Liebherr A 312 13.05t 1998-2001 - Technical data

Liebherr A 312 - Product Description

Powertrain and Design

The Liebherr A 312 is equipped with a Deutz BF4M1012E engine delivering 75 kW, providing adequate power for challenging tasks. The design integrates advanced technologies and a robust structure, ensuring long-term usability. This machine was manufactured between 1998 and 2001, influencing its durability and performance. All components are designed to maximize operational efficiency in various environmental conditions.

Undercarriage and Hydraulics

The Liebherr A 312 features an undercarriage that offers stability and comfortable navigation. The hydraulic system has a capacity of 230 l/min and operates at a pressure of up to 350 bar. Thanks to the variable displacement hydraulic pump, it ensures excellent load registration and quick response to the operator's commands. In particular applications, this excavator can operate effectively even in narrow or difficult spaces.

Operating Parameters

The Liebherr A 312 has an operating weight of 13.05 t with a bucket capacity of 0.45 m³. Its transport dimensions are 8.1 m in length, 2.5 m in width, and 3.09 m in height. The utilized standard tire size is 10.00-20, which ensures good traction. This excavator provides an excellent solution for various construction applications, especially in urban environments.

Optional Equipment

The Liebherr A 312 can be customized to meet individual user needs through a variety of accessories. Options include various working tools such as standard buckets and hydraulic attachments. Depending on specific configurations, the machine can be enhanced with additional functionalities through tools that increase its versatility. It should also be noted that the offering may include additional options and modules.

Safety and Technical Data

The machine is designed with high safety standards in mind. Standard equipment includes an air filtration system that extends engine life. The Liebherr A 312 also incorporates safety features such as automatic safety valves, enhancing operator protection. Key technical parameters, such as engine power, tire size, and bucket capacity, comply with industry requirements and environmental regulations.