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Complete service WIND LOAD TESTING ACCORDING TO EN 16002:2010 Determination of the resistance to wind load of mechanically fastened flexible sheets for roof waterproofing NEW LARGER WIND LOAD TESTER!

Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

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Page 1: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

1Wind load testing according to en 16002:2010 www.constructech.se [email protected]

Complete service

WIND LOAD TESTING ACCORDING TO EN 16002:2010Determination of the resistance to wind load of mechanically fastened flexible sheets for roof waterproofing

NEW LARGER

WIND LOAD TESTER!

Page 2: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

We assist our customers within test and approval projects for optimal performance of the roof system.

CONSTRUCTECH – AN INDEPENDENT PARTNER IN WIND LOAD TESTINGWe offer our costumers testing and development in a secure environment

with access to suitable testing equipment and a complete workshop.

Our full size wind load chamber is equipped with the most modern control

system in the industry. We perform wind uplift testing according to

ETAG-006/EN-16002:2010 and FM-4470 or according to customer demands.

Approved by notified body

Constructech has signed an inspection and control agreement with Sintef,

notified body in Norway, resulting in continuous control of the quality

management system and test equipment. Intron Certificatie B.V, notified

body Netherlands, has performed an audit and accepts wind load tests

according to EN-16002:2010 performed by Constructech.

ClientConstructech Sweden AB

Client's addressMalmbyvägen 4 S-645 94 Strängnäs Sverige Client’s contact-person

SINTEF Building and Infrastructure Oslo Forskningsveien 3b, 0373 Oslo P.O.Box 124 Blindern, 0314 Oslo Telephone: 22 96 55 55 Telefax: 22 69 94 38

Trondheim Høgskoleringen 7b 7465 Trondheim Telephone: 73 59 33 90 Telefax: 73 59 33 80

E-mail: [email protected] Internet: www.sintef.no/byggforsk Enterprise No: NO 948 007 029 MVA

Fredrik Rundgren

Project/archive no. Date Rev. date No. of pages Appendixes Classification Author(s)3D0686.01 25.05.2009 5 Restricted Project leader Sign. Responsible manager SQuality assurance Sign. Knut Noreng Lisbeth Alnes Noralf Bakken

Knut Noreng Noralf Bakken

Inspection report Initial inspection carried out at Constructech Sweden AB - May 2009

Accredited as inspection body

INSP 019Inspection carried out according toDate of inspection 07.05.2009 Inspector(s)

Internal quality manual EOTA ETAG 006, chapter 5.1.4.1 (Levels for quality assurance according to ISO 9001)

Knut Noreng Noralf Bakken Contact-person(s) in the company Phone no. (+46) 152-331930 Fax no. (+46) 152-331939 E-mail

Fredrik Rundgren

[email protected] Brief summary

Inspection of the quality system and the windload tester at Constructech Sweden AB have been carried out successfully, and our overall impression of the company is good. The internal quality system is well documented and is planned to be continuously improved.

No deviations were found during the inspection. Two observations which can be improved are mentioned in the report. In addition, there are some routines which are not mentioned in the quality manual so far, such as training of the employees and complaints from customers. However, Constructech Sweden AB is a relatively new established company with few employees. Complaints from customers and training of employees have therefore up till now not been any issue.

Activity code Keywords Filename Wind load tester

Internal quality 3D0686.01 Rapport Constructech Sweden AB.doc

Excerpts or summary quotes from this report are only permitted with the explicit approval of SINTEF. If a translation of the report is required, SINTEF reserved the rights to approve the translation. All costs will be charged to the client.

Sintef is notified body in Norway within testing and approvals.

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Our test engineer assists during the installation or execute the complete installation of the test roof if this is preferred by the customer.

We have a full range of hot air seam welders both automatic and handheld, for our customers to use.

