EN 16834
Railway Brake Adhesion Performance Testing
This test method evaluates the adhesion performance of railway braking systems under controlled wet and contaminated rail conditions. It assesses the ability of brake systems to generate sufficient friction force while maintaining stable deceleration and preventing wheel lock-up. The test is fundamental for railway operators, brake manufacturers, and rolling stock producers to ensure safe braking performance across varying environmental conditions. Accredited testing ensures independent verification that brake systems meet critical safety requirements for European rail networks and comply with technical specifications for rolling stock.
What it measures
- Adhesion coefficient under wet conditions
- Adhesion coefficient with contaminated rail surfaces
- Brake force generation and stability
- Wheel slip and lock-up prevention
- Performance reproducibility across test cycles
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DIN EN 13979-1
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BS EN 13979-1
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NF EN 13979-1
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UNI EN 13979-1
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UNE EN 13979-1
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NEN EN 13979-1
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DIN EN 15595
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BS EN 15595
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NF EN 15595
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UNI EN 15595
🇪🇸
UNE EN 15595
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NEN EN 15595
1,560
Accredited labs
17
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Showing 626–650 of 1,560 labs
ASTM D 5443
ASTM D2892 (modified)
ASTM D2503
ASTM D4052 (modified)
ASTM D2887 (modified)
+ 3 more
DC Resistance
DC VOLTAGE
Temperatur-Simulation
AC CURRENT
Base metal thermocouples
+ 3 more
ASTM D3338
ASTM D 2624
ASTM D 5006
ASTM D 2386
ASTM D7153
+ 3 more
ITS Testing Services (UK)
Active
UK 3725 based on ASTM D2163
and BS EN 15984:2011-07
IP 411, ISO 6251
ASTM D6667 mod
ISO 8973 modified
+ 3 more
ISO 6508-1
Charpy impact test (ISO 148-1)
Tensile testing of metallic materials (I
BS EN ISO 9015-2
BS EN ISO 9016:2022
+ 3 more
- Gleichstromwiderstand
/ Messgeräte
Quellen
>100 Ω
> 10 kΩ
+ 3 more
Ingenieurbüro g o e b e l
Active
DIN 56912
DIN EN 12198-1
DIN EN 12198-2
DIN EN 12198-3
DIN EN 60825-1
+ 3 more
Taupunkttemperatur
Railway braking — urban guided transport
Railway vehicle body structural requirem
Railway bogies — wheelsets and bogies st
Elektrische
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ISO 22262-1
NF X 43-050
NF X43-050 (parties utiles de la
ISO 22262-1
NF X 43-050
NF X 43-269 –
NF X43-050 (parties
ISO 22262-1
NF X 43-050
NF X 43-269 –
NF X43-050 (parties utiles de
NF X 43-269
DIN EN ISO 16017-1
NF X 43-007
NF X 46-032
NF X 43-298
+ 3 more
NF X 43-269
DIN EN ISO 16017-1
NF X 43-007
NF X 43-298
NF X43-050 (parties utiles de
+ 3 more
NF X 43-269
DIN EN ISO 16017-1
NF X 43-298
NF X 46-032
ISO 22262-1
+ 3 more
NF X 43-269
DIN EN ISO 16017-1
NF X43-269 – Annexe
NF X 43-007
NF X 43-298
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NF X 43-269
NF X 43-007
NF X 46-032
NF X 43-014
NF X 43-259
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NF X 43-269
EN 13087-2
DIN EN ISO 16017-1
NF X 43-007
DIN EN ISO 16017-2
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DIN 38402-A 12
DIN ISO 5667-5 (A 14)
DIN EN ISO 5667-6 (A 15)
DIN EN ISO 19458 (K 19)
DIN 19643-1
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Basophile Granulozyten
Eosinophile Granulozyten
Erythrozyten
Lymphozyten
Leukozyten
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Bacillus anthracis Antikörper
Direkter Coombstest polyvalent
Brucella spp. IgG, IgM Antikörper
Francisella tularensis-Antikörper
polyvalent, IgG, IgM
+ 3 more
Kurzschlussstrom 0,5 mA
0,1 V
Füllfaktor Solarzellen* 25 %
0,01 mW
THD U 0,1 %
+ 3 more
Erythrozyten im 1,5.10121-1
DIN EN ISO 10121-2
DIN EN ISO 16890-1
DIN EN ISO 16890-2
DIN EN ISO 16890-3
+ 3 more
DIN EN IEC 60255-1
VDE 0435-300
DIN EN 60255-151
VDE 0435-3151
IEC 60255-151
+ 3 more
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