Siemens S7 PLC SINAMICS GH180 Simatic TIA SITRAIN Training for Industry 2016 course
Siemens S7 PLC SINAMICS GH180 Simatic TIA SITRAIN Training for Industry 2016 course
SITRAIN® Training
for Industry
2016 course catalog
https://www.robiconperfectharmony.com/
SITRAIN Catalog | Introduction
Content
2
3
Introduction | SITRAIN Catalog
4 Overview of training
options
5 Siemens technologies
and platforms
6 Technical learning services
line card
7 Online self-paced
learning
8 Online health and
safety catalog
9 Virtual instructor-led
learning
10 Instructor-led training
11 Training locations
12 How-to video library
13 World-class simulation
systems
14 Getting your workforce
up to speed
15 Siemens Cooperates
with Education
16 - 17 Course Descriptions and
Quick links
18 - 39 Automation
Courses
40 - 47 Machine Tool
Courses
48 - 58 Drives & Motion
Courses
60 - 66 Electrical Maintenance &
Safety Courses
68 - 70 Power Systems &
SIMOCODE Courses
72 - 78 Process Analyzers
Courses
80 - 85 Process Automation
Courses
86 - 89 Process Instrumentation
Courses
Introduction to the
learning environment
Course descriptions
and learning maps
Increased productivity
Our learning services integrate best
practices and new learning technologies
to deliver real business value
Siemens technical learning services
provides students with the critical
knowledge they need to know for their job
directly from the equipment manufacturer.
Our training solutions build the competence
required to confidently make informed
decisions in the daily operation of your
plant’s automation and drives systems.
Employees will achieve increased
productivity (studies say up to 230%), while
staying up to date with new technologies
and best practices. We understand your
people, processes and technology to offer
complete learning solutions and
competency management programs.
Professional instructors, engineers,
and highly qualified field service
personnel, who have in-depth
understanding of your equipment,
processes and systems, conduct
scheduled classes using simulation
workstations at our world-class
facilities, online, or on-site
Our practice-based learning approach with
associated exercises makes it possible to
gain theoretical knowledge reinforced with
hands-on experience. Students simulate
real-world situations to learn programming
troubleshooting techniques that will help
them commission, maintain, and operate
your equipment with greater efficiency
and an enhanced focus on safety.
SITRAIN curriculum families
• Automation
• Machine Tool
• Drives & Motion
• Electrical Maintenance & Safety
• Power Systems & SIMOCODE
• Process Analyzers
• Process Automation
• Process Control
• Process Instrumentation
• Industrial Networking
• Process Safety Management
Siemens offers Continuing
Education Credits (CEUs)
for most of our courses.
For more information, please
contact our SITRAIN Registrar at
or 1-800-333-7451.
Easy registration options!
Online – over 650 self-paced
courses available 24/7/365.
Visit usa.siemens.com/sitrain
By phone – 1-800-333-7421
Visit one of our nine regional
training centers (see page vi).
SITRAIN Catalog | Introduction
4
Overview of training
options
The right training
Flexible course options that produce
results for everyone
SITRAIN courses provide
you with the flexibility
to choose the style of
delivery method
most suited to
the student’s knowledge
and pace of learning,
as well as your budget.
In today’s competitive market, a highly skilled
workforce is vital for success. However,
understanding how to deploy an effective
training strategy is a challenge. This is
where Siemens can help. Rather than
offering a “one-size-fits-all” solution, our
SITRAIN training programs feature a variety
of delivery methods designed to meet every
training need.
Safety training series
Focused on protecting your people and
equipment, while minimizing risk; courses
address OSHA and NFPA compliance, risk
assessment, arc flash, and electrical safety.
Online courses
Web-based courses delivered in a live,
instructor-led training format; or self-paced
learning paths for students who need the
flexibility to set their own schedule and study
pace for completion.
Classroom courses
Presented in a Siemens classroom with proven
materials and quality systems-level workstations for the most effective training possible.
On-site courses
Course material and learning paced to
match the needs of your team; delivered
at your location, saving travel and
overtime costs.
Custom courses
Audience targeted training designed for
special projects, applications, or groups;
custom tailored to meet your time and
budget constraints.
Simulator workstations
Engineered to provide real-world, hands-on
experience, Siemens simulators are available
in formats ranging from simple PLCSIM to
fully functional motion control systems.
How-to Videos
On-demand, high-impact videos designed to
retrain or refresh critical skills needed for
performing specific tasks.
Certification programs
Service technician and programmer training
provide specialized knowledge and skills to
meet the requirements of DIN EN ISO 9001.
The process to building
expertise across a
diverse workforce
Expert
and Best
Practices
Task
Based
Reinforcement
Core
Skill
Building
Preparation
Skill
Builders
Foundation
Industrial
Knowledge
5
Introduction | SITRAIN Catalog
Siemens technologies
and platforms
SITRAIN -
Training for Industry
Technical learning services line card Technical learning services line card
SITRAIN® - Training for Industry
www.usa.siemens.com/learning
Workforce Performance
Improvement (WPI)
Continuous Learning Program
• Well-defined, six-stage, cyclic
program.
• Provides transparency into employee
job skills for success.
• Improves job performance based on
the business needs.
Simulated Learning
Simulator Systems
• Designed to mimic real-world
environments.
• Provides a safe and risk-free platform.
• Variety of technologies and custom
designed systems available.
• Hardware and software based.
Learn Here/There
Instructor-led Learning
• Hands-on learning at a customer
location or Siemens training center.
• Easy enrollment online or by phone.
• Purchase per seat for Siemens training
center courses or as a group for onsite
courses.
• More than 180 courses.
Learn Live
Virtual Instructor-led Learning
• Students build critical skills and
leverage application software in an
online environment led by a Siemens
instructor.
• Enroll in a single class or bundle.
Learn-as-you-Go
Self-paced Learning
• Choose from over 650 industrial
control, web-based courses and
complete them at your own pace.
• Purchase bundles or the entire
catalog.
• Now featuring health and safety library.
Learn-as-you-Grow
On-the-Job Learning
• Create custom learning paths with
our preparatory skill builders, online
training, classroom training,
simulators and video tools for a
complete solution.
Learn Now
How-to Video Library
• On demand instruction to refresh
critical topics with short (3 minutes
on average) task-based videos.
• Multiple subscription options
available.
• Hundreds of titles.
• Great for reinforcement and
troubleshooting.
Dial-a-Mentor
Virtual Mentoring
• Expert assistance purchased in time
increments.
• One-on-one activity based on desired
topics of interest.
Technical learning services
line card
SITRAIN Catalog | Introduction
6
Online self-paced
learning
Programs with maximum flexibility
so students can easily fit courses into
their busy schedules
With Siemens online self-paced learning,
students select the topics and set their own
pace for completing chosen courses. All
course material can be accessed online.
Instruction starts upon completing the
purchase of a subscription.
Students can choose from over 650 courses
consisting of high-quality graphics, on-screen
text, supporting voice-over narration, and
interactive exercises. Features include
printable course content for reference and
underlined key vocabulary terms with
definitions displayed with a simple mouseover action.
Depending on the subscription
purchased, you can choose to provide
students with access to any 10, 25, or 50
courses or select the entire online selfpaced course catalog
50% of the average worker’s
skills will be outdated in
3 to 5 years. Keep current
with online learning.
These courses are offered 24/7/365, so
students can begin their subscription at any
time. From the date of registration,
students are given one year to complete
their course selections.
To see if a self-paced online course is for
you, and to find information about our
online course interface system
requirements, please visit:
usa.siemens.com/sitrainonline
Online self-paced learning courses
Online self-paced
learning
7
Introduction | SITRAIN Catalog
• Additive Manufacturing
• Assembly-Final Stage Processes:
Adhesives
• Assembly-Final Stage Processes:
Coatings
• Assembly-Final Stage Processes:
Fasteners
• Assembly-Final Stage Processes:
Soldering
• Automation: Siemens
• Foundational: Inspection
• Foundational: Materials
• Foundational: Quality
• Foundational: Rigging
• Foundational: Safety
• Foundational: Shop Essentials
• Foundational: Supervisor Essentials
• Machining: Abrasives
• Machining: CNC
• Machining: Manual Machining
• Machining: Metal Cutting
• Machining: Siemens CNC
• Machining: Workholding
• Maintenance: Electrical Systems
• Maintenance: Hydraulics & Pneumatics
• Maintenance: Mechanical Systems
• Maintenance: Motor Controls
• Maintenance: PLCs
• Maintenance: Robotics
• Maintenance: Siemens PLCs
• Maintenance: Siemens PLCs in Spanish
• Stamping-Forming-Fabricating:
Press Brake
• Stamping-Forming-Fabricating:
Stamping
• Welding
Teamed with Underwriters Laboratories
(UL), Siemens Online Self-Paced learning
now offers 150+ new courses focused on
subjects including Crane Safety, Electrical
Safety (including arc flash), Hazardous
Materials, OSHA Essentials, Fire Safety,
Self-paced safety classes at
sitrain-lms.com/OSPT.aspx?tab=1
• Crane Safety
• Electrical Safety & Arc Flash Arwareness
• Environmental
• Fire Safety/Combustibles
• Hazard Communication
• Hazardous Material Transportation
• Hazardous Materials
• HAZWOPER
• Health and Wellness
• Injury Prevention
• OSHA Essentials/General Safety
• Personal Protective Equipment
• Powered Industrial Trucks
• Respiratory Protection
2 Siemens SI 10 · 2014
SI10_2014_en.book Seite 2 Montag, 14. Juli 2014 8:08 08
© Siemens AG 2014
»Studies have shown a
$4 to $6 return for every
dollar invested in safety
and health.«
www.osha.gov
Online health and
safety catalog
Over 150 new course titles!
Personal Protection Equipment and many
more! This addition to the SITRAIN OnlineSelf Paced library brings the total catalog to
over 450 courses including Industrial
Technologies and Health & Safety.
When discussing training plans with your
customers or for your own staff training
needs, consider adding a selection of
SITRAIN Online Self-Paced courses. Courses
can be purchased in bundles of 10, 25, 50
or unlimited access for as little as $250 per
user. Online Self-paced training delivers
focused, flexible learning at an exceptional
value.
Online health and
safety catalog
SITRAIN Catalog | Introduction
8
Siemens virtual instructor-led courses offer
students a live, classroom experience with
the convenience and cost savings of online
learning. These courses provide hands-on
instruction and live interaction, delivered
anywhere an internet connection is
available.
