APKROVAS LAIKANTYS LAKŠTAI T45-30L-905

Apkrovas laikantys lakštai (paklotai) yra tinkami naudoti stogų paklotams, išorinei lakštinei stogų dangai ir tarpinei grindų dangai; taip pat jie gali būti naudojami kaip betoninėms plokštėms skirti klojiniai. 
Kad projektuojant gautumėte ekonomiškiausią sprendimą, siūlome naudoti „Ruukki“ stogo matmenų skaičiavimo programą „Poimu“.
 
Išmaniosios technologijos gali būti montuojamos ant visų „Ruukki“ apkrovą laikančių stogo lakštų. Naujoji „Ruukki® Roof Sensor“ sistema realiuoju laiku seka sniego apkrovą ant stogo, padeda išvengti pavojingų situacijų ir mažina išlaidas išmaniau planuojant sniego valymą. Daugiau informacijos apie išmaniųjų stogų teikiamus privalumus rasite čia.
 

Naudojimas:

  • Pramoniniams pastatams
  • Visuomeniniams pastatams
  • Sporto arenoms
  • Administraciniams pastatams
  • Pastatų renovacijai 
  • The information on our web site is accurate to the best of our knowledge and understanding. Although every effort has been made to ensure accuracy, the company cannot accept any responsibility for any direct or indirect damages resulting from possible errors or incorrect application of the information of this publication. We reserve the right to make changes.

    Copyright © 2019 Ruukki Construction. All Rights Reserved.

      Properties
      T45-60L-905-cross-section.ashx
      Pavadinimas
      APKROVAS LAIKANTYS LAKŠTAI T45-30L-905
      Product Code
      T45-30L-905
      Aukštis
      44 mm
      Width Of Valley
      30
      Width Of Crown
      60
      Modular Width
      905 mm
      Minimum Length
      500 mm
      Maximum Length
      15 000 mm
      Typical Span
      <3.5 m
      Quality Control
      Gamybos kontrolė gamykloje, pagal EN 1090-1 ir EN 1090-4 standartus.
      Tolerances
      Dimensions and shape according to EN 1090-4, material thickness according to EN 10143
      CE Marking
      EN1090-1
      Execution Class
      EXC1, EXC2
      Materials
      Material thickness (mm) Steel grade Zinc (g/m2) Surface treatment Corrosion class, interior Corrosion class, exterior Colours  Weight (kg/m2)
      0.6 S280 Z275 Galvanized C2 - 6.51
      0.6 S280 Z275 Polyester 25 C3 C3 RR20  6.51
      0.7 S350 Z275 Galvanized C2 - 7.59
      0.7 S350 Z275 Polyester 25 C3 C3 RR20  7.59
      0.7 S350 Z275 Pural - C4 RR21, RR22, RR23, RR33  7.59
      0.9 S350 Z275 Galvanized C2 - 9.76
      0.9 S350 Z275 Polyester 25 C3 C3 RR20 9.76

       

      Note: The reverse sides of the colour coated sheets are painted as standard with 2-layer grey backside coating

       

      Protection against corrosion

      Environment Coating
      Interior applications in environments with corrosivity category C1, C2 according to EN ISO 12944-2 standard and A1, A2 according to EN 10169 standard Steel sheets with zinc coating of 100 g/m2 and with polyester coating SP 15, thickness 15 μm
      Interior applications in environments with corrosivity category C1, C2, C3 according to EN ISO 12944-2 standard and A1, A2, A3 according to EN 10169 standard Steel sheets with zinc coating of 275 g/m2 and with polyester coating SP 25, thickness 25 μm


      Perforation

      Perforation

      Standard degree of perforation (within the area perforated) is 15%. Perforations are 3 mm in diameter and their arrangement is based on an equilateral triangle with a side of 7.4 mm.

      Load-bearing-sheet-perforation
      Perforation pattern Rv 3.0 - 7.4; degree of perforation = 15% within the area perforated.


      Corrosion resistance

      Perforated trapezoidal profiles ought to be applied in accordance with technical specifications draw up to comply with obligatory standards, building regulations and assembly instructions.

      Due to requirement regarding corrosion resistance perforated steel sheets may be applied only indoors and as follows:
      Galvanized steel sheets with zinc coating 100 g/m fand organic coating SP 15 (polyester 15 µm) or Galvanized steel sheets with zinc coating 275 g/m fand organic coating SP 25 (polyester 25 µm) - in corroding medium C1 and C2 as per EN ISO 12944.
       

      Load bearing profile application

      Load bearing profiles are usually applied in multi layer roofing constructions. Web perforation leads to decreased strength parameters in the case of load bearing trapezoidal sheets. Use of Poimu software is recommended when determining the load capacity of perforated profiles: this software enables trapezoidal sheets within a structure to be dimensioned and optimized. For more information on Poimu visit software center and download Poimu.

      Sound absorption is similar to all profiles. However, small differences in sound insulation may occur dependent on profile height.
       

