Series 2, 3, 4, & 5 Aluminum - Straight Sections Eeion MW Bilin sories Cable Tay SystemsSeries 2, 3, 4, & 5 Aluminum - Accessories SS att L- thru L-17 Works We know that your time is important! That's why the color-coding system in this catalog is designed to help you select products that fit your service needs. Products are marked to indicate the typical lead time for orders of 50, pieces or less. Customer: How do I select my straight sections. covers, or fittings so that | get the quickest tuaround? Service Advisor: Each part of aur selection chart is shown in colors, If any section of a part number is a different color, the part will typically ship with the longer lead time represented by the colors. © Groen = Fastest shipped items @ Black = Normal lead-time items Normally long lead-time items Example: MA VT 24 - 148 Part will have a normal ee e@ e lead time because of the VT bottom type. B-Line series Cable Trey Systems 12 uunuwunry § 7 “y ‘eZ seu9SSeries 2, 3, 4, & 5 Aluminum - Straight Sections 3" NEMA VE 1 Loading Depth 4" Side Rail Height Straight Section Part Numbering Pref Example: 24 A 09- 24-144 Series Material “Width @ A= Aluminum eu-c © on e098 @aiz-t0n ew . eH2s Hea ow ° em ° e350 ° a © 36-36" © Primary Length. @ Secondary Length. See page C-23 for explanation of lengths. Ladder Type Solid Bottom (Spocify Rung Spacing) (© Groen = Fastest shipneditems @ Black = Normal lesdsime items @ Fes = Normally long lead-time items All dimensions in parentheses are milimeters unless othenw/se specieg Eeion 1 Bilin sories Cable Tay SystemsSeries 2, 3, 4, & 5 Aluminum - Straight Sections NEMA VE 1 Loading Depth 4" Side Rail Height Values are based on simple bear tests per NEMA VE 1 on 26" wide eable tray with rungs spaced on 12" centers. Cable ays wil sunport without collapse a 200 Ia 190.7 ka) eoneentrated load over and above published loads. Published load safety factor i 15, To convert 1.5 safety factor to 2.0, multiply the published load by 0.75, To obtain midispan deflection, multiply aload by the daflection ‘multiplier. Cable tray must be supported on spans shorter than oF equal othe length of the cable tray being installed, Individual rungs will support without colapse 2 200 Ib (90.7 kg) concentrated lead applied at the mis-span ofthe rung, over and above the NEMA rated cable load with a 1.5 safety factor fr highlighted NEMA spans and loads. Biline | SideRail | NEMA,CSA&UL | Span Load Deflection Design Factors| Span Load Deflection Design Factors, Series Dimensions Classifications | ft__Ibs/ft_Multiplier for Two Rails _meters_kg/m Multiplier _for Two Rails == | NEMA 164,120 | 67) 487") O0OT 18 72s") 0017 lCSA:27kgim30m| 8 | 284 | 0.003 | ea 105i | 24 422 | 0055 Area =6.77 env a | | am { 03m 40) //1at ooo] “Se= 138i |//3.0N | 27D" 0.196) x= 21.96 om ULCossSeciond | 12 128 | 0016 | k=285in | 37 187 | 0279 | k=118630m ‘wea 100%m | 14 | 93/0030 | 43) 138 | oste = 161 00s 49105 | os \Whan trays are used in continuous spans, the deflection ofthe tray is reduced by as much as 60%. Design factors: k'= Moment of Inerta, x = Section Modulus. * When using TE" rung spacing, load capacty is limited to 394 tbft (586.27 kgf for 20" tray with and 325 Inst 48.6 kgf for 36" trey width Bline | Side Rail ‘Span Load Deflection Design Factors | Span Load Deflection Design Factors Dimensions Classifications ft Ibs/ft__Multiplier for Two Rails meters _kg/m Multiplier for Two Rails “=F | _ NEMA208 J IO] 225-0008 30) 300) 0106 TTI Jeseetigmeim| 12 135 cots seas tse | 37 | 225 | 0222 | Aca = 88zen a an| Dm Wass 0gea “See trie 43 ATT 0ag0 | Sx= 2573em “ | UL Cross-Sectional | 16 88 0.040 b 69 ine 49 129 0.693 Ix = 183.59 cme eae ite [estefan jeboat $s) ae) so = 2 | $5 0% 6) | | tae \Whan trays ae used in continuous spans, the deflection ofthe tray i reduced by as much as 60%. Design factors: k = Moment of Inara, Sx = Section Medulus, Biine Side Rail NEMA,CSA&UL | Span Load Deflection Design Factors| Span Load Deflection Design Factors Dimensions Clastfeations for Two Rais for Two ale SLE | REWA:208, 166 J TIO) a2) 000s 30) «76 007 | os tr2igmeon| 12 72 oon a7 | xr | oe 5 =| om 14s) tea) 0017 430/20 |) 0295 ao I UL Cross-Sectional | 16 125, 0.030 49 186 0.505 | ik = 207.28 crm wes 150i | 18) 99 | 0047 551470810 2% | 007 er |g | zm \When tava ore used in eantinuous apane, the deflection of the tray a reduoed by 6a much ae 60%. Design fectora: k= Moment of Inara, Sx = Section Modulus All dimensions in parentheses are milimeters unless otherwise snectad B-Line series Cable Tray Systems La Eaton