Motor cables
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Spindle cables/Single cores CF885 PVC Medium voltage cables CFCRANE.PUR pur V 10 -20/+80 36 month chainflex® guarantee Guaranteed lifetime for predictable reliability ► Selection table page 288 With the help of the chainflex® service life calculator, you can quickly and easily calculate the expected service life of chainflex® cables specifically for your application:

chainflex® cable Guaranteed lifetime Minimum bend radius [factor x d] Minimum bend radius [factor x d] Minimum bend radius [factor x d] Motor cables 5 million (1 million) double strokes * 7.5 million (3 million) double strokes * 10 million (5 million) double strokes * (1) Exclusive! Guaranteed lifetime for this series according to the guarantee conditions ► Page 22-23 * Higher number of double strokes? Online lifetime calculation ► www.igus.eu/chainflexlife Figures in brackets refer to chainflex® series CF885/CF886 and CF895/CF896

chainflex® cable Minimum bend radius [factor x d] Minimum bend radius [factor x d] Minimum bend radius [factor x d] Spindle cables/Single cores 5 million (1 million) double strokes * 7.5 million (3 million) double strokes * 10 million (5 million) double strokes * > Exclusive! Guaranteed lifetime for this series according to the guarantee conditions ► Page 22-23 * Higher number of double strokes? Online lifetime calculation ► www.igus.eu/chainflexlife Figures in brackets refer to chainflex® series CF885 and CF886

Motor cable | PVC | chainflex® CF885 Class 3.1.1.1 Basic requirements Travel distance Oil resistance Torsion Flame retardant • For flexing applications • PVC outer jacket • Flame retardant ER[Cp Bend radius Conductor Core insulation Core structure Core identification Outer jacket e-chain® linear flexible fixed e-chain® linear flexible fixed unsupported minimum 15 x d minimum 12 x d minimum 8 x d +5 °C up to +70 °C -5 °C up to +70 °C (following DIN EN 60811-504) -15 °C up to +70 °C (following DIN EN 50305) 3 m/s Unsupported travel distances up to 10 m, Class 1 Conductor consisting of bare...

Motor cable | PVC | chainflex® CF886 Class 3.1.1.1 Basic requirements Travel distance Oil resistance Torsion Flame retardant • For flexing applications • PVC outer jacket • Shielded • Flame retardant ER[Cp Bend radius Conductor Core insulation Core structure Core identification Overall shield Outer jacket Nominal voltage Testing voltage e-chain® linear flexible fixed e-chain® linear flexible fixed unsupported minimum 15 x d minimum 12 x d minimum 8 x d +5 °C up to +70 °C -5 °C up to +70 °C (following DIN EN 60811-504) -15 °C up to +70 °C (following DIN EN 50305) 3 m/s Unsupported travel...

Motor cable | PVC | chainflex® CF210.UL Class 4.2.2.1 Basic requirements Travel distance Oil resistance Torsion none mT3T highest none |1 | 2 | 3 | 4 ±360° • For medium duty applications • Flame retardant• PVC outer jacket • Shielded • Oil-resistant oil Flame retardant Bend radius Conductor Core insulation Core structure Core identification Intermediate layer Overall shield Outer jacket e-chain® linear flexible fixed e-chain® linear flexible fixed unsupported gliding 50 m/s2 minimum 10 x d minimum 8 x d minimum 5 x d +5 °C up to +70 °C -5 °C up to +70 °C (following DIN EN 60811-504) -15 °C...

Motor cable | PVC | chainflex® CF30 Class 5.5.2.2 Basic requirements Travel distance Oil resistance Torsion low |1 | 2 13 14 MeT7 highest unsupported |1 | 2 | 3 m > 400 none mT3T highest Properties and approvals UV resistance uv Oil resistance • For heavy duty applications • PVC outer jacket • Oil-resistant • Flame retardant Optimised core insulation ^ Flame retardant 0 Silicone-free UL/CSA Dynamic information Bend radius Cable structure Conductor Core insulation Core structure Core identification Outer jacket CFRIP® Electrical information Nominal voltage 7U Testing voltage e-chain® linear...

Motor cable | PVC | chainflex® CF30 Class 5.5.2.2 Strip cables 50% faster igus chain flex"' CF30 Example image Note: The given outer diameters are maximum values and may tend toward lower tolerance limits. G = with green-yellow earth core x = without earth core 300 EPLAN download, configurators ► www.igus.eu/CF30

Motor cable | PVC | chainflex® CF31 Class 5.5.2.1 Basic requirements low ME highest Oil resistance none highest • For heavy duty applications • PVC outer jacket • Shielded • Oil-resistant • Flame retardant Optimised core insulation ^ Flame retardant 0 Silicone-free Dynamic information Bend radius Temperature v max. a max. Travel distance e-chain® linear flexible fixed e-chain® linear flexible fixed unsupported gliding 80 m/s2 minimum 7.5 x d minimum 6 x d minimum 4 x d +5 °C up to +70 °C -5 °C up to +70 °C (following DIN EN 60811-504) -15 °C up to +70 °C (following DIN EN 50305) 10 m/s 5...

Motor cable | PVC | chainflex CF31 Basic requirements Travel distance Oil resistance Torsion low unsupported none none Strip cables 50% faster Example image Number of cores and conductor nominal cross section Copper index Order example: CF31.15.04 – to your desired length (0.5 m steps) CF31 chainflex® series .15 Code nominal cross section .04 Number of cores Online order  www.chainflex.eu/CF31 Delivery time 24hrs or today. Delivery time means time until goods are shipped. month guarantee EPLAN download, configurators  www.igus.eu/CF31 Note: The given outer diameters are maximum values and...

Motor cable | iguPUR | chainflex® CF895 Class 3.1.3.1 Basic requirements low m highest Oil resistance none H highest • For flexing applications • iguPUR outer jacket • Oil-resistant • Flame retardant Flame retardant Bend radius Conductor Core insulation Core structure Core identification Outer jacket e-chain® linear flexible fixed e-chain® linear flexible fixed unsupported minimum 15 x d minimum 12 x d minimum 8 x d -20 °C up to +80 °C -40 °C up to +80 °C (following DIN EN 60811-504) -50 °C up to +80 °C (following DIN EN 50305) 3 m/s Unsupported travel distances up to 10 m, Class 1...