QuickTrax Compact and cost-effective cable carriers with two-component technology

Transcription

1 A member of the TSUBAKI GROUP QuickTra Compact and cost-effective cable carriers with two-component technology Etremely fast and easy cable installation thanks to openable crossbar with film hinge Very quiet thanks to integrated noise damping system High strength chain construction Etensive unsupported length High torsional rigidity Chain links made of plastic Intelligent 2-shot-design: hard cable carrier body, soft crossbars hinge Etensive unsupported length Single-part mounting brackets witntegratable strain relief devices Gentle on the cables interior space without projecting edges Very quiet thanks to internal noise damping system Quick and easy to open Designs witnward or outward opening crossbars Every chain link is made of two different materials: Hard cable carrier body made of fiberglass-reinforced material Crossbars with film hinge made of a special fleible plastic Dividers and height separations for cable separation ubject to change QuickTra links are easy to open with a standard screwdriver for quick installation and field service of cables and hoses Optimized materials and design yeilds longer self-supporting strength and rigidity Fleible cavity partitioning options for optimal cable separation Need help? or wwwkabelschleppcom 01

2 GENERAL DATA Total Machine Travel (L S ) E V A 6 CONOMIC ALUE DDED A product group s EVA score is a general indicator that allows a customer to quickly and easily compare a product group s basic price, features, capabilities and value relative to other comparably sized products within the KS product range Download 3D CAD files, videos, updated product info & much more at: wwwkabelschleppcom/quicktrahtm Dimensions in inches (mm) Technical Data Retracted H U B C L Fied End Etended Moving End t = Link Pitch 126 (32) Calculation of Chain Length L S = total machine travel = 314 (2 t safety factor) L K = chain length required L K = LS 2 length of the curve ( )* * Assumes the Fied Point is located at the Center of the Total Machine Travel Design 030/040 Mounting Height H Bend Radius Depot U B Loop Length Option A 323 (82) 110 (28) 286 (73) 598 (152) Option B 402 (102) 326 (83) 724 (184) Option C Option D Option E Option F 480 (122) 693 (176) 890 (226) 1087 (276) 189 (48) 295 (75) 394 (100) 492* (125)* 367 (93) 472 (1) 571 (145) 669 (170) * special order, 846 (215) 1181 (300) 1492 (379) 1799 (457) Additional Load lbs ft Self-Supporting Lengths kg m Unsupported ft Length m How To Order Etended Travel: When application travel eceeds the selfsupporting length of the carrier, QuickTra carrier systems are designed to glide on themselves in a guide channel For more information on etended travel systems, see pages Number of Systems Req Carrier Type Carrier Design Cavity Width (Bi ) Bend Radius # of Links Length Type & Position Brackets Dividers (#vert / #horz) Links FA/MA 2v/1h 02

3 02_02_Basic-Line_QuickTra_A5_USAqd7 9/24/11 2: PM Page 74 A member of the TSUBAKI GROUP Design 030 opens on the outside radius Design 040 opens on the inside radius * 012 lbs/ft (018 kg/m) * Bi = 015 is special order hg hi Bk Bi t open style design has hinged-opening bars that open on the outside radius for easy cable and/or hose installation and service 012 lbs/ft (018 kg/m) * * Bi = 015 is special order hg hi Bk Bi open style design has hinged-opening bars that open on the inside radius for easy cable and/or hose installation and service t lbs/ft ( kg/m) lbs/ft ( kg/m) lbs/ft (042 kg/m) lbs/ft (042 kg/m) 0300* 037 lbs/ft ( kg/m) 0400* 037 lbs/ft ( kg/m) * Bi = 0 is special order * Bi = 0 is special order Need help? or wwwkabelschleppcom 03

