"Rail Industry Tests" pdf

Transcription

TESTS FOR
RAILWAY INDUSTRY
TEST LABORATORIES
SERCOVAM
SUMMARY
Click on the title to directly reach the section

Tests on Dry paint coating
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Tests on rubber cover floor
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Determination of thickness
Mechanical tests (Tensile strength, tear resistance)
Wear resistance – Abrasion M.I.E.
Colour fastness to liquids
Colour fastness to artificial U.V. ageing
Colour fastness to rubbing (Crockmeter)
Tests on electrical and electronic equipments
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Tensile strength test and tear resistance
Determination of hardness (I.R.H.D.)
Ozone resistance
Abrasion resistance (« Rotating cylindrical drum »)
Colour fastness to artificial light
Resistance to solvents, cleaning agents and oxalic acid
Tests on fabrics and textiles products
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Cross-cut adhesion
Pull-Off test
Persoz Hardness
Cylindrical and conical bend test
Resistance to deformation by stamping
Resistance to abrasion (Taber)
Corrosion and climatic ageing
Resistance to chemical fluids
Resistance to artificial U.V. ageing
Climatic ageing
Atmospheric low pressure
Salt Corrosion (Salt mist)
Gaseous corrosion (H2S, SO2, Cl2, NO2)
Tightness (IP Tests)
Vibrations, shocks, bump
Fluid resistance
List of the test methods for railway industry
Your commercial contact:
Eric TERRIEN
[email protected]
Tél. +33 (0)5 57 97 02 33
Fax +33 (0)5 57 83 53 73
BP 10 - Z.I. de Marticot
33611 Cestas - France
www.sercovam.com
TESTS FOR RAILWAY INDUSTRY
TEST LABORATORY
SERCOVAM
DRY PAINT COATING
SERCOVAM test laboratories validate paint coatings and varnishes developed for the railway industry according to the French
standard NF F19-201 Railway rolling stock – paint materials and marks – general instructions and test methods. All of the
appearance and mechanical characteristics of a paint coating applied on a metal plaque will be checked and measured by our
specialists : cross-cut or pull-off tests (ISO2409 an ISO4624), cupping test (ISO1520), cylindrical and conical mandrel bend Test
(ISO1519 et ISO6860), Rapid-deformation (impact resistance) tests - Part 1: Falling-weight test, large-area indenter (ISO6272),
Chipping resistance, Corrosion test (ISO9227), thermal-shock ageing, resistance to humidity, as well as several kinds of UV ageing
in Q-UV device (ISO11507), in Weatherometer xenon arc(ISO4992-2), or Climatron (T30-049).
CROSS-CUT TEST (F330)
RESISTANCE TO ABRASION (F380)
The test method ISO2409
must be done to characterize
the adhesion resistance of a
paint coating so as to be
separated from its support by
using a multi-blade cross-cut
comb.
Fig. 1 : cross-cut comb
PULL-OFF TEST (F331)
Unlike the test method ISO2409, the
method ISO4624 define how to
measure the paint coating and
varnish adhesion strain by a
perpendicular pulling on the coated
plate.
Fig. 2 : Stuck stud on a dry coated paint
PERSOZ HARDNESS (F370)
The Persoz pendulum damping test according to
the test method ISO1522 (NFT30-016) describe
the use of a pendulum resting upon the paint
coated surface and put in wobblers.
We measure the time of the decreasing wobblers.
More the absorption time is fast, less the coating
is hard.
Fig.6 : Taber Abraser
The test method NFT30-015 replaced by
the method ISO7784 defines the dry paint
coating resistance to the abrasion of a
wheel covered with sand paper. The class
of the sand paper used to abrade the
specimen and the load to apply on it
determine the level of the expected quality
requirement. These parameters depend on
the customer choice.
