The operator carries out sampling to check compliance with his prescriptions at the end of the work. The installer often works in buildings in occupied environments: he must compose and organize his work according to the people present, especially children and working staff, and appointments agreed with the client. He must ensure the cleanliness of the premises, the protection of his environment and respect the aesthetics of the places where he works.
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networks as well as the risks generated. by the vicinity of road traffic. He carries out his activities in compliance with individual and collective safety rules (and, if there is one, in application of the PPSPS, if not the prevention plan).
The installer works during the day, mainly on local sites. He may be required to use winches, unwind er trains, a mobile lifting platform or a light vehicle, ferrets, a fiber optic welder and measuring devices, in particular a meg ohmmeter whose voltage can be 500 volts. and a reflector equipped with a laser: it must comply with the safety instructions defined by the manufacturers. He performs the job in accordance with the operator's requirements defined in the CCTP of the relevant market.
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The installer works in rural, suburban and urban areas, on public roads, sidewalks, pavements, in galleries and visit able sewers, inside buildings (in building stairwells) or in facade, at the customer's home, alone or in teams of two to four. He is confronted both with the risks associated with working at height, with those due to the presence of low or high voltage electrical networks in the work environment and the presence of voltage on the telecommunications
It fixes the end equipment of the network such as cable head, connection points, branching, concentration, and installs the interior terminal devices, user connection terminals and terminal sockets at the customer. He connects them using pulled cables. He ensures that his work is carried out correctly and that the customer's line is functioning using tests, measurements and tests
The installer of cable communications networks performs all the cable pulling, installation and connection work of equipment allowing operators to convey digital signals (telephone, television, internet) to their customers.
pulls and lays communications cables overhead, underground, on the facade and inside buildings, both for the transmission and distribution part of the network and for the customer connection part.
Most of the installer's activities take place on construction sites (on public roads or at the customer's premises). These projects concern overhead, underground, facade and building networks, in urban and rural areas.
The installer can perform the job locally or travel for long periods to remote sites. Exceptionally, work takes place at night, so as not to disrupt the services provided to connected customers.
In connection with customer connection work, the installer is in direct contact with them.
It fixes the end devices of the network such as cable heads, connection points, branching, concentration, distribution, and installs the interior terminal devices and terminal sockets at the customer. He connects them using pulled cables.
He ensures that his work is carried out correctly and that the customer's line is functioning using tests and measurements.
The installer generally works in a team, under the responsibility of a team leader.
The place of work of the installer is the company for site preparation.
The installer installs and connects telecommunications cables in the air, underground, on the facade and inside buildings, both for the transmission and distribution part of the network and for the customer connection part.
Multipair copper cables are used on the historical copper local loop (BLC). They support switched telephony (switched telephone network, PSTN) and xDSL links (digital multiplexing). This network allows low and high speed (HD) connections.
Optical cables (single-mode) are used on FTTH (fiber to the home) type networks and networks constituting the mutualized optical local loop. They allow very high speed connections (THD).
Copper cables and optical cables are used together on hybrid networks of the NRAxy type (high-speed subscriber connection node), and of the FTTx type (copper-terminated optical network).
The telecommunications network installer participates in the construction, extension and modification work of telecommunications networks by carrying out all the cable pulling, installation and cabling work of equipment allowing operators to convey the signals digital (telephony, television, internet) to their customers.
The networks concerned implement two distinct technologies: copper technology networks (electrical network) and optical networks (light in optical fibers).
The THD & telecoms fiber optic network cabling installation technician is responsible for installing the cabling for VDI local networks and very high speed data centers, and for the implementation of optical fiber in FTTH type telecommunications networks (fiber to the subscriber).
It is also responsible for the validation of these networks by tests and measurements, and, consequently, responsible for the good state of completion vis-à-vis the customer.
The sectors of activity involved in this new profession are mainly companies in the civil engineering, public works, electricity and low current sectors.
Companies that hire the Very High Speed - FTTH communications network installer are generally telephony operator subcontractors
Your network cabling must therefore take into account current needs as well as future developments.Any subsequent modification will lead to delays, unplanned investments and a lot of inconvenience.
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Horizontal: connection is made using different optical connection boxes. After checking the cables, the installer strips or “splits” the cable to free the optical fibers, leaving a sufficient length which will be spliced and then coiled in casettes in the prepared box.
Vertical: From a connection point of an existing horizontal network, the installer makes a cabling called "adduction cabling" in order to route the optical fiber through the adduction of the building to wire the BPI, which requires the use of a pulling needle as well as all the equipment related to the safety of users on the road.
The incumbent is able to:
1) Organize and prepare his site, taking into account the instructions for very high speed network sites.
2) Respect the specifications
3) Prepare tools, vehicle and personal protective equipment in order to intervene on the site and ensure safety.
4) Deploy the network: techniques for pulling optical fiber cables in underground and overhead deployment.
Under the responsibility of his principal and in relation to the team, the installer of very high speed communication networks - FTTH participates in the deployment and connection of very high speed communication networks and in the installation equipment that will allow the delivery of very high speed to the customer.
The installer is also required to perform tests and measurements in order to validate the correct functioning of these networks.Based on specifications, the installer is required to prepare his intervention, carry out the work in complete safety by deploying very high speed cables indoors and outdoors to the user.
It pulls miles of cables. On poles, on facades, inside buildings or in underground conduits, the installer of cable communications networks installs and connects cables, boxes, boxes, distributors, taps. Objective: that the telephone, television and internet work for all customers.
