ Part No. 5003-1 %".16 x 1" spline bolt Part No. 5009-1 %"_16 hex.flanged nut with serrated washer face. . Part No. EM-CC (electrogalv. steel) Part No. EM-CC-SS (stainless steel) No. lOx W long, sell drilling-self tapping hex head ~oIed steel screw. Suggested spacing: Indoor: 8 per 12'; Outdoor: 10 per 12' Hardware SQUARE NUTS . ;. ,*~~"&'.. .2{;!'%!i!R-_ i'*'P 'iI . (9j 5002.0-* 5002-1-* 5002.2.* 5002-3-* 5002.4-* !I.l" %" lh" ij" r4" @ :}'j" SPLIT.LOCV ntK;sdErt'~7ir~rrrrnw_''';,!*{;M.. .,;;; ". r NYVM E1 r\':)Htt;~" %Rf.n.'" "'Wi',1t @ ,...... 5007-0-* 14" 5007-1-* %" 5007-2-* W 5007.3-* ij" 5007.4-* r4" FENDER WAsFiER~wl"7k.0'1f~ : ;;.1'11~.. .. ''If', ," 3M"'" : '!: , % fi ~iJ'" "'" '" ("h<< H<< 8 !imi." . ........":: '11111"'4' @~,,;,;~ .. ',:," <<;;, .,r1{v../ ',_,ox.,,_._'_.___"'.. :;:;'c;. .6;;.P;;;''''~''i .. ."JWf4i F~';-- ~"~7"",.A,. .. ,-.-.,.>,;;,,' n" .,,"," '-.;.-"".'~ >>,<._,.;S'W i 501 0-0-* 14" x IW' 0.0. 15010.1.* %"x TWO.D. 15010-2.* W x 2" 0.0. I i i SlOO.O. * 61 00-0-* 5112-0-* 6112-0-* SlOO-I-* 6100.1.* %"x I" 5112-1.* 6112-1.* %"x IW 5200.1-* 6200-1.* %"x 3" 5100-2.* 6100-2-* lh"x I" 5112-2-* 6112-2-* Wx n~' 5200-2-* 6200.2.* W x 2" 5212-2-* 6212.2-* W x 2W 5300.2-* i 6300-2.* 1/2" x 3" 5312.2-*! 6312-2-* 1/2"x3W ___..........._.....L...___...._..........__...__....._____ 5112-3-* I 6112-3-* ~"xlW 5200.3-* 6200.3-* %" x 2" 5300-3-* 6300.3- * W x 3" 5400-3-* 6400.3- * ~" x 4" 5200-4-* 6200-4-* %" x 2" 5300-4-' 6300.4-' :}'j" x 3" 5400-4-' 6400-4-' %' x 4" 8195-0-' W' 8195-1-* %" 8195.2-* lh" CoIalog No. 8195-3-* ij" 5100-0 8195-4-' %n @ 5001.1-* 5001-2.' 5001.3- * 5001.4-* CABLE TRAY SYSTEMS Cafalog No. 6100.0 COPELADDER Covers COVERS foc ,.a;ght "ct;a", ,hown. Slaodacd hffing """'" a", hat "";d type INA. A1"m;""m """'B a", lbCkatod from 0.040" al"m;n"m AA.3150-H 14; .reel ""'" a", fabri<oted from 20 gage ASTM A-653-G90 CQ, m;ll-galvan'-l r. I I I I NF - Flat Solid FS - Flat Solid w /Flange Nt - Flat Louvered - ~ ~ PS- Peaked Solid PF - Peaked Flanged (Solid) PV - Peaked Hat (Vent) (suffix height) PH - Peaked Flanged (Vent) (suffix height) (over (atalog Number - Straight Sections HS, HV, 2 .1~6" 6 . Mill Galv. .06Sl = 6" (152mm) -12' -2' FL, FS, 4.1Vt" 7 . HDGAF -09Sl = 9" (229mm) -06' NF, NL, 5-1W 8-Alum. -12Sl= 12" (305mm) PS, PF, 6.1:y.," T. 304SS .18Sl= 18" (457 mm) PH, PV 7 - 2" .24Sl = 24" (610mm) .30Sl = 30" (762mm) .36Sl = 36" (914mm) I. I FLI I- I I i . Louvered w/Flange I i .J: ~ I HS -I Hat (Solid) HV - Hat (Vent) (suffix height) i JOINT PLATE (over Catalog Number - Fittings 3 4 5 6 6 . Mdl Galv. 7 - HDGAF 8 - Alum. T - 304SS i 1 Joint plate is black rYC and is offered in 10' lengths to be field cut to desired length, or in precut lengths for specified covers. i I JP-120 is joint pl~e in 10' lengths. Joint plate for specified covers is specified os follows. I I I Tray Width JP.66 = 6" (152mm) JP-Q9 = 9" (229mm) JP-I ~ = 12" (305mm) JP.1~= 18" (457mm) JP-2 = 24" (610mm) JP.3 = 30" (762mm) JP.3 = 36" (914mm) Example: JP-06 is alioint plate for 6" wide troy. I i I *peak and hot only, 2" height standard. Consult factory for other heights. Example: Nl46-09SL-12 is a flat louvered mill-galv. steel cover for a 9" wide mill galvanized ladder 12' long with n1W' flange. NF FS 2 - 1}j6" 4.1V4" -06 XX'* -09 XX'* -12 xX" -18 XX'* -24 XX'* -30 XX" -36 XX" 'Land depth for outside riser or vertical tee only. **XX from fitting selection pages EXAMPLE: NF26-369F-24 is a mill golvnnized non-flanged solid cover for a 36" wide horizontal 900 elbow with a 24" radius. 12" 24" 36" COPE LADDER _~_ic alii COPE LADDER I cler Accessories Part No. CCS-S$ (Stainless Steel) COVER CLlP _ ~ (:~: ~ :,~\~j ~\W% '" ~ W' - 28 stainless steel cone point machine screw. Use wuh any width tray and cover. Not sold in pairs. Indoor use on~. Suggest spacing 6' max. Part No. - (W) DC ~ (otalog Number 2 . lt16" 4 -11/.1" 5 -Ilh" 6-IW 7-T 6 - Mill Golv. 7 - HDGAF 8 -Alum. T - 30455 3 4 5 6 -06 DC -09 -12 -18 -24 -30 -36 Example: 238-12DC for 3" load depth, 10/16" flange, aluminum, Double Clamp Conneclor For all covers except hat & peak lype. Furnished with: (2) W'-20 all-thread rods (4) hex nuts, flat washers and lock washers Suggested spacing: Indoor: 2 per 12' Outdoor: 3 per 12' High Wind: 5 per 12' Part No. PC (For PS Cover) PEAK COVER cifiilr;rlt(f'€I#'fI.f':~!;fu\@A ~ j, ,0' lAll j I :fu\AAI #w; no ~.;H 'lliii . ,>I <'<<" 'if 'if 'b (otaiog Number 2 - 't16" 3 6 - Mill Galv. -06 P( -2 4 - 11/.1" 4 7 - HDGAF -09 5- 1 VI" 5 8 -Alum. .12 6-1r.t" 6 T -304S5 -18 7 - 2" -24 -30 -36 *2" standard raise. (onsult factory for other peak heights. Example: 238-12PC-2 for 3" load depth, 1~6" flange, aluminum, 12" wide, Peak Cover Connector with 2" peak. CABLE TRAY SYSTEMS Part No. CCS (Electro-Galv.ISteel) 1 i I I 1 i 1 Tray Flange Use with any width tray. Not sold in pairs. Indoor use only. Suggest spacing 6' max. COVER CONNECTOR" '"'""'~':""'J.~I j .k~!J1: .'j;:~:.' ~ Part No. CC (For 011 covers ~xcept hot & peak type) , / i ...,/r"" ...... Wr t/ ....~. 1:.:--""1 _J''''~''-' 1: 1" "~~ ,I >:;.