Case CX 470 B LC 47.1t 2009-2012 - Technical data

Case CX 470 B LC – Product Description

Powertrain and Design

The Case CX 470 B LC is a full-sized crawler excavator weighing 47.1 t. It is powered by an Isuzu AH 6 UZ 1 XYSS engine, producing 270 kW of power. The design focuses on operational efficiency and operator comfort, while ensuring high durability. Innovative engineering provides responsive hydraulics and quiet operation. This model meets quality and performance standards, addressing the demands of modern construction sites.

Undercarriage and Hydraulics

The CX 470 B LC is equipped with hydraulics that respond quickly and effectively to operator inputs. Short cycle times ensure maximum productivity on the job site and in challenging conditions. The excavator features increased fuel efficiency, translating to savings in operation. Support through access to spare parts and servicing guarantees uninterrupted functioning under demanding work scenarios.

Operating Parameters

The Case CX 470 B LC offers a bucket capacity of 2.15 m³ and is effective in various construction tasks. Its transport length is 11.95 m, with a width of 3.35 m, facilitating maneuverability on site. The transport height is 3.27 m, making it suitable for transportation under standard conditions. The machine's efficiency makes it an excellent choice for companies involved in large construction projects.

Optional Equipment

The Case CX 470 B LC can be tailored for various construction applications. Available options include air conditioning, enhancing operator comfort. The machine lacks a hydraulic quick coupler or a blade. It is important to note that available options allow for optimal adjustment of the excavator to different construction tasks.

Safety and Technical Data

The excavator meets various safety standards, making it suitable for work in demanding conditions. Its operational weight of 47.1 t influences stability. Track width measures 600 mm, and the cab height is designed for operator comfort and productivity. Excellent visibility and ergonomic placement of control instruments enhance safety during operation.