0394250 VIBRATION PAD DYNAPAC

In high-impact applications such as road rollers and compactors, minimizing machine vibration is critical to protecting structural components and delivering consistent compaction results. The 0394250 VIBRATION PAD DYNAPAC is an essential component engineered to absorb and isolate vibrations between the compaction drum and the machine frame, safeguarding operational efficiency and structural integrity over long hours of use.

Designed for use in Dynapac’s heavy-duty road equipment, this vibration pad combines resilient industrial rubber with reinforced steel mounting plates to ensure reliable performance under intense operating conditions. Whether in soil compaction, asphalt laying, or site preparation, this part is indispensable for maintaining stability and minimizing wear.

Key Features and Benefits

• High-Density Rubber Core: Formulated for superior elasticity and durability, the rubber absorbs vibrations across a wide frequency range.

• Steel Base Plates: Precision-engineered steel plates on both ends provide a stable mounting surface and structural rigidity, preventing distortion under high loads.

• Dual Mounting Configurations: Featuring square and diamond orientation bolt patterns to accommodate various Dynapac drum configurations.

• Long Service Life: Engineered to endure prolonged use in harsh outdoor environments with resistance to oil, moisture, abrasion, and UV exposure.

• Enhanced Operator Comfort: Minimizes vibrational transfer to the operator platform, improving handling and reducing fatigue.

• Noise Damping: Reduces the noise generated by drum vibration and machine resonance, contributing to a quieter job site.

Technical Specifications

Weight: 3,725 kg

Compatibility

The 0394250 VIBRATION PAD DYNAPAC is widely used across various Dynapac compactor and roller models. It’s frequently integrated in models that require high-impact damping performance:

• Dynapac CA250D

• Dynapac CA280D

• Dynapac CA302D

• Dynapac CC232

• Dynapac CC422

• Dynapac CC222HF

• Other CA/CC series rollers with standard vibration pad mount design

Compatibility may vary depending on year and regional variants. Please verify with your model’s technical documentation or contact our support for specific fitment assurance.

Real-World Performance

When operating Dynapac compactors in rugged terrain or prolonged paving sessions, vibrational impact on the frame, bolts, and operator platform can degrade performance and safety. The 0394250 VIBRATION PAD DYNAPAC acts as a strategic buffer — it reduces direct vibrational loads, disperses mechanical stress, and helps stabilize the compaction unit. This leads to:

• Consistent compaction quality

• Reduced fatigue on structural bolts and welds

• Improved machine lifespan

• Lower maintenance costs

Its dual-orientation design allows flexible installation on machines with varying bolt alignments, a key factor for field replacements or on-site service interventions.

Installation Tips

For best results, follow these basic guidelines:

1. Clean all contact surfaces – Remove debris, oil, and old rubber residues.

2. Align properly – Use the correct orientation (square or diamond) for your machine’s bracket design.

3. Use locking fasteners – Apply high-tensile bolts and washers to prevent loosening from vibration.

4. Check torque specs – Tighten bolts according to OEM torque recommendations.

5. Re-inspect periodically – Inspect for cracks or hardening every 250–500 hours depending on usage intensity.

3GEN Export: Your Trusted OEM Supplier

At 3GEN Export, we specialize in supplying top-quality spare parts for Dynapac and other major heavy equipment brands. Our focus is on performance, reliability, and fast global delivery. When you order the 0394250 VIBRATION PAD DYNAPAC from us, you’re not only getting a premium replacement part — you’re also benefiting from:

• OEM-grade quality

• Professional packaging

• Fast worldwide shipping in 5 working days

• Dedicated customer support

No delays, no excuses — just reliable parts that keep your equipment moving.