~ I' ~;'''I,., ..' / /, - " .~ -'::1"~'J:" -',IS-> I I Iv","" ~~,.~ :; ...........~I II ......~...... II r'::~~1 Catalo 1 Number 6 - Mill Go v. 7 - HDGAFi 8 - Alum. I T - 30455 I -24 I I -30 ! -36 i Example: 28-12CC for oluminu~, 12" wide Cover Connector HDGAF for Outdoor Use Includes: (2) 1A - 20" x 1" hex head cap screws. Suggested spacing Indoor: 3/5ide (6 totol)per 12'; Outdoor: 5/Side (10 total) per 12' 2 - 1t16" 4-11/.1" 5-11h" 6-1%" 7 - 2" i *1",2" or 3" standard. I Example: 28-EC-2 for 1t16" flange, aluminu~ outdoor, Elevmed (over (onnector with a 2' 1 raise I I L COPElADDER ElBlATED <tb~ER COf::!"NECfORS ''# , ; 1111' ,,1m; I, Part No. EM-CC Cover Jf1 #10 x 5;il" Self Drilling Screw ! R.;" Tray Channel HDGAF for Outdoor Use Includes: (3) #1 0 x ~ Sell drilling screws. Suggested spacing: Indoor: 3/Side (6 101.) per 12'; Outdoor: 5/Side (l0 tol.) per] 2' 7 - HDGAF 8 - Alum. T - 304SS * I ", 2" or 3" standard. Exam~e: 7-EM-((-2 for hot dipped galvanized, outdoal; Elevated (over (onnector with a 2" raise ~ ;>0("'<< %"" , z W!~ 'J q"'" ~ ,,~" " "'rrj 4i "'"l ~ # iW * , "~;. ill I~ ,BLIND ED" ",It:, ,,~U' .'1 ,. '.., I"" ~ 4_1" ' Part No. BE 22 Gage SIeel, ,040" Aluminum NOTE: 3Ai".16 spline bolts anci flange nuts furnished. ((lfulog Number -06BE = 6" (J52mm) -09BE = 9" (229mm) -12BE= 12" (305mm) -18BE = 18" (457mm) -24BE = 24" (610mm) -30BE = 30" (762mm) -36BE = 36" (914mm) Example: 38- I 28E lor 3" load depth, aluminum, 12" wide Blind End, Part No. 9156 Exlruded Alum. wilh Electrogalvanized Hex Head Screws Capacity: #6 AWG to 250 kcmil @ Ullisled E.24264 @- Certified File No. lR 9795 r~ r ~____jl ~13/411-l ~" .'--, '0 Accessories DROP OUT - PART Ntf 00 '" 1" " 14 Gage Steel, .080" Aluminuml i NOTE: (2) #10 x W' self tapping screws furnished. I (otolog Number "~ :?>)'" i '~ S'R :J VW -06DO = 6" (I 52mm} -09DO = 9" (229nlllb - I 2DO = 12" (305mn!! -18DO = 18" (457mnb .24DO = 24" (610mnb .30DO = 30" (762..,,)) -36DO = 36" (914mJ) Example: 8-12DO for aluminum, 12" wide, Drop obI. (BJ-4C A WG 1/0 copper wire 15W' long overall AWG 4/0 copper wire 15W' long overall No hardwore supplied 1,600 amperes NOTE: I Stainless Steel ! I I i COPE LADDER COPElADDER Barrier Stri 5 Part No. SB BARRIER STRIP-STRAIGRT SECTIO~ B_ '~k' ,'%W', '"w,'" '" , 0W~f"h' ',I, BARRIER STRIP ClAMP ,- I I Furnished with 4 barrier strip damps and necessary hardware, Cotalog Number 3 61Mill Galv.) -0 I SB. 12 4 7IHDGAF) 5 8 (Alum.) 6 T 1304 55) Example: 38-0 J 58- 12 for 3" load depth, aluminum straight barrier, 12' long. Part No. S~-RDW Indudes: I u.sblt 70798 I 504 2 ACD~ Nuts 707671500 Barrier - 5B Part No. FB BARRIER STRIP-RORIZONTAE FrrrIN~'''' ,-' " 1M #f 'I " I II Part No. BS -L Length: Splice - S" I Protector - I 44" i Furnished with 4 barrier strip damps and necessary hardware. Catolog Number 3 61MiII Galv.) -01 F8-06 4 7 lH DGAF) 5 8 (Alum.) 6 T (304 55) Example: 38-01 F8-06 for 3" load depth, aluminum fitting barrier, 6' long. Part No. OB, IB (DB Vert. Elbow outside shawn) BARRIER STRIP VERTICAL ttB~~0t. ~mSjoE"&i'lmmE~' "~. hi ,% ',' " .- COVER SCREW I Furnished with sufficient damp assemblies for installation. Additional damp assemblies may be ordered separalely. Catalog Number Barrier Strip Clamp ~ Ass'y (Fitting System ..;:: No.)-50735 Mill-Galv. & Alum. only ~~..-p ."' "' .' ~" ;~ ~" C< '~ \ '"'\ \ . \~~> \0-..-J 3 6 (Mill Golv.) 90 4 7 (HDGAF) 60 5 8 (Alum.) 45 6 T 1304 55} 30 Example: 38-9008- 12 for 3" load depth, aluminum 900 outside vertical barrier with I 2" radius. 08 = Outside 12" (305mm) 18 = Inside 24" {6 I Omm} 36" {91 4mm} I Part No. E^1-CC (electrogalv. steel) Part No. E'1-CC-SS (stainless steel) i i ! i I No. lOx W' long, stlf drilling-self tapping hex head plated steel screw. I ! i Suggested spacing: i Indaor. 8 per II 2'; Outdoor: J 0 Rer J 2' ! i I COPE LADDER COPELADDER Accessories COMBINATION HOLD-DOWN CLAMP & EXPAN~I0f>l1~U:I151f ,w ff " , " " ,r w ", ,", "" ,', , ~ ..~y 9131 Cast Zinc 9131-DC Dichromate Plated Zinc Hardware purchased separately 10 suit support syslem. Calalog No. 9131-HDW (Complete Hardware Kit) Hardware list: (2) Combinalion hold-down damp & expansion guide (2) 1;2" - 13 x 11;2" Cap Screw (2) 1;2" Flat Washer (2) Clamping Nut (Strut Nul) Teeth Firm Connect Expansion Part No. 9052 EXPANSION GOlDE " d~A Part No 9053 FIRM HOLD-DOWN CLAMP ~ l Expansion 6-9052 Elec. Galv. 8-9052 Cast Alum. Firm 6-9053 Bee. Galv. Hold-Dawn 8-9053 Cast Alum. Note: Electroplated set screws induded Universal Guide: for either side of ladder. Use when tray is mounted on I-beams or channels. No draling required. 5CC-150 % lth 6CC-300 3th 5CC-250 m 21h 6CC.400 4th 5CC-400 2lh 4 6CC-450 5 5CC-450 2~ 41h GCC-650 7 5CC-600 4lJ4 6 GCC-850 9 GCC-IOO lOth GCC- 115 12 GCC-135 14 CABLE TRAY SYSTEMS 11III COPELADDER Su~orts I 9043-37 41/4" Overall Height Side Members 9043 51/.1" Overall Height Side Members 9025-98 61;4" & 71/4" Overall Height Side Members ladder Supports can be bolted anywhere along the straight runs. They can be bolted directly onto the coupler plates at splices of straight runs and riser fittings, or they can be bolted at any place in the run by fjeld-drilling side rails. lodder supports are used with either :Mi" or W' hanger rads. Finish is electrogolvonized. 