Also called: copper telecommunication network installer, optical telecommunication network installer (FTTH) .; copper telecommunication network fitter and fitter, optical telecommunication network fitter (FTTH)
Translated it can be deduced that a service must have a figure with certain requirements within it, also with regard to corporate relations, who is qualified to certify / test / test a plant. In fact, a person not registered in the artisans register and not in possession of the appropriate qualifications, can only rent equipment, if registered with the chamber of commerce, but cannot provide assistance in order to provide a functioning system for the event. , nor carry it out nor be directly involved by the organizer. Only the technical manager or a company with qualified personnel can install a system and subsequently issue the essential certification to the examining supervisory commission to issue usability.
The law says that “companies are authorized to carry out their activities if the individual entrepreneur or the legal representative or the technical manager appointed by them with a formal act, possesses certain professional requirements listed in art. 4 of the Ministerial Decree . "
Article 3, paragraph 2 also states "The technical manager referred to in paragraph 1 performs this function for a single company and the qualification is incompatible with any other ongoing activity."
A service , i.e. rental with operator of equipment for carrying out events such as concerts, deals with situations in which electrical and electronic equipment powered by one or more power lines made for the occasion are engaged, dealing with the mere wiring of ready-made cables , and not the physical creation of the single cable
To understand more, we took a cue from an Exposed to the Public Prosecutor's Office of Salerno , by Luciano Lettieri , owner of the Professional Sound & Light service , a reality inserted in a "difficult" territory like that of Southern Italy, and which claims to to clarify a panorama that, thanks to the “points of view” , made it possible, without geographical distinction, to apply the laws in different ways. This has often damaged the honest members of the entertainment sector by giving the green light to paradoxical situations, such as the incorrect use of vouchers
And it is precisely the fact that we talk about "points of view" that is the real obstacle to achieving a healthy and clean way of working: unclear, imprecise, poorly detailed and inconsistent laws with the world of entertainment other than to create confusion among professionals, insiders and control bodies, making it not very serene and often risky to belong to this sector populated by beautiful, dynamic, fun, and satisfying jobs
The process is increasingly complex, as new systems are implemented or old ones are modified. Therefore, this task must be carried out by trained personnel, that is, certified technicians who are aware of the new verification parameters.
Thanks to the work of professionals, it is possible to determine what problems are in structured cabling and fix them as quickly as possible, so that they return to adequate performance.
A specialized technician will be in charge of verifying that the entire installation is correct. For this reason, when the wiring links are passed, they should give "pass" as a result. If this does not happen, it means that the installation has not been optimal and that it should be reviewed.
The review makes it possible to identify which links are failing in order to correct them and recheck their operation. If we have to simplify the steps of the certification process, we could say that they are reduced.
As a result of the comparison, it is possible to know if the system that has been installed has the connectivity and the operation that it should. The structured cabling certification process is necessary in order to obtain the guarantee of the person in charge of its manufacture. In other words, they will be able to fulfill the role for which they were designed.
What is the structured cabling certification process?
In the certification process, what is sought is to make a comparison between the transmission performance of the system that has just been installed with a standard. For this, a pre-established method is used, according to each system
When the cabling for a system is done, the job doesn't end here. This is because after installation it is necessary to certify the quality of the wiring, in other words, to validate that it is working as it should. But how do you go about the structured cabling certification process ? Here we tell you more!
Only a certification tester can answer this question. Used by commercial installers and corporate service managers to ensure new wiring fully meets the wiring requirements of standards such as Category 6A or 2nd Edition Class EA, certification is the most rigorous cable test. It is also required by cabling manufacturers to benefit from a warranty.
Certification includes all of the tests that are performed during verification and qualification, but also allows multiple measurements to be performed across predefined frequency ranges and to compare detailed results to standards set by TIA bodies or ISO. The results determine compliance with the standard and indicate whether a link conforms to a specific wiring category such as Category . This tells you which application the cabling is capable of supporting.
Qualification testers, which combine verification features, are also great troubleshooting tools. They are ideal for small additions, moves and modifications, or for setting up a temporary network that must be qualified against a specific network technology. They can also help when making a decision as to whether an existing cabling installation needs to be upgraded to support a new application. But just like verification testing, qualification does not provide the certification required by cabling manufacturers.
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Qualification tests include a functional check, but are more sophisticated and have cabling bandwidth qualification capabilities. The qualification provides the information necessary to determine whether the wiring under test will be able to support the signals for specific applications. For example, if you have two cables that are validated by verification tests, a qualifying tester might also show that only one of the cables is capable of supporting.
For fiber optics, a simple visual fault locator (VFL) can serve as a verification tool, as it checks the continuity of a fiber optic connection to help locate breaks, connectors, and splices. It also makes it possible to verify the correct polarity and orientation of optical fibers within multi-fiber connectors.
While checking is great for troubleshooting and is really the first line of defense in finding wiring problems, more extensive wiring testing requires more than just checking. Therefore, it is rarely the only method used, unless you are testing voice-only POTS (Ordinary Telephone Service) applications running over simple telephone grade cables such as Category 3.
Verification tests will therefore not be sufficient to verify the ability of the cabling to support specific applications. Nor will they be sufficient to ensure compliance with the standards required to obtain a manufacturer's warranty.
First of all, is the wiring properly connected? Verification tests answer this question. For cabling copper links, these easy-to-use, inexpensive tools perform basic continuity checking functions such as drawing up the wiring diagram and generating tones. The wiring diagram will tell you that each pair is connected to the correct pins at the male and female jacks and that the contacts at the terminations are adequate, while tone generation is used to help identify a specific cable in a beam or at the far end.
Some verification testers include Time Domain Reflectometry (TDR) functionality to help determine the distance to the end of a cable or a problem point. It can also detect whether a switch is connected to the cable being tested.
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Support virtual networking
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