Public transport buses and coaches operate in harsh conditions, including extreme vibrations and temperatures. Ensuring passenger safety and comfort requires proper engine compartment and cabin cooling.
Kendrion’s range of customizable solutions helps OEMs optimize performance and safety, while reducing the cost and time of transmission and cooling development. Our gearbox technology for lateral radiator positioning provides maximum efficiency and driving comfort. Other belt-management systems optimize engine cooling.
Special idlers, damping systems for engine pulley drives and damped idlers, help reduce belt vibrations that can cause damage to auxiliary units. And our durable electromagnetic air conditioning compressor clutch can be easily integrated in an automated temperature control system that enhances passenger comfort even more.
A look into the engine compartment of your bus or coach will reveal several components from Kendrion. Kendrion offers a wide range of solutions for engine cooling. Direct belt-driven fan clutches and fans as well as angle gearbox applications - in vehicles where the cooling package is installed aside in the direction of travel - are standard for buses and coaches. The simple controllability, the easy maintainability and the customer-specific packages, are just a few of the advantages that our customers truly appreciate when it comes to Kendrion components.
Beyond engine cooling, Kendrion is your competent partner for special idlers as well as damping systems for engine pulley drives. Belt vibrations that cause damage to auxiliary units can be eliminated with the use of damped idlers. Kendrion's belt-management systems provide for quiet-running in your engine compartment – To the benefit of your auxiliary units and the enjoyment of your passengers!
For the bus and coach sector, Kendrion also supplies electromagnet clutches for A/C compressors. Adaptations and perfect dimensioning to customer requirements go without saying. Continuous further development of our A/C compressor clutches ensure prolonged service life and enable operation in critical climate regions.