9702-06 61N 41/2" 3" 450 Ibs. T 9702-09 9W 41/2" 3" 3751bs. B c 9702-12 6" 12W' 4lf2" 3" 300 Ibs. ~t 9702-15 9" 1Sl!2" 4lf2" 3" 260 Ibs. 9702-18 12" 18W 6" 41/2" 2251bs. 9702-24 18" 241/2" 6" 4l!2" 200 Ibs. 9702-30 24" 30W' 6" 41/2" 17 5 Ibs. * Uniform load rating is normal~ twice the end load rating. For use with all types of Cope ladder and Trough systems. Finish is mill-galvanized. Order hardware separately. CHANNEL-TYPE sUPPoR"i~:::5'!tM..IIt.1P .y" -_"%>>1$# " " v._ ~/-" For use with all types of Cope ladder and Trough systems. Finish is mill-galvanized. Order hardware separately. For use with all types of Cope ladder and Trough systems. Finish is mill-galvanized. Order hardware separately. Standard IMy for Lighter Loads. Heavy Duty for Heavier Loads 9720-12 6" 12" 9720-15 9" 15" 9720-18 12" 18" 9720-24 18" 24" * Uniform load rating is normally twice the end load rating. 350 Ibs. 2751bs. 230 Ibs. 17 5 Ibs. 9721-24 18" 24" I 9721-30 24" 30" 9721-36 30" 36" 9721-42 36" 42" I * Uniform load rating is normally twice the end lood rating. 480 Ibs. 3851bs. 320 Ibs. 30 Sibs. COPE LADDER 9038- 236 237 238 41A x 13;16 2" 4Vl6 9038- 246 247 248 5V4 X 1:VJ6 2" Wl6 9038- 256 257 258 6V4 X 1:VJ6 2" W16 9038- 266 267 268 7V4 X 1:VJ6 '1' 7*16 9038- 436 437 438 41,4 x lV4 29M' 4Vl6 9038- 446 447 448 5V4X lV4 2~6" 5Vl6 9038- 456 457 458 6Vl x lVl 2~6" 6Vl6 9038- 466 467 468 71,4 x lVl 29M' 7Vl6 CABLE TRAY SYSTEMS COPELADDER " ,"" ~m w_~~:;:~'" 0pWJ <<;\:4 WAll SUPPORT BRACKETS "",""; " ,"',. w 113/16" ) 9037-12 6" 12V4 10" 6" 9037-18 12" 18V4" 11" T' 9037-24 18" 241A" 11" T' 9037-30 24" 30W 12" 8" 9037-36 30" 36V4" 12" 8" 9037-42 36" 42V4" 12" 8" 'Uniform load roting is normally twice the end-load roting. Finish is hot-dip galvanized after fabrication. Order hardware separately. '1' 2000 Ibs. 2W' 20001bs. 2W' 16001bs. 4" 1300 Ibs. 4" 11001bs. 4" 900 Ibs. Part No. 7-HGRl (Steel), Part No. 8-HGRl (Aluminum) (Sold Individually) Use 112" Diameter Threaded Rod with Washer & Nut Su ort Brackets & Tra STRUCTURAL SUPPORT BRACKET _In" "I- ,~": I 1112" ___..IIiP___..~.&t~I'i!mi 9036-31 24" 3m" 20001bs. 9036-37 30" 371A" 1800 Ibs. 9036-45 36" 45Vl" 15001bs. *Unifonn load rating is normally twice the end-load raflng. For use with (ope ladder 24" or wider. May be welded or bolted to building steel. Rnish is hot-dip galvanized after fabrication. Order hardware separately. >;" i:X w" hr SINGLE LADDER HANGERS ;'.'" "_r Cope ladder Hangers are sized according to the side rail height and flange dimensions of various Cope ladders. The 17/32" holes accommodate either %" or 112" diameter threaded rod. Order hardware separately. Finish is MiII-Galv., HDGAF, ar Aluminum. COPELADDER Tro SIN6tER@i!rH~~~E'RJiliSLJ15PORT ,r , " 0, ", '~r0,; "w,; ,-, '0,;t: '%;/", ''''0,;,', "'.' '" ::1 ".11'% 'W""; , " .,M; A -1 Rod Coupler (or Beam Clamp) Threaded Rod 15/6" X 1 !Ve" x 12 Gage Strut Channel \ :: ______ Hex Nut . Square Washer II 'I " E.M.T Sleeve II II t, II II II Catalog Number P200 GY (Pre-Galv) HG (Hot Dipped Galvl 3M{J" (9.53mm) 12=1h" (12.7 mm) 000 - No Rod 036 - 36" (914mm) on - n" {1828mm} 120 - 120"(3048mm} 144 - 144" (3658mm) 14" (356mm) 17" (432mml 20" (508mml 26" (661mml 32" (813mm) 38" (966mml 44" (I11SmmI Example: P200- 20-GY- I 2-036-B is a Single 20" pre-galvanized channel with vt x 36" drop rod and P2622 clamp. Note: *Order channel length S"longer than tray width. For example, 44" channel for 36" Iray. ** Other channel types and finishes available upon request. Contact factory. A - Bridgeport B - P2622 o - No Clamp R - Rod Coupler S - Special T~pEt !0!J!~tt~ ~[)~,P()RT ' "n, ,w. '" " -y;;I,..1 _,:;"/,;,\%' lIt..: '-,'", '" .., T200E Assembly T201 E Assembly ___ Beam Clamp (as selected) -- Threaded Rod 15/a" X l!Va"X 12 Gage Strut Channel I Back-to-Back Strut Channel I /:... Hex Nut y . Square Washer ~ Fender Washer Hex Nut Catalog Number ___ Beam Clamp (as selected) -- Threaded Rod /:... Hex Nut y Square Washer , Fender Washer Hex Nut 38=%" (9.53mml I 2=1h" (I 2.7mm) 16" (407mml 19" (483mm) 22" (559mm) 28" (712mml 34" (864mm) 40" (l017mm) 46" (1169mm) Example: T200E- 22 -GY.12-036.B is a Single 22" pre-galvanized channel with W' x 36" drop rod and P2622 clamp. Note: *Order channel length 10" longer than tray width. For exam~e, 46" channel for 36" tray. ** Other channel types and finishes ava~able upon request. Contact factary. 000 - NoRod 036 - 36" (914mm) 072 . 72" (1828mm) 120 - 120" (3048mml 144 - I 44" (3658mml A -Bridgeport B - P2622 o - No Clamp R - Rod Coupler S - Special COPE LADDER 11III COPELADDER Metal Framing I Allied Support Systems offers a complete line of metal framing channel and components. A sample is shown below. please contact factory for more information. 15;8" X 31;4" x 12 Ga. 15;8" X 15;8" x 14 Ga. 15;8" X 27/16" x 12 Ga. 15;8" X 15;8 x 12 Ga." 15;8" X 13;8" x 12 Ga. 15;8" X 1" x 12 Ga. 15;8" X 13/16" x 14 Ga. 15;8" X 13/16" x 12 Ga. METAHRAMINtrlTn[)mm;"lm.