Scheduled courses are typically 10-hour
agendas presented Monday through Friday,
in two-hour sessions. These sessions provide
students with lecture, demonstration, lab
exercises, and Q&A sessions – all presented
by Siemens subject matter experts. For the
full course duration, students can complete
assignments and reinforce classroom
instruction using a virtual cloud-based
application providing 24/7 access to fully
functional Siemens software such as
SIMATIC STEP 7 and PLCSIM.
Virtual instructor-led courses include:
• Scheduled lectures and demonstrations
• Live group and individual Q&A sessions
• 24/7 access to fully functional Siemens
application software (ex., SIMATIC STEP 7)
• Working automation projects using
Siemens PLCSIM simulation tools
• Lab exercises and solution reviews
• Full student and instructor
desktop sharing
• Access to recorded lectures
Virtual instructorled learning
Classroom lectures delivered in the
convenience of your home or office
Virtual instructor-led classes
help build critical skills and
knowledge and are ideal
preparation for attending one
of our classroom learning
courses. These classes help
maximize the training
experience by leveraging
expert instruction and access
to real-world software
applications.
To view all our online product offerings and schedule, please
visit: usa.siemens.com/sitrainonline
• Online Self-paced technology and safety library
• Virtual Instructor-led courses build foundation
knowledge with flexibility
• How-to Video Library offers task based 1-5 minute videos
Visit usa.siemens.com/sitrainonline to view all Virtual Instructor-led training
Virtual instructor-led
learning
9
Introduction | SITRAIN Catalog
Studies indicate that when students practice
what they have learned in a classroom
setting they will retain 75% of the lesson, as
compared with lecture-only settings where
they retain just 20% of the lesson. Designed
to mimic real-world environments, Siemens
simulator workstations provide a safe and
risk-free platform for job training, project
testing, design engineering, and
troubleshooting.
Our learning content is reviewed and
approved by Siemens technical and
operational experts to ensure compliance
with the highest industry, health, safety,
and environmental standards.
Using a blended approach to
learning, our classroom courses
include instructor-led lectures
along with hands-on learning
using our custom-designed
simulator training devices.
We combine technology and industry
experience to deliver a highly effective,
customized learning programs
• Job targeted courses
• Hands-on learning and skill building
• System-level training approach
• Extensive schedule of classes
• Various media and course length options
• On-site and custom courses
• Multiple training center locations
• Packaged services and products
SITRAIN Catalog | Introduction
10
Classroom learning
Expert and professional instructors, proven
course-ware and quality workstations combine for
the most effective classroom experience possible
SITRAIN learning programs provide your
employees with the opportunity to achieve
personal goals, while at the same time,
positively impacting your operating and
financial goals. Benefits include:
• Increased productivity and efficiency
• Reduced employee turnover
• Decreased downtime and faster
error resolution
• Improved safety and risk management
• Flexibility to adopt new technologies/methods
• Enhanced company image and talent
recruiting
Instructor-led training
11
Introduction | SITRAIN Catalog
Distributor Partners
Greenville, SC
Charlotte NC
Cleveland, OH
Issaquah, WA
Beaverton, OR
Portland, OR
Denver, CO
San Diego, CA
Pittsburgh, PA
Albany, NY
Cranberry
Township, PA
Grand
Rapids, MI
Charleston, SC
Shrevesport, LA
Baton Rouge, LA
Cyprus, CA
Siemens Training Facilities
Chicago, IL
(Elk Grove)
Detroit, MI
St. Louis, MO
Houston, TX
Headquarters
Atlanta, GA
Springhouse, PA
Siemens U.S.-based training is offered at our
headquarters in Atlanta, Georgia, as well as
regional locations across the country. Each
facility provides students with access to a
full-time instructor and offers an advanced
learning environment featuring our training
simulator systems.
There are four business development
regions in the USA.
Build a more efficient,
effective, and highly
motivated team – with
Siemens classroom learning
West Region
Contact TJ Terrell
770-653-9612
Central Region
Contact Nolan Grice
281-710-2843
North Region
Contact Richard Rosenfield
404-353-3824
East Region
Contact Rob Carper
404-754-6101
Training locations
This extensive library of short videos was
created by our instructional experts to meet
the real-world needs of industry, with all
levels of experience in mind. By providing
on-demand, how-to instruction in easy-tounderstand bites, the How-to Video Library
helps maintain the critical industrial and
manufacturing knowledge and skills
How-to video library
Quick, affordable, task-based
learning options for a broad range
of automation topics
How-to Videos
• Automation - SIMATIC
S7 with STEP 7 v5.5
• Automation - SIMATIC
S& with TIA Portal
• CNC - SINUMERIK
Power Line
• Drives - Low Voltage
• Process Control – PCS7
• Even more technology
categories are being
added this year!
»More than 40% of mostly small and
medium-size companies report
difficulty finding skilled craftsmen to
replace those retiring or leaving the
industry. “It’s what worries these
CEOs most about their futures.«
Barry Bluestone,
the Northeastern University
How-to video library
developed during instructor-led training
courses. Videos are typically three-minutes
long and conveniently available via any
computer or mobile device with Internet
access.
Learning begins once you’ve completed
registration
• Start your subscription at any time –
•
videos are available 24/7/365
Purchase one, three, six or 12 month
subscriptions by technology or in one
•
complete bundle
Take advantage of our most-flexible
option – ultimate access with a full, oneyear subscription
Want to learn more?
Browse our complete library of
How-to Video Library at:
usa.siemens.com/sitrainonline
SITRAIN Catalog | Introduction
12
Engineered to provide a real-world
experience, Siemens simulators are fully
functional, ready-to-use systems
available in formats ranging from simple
PLCSIM to fully integrated motion
control systems. System-level design
makes the simulators an invaluable tool
SIMATIC S7-300 HMI / Net SIMATIC PCS7 System SINUMERIK 840Dsl
SIMATIC S7-1500 SINAMICS G120 / S120
SIMATIC S7-1200 SIMOTION D435 SINAMICS Safety
for program testing and debugging,
reinforcing learning, shop floor
troubleshooting, and more. With
portable construction and hard-shell
cases, they can be easily transported.
Custom-built systems are also available.
SINAMICS DCM
World-class simulation systems
Simulators
World-class simulation systems
available for training or purchase
13
Introduction | SITRAIN Catalog
Workforce Performance
Improvement
Siemens training solutions will help you get
your workforce up to speed and stay current.
A recent report from Deloitte and the
Manufacturing Institute (MI) projects more
than three million U.S. manufacturing jobs
will open up over the next decade. Two
million of those vacancies are expected to
go unfilled.
Experts have warned for years about the
manufacturing workforce reality created by
retiring baby boomers taking decades of
knowledge with them as they leave. While
candidates are lining up for these jobs,
many do not yet have the digital skills
required for the changing workplace
creating a manufacturing skills gap
challenge.
The solution to bridging the skills gap is to
improve performance by identifying and
increasing the related competencies for the
specific job/role, thereby increasing job
performance as well as overall
organizational performance.
Workforce Performance Improvement
Siemens Workforce Performance
Improvement program is a well-defined, sixstage cyclic program providing transparency
into employee job skills for success. Our
program begins by aligning current worker
competency to business targets.
Each of the six stages have been carefully
designed with the end in mind. The
improvement process begins by identifying
your key performance indicators (KPI)
related to workforce learning.
As part of the process, employees are
evaluated and set on purposeful and
sustainable performance-based skill
development paths – paths which result in a
highly skilled, confident and motivated
workforce. This, in turn, results in less
downtime, reduced turnover and,
ultimately, an improved bottom line for your
operation.
Siemens approaches the learning process
from your business perspective. We have a
common goal: improving job performance
based on your business needs.
Getting your workforce
up to speed
Program elements for Workforce Performance Improvement
usa.siemens.com/sitrain
Subject to change without prior notice
Order No. CSTL-WPIF2-0316
All rights reserved
Printed in USA
© 2016 Siemens Industry, Inc.
The information provided in this flyer contains merely
general descriptions or characteristics of performance
which in case of actual use do not always apply as described
or which may change as a result of further development
of the products. An obligation to provide the respective
characteristics shall only exist if expressly agreed in the
terms of contract.
All product designations may be trademarks or product
names of Siemens AG or supplier companies whose use by
third parties for their own purposes could violate the rights
of the owners.
Siemens Industry, Inc.
5300 Triangle Parkway, Suite 100
Norcross, GA 30092
1-800-241-4453
Contact us today:
Phone: 800.241.4453
Email: [email protected]
Visit our website:
usa.siemens.com/sitrain for more information about Technical Learning Services.
Program
Readiness
Discovery
Specification
of Roles and
Competancies
Employee Skills
Assessment &
Gap Analysis
Learning
Development
Plan
Validation of
Business
Outcomes
Tracking Learning
Development
Plan to
Completion
Knowledge
Skills
Behaviors
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SITRAIN Catalog | Introduction
14
Building applicable,
practical know-how
Siemens Cooperates with Education –
support for schools interested in engaging
with leading edge industrial technologies.
Curriculum
Workshops &
Classes
Trainer
Packages
Learning
Systems Promoters
Course
material and
instructional
tools
Know-how
transfer.
Products,
innovations
and solutions.
Leading
technologies,
with deep
discounts for
schools.
Professional
systems offered
by our Didatic
Partners.
Face-to-face
support
worldwide—in
many regions.
Through the Siemens Cooperates with
Education (SCE) initiative, universities,
K-12 schools, and community colleges are
afforded the opportunity to partner with
Siemens on leading edge industrial
technologies in their classrooms, research
projects and workforce development
programs. We provide support through
equipment, software, instructor training
and technical guidance.
»By teaching Siemens, our students are
much more attractive in the job market.
Companies come from far away to
recruit at our school (a small rural
community college). We now have a
German company recruiting students to
take to Germany and train there for 2
years and then come back to work in the
US for them.«
Accounties Smith,
Tri-County Technical College
SCE program offers curriculums and
automation training based on Massive Open
Online Course (MOOC) and blended
learning concepts for conveying know-how
on Industry 4.0. Educational institutions
benefit from special conditions, support and
partnerships.
