2024 DYNAPAC CA305

2024

DYNAPAC

CA305

Baru

Vibratory System: The CA305 utilizes a vibratory system to compact soil and aggregates effectively. It features both high and low amplitude settings, allowing for versatile compaction performance based on the soil type and compaction requirements. Drum Design: The compactor is equipped with a heavy-duty drum that is typically smooth or equipped with padfoot segments for specific soil conditions. The drum’s design ensures maximum ground contact, enabling efficient compaction and uniform soil density. Operator Comfort and Safety: The CA305 is designed with operator comfort and safety in mind. The operator’s platform is spacious and ergonomically designed, providing a comfortable working environment. It features excellent visibility, intuitive controls, and vibration damping to minimize operator fatigue during long work shifts. The compactor also includes safety features such as ROPS (Roll-Over Protective Structure) for operator protection in the event of a rollover. Engine: The CA305 is powered by a reliable and fuel-efficient engine that delivers the necessary power to drive the compactor and generate the vibrations needed for effective soil compaction. The engine is designed to meet emissions standards while providing excellent performance and durability. Water Sprinkler System: To prevent soil sticking to the drum and improve compaction efficiency, the CA305 is equipped with a water sprinkler system. It allows for controlled water distribution on the drum’s surface, helping to reduce friction and ensure proper compaction. Maneuverability: The CA305 features a compact design and articulated steering, allowing for excellent maneuverability even in tight spaces. This makes it suitable for various construction sites, including road projects, residential areas, and commercial developments. Productivity Enhancements: The compactor can be equipped with optional features to enhance productivity and efficiency. These may include a compaction meter to measure soil stiffness and compaction progress, GPS systems for accurate compaction mapping, and telematics for remote monitoring of machine performance and maintenance needs.