CFRIP - tear strip for faster stripping

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Buck Reynolds
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Outer jacket: Pressure extruded, gusset filling, flame-retardant TPE mixture 12 cores or more: Bundles with optimized pitch length and pitch direction Conductor: Fine-wire strand in especially

1 Outer jacket: Pressure extruded, gusset filling, flame-retardant TPE mixture 12 cores or more: Bundles with optimized pitch length and pitch direction Conductor: Fine-wire strand in especially bendingstable version consisting of bare copper wires Core insulation: Mechanically high-quality TPE mixture CFRIP - tear strip for faster stripping Strain relief (5 cores ( 1,0 mm² 4 cores) or more) : Centre element for high tensile stresses Possible bundles: Example drawing (For a detail overview see construction table) Core design: Conductor: Fine-wire strand in especially bending-stable version consisting of bare copper wires (following DIN EN 60228). Core insulation: Mechanically high-quality TPE mixture. Core identification: 0,5 mm²: (see colour code table) Colour code in accordance with DIN ,75 mm²: Black cores with white numerals & one core greenyellow*. * 3 cores and more. (see colour code table) CF9.UL.X.X.INI: Colour code in accordance to INI-Standard. Jacket design: Outer jacket: Low-adhesion mixture on the basis of TPE, especially abrasion-stable and highly bending-stable, adapted to suit the requirements in e-chains. oil-resistant (following DIN EN ) biooil-resistant (following VDMA (tested by DEA with Plantocut 8 S-MB)) flame-retardant (following IEC , CEI 20-35, FT-1 & VW-1) hydrolysis-resistant (following DIN VDE 0282 Part 10 - A) microbe-resistant (following DIN EN 50396) silicon-free (following PV status 1992) lead-free (following 2011/65/EU (RoHS-II)) clean room ISO class 1 (following DIN ISO tested by IPA) UV-resistance: High Colour outer jacket: Slate grey (similar to RAL 7015) Cable marking (White): m ** igus chainflex CF9.UL /500V E cя Uus AWM Style VW-1 AWM I/II A/B 90 C ---V FT-1 CE General mechanical values: (for individual details see technical table) RoHS-II conform +++ chainflex cable works +++ ** Length printing: Not calibrated. Only intended as an orientation aid. / : Cable identification according to part no. (see technical table for details). Ex.: CF9.UL.02.02: igus chainflex CF9.UL x0,25 300/500V / : Printing of the UL-Style / -Voltage (see certifications for details). Ex.: CF9.UL.02.02: Style VW -1 AWM I/II A/B 90 C 300V FT-1 Guaranteed lifetime for this series according to the "chainflex guarantee club" conditions (see chainflex catalogue and Double strokes 5 million 7,5 million 10 million Temperature (from/to) [ C] Travel distance (TD) Min. bending radius for e-chain use [Factor multiplied by outer diameter (d)] (Ex.: CF9.UL at 20 C: 5,0 x 5,5 mm Min. bending radius 27,5 mm) -35 / -25 6,8 7,8 8,8-25 / +90 > 400 m 5,0 6,0 7,0 +90 / ,8 7,8 8,8 : Minimum guarantee lifetime of the cable under the specified conditions. The installation of the cable is recommended within the middle temperature range. Temperature range -40 C -35 C -25 C +90 C +100 C Min. bending radius for fixed installation 6,8 x d 5,0 x d 4,0 x d 5,0 x d Torsion (at 1 m cable length) --- ±45 ±90 ±45 Please refer regarding the availability of the items especially the information in the latest chainflex catalogue. Page 1/5

2 General electrical values: (for individual details see technical table) Nominal voltage: 300 / 500 V (following DIN VDE 0245) Test voltage: 2 kv (following VDE ) Certifications: : 0,34 mm²: (E310776: Style & 21529, 300 V / 90 C) 0,5 mm²: (E310776: Style & 21387, 1000 V / 90 C) GL type approval certificate: No HH Guidelines: CE, NFPA (following chapter 12.9), EAC & TR (CTP) Dynamic values: Max. speed for e-chain use:*** Unsupported: v = 10 m / s Gliding (up to 400 m and more): v = 6 m / s Max. acceleration for e-chain use:*** a = 100 m / s 2 *** These values are based on specific applications or tests. They do not represent the limit of what is technically feasible. Typical lab test setup for this cable group: Test bending radius R: approx mm Test travel S: approx m Test period: min. 2-4 million double strokes Test speed: approx. 0,5-2 m / s Test acceleration: approx. 0,5-1,5 m / s 2 e-chain - control cable for maximum load requirements: especially abrasion stable almost unlimited resistance to oil, also with biooils for unsupported travel distances and up to 400 m and more in gliding applications UV-resistant CE, RoHS-II,, GL type approval certificate, NFPA, EAC & TR (CTP) Typical application areas: Indoor and outdoor applications. Storage and retrieval units for high-bay warehouses, machining units / machine tools, quick handling, clean room, semiconductor insertion, ship to shore, outdoor cranes, low-temperature applications. Please refer regarding the availability of the items especially the information in the latest chainflex catalogue. Page 2/5