For more information, see Siemens
Cooperates with Education
usa.siemens.com/sce
Siemens Cooperates
with Education
15
Introduction | SITRAIN Catalog
Automation
S7-300 / S7-400 / STEP 7 V5.X Learning Map ................................ 18
AB to S7 Fast Track .................................................................. 19
AB to S7 Migration Engineering ............................................... 19
S7 Programming 1 .................................................................. 19
S7 Programming 2 .................................................................. 20
S7 Programming 3 .................................................................. 20
S7 Programming with S7 Graph ............................................... 20
S7 Programming with SCL ....................................................... 21
S7 Programming with STL........................................................ 21
S7 Automation Maintenance 1................................................. 21
S7 Automation Maintenance 2................................................. 22
S7-300F Distributed Safety Engineering ................................... 22
S7-300F Distributed Safety Sustaining...................................... 22
S7-400H Redundant System Sustaining.................................... 23
Siemens Certified Programmer Refresher ................................. 23
Siemens Certified Programmer – Test....................................... 23
Introduction to SIMATIC PLCs and Languages ............................ 24
STEP 7 v5 Programming with SCL............................................. 24
TIA Portal S7-1200 / S7-300 / S7-1500 / S7-400 Learning Map ...... 26
AB to S7 with TIA Portal........................................................... 27
Introduction to TIA Portal ........................................................ 27
TIA Portal Service 1 ................................................................. 27
TIA Portal Service 2 ................................................................. 28
S7-1200 TIA System ................................................................ 28
TIA Portal Programming 1........................................................ 28
TIA Portal Programming 2........................................................ 29
TIA Portal Programming 3........................................................ 29
S7 TIA Portal Distributed Safety Engineering............................. 29
S7 TIA Portal Programming with SCL ........................................ 30
TIA Portal Certification Test ..................................................... 30
TIA Portal Programmer Refresher ............................................. 30
HMI Learning Map....................................................................... 32
SIMATIC HMI Panel with WinCC Flexible.................................... 33
SIMATIC WinCC SCADA Advanced Database .............................. 33
SIMATIC WinCC SCADA Configuration....................................... 33
TIA Portal WinCC Comfort / Advanced Configuration ................. 34
TIA Portal WinCC Professional Configuration (SCADA) ............... 34
TIA Portal WinCC Professional (SCADA) Upgrade ....................... 34
Introduction to WinCC Flexible................................................. 35
Networking SIMATIC NET Learning Map ...................................... 21
PROFINET ............................................................................... 37
SIMATIC NET PROFIBUS, Ethernet, PROFINET ............................. 37
SIMATIC S5
S5 Maintenance & Programming 1 ........................................... 38
S5 Maintenance & Programming 2 ........................................... 38
Machine Tool
Power Line / HMI Advanced Learning Map................................... 40
840Dpl Maintenance 1 w/ HMI Advanced ................................. 41
840Dpl Maintenance 2 w/ HMI Advanced ................................. 41
840Dpl Safety Integrated Maintenance..................................... 41
D Series Operations & Programming 1 w/ HMI Advanced ........... 42
D Series Operations & Programming 2 w/ HMI Advanced ........... 42
Solution Line / HMI Advanced / HMI Operate Learning Map......... 44
840Dsl Maintenance 1 w/ HMI Advanced.................................. 45
840Dsl Maintenance 1 w/ Operate ........................................... 45
840Dsl Maintenance 2 w/ HMI Advanced ................................. 45
840Dsl Maintenance 2 w/ Operate ........................................... 46
840Dsl Operations & Programming 1 w/HMI Operate ................ 46
840Dsl Safety Integrated for OEMs........................................... 46
840Dsl Safety Integrated Maintenance ..................................... 47
D Series Operations & Programming 1 w/ HMI Advanced ........... 47
D Series Operations & Programming 2 w/ HMI Advanced ........... 47
Drives & Motion
Drives & Motion Learning Map .................................................... 48
MASTERDRIVE
6RA70 DC Setup & Maintenance .............................................. 49
6SE70 CUMC Setup & Maintenance.......................................... 49
6SE70 CUVC Setup & Maintenance........................................... 49
SIMOTION
SIMOTION System Course ........................................................ 50
SIMOTION System Maintenance ............................................... 50
SIMOTION System Programming .............................................. 50
SINAMICS
SINAMICS Drives Introduction .................................................. 51
SINAMIC S 6RA80 DCM Setup & Maintenance ........................... 51
SINAMICS G130/G150 Setup & Maintenance............................. 51
SINAMICS G120 Basic Maintenance.......................................... 52
SINAMICS S120 Basic Maintenance .......................................... 52
SINAMICS S Setup & Maintenance ............................................ 52
SINAMICS G120 Setup & Maintenance...................................... 53
SINAMICS GH 180 Perfect Harmony Drives Learning Map........... 54
Drive Operator Training – NXG and NXGPro Controls................. 55
Drive Orientation Training – NXG and NXGPro Controls................. 55
Drive Operation, Maintenance and Repair Training NXG
and NXGPro Controls (Gen3, Gen3E, Gen4, Gen 4E).................. 55
Drive Operator Training – NXG and NXGPro Controls................. 56
Drive Orientation – NXG and NXGPro Controls .......................... 56
NXG and NXGPro Controls – WC3/Base Drive............................. 56
Legacy Control Air/Liquid-Cooled ............................................. 57
Next Generation Control Liquid-Cooled WCII............................. 57
Next Generation Control Liquid Cooled High Voltage ................ 57
SOP – System Operational Program ......................................... 58
Cell Repair Certification........................................................... 58
SINAMICS GH 180 Perfect Harmony Drive Certification.............. 58
16
SITRAIN Catalog | Course Descriptions
Course Descriptions and Quick Links
Course Descriptions and Quick links
3
Days
Length
of course
in days Hours
10
Length of
course
in hours Register
here
Click to
register
online More
information
Click for
more
information
Foundational
or prerequisite
course offering
Key to graphic symbols
Electrical Maintenance & Safety
Electrical Maintenance & Safety Learning Map ........................... 60
840Dpl Safety Integrated Maintenance..................................... 61
840Dsl Safety Integrated for OEMs........................................... 61
840Dsl Safety Integrated Maintenance ..................................... 61
Electrical Maintenance ............................................................ 62
Electrical Safety: NFPA 70E Arc Flash Training ........................... 62
Electrical Safety: Non Qualified Workers ................................... 62
Electrical Safety: Qualified Workers .......................................... 63
Evaluating Electrical Tests........................................................ 63
Industrial Switchgear Maintenance .......................................... 63
Lockout Tagout: Take Control................................................... 64
OSHA Electrical Safety & Arc Flash............................................ 64
S7-300F Distributed Safety Engineering ................................... 64
S7-300F Distributed Safety Sustaining...................................... 65
WL Low Voltage Switchgear Maintenance................................. 65
OSHA Electrical Safety and Arc Flash ........................................ 65
Risk Assessment Management ................................................. 66
Power Systems & SIMOCODE
Power Systems & SIMOCODE Learning Map................................. 68
ACCESS/WinPM.net.................................................................. 69
Industrial Switchgear Maintenance .......................................... 69
SIMOCODE Pro Motor Management System .............................. 69
WL Low Voltage Switchgear Maintenance................................. 70
Process Analyzers
Process Analyzers Learning Map ................................................. 72
CEMS System Overview ........................................................... 73
FIDAMAT 6 Service & Repair..................................................... 73
LDS-6 LASER 6 Operations and Maintenance ............................ 73
Maxum Analyzer Networks ...................................................... 74
Maxum Gas Chromatograph Portal Workshop ........................... 74
Maxum HRVOC Operations & Maintenance ............................... 74
Maxum HRVOC Operations & Maintenance Short...................... 75
Maxum MaxBasic Software Development ................................. 75
Total Sulfur Application - Vapor Samples .................................. 75
Maxum Operations with GC Portal Level 1 ................................ 76
Maxum Operations with GC Portal Level 2 ................................ 76
Maxum Simulated Distillation .................................................. 76
MicroSAM Maintenance........................................................... 77
NOXMAT 6 Service & Repair..................................................... 77
OXYMAT 6 Service & Repair ..................................................... 77
ULTRAMAT 6 Service & Repair .................................................. 78
ULTRAMAT 23 Service & Repair ................................................ 78
Introduction to Process Gas Chromatography............................ 78
Process Automation
Process Automation Learning Map.............................................. 80
APACS+
200 APACS+ Maintenance & Configuration ............................... 81
APACS+ to PCS7 OS Migration.................................................. 81
PCS7
BRAUMAT Compact Workshop.................................................. 81
PCS 7 AS Advanced Engineering............................................... 82
PCS7 CEMAT ........................................................................... 82
PCS7 OS Advanced Engineering ............................................... 82
PCS7 Process Safety Sustaining ................................................ 83
PCS7 SIMATIC Batch ................................................................ 83
PCS7 System Engineering 1 ..................................................... 83
PCS7 System Engineering 2 ..................................................... 84
PCS7 System Operator............................................................. 84
PCS7 System Service 1 ............................................................ 84
PCS7 System Service 2 ............................................................ 85
TDC
SIMATIC TDC Engineering with D7 and CFC............................... 85
Virtual Instructor-led
PCS7 System Operator............................................................. 85
Process Instrumentation
Process Instrumentation Learning Map....................................... 86
Field Instrumentation.............................................................. 87
Flow Technologies .................................................................. 87
Level Technology .................................................................... 87
SITRANS FUG1010 Clamp-On Products ..................................... 88
SITRANS FUH1010 .................................................................. 88
SITRANS FUS/FUE1010 Clamp-On Products ............................... 88
Water Industry ....................................................................... 89
Oil & Gas Upstream ................................................................ 89
Midstream Gas ....................................................................... 89
Midstream Liquid ................................................................... 90
Industrial Networking
Industrial Networking Learning Map........................................... 92
Security in Industrial Networks ............................................... 93
Switching and Routing in Industrial Networks .......................... 93
Wireless LAN in Industrial Networks ........................................ 93
Process Safety Management
Process Safety Management Learning Map................................. 94
Disposal System Best Practices ................................................ 95
Pressure Relief Analysis Best Practices ..................................... 95
Process Safety Pressure Protection Manager ............................. 95
Process Safety Asset Integrity Manager .................................... 96
UltraPIPE ............................................................................... 96
17
Course Descriptions | SITRAIN Catalog
Quick links end
S7 Programming 1 DAYS
4.5
SCT-S7TIAP1B
S7 Programming 2 DAYS
4.5
SCT-S7TIAP2B
S7 Programming 3 DAYS
4.5
SCT-S7TIAP3B
S7 Automation
Maintenance 1 DAYS
4.5
SCT-S7300S1C
S7 Automation
Maintenance 2 DAYS
4.5
SCT-S7300S2C
Introduction to
PLCs and Languages
(Virtual Instructor-led) HOURS
20
SCT-S7OILPLCI1B
Introduction to
PLCs and Languages
(Virtual Instructor-led) HOURS
20
SCT-S7OILPLCI1B
S7 Programming
with SCL
(Virtual Instructor-led) HOURS
20
SCT-S7OILSCLP1A
STEP 7 v5 Programming
with SCL
(Virtual Instructor-led) HOURS
10
SCT-S7OILSCLP1A
S7 Programming 1,
Refreshers
(Virtual Instructor-led) HOURS EA.