      Low profile application

      Acoustic profiled sheets have their whole surface perforated uniformly and are applied as interior facings of multi layer wall constructions and ceilings. They are characterized by a high sound insulation coefficient (150 - 4000 Hz). Application of perforated trapezoidal profiles results in improved acoustic conditions in such buildings as canteens and sports or production halls. Regulation of reverberation time is also possible through application of an appropriate quantity of perforated sheets in ration to non-perforated sheets.
       

      Acoustic absorption coefficient, absorption class

      Acoustic absorption coefficient αs was determined on the basis of ISO 354:2003. Absorption class was determined on the basis of EN 11654:1997.
      Tables 1 - 3 present acoustic absorption coefficients and absorption class for the relevant trapezoidal profiles and a construction corresponding to them. Specimens are names according to trapezoidal profile.
       

      Table 1. Absorption coefficient and class for construction

      Absorption coefficient at octave bands
       
      Specimen 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz Absorption class

      T20
      - vapour barrier
      - rock wool 100mm -100kg/m3

      0.22 0.70 0.89 0.85 0.79 0.45 0.18 D
      T45
      - vapour barrier
      - rock wool 100mm -100kg/m3
      0.25 0.73 0.93 0.89 0.84 0.48 0.18 D
      T130
      - vapour barrier
      - rock wool 100mm -100kg/m3
      0.29 0.85 0.98 0.86 0.35 0.21 0.09 E
      T153
      - vapour barrier
      - rock wool 100mm -100kg/m3
      0.28 0.83 0.97 0.85 0.41 0.22 0.08 E
       
       

      Table 2. Absorption coefficient and class for construction

      Absorption coefficient at octave bands
       
      Specimen 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz Absorption class

      T20
      - rock wool 100mm -100kg/m3

      0.18 0.74 0.94 0.92 0.93 0.94 0.82 A
      T20
      - sound absorbing mat 120g/m3
      - vapour barrier
      - rock wool 100mm -100kg/m3
      0.20  0.63  0.82  0.84  0.88  0.70  0.46 
      T153
      - rock wool 100mm -100kg/m3 
      0.23  0.63 0.82  0.84  0.88  0.70  0.46  C
      T153
      - sound absorbing mat 120g/m3
      - vapour barrier
      - rock wool 100mm -100kg/m3
      0.24 0.80 0.97 0.86 0.49 0.30 0.20 D
      T153
      - sound absorbing mat 120g/m3
      - sound absorbing mat 120g/m3
      - vapour barrier
      - EPS 60S Roof 100mm 
      0.05  0.20  0.54  0.79  0.44  0.31  0.24 
       
       

      Table 3. Absorption coefficient and class for construction

      Absorption coefficient at octave bands
       
      Specimen 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz Absorption class
      T153
      - rock wool 50mm-150kg/m3
      - vapour barrier
      - rock wool 50mm -110kg/m3
      0.20 0.69 0.79 0.77 0.45 0.29 0.26 D
       
       

      Material characteristics for specimen layers

      • Ruukki trapezoidal profile
      • Vapour barrier (0.25mm, 170g/m2)
      • Mineral wool - description given for every specimen in the tables
      • EPS 60S Roof (15kg/m3)
      Roof Sensor

      Introduction to Ruukki Roof Sensor system

      The purpose and aim of the Ruukki® Roof Sensor System is to measure and visualize the snow load on roofs constructed with Ruukki load bearing sheets. The system provides valuable information for safety and management decisions concerning the building. It’s accessory for all Ruukki load bearing sheets and is available for new and old roofs that have access to the lower surface of the sheeting. The system is easy to install and use and there is no need for further monthly service fees. 

      Following corner stones are needed in the system 
      1. In structural design, Ruukki’s POIMU roof dimensioning program must be used
      2. Ruukki Roof Sensors location must be defined by the structural designer and sensors appropriately fitted by the installer
      3. The parameters needed in system configuration are defined in POIMU program
      After the sensors installation and system configuration, the system gives warnings when designers defined characteristic snow load level have been reached. Further warnings will be given well before load bearing sheeting is approaching its ultimate capacity. Warnings are given by visual light on the roof level and through user interface in web pages in a local network.
       
       

      Documentation

      Accessories
      Accessories for load bearing sheets include e.g. flashings, fasteners, gaskets and sealing flanges. These accessories ensure fast assembly, fastening reliability, joint tightness.
      Design tools
      To make both architectural and structural design work easier with accurate product information in 3D form, Ruukki offers a selection of CAD / BIM -objects and software tools to be downloaded from the Software Toolbox portal.

       
      Ready modelled BIM objects

      Download objects for ArchiCAD
      Download objects for Revit

       
      Dimensioning software Poimu

      Ruukki offers excellent dimensioning software Poimu, which enables to optimize product choice according to the Eurocode.
      Just by defining some basic input data you can select a load-bearing sheet for your needs from Ruukki's selection. This quick optimization tool covers 1-, 2-span and continuous structures and gives the exact solution of sheet that should be used, as well as its length. 

      Download Poimu

      Detail drawing (.dwg)

      Detail drawing (.pdf)

      Instructions

      ASSEMBLY INSTRUCTIONS

      Assembly instructions document includes information about:

      • Packing
      • Transportation and unloading
      • Storaging
      • Assembling
      Certificates & approvals

      Declaration of performance