>
t
ff
tiv
luti
>
Available in DC voltages to +75
>
Available in Three Motor Length
an
Thr
Fram
iz
>
Torque sizes 22 to 749 N-cm
32 to 1061 oz-in
>
Windows Interface for Quick an
Easy Parameter
etu
Integrated Stepper Motor
and Microstepping Drive
DSMS DC Series
Baldor's DSMS stepper motors represent an upgrade of the DSM
stepper motors, integrating a high torque stepper motor and
microstepping drive. New
eatures include
Advanced second generation current control for exceptional
per
ormance and smoothnes
uieter operatio
20 microstep resolutions including degrees, metric and arc
m
nute
er operat
ng vo
tage rang
USB programming cable
or easy setu
The DSMS motor is ideally suited for machine designers who want
the simplicity of an integrated solution. The DSMS motors reduce
the wiring in the system and the potential for problems due to
e
ectr
ca
no
se.
DSMS is available in three frame sizes, NEMA 17, 23 and 34, and
in 3 stack lengths. This gives a choice of motor torque values from
22.6 N-cm (32 oz-in) for the smallest motor to 749 N-cm (1061 oz-
in
for the largest motor.
with up to 20 resolution settings
rom 400 steps to 51200 steps
per motor revolution. The resolution is set using a simple Windows
con
iguration tool and USB Parameter Setup Cable. Additionally,
the configuration tool allows the motor run/hold current and motor
direction to be changed. These settings can be changed on the fly
via an integrated SPI
Serial Programming Interface
port and are
store
n non-vo
at
e memory.
Operating voltages for DSMS range from +12VDC to +48VDC for the
NEMA 17
rame size, and +12VDC to 75VDC
or the NEMA 23 and
34
rame sizes
Interface connections are accomplished using 30 cm
12"
flyin
leads or an optional spring clip style connector
17 and 23 frame
only
he DSMS motor is a compact, power
ul and inexpensive solution
that will reduce system cost, design and assembly time for a large
range of stepping motor applications. It is ideally suited for use with
Baldor's motion controllers, especially the versatile NextMove e100
mot
on contro
er.
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