Encoders Explained
+Tech TopicsAutomation NotebookDiscrete SensingIssue 25 – 2013Learning ResourcesNotebook IssueProductTechnology Brief

Encoders Explained

What is an Encoder? An encoder (for industrial controls) is a special sensor that captures position information and relays that data to other devices. The position information can be read in many ways (optically, magnetically, capacitively, etc.). There are two basic geometries for encoders: linear and rotary. A linear encoder typically consists of a scale…
New Koyo Encoders
Discrete SensingIssue 25 – 2013NewsNotebook IssuePress ReleasesProduct

New Koyo Encoders

New Koyo Encoders with Inch-Size Shafts, as well as Miniature Bodies. Koyo inch-size light and medium-duty encoders have been added to our line of positioning and motion control products. These stainless steel solid-shaft encoders provide a cost-effective solution for many applications. The TRDA-2E series light-duty encoders have a 0.25-inch diameter stainless steel solid shaft and offer…
Racing as Field Lab for Automotive Design
ApplicationApplication StoriesAutomation NotebookAutomationDirect SpotlightData CollectionDiscrete SensingEducation/DIYIndustryIssue 16 – 2010Learning ResourcesMachine ControlNotebook IssueProductStudent SpotlightStudent Spotlight

Racing as Field Lab for Automotive Design

The University of Wisconsin Formula SAE team competes against over 130 universities from around the world in an annual competition held at Michigan International Speedway. The competition is based on the design and manufacture of a small scale open wheel, open cockpit racecar. Teams are usually comprised of engineering students who, in the fall semester,…
Sensors Frequently Asked Questions
+Tech TopicsAutomation NotebookDiscrete SensingFYIIssue 7 – 2006Learning ResourcesNotebook IssueProduct

Sensors Frequently Asked Questions

AutomationDirect’s Technical Support Team has compiled a list of customer frequently asked questions for many of our products. The complete listing can be found on the technical support page of our Web site. Here are some of the more commonly asked questions regarding our sensors. 1. Q: How do inductive proximity sensors work? A: Inductive proximity…
Sensor Trends
+Tech TopicsAutomation NotebookDiscrete SensingIssue 7 – 2006Learning ResourcesNotebook IssueProductTech Thread

Sensor Trends

Because of certain drawbacks of physical contact style sensors and switches such as limit switches and float switches, newer technology non-contact style sensors have become prevalent in industry, performing well in many applications. Proximity, photoelectric and ultrasonic sensors can be used in many applications for which they were previously never considered. These non-contact sensors are…
New Spherical Optics Technology for Sensing in Small Areas
ApplicationAutomation NotebookDiscrete SensingFYIIssue 3 – 2005Learning ResourcesNotebook IssueProductTest and Measurement

New Spherical Optics Technology for Sensing in Small Areas

The Challenge Diffuse sensors enjoy great popularity with users. With diffuse sensors, pulsed light from an emitting diode falls on an object of any shape or color and is reflected in a diffuse manner to a light-receiver, which is located in the same device (fig.1). If the intensity of the received light is sufficient, the…