I.F.I. is notified  product certification body according to the CPR (Construction Product Regulation) (EU) No. 305/2011 
and listed at the EU Commission's website under NANDO with no. 1368, cf. https://ec.europa.eu/growth/tools-databases/nando/index.cfm?fuseaction=….

The accredited I.F.I.-Testing laboratory (D-PL-17774-01-00) offers  testing of NSHEV for ITT (Initial Type Testing) in accordance with Annex B, Annex C, Annex D and Annex F of EN 12101-2 and in co-operation with accredited partner laboratories provides testing in accordance with Annex E and Annex G.

NSHEV Natural Smoke and Heat Exhaust Ventilators

I.F.I. is notified body for Testing, Inspection and Certification according to the 
CPD (Construction Product Directive).

The I.F.I.-Testing laboratory offers the following tests of NSHEV for ITT (Initial Type Testing) in accordance with EN 12101-2:
   • Determination of the aerodynamic free area according to Annex B
   • Reliability test according to Annex C
   • Opening under load according to Annex D
   • Tests under wind load and resistance to wind-induced vibration according to Annex F

and in co-operation with partner laboratories:
   • Tests at low temperature according to Annex E
   • Tests under heat exposure according to Annex G

I.F.I.-Inspection body offers:
   • Initial inspection of the factory and of the FPC (Factory Production Control)
   • Continuous surveillance of the FPC

If a new product is placed on the market, it has to  be CE-marked. The I.F.I.-Certification body issues the mandatory CE Certificate of Conformity.

Fume cupboards

Type testing

The fume cupboards will be installed in the I.F.I. test room and connected to the electrical system by the customer. After the connection to the controlled exhaust system of the test room and installation of the test equipment the test of the test sash openings at a given nominal volume flow according to EN 14175 will be started.

A complete type testing comprises the following tests:

• Face velocities according to EN 14175-3, 5.2
• Containment of the inner measurement plane according to EN 14175-3, 5.3
• Containment of outer measurement plane according to EN 14175-3, 5.3
• Robustness of the containment according to EN 14175-3, 2003, 5.4
• Air exchange efficiency according to EN 14175-3, 2003, 5.5
• Pressure drop according to EN 14175-3, 2003, 5.6
• Sash suspension according to EN 14175-3, 2003, 6.1
• Sash forces of the sash according to EN 14175-3, 2003 6.2
• Protection against splashes according to EN 14175-3, 2003, 6.3
• Sash limiter according to EN 14175-3, 2003, 6.4
• Indicator function according to EN 14175-3, 2003, 7
• Illumination according to EN 14175-3, 2003, 9

Ventilation tests

After the connection to the controlled exhaust system of the test room the following tests of the test sash openings at a given nominal volume flow according to EN 14175 will be executed, e. g.:

• Robustness of the containment according to EN 14175-3, 2003, 5.4
• Air exchange efficiency according to EN 14175-3, 2003, 5.5
• Pressure drop according to EN 14175-3, 2003, 5.6

The required limit values of the professional association of the chemical industry, technical committee chemistry, dated July 29, 2003, will be taken as evaluation criteria for ventilation tests. The compliance with these limit values will be certified.

Wind uplift tests on roofing systems

Befestigungen von Dachabdichtungen und Dacheindeckungen

For almost 40 years I.F.I. conducts wind uplift tests on a wide variety of roofing systems, e.g. tiles, shingles, pavers, gravel, bonded and mechanically fastened roofing membranes. Testing wind permeable systems like tiles, shingles and pavers the pressure equilibration process between upper and lower element surface has to be taken into account. However, there are no standardised tests yet available.

Mechanically fastened roofing systems have to be tested for fatigue failures. This is taken into account by the method specified in ETAG 006 of the European Organisation for Technical Approvals (EOTA).

The wind uplift test described in ETAG 006 was largely elaborated by Prof. Gerhardt of I.F.I. Wind uplift tests are usually conducted in the I.F.I. roof and façade testing facility consisting of a 6 m x 1.5 m x .75 m chamber. This chamber is connected with a computer controlled fan which applies a defined pressure to the chamber. Due to a computer controlled butterfly valve the test specimen is subjected to pressure load and discharge of the pressure. This enables the realistic simulation of the wind gust action.

Befestigungen von Dachabdichtungen und Dacheindeckungen

 

Available Downloads

Flyer „I.F.I. Dach- und Fassadenprüfstand“

Informationen zur Durchführung von Windsog- und Druckwechselprüfungen im I.F.I. Dach- und Fassadenprüfstand.

