Jungheinrich ECE-320 User Manual
Ergonomic order picking
with lifting load section
Optimised working
processes through direct
operator/load correlation
Optimum energy utilisation
through maintenance-free
3-phase AC drive motor
Curve control automatically
reduces speed when
cornering (optional)
Scissor lift load section
with high capacity
ECE 320
Horizontal order picker with scissor lift load section (2,000 kg)
The ECE 320 horizontal order picker
is particularly suitable for applications
where the ergonomic depositing of
goods on the pallet is important as well
as time and cost optimisation during
order picking.
Its excellent technical eciency is
determined by the 24 V 3-phase AC
drive motor. The advantages: Powerful
acceleration and high maximum speed.
Considerable energy saving, prolonged
operating time and low maintenance all
at the same time (through omission of
carbon brushes). This is due to the opti-
mised eciency, the favourable relationship between the drive motor and drive
electronic control as well as regenerative
braking.
The immediate proximity of operator
to load and the fixed stand-on platform
are the pivotal points for rapid, safe and
ecient order picking. The scissor lift
load section of the ECE 320 enables
2000 kg loads to be lifted to a height of
700 mm.
Dependent on the requirements, the ECE
320 may be equipped with either electric tiller steering (optional) or a JetPilot
steering wheel. The advantages of tiller
steering: Eortless steering with only 60°
tiller angle required for a 90° steering
angle. The operator and tiller always
remain safely within the truck contours.
The advantages of the JetPilot steering
wheel: First-class travel comfort thanks
to intuitive operation and secure hold.
No twisting of the body when cornering
(thereby lessening the strain on the
neck and spinal column). One-handed
operation and automatic adjustment to
straight-line travel at every return.
ECE 320
b₅
152
*= bei SBE –40 mm
9
1399
1009
474
175
50
132
l
c
Q
s
95
h₃
218
b₂
380
Wa
412
337
l₂
494*
a
2
m
x
y
l₁
(l₆)
AST
(b₁₂)
a
2
h₁₃
b₁₁
e
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