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Stored Program Motion Control System
Any Combination of Stepper and Servo Motors
ALLEGRA Series
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Features
- Plug-and-Play
- Quick and Easy to Install
- Very Compact and Easy to Use
- Low Power Consumption, High Torque Motors, High Speed
Capability
- Easy Programming Language, No Compiler or Assembler
Required
- Programmable, Manual Control
- Different Modes of Operation:
- Host Controlled, PLC, C/C++, Python, Visual Basic, LabVIEW™,
MATLAB™
- Joystick / Trackball Controlled
- Optional Quadrature Encoder Feedback
- Optional Joystick / Trackball Interface
- Optional LIMIT switches
- Optional Discrete Inputs and Outputs
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Built-in Self Test
- Available to Drive Stepper, DC Servo, Brushless, and
Voice Coil Motors
Totally Integrated Solution
Available in 19 inch Rack Mount Enclosure
Evaluation
Unit Is Available upon Request
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Software
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Easy System Setup and Evaluation
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Menu Driven
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Free Software
Included
Stepper Motor
Driver
- Standard to 3 Amps Phase Current, Higher Current Capability Is Also Available
- +12 VDC to +80 VDC
- Standard 10 Micro-steps per Step, Other Resolutions Are Also Available
- Size 8 to 42 Motors
- Auto Current Reduction
DC and Three Phase Brushless
Motor Driver
- Up to 40 Amps Phase
Current
- +18 VDC to +80 VDC
Communication Interface
- RS-232 Interface
- Optional
Ethernet
Interface
- Optional USB
Interface
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Supply Voltage
- Typical, 90 ~ 130 VAC, 180 ~ 260 VAC, 80 W
- Optional External DC Power Supply
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The ALLEGRA series of Stepper Motor control system is an easy-to-use, plug-and-play and
cost effective solution for
Stepper Motor control applications.
It may be used as a stand-alone unit or may be commanded by an
external device.
Each system
includes
the power supplies, the motion controller card,
the
micro-stepper and/or servo motor drivers.
This
Motor control system supports up to 4 axes of motion,
optional 8 inputs,
optional
8 outputs,
optional
analog
inputs, and optional optical encoder inputs.
The system
may be controlled in different ways;
1)
Stand-alone Operation of Motor Control System
In this mode, the controller does not need an
external device such as a PC to operate. The
controller is programmed in a simple programming
language. The code is developed, downloaded to the
controller, run and saved in the controller's
non-volatile memory using the supplied Integrated
Development Environment (IDE) software.
2)
Externally Control Operation of
Motor Control System
In this mode, the external host such as a PC,
micro-controller or PLC sends a series of commands
to the controller via the RS-232 serial port. The
controller processes and performs the incoming
commands and responds with proper messages.
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The system can also be operated using an
analog joystick or a trackball.
The
speed of the motor is proportional to the tilt angle of the joystick
or the rotational
speed of the trackball.
More Info...
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Ordering Information
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Part No. |
Description |
Amount |
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ALLEGRA-1-STPR-01 |
Plug-and-Play
Single-axis
Programmable Stepper Motor Control System
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Click to Get a Quote |
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ALLEGRA-2-STPR-01 |
Plug-and-Play
Two-axis
Programmable Stepper Motor Control System
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Click to Get a Quote |
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ALLEGRA-3-STPR-01 |
Plug-and-Play
Three-axis
Programmable Stepper Motor Control System
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Click to Get a Quote |
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ALLEGRA-4-STPR-01 |
Plug-and-Play
Four-axis
Programmable Stepper Motor Control System
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Click to Get a Quote |
This series is suitable for two-phase stepper
motors.
Power Supply:
Input Power; 115 or 230 VAC, 50 – 60 Hz
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Part No. |
Description |
Amount |
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ALLEGRA-1-SRVO-01 |
Plug-and-Play
Single-axis
Programmable DC
Servo Motor Control System |
Click to Get a Quote |
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ALLEGRA-2-SRVO-01 |
Plug-and-Play
Two-axis
Programmable DC Servo Motor Control System |
Click to Get a Quote |
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ALLEGRA-3-SRVO-01 |
Plug-and-Play
Three-axis
Programmable DC Servo Motor Control System |
Click to Get a Quote |
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ALLEGRA-4-SRVO-01 |
Plug-and-Play
Four-axis
Programmable DC Servo Motor Control System |
Click to Get a Quote |
TThis series is suitable for
DC Servo Motor with Quadrature Incremental Optical Encoders with quadrature incremental optical encoder.
Servo Motor Drivers:
Up to
4.0 Amps Phase Current
Power Supply:
Input Power; 115 or 230 VAC, 50 – 60 Hz
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Part No. |
Description |
Amount |
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ALLEGRA-1-BLDC-01 |
Plug-and-Play
Single-axis
Programmable Brushless DC
Servo Motor Control System |
Click to Get a Quote |
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ALLEGRA-2-BLDC-01 |
Plug-and-Play
Two-axis
Programmable
Brushless DC Servo Motor Control System |
Click to Get a Quote |
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ALLEGRA-3-BLDC-01 |
Plug-and-Play
Three-axis
Programmable
Brushless
DC Servo Motor Control System |
Click to Get a Quote |
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ALLEGRA-4-BLDC-01 |
Plug-and-Play
Four-axis
Programmable
Brushless DC Servo Motor Control System |
Click to Get a Quote |
TThis series is suitable for
three phase brushless DC Servo Motor with Quadrature Incremental Optical Encoders with quadrature incremental optical encoder
and hall effect sensors.
Servo Motor Drivers:
Up to 20.0 Amps Typical Phase Current
Power Supply:
Input Power; 115 or 230 VAC, 50 – 60 Hz
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For a different configuration, please
contact us for a prompt quotation.
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