Classes currently available:

Industrial Ethernet Made Simple - April 6 - May 25 - July 13 - Aug. 24 - Oct. 5 - Nov. 16

PLCs Made Simple - March 9 - April 20 - May 11 - Aug. 10 - Dec. 7

Modular Safety Systems - Look for new dates in the future.

Motion Control Programming Basics - March 23

Circuit Protection Made Simple - Look for new dates in the future.

Motion Made Simple - Look for new dates in the future.

PCC will continue to add classes to the curriculum so please keep an eye out for our electronic newsletter or visit our website on a regular basis. 

Industrial Ethernet Made Simple

Ethernet is quickly emerging as the new de facto standard for the factory floor.  However there is still confusion and concerns regarding the benefits, reliability and maintainability of this technology.  This seminar will breakdown Industrial Ethernet starting with the basics then builds from there to help simplify this communication technology for the audience.

Just a few of the topics covered in this class:

• Basic Ethernet Terminology
• Advantages of Ethernet over Fieldbus
• Industrial Ethernet vs. Commercial Ethernet
• Networking Architectures
• Ethernet Protocols
• Supporting Redundancy, Safety and Motion Control   

Schedule:

April 6, 2010 - Germantown
May 25, 2010 - Germantown
July 13, 2010 - Appleton
August 24, 2010 - Germantown
October 5, 2010 - Germantown
November 16, 2010 - Appleton

PLCs Made Simple

A common misperception is that hard-wired control systems (e.g. cube relays, timers, counters, “green boards”) are simpler to implement and more cost effective than Micro PLCs or Programmable Relays. Designed for individuals who have limited or no experience working with PLCs, this seminar will focus on explaining the basics of PLC technology and how these solutions can replace traditional hardwired control systems to increase flexibility while saving time, money, and panel space.

PLC Made Simple will cover the following topics:

• Introduction to PLC Components and Their Basic Operation
• Introduction to Intelligent Programmable Relays and Their Basic Operation
• Hands-on Setup, Configuration and Programming Examples/Exercises 
• Cost Benefit Analysis of Programmable vs. Hardwired Controls

Schedule:

March 9, 2010 - Appleton
April 20, 2010 - Germantown
May 11, 2010 - Germantown
August 10, 2010 - Appleton
December 7, 2010 - Germantown

Modular Safety Systems 

Learn how to simplify your safety system through the use of a Modular Safety System (MSS) in place of traditional Safety Relays. This hands-on training session will take you through the advantages of utilizing Modular Safety Systems advanced features to simplify wiring, save cabinet space and trouble-shoot the safety system.   

Topics to be covered:

• Modular Safety Systems Overview
• Modular Safety Systems vs. Safety Relays
• Wiring Application Examples (CAT/SIL)
• Hands-On Modular Safety System Parameterization Labs

Schedule: Look for new dates in the future.

Motion Control Programming Basics

Motion control technology is becoming more and more critical as mechanical designs require increased modularity, speed and precision.  This class will provide attendees the opportunity to program a single axis controller in a hands-on lab environment.  The class is for beginners however attendees should have a basic understanding of motion control concepts.

Hands-on lab exercises will cover:

• Online connection to Drive with STARTER Configuration Software with laptop
• Configure drive and motor with STARTER and run motor from STARTER integrated Control Panel Tool
• Setup and run motor from Digital/Analog I/O
• Setup and configure Safety Integrated Drive Functions
• Configure the built-in Easy Positioner for Motion Control
• Program the “Free Function Blocks” integrated in the drive for simple logic control combined with Motion Control
• PLC Connection via Network for Motion commands from PLC

Schedule:

March 23, 2010 - Appleton

Motion Made Simple

Motion Control is becoming a critical technology as mechanical solutions can not meet the increased modularity, flexibility, speed and precision requirements needed to meet customer demands.  This seminar will help familiarize the audience with the basics of motion control technology and its application.       

Just a few of the topics covered in this class:

• Basic Motion Terminology
• Types of Motion
• The Mechanics of Motion Systems
• Speed Transmission Devices
• Servo Motors
• Motion Controllers & Drives
• Sizing Drives & Motors
• Application Example Project

Schedule: Look for new dates in the future.

Circuit Protection Made Simple

It’s hard to overstate the importance overcurrent protection devices play in safeguarding equipment and people while minimizing downtime in today’s industrial and commercial environments.  The Circuit Protection Made Simple seminar will educate the audience on the selection and proper application for the most common types of fuses along with information needed to navigate Short Circuit Current Ratings (SCCR).

Just a few of the topics covered in this class:

• Fuse Terminology, Construction & Theory of Operation
• Fuse Types and Their Proper Application
• Fuse Related Standards, Listings and Classes
• When and Why Are SCCR Required
• Determining Panel Component Short Circuit Rating
• Strategies for Increasing Panel Short Circuit Rating

Schedule: Look for new dates in the future.