MICHELIN plant in Torino Stura
An intercom and public address system supporting a production line
MICHELIN - Turin Stura Plant
The MICHELIN plant in Turin-Stura was set up in the early 1970s as a production facility, a function it still maintains today as
it manufactures semi-finished products.
In 2020, a Distribution Logistics Centre was added to the production line.
The construction of the DLC was carried out with a focus on efficiency and modernity to enable faster processes to meet market
demand and to further improve the quality of customer service.
When building the new logistics warehouse, particular attention was paid to improving sustainability and reducing environmental
impact.
Recently the need arose to install a new audio intercom and public address system in the production department to replace the
previous analogue public address system which had until then been the only means of communication between staff.
This method of communication had the drawback of always using loudspeaker messages broadcast throughout the area even when, in
reality, the communication concerned only the personnel of two of the stations installed along the production line.
The customer needed the new system to retain this functionality, which is useful for communicating with staff who by the nature
of their duties do not need to be at a fixed workstation (e.g. maintenance staff), but at the same time to allow point-to-point
communication in intercom mode between staff at two workstations to avoid the frequent disturbance caused by broadcasting
announcements over all the loudspeakers.
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Intercom and public address unit
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From a functional point of view, it was also required that the new system could make loudspeaker announcements not only in
general call mode but also on partial areas of the department (e.g. only the maintenance workshop or only the outdoor areas).
Other customer requirements were:
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that the system be installed quickly in order to minimise disruption during this phase, which had to be carried out without
stopping production.
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for the same reason, it was necessary that once the new system was installed, the time between the deactivation of the old
system and the start-up of the new one should be minimal
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it should be possible to simply change the operating mode of each individual workstation in order to adapt the system to
changing work department needs over time
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in order to be able to adapt the system to the changing operational needs of the production department, it also had to be
possible to integrate the system with new units over time without this having to involve modifications, additions or replacement
of what had already been installed
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To meet these requirements in the best possible way, the customer decided to adopt ERMES' intercom and public address integrated
system, and in particular the choice fell on the InterLAN series of industrial intercoms in their version that includes a 40W
audio amplifier capable of driving one or more external horns loudspeakers that can perform the dual function of hands-free
intercom and public address unit (HERE for more
information on industrial IP intercoms).
In order to cover areas where an intercom cannot be installed (e.g. outdoor areas), SoundLAN series amplified gateways are used.
These gateways integrate perfectly with the industrial Intercoms of the InterLAN family as they are operated with the same
communication protocol (more information on the IP
public address system can be found HERE)..
Main control console
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Ultimately, the features that made the customer choose this solution are:
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IP addressing of equipment allowing simple configuration of calls between intercoms and definition of broadcast zones
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use of the Peer-To-Peer communication protocol which, in addition to guaranteeing high reliability, places no limits on the
possibility of expanding the system without compromising the investments already made
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possibility of configuring each individual button on the equipment both to make an intercom call and to activate sound
diffusion in a specific area, ensuring maximum flexibility of use.
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the ability to configure and diagnose the system entirely remotely
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the possibility of reporting activities on the network in order to simplify maintenance operations
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