Integrated Stepper Motor + Controller + Encoder + Microstep Driver with RS-232/RS-485 Communication

Specifications (NEMA 17/23)
- RS-485/232 Communication (9600-115K bps)
- Stand-alone control via a BASIC-like programming language
- Multi-task programming support
- 12 to 35 VDC voltage input
- 16 microstep
- 100mA to 2.5A current setting
- Opto-isolated +Limit, -Limit, and Home inputs
- Opto-isolated Digital inputs (6)
- Opto-isolated Digital outputs (3)
- High speed position capture digital input
- Position synchronized digital output
- On-the-fly speed change
- 1000 line incremental encoder (4000 counts/rev with 4x quadrature decoding)

Specifications (NEMA 11)
- RS-485/232 Communication (9600-115K bps)
- Stand-alone control via a BASIC-like programming language
- 12 to 24 VDC voltage input
- Full, 1/2, 1/4, 1/16 microstep
- 100mA to 1.5A current setting
- Opto-isolated +Limit, -Limit, and Home inputs (configurable as general purpose)
- Opto-isolated Digital outputs (1)
- On-the-fly speed change
- Max pulse rate of 50K pps
- 256 line incremental encoder
- NEMA 11 size

Integrated Stepper Motor + Controller + Microstep Driver with USB 2.0 Communication

Specifications
- USB 2.0 Communication
- Stand-alone control via a BASIC-like programming language
- 12 to 24 VDC voltage input
- 16 microstep
- 100mA to 2.0A current setting
- Opto-isolated +Limit, -Limit, and Home inputs
- Opto-isolated Digital inputs (2)
- Opto-isolated Digital outputs (2)
- Available in NEMA 17 motors in various stack sizes

Integrated Stepper Motor + Controller + Encoder + Microstep Driver with RS-485/USB 2.0 Communication

Specifications
- USB 2.0 and RS-485 (9600-115K bps) communication
- Digital IO communication + easy-to-use interface
- Stand-alone control via a BASIC-like programming language
- 12 to 48 VDC voltage input
- 2-500 microstep
- 100mA to 3.0A current setting
- Opto-isolated +Limit, -Limit, and Home inputs
- Opto-isolated digital inputs (6)
- Opto-isolated digital outputs (2)
- 1000 line incremental encoder (4000 counts/rev with 4x quadrature decoding)
- High speed position capture digital input
- Position sync digital output
- StepNLoop closed-loop control
- On-the-fly speed change
- S-curve/Trapezoidal acceleration profile control
- Available in NEMA 17 and 23 sizes in double and triple stack lengths
- Multi-task programming support

Integrated Stepper Motor + Controller + Encoder + Microstep Driver with 10Mbps Ethernet Communication

Specifications
- 10 Mbps Ethernet Communication
- Stand-alone control via a BASIC-like programming language
- 12 to 48 VDC voltage input
- 2-500 microstep
- 100mA to 3.0A current setting
- Opto-isolated +Limit, -Limit, and Home inputs
- Opto-isolated Digital inputs (2)
- Opto-isolated Digital outputs (2)
- High speed position capture digital input
- 1000 line incremental encoder (4000 counts/rev with 4x quadrature decoding)
- StepNLoop closed-loop control
- On-the-fly speed change
- S-curve/Trapezoidal acceleration profile control
- Available in NEMA 17 and 23 sizes in double and triple stack lengths
- Multi-task programming support

Advanced Integrated NEMA 17/23 Stepper Motor Microstep Driver

Specifications
- 12 to 48 VDC voltage input
- 100mA to 3.0A current setting
- 2-500 microstep
- 1M maximum pulse rate input support
- Opto-isolated differential Pulse/Dir (CW/CCW) inputs
- Opto-isolated driver enabled input
- Opto-isolated over-temperature alarm output
- Available in NEMA 17 and 23 sizes in double and triple stack lengths
- Available with optional 1000 count encoder
- Software configurable

