In electrical systems, cable protection is a vital element. In fact, it is essential that the cable conduits do not deteriorate suddenly due to environmental conditions and mechanical stress. This is why the use of appropriate electrical cable conduits proves to be highly effective in avoiding issues that could affect the safety of the entire electrical system, even if built following the applicable standards.
Our conduits for electrical cables obtained the most important certifications and featured patented reinforced interlocking . We have cable protection systems of rigid, flexible, metallic, and plastic conduits.
Conduits are available in different diameters and lengths, suitable for different bending angles.
As previously mentioned, protection systems are crucial for properly installing an electrical system. For this reason, choosing the correct electrical conduits for specific needs is an essential step. Specifically, it is necessary to assess the environment where the electrical system must be installed and evaluate the possible risks – in terms of chemical or physical nature – to which the cables could be exposed. It is essential to consider climatic and environmental conditions that, even if only sporadically, could cause significant damage to the electrical system and – consequently – endanger the safety of structures and, even more seriously, of people.
Together with household electrical systems, very insidious electrical installations turn out to be those related to industrial plants. In fact, in this type of environment, electrical cables are often installed outdoors, or more commonly they are visible, on board the machines or robots. This is why each installation must be assessed individually, considering the particular risks to which it might be subjected.
Based on these considerations, Euro 2000’s electrical cable conduits can offer the most varied and appropriate solutions to face plant challenges and protect the installed cables.
Flexible metal or corrugated nylon cable conduits are particularly suitable for industrial plants, on-board machines, and robotic systems such as connecting moving parts in the industrial sector.
For the industrial sector, the only industry we address, the applications are the follows:
All flexible electrical conduits are available in different diameters and lengths. They have the characteristic of adapting to various bending angles and withstanding maximum bending , making it easy and smooth to install electrical cables.
The systems for the mechanical protection of cables are split into two product ranges: flexible metal-plastic or plastic systems and rigid metal systems, which in turn are classified into different families according to their manufacturing material and mechanical and thermal performance.
As we explained earlier, flexible conduits for electrical cables, metal or plastic, either with external insulating coating or with metal core with external coatings, protect the cable cores from mechanical stresses and external agents. For any installation, cables must be provided with protective electrical conduit to protect against mechanical damage. However, the type of metal interlocking distinguishes the metal system for the mechanical protection of the cable.
Unlike our competitors – which have been producing two different interlocking profiles for more than 40 years (the single interlocking model and the double interlocking one) – we distinguished ourselves right from the start thanks to our innovative and patented reinforced interlocking .
It is a patent featuring a 45-degree slope on the sheet metal that constitutes the flexible metal conduits, which enabled us to differentiate ourselves from our competitors in terms of product quality. In fact, our flexible Conduits for electrical cables with reinforced interlocking have certified heavy compressive and tensile strength in accordance with EN IEC 61386, for versatile technical solutions that can be adapted to many specific needs. Thanks to the reinforced interlocking patent, we produce a single flexible Conduit instead of two different types.
All Euro 2000’s Conduits for electrical cables are certified to be comparable to double-interlock profile conduits and – simultaneously- similar to a single-interlock profile in terms of bending radius and cost.
To summarize, our conduits for electrical cables have two fundamental advantages:
Visit our website to browse all the available electrical conduits, and do not hesitate to contact us for more information.
To select the correct industrial conduit, three factors must be evaluated: mechanical risk (tensile/compressive stress), chemical risk (oils, acids), and operating temperatures. Corrugated nylon or flexible metal-plastic conduits are recommended for automation and robotics; for heavy infrastructure or environments with extreme temperature fluctuations, galvanized steel conduits offer maximum protection.
Single-lock offers high flexibility but lower mechanical strength; double-lock ensures high strength but comes at a higher cost and with reduced flexibility. Reinforced-lock (Euro 2000 patent) combines both advantages: thanks to the 45° angle of the metal strip, it provides the tensile and compressive strength of a double-lock (certified “heavy-duty” under EN 61386) while maintaining the bend radius and cost-effectiveness of a single-lock.
In explosion-risk zones (Zones 1, 2, 21, 22), the use of ATEX and IECEx certified metal conduits is mandatory. These conduits feature a special anti-static coating that prevents the buildup of electrostatic charges on the surface (surface resistivity < 10⁹ Ohms), thereby preventing the formation of dangerous sparks in chemical, petrochemical, or Oil & Gas environments.
Metal conduits (made of galvanized steel or 304/316L stainless steel) ensure maximum resistance to compression and impact while offering electromagnetic shielding (EMC), making them ideal for infrastructure and heavy industry. Nylon and PVC conduits are distinguished by their extreme flexibility, lightweight nature, and resistance to continuous torsion cycles, making them perfect for robotics, industrial automation, and dynamic on-machine installations.