Specifications
10
MITSUBISHI ELECTRIC
2
SERVO MOTORS
Servo Motor Features and Typical Applications
Absolute high-resolution encoder as
standard equipment
Inclusion of an absolute position detection
system eliminates the need for a homing
sequence, approximate DOG and other
sensors, helping to reduce time and
enhance reliability. With these motors
high performance and safety at low speed
is ensured.
With Mitsubishi’s original absolute mode,
an absolute system can be configured
using conventional I/O even with pulse-
train control.
Model designation Features Application example
K
Low inertia
Larger motor inertia moment makes
this unit well suited for machines
with fluctuating load inertia
moment or machines with low
rigidity such as conveyors.
앬
Conveyors
앬
Food preparation machinery
앬
Printers
앬
Small loaders and unloaders
앬
Small robots and component
assembly devices
앬
Small X-Y tables
앬
Small press feeders
M
Ultra low inertia
Small motor inertia moment makes
this unit well suited for
high-dynamic positioning
operations with extra small
cycle times.
앬
Inserters, mounters, bonders
앬
Printed board hole openers
앬
In-circuit testers
앬
Label printers
앬
Knitting and embroidery
machinery
앬
Ultra-small robots and robot tips
S
Medium inertia
Stable control is performed from
low to high speeds, enabling this
unit to handle a wide range of appli-
cations (e.g. direct connection to
ball screw components).
앬
Conveyor machinery
앬
Specialised machinery
앬
Robots
앬
Loaders and unloaders
앬
Winders and tension devices
앬
Turrets
앬
X-Y tables
앬
Test devices
R
Low inertia
A compact sized low-inertia
moment model with medium
capacity. Well suited for high-
frequency operation.
앬
Roll feeders
앬
Loaders and unloaders
앬
High-frequency conveyor
machinery
Small robots
Inserters, mounters, bonders
Winders and tension devices
Wrapping machinery
/// SERVO MOTORS FEATURES
Overview
2