Robotics

Robotics October 1, 2000

Distributed Control Goes Discrete

Process control has been distributed for quite some time. In fact, the concept is immortalized in the TLA (three-letter acronym) "DCS." Discrete control, until recently, depended on an architecture featuring one large PLC with large racks filled with I/O modules. The view across a discrete manufacturing plant is usually blocked by large centralized control enclosures packed with PLC I/O r...

By Gary A. Mintchell, CONTROL ENGINEERING
Robotics November 1, 1999

Graphic Interfaces are Programmers’ Friends

Programming editors and languages are increasingly loaded with powerful functions. Faster, more powerful controller microprocessors and Microsoft's Windows-based graphic environment have combined to allow programmers to accomplish complex tasks.PLC programming was originally strictly Boolean. A statement would be something like "If (limit switch contact) A closes OR (motor starter contac...

By Gary A. Mintchell, CONTROL ENGINEERING
Robotics July 1, 1999

Operator Interface Market Outlook Healthy

The North American market for industrial electronic monitors and operator interface terminals totaled $606 million in 1998, and should reach over $946 million in 2003, increasing at a compound annual growth rate (CAGR) of 9.3%. This estimate and forecast is from a recently published market study by Venture Development Corporation (VDC) conducted in cooperation with Control Engineering. The report, 'North American Markets And User Needs for Operator Interfaces & Monitors In Discrete & Process Manufacturing Applications, 3rd Edition', makes a comprehensive and detailed assessment of North American markets for industrial electronic alphanumeric and graphic monitors, and alphanumeric, graphic, and PC based operator interface terminals used in discrete and process manufacturing applications. Product Definitions Monitors are display-only devices connected to a host computer or controller.

By J. Timothy Shea
Robotics May 1, 1999

Motion Control Tunes into AI Methods

Techniques include such names as fuzzy logic, artificial neural networks, genetic algorithms, and expert systems. "Artificial intelligence" (AI) is the family umbrella that loosely links these techniques and separates them from traditional computing methods. Each mimics some aspect of intelligence—human problem solving, learning, knowledge, or evolution.

By Frank J. Bartos, Control Engineering
Robotics November 1, 1998

New products ignite Sensors Expo

Hundreds of new products debuted at the recent Sensors Expo here. Some of the most innovative included:

By Staff
Robotics March 1, 1998

Industrial Process Robots

Elgin, Ill— Reis Robotics' new line of articulated-arm, six-axis robots feature payload capacities from 6 to 130 kg, and the ability to automate many industrial operations, such as material handling, machine tending, welding and cutting, gluing, coating, and spraying. Special aspects include ac drive technology with a digital, error-tolerant absolute measuring system to eliminate the eff...

By Staff
Robotics January 1, 1998

FLIR Systems, Honeywell, Industrial Devices, PC Soft, Robotic Workspace, SST, Visio, Wonderware

Recent major mergers, acquisitions, agreements, and contracts in the control and automation fields include the following:FLIR Systems Inc. (Portland, Ore.) acquired AGEMA Infrared Systems (Stockholm, Sweden) for about $80 million to create one of the world's largest infrared imaging companies.Honeywell Inc.

By Staff