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Stepper Motors - Rotary Stepper Motors

Stepper Motors Drivers - Stepper Motor Power Stages

Single Axis Controller + Driver R256

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  • Input Voltage of +12 to 40 VDC
  • Phase Current Ranges from 0.2 to 2.0 Amps Peak
  • Microstepping Capabilities of 2x, 4x, 8x, 16x, 32x, 64x, 128x, and 256x
  • RS485 Communication with Optional Converter Cards Available
  • 2 User Configurable Digital I/O’s
  • 2 Dedicated Inputs:
  • 1 Optical Sensor for Homing
  • 1 Switch Closure to Ground
  • Fully Programmable Ramps and Speeds
  • Software Selectable Hold and Move Currents
  • Stand Alone Operation with No Connection to PC
  • Stores up to 16 Different Programs at Once with 4 kBytes of Memory

pdf Controller R256 Overview [English only]
pdf Controller R256 Manual [English only]
pdf Controller R256 Software Manual [English only]
pdf Controller R256 Command List [English only]
application LinControl Software

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Microstepping Driver R356

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  • Input Voltage of +12 to 40 VDC
  • Phase Current Ranges from 0.3 to 3.0 Amps Peak
  • Microstepping Capabilities of 2x, 4x, 8x, 16x, 32x,64x, 128x, and 256x
  • RS485 Communication with Optional Converter Cards Available
  • 2 User Configurable Digital I/O’s
  • 2 Dedicated Inputs:
  • 1 Optical Sensor for Homing
  • 1 Switch Closure to Ground
  • Fully Programmable Ramps and Speeds
  • Software Selectable Hold and Move Currents
  • Stand Alone Operation with No Connection to PC
  • Stores up to 16 Different Programs at Once with 4 kBytes of Memory

pdf Controller R356 Command List [English only]
pdf Controller R356 Software Manual [English only]
application LinControl Software [English only]

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Microstepping Driver R364

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  • 3-axis step motor controller and driver PCB
  • Phase currents between 0.2 to 1.5 Amps/Phase (Software Programmable)
  • Software selectable step resolutions from Full step, Half step, and 4x, 8x, 16x, 32x, 64x microstepping operating.
  • On-board control interfaces are provided for both RS232, for single module control and RS485 for multiple module control.
  • Operating at 57,600 baud the coordinated control of up to twelve axes is practical using four R364 PCB modules on a common RS485 bus.
  • Up to 15.6kHz of step frequency
  • Left and Right limit switch inputs for all motors Home reference by commanded automatic sequence for each motor. The Left Limit Switch is found. The motor then moves to a user given offset position, and then sets the current position to be zero.
  • Eight inputs 0 to 5 VDC analog, or eight inputs TTL digital
  • Seven open-collector relay or solenoid drivers, and one TTL output

Connecting Multiple R364 Boards

Multiple R364 modules can be controlled from a single computer port. Each module is assigned a unique address character, and the RS485 bus ports are wired in parallel. Unless you have a RS485 I/O card in your computer you will need the RS485 to RS232 Converter Card (ACC-01, sold separately) to control the multiple R364 boards using your PC serial port. (See Section 11 in the manual)
NOTE: RS485 to RS232 Converter Card is not necessary for single board connections. A single R364 board can connect using the onboard RS232 or RS485 connectors.

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