Description
Manufacturer compare numbers
AUDI
03L 105 266 AB
03L 105 266 AC
03L 105 266 BQ
03L 105 266 BR
03L105266AB
03L105266AC
03L105266BQ
03L105266BR
04L 105 266 B
04L 105 266 C
04L105266B
04L105266C
SEAT
03L 105 266 AB
03L 105 266 AC
03L 105 266 BQ
03L105266AB
03L105266AC
03L105266BQ
04L 105 266 B
04L105266B
SKODA
03L 105 266 AB
03L 105 266 BQ
03L105266AB
03L105266BQ
04L 105 266 B
04L105266B
VW
03L 105 266 AB
VW
03L 105 266 AC
VW
03L 105 266 BQ
VW
03L 105 266 BR
VW
03L105266AB
VW
03L105266AC
VW
03L105266BQ
VW
03L105266BR
VW
04L 105 266 AF
VW
04L 105 266 B
VW
04L 105 266 C
VW
04L105266AF
VW
04L105266B
VW
04L105266C
Manufacturer
Dual-mass flywheel (DMF) LuK
Higher torque levels, greater ignition pressures, and stricter emissions controls are causing ever greater rotational irregularities in today's engines, and thus higher levels of vibration in the powertrain. Higher demands on comfort and quiet as well as greater measures to protect the transmission all require extremely efficient torsional vibration dampers
Advantages
- Lower fuel consumption due to lower rpm levels when idling and easy operation in low rpm ranges
- Lower shifting forces, i.e. greater comfort due to reduced inertia of clutch discs without torsional dampers
- Good driving comfort thanks to strong vibrational damping for sudden load changes
- Quieter thanks to optimum decoupling of vibrations throughout the entire rpm range
- Smooth start/stop performance
Design
The DMF features a multi-stage characteristic curve. The first stage uses soft springs to ensure outstanding engine starting and stopping performance. The second stage has firmer springs to provide superb decoupling of torsional vibrations during normal driving operations.