CORROSION AND CLIMATIC AGEINGS (F400 à 404)
The resistance to corrosion according to the test method
ISO9227, whatever the condition is, NSS (Neutral Salt Spray) or
ASS (Acetic Salt Spray), are done by the expert team of the
corrosion SERCOVAM laboratory. Several kinds of other
ageings, like humidity resistance according to the test method
ISO6270 (NFT30-077) or the resistance to ageing in cataplasm
enable to qualify the quality of coatings under extreme climatic
conditions.
Fig. 3 : Persoz Pendulum
CYLINDRICAL AND CONICAL BEND TEST
(F340/341/342)
The test method ISO1519 (NFT30-040)
define the resistance to deformation by
bending on a cylindrical mandrel and
ISO6860 (NFT30-078) on a conical
mandrel. The goal of it, is to evaluate
the resistance to cracking and
detachment of paint or varnish layer
from its metallic support when it’s
bended around a mandrel. These two
methods are quite often associated to
two other tests (ISO1520 and ISO6272).
Fig.7 : Corrosion laboratory
RESISTANCE TO LIQUIDS AND CHEMICAL FLUIDS
(F405/406)
The test method ISO2812-1 validate
the liquid resistance of paint and
varnish coating like fuel, gasoline,
motor oil, brake fluids, ethanol,
sulphuric acid solution, chloridric acid
solution, sodium hydroxide, artificial
sweat…
Fig.4 : Cylindrical and conical mandrel
RESISTANCE TO DEFORMATION BY STAMPING AND
BY SHOCK DUE TO A MOBILE DROP (F343/350)
The test method ISO1520 (NFT30-019)
define the progressive deformation due
to a stamping and the cracking
resistance of a dry paint coating.
The procedure ISO6272 checks the
same characteristics, but by a mobile
drop according to normalized conditions.
Fig.5 : Shock test device
RESISTANCE TO ARTIFICAL U.V. AGEING
(F420/421/422)
Many test method describing
artificial U.V. ageings, according to
ISO11507, ISO4892-2, validate the
colour fastness and the resistance
of the paint coating on their support,
by simulating alternatively or in the
same time artificial U.V. rays and
climatic
conditions
like
pain
Fig.8 : Q-UV Device
simulation or condensation.
Your contact:
Eric TERRIEN
[email protected]
Tél. +33 (0)5 57 97 02 33
Fax +33 (0)5 57 83 53 73
www.sercovam.com
LABORATOIRE D’ESSAIS
SERCOVAM
RUBBER COVER FLOOR
SERCOVAM test laboratories validate the mechanical characteristics and appearance properties of a rubber
floor (and resilient floor) developed for the railway industry. These test procedures are defined according to
French standards defined by SNCF, RATP and the main companies of this sector. One of the test program
lean mainly on the standard NF F31-812 Railway rolling stock – Rubber floor covering.
TENSILE STRENGTH TEST AND TEAR RESISTANCE
ABRASION RESISTANCE
Ã Fig. 1 : Tear specimen prepared according to NF
T46-007
Á Fig. 2 : Tensile strength test according to ISO37
(NFT46-002)
The mechanical test laboratory validate several mechanical
properties on rubber materials by tensile strength test according
to NF T46-002 (ISO37), by tear resistance according to NF T46007, before and after many different types of climatic ageings
defined by the test method NF T46-004 (ISO188).
DETERMINATION OF HARDNESS
Ã Fig. 3 : Hardness meter IRHD
The determination of hardness
(hardness between 10 IRHD and
100 IRHD) according to NF T46003 (ISO48) is one of the basic
properties
of
rubbers
and
elastomers. It’s defined by the
measurement of the penetration of
a ball in the material by the
hardness meter.
Á Fig.5 : Rotating cylindrical
drum
The goal of the test method NF T46-012 (ISO4649) - Rubber,
vulcanized or thermoplastic. Determination of abrasion
resistance using a rotating cylindrical drum device is to define
the weight loss of a rubber specimen under the rubbing action of
a specific type of abrasive canvas. The method A use a fixed
specimen and the method B a rotating one.