2
SCT-S7TIAP1B-RA1, RA2, & RA3
S7-400H Redundant
System Sustaining DAYS
3
SCT-S74HRS1A
S7 Programming
with STL DAYS
3
SCT-S7STLP2A
AB to S7 Migration
Engineering DAYS
4.5
SCT-S7AB7P1A
Siemens Certified
Programmer Refresher DAYS
4.5
SCT-S7TIAR3A
Siemens Certified
Programmer – Test DAY
1
SCT-S7TIAC3A
S7-300F Distributed
Safety Sustaining DAYS
2
SCT-S7SFTS1A
S7-300F Distributed
Safety Engineering DAYS
2.5
SCT-S7SFTE1A
S7 Programming
with S7 Graph DAYS
2
SCT-S7GPHP1A
S7 Programming
with SCL DAYS
3.5
SCT-S7SCLP1A
Maintenance Engineering Core
Certification
Engineering Advanced
Core courses Virtual instructor-led
courses Learning Map Reinforcement
SITRAIN Catalog | Course Descriptions
18
Automation – S7-300 / S7-400 / STEP 7 V5.X
Same course onsite above OR online below
Automation
Courses
Foundation and Prerequisite training available from the Online Self-paced Training Automation: Siemens
and Maintenance: Siemens PLCs categories. An arrow indicates a prerequisite for the next course.
VIDEO
How to Video Library
Automation - SIMATIC S7 with STEP 7 v5.5 over 350 titles
Automation – SIMATIC S7 with STEP 7 v5
AB to S7 Fast Track
Course code: SCT-S7ABFP1A
Target audience
Experienced AB programmers interested
in an advanced familiarization with Siemens
SIMATIC S7 PLC family and STEP 7 engineering
software.
Prerequisites
• Allen Bradley PLC Programming skills.
Course Profile
This course is a ‘’Fast-Track’’ agenda
acknowledging the automation experience
of the students and, delivers must-know,
advanced topics to highly experienced
engineers interested in SIMATIC STEP 7.
This course moves engineers/programmers
quickly into the power of STEP 7. Multiple S7
program editors are presented demonstrating
the flexibility and fully integrated features
of STEP 7.
This course concentrates on STEP 7 software,
program structures, System Functions,
advanced block libraries and custom block
design. STEP 7 engineering tools and
programming instructions are demonstrated
to guide the student through the development
of a realistic applications. Analog processing
and alarming are detailed through theory and
program examples.
Objectives
Upon completion of this course, the student
shall be able to:
• Utilize STEP 7 engineering tools.
• Program using the multiple address types.
• Use symbolic addressing.
• Test and troubleshoot an application program.
• Create custom code blocks.
• Create reusable program blocks.
• Use data access functions.
• Program to process analog values.
• Monitor data blocks.
Topics
• SIMATIC S7 verses AB Overview
• Memory Allocation and Symbolic Addressing
• Hardware Assignments
• Program Editors / Instruction Set
• Debug, Test and Documentation
3
Days
Register
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information
Automation – SIMATIC S7 with STEP 7 v5
AB to S7
Migration Engineering
Course code: SCT-S7AB7P1A
Target audience
This course is for experienced AB engineers and
maintenance staff who are migrating systems
to Siemens SIMATIC S7 PLC family
and STEP 7 engineering software.
Prerequisites
• Users should have Allen-Bradley PLC5
with RSLinx or RSLogix expertise.
Course Profile
This course agenda acknowledges the
automation experience of the students and
delivers must-know information for systems
migration to S7. Taught by an applications
engineer experienced with A-B products,
software and applications, this course moves
engineers or high level maintenance staff
quickly into the power of STEP 7. A variety of
real world solutions and key AB functionality
is compared, contrasted and demonstrated
in this course. Multiple S7 program editors
are presented demonstrating the flexibility
and fully integrated features of STEP 7.
Objectives
Upon completion of this course, the student
shall be able to:
• Use the engineering tools of STEP 7 • Program using the multiple address types.
• Use symbolic addressing.
• Create, document, test and troubleshoot
• an application program.
• Create custom code blocks
• Structure a program that can use a program
block multiple times.
• Use the data access functions.
• Program using the processed analog values.
• Generate data blocks.
Topics
• SIMATIC S7 verses AB Overview
• Memory Allocation and Symbolic Addressing
• Hardware Assignments
• Structured Programming
• Timers and Counters
• Analog Handling
• PID Loops and Advanced Instructions
• Debug, Test and Documentation
• Project Integration
4.5
Days
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information
Automation – SIMATIC S7 with STEP 7 v5
S7 Programming 1
Course code: SCT-S7TIAP1B
Target audience
This course is for SIMATIC S7-300/400 PLC users
who are involved with developing or sustaining
automation systems and their application
programs.
Prerequisites
• MS Windows Expertise.
Course Profile
This course is the first in a three part series
which builds basic programming skills with
Siemens STEP 7 software. Students will learn
S7 project management, program design and
application development. This is an aggressively
paced curriculum covering the S7 programming
editor with Ladder, Function Block Diagram,
and Statement List programming languages,
and key software tools. This course takes
a systems approach to the S7-300/400 PLCs,
plus basic connectivity and functionality
of an HMI and PROFIBUS remote I/O.
Objectives
Upon completion of this course, the student
shall be able to:
• Complete a system hardware configuration.
• Build, document, test and troubleshoot a
structured STEP 7 program.
• Program using the multiple address types.
• Use symbolic addressing.
• Use core application instructions, functions
and blocks.
• Program using the processed analog values.
• Generate data blocks.
• Establish connections to an HMI system.
Topics
• STEP 7 Family Overview
• Introduction to SIMATIC Manager
• Hardware Configuration Tool
• Monitor/Modify Tool
• Programming with STEP 7
• Assigning symbol names to Objects
• HMI for process control
• Software catalog elements
• System diagnostics
• Analog value processing
• Backing up the project
4.5
Days
Register
here
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information
19
Course Descriptions | SITRAIN Catalog
Automation – SIMATIC S7 with STEP 7 v5
S7 Programming 2
Course code: SCT-S7TIAP2B
Target audience
This course is for SIMATIC S7-300/400 PLC users
with basic engineering experience in the design
and sustaining of SIMATIC automation systems
and their application programs.
Prerequisites
• S7 TIA Programming 1
Course Profile
This course is the second in a three part
series which increases skills with Siemens
STEP 7 Totally Integrated Automation.
Students will learn to leverage the power of
SIMATIC software with advanced structured
programming techniques.
A systems approach to the integration of
efficiently programming the S7-300/400 PLCs,
plus connectivity and functionality of an HMI
and Micro Master Drive are the central focus
of this course. Emphasis on Statement List
(STL) programming for both direct and indirect
addressing is an integral part of the course.
Objectives
Upon completion of this course, the student
shall be able to:
• Leverage the power of Block
and Function libraries.
• Use STL for advanced program development.
• Employ indirect addressing in a program.
• Incorporate System Functions (SFC)
in a program.
• Integrate an HMI and Drive system
with the PLC.
• Use Instance and Multi-Instance data Blocks.
• Use interrupt-driven and error processing
program execution blocks.
• Leverage STEP 7 advanced diagnostics.
Topics
• Programming review
• Data Blocks and complex variables
• HMI event and alarm messages
• Introduction to Micro Master 4 Drives
• Program control
• Organization Blocks
• Parameter Passing with FC, FB, SFB, SFC
• Indirect Addressing
• Troubleshooting the automation system
4.5
Days
Register
here More
information
Automation – SIMATIC S7 with STEP 7 v5
S7 Programming 3
Course code: SCT-S7TIAP3B
Target audience
This course is for advanced SIMATIC S7-300/400
users who are involved with developing or
maintaining automation systems and their
control applications.
Prerequisites
• S7 TIA Programming 2
Course Profile
This course builds advanced skills in control
system programming in a control systems
environment. Workstations will include
the S7 PLC, Touch Panel HMI, Drive system
and both PROFIBUS and Ethernet networks.
Students will be challenged with a number of
advanced programming techniques including
data management routines, advanced system
functions, new program efficiency tools
and error handling. Advanced level blocks,
functions, tools and libraries are discussed and
demonstrated.
Objectives
Upon completion of this course, the student
shall be able to:
• Efficiently apply Data Blocks.
• Efficiently use the various Data Types.
• Manage program errors.
• Build and manage Recipes.
• Understand the advantages of each
networking type.
• Set up a basic Ethernet network.
• Understand the optional program editors and
their advantages.
Topics
• Training Units and Addressing
• Block calls and Multi Instance Model
• Complex Data Type Applications
• Indirect Addressing & Registers
• Block Calls & Parameters
• Error Handling
• Recipes
• S7 Communications
• S7 Ethernet
• S7 Engineering Tools Overview
4.5
Days
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information
Automation – SIMATIC S7 with STEP 7 v5
S7 Programming
with S7 Graph
Course code: SCT-S7GPHP1A
Target audience
This course is for SIMATIC S7-300/400 PLC
users involved in developing or sustaining
automation systems that use of S7Graph.
Prerequisites
• S7 TIA Programming 1
Objectives
Upon completion of this course, the student
shall be able to:
• Structure and process a program using
the program elements of S7 GRAPH
• Create, document, test and troubleshoot
an application program.
• Identify the components and performance
characteristics of an S7 GRAPH structure.
