Our company has equipped itself with state-of-the-art equipment in recent years, which allows extremely reliable and accurate measurements, especially for electrical measurements such as linear and shielding attenuation, loss of reflection, capacity, etc. In addition, we have a latest generation machinery fleet that guarantees the processing of products with greater production consistency than in the past.
CPR construction products regulation
What is the CPR? (EU directive no. 305/2011)
The EU directive no. 305/2011, known as the CPR, was introduced in all EU Member States as of July 2013. The CPR concerns the cables used for the transmission of energy and telecommunications, both in copper and optical fiber, to be installed in buildings and civil engineering work, with particular attention to fire reaction performance.
The CPR has introduced a common technical language and shared assessment methods that define uniform Euro-classes related to cable performance. Compliance of the products to the regulation is standardized by EN50575 for fire reaction requirements, test methods and cable evaluation. Compliance is also ensured by the declaration of performance (PDO) issued by each manufacturer to the user and by the CE marking of the products. Each Member State specifies the declination of Euro-classes depending on the applications.
Signal cables used in public and private buildings must ensure an adequate reaction to fire and a limited release of hazardous substances, in order to ensure the safety of buildings in the event of fire. The Euro-classification criteria mark the characteristics of the cables based on four parameters: the classes of fire propagation, the opacity of the fumes emitted, the dripping of the incandescent particles and the acidity of the fumes.
The product classification process begins with the choice of a notified body, accredited to the European Commission and included in the notified and designated information system (NANDO). The cables are subjected to the relevant tests and, in case of positive feedback, the fire-reaction classification report for electric cable is released. Supported by the positive feedback of the tests and the release of the classification report, manufacturers like us can draw up the respective declaration of performance (PDO), with which it assumes the responsibility of declaring the reaction to fire class of the product.
PDO is a public document and can be requested at any time at our company. The table of Euro-classes adopted in Italy is available to define the specific reactions to fire of the cables.
CE marking and cable labeling
In accordance with the directives of the CEI EN 50575 standard, a CE label is required on each individual cable inside the packaging unit. In addition, an additional label must be present on the external cardboard box or on the bobbin, in order to make the production batch clearly visible. Below is an example of both labels
CPR statements on the cable sheath
In addition to the Euro-class classification, the production lot code is also printed on the outer sheath of the cable. The code is in the GGGAA (n) form and provides the following information:
-ggg represents the day of the year of production;
– AA represents the year of production;
– (n) indicates the progressive number of the lot if several identical batches have been made on the same day, if any.
Limit of responsibility
Every care has been taken to ensure that the information contained in this site is correct. No legal responsibility can be accepted for any inaccuracy. Coaxial cables illustrated in this site must be assigned for which they have been expressly conceived, which is the reception and distribution of audio, video and data signals. Any other use must be considered to be inappropriate and our endorsement should be sought for alternative application. The manufacturer and the seller decline any responsibility for any problem that may occur due to improper, wrong and unreasonable use.
Data changes without notice
The technical data published on our website, in the form of technical data sheets, are periodically updated following the evolution of the products.
It is possible to find slight differences between the data reported in the technical data sheets and those present in the catalogs, as well as between catalogs in different languages. This is due to the fact that the different catalogs were published at different times than the constant and timely updating of the technical data sheets on the company website.
Italiana Conductors is entitled to constantly update the quality of its products with a view to continuous improvement and increase customer satisfaction and to make changes to the data published without notice.
RoHS & REACH Declaration
ITALIANA CONDUTTORI S.r.l., following an EU Directive regarding the ban of some hazardous chemical substances, starting from 1st March 2005 discontinued the use of lead and its derivatives in all products. Lead was used primarily in PVC sheath compounds as thermal stabilizer. Download here a Declaration of Conformity to RoHS Directive.
Download: RoHS Declaration: Cables
Download: RoHS Declaration: Connectors
REACH Regulation 1907/2006 covering the Registration, Evaluation, Authorisation and restriction of Chemicals came into force on 1 June 2007.
Pursuant to the REACH Regulation, ITALIANA CONDUTTORI S.r.l. is categorised as a downstream user and, in particular, as a “user of substances” and a “producer of articles”, where “article” is defined by the regulation as any product, component or semi-finished item. Therefore we don’t have to register or pre-register the products we use during the production process. For further information, you can download the Declaration herewith enclosed, which is available in English language at page 2.
ISO 9001:2015 System Quality Certification
The Quality Management System of CAVEL – ITALIANA CONDUTTORI Srl was first certified in 1996 by CSQ.
Some years later, in November 2002, the System has been retested after the new issue of the ISO 9001:2000 Standard. CSQ confirmed the Certification of the CAVEL Quality System.
In November 2010 the certification was renewed to the 2008 update. (ISO 9001:2008)
Now a day the System is up to date to the 2015 release of the standard. (ISO 9001:2015)
Download here the up-to-date Certificates
Certificate of Cable Conformity as per EN50117
Download here the Declaration of Conformity to the EN50117 Standard for all coaxial cables CAVEL, divided in families according to screening class and tipology of use.
Download: Class B coaxial cables for indoor use
Download: Class B coaxial cables for outdoor use
Download: Class A coaxial cables for indoor use
Download: Class A coaxial cables for outdoor use
Download: Class A+ coaxial cables for indoor use
Download: Class A+ coaxial cables for outdoor use
Download: Class A+ coaxial cables for distribution and underground installation
Download: Class A++ coaxial cables for indoor use
Download: Class A++ coaxial cables for distribution and underground installation
Safety Certificate (flame retardancy/LSZH cables)
Download here the CAVEL Declaration of Conformity as per the EU Norm EN50266 and the Certificate of Conformity on our ZH series coaxial cables, issued by a Czech Testing House.
Coexistence between telecommunications cables and energy cables
The CEI-UNEL 36762 standard provides clarification on the possibility of coaxial and LAN co-existence co-existence along with electrical cables in the same duct, specifying the minimum requirements and tests to be performed on signal cables.
On CAVEL cables, starting from 2011, the wording “CEI-UNEL 36762 C-4 (U0 = 400V)” is shown on the sheath of our cables, which certifies the possibility of electrical coexistence in the same pipeline between the cables belonging to the systems of Category 0 (i.e. with nominal voltage of less than or equal to 50 V if at alternating current or 120 V if a direct current, such as coaxial cables and LAN cables) and cables belonging to category I systems (i.e. with nominal voltage from over 50 to 1000 V including if at alternating current or from over 120 to 1500 V including if at direct current), provided that the latter are intended to be used on electrical systems with nominal ground voltage U0 up to 400 V.
However, the installer will have to assess case by case the absence of electromagnetic interference between the installed cables, since the standard does not consider any electromagnetic interference that could occur between cables destined for different services or at different frequencies than those of the voltage applied to the energy cables.
