DFG/TFG 316s/320s Diesel and LPG counterbalanced trucks with hydrostatic drive (1.600 / 2.000 kg)0 pages

Hydrostatic drive for excellent
drive comfort and productivity
Low fuel consumption
Excellent stability during
travel due to extremely
low centre of gravity and
high pivot steer axle
Driver assistance
systems (optional)
Ergonomic and easily
adjustable operators
environment
Driver orientated workplace

DFG/TFG 316s/320s
Diesel and LPG counterbalanced trucks with hydrostatic drive (1,600/2,000 kg)

Our diesel and LPG fork lift trucks with hydrostatic drive offer
outstanding throughput, particularly when reversing (e.g. during
loading of HGVs). This is where their strengths truly come into
play: Rapid acceleration, fast reversing and precise travel. With
five operating programs, the performance characteristics can
be optimally adapted to the requirements of numerous applications.
State-of-the-art engines from the automotive industry feature
impressive electronic control units. They allow for precise operation and optimum productivity combined with low fuel consumption. All the engines are characterised by low emissions,
falling significantly below the strict EU directives. A regulated
3-way catalytic converter for LPG fork lift trucks as well as soot
filter systems for diesel fork lifts are available as options.

The generously dimensioned workstation is optimally designed
with the operator in mind. The infinitely adjustable steering
column with memory function and the integral armrest allows
full adjustment to suit all operator sizes. The single-point adjustment via two adjustable axes enables the primary controls to
be quickly and intuitively adjusted. This ensures safety, protects
health and enables the operator to concentrate fully on their
work whilst being in a relaxed & stress-free environment.
The laminated safety glass roof panel offers protection from
the weather and falling items. The increased amount of light in
the cab creates a pleasant working atmosphere contributing
to faster and safer stacking and retrieval. These are the best
requirements for ensuring maximum productivity throughout
the shift.