~~ESSORIES . .,.,. .". ..,'. ..;~..L .;,.~Ilf;t ~~M.' ~ Beam Clamps Electrical Fittings Brackets Concrete Inserts Framing Fittings Spring Nuts Pipe Clamps Post Bases CABLE TRAY SYSTEMS Trolleys Pipe Rollers Pipe Hangers COPE LADDER Cope cable rollers are easily mounted and removed and are applicable for small control cables as well as the largest armored cables. All bearing wheels turn independently with a minimum of friction. The freely running wheels are smooth surfaced and closely spaced to prevent cable damage. Cable roller assemblies consist of painted steel frame and zinc plated wheels. Two" J" bolts and mounting hardware are supplied with straight and radius rollers. 9UQ'Rl111_W~1)ill w -" '" ., .w.~ <<#ffJ ""1 ~ I Part No. 9R-0024 90"ii~fYirIIff'"~rl.1~' .'*'" M.. . ''J . M" lB.0;. .IL ? .1. ~ Ji}:'~w ""= " '" Part No. 9R-0036 900 rollers are available in twa sizes - 24' and 36" radius. Horizontal and vertical ban bearing roners assure easy pun and contral on 900 turns at all paints of contact. Cope 900 rollers can be top or inside mounted on any manufacturer's tray or ladder. Handles the heaviest cable with ease. Rollers STRAI~Ht ROLtERITOPS'Ml10NTEDJ ... . .. . -t.;.. f.!r.fil_~_ "",__,. 'h" ',' ",., . .', IR-I21S 12to 18" tray IR-1824 18 to 24'tray IR-2430 24 to 30" troy IR-3036 30 to 36" troy RAlDllJ~5Ratl..ER (Bl1noM'MooNtED) - " tlll,..ql",_,.,.._,"MI~""'., ,', _""MIE"'? '" "...,... On ...,...w X~~,,!iLllM18\illilli!!.:iilL, """',~ , ,n"......'~,-^'" RR-1218 1210 IS" tray RR.IS24 18to 24'1roy RR-2430 24 to 30" tray RR-3036 30 to 36" troy Note: Width of roller segment is constant. Length of bottom mounting channel changes to lit tray width listed. COPE LADDER COPELADDER ALl.JMINOM" t" "'j "" @""*"'" SYSTEM FITTING NUMBER PREFIX 1 B38 ..............................238 1 B48 ..............................248 3B58 ..............................258 1 B68 ..............................268 3B38 ..............................238 5B38 ..... .................... .....238 3B48 ..............................248 5B58 .............................. 258 5B68 .............................. 268 7448..............................448 1 D58 .............................. 458 1 E68 ..............................468 3D38 .............................. 438 5038..... ........... ... ...... ..... 438 3D48 ..... ................ .... ..... 448 3658 .... ....... ............... .... 458 5E38 ................ ......... ..... 438 5048.. ... ............. ............448 7D58 ..... .................... ..... 458 9D58 .............................. 458 7G58 ............................. 458 5D58 ..... ......................... 458 5D68 ..... ....... ......... ..... ....468 CABLE TRAY SYSTEMS """ ~3iu.0 -(:.. <<,", - '"' *"" mil ;ili"" MILL GALV- SYSTEM FITTING NUMBER PREFIX 8236 ..............................236 8246.............................. 246 8256..............................256 8266.............................. 266 8B36 ..............................236 8B66 ..............................266 8846..............................246 6256..............................256 8036.............................. 436 8D46 ..... .................. ....... 446 8D56 .............................. 456 8466..............................466 6D36 ..... ..... ....................436 4D36 ..... .................... ..... 436 6446 ............ .................. 446 6456 ....... ......... .............. 456 8D66 ..... ....... .............. .... 466 6466 ........... ........ ....... ....466 4D46 ..... ................ ......... 446 6056..... ............ ............. 456 6D66 ..... .... .......... ....... .... 466 4D56 .............................. 456 4466..............................466 4B36 .............................. 236 6B46 .............................. 246 4B46 .............................. 246 2036..... ....... ..... ......... .... 436 2046..... ....... ....... ....... .... 446 2D56 ..... ............ ......... ....456 11 D56... .............. ..... ...... 456 Su ested Fittin 5 , HOO:AF 'f " t" ,,', SYSTEM FITTING NUMBER PREFIX 8237..............................237 8247........... ....... .... ........ 247 8257.............................. 257 8267..............................267 8B37 ..............................237 8B67 ..............................267 8B47 .............................. 247 6257.. ....... .... ............ ..... 257 8D37..............................437 8D47..............................447 8D57..............................457 8467..............................467 6D37 .............................. 437 4D37 .. ......... .... ....... ........ 437 6447 .. ......... ... ................ 447 6457............... ...............457 8D67 ............... ....... ........467 6467........... ....... ............ 467 4D47 .. ...... ....... ....... .... ....447 6D57 .. ......... ...................457 6D67 .............................. 467 4D57 .. ...................... ......457 4467 ..............................467 4B37 ..............................237 6B47 ... .............. ............. 