4 Type QT 03Cavity partitioning options 02_02_Basic-Line_QuickTra_A5_USAqd7 9/24/11 2: PM Page 76 02_02_Basic-Line_QuickTra_A5_USAqd7 9/24/11 2: PM Page 77 Divider system TS 0 Divider system TS 1 with continuous height subdivision made of aluminum QuickTra Type S T 008 (2) The dividers can be moved in the cross section In the standard version, the divider systems are mounted on every second chain link Mounting For chain width bracket = dimensions (15 mm) racket dimensions Mounting bracket Mounting dimensionsbrackets height Plastic mounting brackets witntegrated strain relief brackets with height Plastic integrated mounting strain brackets relief witntegrated strain relief L k l widths 1 L widths k 15 roject planning service s T Type S T S H 008 (2) 009 (24) The dividers can be moved in the cross section Mounting 02_02_Basic-Line_QuickTra_A5_USAqd7 bracket dimensions 9/24/11 2: PM Page 76 Basic-Line_QuickTra_A5_USAqd7 9/24/11 Plastic 2: mounting PM Page brackets 9/24/11 76 height with 2: integrated PM strain Page relief Mounting bracket position variants Selection BASIC LINE ts relief ailable s QuickTra widths 15 s H In the standard version, the divider systems are mounted on every second chain link FA (Standard) FH M - Moving End F - Fied End In the standard version, the connectors are mounted with the threaded joint outwards (FA/MA) l 1 15 When ordering please specify Bracket the desired connection Position type (see ordering key on page 343) A - connecting surface on For chain width The connection = type (15 mm) can subsequently For outside chain be width altered radius B i simply = (standard) (25 mm) For chain width = (15 For mm) by varying the connectors chain width For chain = width (15 Bmm) i = (25 For mm) chain width = (25 mm) I - connecting surface on For chain width = (38 mm) For chain width = ( inside mm) radius H - connecting surface turned 90 The dimensions of the fied end and moving end brackets are identical to the outside radius Type B k n Z K - connecting surface turned to the inside radius MH 5 MA (Standard) Dimensions in inches (mm) Moving End L k l QuickTra Type B k n Z Mounting brackets without a strain relief project planning service 76 Selection BASIC LINE comb are also available please contact us 091 ge FK e For chain width = FI (25 mm) 091 Fied point For chain width = (38 mm) For chain width = ( mm) MI For chain width = (38 mm) For chain width = ( mm) MK The dimensions of the fied end and moving end brackets FK are identical The dimensions of the fied end and moving end brackets are identical FI Type B k n Z 15 2 Fied End FH 4 FA (Standard) 5 = Mounting Surface project planning service Mounting brackets without a strain relief comb are also available please contact us Subject to change Guide channels from page 305 MH MK Mounting bracket K position options Bracket End Subject to change MA (Standard) MI Driver Connection point M Moving End F Fied End Please specify the desired bracket variant and position when ordering Eample: FA/MA (Standard) or FA/MI Strain relief devices Cables for cable carrier systems The from bracket page 311 positions at the from Fied page End 354 and Moving End can be changed later if required Connection type A Threaded joint outside (standard) I Threaded joint inside H Threaded joint, rotated through 90 to the outside change Threaded joint, rotated through 90 to the inside I h I w

5 A member of the TSUBAKI GROUP The 2-shot-technology of QuickTra 03 The 2-shot-technology of QuickTra 03 makes it possible to unite seemingly non-integral characteristics: Ruggedness and Fleibility Cable carriers should be very rugged and have an etensive supporting length At the same time they should afford quick and easy set-up QuickTra 03 unites these qualities through an innovative design and the materials combination of hard chain elements made of fiberglass reinforced material with crossbars with film hinges made of specially formulated fleible synthetics/plastics high fleibility KG high stability fleible film hinge hard chain link of fiberglass reinforced material Hand openable quick opening and closing even without tools Thanks to their special design and fleible material, the crossbars can be unlocked very easily by hand They can also be opened just as easily with a screwdriver The crossbars are connected to the carrier by a film hinge so that they cannot be lost, and thus remain attached to the chain link even when they are in the open position High lateral stability thanks to the special locking feature in the stroke system High lateral stability thanks to the special locking feature in the stroke system The stops are locked in the bend radius stop and pretension stop This prevents the links from disengaging in these areas and achieves very high lateral stability Need help? or wwwkabelschleppcom 05