That 60-minute line stop? It started with one weak cable

  • Spot hidden weak links in under five minutes.
  • Know the real downtime cost for your line, in €/$/IDR.
  • Pick the right cable spec first time, every time.
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60-Second Connectivity-Failure Self-Audit

Answer 6 quick questions to get an instant risk score. It pinpoints your top vulnerability so you know exactly what to fix first.

  • Benchmark your system against 8 critical failure points in ~60 seconds.
  • Get an instant risk score that highlights your #1 vulnerability.
  • Move from reactive repairs to proactive prevention by spotting hidden risks before they stop your line.
Try the Downtime Cost Calculator

Your Complete Toolkit for Predicting & Preventing Failure

A single connectivity failures can cost thousands. Use our 60-second calculator to see your specific financial impact

Engineering Spec Pack

  • The master Excel with field-tested specs for each intralogistics application. Pick the right cables, glands and accessories in minutes.
  • See Main Challenges → Impact → Top Seller → Key Features for every pack in one place.
  • Eliminate guesswork with the exact LAPP part families and EMC notes engineers use on site.
  • Work faster — copy specs straight into RFQs, drawings and BOMs.
Download the Engineering Spec Pack

Try one of the kit core components

Calculate the True Cost of Application Downtime

A single cable failure can cost thousands. Use our 60-second calculator to see your specific financial impact.

Limited Offer

On-Site Engineering Consultation

  • For teams that need a deeper analysis, we’re offering a complimentary On-Site Engineering Consultation during this pilot phase.
  • This is more than just a health check. One of our connectivity specialists will partner with your team on-site to:
    • Provide a second set of expert eyes on your most critical applications.
    • Share best practices for cable routing and management in high-cycle environments.
    • Identify subtle risks related to strain, torsion, and EMC interference.

You get a confidential report and actionable advice, at no cost.

Download the Intralogistics Kit to Qualify

Get Your Free Kit Now

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    From Audit to Action: A Real-World Scenario

    How does the kit work in practice? Imagine an engineer dealing with intermittent faults on a critical crane.

    01

    First, he uses the Downtime Calculator to see the financial impact. The “minor” faults add up to more than $12,000/month in lost throughput.

    02

    Next, with that cost proof, he runs the 60-second Connectivity-Failure Audit to pinpoint the root cause. The results flag a high risk: the current cables aren’t chain-rated for constant motion.

    03

    Finally, he opens the Engineering Spec Pack (Excel), selects the correct ÖLFLEX® crane cable and EMC gland for the application, and prepares the justification.

    04

    The result: Immediate budget approval, weak link replaced, and a catastrophic failure avoided—turning a hidden risk into a documented win.

    1. 60-second Connectivity-Failure Self-Audit (web/Excel)
    2. Downtime Cost Calculator pre-loaded with typical SEA labour & throughput rates
    3. Engineering Spec Pack (Excel) with pack-by-pack specs for AGV/AMR, conveyors, small-parts storage, sorter, robotics and ASRS shuttle

    Cable glands protect the housing against external influences. Soiling such as dust or moisture or even water must not penetrate through the hole in the housing. The degree to which protection is guaranteed depends on the specified IP protection class (“Ingress Protection”). In accordance with DIN EN 60529; VDE 0470-1:2014-09, the protection class is made up of the first and second code numbers in the technical table T22.
    Many SKINTOP® glands also meet ATEX/IECEx standards for use in hazardous environments, ensuring maximum safety and compliance.

    Cable glands protect the housing against external influences. Soiling such as dust or moisture or even water must not penetrate through the hole in the housing. The degree to which protection is guaranteed depends on the specified IP protection class (“Ingress Protection”). In accordance with DIN EN 60529; VDE 0470-1:2014-09, the protection class is made up of the first and second code numbers in the technical table T22.
    Many SKINTOP® glands also meet ATEX/IECEx standards for use in hazardous environments, ensuring maximum safety and compliance.

    Cable glands protect the housing against external influences. Soiling such as dust or moisture or even water must not penetrate through the hole in the housing. The degree to which protection is guaranteed depends on the specified IP protection class (“Ingress Protection”). In accordance with DIN EN 60529; VDE 0470-1:2014-09, the protection class is made up of the first and second code numbers in the technical table T22.
    Many SKINTOP® glands also meet ATEX/IECEx standards for use in hazardous environments, ensuring maximum safety and compliance.