Better braking – with Voith retarders for commercial vehicles
With Voith retarders, up to 90 percent of all braking actions can be performed without wear. This represents a significant increase in safety. Retarders protect the service brakes, thus reducing expenditures on spare parts and maintenance. At the same time, transport capabilities increase due to higher average speeds.
High brake performance is essential when it comes to stopping a truck that weighs several tons. Classic friction brakes can reach temperatures of up to 1000 degrees under demanding conditions such as adaptive braking on the highway or on long downslopes. This leads to a rapid reduction in braking efficiency. Voith retarders provide the solution: The permanent hydrodynamic endurance brake system ensures reliable, wear-free braking. This protects the service brakes and ensures they are always available. It is no surprise that endurance brakes in buses and trucks are a legal requirement throughout Europe.
Voith retarders – the advantages at a glance
- Greater safety throughout the entire speed range ensured by high retarder brake performance and cold service brakes
- Downhill cruise control – using the v-constant function, the retarder maintains constant driving speed on downward slopes
- Lower operating costs – considerably longer periods without the use of service brakes results in fewer visits to the repair shop and lower maintenance costs
- Low weight – Voith retarders are light, allowing optimal use of load limits
- Higher transport capabilities – due to higher and more uniform average speeds
- Lower consumption – more uniform speeds and proactive driving behavior saves fuel
- Non-polluting – up to 80% lower emissions of brake dust
Voith retarder operating principles
Hydrodynamic braking – retarder design and operation
- Hydrodynamics makes wear-free braking possible.
- The magnitude of the braking torque depends on fill level and speed.
- The retarder is perfectly integrated into the vehicle braking management system.
- The braking energy is converted into heat and dissipated via the vehicle cooling system.