Choose tested windows
- because it is important to know what you are
getting
On February the 1st 2010 new rules for window marking were
introduced. This means that all manufacturers for the European
market must mark their windows with the well-established CE mark.
In the UK the CE mark is not mandatory but documentation on
compliance with it is. CE marking gives manufacturers the
opportunity to document the quality of their windows and
how resistant they are to extreme weather conditions. These
tests are voluntary, but for Rationel the decision to test was easy
- because it is important to know what you are getting.
Rationel has very high quality demands and that is why Rationel
was one of the first manufacturers to be fully accredited with the
CE mark on all our windows and doors. With the new rules, there is
now an external evaluation that will make it easier for our
customers to compare Rationel with other window manufacturers.
How to benefit from the CE mark?
With the new rules for testing in place, you can get an
idea of the impacts and conditions that our windows can
withstand. This way you can be confident that Rationel windows
can provide protection from the extreme weather.
See the test results here.
Rationel CE data are updated continuously. To find the tag data
that are relevant to your Rationel products, you need to know when
they are produced.
You can find the production date on your order confirmation. If
you do not have the order confirmation nearby, you can see the date
printed on the spacer in your glass. See here.
>> Click here for CE-data valid for
the periode 15.06.2012 -
>> Click here for
CE-data valid for the periode 07.11.2007 - 14.06.2012
TESTED FOR AIR, SOUND AND WIND
At Rationel we make high demands on the quality of our windows
and doors. Our products must not only meet the demands of the
window industry but also achieve results at the high end of the
scale. Our products have passed the tests with the following
classes: Air 4 and wind C4.
Real life tests
The tests are realistic and evaluate windows and doors in
critical areas that most people can relate to.
Testing for air-tightness
This test simulates extreme conditions up to 69 mph (31 m/s)(600
Pa), which is equivalent to a violent storm of force 11.
Air passing the unit
Class
|
Max pressure when testing
|
Air passing measured
in m3/m2 area
per hour
|
| 0 |
Not tested |
Not tested |
| 1 |
150 |
50 |
| 2 |
300 |
27 |
| 3 |
600 |
9 |
| 4 |
600 |
3 |
Italics = Guidelines from
VinduesIndustrien Bold =
Rationel test result
Air passing between sash and frame
Class
|
Max pressure when testing
|
Air passing measured in
m3/m2 areal per
hour
|
| 0 |
Not tested |
Not tested |
| 1 |
150 |
12,50 |
| 2 |
300 |
6,75 |
| 3 |
600 |
2,25 |
| 4 |
600 |
0,75 |
Italics = Guidelines from VinduesIndustrien
Bold = Rationel test results
Testing for sound reduction
Windows are tested in a special laboratory, where they are
exposed to sound waves. The output is a curve showing the sound
reduction as a function of the frequency. The sound reduction of
the window is given as Rw(C;Ctr).
Rw is the average sound reduction of the window and
is given as dB. Because this test does not take especially high/low
and monotonous sounds into consideration two additional values
are given - C and Ctr. C is used where there is
music with high tones or where there are traffic noises like horns
and other sudden high sounds. Ctr is for sounds such as
speach, uniform music and monotonous noise from trains and traffic.
These two values must be subtracted from the Rw
value to find the sound reduction that matches the given
situation.
Testing for resistance to wind load
This test is not about water penetration, but about the
robustness of the window itself. With blasts of wind up to 116 mph
(52 m/s), the test simulates conditions so extreme that the
Beaufort scale does not have a word for it (1600 Pa). The windows
are evaluated on two criteria: deflection (how much the
window flexes) and partly for permanent deformations.
| Class |
Max deflection |
Class |
Wind force Pa |
| A |
<1/150 |
0 |
- |
| B |
<1/200 |
1 |
400 |
| C |
<1/300 |
2 |
800 |
 |
 |
3 |
1200 |
 |
 |
4 |
1600 |
 |
 |
5 |
2000 |
Italics = Guidelines from VinduesIndustrien
Bold = Rationel test result
Rationel has achieved excellent test results compared to the
guidelines laid down by VinduesIndustrien. Remember that Rationel
also meets requirements for the existing building regulation
standards.
Please note that a small range of special units cannot be tested
and these units are classified by CE as no performance determined
(npd). All the other test results can be seen here.
Declaration of conformity Rationel AURAPLUS and
AURA windows
Declaration of conformity Rationel AURAPLUS and
AURA doors
Declaration of conformity PATUS and PATUS+
Declaration of conformity DOMUS and ALDUS