247 4B47 .. ........ ........ ........ ....247 2D37 . ......... ................ .... 437 2D47 .......... .............. ...... 447 2D57 .............................. 457 11 D57 ............................457 COPELADDER By specifying the NEMA class designation, you will use the simplest, clearest, and most complete method of specification available and automatically incorporate support span in feet, working {allowable} load in pounds per linear foot, a safety factor of 1.5, a concentrated load if present; and, all other design, manufacturing and test standards including electrical continuity. All you need to do is add the desired load depth, rung spacing, radius of fittings, metal and finish. You may add accessory information pursuant to your project. Here is a typical specifica- tion for an outdoor tray system where the working (allowable) load has been determined to be approximately 75 pounds per foot on support spans of 12'. SPECIFICATION ALUMINUM COPE LADDER SYSTEM Cable ladder shall be manufactured by a company regularly engaged in the manufacture of metal cable trays and shall be a member of NEMA. Trays shall conform to NEMA Metal Cable Tray Standard Publication VE-1 (latest issue). 1. Cable ladder shall be NEMA Classification 12B of the widths indicated. 2. Material shall be aluminum alloy with side rails and rungs of 6063. 3. Finish shall be natural. 4. Inside load depth to be NEMA Standard 3". 5. Fittings shall be 12" radius for control cables and 24" radius for power cables. (This must be commensurate with the cable manufacturers' recommended minimum bending radius.) 6. All top level trays in stacks, and single runs to have raised peaked, aluminum ventilated covers with heavy duty hold down clamps every 3'-0". 7. Install expansion connectors, expansion guides, and hold down clamps per NEMA Standard VE-1 . 8. Where slopes or horizontal bends of trays are not at the Standard NEMA angles, use adjustable connectors. If the angle is too great for cable bending radius, use combina- tions of fitting and adjustable connectors. 9. Separate all cables of different volt ages in the same tray using the manufacturer's standard barriers and barrier hold down system. 10. The Cable ladder system will be used as an equipment grounding conductor. 11. To save space fittings shall have no tangents. To Facilitate field installation use one pair of universal type connector plates for rigid joints. 12. Cable ladder shall have outward facing side rails with tubular rungs assembled into side rails by cold swaging. Cable support surface on top of rungs to be Aattened. Inside of tray shall not have flanges or other projections. Full access to the contents of the Cable ladder shall be available. 13. Trays shall be Cope Cable ladder System Number 3B38 as manuFactured by T. J. Cope, Inc. COPE LADDER ), ,!') ARNOLD AND O'SHERIDAN INC CONSUI.TING Ii: N (II NEE R. S E EI E!7I2JIJ ,',j'.:! I,,~; March 15, 2005 Kevin Benner City of Oshkosh 215 Church Avenue PO Box 1130 Oshkosh, VVI 54903-1130 MAR 1 6 2005 OEPARTMOn Of C{)MMUf~~rrY DEVELOPMENT Re: American International Machinery Carton Folding Machine - Electrical review @ Stratograph Plant, 3465 Moser St., Oshkosh, WI 54901-1262 A&O Project No. 050025 Dear Mr. Benner: This is the final report on the electrical evaluation of the carton folding machine, manufactured by American International Machinery, Inc that has been installed at the Stratograph Plant, 3465 Moser St., Oshkosh, VVI. Since the International Machinery, Inc. equipment is not listed/labeled by one of the testing laboratories recognized by the State of VVisconsin, the city of Oshkosh requires that the equipment be evaluated to applicable American Nationals Standards (ANSI), National Electrical Code (NEC), State ofVVisconsin COMM 16 code requirements. I have evaluated the Firing Circuits, Inc equipment with respect to the applicable National Fire Protection Agency, NFPA 79, "Electrical Standard for Industrial Machinery" (2002 Edition), NEC (2002 edition) and COMM 16 (June 2003) code requirements. The evaluation was performed at the Stratograph Plant, 3465 Moser St., Oshkosh, VVI. The equipment is located in production area of the plant. This evaluation is only for the electrical construction of the carton folding machine and does not include glue machinery add-ons by the Owner. The carton folding machine is manufactured by American International Machinery, Inc. This review is limited to the carton folding machinery and related wiring. The panelboards and circuitry providing electrical power to this equipment since these facilities are either UL 1111 DEMING WAY, MADISON, WI 53717 TELEPHONE: (608) 821-8500 FACSIMILE: (608) 821-8501 4125 N. 124TH STREET, BROOKFIELD, WI 53005 TELEPHONE: (262) 783-6130 FACSIMILE: (262) 783-5121 WISCONSIN OFFICES IN MADISON AND MILWAUKEE I: \2005\050025\EngineeringIReportlFinal Report.doc Kevin Benner Re: American futemational Machinery - Carton Folding Machine Stratograph Plant, Oshkosh, WI City a/Oshkosh, Inspection