HELUKABLE Robotic PROFINET Cable

PBSI Helukabel 400

February 10, 2020

HELUKABEL’s PROFINET cable is part of its broad portfolio of Industrial Ethernet cables – HELUKAT PROFINET Type R Torsion .

PROFINET standards have traditionally be divided into three classifications – Type A, B and C. However, a new type has recently been added, Type R, which is designated for robotic applications. In summary:

  • –   Type A – solid conductor for fixed installation
  • –   Type B – stranded conductor for some movement or areas exposed to vibrations
  • –   Type C – stranded conductors for continuous-flex/permanently moving applications (i.e. drag chains)
  • –   Type R – stranded conductors for robotic applications

As technology has changed to more automated equipment in industrial applications, customers are shifting from using systems that use PROFIBUS protocol to ones that use PROFINET due to the increased data transmission rates required to maintain operational efficiency in real-time.

Furthermore, dynamic requirements – acceleration, speed, etc. – have increased and created more mechanical stress and electromagnetic interference (EMI). Increased EMI is a byproduct of robot density, i.e. more robots in the same production cell, and the higher speeds because in order to produce the required acceleration, the motors need more power/torque. Additionally, EMI can be found in the application where the robot is used, e.g. a painting or handling robot experiences a lower EMI load than a welding robot, since the welding process generates a certain level of EMI.

HELUKAT PROFINET Type R Torsion is rated Category 5e and offers excellent transmission characteristics in EMI-heavy environments due to its double-shielding design that is suited for robotic applications that undergo continuous torsion loads. It has been tested to withstand more than five million torsion cycles under loads of +/-180°/m, and more than five million flexing cycles in a drag chain at acceleration rates of two Gs (20 m/s2) and a maximum speed of 11 mph (300 m/min). It can be used in environments that vary in temperature between -40°F and +176°F (-40°C – +80°C). The PUR jacket is flame retardant and halogen-free according to IEC 60332-1-2 and 60754-1, respectively. Additionally, the HELUKAT PROFINET Type R Torsion is UL recognized under AWM Style 21161 80°C, and meets the standards according to ISO/IEC 11801, and EN 50173.

Go HERE for more info

Related Articles


Latest Articles


Changing Scene

  • CAF-FCA Welcomes Federal Apprenticeship Investments, Urges Focus on Implementation

    CAF-FCA Welcomes Federal Apprenticeship Investments, Urges Focus on Implementation

    May 1, 2026 CAF-FCA welcomes the federal government’s strong focus on skilled trades in the 2026 Spring Economic Update, including new investments in apprenticeship pathways, financial supports, and employer incentives. These measures reflect long standing priorities advanced by employers and partners across the country. The Canadian Apprenticeship Forum (CAF-FCA) welcomes the Government of Canada’s renewed Read More…

  • ECABC Announces 2026 Hall of Fame Inductees

    ECABC Announces 2026 Hall of Fame Inductees

    April 30, 2026 ECABC is proud to announce that Bill Strain and Rob Tate will be inducted into the ECABC Electrical Hall of Fame this June. Bill and Rob have devoted their careers to the electrical contracting industry in British Columbia. Induction into the Electrical Hall of Fame is the highest honour the Association can Read More…

  • Nexans Initiates Copper Mark Recertification for Montreal Site

    Nexans Initiates Copper Mark Recertification for Montreal Site

    April 27, 2026 Nexans Canada Inc. has initiated the Copper Mark recertification process for its site located at 460 Durocher Avenue in Montreal. As part of this process, an independent external assessment of the site is scheduled for April 22–24, 2026. Copper Mark is an independent assurance framework designed to assess the responsible practices of industrial sites against recognized Read More…

  • Fort Frances Memorial Sports Centre Adding Solar as Part of GICB Program

    Fort Frances Memorial Sports Centre Adding Solar as Part of GICB Program

    April 27, 2026 The Fort Frances Memorial Sports Centre will generate solar energy following an investment of $589,762 from the federal government through the Green and Inclusive Community Buildings (GICB) program. This funding will reduce greenhouse gas emissions and annual electricity costs for the facility. A rooftop solar generation system will convert solar energy into Read More…