PLCs, PACs
After the male and female snaps have been inserted, the UR5 places the fabric under a vision camera lens for quality inspection and sorts it in either a “good” or “reject” pile. Courtesy: Universal Robots
PLCs, PACs August 15, 2019

Do-it-yourself collaborative robotic project

Case study: Collaborative robots at a thermal wrap manufacturing company deliver a zero-defect rate while doubling production output. Installation, integration and use has been a do-it-yourself (DIY) project.

By Joe Campbell
Figure 2: The moving platen (yellow structure) is visible above the fixed lower bolster of the 2,430-ton Hoesch press. Courtesy: Delta Computer Systems Inc.
PLCs, PACs August 12, 2019

Motion controller gives old presses new life

Case study: Retrofit controller on four hydraulic presses used a new programmable logic controller (PLC) to control the moving platen and the levelling cylinders would be controlled by a new electrohydraulic motion controller.

By Bruce Coons
PLCs, PACs August 6, 2019

Safety and controllers

Safety and controllers are looked at from different angles in the August issue of AppliedAutomation.

By Jack Smith
Figure 1: Industrial controllers such as this traditional PLC/PAC, are typically installed in control panels local to the equipment or processes they monitor and automate. Courtesy: Opto 22
PLCs, PACs July 30, 2019

Evaluate controller options for industrial applications

Choosing the best industrial controller requires evaluation of automation, communication and security needs.

By Benson Hougland
Courtesy: CFE Media
PLCs, PACs July 30, 2019

Making things work as part of the IIoT

Sensors are on the front line of the data gathering process, which is vital for the Industrial Internet of Things (IIoT).

By Suzanne Gill
Figure 3: Specifying HMI operational parameters instead of a vendor allows OEMs to select HMIs with the best price-performance ratio. Courtesy: AutomationDirect
PLCs, PACs May 28, 2019

Specifying performance instead of parts

Specifying performance instead of parts when purchasing machines and process skids will cut costs, reduce lead time and guarantee operation.

By Bill Dehner
A controls and automation upgrade to this traverse winder included eight Siemens S120 Vector drive systems to uncoil, slit, and recoil copper. Six Siemens S120 Servo drive systems were used for traversing. Courtesy: Electronic Drives & Controls Inc.
PLCs, PACs December 13, 2018

Controls upgrade boosts machine productivity 40%

Machine running speed nearly doubled with greater product control, quick ROI.

By Chuck Dillard
Plant Engineering 2018 Product of the Year Finalist Logo
PLCs, PACs November 8, 2018

2018 Product of the Year Finalists

Get connected to manufacturing's future: The official ballot is open for voting for Plant Engineering North American print and digital edition subscribers, for a limited time. Cast your vote using CFE Media's New Products for Engineers platform. (Voting closed Jan. 11, 2019.)

By CFE Media
Over the past 12 months, the average respondent's company was estimated to have been spent $184,000 on industrial controller software and hardware—an increase of 17% over 2017 data. Source: Control Engineering
PLCs, PACs September 10, 2018

2018 Programmable Controllers Study

Five industrial controller findings

By Amanda Pelliccione
PLCs, PACs April 17, 2018

Plant Engineering 2017 Product of the Year Winners

The 2017 award recipients represent the best in innovation

By Bob Vavra, Content Manager, Plant Engineering