Department Page 2 listed equipment or are required to comply with the National Electrical Code, State and Local Electrical codes. The Electrical Drawings and Installation, Operating & Maintenance Manual ofthe equipment were reviewed. It is my opinion that this information is adequate for a qualified person to understand the operation of the equipment. The objective of this evaluation is to perform an on-site review of the electrical equipment in order to gather construction and operating data concerning its safety. Although compliance with all of the requirements of the stated references can not be verified by nondestructive methods; electrical authorities may consider favorable results of the evaluation by an independent (i.e. not affiliated with the manufacturer, the Owner/tenant of the occupancy, or the electrical and/or general contractor working on the installation) third party to be indicative of a satisfactory level of design and construction safety. This third party evaluation method is more practical when conditions of frequent design improvements or low production volume make listing by a nationally recognized testing laboratory impractical. Many requirements of the safety standards and electrical codes are intended to prevent fire and shock hazards from occurring during normal operating conditions and to protect against abnormal conditions that may occur. Most of the performance tests that are conducted prior to the listing of equipment are potentially destructive and cannot reasonably be conducted on equipment that is later to be used in its intended applications. Therefore, an attempt has been made to evaluate this equipment in terms of the predicted results of such tests without actually conducting the tests and to verify the suitability of the equipment to the application. The elements used in the evaluation include, but are not limited to: overall electrical design and construction, suitability of materials and components, types and ratings of overcurrent and overload protections, interlocks and controls, proper ventilation, available energy, integrity of raceways and enclosures, wiring methods, grounding and the use ofUL recognized or listed components. The equipment as originally provided by the manufacturer DID NOT comply with the electrical construction requirements of the applicable standards. The portions ofthe standard that required modifications of the equipment to be in compliance with the stated references are noted on the attachment to this report and have been completed. The Check List and Test Reports conducted by Electrical Testing Services are attached. The Check List has corresponding paragraph numbers to NFP A 79 "Electrical Standards for Industrial Machinery". Each paragraph indicates whether this machine complies, does not comply or the paragraph is not applicable to this machine. It is our opinion that the carton forming machine is in compliance with NFP A 79 standards and will be safe for operation by trained personnel in the City of Oshkosh, Wisconsin. If you have any questions or comments, please call me at 608-821-8500. I: \2005\050025\Engineering\ReportlFinal Report.doc Oc ~ Re: American International Machinery - Carton Folding Machine Stratograph Plant, Oshkosh, WI Page 3 Kevin Benner City of Oshkosh, Inspection Department Sincerely, Arnold & O'sheridan, Inc. CONSULTING ENGINEERS . ~ .. >:? ~~ Larry Stuckman Director of Power Engineering Enc!. cc: Jerry Coleman American International Machinery, Inc. 7725 South 6th Street Oak Creek, WI 43154 P.S. Jerry, Please forward a copy to Stratograph for their records. I: \200S\050025\Engineering\ReportlFinaI Report.doc NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005 01-14 NFPA-79.xls paragraph Icomplies Inon-compliance not applicable IResponse By: IComments MACHINE NAMEPLATE DATA MFR: American International Machinery 7725 South 6th Street Oak Creek, WI 414-764-3223 Date of MFR: 2004 Model: Signature 90 N46 CS Serial Number: FG 2482 220 V, 60 Hz, 3-phase Note: 1. Glue system equipment is a customer addon to the carton folding machine and was not reviewed for compliance with NFPA-79. Indicates non-compliant work that was modified after inspection to comply with standard Machine must be desiqned for: 4.3.2.1 X Mfr +10% Voltage variation 4.3.2.2 X Mfr +1 %Frequency variation :t10% Total Harmonic distortion - 4.3.2.3 X Mfr voltage 4.3.2.4 X Mfr 2% Voltage Unbalance Peak impulse- 2 times nominal with 500 nanosec rise, 500 4.3.2.5 X Mfr millisec drop 4.3.2.6 X Mfr 4.3.2.7 X Mfr 4.3.3.1 X Mfr 4.3.3.2 X Mfr 4.3.4.1 X Mfr 4.3.4.2 X Mfr 4.3.4.3 X Mfr 4.4.1 X Mfr 4.4.2 X Mfr 4.4.3 X Mfr Humudity Range 20-95% non- 4.4.4 X Mfr condensinq 4.4.5 X ~ ADD: cover hole in front base 4.4.6 X channel of Control Panel 4.4.7 X 4.4.8 X Project No. 050025 Stratagraph Oshkosh, WI Page 1 " NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 4.5 X 4.6 X 4.7 X 5.1.1 X 5.1.2 X ground identified with green tape 5.1.3 X supply circuit terminated on 5.1.4 X ii. MAIN breaker 5.2 X , 5.3.1.1 X ADD: MAIN DISCONNECT ID 5.3.1.1.1 X tag on MAIN breaker 5.3.1.1.2 .' X 5.3.1.2 X 5.3.1.3 X Arc Flash Hazard sign on outside 5.3.1.4 X of Control Panel door 5.3.1.5 X 5.3.1.6 X 5.3.1.7 X MAIN breaker: Replace with UL 5.3.2 X listed breaker. 