Siemens S7 1200 Basics
Location: Fostoria Learning Center
Date: TBD, based upon sign-ups and Custom Training Solutions availability
Time: 8 a.m. to 4 p.m.
Cost: $795/Student
Curriculum
S7 1200 Hardware
TIA Portal Software
Introduction to S7 1200 Ladder Logic Programming
Download/Monitoring PLC Project Files
PLC Logic
Documenting a Project
S7 1200 Memory Organization
Program Scan
IEC Timing Instructions with Data Blocks
IEC Counting Instructions with Data Blocks
MOV Instruction
Introduction to Data Types
Introduction to Siemens HMI Basics/Comfort Panels
Siemens S7 1200 Intermediate
Location: Fostoria Learning Center
Date: TBD, based upon sign-ups and Custom Training Solutions availability
Time: 8 a.m. to 4 p.m.
Cost: $795/Student
Curriculum
PLC Numbering
Basic Math Instructions
Comparator Instructions
Searching for Addresses/Tags
Forcing I/O
Organizational Blocks
Data Blocks
Functions
Function Blocks
System Memory Byte
Analog Signals
Scaling Analog Input/Output Signals
VFD Control Using Analog Signals for Motor Control
ControlLogix 5000 Basics 24 contact hours, 3 day class cost $795 ea
Dates: September 20, 21, & 22, 2021
Day 1
ControlLogix Hardware
RSLinx Software
RSLogix / Studio 5000 Software
Introduction to ControlLogix ladder Logix Ladder Logic Programming
Monitoring PLC Project Files
PLC Logic
I/O Modules
Day 2
ControlLogix Memory Layout
Processor Scan
Timing Instructions
Counting Instructions
MOV Instruction
Documenting a Project
Day 3
On-Line Project Changes
‘Up-Loading/Saving a Project a Project File
Creating Project Tags
Introduction to Types
Searching a Project File
Forcing I/O in a Project File
ControlLogix 5000 Intermediate 24 contact hours, 3 day class
Cost: $795 ea
Dates: October 11, 12, & 13, 2021
Day 1
PLC Numbering Systems
Basic Math Instructions
Compare Instructions
Move/Logical Instructions
Arrays
Sequencer Instructions
Day 2
Project Organization
File Instructions
Program Control Instructions
First Pass Bit
Day 3
Analog Signals
Analog Module’s Properties Configuration, Wiring
Scaling Analog Signals
Changing Processor Firmware with ControlFlash
This course is an advanced study and laboratory for learners who have an understanding of electrical circuits, controls and desire practical hands on experience of various motor and control devices.
Coursework involves hands on laboratory experience utilizing 120vac, 208/240vac, wiring demonstrations, and testing. Practical application of principles learned will be emphasized. Special topics in electricity will be introduced to the learners according to class interests. Special topics in electricity will be introduces to the learners. Topics will include ladder diagrams and their control of alternating and direct current motors. Motor starting sizing, circuit/overlaod protection, electrical motor branch wiring will also be introduced. The variable frequency drive (VFD) as a motor controller will also be introduced as well as an introduction into the application of programmable logic controller (PLC) in motor control circuits. These topics will be learned through text, presentations, exercises and hands on labs.
Dates: November 18 & 19, 2021
Time: 8 a.m. to 4 p.m.
Cost: $395/Student
Industrial Electricity I is an introductory electricity course for skilled trade’s personnel. The course is a study of DC and AC electricity principles, with a practical approach to applications in an industrial environment. The learner will obtain a knowledgeable understanding of the key symbols and abbreviations associated with the electrical trade, acquire a comprehensive understanding of basic electrical terminology, apply Ohm’s Law to a number of relevant electrical applications, and synthesize a number of components into a working system involving series, parallel, and series parallel circuits.
Dates: October 4, 5, & 6, 2021
Time: 8 a.m. to 4 p.m.
Cost: $650/Student
Industrial Electricity II is an advanced study of industrial electricity providing comprehensive coverage of the control devices used in contemporary industrial electrical systems. The focus of this course is to provide the architecture for acquiring the knowledge and skills required in an advanced manufacturing environment. The course builds on electrical concept from Industrial Electricity I and adds motor theory, building on circuit fundamentals and reinforcing these with practical hands on labs designed to reinforce the concepts and provide control systems design experience. These topics will be delivered through text, presentations and various exercises, and hands-on labs.
Dates: October 18, 19, & 20, 2021
Time: 8 a.m. to 4 p.m.
Cost: $650/Student
The emphasis on this course is to give the participant the knowledge to understand lubrication, drives, gears, electrical controls, electrical panels for equipment, hydraulic & pneumatic systems, piping systems, and the basic integration of their components.
Participants should be able to understand types of maintenance required of maintenance required to keep equipment running correctly. This course will cover the identification of these systems, and how they function.
SESSIONS
Session 1 Electrical Basics & Control Panels Inputs and outputs Proximity switches & sensors Servo Motors, electrical prints, & voltages
Session 2 Hydraulic Systems, Part #1 Basic principles How pressure is created Identify elements of a hydraulic system Hydraulic Safety
Session 3 Hydraulic Systems, Part #2 Mechanical motion Identifying all the elements on a piece of machinery
Session 4 Pneumatic Systems Pneumatic components (gauges, valves, actuators, and accessories) Pneumatic & piping systems
Session 5 Mechanical Drives, Part 1 Belts Chains and Sprockets
Session 6 Gears Lubrication Troubleshooting & Putting it all together
Objectives: Upon completion of this course the trainee should be able to:
Demonstrate an understanding of the basic systems. Identify the materials that the systems are made of. Demonstrate an understanding of the major components in a typical system. Show the operators how they might use sight, smell, touch, etc. to safely identify possible machine faults.
Demonstrate the process of troubleshooting and repairing basic system malfunctions.
Each session will contain detailed instruction, followed by hands on labs.
Dates:
Session 1 – September 7, 2021
Session 2 – September 9, 2021
Session 3 – September 14, 2021
Session 4 – September 16, 2021
Session 5 – September 21, 2021
Session 6 – September 23, 2021
Time: 8:00 a.m. to 11:30 a.m.
Cost: $99.00 Per Session or $525.00 if you attend all six sessions
An overview of operation, setup and troubleshooting of a Variable Frequency Drive (VFD) using the Allen Bradley PowerFlex 525.
This 16 hour course is designed to train personnel responsible for the operation and basic troubleshooting of Variable Frequency Drive systems, in order to become more effective troubleshooters on production equipment. The trainees will learn how to wire, program and troubleshoot the Allen Bradley PowerFlex 525 Variable Frequency Drive hardware.
- AC Motor Basics
- VFD Basics
- VFD Parameter Basics
- Applications
Dates: TBD, based upon sign-ups and Custom Training Solutions availability
Time: 8:00 a.m. to 4:00 p.m.
Cost: $760.00 per student
*Continental breakfast and lunch provided
Interpret Blueprints & Welding Symbols | Fundamental Welding Concepts | Overall Welding Knowledge | Earn OSHA 10-Hour Card | Hands-on Learning
· Six week program
· 4:00pm - 8:00pm
· 3 days per week – Monday, Tuesday, Thursday
· Maximum # of Participants - 6-8
· 74 hours of training – 64 welding hours & OSHA-10 hour
· Start Date – September 13, 2021
*Free Training For Eligible Learners!
*All registrations go through Matt Kibler, Call/Text - (567) 245-1259