Liebherr 912 21.1t 1982-1992 - Technical data

Liebherr 942 - Product Description

Powertrain and Design

The Liebherr 942 is powered by a water-cooled diesel engine, which provides low fuel consumption and high torque at low RPM. The dual pump is designed for hydraulic efficiency, minimizing operating costs. The construction components are developed for long life and high availability, making the machine versatile on construction sites. Furthermore, the Liebherr 942 can easily adapt to various working conditions, standing out as an effective tool.

Undercarriage and Hydraulics

The undercarriage of the Liebherr 942 is available in rubber and crawler versions, allowing better adaptation to work environments. The hydraulic system ensures high working pressure and speedy movements, facilitating efficient task execution. The overall design prioritizes stability and safety while handling heavy loads. Additionally, the machine features hydraulic systems that allow for precise control, fulfilling operator needs.

Operating Parameters

The operating weight of the Liebherr 942 ranges from 43,440 lbs to 46,085 lbs (19,700 kg to 20,900 kg). The engine operates at a power rating of 2000 RPM with varying working pressure specifications. Furthermore, the machine can be fitted with various types of buckets, adding to its versatility. The digging capability and breakout force are optimized for outstanding performance.

Optional Equipment

The Liebherr 942 offers the option of equipping different attachments such as digging buckets, multi-tine grapples, or other tools tailored for specific applications. Additionally, the variants of undercarriages, either rubber or crawler, enhance the machine's flexibility in diverse conditions. There are also various lengths and shapes of booms available, further extending its usability.

Safety and Technical Data

The Liebherr 942 features advanced safety standards using modern technology. Integrated safety valves protect against hydraulic failures, preventing potential damages. Many machine components are designed to assure long service intervals, increasing reliability. Stability when working with heavy loads is ensured through the use of oscillating and hydraulic attachment systems.