450122 Roller Mount – Vibration Damping Pad for Dynapac Road Rollers
The 450122 roller mount is a specialized vibration-absorbing pad used between the drum and the machine body in Dynapac asphalt rollers. Also referred to as 450122 vibration mount, 450122 mount pad, or 450122 vibration damper, this component reduces vibration transmission, extends machine lifespan, and enhances operator comfort.
Compatible Machines
The 450122 vibration damper is compatible with the following Dynapac models:
- CA15, CA30, CA121, CA251
- CC20, CC30, CC222, CC322
- LR100 and other similar road roller models
In these models, it minimizes vibration transfer between drum and chassis, preventing loosening and premature wear of parts.
Fields of Application
The 450122 vibration mount is widely used in:
- Road construction and asphalt paving projects
- Airport, bridge, and highway construction
- Heavy-duty asphalt roller operations
- General construction sites with ground compaction equipment
It ensures stability and efficiency even in harsh site conditions.
Technical Specifications
- Part No: 450122
- Alternative Codes: 4700450122, 801187
- Part Name: Roller Mount / Vibration Damper / Mount Pad
- Material: Industrial-grade rubber with metal components
- Weight: Approximately 3 – 3.5 kg
- Mounting Position: Drum-to-chassis connection points
- Function: Absorbs drum vibrations, reduces transfer to chassis
Why Choose the 450122 Roller Mount?
- OEM-compatible dimensions and design for Dynapac machines
- Excellent vibration damping to protect key components
- Durable and proven under field conditions
- Extends service intervals and overall machine life
- Improves operator comfort by reducing noise and impact
Durable Vibration Damping Solution
The 450122 roller mount is a reliable spare part that absorbs drum-generated vibrations in Dynapac rollers, ensuring smoother operation and longer-lasting performance. Known as the 450122 vibration damper, it is the preferred choice of professionals demanding durability, safety, and comfort in asphalt roller operations.