Integrated NEMA 11/17/23 Stepper Motor Microstep Driver/Controller

Specifications
- 12 to 24 VDC Voltage Input
- 100mA to 2.5A support
- Full/Half/Quarter/16 microstep
- Configurable as Driver mode or Controller mode
- Driver mode: One clock (Pulse/Dir) or two clock
- (CW/CCW) support
- Driver mode: 200K maximum pulse rate input
- Controller mode: Absolute, incremental, jogging move type support
- Controller mode: 4 motion profile selection, start/stop input, status output
- Controller mode: 16K maximum pulse rate output speed
- Opto-isolated differential Pulse/Dir inputs (motion profile selector in controller mode)
- Opto-isolated driver enabled input (start/stop input in controller mode)
- Opto-isolated over-temperature alarm output (status output in controller mode)
- Available in NEMA 11, 17 and 23 sizes in double and triple stack lengths
- Software configurable

Advanced Single Axis Controller + Microstep Driver with USB 2.0/RS-485 Communication

Specifications
- USB 2.0 and RS-485 (9600-115K bps) Communication
- Digital IO Communication + Easy To Use Interface
- 12 to 48 VDC voltage input
- Opto-isolated +Limit, -Limit, and Home inputs
- Opto-isolated Digital inputs (6)
- Opto-isolated Digital outputs (2)
- A/B/Z Differential Encoder inputs
- StepNLoop closed-loop control
- On-the-fly speed change
- S-curve/Trapezoidal acceleration profile control
- 10-bit analog inputs (2)

Advanced Single Axis Controller with USB 2.0/RS-485 Communication

Specifications
- USB 2.0 and RS-485 (9600-115K bps) Communication
- Digital IO communication + easy-to-use interface
- Stand-alone control via a BASIC-like programming language
- 12 to 48 VDC voltage input
- Opto-isolated +Limit, -Limit, and Home inputs
- Opto-isolated Digital inputs (6)
- Opto-isolated Digital outputs (2)
- 10-bit analog inputs (2)
- Pulse/Dir differential signal output
- 6M maximum pulse rate output
- Open-collector enable output
- A/B/Z Differential Encoder inputs
- StepNLoop closed-loop control

Single Axis Controller with USB 2.0 Communication

Specifications
- USB 2.0 Communication
- Stand-alone control via a BASIC-like programming language
- Multi-task programming capable
- 12 to 48 VDC voltage input
- Opto-isolated +Limit, -Limit, and Home inputs
- Opto-isolated Digital inputs (3)
- Opto-isolated Digital outputs (2)
- Pulse/Dir differential signal output
- 400K maximum pulse rate output

Advanced Single Axis Microstep Driver

Specifications
- 12 to 48 VDC voltage input
- 100mA to 3.0A current setting
- 2-500 microstep
- 800K maximum pulse rate support
- Opto-isolated differential Pulse/Dir (CW/CCW) inputs
- Opto-isolated driver enable input
- Opto-isolated over-temperature alarm output
- Software Configurable

Low Cost Single Axis Controller + Microstep Driver with USB 2.0 Communication

Specifications
- Low cost controller and microstep driver board
- Size: 1.5 inch x 2.5 inch (37mm x 57mm)
- USB 2.0 Communication
- 12 to 24 VDC voltage input
- Current setting from 0 to 2.0A in 100mA resolution
- Selectable microstep: Full, 1/2, 1/4, 1/16
- Opto-isolated Digital inputs (6)
- Opto-isolated Digital outputs (2)
- One 10-bit analog input - 0 to 3.3V for speed control
- 3 Different Control Modes: USB, Digital IO, and Analog Input *

*USB Mode: PC-based control from PC through USB 2.0 Communication Digital
IO Mode: Motion Control through digital input/output USB
Mode: Analog Mode: Speed control through analog input