• Structure and process a program using
the program elements of S7 GRAPH
• Create, document, test and troubleshoot
an application program.
Topics
• S7 GRAPH Programming Elements
– S7 GRAPH Block
– Program Editor Screen
– Using the Help and Tutorial files
– Using the Menus and Toolbars
– S7 GRAPH Property Settings
• Principles of S7 GRAPH Programming
– Calling the Graph Program
– Monitoring the operation of a Sequencer
– Program execution and scan
– Running an Example Program
• S7 GRAPH Program Structures
– Alternative and Simultaneous Branching
– Terminations and Jumps
– Interlocks and Supervisions
– Event Dependent Actions
– Permanent Operations
• Interaction with Other Program Modules
– Operating Modes
– Handling System Faults
– Initializing the Sequencer
– Manual control of the Sequencer
• Documentations and Storage
– Documenting program blocks and networks
– Creating cross-reference lists
– Printing programs with documentation
– Archiving projects and programs
– Symbolic programming
2
Days
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information
SITRAIN Catalog | Course Descriptions
20
Automation – S7-300 / S7-400 / STEP 7 V5.X
Automation – SIMATIC S7 with STEP 7 v5
S7 Programming with SCL
Course code: SCT-S7SCLP1A
Target audience
This course is for engineering and maintenance
personnel, who create, diagnose and
troubleshoot SIMATIC STEP 7 applications with
Structured Control Language (SCL) content.
Prerequisites
• S7 TIA Programming 1
Course Profile
This course provides an in depth look at STEP 7
programming and program troubleshooting
with a focus on the Structured Control Language
(SCL) – a PASCAL-similar high level text language
for programming mathematical algorithms, data
management and organization tasks for Siemens
automation systems.
Students should have a solid working knowledge
of STEP 7, SIMATIC Manager and the basic
diagnostics and editor tools. This is a hands-on
course filled with programming exercises in
SCL. Students will use advanced software tools
of STEP 7 including PLCSIM to complete system
integration programming, troubleshooting, and
functional testing of applications.
Objectives
Upon completion of this course, the student
shall be able to:
• Efficiently use the SIMATIC Manager
program editor tools.
• Use the STEP 7 program monitor, diagnostics
and troubleshooting tools.
• Build or modify SCL programs.
• Package an SCL program into a custom library
block and use within a STEP 7 project.
• Explore the SCL syntax requirements
and the system debug functions.
• Use PLCSIM to software
Topics
• The SIMATIC Manager
• SCL Overview, Program Structure and Syntax
• SCL Data Types and Declarations
• SCL Control Instructions
3.5
Days
Register
here More
information
Automation – SIMATIC S7 with STEP 7 v5
S7 Programming with STL
Course code: SCT-S7STLP2A
Target audience
This course is intended for SIMATIC S7-300/400
PLC users with basic engineering experience in
designing and sustaining SIMATIC automation
systems and associated application programs.
Prerequisites
• S7 TIA Programming 2
Course Profile
The Advanced Statement List course is designed
to provide participants with STL programming
skills using hands-on tasks. These tasks increase
Siemens STEP 7 Totally Integrated Automation
(TIA) skills through
the creation of a Siemens TIA project.
The central focus of this course is through a
systems integration approach – from efficiently
programming S7-300/400 PLCs using Statement
List (STL) programming to connecting to an
HMI and MICROMASTER drive. Students will
gain knowledge in advanced Statement List
(STL) instructions and instantiation.
A majority of this course is hands-on, practical
exercises with approximately 10% theory.
The goals are to aggressively guide the
participant through a basic system project
design, creation, and implementation.
Objectives
Upon completion of this course, the student
shall be able to:
• Apply concepts of structured program
creation.
• Use and create Block and Function libraries.
• Use STL for advanced program development.
• Employ indirect addressing in a program.
Topics
• Hardware review and configuration setup
• Key Topics from S7 TIA Programming
• Data Blocks and complex variables
• HMI integration
• Introduction to MICROMASTER 4x drives
• Organization Blocks
• Parameter passing with FC, FB, SFB, SFC
• Indirect Addressing
• Troubleshooting the automation system
3
Days
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information
Automation – SIMATIC S7 with STEP 7 v5
S7 Automation
Maintenance 1
Course code: SCT-S7300S1C
Target audience
This course is the first of a two part series
designed for maintainers and “first responders”
to Siemens S7 automated control systems.
Maintenance technicians, electricians,
supervisors and others, who need to develop
active skills using their Siemens Hardware
system, should attend this course to maximize
line uptime. This course also provides a great
platform for those new to automation systems
and state-of-the-art industrial electronics.
Prerequisites
• MS Windows Expertise
• SUGGESTED PREREQUISITE: Introduction to
PLCs and Languages - Virtual Instructor-led
course (S7OILPLCI1B).
Course Profile
This course is designed with brief instructor led
discussions followed by numerous hands-on
exercises using a Totally Integrated Automation
(TIA) plant model develop and reinforce
practical experience. The TIA plant model
consists of an S7-300 automation system,
ET200S distributed I/O station, SIMATIC HMI
Touch Panel, and a working conveyor model.
Students perform visual and multi-meter wire
checks, hardware component diagnostics
and troubleshooting as well as equipment
replacement and restoring a failed PLC system
to a normal operating state. Upon completion
of the course, maintenance technicians should
be able to establish communications to a
Siemens PLC system, diagnose, troubleshoot,
and restore basic faults on an S7 hardware
system, reducing costly downtimes.
Topics
• PLC Hardware, Cabling and Configuration
• STEP 7 and the SIMATIC Manager
• The STEP 7 Program Editor
• Binary and Digital Operations
4.5
Days
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here More
information
21
Course Descriptions | SITRAIN Catalog
Automation – SIMATIC S7 with STEP 7 v5
S7 Automation
Maintenance 2
Course code: SCT-S7300S2C
Target audience
This course is the second of a two part
series designed for maintainers of and “first
responders” to Siemens S7 automated control
systems. Maintenance technicians, electricians,
supervisors and others, who need to develop
active skills using their Siemens hardware
system, should attend this course to maximize
process uptime.
This course also provides a great platform for
those new to automation systems and state-ofthe-art industrial electronics.
Prerequisites
• S7 Automation Maintenance 1.
Course Profile
Automation Maintenance 2 is a course
designed with brief instructor led discussions
followed by numerous hands-on exercises
using a Totally Integrated Automation (TIA)
plant model to develop and reinforce practical
experience. The TIA plant model consists of
an S7-300 automation system, ET200S and
ET200pro distributed I/O stations, SIMATIC HMI
Touch Panel, and a working conveyor model, all
communicating over PROFINET.
Students perform hardware and software
diagnostics and troubleshooting as well as
restoring a faulted PLC system to a normal
operating state.
Topics
• Commission the Hardware Station over
PROFINET
• Commission the HMI over PROFINET
• How to set up the CPU’s Report System Error
(RSE) function
• Hardware Troubleshooting and Diagnostics
• Monitor conveyor system functionality
• Absolute addressing & Symbolic addressing
• Managing symbol names in
• Data Blocks (DB)
• Monitoring, debugging Math/Comparison
Logic Timers and Counters
• ET200Pro I/O station
• Basic Software Troubleshooting skills and
debugging of simple code functional errors
• Analog
• Intro to Function Block Diagram (FBD)
• Statement List (STL) instructions
• Reusable Blocks
4.5
Days
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information
Automation – SIMATIC S7 with STEP 7 v5
S7-300F Distributed
Safety Engineering
Course code: SCT-S7SFTE1A
Target audience
This course is for engineers and personnel
responsible for implementing SIMATIC
Distributed Safety systems, including:
• Selecting the appropriate architecture
• Selecting the components and understanding
their specific purposes and limitations
• Specifying the module and system wiring
• Developing the safety PLC program
• Starting up and supporting the system.
Prerequisites
• MS Windows Expertise
• AB-S7 Fastrack OR S7 Automation
Maintenance 1 OR S7 TIA Programming 1
Course Profile
This course introduces the student to a Siemens
Distributed Safety PLC application. Participants
receive knowledge on applying the system
per relevant standards, Failsafe Hardware
Module details and parameterization, Safety
Program structure and implementation, Safety
Communications, System Diagnostics and
introduction to Drive Safety.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate and understand the applicability
of the detailed documentation and
development resources
• Select and configure the Failsafe Hardware
components, and understand their
application restrictions.
• Properly implement a Safety program
in the PLC.
• Document, test, and troubleshoot the system.
Topics
• Introduction to Distributed Safety
• Standards discussion
• Hardware introduction and safety wiring
• STEP 7 quick tour
• STEP 7 Distributed Safety overview and labs
• Reintegration
• Safety Logic
• System Communication overview
• Diagnostics
• Throughput Calculations
DAYS
2.5
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Automation – SIMATIC S7 with STEP 7 v5
S7-300F Distributed
Safety Sustaining
Course code: SCT-S7SFTS1A
Target audience
This course is for SIMATIC S7 300F PLC users
who install or maintain automation safety
systems and their application programs.
Prerequisites
• S7 Automation Maintenance 1 OR
S7 TIA Programming 1
Course Profile
This course introduces the student to a
Siemens Distributed Safety PLC application.
Participants will build skills on commissioning,
troubleshooting and upgrading an automation
safety system. Failsafe Hardware Module details
and parameterization, Safety Program structure
and implementation, and System Diagnostics
are covered.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the concept of the Siemens S7
safety integrated system.
• Identify S7 safety components.
• Know how to remove and replace S7-300 and
ET200S safety components.
• Identify the wiring diagrams of the S7-300
and ET200S safety components.
• Identify the LED diagnostics
• Identify the addressing of the S7-300
safety components
• Understand the structure of an S7-300
safety program.
• Troubleshoot using the Hardware
Configuration diagnostics to identify
system faults.
• Troubleshooting using the VAT to monitor the
I/O modules’ diagnostic bits.
• Troubleshooting using the status
of program logic
Topics
• Safety Systems Overview
• Introduction to Standard & Safety
Block Structure
• Safety Products
• S7 Safety CPU and ET200S Hardware
• Safety PLC Hardware Configuration
• Safety Program Code
• Testing and Diagnostics
2
Days
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information
SITRAIN Catalog | Course Descriptions
22
– S7-300 / S7-400 / STEP 7 V5.X
Automation – SIMATIC S7 with STEP 7 v5
S7-400H Redundant
System Sustaining
Course code: SCT-S74HRS1A
Target audience
The target audiences for this course are service
personnel, plant engineers, maintenance
technicians and users responsible for sustaining,
maintaining, optimizing and troubleshooting
an S7-400H Redundant System.