COLOUR FASTNESS TO ARTIFICIAL LIGHT
Ã Fig 7 : Control of the grey
scale evolution according to
ISO105A-02 et ISO105-A03
OZONE RESISTANCE
Ã Fig. 4 : Ozone ageing room
The French standard NF T46019, replaced by the international
version ISO1431-1 describe the
action and impact of an ozone
concentration in pphm, at a
temperature of 40°C on rubber
products.
This type of ageing accelerates
the
failure
apparition
and
highlights
the
cracking
phenomenon of the material.
Ã Fig 6 : The UV photo ageing laboratory contains
more than 30 ageing devices.
Ã
Fig.8 : Measurement of
gloss and specular reflection
according to ISO2813
The test method NF T51-056 replaced by the international
method ISO4892-2 Method of exposure to laboratory light
sources – Part 2 : Xenon arc lamps describe how to simulate the
effects of an ageing when products and materials are exposed,
in real conditions, to the day light or a filtered light through a
glass window.
RESISTANCE TO SOLVENTS, CLEANING AGENTS
AND OXALIC ACID
The goal is to define and evaluate
degradations and staining after applying
some fluids which can be in contact with
the floor cover during the life product.
Final assessment will be done according
to the norms ISO105-A02 et ISO105A03.
Your contact:
Eric TERRIEN
[email protected]
Tél. +33 (0)5 57 97 02 33
Fax +33 (0)5 57 83 53 73
www.sercovam.com
Tests on fabrics and textiles products
TEST LABORATORY
SERCOVAM
SERCOVAM tests laboratories perform a large range of test methods especially dedicated to the appearance and
mechanical characteristics of wires, fabrics, rubber or plastic coated textiles. These tests are performed according to
French and international standards (NF, EN, ISO), according to railway industry’s suppliers specifications and
according to SNCF standards (ST051).
DETERMINATION OF THICKNESS OF TEXTILES
The test method EN5084 describes a
procedure to determine the thickness
of fabrics and textile products under a
defined pressure.
COLOUR FASTNESS TO LIQUIDS
To define the thickness of carpets or
floors, geo-textile different norms can
be used and applied.
Fig. 5 : Perspirometer : Colour fastness to perspiration (ISO105-E04)
Fig. 1 : Digital micrometer
MECHANICAL TESTS (tensile strength, tear resistance)
The
mechanical
test
laboratory
characterize the main properties of woven
fabrics, non woven textiles geo-textiles,
thread, fibres like the determination of tear
resistance according to ISO4674-2, the
sewing resistance to tensile strength, the
sliding of sewing.
The test method ISO13934-1 is a method
defining the maximal strength and the
lengthening under this maximal strength
of a fabric by the procedure done on strip.
Fig. 2 : Tensile strength properties
of fabrics(ISO13934-1)
Sercovam perform also fatigue test to
check the behaviour of a textile product
until 30 Hz and which can be associated
in the same time with a climatic ageing.
Fig. 3 : fatigue device (max. stress 50
kN ; Frequency 30 Hz.)
WEAR RESISTANCE – ABRASION M.I.E.
The goal of this wear resistance is
to simulate the steady contact
between the textile of the seat in
the
compartment
and
the
passenger clothes. The tested
textile is spread and put in strain
during the entire duration of the
test and the presser skate is
covered with normalized wear
fabrics
which
simulate
the
abrasive rubbing of a cloth.
Test methods ISO105-E01, ISO105-E04 and ISO105-E07
qualify the resistance of textiles to colour fastness to water
or artificial basic and acid sweat.
COLOUR FASTNESS TO ARTIFICIAL U.V. AGEING
Fig. 6 : Xenotest 150S :
Colour fastness to artificial
light
(ISO105-B02
and
ISO105-B04)
Fig. 7 : Grey scale for
assessing change in colour
(ISO105-A02)
The test method ISO105-B02 describe the procedure to
determine the resistance of textiles to colour fastness due to
the action of artificial light, representative of the natural day
light (D65).
The procedure ISO105-A02 describes how to evaluate the
grey scale measurement defined to control the colour
degradation of textiles under several kinds of ageing
conditions.
