Accelerated Logix5000 Programmer Certificate Course Level 1

Course Number-CCP250

Course Purpose:

This accelerated course is for individuals who can quickly learn and apply Logix5000TM concepts, terminology, hardware, and the Studio 5000 Logix Designer® programming environment.

You will quickly move from these early concepts to using producer/ consumer technology and messages to multicast input and output devices, share data between controllers, and control remote I/O.

This course prepares you for the Accelerated Logix5000 Programmer Certificate Course Level 1 certificate exam, which is included in the course price.

Upon completion of this course, given a functional specification for a Logix5000 application, you should be able to develop a project to meet the specification requirements.

This course covers tasks common to the following hardware, which use the Logix5000 control engine, or operating system:

  • ControlLogix® controllers

  • CompactLogixTM controllers

These tasks include creating a new project, programming an application, and adding advanced functionality (e.g. data arrays, add-on instructions, produced/consumed data, and messages) to the application.

Who Should Attend

Ideal course attendees are those who:

  • Are responsible for programming Logix5000 controllers using the Studio 5000 Logix Designer application

  • Need to learn how to draft ladder logic for any application

    Curriculum Note: Along with new material and labs, this course contains lessons from courses CCP146, CCP151, and CCP143 – in an accelerated five-day format. Do not take all three courses in addition to this one.

Prerequisites

To successfully complete this course, the following prerequisites are required:

  • Completion of at least one Rockwell Automation Logix5000 course in the last two years (course completed on or after 3/31/2016).
  • Pursuing a Logix5000 Certificate for Programmers.

Course Agenda

Day 1

  • Understanding Control Systems
     
  • Locating ControlLogix System Components
     
  • Identifying and Connecting to Industrial Networks
     
  • Creating a Studio 5000 Logix Designer Project
     
  • Downloading, Uploading, and Going Online

Day 2

  • Configuring Modules in a Studio 5000 Logix Designer Project

  • Creating Tags and Monitoring Data

  • Drafting Basic Ladder Logic

  • Programming Bitwise Instructions

  • Testing a Ladder Diagram

Day 3

  • Programming Timer and Counter Instructions

  • Programming Comparison, Math, and Move Instructions

  • Integrated Practice: Programming a Basic Application in Studio 5000 Logix Designer Software

  • Creating a User-Defined Data Type

Day 4

  • Creating and Using Arrays

  • Creating Add-On Instructions

  • Searching Within and Managing Files

  • Configuring a Logix5000 Controller to Produce and Consume Data

Day 5

  • Configuring a Logix5000 Message

  • Retrieving and Setting Controller Status Values

  • Leveraging Studio 5000 Logix Designer Tools

  • Identifying and Correcting Faults in a Logix5000 System

Kirby Risk Training Cancellation Policy

If you cannot attend the above class as scheduled, notify your Kirby Risk sales representative or Sophie Dillman at smdillman@kirbyrisk.com as soon as possible. If the enrollment is cancelled more than 16 days before the scheduled start of the event, 100% of the tuition will be refunded. If cancelled 16 to 8 days before the scheduled start of the event, 50% of the full tuition amount will be billed for standard enrollments. Cancellations received 7 days before the start of the event will be charged the full tuition. If a student fails to appear for a scheduled class, full tuition will be charged.


Training Pre-Enrollment Form

Please complete and submit the form below to pre-enroll in the course indicated. A Kirby Risk representative will contact you to finalize the enrollment and payment process.

For any additional questions regarding the training or enrollment process, please contact your local Kirby Risk Sales Representative or Sophie Dillman at smdillman@kirbyrisk.com.

Student Information