3 CF9.UL Technical tables: Mechanical values: Number of cores & nominal cross section [mm²]**** External diameter (d)***** [max. mm] Copper index Weight CF9.UL x0,25 5, CF9.UL INI 3x0,25 5, CF9.UL x0,25 5, CF9.UL x0,25 6, CF9.UL x0,25 7, CF9.UL x0,25 7, CF9.UL x0,25 8, CF9.UL INI 4x0,34 6, CF9.UL INI 5x0,34 6, CF9.UL x0,34 6, CF9.UL x0,34 7, CF9.UL x0,5 6, CF9.UL x0,5 6, CF9.UL x0,5 7, CF9.UL x0,5 7, CF9.UL x0,5 8, CF9.UL x0,5 11, CF9.UL x0,5 13, CF9.UL x0,5 14, CF9.UL x0,5 18, CF9.UL G0,75 7, CF9.UL G0,75 8, CF9.UL G0,75 9, CF9.UL G0,75 13, CF9.UL G0,75 15, CF9.UL G0,75 16, CF9.UL G1,0 7, CF9.UL G1,0 8, CF9.UL G1,0 9, CF9.UL G1,0 14, CF9.UL G1,0 16, CF9.UL G1,0 18, CF9.UL G1,5 9, CF9.UL G1,5 9, CF9.UL.15.07****** 7G1,5 11, CF9.UL G1,5 16, CF9.UL G1,5 19, CF9.UL G1,5 22, (Table continuous on next page) **** G Cable contains a greenyellow core. ***** External diameters are maximum values and may tend toward lower tolerance limits. ****** Using the cables with 7G1,5 mm² and 7G2,5 mm² it is essential: Travel distance 5m bending radius 17 x d Please refer regarding the availability of the items especially the information in the latest chainflex catalogue. Page 3/5

4 CF9.UL Number of cores & nominal cross section [mm²]**** External diameter (d)***** [max. mm] Copper index Weight CF9.UL G2,5 10, CF9.UL G2,5 11, CF9.UL.25.07****** 7G2,5 13, CF9.UL G2,5 19, CF9.UL G2,5 21, CF9.UL G2,5 24, CF9.UL G2,5 27, CF9.UL G4,0 12, CF9.UL G6,0 14, **** G Cable contains a greenyellow core. ***** External diameters are maximum values and may tend toward lower tolerance limits. ****** Using the cables with 7G1,5 mm² and 7G2,5 mm² it is essential: Travel distance 5m bending radius 17 x d Electrical values: Nominal cross section [mm²] Conductor resistance [approx. Ω / km] at 20 C Max. current rating [A] at 30 C (following) DIN IEC DIN VDE , , , , ,0 19,5 17 1,5 13,3 21 2, ,0 4, ,0 3,3 53 The max. current rating depends on factors such as the individual environmental conditions and the type of installation. DIN colour code: No. Colour No. Colour No. Colour 01 white 13 whitegreen 25 whiteblack 02 brown 14 browngreen 26 brownblack 03 green 15 whiteyellow 27 greygreen 04 yellow 16 yellowbrown 28 yellowgrey 05 grey 17 whitegrey 29 pinkgreen 06 pink 18 greybrown 30 yellowpink 07 blue 19 whitepink 31 greenblue 08 red 20 pinkbrown 32 yellowblue 09 black 21 whiteblue 33 greenred 10 violet 22 brownblue 34 yellowred 11 greypink 23 whitered 35 greenblack 12 redblue 24 brownred 36 yellowblack INI Standard colour code: CF9.UL INI CF9.UL INI CF9.UL INI Colour code brown, blue, black brown, blue, black, white brown, blue, black, white, greenyellow Please refer regarding the availability of the items especially the information in the latest chainflex catalogue. Page 4/5

of cores Core stranding CF9.UL.XX.02 CF9.

UL.XX.05 /.INI 4 5 CF9.UL.XX.06 CF9.UL.XX.07 6 7 CF9.

5 Construction table: No. of cores Core stranding No. of cores Core stranding CF9.UL.XX.02 CF9.UL.XX.03 /.INI 2 3 CF9.UL.XX.04 /.INI CF9.UL.XX.05 /.INI 4 5 CF9.UL.XX.06 CF9.UL.XX CF9.UL.XX.08 CF9.UL.XX x3 CF9.UL.XX.16 CF9.UL.XX.18 4x4 CF9.UL.XX.20 5x4 CF9.UL.XX.36 6x6 Please refer regarding the availability of the items especially the information in the latest chainflex catalogue. Page 5/5 6x3 CF9.UL.XX.25 5x5

Conductor: Fine-wire strand consisting of bare copper wires (following DIN EN 60228). Mechanically high-quality TPE mixture. (see colour code table)

Outer jacket: Pressure extruded, gusset filling PVC mixture 12 cores or more: Bundles with optimized pitch length and pitch direction Conductor: Fine-wire strand consisting of bare copper wires Core insulation: