Dynapac CA4000D

SAVE FUEL WITH ECO MODE

With ECO Mode enabled, the engine rpm is adjusted to be as low as possible while still maintaining the necessary power required for the given compaction parameters, in order to sustain compaction efficiency.

SAVE EVEN MORE FUEL WITH SEISMIC

Seismic automatically detects the natural frequency of the soil, and continuously adjusts to the frequency of drum system, resulting in up to 30% reduction of the required number of passes and additionally up to 35% reduction of fuel consumption compared to traditional compaction with fixed or manually adjusted frequency settings. In total these saving parameters will sum up to an expected saving of up to 55% less fuel required to complete the job.

CONTINUOUS JOBSITE MANAGEMENT

Dyn@Lyzer continuously measures the stiffness of the compacted area and records the number of passes. This data is constantly visible for the operator on the machine and can also be monitored from the office.

MANAGE YOUR FLEET WITH DYN@LINK

Increase the profitability of your business by using Dyn@Link. Quickly identify underperforming equipment, maximise uptime with perfectly scheduled maintenance and in case of a breakdown get machines operating again as quickly as possible.

ACTIVATE BOUNCING CONTROL

Active Bouncing Control (ABC) alerts the operator and automatically lowers the amplitude settings if the machine begins bouncing, which reduces the risk of destroying the achieved level of compaction.

OPTIMISE COMPACTION WITH SEISMIC

Seismic automatically detects the natural frequency of the soil, and continuously adjusts to the frequency of drum system, resulting in up to 30% reduction of the required number of passes compared to traditional compaction with manually adjusted frequency settings.

PHENOMENAL GRADEABILITY

With Dynapac’s High Climb traction system, the machine can achieve 55% gradeability in both froward and reverse, which is ideal for compaction in trenches.

SUPERIOR SERVICEABILITY

The cross-mounted engine at the rear offers excellent access to all routine service and maintenance points. The hydraulic pumps are in line with the engine andfully accessible for servicing from ground level. Additionally, all filters and fluids and be changed and refilled from the ground as well.

CONFIGURE YOUR DRUM TO YOUR NEEDS

Depending on the jobsite requirements and material that is being compacted, you are able to choose between either smooth or padfoot drums. Versatility can be increase with padfoot shells kits to be use interchangeably with a smooth drum machine.

ERGONOMIC SWIVELING OPERATOR’S STATION

The adjustable operator’s station swivels together as a complete unit to maintain ergonomics even when turning around, by never having steering wheel and instrumentation behind you while providing the operator a perfect view over both working area and their surroundings by not having any structures blocking the vital site lines to control during operation. The sloping engine hood combined with the ability to see the front beam from operator’s station makes it easy to keep control of the machine. This visibility can be further enhanced with optional work lights and back-up camera.

EFFICIENCY ECCENTRICS

Dynapac’s patented eccentric system reduces energy consumption required to initiate vibration, thus decreasing fuel consumption, and limiting wear and tear.

MASSES

• Operating mass (incl. ROPS): 13100 kg
• Operating mass (incl. Cab): 13300 kg
• Module mass (front/rear): 8700 kg/ 4600 kg
• Max. operating mass: 14900 kg

TRACTION

• Speed range: 4 / 6 / 7 / 12 km/h
• Vertical oscillation: ±9°
• Tyre size (8 ply): 23,1 x 26 AW
• Theor. gradeability: 55 %

COMPACTION

• Static linear load: 41 kg/cm
• Centrifugal force (high/low amplitude): 270 kN/ 120 kN
• Vibration frequency (high/low amplitude): 30 Hz/ 30 Hz

• A. Wheelbase 2990 mm.
• B1. Width, front 2300 mm.
• B2. Width, rear 2130 mm.
• D. Drum diameter 1520 mm.
• H1. Height, with ROPS/cab 2880 mm.
• H2. Height, w/o ROPS/cab 2130 mm.
• K1. Ground clearance 450 mm.
• K2. Curb clearance 450 mm.
• L. Length 5990 mm.
• O1. Overhang, right 85 mm.
• R1. Turning radius, outside 5600 mm.
• R2. Turning radius, inside 3300 mm.
• S. Drum shell thickness 35 mm.
• W. Drum width 2130 mm.
• α. Steering angle ±38°.