COLOUR FASTNESS TO RUBBING
The test methods ISO105 –
X12 and ISO105-D02 define
the colour fastness to
rubbing with dry condition
and organic solvents of a
textile which can be put in
contact
with
several
materials. It can be done on
every
kind
of
textile,
including carpets or velour
fabrics.
This method is applied on
tinted and printed fabrics.
Fig. 8 : Crockmeter : colour fastness to
rubbing (ISO105-X12 et ISO105-D02)
Fig. 4 :
4 stations
abrasive meter MIE
and
its
principle
scheme
Your contact:
Eric TERRIEN
[email protected]
Tél. +33 (0)5 57 97 02 33
Fax +33 (0)5 57 83 53 73
www.sercovam.com
Electrical and Electronical Equipments
TEST LABORATORY
SERCOVAM
SERCOVAM performs environmental tests on electrical, electrotechnical and electronical products and components
according to French and international standards (NF, EN, ISO, defined by CENELEC and IEC (International
Electrotechnical Commission).
Fittings and products can be subjected to mechanical and/or electrical checking before and after ageing defined by the
specific customer standards.
CLIMATIC AGEINGS
SALT CORROSION
Basic Environmental climatic tests are defined according to
many test methods and environmental conditions depending on
the geographical climate to simulate, or depending on the type
of equipment to test (dissipating or not some energy, for
example) :
CEI60068-2-1 – Test A : Cold
CEI60068-2-2 – Test B : Dry heat
CEI60068-2-78 – Test Cab : Damp heat, Steady state
CEI60068-2-14 – Test N : Change of temperature
CEI60068-2-30 – Test Db : Damp heat , cyclic
CEI60068-2-38 – Test Z/AD : Composite
temperature/humidity cyclic test
CEI60068-2-61 – Test Z/ABDM : Climatic sequence
The salt fog test according to CEI60068-2-11 : Test Ka : Neutral salt
mist compare the resistance to spoiling due to a salt spraying on
several kind of similar specimens. It also enables to evaluate the
quality and the uniformity of protection coatings.
The described test in the standard CEI60068-2-52 : Test Kb : Salt
mist, Cyclic (Sodium chloride solution) mix a classical salt
spraying (35°C / 5% NaCl), with dry heat phases which let appear
some different physical phenomenon than salt spraying only.
Ã Fig. 3 : + 20 salt mist devices in the
Corrosion laboratory
GASEOUS CORROSION
Ã Fig. 1 : More than
100 Climatic rooms between 10 L and 30m3
ATMOSPHERIC LOW PRESSURE
The goal of this test is to define the
behaviour of components and
equipment stocked and used in
atmospheric low pressure condition
simulating high altitude.
- CEI60068-2-13: Test M :
Atmospheric low pressure.
- NF-EN-CEI60068-2-40 : Test
Z/AM : Combined test Cold/Low
pressure
Ã Fig. 2 : Vaccum climatic room
(-50°C/+140°C)
The test method CEI60068-2-60 : Test Ke : Flowing mixed gas
corrosion test help to define the environmental corrosive effect on
electrical, elctrotechnical or electronical components and
equipments stocked or running.
The gaseous mixture defined and used according to this test
method are 4 different kind of gas composition of which
concentration can be variable but quite often with a low value
(H2S, SO2, Cl2, NO2).
These ageings are usually combined with measurement of
insulation resistance and contact resistance according to the norm
CEI60512-2-1 : Connectors for electronic equipment - Tests
and measurements - Part 2-1: Electrical continuity and
contact resistance test- Test 2 a: contact resistance - Millivolt
level method.
Some other specific gaseous corrosion test method complete the
test method CEI60068-2-60 :
- CEI60068-2-42 : Test Kc : Sulphurous anhydride test for
contacts and connections (SO2)
- CEI60068-2-43 : Test Kd : Sulphuric hydrogen test for contacts
et connections (H2S)
Ã Fig. 3 :
Dielectric-meter – Mega-ohmmeter
Measurement of insulation resistance
Ã Fig. 5 : 4 gaseous corrosion chambers
Eric TERRIEN
[email protected]
Tél. +33 (0)5 57 97 02 33
Fax +33 (0)5 57 83 53 73
www.sercovam.com
Electrical and Electronical Equipments
TEST LABORATORY
SERCOVAM
TIGHTNESS
VIBRATIONS, SHOCKS, BUMPS
The international standard
EN-ISO60529 describes
a
classification system defining the degrees of protection provided
by enclosures on electrical equipments (IP code).
