Foreword
1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviations
5 General requirements
5.1 Application of the standard
5.2 Safety principles
5.2.1 General
5.2.2 Hazard scenarios
5.2.3 Safety measures
6 General requirements for calculations
6.1 General comments
6.2 Calculation methods
6.3 Presentation of calculations
6.4 Verification by tests
6.5 Actions
6.5.1 General
7 Verification by calculation for ropes
7.1 General
7.2 Actions to be taken into account for calculation of
longitudinal profile and rope calculation
7.2.1 Self weight and weight of load
7.2.2 Dynamic effects
7.2.3 Friction coefficients
7.2.4 Actions due to climatic conditions
7.3 Tension safety factor - General
7.4 Track ropes
7.4.1 Tension forces in the ropes and sag
7.4.2 Tension safety factor
7.4.3 Bending stress
7.4.4 Minimum bearing forces
7.5 Haul and ballast ropes
7.5.1 Tension forces in the ropes and sag
7.5.2 Tension safety factor
7.5.3 Bending stress
7.5.4 Bearing safety
7.6 Carrying-hauling ropes of aerial ropeways
7.6.1 Tension forces in the ropes and sag
7.6.2 Tension safety factor
7.6.3 Bending stress
7.6.4 Minimum bearing forces
7.7 Haul ropes of draglifts
7.7.1 Tension forces in the rope and sag
7.7.2 Tension safety factor
7.7.3 Bending stress
7.7.4 Minimum bearing forces
7.8 Tension ropes
7.8.1 Tension forces in the ropes
7.8.2 Tension safety factor
7.8.3 Bending stress
7.9 Evacuation ropes
7.9.1 Tension forces in the ropes, sag, bearing
forces, bending stress
7.9.2 Envelope
7.9.3 Tension safety factor
7.10 Signal, restraint and marker ropes
7.10.1 Envelope
7.10.2 Tension safety factor
7.10.3 Bending stress
8 Load transmission to drive sheave
8.1 Verification of adherence
8.2 Permissible friction coefficients at the drive sheave
8.3 Load cases
9 Calculation of drive power
9.1 General
9.2 Continuous power with variable speed and/or tangential
force
9.3 Continuous power with constant speed and tangential force
9.4 Acceleration power
10 Actions of ropes and carriers on support structures
10.1 General
10.2 Actions due to tension forces in the ropes
10.2.1 General
10.3 Wind forces on ropes and carriers
10.4 Friction forces of ropes on the support structures
10.5 Ice on ropes
10.6 Starting and braking forces
10.7 Dynamic effects during operation
10.8 Actions resulting from installation and maintenance work
10.9 Accidental actions
10.9.1 General
10.9.2 Braking forces
10.9.3 Actions due to derailment of rope onto the rope
catcher
10.9.4 Actions due to derailment of rope onto the rope
catcher arm of a compression support
10.9.5 Complete deropement on one side of the cableway
as an accidental event
10.9.6 Wind on empty, non-operational carriers
10.9.7 Breakage of a signal cable anchored to a support
structure
10.9.8 Other accidental actions
11 Deformations of supports
12 Technical documents for the verification of the longitudinal
profile calculation
12.1 Funicular railways
12.2 Aerial ropeways
12.3 Draglifts
Annex A (informative) A-deviations
Annex ZA (informative) Relationship between this European Standard
and the Essential Requirements of EU
Directive 2000/9/EC relative to cableway
installations designed to carry persons