Traduction de «système de freinage auxiliaire » (Français → Anglais) :

On all the lines of the trans-European high-speed railway network, the Infrastructure Manager shall permit the use of braking systems which dissipate kinetic energy through heating the rail for emergency braking, but he may prohibit this use for service braking.

Controlling the vehicle; taking into account: proper use of safety belts, rear-view mirrors, head restraints; seat; proper use of lights and other equipment; proper use of clutch, gearbox, accelerator, braking systems (including third braking system, if available), steering; controlling the vehicle under different circumstances, at different speeds; steadiness on the road; the weight and dimensions and characteristics of the vehicle; the weight and type of load (categories BE, C, CE, C1, C1E, DE, D1E only); the comfort of the passengers (categories D, DE, D1, D1E only) (no fast acceleration, smoothly driving and no hard braking) ...[+++].

11. Considers that the active safety measures proposed in the voluntary agreement are not ambitious enough; notes that the introduction across the board of ABS by 2004 is no great challenge, given the existing high level of implementation in the Member States; notes the lack of more ambitious proposals, such as the comprehensive introduction of ESP by 2003 and significantly more exacting commitments to a package of active safety measures including electronic devices to help avoid accidents such as systems to maintain a set distance from preceding vehicles, optical obstacle detection systems and speed-abatement systems, and considers th ...[+++]at the best way of protecting pedestrians is by avoiding accidents;

objective: to know the technical characteristics and operation of the safety systems so as to control the vehicle, minimise wear and prevent malfunctions guidelines: braking, ABS, retarder, speed governor: operating principles, specific features of hydraulic vacuum servobrake circuit, limits to the use of brakes and retarder, combined use of brakes and retarder, use of braking systems on different types of road and under different atmospheric conditions, stopping and braking distance, making better use of speed and gear ratio, making use of vehicle inertia, using ways of slowing down and braking on downhill stretches, effects of weights ...[+++]and dimensions, controls and checks which are the responsibility of the driver, action in the event of failure;

1.1. 2 braking, ABS, retarder, speed governor: operating principles, specific features of hydraulic vacuum servobrake circuit, limits to the use of brakes and retarder, combined use of brakes and retarder, use of braking systems on different types of road and under different atmospheric conditions, stopping and braking distance, making better use of speed and gear ratio, making use of vehicle inertia, using ways of slowing down and braking on downhill stretches, effects of weights and dimensions, controls and checks which are the responsibility of the driver, action in the event of failure;

guidelines: braking, ABS, retarder, speed governor: operating principles, specific features of hydraulic vacuum servobrake circuit, limits to the use of brakes and retarder, combined use of brakes and retarder, use of braking systems on different types of road and under different atmospheric conditions, stopping and braking distance, making better use of speed and gear ratio, making use of vehicle inertia, using ways of slowing down and braking on downhill stretches, effects of weights and dimensions, controls and checks which are the responsibility of the driver, action in the event of failure;