The SERCOVAM vibration test laboratory own 7 shakers which
can be coupled with vibrating table in order to test parts in their
functional position and orientation.
These protection degrees are defined according to two main
classifications and codified by two letters IP meaning
« protection index » and two numbers, the first one which define
the protection level against solid particles and the second one
against the penetration of liquid particles.
SERCOVAM can perform the entire protection index in its
laboratories according to the test method CEI-EN-ISO60529 but
also according to its DIN equivalent test method DIN40050-9.
These devices can also be combined with a climatic chamber
used in the same time.
- Type of signals : sinus, random, sinus on noise
- Power : between 10 to 35 kN
- Frequency range : 10 to 2000 Hz
Example of standards :
NF-EN-CEI60068-2-6 – Test Fc : Vibrations (random)
NF-EN-CEI60068-2-34 – Tests Fd : Random Vibrations
wide band. General requirements
These water tightness tests can also be performed according to
the norm NF-EN-CEI60068-2-18 : Test R and guidance :
water for electrical and electronical products submitted to a
waterfall, water projection or immersions.
Ã Fig. 9 : Shaker 24kN combined with its table
The half-sinus shock test device enable to perform the procedure
NF-EN-CEI60068-2-27 : Test Ea and guidance: shocks under
specific weight and volume conditions which check the capability
of a product to resist to stress coming from unrepetitive shocks.
- Acceleration : 10 G to 1500 G
- maximum weight including fixture and part : ~ 10 kg
- 1 direction : Z+
Ã Fig. 6 : Dust cabinet (IP5X)
Ã Fig. 7 : Roll bar (Hoop) aspersion (IPX4)
Bump test according to the standard NF-EN-CEI60068-2-29 – test
Eb and guidance : Bump can be done on components,
equipment used for electrical and electrotechnical application
which can be subjected to repetitive shocks during their
transportation when they run. These shocks have a standardized
pulse wave and a specific pick duration and acceleration.
Ã Fig. 8 : Water drop box (IPX2)
Ã Fig. 10 : Half-sinus shock device
Ã Fig. 11 : Bump device
FLUID RESISTANCE
Resistance and compatibility of electrical,
electronical and electrotechnical components
and equipments to various fluids and chemical
liquids which could be often, occasionally or
accidentally in contact together.
- NF-EN-CEI60068-2-45 : Test Xa :
Immersion in cleaning solvants
- NF-EN-CEI60068-2-74 : Test Xc : Fluid
contamination
Eric TERRIEN
[email protected]
Tél. +33 (0)5 57 97 02 33
Fax +33 (0)5 57 83 53 73
www.sercovam.com
List of Railway products testing norms and methods
carried out by SERCOVAM (some partly)
FERROVIAIRE
ISO 48
Reference
Title
B380
Corrosion testing of decorative electrodeposited coatings by the corrodkote
procedure
Adhesives - Testing method for adhesives for floor coverings and wall
coverings - Peel test
Adhésifs. détermination de la résistance au pelage. Méthode des galets
mobiles
ADHESIVES - DETERMINATION OF TENSILE LAP-SHEAR STRENGTH
OF RIGID-TO-RIGID BONDED ASSEMBLIES
Textiles - Tests for colour fastness - Part A02: Grey scale for assessing
change in colour
change in colour
ISO10365
ISO105-D01
EN1372
EN1464 (ISO4578)
EN1465
EN20105-A02
EN50155
EN60068-2-17
EN60068-2-18
EN60068-2-27
EN60068-2-29
EN60068-2-30
EN60068-2-40
EN60068-2-42
EN60068-2-43
EN60068-2-45
EN60068-2-47
EN60068-2-52
