Caterpillar 349F L 48.6t 2017-2019 - Technical data

349F L - Product Description

Powertrain and Design

The 349F L is equipped with a Cat C13 ACERT™ engine that meets U.S. EPA Tier 4 Final emission standards. This engine not only provides strong power but also fuel efficiency, leading to cost-effectiveness over the long term. The machine's robust construction increases its durability and performance even in harsh working conditions. The hydraulic system works in conjunction with the engine to minimize fuel consumption while maintaining high productivity.

Undercarriage and Hydraulics

This machine features a state-of-the-art hydraulic system that allows rapid and precise movement of large amounts of material. The versatility provided by a wide range of attachments enables the machine to be utilized across different applications, while the additional hydraulics enhance functionality. In heavy operating conditions, the heavy lift mode increases the system pressure, which improves control and operational efficiency.

Operating Parameters

The engine delivers a maximum power output of 317 kW (425 hp), with a maximum drawbar pull of 335 kN (75,300 lbf). The operating weight of the machine ranges from 48,650 kg to 51,000 kg, providing stability and power for various applications. Key hydraulic parameters include a maximum flow rate of 770 L/min, allowing effective utilization of hydraulic power.

Optional Equipment

The 349F L offers a range of attachments that can be quickly swapped out thanks to quick couplers, increasing the machine's versatility. Optional features include lifting devices, hydraulic hammers, and quick couplers. Depending on requirements, the machine can also come equipped with optimized cooling systems to adapt to different working conditions.

Safety and Technical Data

The 349F L machine ensures a high level of safety with advanced protective systems, including rearview cameras and additional protective guards. The cab meets ROPS standards, providing operators with a safe and comfortable working environment. Key technical specifications regarding lifting capacities and operational forces are managed by advanced electronic systems, ensuring work optimization and minimizing the risk of damage.