Liebherr A 944 C HD Litronic High Rise Material Handler - Manual (Page 4)

4 Liebherr specialist machines for scrap handling
Material handling machines
Performance
In the field of scrap handling, performance is extremely
important. Liebherr material handling machines have
been developed for maximum productivity. High
lift capacity and fast work cycles are the essential
prerequisites for efficient handling operations. The
optimum interplay between the hydraulics and electronics
guarantee powerful, fast movements during handling and
at the same time make it possible to work sensitively and
precisely on challenging sorting tasks.
Reliability
Liebherr material handlers guarantee the necessary
stability and with their robust and durable construction
ensure smooth operations right across the scrap
metal industry. Diesel engine, hydraulic components,
electronics components, slewing ring, swivel drive and
steel construction: developed, tested and produced
by Liebherr - in the accustomed high quality for a long
service life and maximum machine availability.
Comfort
The newly developed Liebherr cab gives the operator the
necessary space and comfort to make the best possible
use of his machine's capability.
The ergonomically designed operator's workplace also
features the best possible all-round view. In addition,
ergonomic ladder systems, different cab elevations and
automatic central lubrication systems for the machine
and its attachments provide the necessary comfort
for the driver to concentrate on what is important – the
handling capacity.
Economy
The new generation of material handling machines
are powerful and efficient. Liebherr achieves this
difficult balancing act with its own engine technology
manufactured in-house and optimised to meet the
requirements of controlled hydraulics. With the innovative
Liebherr energy recovery system, a standard feature on the
LH 40 and above, fuel consumption is reduced by up
to 30 percent and the handling capacity of the machine
is boosted by faster, more homogeneous work cycles.
The service-orientated construction of the machine
guarantees short maintenance periods and minimises
the associated maintenance costs thanks to the shorter
servicing.