2011 LINDE A13

Safety
The operator is fully protected within the operators
compartment. Three independent braking systems
ensure effective stopping power for every eventuality.
The innovative mast concept provides exceptional torsion
resistance for impressive stability at high lift heights and
the operator has excellent visibility to the forks and load
for safe, assured handling operations.
Performance
The powerful 4.2 kW traction and 15 kW lift motors deliver
high-torque performance. The truck is fitted with the advanced
Linde digital control system, which governs the powerful drive
and hydraulic pump motors for smooth, seamless acceleration,
lift, reach and rotate movements ensuring safe and extremely
efficient load handling. This system of energy control optimises
the number of work cycles obtained from each battery charge.
Comfort
The spacious operators compartment has a sideways seating
position with a specially designed full suspension seat, which
offers lateral, lumbar, weight, and height adjustments so that
every operator is able to find the perfect driving position for
optimum comfort. This, combined with the highly functional
and ergonomic layout of the operating controls, provides
a superb, fatigue-free working environment enabling
the operator to achieve excellent productivity ratios.
Reliability
The key components of the truck are easily accessible for
maintenance and integrated diagnostics ensure reduced
servicing intervals. The energy saving Linde digital control
system, together with the low-maintenance design of the
truck results in maximum uptime and reduced operating costs.
Productivity
A clear view of the turret head and load during storage and
retrieval operations as well as good all-round visibility within
the very narrow aisles are important prerequisites for costeffective efficiency and high throughput ratios. Performance is
also enhanced by the smooth, responsive hydrostatic steering
and the Linde twin accelerator pedal system. Linde very
narrow aisle system trucks are designed to achieve maximum
utilisation of the available storage space