Aerospace

Mitsubishi Electric Servo and Motion Economy Solutions

Economy Solutions from Mitsubishi Electric provides a low-cost, reliable, powerful, and easy-to-configure bundle of components allowing OEMs and system integrators to integrate high-precision motion control quickly, effortlessly, and affordably into their applications.

Join Valin at ATX West in April!

Please join us April 12 - 14 in Anaheim, CA for the Automation Technology Tradeshow, ATX West. Valin will be exhibiting at the show where you will get to see the latest technology.

How to Setup Aventics EtherNet/IP DLR G3 with Omron Machine Automation Controller N Series PLC

This video shows how to setup pneumatics EtherNet/IP G3 with an Omron Machine Automation Controller N series PLC.

Unboxing and Installing a Dual Ported Exhaust Kit to a Centura Chamber Pneumatic Manifold

The Valin Dual Ported Exhaust kit works with any manifold that includes the AVENTICS™ AV03 valves.

How to Setup Aventics 580 Ethernet/IP DLR with Omron Machine Automation Controller N Series PLC

This video will illustrate how to set up Aventics 580 Ethernet IP DLR with Omron Machine Automation Controller N series PLC.

How to Change the IP Address of the Network Card on Your PC

This short video is going to show how to change the IP address of the network card on your PC.

What is a Servo System?

What a servo system is, why it is needed and the variations of their configurations.

Episode # 72: The Process of Sizing an Electric Actuator: A Basic Example

We work through a basic actuator sizing example with basic requirements to show what the process is like.

Cause of Vibration in Stepper Motors

When a stepper motor makes a move from one step to the next, the rotor doesn't immediately stop. the rotor actually passes the final position, is drawn back, passes the final in the opposite direction and continues to move back and forth until it finally comes to a rest. We call this "ringing" and it occurs every single step the motor takes.

Submitted by Oriental Motors

In recent years, automated devices such as articulated robots have been getting smaller and lighter thus increasing the need to place drivers closer to the motor to save space. The AZD-KRD compact driver has a smaller volume than the conventional product due to its radical design.