CONTROL CABLE

In automation and instrumentation engineering, there's a saying: "The cable is the cheapest part of the machine, until it fails."

Many line stoppages are not caused by a fault in the PLC or motor, but rather by the incorrect specification of a control cable. Often, the choice falls on the "market standard" (commodities) based solely on the price per meter, ignoring critical variables such as movement cycles, chemical attack, and temperature.

As an Application Engineer at InnovcableEvery day I see industries replacing imported or generic cables that have dried out or broken prematurely. Below, I present a technical comparison to help you decide when the standard solution is sufficient and when you need our specialized engineering.

Comparative Chart: Where Specification Changes the Game

CriterionMarket Standard (Commodity / Generic)Innovcable Solution (Specialty / High Performance)
Flexibility (Stringing)Generally Class 2 (Rigid) or Class 5 (Basic Flexible). Focus on fixed installation.Class 5 or 6 (Super Flexible)Designed to withstand millions of cycles in cable carriers and robotics.
Insulation/Covering MaterialConventional PVC ($70°C). Vulnerable to cutting oils and abrasion.Special Compounds (Special PVC, PUR, TPE)Resistant to oils, greases, coolants, UV rays, and extreme temperatures ($-40°C to +90°C or more).
Shielding (EMC)Often non-existent or with low braid coverage (< 60%).Optimized Shielding (Tin-plated Copper Braid or Tape)High coverage density (> 85%) for immunity against electromagnetic noise (VFDs, motors).
DimensionalLarger outer diameters and higher weights.Compact DesignReduced diameter and weight, ideal for confined spaces and reduced inertia in mobile machinery.
AvailabilityStatic inventory. If it's not on the shelf, the shelf life is long.Agile National ManufacturingReplacement of imported codes (Lapp, Helukabel, etc.) with reduced lead times.

Technical Analysis: 3 Key Differentiators of the Innovcable Line

For engineers seeking high reliability (MTBF), it's crucial to understand three key points where Innovcable differs from general distributors:

1. Chemical Resistance in Harsh Environments

Commercial control cables typically use standard PVC. When in contact with coolant oils (common in CNC machines and machining), this material tends to leach (lose plasticizers), becoming brittle and cracking within a few months.

Innovcable develops specific chemical compounds (resistant to hydrolysis and microorganisms) that meet international standards such as VDE 0250 and VDE 0285, ensuring integrity even when immersed in oil.

2. Dynamics and Flexibility (Life Cycle)

Don't confuse "flexible cable" (easy to handle during installation) with "cable for continuous movement." The market standard accepts occasional bends. Our automation line, however, is tested to withstand millions of alternating bending cycles. We use short twist pitches and low internal friction materials, ideal for... robotics and cable carriers, preventing the dreaded "corkscrew" effect that breaks the conductors internally.

3. Import Substitution (Smart Nationalization)

Many machines arrive in Brazil with cables from European or Asian manufacturers. When replacement cables are needed, the cost of importing and... lead time These prices are prohibitive. Innovcable performs reverse engineering and manufactures the technical equivalent (or superior) in Brazil, strictly following the standards. IEC e NBR...but with the agility and local technical support that an imported commodity does not offer.


Conclusion

If your application is static, in a clean and climate-controlled environment, the distributor's conventional control cable may be sufficient. However, if your scenario involves... harsh environments, continuous movement, electromagnetic interference, or the need for high reliability.Insisting on commodities is like buying a future machine breakdown.

Innovcable doesn't just sell cables; we sell the guarantee of continuity for your production process.


COMPARISON: Engineering & Performance

Supporting Document for Technical Specification

Innovcable Product: INNOVCABLE® CONTROL FLEX OP (Type YSLY-JZ)

Product Compared: Standard PVC Control Cable (Commercial/Commodity Line)

Application: Power supply, control, signaling and connection of machines in industrial environments.


1. Executive Summary

Enquanto or Market Standard Cable It is designed for static building or light-duty applications. INNOVCABLE® CONTROL FLEX OP It is manufactured with engineered compounds focused on industrial realities (vibration, oils, and thermal variations), aiming to directly replace imported cables (European standard).