EN60068-2-55
EN60068-2-60
EN60068-2-64
EN60068-2-66
EN60068-2-74
EN60068-2-78
EN61373
ENISO105-B01
ENISO105-B04
ENISO105-D01
ENISO105-D02
ENISO105-E01
ENISO105-E04
ENISO105-E07
ENISO105-X05
ENISO105-X12
ENISO11998
ENISO13934-1
ENISO2808
ENISO2812-1
ENISO3071
F00-201
F19-201
F19-290
F19-296
F19-477
F19-478
F19-481
F31-112
F31-118
F31-496
F31-812
G07-150
ISO105-E01
ISO11507
ISO1421
ISO1431-1
ISO1519
ISO1519
Applications ferroviaires : Equipements électroniques utilisés sur le matériel ISO1520
roulant
ISO2286-2
Méthode d'essais - Essais Q : Etanchéité
Essais R et guide : eau
ISO3537
Essais fondamentaux climatiques et robustesse mécanique - Essai EA et
ISO4649
guide : Chocs
Essais fondamentaux climatiques et de robustesses mécaniques. Essai Eb ISO4674
et guide : secousses
Environmental testing. Part 2-30: tests. Tests Db: Damp heat, cyclic (12h + ISO4892-2
12h cycle)
Essais Z/AM: Essais combinés froid/basse pression atmosphérique
Essais Kc: essai à l'anhydride sulfureux pour contacts et connexions
Essais Kd: essai à l'hydrogène sulfuré pour contacts et connexions
Essais d'environnement - Essai Xa : Immersion dans les solvants de
nettoyage
Méthode d'essai - Fixation des composants,matériels et autres articles pour
essai dynamiques de vibrations, d'impacts et autres essais similaires.
Essais d'environnement : Partie 2: essai Kb: brouillard salin, essai cyclique
(solution de chlorure de sodium).
Basic environmental testing procedures - Part 2 : Tests - Test Ee and
guidance : bounce
ENVIRONMENTAL TESTING : FLOWING MIXED GAS CORROSION TEST
Essai Fh : Vibrations aléatoires à large bande et guide
Essai Cx : essai continu de chaleur humide (vapeur pressurisée non
saturée)
Essais d'environnement : Partie 2 : Essais : Essais Xc : contamination par
des fluides
Essais d'environnement. Partie 2-78 essais - Essais Cab:chaleur humide
essai continu
Applications ferroviaires -Matériel roulant - Essais de chocs et vibrations
Textiles. Tests for colour fastness. Part B01 : Colour fastness to light :
daylight
Textiles. Solidité des teintures aux intempéries artificielles : lampe à arc au
xénon
Textiles. Solidité des teintures au nettoyage à sec
Textiles. Solidité des teintures au frottement : solvants organiques
Textiles. Solidité des teintures à l'eau
Textiles. Solidité des teintures à la sueur
Textiles. Solidité des teintures à la goutte d'eau
Textiles. Solidité des teintures aux solvants organiques
Textiles. Tests for colour fastness. Part X12 : colour fastness to rubbing
Peintures et vernis - Détermination de la résistance au frottement humide et
de l'aptitude au nettoyage des revêtements
Textiles. Tensile properties of fabrics. Part 1: Determination of maximum
force and elongation at maximum force using the strip method
Paints and varnishes - Determination of film tickness
Paints and varnishes. Determination of resistance to liquids. Part 1:
Immersion il liquids other than water
Détermination du pH de l'extrait aqueux
Matériel ferroviaire en général. Protection vandalisme
Matériel roulant ferroviaire. Produits de peinturage préscriptions
générales - Méthodes de contrôles et d'essais
Matériel roulant ferroviaire - Peintures aux résines epoxydiques et de
polyuréthannes
Railway rolling stock - Putty applied using spattle
Matériel roulant férroviaire. Peintures en poudre thermodurcissables aux
résines de polyester
