Caterpillar 213LC 17.3t 1985-2025 - Technical data

Caterpillar 213LC 17.3t 1985-2025 - Product Description

Powertrain and Design

The Caterpillar 213LC is a tracked hydraulic excavator weighing 17.3 tons. It features a Perkins 6.354.4P diesel engine with an output of 76 kW (102 HP), consisting of six cylinders for high operational efficiency. The design of the machine facilitates various construction operations, making it suitable for both transport and excavation tasks. The transport dimensions of the machine are 8.28 m in length, 2.4 m in width, and 2.96 m in height.

Undercarriage and Hydraulics

The hydraulic system of the 213LC is based on two hydraulic pumps, ensuring high efficiency and smooth operation. The hydraulic system operates at pressures up to 30,000 kPa (4350 psi) with a flow rate of 135 l/min (36 gpm). With independent hydraulic motors for each track, the machine features excellent maneuverability, facilitating work in tight spaces.

Operating Parameters

The operational performance of the Caterpillar 213LC includes digging depth and working radius, enabling effective execution of excavation tasks. The bucket capacity ranges from 0.25 m³ to 0.86 m³, allowing customization for various construction applications. The ripping force of the machine and other operational parameters ensure effective handling of demanding tasks.

Optional Equipment

The Caterpillar 213LC can be equipped with various accessories such as forks, blades, and different types of buckets tailored to specific tasks. A wide range of available accessories allows customization of the machine to meet specific job requirements. The operator's cabin provides a comfortable working environment and is equipped with essential components such as a charger and documentation storage.

Safety and Technical Data

The machine meets safety standards and is equipped with safety systems that enable secure operation. Key technical parameters include six cylinders and an engine displacement of 5.8 liters. Additional features include hydraulic braking systems that provide stability and safety during hydraulic operations.