Advanced 4-axis Controller with USB 2.0 and RS-485 Communication

Specifications
- 4 Axis Advanced Motion Controller
- USB 2.0 and RS-485 communication
- 6M maximum pulse rate output
- Trapezoidal or s-curve acceleration
- On-the-fly speed change
- Continuous linear coordinated buffered XYZ move
- XYZU linear coordinated motion
- XY circular and arc coordinated motion
- Homing using Home and/or Index encoder channel
- Pulse/Dir/Enable open collector outputs per axis
- Opto-isolated +Limit, -Limit, Home, and Alarm inputs per axis
- Single-ended or differential quadrature encoder inputs per axis
- Opto-isolated Digital Inputs (8)
- Analog inputs 10-bit resolution (8)
- Built-in joystick control for XYZU axes
- High speed position capture inputs and sync outputs
- Built-in StepNLoop closed loop control algorithm
- BASIC-like standalone programming language
- Multi-task programming support

Advanced 4-axis Controller with 10Mbps Ethernet Communication

Specifications
- 4 Axis Advanced Motion Controller
- 10 Mbps Ethernet Communication
- 6M maximum pulse rate output
- Trapezoidal or s-curve acceleration
- On-the-fly speed change
- Continuous linear coordinated buffered XYZ move
- XYZU linear coordinated motion
- XY circular and arc coordinated motion
- Homing using Home and/or Index encoder channel
- Pulse/Dir/Enable open collector outputs per axis
- Opto-isolated +Limit, -Limit, Home, and Alarm inputs per axis
- Single-ended or differential quadrature encoder inputs per axis
- Opto-isolated Digital Inputs (8)
- Opto-isolated Digital Outputs (8)
- High speed position capture inputs and sync outputs
- Built-in StepNLoop closed loop control algorithm
- BASIC-like standalone programming language
- Multi-task programming support

Stand-alone 4-axis Controller with USB 2.0 and RS-485 Communication

Specifications
- 4 Axis Basic Motion Controller
- USB 2.0 and RS-485 Communication
- 400K maximum pulse rate output
- Trapezoidal acceleration
- Pulse/Dir/Enable open collector outputs per axis
- Opto-isolated +Limit, -Limit, and Home inputs per axis
- Opto-isolated Digital Inputs (4)
- Opto-isolated Digital Outputs (4)
- BASIC-like standalone programming language
- Multi-task programming support

Advanced 2-axis Controller with USB 2.0 and RS-485 Communication

Specifications
- 2 Axis Advanced Motion Controller
- USB 2.0 and RS-485 communication
- 6M maximum pulse rate output
- Trapezoidal or s-curve acceleration
- On-the-fly speed change
- XY linear coordinated motion
- Homing using Home and/or Index encoder channel
- Pulse/Dir/Enable open collector outputs per axis
- Opto-isolated +Limit, -Limit, and Home inputs per axis
- Single-ended or differential quadrature encoder inputs per axis
- Opto-isolated Digital Inputs (8)
- Opto-isolated Digital Outputs (8)
- Analog Inputs 10-bit resolution (2)
- Built-in joystick control for XY axes
- Built-in StepNLoop closed loop control algorithm
- BASIC-like standalone programming language
- Multi-task programming support
- Motion Controller + Microstep Driver with USB/RS-485

Advanced 2-axis Controller + Microstep Driver with USB 2.0 and RS-485 Communication

Specifications
- 2 Axis Advanced Motion Controller
- USB 2.0 and RS-485 communication
- Built in X and Y axis microstep drivers (1.5 Amp/8 microstep/24 VDC)
- Trapezoidal or s-curve acceleration
- On-the-fly speed change
- XY linear coordinated motion
- Homing using Home and/or Index encoder channel
- Opto-isolated +Limit, -Limit, and Home inputs per axis
- Single-ended or differential quadrature encoder inputs per axis
- Opto-isolated Digital Inputs (8)
- Opto-isolated Digital Outputs (8)
- Analog inputs 10-bit resolution (2)
- Built-in joystick control for XY axes
- Built-in StepNLoop closed loop control algorithm
- BASIC-like standalone programming language
 Multi-task programming support