Cengiz Özemli
Academic
- Thread Author
- #1
The reliability of devices at the heart of industrial automation is often tested by electromagnetic compatibility (EMC) issues. The German engineering giant Icotek stands out with its innovative solutions in this critical area. Especially cable entries, divisible cable glands, and EMC components used in control panels, machinery, and equipment construction aim to prevent parasitic currents in systems.
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💡 Shield Against Parasitic Currents
Icotek's main focus is on the critical points where parasitic currents enter or propagate in systems: cable shield, panel feed-through, and equipotential bonding. With patented systems developed in these areas, the company provides cable entry, routing, and strain relief for cables with or without connectors. Their products are designed to withstand harsh industrial conditions such as excessive water, dust, vibration, or temperature.
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⚙️ Guarantee of Reliability
Thanks to these solutions, the reliability of electrical, pneumatic, and hydraulic lines in industrial environments is maintained. Icotek's goal is to reduce operational disruptions and facilitate troubleshooting by preventing electromagnetic interference from entering the system from the outset.
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🛠️ Icotek's Solution Portfolio
[]SKL Shield Clamps: Ensure the safe dissipation of high-frequency parasitic currents by connecting the cable shield to the grounding potential.
[]EMC-KEL Product Family: Mounted directly at the cable entry point and designed for pre-assembled cables, these products eliminate the need to remove connectors during installation.
- Grounding and Equipotential Bonding Elements: Prevent unwanted voltage differences by ensuring equipotential bonding of all parts in the system, allowing parasitic currents to be safely routed to ground instead of remaining in the system.
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🚀 Full Protection from Installation to Operation
Icotek products facilitate troubleshooting both during the installation phase and continuous operation of the system. By offering a wide range of EMC protection, from cable entry to shield contact, strain relief to equipotential bonding, they contribute to the uninterrupted and safe operation of industrial systems.


















