1 to 4 axes of optically isolated servo control (+/- 10V)

Incremental encoder feedback

Analog input option provides one 14-bit +/-10VDC input per axis

Controls servo drives in torque or velocity mode

Update rates for servo control as fast as 200 microseconds per axis

1.2 MHz post-quadrature position feedback frequency

Home, positive and negative end-of-travel limits per axis

24 programmable inputs and 24 programmable outputs

Multi-Processor-Based, Two-Axes or Four-Axes Servo Controllers

The AT6250 and AT6450 are multi-processor-based, two-axes and four-axes servo controllers designed to be inserted into a single open ISA expansion slot. They provide sophisticated control of any Compumotor servo motor/drive or any standard +/-10V analog input servo drive system. In addition to the controller, a separate auxilliary board simplifies connections with encoders, motor drives, joystick, limits, and programmable I/O.

The AT6250 and AT6450 come standard with Motion ArchitectTM support software for Microsoft WindowsTM. Motion ArchitectTM allows easy creation and implementation of motion programs. DLLs are provided for Microsoft WindowsTM development.

The AT6250 and AT6450 use the proven 6000 Series command language. The 6000 command language is powerful enough to solve the most complex applications yet its basic like structure will not overwhelm a novice programmer

Features

Motion

• 1 to 4 axes of optically isolated servo control (+/- 10V)

• Incremental encoder feedback • Analog input option provides one 14-bit +/-10VDC input per axis

• Controls servo drives in torque or velocity mode

• Update rates for servo control as fast as 200 microseconds per axis.

• 1.2 MHz post-quadrature position feedback frequency

I/O

• Home, positive and negative end-of-travel limits per axis

• 24 programmable inputs and 24 programmable outputs

• Dedicated trigger interrupts provide high-speed position capture and registration capability to ±1 encoder count at maximum frequency

• Drive enable relay outputs

• Drive fault inputs Programming

• Soft operating system for 6000 Series command language

• Multi-axis teach capability using data arrays

• Position-based following

• Cam profiling

• 2- to 4-axes linear interpolation

• 2-axes circular interpolation with proportional or tangential control of a third axis

• Compiled motion for shorter move execution times

• S-curve or trapezoidal motion profiling

• Numeric, binary and string variable storage

• User-configurable error condition interrupts •

Program debug tools - trace mode, step mode and break points

• 150K of RAM for program storage and path storage

Software Provided

• Motion ArchitectTM for Windows programming environment

• DLL (Dynamic Link Libraries) for WindowsTM software development in Visual C++ and Visual Basic Optional Software

• Servo Tuner for graphical tuning of torque or velocity servo drives

• CompuCAM for CAD-to-motion

• Motion OCX Toolkit to create Microsoft Visual BasicTM controls

• DDE Server provides data exchange with DDE capable applications