Pressure alternating tests on plane building elements

I.F.I. has developed a test rig with a pressure alternating range of approx. ± 8 kPa enabling the testing of the fatigue endurance limit of plane building elements to pressure alternation (positive/negative pressure, pressure/suction).

The large testing surface (1.6 x 3.1 m) also allows testing of very large building elements such as fire protection wall claddings, suspended ceilings or doors in original dimensions.

With fast pressure cycles up to 3 Hz it is possible to reach pressure difference velocities of up to 50 kPa/s and 100 000 to 150 000 cycles per day. Tests involving several million cycles are therefore possible in very short time.

Driving Rain Tests

The tests will be conducted in the I.F.I. driving rain wind tunnel.

The test specimen of 2 m width by 3 m length (till the ridge) will be roofed with the tiles or roofing stones supplied by the manufacturer. The test specimen is installed such that the vertical axis of the roof is inclined against the vertical axis of the wind tunnel to test several roof pitch angles.

The rain simulation is obtained by spraying water into the air stream above the test specimen using 2 rows of nozzles. From fundamental studies it is obvious that rain penetration is caused mainly by the wind induced pressures at the head laps pushing the surface water flowing downs the roof excerpt into the batten space. Therefore the water spray is adjusted in such a way as to simulate the rainfall on roof of 10 m length. The test results may therefore be applied to pitched roof of typical apartment blocks, office buildings, as well for small family dwellings.

The test specimen is provided with carefully sealed PE-underlays over the rafters. Any water penetrating into the batten space drips onto and drains down the underlay. It will flow into a gutter fixed at the lower side of the underlay, collected in a vessel and measured. With these information the DRI (Driving Rain Index) may be determined.

Your contact

Dipl.-Ing. Jorge Gomez

Head of Notified Body (testing, inspection, certification) No. 1368 according to the CPR

Your contact for:
Testing and certification in accordance with EN:
• of Natural Smoke and Heat Exhaust Ventilators in accordance with EN 12101-2
• of mechanically fixed roof systems in accordance with ETAG 006
• of mechanically fixed roof systems for wind resistance
• of thermal insulation systems in accordance with ETAG 004
• of roofings against rain penetration
• of green roofs for wind resistance

Language:
German, English, Spanish
+49.241.879708-52 | +49.241.879708-20 | gomez@ifi-ac.com

Dipl.-Ing. Wilfried Mertens, M.Sc.

Quality Management Representative, Head of the Test Department for Wind Tunnel Testing and Computational Fluid Dynamics

Your contact for:
Pressure differential systems, wind and smoke management

Language:
German, English
+49.241.879708-22 | +49.241.879708-10 | mertens@ifi-ac.com

Dipl.-Ing. Tim Hillmann

Deputy Head of the accredited test laboratory for testing of natural smoke and heat extraction ventilators (NSHEV) in accordance with EN 12101-2, Project engineer for industrial aerodynamics and wind tunnel studies

Your contact for:
Testing of smoke and heat exhaust ventilators according to EN 12101-2
Industrial aerodynamics and wind tunnel studies

Language:
German, English
+49.241.879708-57 | +49.241.879708-20 | hillmann@ifi-ac.com

Bernd Poick

Test engineer for mechanically fastened roofing systems, Surveillance of the factory production control (FPC) for NSHEV, Deputy Head of the accredited test laboratory for testing of natural smoke and heat extraction ventilators (NSHEV) in accordance with EN 12101-2

Your contact for:
Your contact for the surveillance of the factory production control (FPC) and the testing of:
• mechanically fastened roofing systems in accordance with ETAG 006
• mechanically fastened roofing systems for wind resistance
• thermal insulation composite system in accordance with ETAG 004
• Natural smoke and heat extraction ventilators (NSHEV) in accordance with EN 12101-2

Language:
German, English
+49.241.879708-56 | +49.241.879708-20 | poick@ifi-ac.com

References

Do you have a question?

Do not hesitate to contact us

Directions

I.F.I. Main Building

Working hours

Monday - Friday: 08:00–17:00
Saturday - Sunday: closed

Phone & Online

Phone: +49.241.879708-0
Fax: +49.241.879708-30
info [at] ifi-ac.de

wave

I.F.I. Institut für Industrieaerodynamik GmbH
Institut an der Fachhochschule Aachen

Welkenrather Straße 120, 52074 Aachen, Deutschland
+49.241.879708-0 | +49.241.879708-30 |

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