5.3.3.1 X 5.3.3.2 X 5.3.3.3 X 5.3.3.3.1 X 5.3.4.1 X 5.3.4.2 X 5.3.5.1 X 5.3.5.2 X 5.3.5.3 X 5.3.5.4 X 5.4.1 X 5.4.2 X Remote breaker @ supply panel 5.4.3 X 5.4.4 X operator pushbutton stations 5.5.1 X 5.5.2 X 5.5.3 X 5.5.4 X Project No. 050025 Stratagraph Oshkosh, WI Page 2 , ~.' NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 5.5.5 X Some parts are not covered, but 6.2 X door is interlocked 6.2.1 X 6.2.2.1 X 6.2.3.1 X 6.2.3.1.1 X 6.2.3.1.2 X 6.2.3.2 X 6.2.3.3 X 6.3.1.1 X 24V controls 6.3.2 X 6.4.1 X 6.4.2 X 7.2.1.1 X 7.2.1.2 X 7.2.1.3 X 7.2.2 X 7.2.3 X 7.2.4.1 X 7.2.4.2.1 X 7.2.4.2.2 X 7.2.4.2.3 X 7.2.4.2.4 X 7.2.4.2.5 X 7.2.4.2.6 X 7.2.5.1 X 7.2.5.2 X 7.2.6 X Replace 1-pole breaker with 2- pole breaker on primary of 7.2.7.1 X 500V A transformer 7.2.8 X 7.2.9 X See 5.3.3.2 Motor protection is coordinated 7.2.10.1 X with motor ratings 7.2.10.2 X 7.2.10.3 X 7.2.10.4 X 7.2.11.1 X 7.2.11.2 X 7.2.11.3 X Project No. 050025 Stratagraph Oshkosh, WI Page 3 NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 7.2.12 X 7.2.13 X 7.2.14 X 7.3.1.1 X 7.3.1.2 X 7.3.2 X 7.3.3 X 7.3.3.1 X Same as 7.2.10.1 7.3.3.2 X 7.3.3.3 X 7.4 X 7.5.1 X 7.5.2 X 7.5.3 X 7.6.1 X 7.6.2 X 7.8 X Exrernal Lightning protection. 7.9.1 X Auto shutdown on overvoltage. 7.9.2 X 7.9.3 X 7.10.1 X 7.10.2 X 7.10.2.1 X 7.10.2.2 X 8.1.2 X 8.2.1 X 8.2.1.1 X 8.2.1.2.1 X 8.2.1.2.2 X 8.2.1.2.3 X ADD TAG Ground, Gnd or Grd to incoming supply ground 8.2.1.2.4 X terminals. 8.2.1.2.5 X 8.2.2 X 8.2.2.1 X 8.2.2.2 X 8.2.2.3 X 8.2.2.3.1 X 8.2.3.1 X 8.2.3.2 X Project No. 050025 Stratagraph Oshkosh, WI Page 4 . . NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 8.2.3.3 X 8.2.3.4 X 8.2.3.5 X 8.2.3.6.1 X 8.2.3.6.2 X 8.2.3.7 X 8.2.3.8 X 8.2.4 X 8.2.5.1 X . .. .... 8.2.5.2 X 8.3 X CONNECT OV to OV to ground 8.3.1 X on Transformer TR. 8.4.1 X 8.4.2 X 8.4.3 X 9.1.1.1 X 9.1.1.2 X 9.1.1.3 X 9.1.1.4 X 9.1.1.5 X 9.1.2.1 X 9.1.2.2 X 9.1.3 X 9.1.4.1 X 9.1.4.2 X 9.2.1 X 9.2.2 X 9.2.3.1 X 9.2.3.2 X 9.2.3.3 X 9.2.3.4 X 9.2.4 X 9.2.5.1.1 X 9.2.5.1.2 X 9.2.5.2.1 X 9.2.5.2.2 X 9.2.5.2.3 X 9.2.5.2.4 X 9.2.5.3.1 X 9.2.5.3.2 X 9.2.5.3.3 X Project No. 050025 Stratagraph Oshkosh, WI Page 5 . . NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005 01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 9.2.5.4.1 X 9.2.5.4.1.1 X 9.2.5.4.1.2 X 9.2.5.4.1.3 X 9.2.5.4.1.4 X 9.2.5.4.1.5 X 9.2.5.4.2 X 9.2.5.4.2.1 X 9.2.5.4.2.2 X 9.2.5.5.1 X 9.2.5.5.2 X 9.2.5.6 X 9.2.5.7.1 X 9.2.5.7.2 X 9.2.5.7.3 X 9.2.6 X 9.2.7.1.1 X 9.2.7.1.2 X 9.2.7.1.3 X 9.2.7.2.1 X 9.2.7.2.2 X 9.2.7.2.3 X 9.2.7.3.1 X 9.2.7.3.2 X 9.2.7.4 X 9.2.7.5 X 9.2.7.6 X 9.3.1 X 9.3.2 X 9.3.3.1 X 9.3.3.2 X 9.3.4.1 X 9.3.4.2 X 9.3.4.3 X 9.3.4.4 X 9.3.5.1 X 9.3.5.2 X 9.3.6 X 9.4.1 X 9.4.2.1 X 9.4.2.2.1 X 9.4.2.2.2 X Project No. 050025 Stratagraph Oshkosh, WI Page 6 . . NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 9.4.3 X 10.1.2.1 X 10.1.2.2 X 10.1.3 X 10.1.4.1 X 10.1.4.2 X 10.1.5.1 X 10.1.5.2 X 10.1.6.1.1 X 10.1.6.1.2 X 10.1.6.1.3 X 10.1.6.2 X 10.1.7 X 10.2.1 X 10.2.2.1 X 10.2.2.2 X 10.2.2.3 X 10.2.2.4 X 10.2.2.5 X 10.2.2.6 X 10.2.2.7 X 10.2.3.1 X 10.2.3.2 X 10.3.1 X 10.3.2 X 10.3.3 X 10.4 X 10.5 X 10.6 X 10.7.1.1 X 10.7.1.2 X 10.7.2.1 X 10.7.2.2 X 10.7.2.3 X 10.7.3 X ADD yellow background behind 10.7.4 X E-Stops. 10.7.5.1 X 10.7.5.2 X 10.8.1 X 10.8.2.1 X 10.8.2.2 X Project No. 050025 Stratagraph Oshkosh, WI Page 7 . . NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005 01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 10.8.2.3 X 10.8.3 X 10.8.4.1 X Same as 10.7.5.2 10.8.4.2 X 10.8.5 X 10.9 X 11.1.2 X 11.1.3 X 11.2.1.1 X 11.2.1.2 X 11.2.2 X 11.2.3 X 11.2.4 X 11.3.1 X 11.3.2.1 X 11.3.2.2 X 11.3.2.3 X 11.3.3 X 11.3.4 X 12.1.1 X MFR. Specified that panel construction shall be UL508 12.1.2 X compliant. 12.1.3 X 12.1.4 X Same as 6.2.3-door interlocks 12.2.1.1 X 12.2.1.2 X 12.2.1.3 X 12.2.1.4 X 12.2.1.5 X 12.2.1.5.1 X 12.2.1.5.2 X 12.2.1.5.3 X 12.2.1.5.4 X 12.2.1.6 X 12.2.1.7 X 12.2.1.8 X 12.2.1.9 X 12.2.2.1 X 12.2.2.2 X 12.2.2.3 X 12.2.2.4 X Project No. 050025 Stratagraph Oshkosh, WI Page 8 , . . NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 12.2.2.5 X 12.2.3 X 12.3.1 X 12.3.2 X NEMA Type 1 gasketed. 12.4.1 X 12.4.2 X 12.4.3 X 12.4.4 X 12.4.5 X 12.4.6 X 12.4.7 X 12.4.8 X 12.4.9 X 12.4.10 X Same as 4.4.6. 