New video overview from SMC highlighting their broad electric actuator offering.

New Whitepaper: Introduction to accuracy and repeatability in linear motion systems

How accurate is an actuator?

The answer to this question is more than a number. Accuracy and repeatability are two important specifications of a linear motion platform. Though they are related, accuracy and repeatability in linear motion systems are not the same thing. The motor, drive and actuator itself all influence these specifications. Sometimes, repeatability is more important than overall accuracy. The relative importance of the two depends on a thorough understanding of your application.

To learn how accuracy and repeatability affect a rodless actuator platform, download the Tolomatic white paper.

Minimizing Electrical Noise in Actuator Drive Systems

Electrical noise is common in industrial environments.  Erratic movements, random system faults, and communications loss, are just a few of the symptoms.  Proper system design and wiring can minimize electrical noise to the point where it doesn't interfere with system reliability.  For more information check out Tolomatic's Whitepaper:

Minimizing electrical noise in actuator drive systems for maximum reliability and performance 

          Introduction:

Electric drives and actuators often need to operate in harsh factory conditions that subject the equipment to dust, moisture, heat and vibration. This same environment will also include electrical noise that can disrupt actuator control signals and cause erratic movements or precipitate complete system failure. By understanding electrical noise, system designers can take steps to minimize this interference and ensure higher reliability and maximum performance from electrical drives and actuators. This paper will discuss the
cause of electrical noise and its effects on communication loss, while also providing tips on how to minimize noise and maximize electric drive system performance.

Click here to continue reading the whitepaper