chainflex® motor cable CFCRANE PUR

Name: chainflex® motor cable CFCRANE PUR (CFCRANE.PUR.350.01.6/10kV)
SKU: CFCRANE.PUR.350.01.6/10KV
Availability: Discontinued

Phase-out model

1. Extruded, highly abrasion-resistant PUR jacket mixture 2. High flexural strength copper overall shield 3. Conductive layer of conductive rubber 4. Extruded EPR insulation 5. Conductive layer of conductive rubber 6. High flexural strength special conductor

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Requirements: For maximum voltages and outputs
Download Data Sheet
Outer jacket: PUR
Overall shield
Coolant and Notch-resistant
Hydrolysis and microbe-resistant
Halogen and Silicone-free
UV resistance: Medium
Oil resistance: Oil-resistant according to DIN EN 50363-10-2
PVC-free
chainflex® class: 6.6.3.1

Part No.

CFCRANE.PUR.350.01.6/10KV

earlier: CFCRANE-PUR-350-01-6/10kV

Number of cores and conductor nominal cross section

1 x 2 AWG/6 AWG (35.0/16.0)

Outer diameter (d) max. [in]

This part is a discontinued model.

CFCRANE.PUR is a shielded PUR crane cable built for the maximum voltages and outputs of ship-to-shore and material-handling cranes, with almost unlimited oil resistance and long gliding travel. It has been superseded by the current CFCRANE, so new designs should specify that instead.

When to use it: High-power crane and hoist connections carrying maximum voltages and outputs over long gliding travels — ship-to-shore cranes and heavy material-handling systems.

When not to use it:

For any new design, use the current replacement CFCRANE
Where a standard machine drive connection is enough rather than a high-power crane run, step down to a conventional PUR motor cable such as CF27.D

Application areas: Ship-to-shore and material-handling cranes, hoists, and heavy conveyor systems requiring high-power, long-travel drive connections.

Guaranteed service life for this series according to guarantee conditions
Further information: chainflex® guarantee

Double strokes*					5 million	7.5 million	10 million
Temperature,	v max. [m/s]		a max.	Travel	R min. [Factor x d]	R min. [Factor x d]	R min. [Factor x d]
from/to [°C]	unsupported	gliding	[m/s²]	[m]
-20 / -10					12.5	13.5	14.5
-10 / +70	10	6	50	> 400	10	11	12
+70 / +80					12.5	13.5	14.5

* Higher number of double strokes possible - please ask for your individual calculation.