What are the advantages of using an AMCI SMD23 integrated stepper
package in place of a conventional stepper driver and stepper motor?
Unlike a separate stepper driver and stepper motor configuration,
the SMD23's compact design integrates stepper driver and motor functions
into a single package. The space saving design boasts a driver to
motor combination that eliminates traditional compatibility issues
while ensuring optimum stepper motor performance.
Why is the SMD23 a more flexible approach to stepper motor applications
vs. a separate stepper driver and motor?
When compared to a traditional stepper driver and motor configuration,
the SMD23's compact design permits a greater number of mounting/installation
options. Instead of taking up valuable cabinet space, each SMD23 is
mounted at the "motor's location" on the machine, thereby
reducing controls clutter and simplifying field service procedures.
How much does an AMCI SMD23 cost compared to a conventional
stepper drive and stepper motor configuration?
An SMD23 integrated stepper motor drive is priced at approximately
half of the cost of a comparable stepper drive and stepper motor
configuration. Advances in microprocessor technology, combined with
superior engineering, have enabled AMCI to develop the SMD23 - an
incredible space saving design that meets traditional stepper motor
demands while reducing costs, set-up time, and field service.
What types of applications can benefit from using an SMD23 Integrated
Stepper Motor Drive?
The SMD23's outstanding performance, combined with its compact
and efficient design, is best suited to any stepper motor application
where cost, reliability, and easy installation are a concern. Some
of the more popular industrial applications include pharmaceutical,
semi-conductor, automotive, food processing, and packaging.
How is the SMD23 configured?
With AMCI’s single screen GUI (Graphical User Interface)
program, configuring your SMD23’s parameters could not be
easier! Simply install a downloadable software package (available
here)
onto your computer, and attach an optional serial cable, AMCI part
number CSMD-5, to your computers serial port. Congratulations, you
are ready to configure your SMD23 Integrated Stepper Motor Drive.
Where can I purchase the AMCI SMD23?
AMCI makes buying the SMD23 very easy for customers. Simply call
our Sales offices directly for price and delivery. For more information
on purchasing an SMD23 Integrated Stepper Motor Drive, please visit
the respective product page, or contact us via telephone or email.
What kind of performance can I expect from an SMD23 Integrated Stepper
Motor Drive compared to a traditional stepper driver and stepper
motor configuration?
The AMCI SMD23 reliably outputs torque and speed ranges that match
or exceed a comparable stepper motor and stepper drive set-up. In
summary, you can expect outstanding performance with added flexibility,
and at a lower cost than conventional stepper drive to motor configurations.
What kind of controller / indexer can I use with the AMCI SMD23?
AMCI manufactures a complete line of stepper controllers and indexers,
all of which complement the SMD23 integrated Stepper Motor Driver.
For more information on these high performace stepper motor controllers,
visit the Stepper Controllers section of our website. Additionally,
any controller / indexer that outputs 5Vdc step and direction signals
can be used to control the SMD23. Signals at other voltage levels
can also be used with current limiting resistors.
Why do so many OEM Machine builders prefer the SMD23 over conventional
stepper drivers and stepper motors?
Traditional stepper drivers and motors require individual installation
and wiring. The SMD23 minimizes set-up time and reduces cabling
through its innovative driver integrated design - wiring is no longer
required between a separate driver and motor. Field service is minimized,
troubleshooting efforts are cut in half, and replacements can be
easily swapped in and out. Additionally, stocking inventory becomes
much more cost effective. One SMD23 costs half of the price of a
conventional stepper driver and stepper motor, and requires
a fraction of the shelf space. |