Matériel roulant ferroviaire. Peintures en poudre thermodurcissables aux
résines époxidiques
Railway rolling stock. Self adhesive marks
Railway rolling stock - Protection in relation to graffiti - Tests procedures
and methods of valuation, behaviour of materials and products
Matériel roulant ferroviaire. Revêtement anti vandalisme
Matériel ferroviaire - Réservoirs à eau en polyéhylène
Matériel roulant ferroviaire. Revêtements de sol en caoutchouc
Essais des étoffes - Détermination de la masse surfacique des tissus et des
tricots
ISO4892-3
ISO6270-2
ISO6270-2
ISO6272-1
ISO9142
ISO9664
NF31-250
NFEN1049-2
NFEN12028
NFEN12280-1
NFEN1244
NFEN1396
NFEN60068-2-11
NFEN60068-2-38
NFEN60068-2-61
NFENISO105-B02
NFENISO1522
NFENISO5981
NFENISO6330
NFENISO7784-1
NFENISO9227
NFF31-116
NFT30-049
NFT30-123
NFT51-056
NFT76-115
ST001
ST003
ST012
ST020
ST035
ST051
ST054
ST056
ST060
Caoutchouc vulcanisé ou thermoplastiqué. Détermination de la dureté
(Dureté comprise entre 10 DIDC ET 100DIDC)
Adhésifs. Désignations des principaux facies de rupture
Textiles. Essais de solidité des teintures. Partie D01 Solidité des teintures
au nettoyage à sec
Paints resistance to water
Peintures et vernis - Exposition des revêtements au vieillissement artificiel Exposition au rayonnement UV fluorescent à l'eau
Supports textiles revêtus de caoutchouc ou de plastiques. Détermination de
la résistance à la rupture et de l'allogement à la rupture
Caoutchouc - Résistance aux craquelage par l'ozone - Essai sous
allongement statique
Paint and varnishes - Bend Test (cylindrical mandrel)
Paint and varnishes - Bend Test (cylindrical mandrel)
Peintures et vernis - Essai d'emboutissage
Supports textiles revêtus de caoutchouc ou de plastique - Détermination
des caractéristiques des rouleaux
Essais mécaniques vitrages de sécurités
Rubber, vulcanized or thermoplastic. Determination of abrasion resistance
using a rotating cylindrical drum device
Supports textiles revêtus de caoutchouc ou de plastique. Détermination de
la résistance au déchirement
PLASTICS - METHOD OF EXPOSURE TO LABORATORY LIGHT
SOURCES - PART 2 : XENON ARC LAMPS
Plastics - Methods of exposure to laboratory light sources - Part 3 :
Fluorescente UV lamps.
Paints and varnishes - Determination of resistance to humidity - Part 2:
Procedure for exposing samples in condensation water atmospheres
Peintures et vernis : détermination de la résistance à l'humidité - Partie 2 :
Procédure d'exposition des échantillons dans une atmosphère d'eau
condensée
Paints and varnishes- Rapid-deformation (impact resistance) tests - Part 1:
Falling-weight test, large-area indenter
Adhesives - Guide for the selection of ageing test normal conditions of
stuck assemblies in laboratory
Adhésifs. Méthodes d'essai de tenue à la fatigue d'adhésifs structuraux en
traction - cisaillement
ESSAI DE TENUE A LA FATIGUE EN CISAILLEMENT
Railway rolling stock - Laminated glass.
TEXTILES - WOVEN FABRICS - CONSTRUCTION - METHODES OF
ANALYSIS - PART 2 : DETERMINATION OF NUMBER OF THREADS PER
UNIT LENGTH
Rubans adhésifs. Mesure de l'allongement sous charge statique
Accelerated ageing tests - Part 1 : heat ageing
Adhesives - determination of the colour and/or changes of adhesive coats
unter the influence of light
Aluminium and aluminium alloys - Coil coated sheet and strip for general
applications - Specifications.
Environmental testing - Part 2 : Tests - Test Ka : salt mist.
