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chainflex® bus cable CFBUS

  • Requirements: For extremely heavy duty applications
  • Outer jacket: TPE
  • Overall shield
  • Oil resistance: Oil-resistant according to DIN EN 60811-404, resistant to organic oils according to VDMA 24568 with Plantocut 8 S-MB by DEA
  • Flame retardant
  • Hydrolysis and microbe-resistant
  • UV-resistant
  • chainflex® class: 6.6.4.1
Product description
chainflex® bus cable CFBUS
 
Typical application areas
  • For extremely heavy duty applications
  • Almost unlimited resistance to oil, also with bio-oils
  • Indoor and outdoor applications without direct solar radiation
  • Unsupported travels and gliding applications of up to 400 m and more
  • Bus connection cable for storage and retrieval units, machining units/machine tools, quick handling, clean room, semiconductor insertion, indoor cranes, low-temperature applications
Guaranteed service life for this series according to the guarantee conditions
More information: chainflex® Garanty
Double strokes* 5 million 7,5 million 10 million
Temperature, CFBUS
. 001 -. 049
 CFBUS
 . 050-. 070
CFBUS
. 001-. 049
CFBUS
. 050-. 070
CFBUS
. 001-. 049
CFBUS
. 050-. 070
from/to [°C]

 R min.
 [factor x d] 

  R min.
 [factor x d]
 R min.
 [factor x d] 
 R min.
 [factor x d] 
 R min.
 [factor x d] 
 R min.
 [factor x d] 
-35 / -25 12,5 15 13,5 16 14,5 17
-25 / +60 10 12,5 11 13,5 12 14,5
+60 / +70 12,5 15 13,5 16 14,5 17

* Higher number of double strokes possible - use the function of service life calculation on this page


 
Technical note bus cables
 
chainflex® bus cables are specially developed and tested for continuous use in e-chains® applications. Depending on
the used outer jacket material and the design principle, the bus cables are designed for different mechanical requirements
and media resistances.
The electrical design is selected in such a way that the electrical properties of the respective bus specification are reliably fulfilled
, and the greatest importance is also placed on high EMC safety. A permanent stability of the
electrical values despite permanent movement is also ensured.
However, the entire transmission property in a complete bus communication system is not exclusively
dependent on the cable used. Rather, it requires an exact coordination of all components (electronic components,
connection technology and cable) as well as the consideration of the maximum transmission rates which are dependent on the respective systems
in relation to the required data transmission rates. A cable is therefore not solely responsible for the secure transmission of the
signals.
igus® advises you in the design of the appropriate bus system, taking into account all these factors and carrying out extensive tests to
ensure the process reliability of your system from the start.
 
 
Certificates and standards
UV resistance<br>Medium Silicone-free<br>Free from silicon which can affect paint adhesion (according to PV 3.10.7 – status 1992). UL/CSA<br>CFBUS.001-.035 and CFBUS.055: Style 1589 and 21371, 30 V, 80 °C<br />CFBUS.040-.052 and CFBUS.060: Style 10138 and 21235, 300 V, 80 °C NFPA<br>Following NFPA 79-2012 chapter 12.9 DNV-GL<br>Certified according to DNV-GL Type Testing – Certificate No.: 61 935-14 HH EAC<br>Certified to no. TC RU C-DE. ME77.B.01218 CTP<br>Certified to no. C-DE.PB49.B.00416 Lead free<br>Following 2011/65/EU (RoHS-II) CEI<br>Following CEI 20-35 Clean room<br>According to ISO Class 1. Outer jacket material complies with CF34.UL.25.04.D, tested by IPA according to standard 14644-1 DESINA<br>According to VDW, DESINA standardization CE<br>Following 2014/35/EU
Technical data
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