Customer service

Calculations according Eurocode EN 1991-1-4

The result from the wind load test according

to EN 16002:2010 is the base for the design

load of a roof system. Our latest software

Roof Calculator assists the customer to

perform wind load calculations on flat and

pitched roofs throughout Europe according

to EN 1991-1-4 with the NA for each country

in consideration.

www.roofcalculator.eu

Page 3: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

3Wind load testing according to en 16002:2010 www.constructech.se [email protected]

One of the industry´s most modern control system visualizing the test

FIXING PATTERNS FOR DIFFERENT MEMBRANE WIDTHSCONSTRUCTECH NEW WINDLOAD TESTER

Dimensions of wind load tester 4,90 x2.65m

Substrate Steel 0,75mm, S-350

Distance between steel ribs 320mm

Insulation 100mm Mineral wool

Type Cover width (mm) Fasteners in one row Number of rows Factor Ca Factor Cd

Membrane 1,0m 880 8 6 1,0 1,0

Membrane 1,05m 930 8 5 1,0 1,0

Membrane 1,32m 1200 8 4 1,0 1,0

Membrane 1,50m 1380 8 4 1,0 1,0

Membrane 1,60m 1480 8 4 1,0 1,0

Membrane 2,0m 1880 8 3 0,95 0,90

Membrane 2,10m 1980 8 3 0,94 0,90

Test model drawings for each membrane width; page 4-10

Page 4: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

4 Wind load testing according to en 16002:2010 www.constructech.se [email protected]

FIXING PATTERN 1,0 M WIDE MEMBRANE

Dimensions of wind load tester 4,90 x2.65m

Substrate Steel 0,75mm, S-350

Distance between steel ribs 320mm

Insulation 100mm Mineral wool

Page 5: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

5Wind load testing according to en 16002:2010 www.constructech.se [email protected]

FIXING PATTERN 1,05 M WIDE MEMBRANE

Dimensions of wind load tester 4,90 x2.65m

Substrate Steel 0,75mm, S-350

Distance between steel ribs 320mm

Insulation 100mm Mineral wool

Page 6: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

6 Wind load testing according to en 16002:2010 www.constructech.se [email protected]

FIXING PATTERN 1,32 M WIDE MEMBRANE

Dimensions of wind load tester 4,90 x2.65m

Substrate Steel 0,75mm, S-350

Distance between steel ribs 320mm

Insulation 100mm Mineral wool

Page 7: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

7Wind load testing according to en 16002:2010 www.constructech.se [email protected]

FIXING PATTERN 1,5 M WIDE MEMBRANE

Dimensions of wind load tester 4,90 x2.65m

Substrate Steel 0,75mm, S-350

Distance between steel ribs 320mm

Insulation 100mm Mineral wool

Page 8: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

8 Wind load testing according to en 16002:2010 www.constructech.se [email protected]

FIXING PATTERN 1,6 M WIDE MEMBRANE

Dimensions of wind load tester 4,90 x2.65m

Substrate Steel 0,75mm, S-350

Distance between steel ribs 320mm

Insulation 100mm Mineral wool

Page 9: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

9Wind load testing according to en 16002:2010 www.constructech.se [email protected]

FIXING PATTERN 2,0 M WIDE MEMBRANE

Dimensions of wind load tester 4,90 x2.65m

Substrate Steel 0,75mm, S-350

Distance between steel ribs 320mm

Insulation 100mm Mineral wool

Page 10: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

10 Wind load testing according to en 16002:2010 www.constructech.se [email protected]

FIXING PATTERN 2,1 M WIDE MEMBRANE

Dimensions of wind load tester 4,90 x2.65m

Substrate Steel 0,75mm, S-350

Distance between steel ribs 320mm

Insulation 100mm Mineral wool

Page 11: Complete service WIND LOAD TESTING ACCORDING TO EN · PDF fileWind load testing according to en 16002:2010 infoconstructech.se Complete service WIND LOAD TESTING ACCORDING TO EN 16002

12 Wind load testing according to en 16002:2010 www.constructech.se [email protected]

Constructech is a Swedish company providing project

management, material testing and development for the

construction industry.

Constructech Sweden AB, Malmbyvägen 4, SE-645 47 Strängnäs, Sweden. Phone: +46 152 33 19 30. E-mail: [email protected] www.constructech.se

Customer/technical support

Phone: +46 152 33 19 30

E-mail: [email protected]

www.constructech.se