ENVIRONMENTAL TESTING - TEST Z/AD : COMPOSITE
TEMPERATURE/ HUMIDITY CYCLIC TEST
Environmental testing - Part 2 : Test method : Test Z/ABDM : Climatic
sequence.
Colour fastness to artificial light: xenon arc fading lamp test.
PAINTS AND VARNISHES - PENDULUM DAMPING TEST
Rubber or plastics coated fabrics. Determination of resistance to combined
shear flexing and rubbing
Textiles - Domestic washing and drying procedures for textile testing.
Paints and varnishes - Determination of resistance to abrasion - Part 1 :
Rotating abrasive-paper-covered wheel method.
Corrosion tests in artificial atmospheres - Salt spray tests.
Railway rolling stock - Determination of the H point seat.
Paints and varnishes. Cladding paints. Accelerated ageing test
PAINTS - DETERMINATION OF THE THICKNESS OF THE DRY FILM MICROSCOPE METHODS
Plastiques - Méthode d'exposition à une lampe à arc xénon
Adhésifs. Caractèrisation des adhésifs structuraux - Essai de tenue au choc
par cisaillement
ESSAI DE TENUE AU CHOC PAR CISAILLEMENT
Eléments de fixations
Demi- produits, barres et fils machine en aciers au carbone de qualité aptes
au forgeage et aux traitements thermiques
Pièces moulées en acier
Pièces moulées en alliage de cuivre
Pièces élaborées à partir de produits sidérurgiques
Controles, vérifications et essais des articles textiles
Tissus divers
Panneaux de contreplaqué à plis pour usage ferroviaire
pièces moulées en acier au manganèse
This list is not a reference list of the normative documents, their update are controlled by the companies or organizations.
SERCOVAM - FERROVIAIRE EN - Updated 21/09/2009 - Page 1 sur 3
ST086-23
ST123
ST128
ST133
ST274
ST348
ST418
ST420
ST443
ST475
ST487
T30-036
T30-050
T30-053
T30-071
T46-002
T46-004
T46-007
T46-019
T76-114
T76-120
T76-121
T76-123
T76-141
Produits plats et longs, demi-produits et tubes sidérurgiques utilisés dans la
fabrication et la réparation des pièces ou de matériels ferroviaires.
Feuillards laminés à froid pour traitement thermique.
Plaques panneaux et pièces en tole émaillée
Revêtements électrolytiques de nickel et de chrome. Revêtements
autocatalytiques de nickel.
Palettes bois à quatre entrées de dimensions 800 mm * 1200 mm. TYPT:
standard SNCF
Manches d'outils en bois
Vernis et résines pour isolation électrique
Revêtement par projection thermique
Anodisation et conversion chimique de pièces en aluminium et alliages
d'aluminium
Toles bandes plats feuillards relaminés à froid en acier non allié
Revêtements électrolytiques de zinc avec traitement complémentaire sur fer
ou acier
Fils d'acier galvanisés à chaud
Paints and varnishes. Test of alternate exposure to an UV source and to
condensation water
Peintures et vernis - Détermination du point d'éclair en vase clos sous
agitation
Peintures et vernis - Détermination de la résistance aux liquides
Peintures - Dégradation des surfaces peintes
Caoutchouc - Essai de traction
Caoutchouc - Vieillissement artificiel à l'étuve et essais de tenue à la
chaleur
Caoutchouc - Détermination de la résistance au déchirement du
caoutchouc vulcanisé
Caoutchouc - Détermination de la résistance au craquelage par l'ozone du
caoutchouc vulcanisé dans des conditions statiques
ADHESIFS STRUCTURAUX - ESSAI DE CLIVAGE AU COIN
Détermination conventionnelle de la stabilité thermique
Détermination de la résistance au cisaillement d'assemblage type AXEBAGUE
ADHESIVES - DETERMINATION OF TENSILE STRENGTH OF BUTT
JOINTS
Adhésifs structuraux. Méthode de cisaillement pour la détermination de la
courbe contrainte/déformation d'un adhésif dans un assemblage collé Méthode d'essai
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