Volvo EC390 40.9t 1997-1999 - Technical data

Volvo EC390 40.9t 1997-1999 - Product Description

Powertrain and Design

The Volvo EC390 is a tracked excavator weighing 40.9 tons, designed for a wide range of construction applications. It features a Volvo TD 103 KAE engine that delivers a power output of 190 kW. The engine operates at a maximum torque rotation speed of 1700 rpm, enabling efficient task execution. The machine's design ensures optimal stability and durability, which is essential in challenging working conditions.

Undercarriage and Hydraulics

The Volvo EC390 is built with a robust undercarriage, facilitating effective movement across various terrains. The track width measures 700 mm, enhancing stability during operation. While specific details of the hydraulic system are not provided, the excavator is designed to perform efficiently in rugged conditions, suggesting a sufficiently powerful hydraulic system. Despite the lack of specific data, the undercarriage is evidently engineered for heavy loads.

Operating Parameters

The Volvo EC390 features a maximum reach of 10.9 m and a digging depth of 7.1 m. The breakout force reaches 204 kN, which ensures high productivity in earthmoving tasks. The bucket capacity is 3 m³, and transport dimensions include a length of 11.6 m, a width of 3.8 m, and a height of 3.57 m. These specifications make the machine well-suited for construction and loading tasks.

Optional Equipment

The standard configuration of the Volvo EC390 lacks components such as a particulate filter, air conditioning, and hydraulic or mechanical quick couplers. However, the machine is designed to allow track adjustments for various applications. The availability of additional accessories has not been detailed, suggesting flexibility in equipment modification.

Safety and Technical Data

The Volvo EC390 does not have a specified emission level, but the engine displacement is known to be 9.6 l, with a total of 6 cylinders. The technical parameters indicate a solid build quality and a meticulous approach to operational safety. It is noteworthy that the absence of additional safety devices requires operators of this machine to be responsible for their safety during use.