Prerequisites
• S7 Automation Maintenance 1
Course Profile
This course builds skills for sustaining and
maintaining a Siemens S7-400H Redundant
System. The course begins with an introduction
to redundant automation system concepts,
purpose and typical system architectures.
The course then builds skills in hardware
components, SIMATIC redundant project
management and, specific hardware
tools application.
Objectives
Upon completion of this course, the student
shall be able to:
• Configure and parameterize S7-400H
Redundant system Hardware
• Perform startup procedures for S7-400H
• Perform Configuration-in-Run (CiR)
Replacement of Hardware
• Maintain components of an S7-400H
Redundant System.
• Assemble redundant system hardware,
cabling, wiring and, perform testing
procedures.
• Establish redundant system communication
• Use standard STEP 7 tools and methods for
testing and diagnosing hardware & software
problems in a running redundant system.
• Address and wire ET200M remote I/O
• Configure and parameterize PROFIBUS DP and
Y-link components.
Topics
• Configure S7400H Redundant System
Hardware
• S7-400 Hardware Commissioning
• Redundant System Remote I/O
• Commission Remote I/O
• Configuration-in-Run Mode (CiR)
• Redundant System Troubleshooting
Techniques
3
Days
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information
Automation – SIMATIC S7 with STEP 7 v5
Siemens Certified
Programmer Refresher
Course code: SCT- S7TIAR3A
Target audience
This course is intended for experienced STEP 7
programmers seeking a Siemens Certification
which is recognized globally. This refresher
course will help prepare the participant
for the Siemens Certified Programmer
Certification Test.
Prerequisites
• S7 TIA Programming 1
• S7 TIA Programming 2
• S7 TIA Programming 3
Course Profile
This is a hands-on, instructor led course
provides a focused review and skills refresher of
topics taught in TIA Programming 1, 2,
and 3 courses. This refresher is intended to
prepare the student for the Siemens Certified
Programmer Test (course code SCT-S7TIAC3A)
held at the conclusion of the course.
Objectives
Upon completion of this course, the student
shall be able to:
Successfully Complete the Siemens Certified
Service Programmer Test.
Topics
• Course Overview
• Hardware
• Tag (Symbol) Table
• Program principles
• Troubleshooting Program errors
• HMI
• MICROMASTER Drive
• Independent Project
4
Days
Register
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information
Automation – SIMATIC S7 with STEP 7 v5
Siemens Certified
Programmer – Test
Course code: SCT-S7TIAC3A
Target audience
This Siemens Programmer Certification Test is
intended for experienced STEP 7 programmers
who have met the prerequisites below.
Prerequisites
• Advanced Programming Experience
• S7 TIA Programming 1
• S7 TIA Programming 2
• S7 TIA Programming 3
Course Profile
This is a comprehensive performance
test designed to assess the skills of a PLC
programmer applicant for Siemens PLC systems.
This is a practical, skills-based certification test
covering topics taught
during TIA Programming 1, 2, and 3. It is
recommended that the student attend the
“Siemens Certified Programmer Refresher”
in preparation for the test (course code
SCT-S7TIAR3A).
Topics
• Skills and abilities of a Siemens
Certified Programmer
– Parameterization of the CPU
– Configuration of the distributed I/O
– Configuration of a drive
– Programming of an HMI device
– Structuring of a program using
a structogram
– Implementation of the program taking
account of the aspect of reusability
through the use of:
– Functions, function blocks
and multi-instances
– Complex data structures
– Library functions for integrated
error handling
• Passing the test entitles the participant to
be awarded “Siemens Certified Programmer”
status recognized globally by Siemens,
distributors, partners and other companies.
• At minimum, prerequisites must be met
in order to take the test.
• Taking the recommended Siemens “Certified
Programmer Refresher” provides a quality
hands-on review of all needed skills prior
to taking the certification test. The test is
included as part of the review course.
1
Day
Register
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23
Course Descriptions | SITRAIN Catalog
Automation – Virtual Instructor Led
Introduction to SIMATIC
PLCs and Languages
Course code: SCT-S7OILPLCP1B
Target audience
This course is for engineers and maintenance
personnel who are new to PLC programming —
who will be creating, modifying or troubleshooting S7 PLC systems with SIMATIC STEP 7
software.
Course Profile
This course is designed to provide the student
with core SIMATIC PLC program fundamentals.
For learners new to PLC applications, this
course is an ideal preparation to the S7
Programming 1 or S7 Automation Maintenance
1 courses. Whether designing a PLC program or
troubleshooting a control system, this course
builds fundamental skills and confidence in key
concepts, navigation, tools and procedures for
a successful continuous learning path.
Students needing a solid introduction to the
core PLC programming languages will find
this a great fit. Three program editors, LAD,
FBD and STL are introduced with the primary
development and troubleshooting tools.
Basic logic development and data memory
management complete the curriculum and help
the student build skills in PLC program basics.
This is a live, virtual instructor led course
delivered in 2-hour learning modules through
an innovative web application. Access to fully
functional STEP 7 software will be provided
through a cloud based application.
Learners are encouraged to complete assigned
lab exercises during and after each session to
reinforce the learning modules throughout
the week. Professional Siemens instructors are
available to answer student questions outside
of scheduled class times..
Topics
• Number Systems & IEC61131 Standard
• SIMATIC Development Tools
• PLC Inputs and Outputs
• PLC I/O Addressing
• Ladder Logic & FBD Instructions
Hours
10 Register
here More
information
Virtual and Classroom Instructor-led
STEP 7 v5 Programming
with SCL
Course code: SCT-S7OILSCLP1A or
SCT-S7SCLP1A
Target audience
This course is for engineering and maintenance
personnel, who create, diagnose and
troubleshoot SIMATIC STEP 7 applications with
Structured Control Language (SCL) content.
Prerequisites
• S7 Programming 1
Course Profile
This course provides an in depth look at STEP 7
programming and program troubleshooting
with a focus on the Structured Control
Language (SCL) – a PASCALsimilar high level
text language for programming mathematical
algorithms, data management and organization
tasks for Siemens automation systems.
Students should have a solid working
knowledge of STEP 7, SIMATIC Manager and
the basic diagnostics and editor tools. This is
a hands-on course filled with programming
exercises in SCL. Students will use advanced
software tools of STEP 7 including PLCSIM to
complete system integration programming,
troubleshooting, and functional testing of
applications.
Objectives
Upon completion of this course, the student
shall be able to:
• Efficiently use the SIMATIC Manager program
editor tools.
• Use the STEP 7 program monitor, diagnostics
and troubleshooting tools.
• Build and modify SCL programs.
• Package an SCL program into a custom library
block and use within a STEP 7 project.
• Explore the SCL syntax requirements and the
system debug functions.
• Use PLCSIM software to simulate PLC hardware
and test user defined SCL program code.
Topics
• The SIMATIC Manager
• SCL Overview
• SCL Program Structure
• SCL Syntax
• SCL Data Types
• SCL Declarations
• SCL Control Instructions
Hours
10 Register
here More
information
SITRAIN Catalog | Course Descriptions
24
Automation – S7-300 / S7-400 / STEP 7 V5.X
usa.siemens.com/sitrain
Simulators
World-class simulators provide
a safe and risk-free platform
for sharpening job skills
Siemens simulators are fully functional, ready to use systems that
mimic real-word experiences faced by your operations and
maintenance teams. Simulator systems are ideal tools for on-the-job
training, project testing, design engineering and troubleshooting.
Standard formats range from simple PLCSIM software to fullyintegrated motion control systems.
Or you can request a custom-built simulator to match your needs.
Enhance productivity, improve first-time fix rates and build team
confidence in a safe, risk-free environment using Siemens simulators. Scan for
simulator
system
offer.
SITRAIN Catalog | Course Descriptions
26
Automation – TIA Portal S7-1200 / S7-300 / S7-1500
Maintenance
S7-1200
Maintenance & Engineering
Human Machine Interface
Maintenance & Engineering
Engineering Core
Advanced & Optional Courses
Core courses Virtual instructor-led
courses Learning Map
TIA Portal Service 1 DAYS
4.5
SCT-PTTIAS1A
TIA Portal Service 2 DAYS
4.5
SCT-PTTIAS2A
S7-1200 TIA System DAYS
4.5
SCT-S712TP1A
TIA Portal WinCC
Comfort / Advanced
Configuration DAYS
3
SCT-PTWCSU2A
TIA Portal WinCC
Professional (SCADA)
Configuration DAYS
4.5
SCT-PTWCSP1A
S7 TIA Portal
Programming with SCL (Virtual Instructor-led) HOURS
10
SCT-PTOILSCLP3A
Introduction
to TIA Portal
(Virtual Instructor-led) HOURS
10
SCT-PTOILPLCI1A
Introduction
to TIA Portal
(Virtual Instructor-led) HOURS
10
SCT-PTOILPLCI1A
AB to S7 with
TIA Portal DAYS
4.5
SCT-PTABFP1B
TIA Portal with
SCL Programming DAYS
3.5
SCT-PTOILSCLP3A
TIA Portal
Safety Engineering DAYS
3
SCT-PTSFTE1A
Reinforcement
TIA Portal
Programming 1 DAYS
4.5
SCT-PTTIAP1A
TIA Portal
Programming 2 DAYS
4.5
SCT-PTTIAP2A
TIA Portal
Programming 3 DAYS
4.5
SCT-PTTIAP3A
Foundation and Prerequisite training available from the Online Self-paced Training Automation: Siemens
and Maintenance: Siemens PLCs categories. An arrow indicates a prerequisite for the next course.
VIDEO
How-to Video Library
Automation - SIMATIC S7 with TIA Portal
Automation – SIMATIC S7 with TIA Portal
AB to S7
with TIA Portal
Course code: SCT-PTABFP1B
Course Profile
This course concentrates on STEP 7 software,
program structures, System Functions,
advanced block libraries and custom block
design. STEP 7 engineering tools and
programming instructions are demonstrated
to guide the student through the development
of a realistic application. The course format
consists of instruction, demonstration, and
hands-on exercises. Students utilize test, debug
and diagnostic tools to complete extensive
programming exercises.
