Scope
IEC 60494-2
Railway Pantograph Head Type 2 Dimensions
This standard specifies dimensional and material requirements for Type 2 pantograph head contacts designed for metropolitan and urban railway systems with different electrical and mechanical demands than main line networks. It defines standardized contact strip profiles to ensure compatibility with metro and tram catenary systems and interoperability across urban transit networks. Manufacturers and transit operators require accreditation of this test to ensure product compliance and safe, reliable operation in metropolitan electrified rail systems. Standardized Type 2 heads reduce compatibility issues and maintenance costs across metro and tram networks.
What it measures
- Type 2 pantograph head contact width and profile geometry
- Carbon or composite strip material composition and thickness
- Contact surface hardness and wear resistance
- Electrical conductivity and contact resistance
- Mechanical deflection under typical operating forces
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NBN EN IEC 60494-1
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DIN EN IEC 60494-1
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BS EN IEC 60494-1
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NF EN IEC 60494-1
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UNI EN IEC 60494-1
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UNE EN IEC 60494-1
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NEN EN IEC 60494-1
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NBN EN 50206-2
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DIN EN 50206-2
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BS EN 50206-2
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NF EN 50206-2
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UNI EN 50206-2
2,759
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ISO/IEC 15408
ISO/IEC 18045
UNE 320001
ISO/IEC 19790
ISO/IEC 24759
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KROMSCHROEDER
Active
Caudal m3/h 0,010 m3/h Q 250 m3/h 0,
Caudal m3/h 0,16 m3/h Q 2500 m3/h 0,
LABAQUA, S.A. (Unipersonal)
Active
Railway passenger ride comfort evaluatio
Railway wheel-rail interaction — roughne
ISO 21527-1
ISO 5667-11
ISO 17353
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AOAC 985.35
UNE EN ISO 6869
AOAC 995.11
UNE-EN 17298
ISO 10390
ISO 8968-1
BS ISO 6731:2010
ISO 23318
UNE 77308
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Salt spray / neutral salt fog test (ISO
Radiated emissions (CISPR 32)
DIN EN ISO 3650:1999
CA 15-3
DIN EN 50155
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UNE-EN ISO 6892-1
UNE-EN ISO 15630-1
UNE 36065
UNE-EN ISO 15630-2
UNE-EN ISO 945-1
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8 mT/A ≤ B/I < 500 mT/A
80 mT ≤ B ≤ 1,1 T
0,2 mT ≤ B < 1,1 T
0 mT ≤ B < 80 mT
10 Wb < 0,2 Wb
+ 2 more
EURAMET CG-6
CEM DI-008
CEM DI-021
CEM DI-005
CEM DI-010
+ 2 more
3,5 kPa P 70 kPa 70 kPa < P 700 kP
3,5 kPa P 2,0 MPa 2,0 MPa < P 7,0
3,5 kPa P 20 kPa 20 kPa < P 70 kPa
100 kPa P 6,1 MPa 6,1 MPa < P 100
100 kPa P 70 MPa
+ 3 more
nach DIN EN ISO 3650:1999
EURAMET CG-6
ISO 5436-1
CEM DI-013
CEM DI-012
+ 3 more
ISO 13164-4
OM H-3 based on ISO 9698:2019
ISO 13161
ISO 18589-6
ISO 11665-4
+ 3 more
CEM DI-012
CEM DI-008
CEM DI-021
CEM DI-005
CEM DI-022
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Radiated emissions (CISPR 32)
Influenza A/H1-2009
ISO 4831
ISO 4832
ISO 21527-1
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LABORATORIOS EYCO
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ISO 5-3
ISO 2813
ISO 3864-4
UNE-EN ISO 9342-1
UNE-EN ISO 8598-1
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LABORATORIOS OMEGA
Active
ISO 23695
UNE-EN ISO 6222
UNE-EN ISO 16266
UNE-EN ISO 9308-1
UNE-EN ISO 7899-2
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DIN EN 15934
ISO 5667-11
ISO 13166
ISO 11083
DIN EN 12566-3
+ 3 more
Railway brake handbooks (UIC 547)
Railway braking — thermal analysis (EN 1
ISO 5660-1
DIN EN IEC 60068-2-52
IEC 61000-4-2: 2008
+ 3 more
10 · 10-6 mol/mol C 20 · 10-6 mol/mo
10 · 10-6 mol/mol C 5000 · 10-6 mol/
1 · 10-6 mol/mol C 10 · 10-6 mol/mol
1 · 10-6 mol/mol C 5 · 10-6 mol/mol
10 · 10-6 mol/mol C 100 · 10-6 mol/m
+ 3 more
MCV
Active
0,005 l/min ≤ Q ≤ 50 l/min
0,5 m3/h≤ Q ≤ 2,8 m3/h
0,6 m3/h Q 2,8 m3/h
20 m3/h Q 30 m3/h
30 m3/h < Q 70 m3/h
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METROCAL CALIBRACIÓN
Active
5 kg
1 g 2 g 5 g 10 g 20 g 50 g 100 g 200 g 5
10 kg 20 kg
100 kg 200 kg 500 kg 1000 kg
1 g 2 g 5 g 10 g 20 g 50 g 100 g 200 g 5
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2 · 10–6 mol/mol C 100 · 10–6 mol/mo
0,1 · 10–2 mol/mol < C 2,5 · 10–2 mol/
1 · 10–6 mol/mol C 100 · 10–6 mol/mo
5 · 10–6 mol/mol C 20 · 10–6 mol/mol
0,15 · 10–2 mol/mol C 20 · 10–2 mol/
+ 3 more
BS ISO 15713:2006
BS ISO 9096:2017
UNE-EN ISO 16911-1
UNE-EN 15058
UNE-EN 14792
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