FIRE EVAC TOUR 2017

This is the content of the year 2017

FIRE EVAC TOUR 2017

The event dedicated to fire prevention

During the second quarter of 2017, Beta Cavi and Bosch Security Systems will once again be sponsors for the customary fire prevention training and awareness event. The 2017 edition of FIRE EVAC TOUR was conceived to remove any possible doubt on designing fire prevention systems but this time with the help of multimedia systems.
The idea is for users to have a unique multimedia experience by taking the professional “inside the project” in order to experience all of the design phases personally in 3D. In fact, during the speeches of the various Committee Members, the project will take form and develop step by step.

 

Free registration, the event has limited space and therefore registration is required

This is what you will be presented with::

  • We will develop the project together
  • We will take you “inside the project” with a multimedia experience
  • We’ll discuss problems and critical issues of fire prevention system design
  • Cables will play a fundamental role in ensuring interoperability between the devices

FIRE EVAC TOUR will, as usual, be sponsored by the major Orders and participants will be able to claim educational credits.

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The 2014 FIRE EVAC TOUR edition hosted more than 1200 professionals in the sector.

PROGRAMME

[icon_timeline timeline_line_style=”solid” timeline_line_color=”#e2e2e2″ time_block_bg_color=”#ffffff” time_sep_color=”#dd0000″ time_sep_bg_color=”#dd0000″][icon_timeline_sep time_sep_title=”Event programme” font_size=”28″ time_sep_color=”#ffffff”][icon_timeline_sep time_sep_title=”2:00 PM Registration” font_size=”16″ time_sep_color=”#ffffff”][icon_timeline_sep time_sep_title=”2:30 PM Start Works” font_size=”16″ time_sep_color=”#ffffff”][icon_timeline_sep time_sep_title=”1. FIRE DETECTION SYSTEM” font_size=”22″ time_sep_color=”#ffffff”][icon_timeline_item time_title=”Basic devices” title_font_size=”22″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Operating principles of the fundamental devices[/icon_timeline_item][icon_timeline_item time_title=”Regulations overview” title_font_size=”22″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Overview of regulations (UNI 9795, UNI 11224)[/icon_timeline_item][icon_timeline_item time_title=”EN 54 regulations” title_font_size=”22″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]EN 54 regulations (referring to new detection technology introduced into the legislation)[/icon_timeline_item][icon_timeline_item time_title=”UNI 9795: Practical application” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Practical application of UNI 9795 with the most critical points highlighted[/icon_timeline_item][icon_timeline_item time_title=”Practical examples” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Practical examples with evidence of common design errors[/icon_timeline_item][icon_timeline_sep time_sep_title=”2. EVAC SYSTEMS” font_size=”22″ time_sep_color=”#ffffff”][icon_timeline_item time_title=”Regulations overview” title_font_size=”22″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]From EN 60849 to ISO UNI 7240-19[/icon_timeline_item][icon_timeline_item time_title=”Technical Standard EN TS54-32″ title_font_size=”22″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]An introduction to the new Technical Standard EN TS54-32[/icon_timeline_item][icon_timeline_item time_title=”Certification” title_font_size=”22″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Regulations EN 54-16 and EN 54-24 and certification[/icon_timeline_item][icon_timeline_item time_title=”System design” title_font_size=”22″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Fundamental principles for proper design of the emergency diffusion system[/icon_timeline_item][icon_timeline_sep time_sep_title=”16.45 Coffee break” font_size=”16″ time_sep_color=”#ffffff”][icon_timeline_sep time_sep_title=”3. CORRECT SELECTION OF CABLES” font_size=”22″ time_sep_color=”#ffffff”][icon_timeline_item time_title=”Examination of the requirements” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Examination of the legislative requirements and technical requirements of the interconnecting lines based on the technologies used[/icon_timeline_item][icon_timeline_item time_title=”Interconnections” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Analysis of data transmission on the interconnection lines[/icon_timeline_item][icon_timeline_item time_title=”Technical regulation” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Types of lines to be used to create the interconnections for the presented project in order to maintain technical regulation correspondence.[/icon_timeline_item][icon_timeline_item time_title=”Main malfunctions” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Technical analysis of the main malfunctions introduced by the interconnection lines (who, when and why)[/icon_timeline_item][icon_timeline_item time_title=”Reference standards” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Analysis of the reference standards: EN50200, CEI 20-105V1, CEI UNEL 36762, CEI EN 60332-3-25,…[/icon_timeline_item][icon_timeline_item time_title=”Prescription phase” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Identifying unified and essential standards in the prescription phase[/icon_timeline_item][icon_timeline_item time_title=”Common Errors” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Analysis of the most common application and regulatory errors due to the wrong choice being made[/icon_timeline_item][icon_timeline_item time_title=”Technical documentation” title_font_size=”16″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-suitcase” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]Analysis and reading of the technical documentation and related responsibilities (to be attached in accordance with annex A of Uni 9765:2013)[/icon_timeline_item][icon_timeline_feat time_title=”At the end of the Event” title_font_size=”26″ desc_font_size=”16″ icon_type=”selector” icon=”Defaults-street-view” icon_size=”24″ icon_color=”#ffffff” icon_color_bg=”#dd0000″ title_font_color=”#424242″ desc_font_color=”#777777″]

Speakers’ Final Remarks

Material distributed

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SPEAKERS

Fabio Borghini

Member of UNI Working Group CEN/TC34

Technical seminar regarding proper planning of smoke detection systems and emergency voice evacuation, intended for the professional world …read more

Luca Galli

Member of UNI Automatic fire detection systems CEN/TC72

A public communication system and voice alarm is used for public announcements, planned events, background music and, above all, to provide instructions in emergency situations …read more

ing.Moneta

Ing. Andrea Moneta

Member of UNI Working Group CEN/TC34

With the latest regulatory evolutions issued the interconnection element identified until now as a simple “accessory” has taken on a central role even as early as the design phase.
Today the responsibility for correct identification of the interconnection lines is assigned to the designer already in the design phase, in fact within the construction regulation …read more

CALENDAR:

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FIRE EVAC TOUR dates.

Calendar dates:

  • 29 Maggio Bolzano c/o CEI Largo Adolph Kolping 3
    Iscrizioni a cura del CEI, scarica qui la locandina per registrarti
  • 30 Maggio Venezia c/o Novotel Venezia Mestre Castellana in via Ceccherini, 21
    .
  • 31 Maggio Udine c/o Hotel La dì Moret in viale Tricesimo, 276
    .
  • 12 Giugno Riccione c/o Hotel Nautico in Lungomare Della Libertà, 19
    .
  • 13 Giugno Arezzo c/o Hotel Il Gentiluomo in Via Raccordo Autostradale, 1/a
    .
  • 14 Giugno Roma presso Auditorium della Tecnica in via dell’Astronomia, 30
    . 

Register to participate in our Event!

Contacts:

+39 0828 30 87 65
info@fire-evac-tour.com

REGISTRATION:

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© 2015 FIRE EVAC Tour