Objectives
Upon completion of this course, the student
shall be able to:
• Utilize STEP 7 TIA Portal engineering tools
• Insert an HMI device into a project
• Locate Tags using Cross-Reference tool
• Utilize System Diagnostic Functions to test
and troubleshoot an application program.
• Create custom code blocks
• Create reusable program code (FB, DB, FC,
etc.) and insert in Library
• Assign tags in STEP 7 TIA Portal
• Create, Store, and Retrieve Library Objects
Topics
• System Overview
• AB-STEP 7 TIA Portal Navigation
• AB-STEP 7 TIA Portal Communication
• Hardware
• Memory Allocation and Usage
• Tag Handling
• Program Instructions in STEP 7 TIA Portal
• Programming Blocks
• HMI • Reference Data
• System Diagnostics
• Simulation
• Library Options
• System Diagnostics
• Simulation
• Library Options
4
Days
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here More
information
Automation – SIMATIC S7 with TIA Portal
Introduction
to TIA Portal
Course code: SCT-PTOILPLCI1A
Target audience:
This course is for engineers and maintenance
personnel who are new to SIMATIC S7 PLCs
and who will be creating, modifying or
troubleshooting S7 PLC systems using SIMATIC
TIA Portal software.
Prerequisites
• MS Windows Expertise
• Basic industrial technology skills
Course Profile
This is a live instructor led on-line course
delivered in 2 hour learning modules through
the web. Access to fully functional STEP 7
Professional V13 software is provided through
a cloud based application. Students are
encouraged to complete assigned lab exercises
during and after each session to reinforce
the learning modules throughout the week.
Professional Siemens instructors are available to
answer student questions outside of scheduled
class times.
Objectives
Upon completion of this course, the student
shall be able to:
• Use STEP 7 Professional V13 (TIA Portal) to
create a new development project.
• Navigate through an existing project using
both the Portal View and the Project View.
• Configure an S7-1500 PLC with local I/O
modules.
• Assign PLC tags.
• Identify key characteristics of program
blocks.
• Identify important features of the automation
• languages LAD and FBD.
Topics
• Number Systems & IEC61131 Standard
• Introduction to the TIA Portal Development
Environment
• PLC Program Blocks and Variables in the
Program Editor
• Introduction to I/O and Addressing
• TIA Portal Automation Languages
4
Days
Register
here More
information
Automation – SIMATIC S7 with TIA Portal
TIA Portal Service 1
Course code: SCT-PTTIAS1A
Target audience
This course is designed for “first responders”
to industry operations utilizing Siemens S7
automated control systems. Maintenance
technicians, electricians, supervisors and
others, who need an understanding of their
Siemens control system, should attend this
course to maximize line uptime.
PLEASE NOTE: If training in S7 PLC
programming is required, please consider
the SIMATIC TIA Portal Programming 1 course.
Prerequisites
• MS Windows Expertise
Course Profile
This first level service course teaches the basic
S7 system concept, hardware configuration and
parameterization, S7 software (SIMATIC TIA
Portal) basics, and an overview of programming
fundamentals. Human Machine Interface (HMI)
and PROFINET IO basics
are also included.
Objectives
Upon completion of this course, the student
shall be able to:
• Use standard STEP 7 tools and methods for
Testing, Diagnosing, and Correcting hardware
& software problems in a running program.
• Operate, Monitor, & Maintain components
of a typical SIMATIC TIA system.
• Perform basic hardware assembly, cabling,
wiring and testing.
• Establish PLC communication
with multiple technologies.
• Retrieve, Archive, and Download S7 programs.
Topics
• System Overview
• Introduction: Engineering Software
“TIA Portal”
• PLC Installation & Maintenance
• Device and Network
• Symbol Table
• Hardware Commissioning
• Program Blocks
• Binary Operations
• Introduction to Distributed I/O
• Introduction to HMI
• Introduction to the MicroMaster Drive
4.5
Days
Register
here More
information
27
Course Descriptions | SITRAIN Catalog
Automation – SIMATIC S7 with TIA Portal
TIA Portal Service 2
Course code: SCT-PTTIAS2A
Target audience
This course is designed for SIMATIC S7-300-400
PLC users with basic SIMATIC control system
knowledge who install or maintain automation
systems and their application programs.
Prerequisites
• TIA Portal Service 1
Course Profile
This course continues skill development in
troubleshooting and modifying a control
system. Participants will use SIMATIC TIA
Portal software tools to build new features,
diagnostics and communications into the
application project. Program development
using organization blocks, system functions
and instruction libraries build software
troubleshooting efficiency. Analog signal
processing and alarming are included in this
application. Configuration and integration
of an HMI and Drive system into the student’s
application builds experience managing a
Totally Integrated Automation (TIA) project.
Objectives
Upon completion of this course, the student
shall be able to:
• Use advanced STEP 7 tools and methods for
Testing, Diagnosing, and Correcting hardware
& software problems in
a running program.
• Utilize the different block types (FC, FB, OB,
and DB).
• Eliminate logical software errors,
such as multiple assignments.
• Utilize principles of analog value processing.
• Use the data block access functions.
• Access and use the processed analog values
utilizing STEP 7 GRAPH.
• Backup and document executed
program changes
Topics
• Hardware and Software Review
• Data Blocks and Organization Blocks (OBs)
• Analog Processing
• Troubleshooting
• HMI • Drive System
3
Days
Register
here More
information
Automation – SIMATIC S7 with TIA Portal
S7-1200 TIA System
Course code: SCT-S712TP1A
Target audience
This system course is for SIMATIC S7-1200 PLC
users who are involved with developing
or sustaining automation systems and their
application programs. This course is for
users needing advanced programming and
configuration skills and who may use
the extended system functions.
Prerequisites
• MS Windows Expertise
Course Profile
Additional Prerequisite: Solid industrial
technology skills.
The goal of this course is to help the student
build skills utilizing in programming and
extended system functionality of the S7-1200
system, STEP 7 engineering tool and WinCC
Basic, Human Machine Interface (HMI).
This course begins with a brief review of the
SIMATIC S7-1200 system, its components
and the HMI Basic Panels.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify the components and features
of the S7-1200 system.
• Navigate the STEP 7 Portal software
and identify the basic tool set.
• Complete a system hardware configuration
including basic PC - PLC communications.
• Use the STEP 7 tools to monitor and
troubleshoot the system.
• Build, document, test and troubleshoot
a structured STEP 7 Basic program using
the multiple address types and data blocks.
• Build a basic HMI project and integrate
into the STEP 7 program.
• Use core application instructions, functions
and blocks to build and test a basic
control program.
• Efficiently used the diagnostics tools of
STEP 7.
Topics
• SIMATIC S7-1200 family overview
• Introduction to STEP 7 Basic
• Device and Networks Portal with monitoring
4.5
Days
Register
here More
information
Automation – SIMATIC S7 with TIA Portal
TIA Portal Programming 1
Course code: SCT-PTTIAP1A
Target audience
This course is for SIMATIC S7-300/400 PLC users
who are involved with developing
or sustaining automation systems
and their application programs.
Prerequisites
• MS Windows Expertise
Course Profile
This course is the first in a three part series
which builds basic programming skills with
Siemens STEP 7 software. Students will learn
S7 project management, program design
and application development. This is an
aggressively paced curriculum covering
the S7 programming editor with Ladder,
Function Block Diagram, and Statement List,
and SCL programming languages, and key
software tools. This course takes a systems
approach to the S7-300/400 PLCs, plus basic
connectivity and functionality of an HMI,
Drive, and PROFINET I/O.
Objectives
Upon completion of this course, the student
shall be able to:
• Complete a system hardware configuration.
• Build, document, test and troubleshoot
a structured STEP 7 program.
• Program using the multiple address types.
• Use symbolic addressing.
• Use core application instructions, functions
and blocks.
• Program using the processed analog values.
• Generate data blocks.
• Establish connections to an HMI system.
Topics
• System Overview
• Introduction: Engineering Software “TIA Portal”
• Devices and Networks
• Symbol Table
• Program Blocks
• Binary Operations
• Digital Operations
• Introduction to Distributed I/O
• Introduction to HMI
• FCs and FBs
• Troubleshooting
• Introduction to the MICROMASTER Drive
4.5
Days
Register
here More
information
SITRAIN Catalog | Course Descriptions
28
Automation – TIA Portal S7-1200 / S7-300 / S7-1500
Automation – SIMATIC S7 with TIA Portal
TIA Portal Programming 2
Course code: SCT-PTTIAP2A
Target audience
This course is for SIMATIC S7-300/400 PLC users
with basic engineering experience in the design
and sustaining of SIMATIC automation systems
and their application programs.
Prerequisites
• TIA Portal Programming 1
Course Profile
This course is the second in a three part series
which increases skills with Siemens SIMATIC
TIA Portal. Students will learn to leverage the
power of TIA Portal software with advanced
structured programming techniques. A systems
approach to the integration of efficiently
programming the S7-300/400 PLC, connectivity
using PROFINET IO, functionality of an HMI, and
integration of Micro Master Drive are
the central focus of this course.
Objectives
Upon completion of this course, the student
shall be able to:
• Leverage the power of Block
and Function libraries.
• Use STL and SCL for advanced
program development.
• Employ indirect addressing in a program.
• Incorporate System Functions (SFC)
in a program.
• Integrate an HMI and Drive system
with the PLC.
• Use Instance and Multi-Instance data Blocks.
Topics
• Analog value processing
• Functions, function blocks, and multiinstances using the IEC-compliant timer/
counter
• Jump commands and battery operations
• Indirect addressing
• Integration of a Micromaster drive (420)
using PROFIBUS DP
• Monitoring and control of drive
with “Starter” software
• Classical software error handling and
evaluation with error organization blocks (OBs)
• Troubleshooting and alarms with
an HMI device (Touch Panel 277B)
4.5
Days
Register
here More
information
Automation – SIMATIC S7 with TIA Portal
TIA Portal Programming 3
Course code: SCT-PTTIAP3A
Target audience
This course is for SIMATIC S7-1500, S7-1200,
S7-300, and S7-400 PLC users with basic
engineering experience in the design and
sustaining of SIMATIC automation systems and
their application programs.
