Stepper Drivers with Programmable Controllers
Anaheim Automation manufactures Stepper Motor Drivers integrated with Programmable Controllers in modular or Driver Packs packaging styles, in three current ranges. This product line offers several different drivers with current ranges of 0 to 2.5Amps, 2.6 to 7.0Amps, or 7.1 to 12.5Amps, as well as several different controllers. The programmable controllers in this product line vary in the features and command sets each offers. Software included FREE and readily available online.
Anaheim Automation manufactures Stepper Motor Drivers with Programmable Controller as Driver Pack models DPE25601 and DPE25611 which contain a single-axis microstep driver with an output capacity of 0.5 to 2.5 Amps, a programmable controller with 2 Kbytes of non-volatile stored programming space and quadrature encoder feedback, and a 24 Watt power supply packaged in an enclosure. With 40 commands, these Driver Packs provide flexible, independent control of stepper motors from computers, or any machine controller with a serial or USB port. Software included FREE and readily available online.
Stepper Drivers with Programmable Controllers - 0-2.5A Current Range
Series # # of
Axes
Current
Range
(A)
Steps per
Revolution
Smart
Features
Input
Voltage
(VAC)
Internal
Power
Supply
(Watts)
Voltage
Requirement
Recommended
Power Supply
Starting
At
(USD)
Stock
Status
Helpful
Links
DPE25601 1 0.5 - 2.5 1600 RS232/485 SMC60 Controller 105-125 25 N/A N/A $300.00 Typ. 35 Days
DPE25611 1 0.5 - 2.5 1600 USB SMC60 Controller 105-125 25 N/A N/A $300.00 2 in Stock
Anaheim Automation manufactures a variety of Stepper Motor Driver Packs with Programmable Controllers. The DPC50501 contains a single-axis bipolar microstep driver with an output capacity of 0.5 to 5 Amps, and incorporates a simple 18-command programmable controller, with a power supply in an enclosure. Models DPY50601 and DPY50611 each contain a single-axis bipolar microstep driver with an output capacity of 0.5 to 5 Amps, and a 40-command programmable controller, packaged with a power supply in an enclosure. The DPD75601 contains a single-axis bilevel driver with an output capacity of 1 to 7 Amps, and a 40-command programmable controller, with a power supply packaged in an enclosure. Software included FREE and readily available online.
Stepper Drivers with Programmable Controllers - 2.6-7.0A Current Range
Series # # of
Axes
Current
Range
(A)
Steps per
Revolution
Smart
Features
Input
Voltage
(VAC)
Internal
Power
Supply
(Watts)
Voltage
Requirement
Recommended
Power Supply
Starting
At
(USD)
Stock
Status
Helpful
Links
DPC50501 1 0.5-5.0 200 - 12800 RS485 SMC50 Controller 105-130 65 N/A N/A $450.00 Typ. 35 Days
DPD75601 1 1.0 - 7.0 200 - 400 RS232/485 SMC60 Controller 90 - 265 300 N/A N/A $799.00 1 in Stock
DPY50601 1 0.5 - 5.0 200 - 12800 RS232/485 SMC60 Controller 105-130 125 N/A N/A $450.00 1 in Stock
DPY50611 1 0.5 - 5.0 200 - 12800 USB Controller 105-130 125 N/A N/A $500.00 Typ. 35 Days
Anaheim Automation manufactures several stepper driver/programmable controller options in the 7.1 to 12.5 current range. The DPN10601 is a Driver Pack version, consisting of a 1 to 10 Amp microstep driver, packaged with a more sophisticated programmable controller, the PCL601XCE, a matched power supply and cooling fan. Model DPMLA601 is a high-performance, Line-Powered 2 to 10 Amp microstep driver, packaged with the PCL601XCE programmable controller.
Stepper Drivers with Programmable Controllers - 7.1-12.5A Current Range
Series # # of
Axes
Current
Range
(A)
Steps per
Revolution
Smart
Features
Input
Voltage
(VAC)
Internal
Power
Supply
(Watts)
Voltage
Requirement
Recommended
Power Supply
Starting
At
(USD)
Stock
Status
Helpful
Links
DPN10601 1 1.0 - 10.0 200 - 12800 RS232/485 SMC60 Controller 90 - 265 300 N/A N/A $700.00 3 in Stock
DPMLA601 1 2.0 - 10.0 200 - 12800 RS232/485 SMC60 Controller 90 - 132 None N/A N/A $800.00 3 in Stock
DPN10601 1 2.0 - 10.0 1000 RS232/485 SMC60 Controller 90-132 Line Powered N/A N/A $700.00 3 in Stock
© 2017 Anaheim Automation, Inc. - All Rights Reserved