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Dual Feedback - Linear Motor Positioning Stage

DUAL FEEDBACK - LINEAR MOTOR DRIVEN POSITIONING STAGE

Dual Feedback Linear Motor Driven Positioning Stage


NOTES:
-The controller can only close the loop on one feedback device at a time. In this case it can close the loop on the position and monitor the velocity or close the loop on the velocity and monitor the position.

Step 1. A program or motion profile will be written on a PC or laptop and downloaded to the motion controller. This program will contain parameters such as speed, acceleration, deceleration, PIDs, desired position etc…

Step 2. Based on the program parameters, the motion controller will send a +/- 10V reference signal to the servo amplifier.

Step 3. The servo amplifier will take the reference input signal and provide the necessary current to generate the required force from the motor to move to the desired position.

Step 4. The motor will move to the desired position or achieve the desired velocity at the programmed acceleration.

Step 5a/5b: Motor position/velocity is sent back to the controller to verify that the desired position/velocity has been reached and maintained.

LINEAR MOTORS

Voice Coil Actuators Brushless Linear Motors Brush Linear Motors Single Axis Linear Stepper Motor Dual Axis Linear Stepper Motor Linear Induction Motor Polynoids

ROTARY MOTORS

Rotary Voice Coil Actuators Limited Angle Torque Motors Brushless Rotary Motors

LINEAR STAGES

Voice Coil Positioning Stages Linear Stepper Stages Single Rail Stages Dual Rail Stages Crossed Roller Stages Air Bearing Stages Belt Stages

OTHER SOLUTIONS

Multi-Axis Systems Vacuum Compatible Air Bearing Systems Amplifiers & Drivers System Integration Linear Magnetic Brakes Engineering Design Services

RESOURCES

Product Selector Product Sizing Linear Motion Calculator Rotary Motion Calculator Position Control Options White Papers Rules of Thumb Frequently Asked Questions Glossary Videos
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