2. Technical Data Sheet

Technical ParameterStandard Market Solution (Commodity)INNOVCABLE® Solution (Specialty)What Does This Mean in Practice?
Conductor MaterialBare copper, Class 4 or 5 (NBR NM 280).Bare copper, Class 5 Super Flexible (DIN VDE 0295 / IEC 60228).Greater resistance to vibration fatigue; reduced risk of internal breakage in motor connections.
Insulation CompoundConventional PVC (TI1).Special PVC (TI2) with Enhanced Mechanical Properties.The Innovcable compound does not "dry out" easily and maintains electrical stability for longer.
Vein IdentificationColored (random pattern or NBR) or Numbered (low-adhesion ink).Black numbered sequentially in white + Green/Yellow (European JZ Standard).It facilitates the maintenance and tracking of circuits in complex panels (global industry standard).
Nominal Voltage (U0/U)Often limited to 300/500V.300 / 500V (Tested at 4000V).Superior dielectric safety margin against transient voltage surges.
Oil ResistanceLow/Zero. Standard PVC absorbs oil, swells, and cracks.Medium/High. Resistant as DIN EN 50290-2-22.Essential for machine tools, CNCs, and environments with cutting oil mist.
Temperature RangeFixed installation: -5°C to +70°C.Fixed installation: -40 ° C to + 80 ° C.It withstands industrial refrigeration environments and proximity to furnaces without premature thermal degradation.
Radius of Curvature15 to 20 times the outside diameter.4x (Fixed) / 15x (Occasional Mobile).Allows installation in tight channels and confined spaces inside machines.
Behavior in FireIEC 60332-1 (Basic).IEC 60332-1 and 60332-3 (Self-extinguishing and Non-Propagating).Greater security for property and operators in case of a short circuit.

3. Innovcable Engineering Advantages

A. Actual Chemical Resistance

Unlike off-the-shelf cables, the INNOVCABLE® CONTROL FLEX It uses a plasticizer in the outer coating that resists chemical attack from mineral oils and greases.

Field Test: In a machining application, a standard cable lasts an average of 6 to 8 months before showing cracks. Innovcable cable is designed to exceed 3 years in the same environment.

B. Nationalization with German Quality

This cable was developed using reverse engineering of the main German control cables (standard). YSLY).

  • Advantage: You get the performance of an imported cable, but with... price in Brazilian Reais (R$), without unexpected exchange rate fluctuations, and with fractional delivery according to your needs, eliminating dead stock.

C. Traceability

All Innovcable cables have meter-by-meter markings and manufacturing batch numbers, guaranteeing complete traceability for quality audits (ISO 9001). Generic cables often lose this marking due to friction in the conduit.


4. Conclusion of Application Engineering

We recommend specifying the INNOVCABLE® CONTROL FLEX OP to:

  1. Industrial electrical panels.

  2. Machine tools and assembly lines.

  3. Industrial heating and air conditioning systems.

  4. Replacement of imported codes (Lapp ÖLFLEX®, Helukabel JZ-500®, etc.).*

Note: The brands mentioned are the property of their respective manufacturers and are used here only as a reference for technical equivalence.

Conventional Control Cable vs. High-Performance Cable: Where is the "Bottleneck" in your Operation?

Related Articles

Knowledge Academy: Technical information, standards and applications

Questions? Send a message to the expert.

Access to cutting-edge scientific information is the fuel for innovation. These are the databases, journals, and repositories that our R&D team uses to stay at the forefront of global technical and scientific knowledge.

Databases, Repositories and Search Engines:

  • IEEE Xplore Digital Library: The most crucial digital library for electrical and computer engineering. IEEE
  • ACM Digital Library: A reference for the field of computer science and information technology. ACM
  • Science Direct: Extensive collection of scientific publications and books from the publisher Elsevier. SCIENCE DIRECT
  • Scopus: The largest database of abstracts and citations from peer-reviewed literature. scopus
  • CAPES Journal Portal: It provides access to international scientific output for the teaching and research community in Brazil. CAPES
  • Google Scholar Search tool focused on academic literature. GOOGLE SCHOLAR
  • Brazilian Digital Library of Theses and Dissertations (BDTD): Repository of scientific output from Brazilian teaching and research institutions. BDTD
  • Directory of Open Access Journals (DOAJ): A directory of high-quality open access journals. DOAJ

Prominent Scientific Periodicals and Journals:

  • Naval, Offshore and Petroleum Engineering:
    • Ocean Engineering (Elsevier)
    • Journal of Ship Research (SNAME)
    • Journal of Petroleum Science and Engineering (Elsevier)
    • Journal of Marine Science and Engineering (MDPI)
    • Journal of the Brazilian Society of Naval Engineering (SOBENA)
  • Electrical, Electronic and Telecommunications Engineering:
    • IEEE Transactions on Power Systems (Available via IEEE Xplore)
    • IEEE Transactions on Power Delivery (Available via IEEE Xplore)
    • IEEE Transactions on Communications (Available via IEEE Xplore)
    • Telecommunications Magazine (Inatel): INATEL
    • Control & Automation Magazine (SBA): SBA

Products

Profibus DP Black double shielded cable, SHF2 DeepSea crossbar
Instrumentation cables - flame retardant SHF2

Profibus DP DeepSea® Armed SHF2

Busbar cable; PROFIBUS DP; Fixed installation; Nominal characteristic impedance: 150 Ω; 1x2x0,64; SHF2; Flame retardant: IEC 60332-1-2; violet; 8 mm

Read more "