1 Computer assisted design of Sprinkler System Piping assemblies and sub-structures Hilti BU Installation Systems ¦ 04.2014 ¦

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Computer assisted design of Sprinkler System Piping assemblies and sub-

structures

Hilti BU Installation Systems ¦ 04.2014 ¦

2www.hilti.com

Hilti Corporation


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This is Hilti

Founded1941 in Schaan, Liechtenstein

Family owned companyAll shares and participation certificates are held by the Martin Hilti Family Trust

Construction technologyWorld market leader for professional fastening and demolition technology

Global reachPresent in more than 120 countries

International teamSome 21,000 worldwide employees

Unique characteristicDirect sales model


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Acknowledged world market leader

#1 Firestop

#2 Direct fastening #1 Chemical anchors#1 Mechanical anchors

#1 Diamond drilling technology#2 Diamond sawing technology

#2 Combihammers and breakers

#2 Screw fastening technology

#1 Detection technology

#1 Installation systems

Today presentation


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Computer assisted design of Sprinkler System Piping assemblies and sub-

structures


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Hilti is introducing PROFIS Installation software


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Hilti offers professional software for designing Installation Systems

Simple designer

Expert designer

Allowing the management of mechanical, electrical and nonstructural applications.The software is dedicated to: ● Contractor’s estimators ● Site engineers● Contractor integrated design teams● BIM/CAD modelling engineers

Software tool supporting two levels of designer:

Allowing the design and verification of customized structures produced with Hilti Installation Systems.The software is dedicated to design engineers.

Channel FixPoint

Template Design BIM/CAD Export

3D DesignToday presentation


8www.hilti.com Hilti BU Installation Systems ¦ 04.2014 ¦

PROFIS Installation allows to design non approved sprinkler support structures following sprinkler guidelines respecting safety concept of sprinkler guideline

By e.g. using higher applied safety factors on life loads

Standard default 1.5 to higher 2.0 - 5.0

By e.g. using higher applied safety factors on dead loads

Standard default 1.35 to higher 2.0 - 5.0

Typical place of these applications is plant room

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Example: Input situation - Plant (Machinery) room 3D model or 2D drawings show the pipe positions without particular pipe or equipment support structures


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Concept of pipe hanging structure


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Modeling the structure beam by beam in 3D calculation module of PROFIS Installation


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Detailing the construction

Connector visual selection

Support point selection


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Final static model - easy adjustable dimensions


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Adding loads - defined as static 3 loads (x, y, z) and 3 moments (Mx, My, Mz)


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Using different safety factors than defaultstandard 1.35 for self weight, 1.5 for live loads to follow particular sprinkler guideline


e.g.

5.0

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Static calculation - clear statement that all design criteria met or not


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Full size report

Geometry recap

Calculation criteria

Bill of materialStatic model

recapCalculation summary

Beam summary

Nodes summary

Support point summary

Displacement model

Section loads

Load/Momentgraphs


as .pdf

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CAD / BIM Export

• Your selected design platform or common formats

IFC included


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CAD export on mouse click


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Details for easier and correct assembly

Subheadline


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Import of the structure to ultimate 3D CAD/ BIM model

Benefits:

• Visualization

• Ready for easier clash detection

• Exported attributes to 3D model

• Separated Bill of Material imported to CAD

• Static calculation report documented


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Visit us on www.hilti.com to get in contact and download the software


Documents

1 Computer assisted design of Sprinkler System Piping assemblies and sub-structures Hilti BU Installation Systems ¦ 04.2014 ¦