12.4.11 X 12.4.12 X 12.4.13 X 12.5 X 12.5.1 X 12.5.1.1 X 12.5.1.2 X 12.5.1.3 X 12.5.2 X 12.5.2.1 X 12.5.2.2 X 12.5.3 X 12.6.1 X 12.6.2 X 12.6.3 X 13.1.1 X AWM VW-1 wire. 13.1.2 X 13.1.3 X 13.1.4 X 13.2.1 X 13.2.2 X 13.2.3 X 13.2.4 X 13.2.5 X 13.2.6 X 13.2.7.1 X 13.2.7.2 X 13.3.1 X Project No. 050025 Stratagraph Oshkosh, WI Page 9 , . NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005 01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 13.3.2 X 13.3.3 X 13.4.1 X 13.4.2 X 13.4.3 X 13.4.4 X 13.5.1 X 13.5.2 X 13.5.3 X 13.5.4 X 13.5.5 X 13.5.6 X 13.5.7 X 13.6.1.1 X 13.6.1.2 X 13.6.2 X 13.6.3 X 13.6.4 X 13.6.5 X 13.7.1.1 X 13.7.1.2 X 13.7.2 X 13.7.3 X 13.8.1 X 13.8.2 X 13.8.3 X 14.1.1.1 X 14.1.1.2 X 14.1.1.3 X 14.1.1.4 X 14.1.1.5 X 14.1.1.6 X 14.1.1.7 X 14.1.1.8 X 14.1.1.9 X 14.1.1.10 X 14.1.1.11 X 14.1.2.1 X 14.1.2.2 X 14.1.2.3 X 14.1.2.4 X 14.1.3 X Project No. 050025 Stratagraph Oshkosh, WI Page 10 , ~ . NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST . CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 14.1.4.1 X 14.1.4.2 X 14.1.4.3 X 14.1.4.4 X 14.1.4.5 X 14.1.4.6 X 14.1.4.7 X 14.1.4.8 X 14.1.4.9 X 14.1.4.10 X 14.1.5.1 X 14.1.5.2 X 14.1.5.3 X 14.1.5.4 X 14.1.5.5 X 14.1.5.6 X 14.2.1.1 X 14.2.1.2 X See 14.2.1.1 14.2.2.1 X 14.2.2.2 X 14.2.3.1 X 14.2.3.2 X 14.2.3.3 X 14.2.4.1 X 14.2.4.2 X 14.2.4.3 X 14.3.1 X 14.3.2 X 14.3.3 X 14.3.4 X 14.3.5 X 14.3.6 X 14.3.7 X 14.4.1 X 14.4.2.1 X 14.4.2.2 X 14.4.2.3 X 14.4.2.4 X 14.4.2.5 X 14.4.3.1 X 14.4.3.2 X 14.4.3.3 X Project No. 050025 Stratagraph Oshkosh, WI Page 11 . :::- ,,:::l ~ NFPA-79, 2002 EDITION COMPLIANCE CHECK [1ST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 14.4.3.4 X 14.4.3.5 X 14.4.3.6.1 X 14.4.3.6.2 X 14.4.3.6.3 X 14.4.3.7 X 14.4.3.8 X 14.4.4 X 14.4.5.1 X 14.4.5.2 X 14.4.5.3 X 14.4.5.4 X 14.4.5.5 X 14.4.5.6 X 14.4.5.7 X 14.4.6 X 14.5.1.1 X 14.5.1.2 X 14.5.1.3 X 14.5.1.4 X 14.5.2 X 14.5.3.1.1 X 14.5.3.1.2 X 14.5.3.1 .3 X ADD diamond plate bridge over flex conduit on floor by control 14.5.3.1.4 X cabinet. 14.5.3.1.5 X 14.5.3.2.1.1 X 14.5.3.2.1.2 X 14.5.3.2.2 X 14.5.3.2.3 X 14.5.3.2.4 X 14.5.3.3.1 X 14.5.3.3.2 X 14.5.3.3.3 X 14.5.3.3.4 X 14.5.4.1 .1 X 14.5.4.1.2 X 14.5.4.1.3 X 14.5.4.1.4 X 14.5.4.2 X Project No. 050025 Stratagraph Oshkosh, WI Page 12 . < NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 14.5.4.3 X 14.5.5.1 X 14.5.5.2 X 14.5.5.3 X 14.5.5.4 X 14.5.5.5 X 14.5.5.6 X 14.5.5.7 X 14.5.6.1 X 14.5.6.2 X 14.5.6.3 X 14.5.6.4 X 14.5.6.5 X 14.5.6.6 X 14.5.7 X 14.5.8.1 X 14.5.8.2 X 14.5.9.1 X 14.5.9.2 X 14.5.9.3 X 14.5.9.4 X 14.5.10 X 14.5.10.1 X 15.1 X 15.3 X 15.4.1 X 15.4.2 X 15.4.3 X 15.4.4 X 15.5 X 15.6 X 15.7 X ADD motor markings (NFPA 70 15.8 X Section 430.7) 16.1.1 X 16.1.2 X 16.2.1.1 X 16.2.1.2 X 16.2.1.3 X 16.2.1.4 X 16.2.1.5 X 16.2.2.1 X Project No. 050025 Stratagraph Oshkosh, WI Page 13 ... < t'. t~ '" NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005 01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 16.2.2.2 X 16.2.2.3 X 16.2.2.4 X 16.2.2.5 X 16.2.2.1 X 16.2.2.2 X 16.2.3 X 16.2.4.1 X 16.2.4.2 ; X 16.2.4.3 X 17.1.1 X 17.1.2 X 17.2.1 X 17.2.2 X 17.2.3 X 17.2.4 X 17.2.5 X 17.2.6 X 17.3 X 17.4.1 X The full load current is 52 amps. 17.4.2 X This is not in the O&M Manual. 17.4.3 X , 17.4.4 X 17.4.5 X 17.5.1 X 17.5.2 X 17.5.3 X ADD motor ID Tags per 17.5.4 X schematic/wiring drawings. ADD motor ID Tags per 17.5.5 X schematic/wiring drawings. 17.5.6 X 17.5.7 X 18.1.1 X 18.1.2 X 18.1.3 X 18.2 X 18.3.1 X 18.3.2 X 18.3.3 X Project No. 050025 Stratagraph Oshkosh, WI Page 14 (0, "" ... >r -,., ~ \!' NFPA-79, 2002 EDITION COMPLIANCE CHECK LIST CLIENT: American International Machinery PROJECT: Carton Forming Machine - Stratagraph, 3465 Moser, Oshkosk, WI BY: LNS Date: 5-14-05 FILE: 2005_01-14 NFPA-79.xls paragraph complies non-compliance not applicable Response By: Comments 18.4 X 18.5.1 X 18.5.2 X . 18.5.3 X 18.5.4 X 18.5.5 X 18.5.6 X .. 18.5.7 X 18.6 X 18.7.1 X 18.7.2 X 18.7.3 X 18.7.4 X 18.7.5.1 X 18.7.5.2 X 18.7.6 X 18.7.7 X 18.7.8 X 18.7.9 X ,.. 18.8.1 X 18.8.2 X .... 18.9.1 X 18.9.2 X 18.10.1 X 18.10.2 X 19.1 X Reports attached. 19.2 X Reports attached. 19.3 X Reports attached. 19.4 X Reports attached. 19.5 X Reports attached. 19.6 X Reports attached. 19.7 X Reports attached. Project No. 050025 Stratagraph Oshkosh, WI Page 15 ETS Electrical Technology Services 3255 Highveiw Dr. Appleton, WI 54914 Larry Stuckman Arnold and O'Sheridan 1111 Deming way Madison, WI 53717-1953 RE.: Stratograph - Oshkosh A and 0 project# 50025 Dear Larry, Please see the test results below from the on site testing performed on March 04, 2005. This testing was performed on the new carton folding machine and was in accordance with NFP A 79 chapter 19. SECTION 19.1 (1) PASS (compliance with technical documents) (2) PASS (section 19.3) (insulation resistance test) (3) PASS (section 19.4) (voltage tests) ( 4) PASS (section 19.5) (protection against residual voltages) (5) PASS (section 19.6) (safety and safeguards functional test) SECTION 19.2 (1) Equipment grounding circuit continuity = 0.06 ohm (PASS) (2) Not used SECTION 19.3 L1-grd = 1000Mohm / L2-grd = 1000Mohm / L3-grd = 1000Mohm @500vdc SECTION 19.7 Not Applicable (modification retest) This equipment passed all tests and is ready for service. Performed by: J~s~~~ ~(d:7-~--"""---"'-"-'.. ~ank you for allowing us to perform this maintenance for you. If you have any questions regarding this report or any other electrical maintenance topics please don't hesitate to contact me. Office (920) 968-0281/ Cell (920) 858-4224 / email iamesh@ets-ets.com 3255 Highveiw Dr. Appleton, WI 54914 Ph. 920-968-0281 Fx. 920-968-0282 VlV\TW.cts-ets.com