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Servo Axis Simulator USB for Motion Controllers and CNCs with DIN Rail Mount

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Product Description

Servo Axis Simulator USB - the next generation of Servo Simulators was developed to assist integrators in application development for projects with analog servo drives and incremental encoder feedback.

It allows motion application debugging without risking damage to the machine, virtually on the table with motion controllers, robots, PLCs, or CNCs without actual running motors and drives.  Applications are virtually limitless including testing the mini hobby servos motors to the largest industrial servo motor applications, linear actuator applications, linear motors, servo presses, we use the servo simulators in our training classes to teach the basics of what a servo drive is, run servo motor tutorials, and teach the basic fundamentals of motion control troubleshooting.

It can be used for stand alone single axis applications or multiple devices can be connected together for 2 axis, 3 axis, and other multi axis configurations.

High Speed USB interface helps in parameter customization and live monitoring for multiple axis..  Simulator uses USB power from a computer - no external power supply required.  Simulator can generate maximum 98,000 pulses per second (24.5KHz per each channel)..  Default encoder settings are 1024 pulses per revolution that can be changed via USB interface.

Click here to view the user manual.

The software is free and can be downloaded on our Downloads page.

Product Videos

Servo Simulator USB for CNC and Motion Control Applications Free Software Configuration 01:26

The Servo Simulator USB software is available for download at theautomationstore.com/downloads. To begin, plug the servo simulator into your PC's USB port using a standard USB A to B cable. Press the connect button and you will see the current operating parameters and have access to the Axis Settings. Press the Axis Settings button. Here you can name your axis which is helpful when simulating multi-axis applications, set the z marker pulse to the number of regular pulses desired between markers, set the z marker pulse width, set scaling of engineering units so that for example 1024 pulses would equal one revolution, set whether the enable input should activate at 5VDC or 12-24VDC, invert the command polarity to "reverse" the direction, set the command deadband which is the minimum command that cause motion to occur, and the command offset which is used to correct errors in the 0V command. --- Subscribe to our newsletter! - http://www.theautomationstore.com/subscribe Tim's Blog - http://timwilborne.tumblr.com/ Tim's Twitter - https://twitter.com/TimWilborne Tim's Facebook - https://www.facebook.com/TimWilborne Amber's Facebook - https://www.facebook.com/LadyBugMama Amber's Instagram - https://instagram.com/awilborne/ Amber's Twitter - https://twitter.com/AmberWilborne

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