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Technical Data — MONO Series Type 0320 Connection variants Fixed point connection Driver connection H KR Lk l1 = 62 KR Connection MA(Standard) 12.5 H KR 62 Lk l1= 12.5 KR 25 H Lk Connection FI Lk l1 = 62 l1= 12.5 H Connection MI 12.5 25 H Lk l1 = 62 Connection FA(Standard) Lk l1= 12.5 KR H 62 12.5 Connection FK Connection MK Ordering Key for the connection: X X Connection point F - Fixed point M- Driver H Connection type A- Threaded joint to the outside (Standard) I - Threaded joint to the inside (towards KR) H- Connection element turned through 90° to the outside K- Connection element turned through 90° to the inside (towards KR) KR KR Lk l1 = 62 62 H The connection variants at the fixed point and at the driver can be combined and subsequently changed if required. Please state the desired connection variant when ordering. Connection FH 62 KR Lk Connection MH l1= 12.5 12.5 Example: FA/MA or FA/MK 3.014 Subject to technical changes! Mono
Technical Data — MONO Series Type 0450 Design of the Cable <strong>Carriers</strong> L S L f L S 2 t hG Chain pitch t = 45 mm Chain link height h G = 34/40 mm Connection height H min = 2KR + h G Connection length l 1 = cf. Connection Dimensions A flat and level surface is required for the carrier system to be installed properly. If necessary, a support tray should be installed. (cf.System Components section) Ü B H min = Loop overhang = Connection height Variable sizes depending on bend radius Load diagrams Unsupported length L f and travel length L S depending on the additional load (cf. Construction Guidelines) Calculation of chain length: L k ≈ L S 2 + L B LS L f rounded to pitch 45 mm Additional load qz in kg/m 3 2 1 L B KR Ü B 0 0 0.5 1.0 1.5 Unsupported length L f in m 0 1 2 3 Travel length L S in m l 1 Fixed point Moveable driver H Schematic of unsupported arrangement Bend radius KR* 52 60 75 94 110 125 150 200 mm mm mm mm mm mm mm mm Bend length L B 254 284 326 386 436 483 562 719 Ü B Ü B at h G = 34 mm at h G = 40 mm 114 117 122 125 137 140 156 159 --- 175 187 190 212 215 262 265 H min H min at h G = 34 mm at h G = 40 mm 138 144 154 160 184 190 222 228 --- 260 284 290 334 340 434 440 * cf. dimension table of chain cross sections Load diagram for an intrinsic chain weight q k of 0.8 kg/m. If the intrinsic chain weight exceeds q k 0.8 kg/m, the permissible additional load is lower. KR/RKR combinations are possible for circular movements. In these cases please contact us! Length with permitted sag L D and travel length L S depending on the additional load (cf. Construction Guidelines) 3 KR LS Calculation of chain length: L k ≈ L S + KR 2 + L B LD rounded to pitch 45 mm Additional load qz in kg/m 2 1 0 1.0 Length with permitted sag L D in m KR 52 KR 94 KR 150 KR 125 KR 200 1.5 2.0 2.5 2.0 3.0 4.0 5.0 Travel length L S in m Long travel lengths With long travel lengths the upper part of the cable carrier glides on its lower run in a guide channel. Design → cf. Construction Guidelines Guide channel → cf. System Components We recommend that a system of this kind be planned by one of our engineers. Mono Subject to technical changes! 3.015
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Plastic Cable Carriers 01/2003
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KABELSCHLEPP. . . GLOBAL STRENGTH C
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CAD-DATA ON THE INTERNET Visit us o
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THE RIGHT SOLUTION FOR EVERY SITUAT
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REASONS FOR USING KABELSCHLEPP …
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SELECTION OF CABLE CARRIER In order
Page 13 and 14: Kabelschlepp Kabelschlepp Kabelschl
Page 15 and 16: PRODUCT GROUP CHARACTERISTICS Cable
Page 17 and 18: FURTHER SUPPLY PROGRAMME PROTUM ext
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Page 21 and 22: Design Guidelines
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Page 47 and 48: Guidelines for the Laying of Cables
Page 49 and 50: Plastic Cable Carriers
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Page 91 and 92: KR 52 KR 125 KR 150 Technical Data
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Technical Data — UNIFLEX Series T
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Technical Data — UNIFLEX Series 3
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Energieführungsketten aus Kunststo
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Technical Data — K Series Type KC
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H Technical Data — K Series Type
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Technical Data — K Series Type KE
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Technical Data — M Series Profile
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Technical Data — M Series Type MC
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Technical Data — M Series Profile
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Technical Data — M Series Type ME
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Technical Data — M Series Type MK
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Technical Data — XL Series Type X
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Technical Data — M Series Type MT
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Type XLT Enclosed Cable Carriers wi
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QUATTROFLEX Enclosed Cable Carriers
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Technical Data - QUATTROFLEX Type T
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QUANTUM Cable Carrier System
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Technical Data - QUANTUM-Series Typ
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CONDUFLEX Flexible Energy Conduits
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Technical Data - CONDUFLEX CONDUFLE
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Technical Data - CONDUFLEX CONDUFLE
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System Components Support Tray One-
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System Components Guide Channels Gu
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System Components Explanation of Te
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System Components Loop Overhang Ü
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System Components Further possible
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System Components M-Series When cal
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System Components Table of Dimensio
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System Components Fixing Options fo
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Electric Cables Fully harnessed Sys
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System Components Positioning of th
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System Components Positioning of th
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System Components Fitting Instructi
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System Components Strain Relief Ele
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System Components Strain Relief Ele
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Interesting Technical Information R
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Interesting Technical Information C
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Interesting Technical Information
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Interesting Technical Information T
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Interesting Technical Information F
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Interesting Technical Information T
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Interesting Technical Information B
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Interesting Technical Information C
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Appendix
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Application Examples Type 0450 Cabl
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Application Examples Cable Carrier
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Application Examples Type KC 0650 C
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Application Examples Type 0450 and
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Application Examples KC-Series Cabl
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Application Examples Type 0625 Cabl
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Application Examples CONDUFLEX Flex
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8.16 Sketches / Notes
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8.18 Sketches / Notes
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FAX-Order Form for Plastic Cable Ca
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Sketches / Notes 8.22 We reserve th
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Sales Network KABELSCHLEPP GMBH D-5
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KABELSCHLEPP GMBH Marienborner Str.
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