Prerequisites
• TIA Portal Programming 2
Course Profile
The third in a three part series, this course
will teach students to leverage the power of
TIA Portal software with advanced structured
programming techniques. A systems approach
to efficiently programming the S7-1500,
S7-1200, S7-300, and S7- 400 PLC is covered.
Students will expand their knowledge
regarding the reusability of STEP 7 blocks and
their storage in user libraries while gaining
an introduction to programming languages
statement list (STL), Structured Control
Language (SCL) and S7-GRAPH.
Objectives
Upon completion of this course, the student
shall be able to:
• Apply knowledge of the advantages of optimally
created blocks and be able to program them.
• Efficiently implement the concepts of
multiple Instances.
• Declare variables of complex data types.
• Commission a given SCL block.
• Configure alarms using Alarm Number Method.
• Commission a PID controller with automatic
optimization.
• Create user-specific blocks for reporting,
handling and analyzing program errors.
• Manage recipes in SIMATIC HMI.
• Set-up communication between SIMATIC
CPUs based on Industrial Ethernet.
• Integrate and connect to PROFINET IO, HMI,
and the SINAMICS G120 Drive.
Topics
• Training Units and Addressing
• Hardware and Software Commissioning
• Reusable Blocks
• Complex Data and their Addressing
• Structured Control Language - SCL
• Recipes and Alarm Number Method
• Introduction to Industrial Communication
• Technology Objects
4.5
Days
Register
here More
information
Automation - SIMATIC S7 with TIA Portal
S7 TIA Portal Distributed
Safety Engineering
Course code: SCT-PTSFTE1A
Target audience
This course is for engineers and personnel
responsible for implementing and maintaining
SIMATIC S7 TIA Portal Distributed Safety
systems.
Prerequisites
• TIA Portal Programming 1 OR
• TIA Portal Service 1
Course Profile
This course introduces the student to a Siemens
Distributed Safety PLC application. Participants
receive knowledge on applying the system per
relevant standards, Failsafe
Hardware Module details and parameterization,
Safety Program structure and implementation,
Safety Communications, System Diagnostics
and introduction to Drive Safety. The course
format is a combination of instruction and
hands-on exercises. A realistic model is used
for demonstrations and student exercises.
Exercises allow students to practice tasks such
as configuration, programming, and code
debugging.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate and understand the applicability
of the detailed documentation and
development resources
• Select and configure the Failsafe Hardware
components, and understand their
application restrictions.
• Properly implement a Safety program in the
PLC.
• Document, test, and troubleshoot the
system.
Topics
• Introduction to Distributed Safety
• Standards discussion
• ET 200SP distributed I/O system
• Hardware Configuration
• Safety Advanced: Programming
• Fail-safe Communication
• F-system Response Times
3
Days
Register
here More
information
29
Course Descriptions | SITRAIN Catalog
SITRAIN Catalog | Course Descriptions
30
Automation – TIA Portal S7-1200 / S7-300 / S7-1500
Virtual Instructor-led Training
S7 TIA Portal
Programming with SCL
Course code: SCT-PTOILSCLP3A
Target audience
This course is for engineering and maintenance
personnel, who create, diagnose and
troubleshoot SIMATIC TIA Portal applications
with Structured Control Language (SCL)
content.
Prerequisites
• TIA Portal Programming 1
Course Profile
This course provides an in depth look at STEP 7
programming and program troubleshooting
with a focus on the Structured Control
Language (SCL) –a PASCAL similar high level
text language for programming mathematical
algorithms, data management and organization
tasks for Siemens automation systems.
Students should have a solid working
knowledge of STEP 7, TIA Portal and the
basic diagnostics and editor tools. This is a
hands-on course filled with programming
exercises in SCL. Students will use advanced
software tools of TIA Portal including PLCSIM
to complete system integration programming,
troubleshooting, and functional testing of
applications.
Objectives
Upon completion of this course, the student
shall be able to:
• Efficiently use the TIA Portal program editor
tools.
• Use the TIA Portal program monitor,
diagnostics and troubleshooting tools.
• Build and modify SCL programs.
• Package an SCL program into a custom library
block and use within a TIA Portal project.
• Explore the SCL syntax requirements and the
system debug functions.
• Use PLCSIM software to simulate PLC hardware
and test user defined SCL program code.
Topics
• The TIA Portal
• SCL Overview
• SCL Program Structure
• SCL Syntax
• SCL Data Types
• SCL Declarations
• SCL Mathematical and Logical Operations
• SCL Control Instructions
Hours
10 Register
here More
information
Sample Header
TIA Portal
Certification Test
Course code: SCT-PTTIAC3A
Target audience
This Siemens TIA Portal Programmer
Certification Test is intended for experienced
TIA Portal programmers who have met the
prerequisites below and have applied skills.
Prerequisites
• Advanced Programming Experience
• TIA Portal Programming 1 & TIA Portal
Programming 2 & TIA Portal Programming 3
Course Profile
This is a comprehensive performance
test designed to assess the skills of a PLC
(Programmable Logic Controller) programmer
applicant for Siemens PLC systems.
This is a practical, skills-based certification test
covering topics taught during TIA Programming
1, 2, and 3. It is recommended that the student
attend the "Siemens Certified Programmer
Refresher" in preparation for the test (course
code SCT-PTTIAR1A). Students will be provided
a set of programming tasks and are expected to
demonstrate skills and best practices.
Topics
• This is a comprehensive performance
test designed to assess the skills of a PLC
(Programmable Logic Controller) programmer
applicant for Siemens PLC systems.
• Passing the test entitles the participant to
be awarded “Siemens Certified Programmer”
status recognized globally by Siemens,
distributors, partners and other companies.
• At minimum, prerequisites must be met
in order to take the Siemens Programmer
Certification Test.
• Taking the recommended Siemens “Certified
Programmer review course” provides a quality
hands-on review of all needed skills prior to
taking the certification test.
1
Day
Register
here More
information
Sample Header
TIA Portal
Programmer Refresher
Course code: SCT-PTTIAR1A
Target audience
This course is intended for experienced
TIA Portal programmers seeking a Siemens
Certification which is recognized globally.
This refresher course will help prepare
the participant for the Siemens Certified
Programmer, in the TIA Portal, Certification
Test.
Prerequisites
• TIA Portal Programming 1 & TIA Portal
Programming 2 & TIA Portal Programming 3
Course Profile
This hands-on, instructor led course provides
a focused review and skills refresher of
topics taught in TIA Portal Programming 1, 2,
and 3 courses. This refresher is intended to
prepare the student for the Siemens Certified
Programmer Test, course code SCT-PTTIAC1A.
The certification test is conducted separately
from the refresher course and is typically
scheduled on the day following the refresher
course.
Objectives
Upon completion of this course, the student
shall be able to successfully complete the
Siemens Certified Programmer, in the TIA
Portal, Test.
Topics
• Course Overview
• Hardware
• Tag (Symbol) Table
• Program principles
• Troubleshooting Program errors
• HMI • MICROMASTER Drive
• Independent Project
4
Days
Register
here More
information
Scan for
a course
schedule
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adaptable to the learners needs. Siemens Training Services
provides a comprehensive portfolio of learning options delivered
in a variety of platforms:
• Instructor-led learning – Classroom, Onsite, Virtual
• Online learning – Self-paced courses, task-based videos
• Simulated learning – Simulator Systems
• On-the-job learning
• Virtual mentoring
Create a custom learning path to increase your team’s skill level
and performance.
Gain expertise where it is needed most from the global leader in
automation; review flexible learning solutions from Siemens at:
www.usa.siemens.com/sitrainonline.
WinCC Professional
WinCC SCADA
WinCC Comfort/Advanced
WinCC Flexible
TIA Portal WinCC
Comfort / Advanced
Configuration DAYS
4.5
SCT-PTWCSU2A
TIA Portal
WinCC Professional
Configuration (SCADA) DAYS
4.5
SCT-PTWCSP1A
Introduction to
WinCC Flexible
(Virtual Instructor-led) HOURS
10
SCT-S7OILWFXC1A
TIA Portal WinCC
Professional (SCADA)
Upgrade DAYS
3
SCT-PTWCSU2A
SIMATIC WinCC
SCADA Configuration DAYS
4.5
SCT-S7WINC1B
SIMATIC WinCC SCADA
Advanced Database DAYS
4
SCT-S7WINC2B
SIMATIC HMI Panel
with WinCC Flexible DAYS
4.5
SCT-S7WFXC1A
SIMATIC WinCC
SCADA Sustaining DAYS
4.5
SCT-S7WINM1A
WinCC Flexible
with HMI Lite DAYS
3
SCT-S7TLWM1A
SITRAIN Catalog | Course Descriptions
32
– SIMATIC HMI / SIMATIC HMI with TIA Portal
TIA Portal
Classic
Core courses Learning Map Reinforcement
VIDEO
How-to Video Library
Reinforces learning in the Automation - SIMATIC S7 with STEP 7 v5.5 and
CNC - SINUMERIK Power Line categories.
Virtual instructor-led
courses
Foundation and Prerequisite training available from the Online Self-paced Training Automation: Siemens
and Maintenance: Siemens PLCs categories. An arrow indicates a prerequisite for the next course.
Automation – SIMATIC HMI
SIMATIC HMI Panel
with WinCC Flexible
Course code: SCT-S7WFXC1A
Target audience
This course is for automated control engineers
or maintenance staff who will be designing,
configuring or maintaining a control system
application configured with Siemens WinCC
Flexible software.
Course Profile
This course provides a comprehensive review
of the features and capabilities of Siemens
WinCC Flexible software. Students will perform
a complete system configuration including
project configuration, graphics design and
system integration. Students will also build
skills with the user management tools including
security, access, alarms and messaging.
Advanced functionality such as recipe creation
and scripting are briefly introduced through
scenario applications.
The course concludes with Siemens unique
Sm@rt services for plant wide web and
system access. Throughout this course lecture
materials are complimented with hands-on
exercises which build a working WinCC
Flexible application.
Objectives
Upon completion of this course, the student
shall be able to:
• Create and manage a WinCC Flex project.
• Integrate components between WinCC Flex
and STEP 7.
• Create tags from the STEP 7 symbol table.
• Design graphic screens and tools.
• Configure internal and external tags.
• Define & administer user security.
• Set and test the Alarms and Messages.
• Configure, archive and display trends.
• Understand basic recipe building.
• Understand basic scripting services.
• Understand Sm@rt Services.
Topics
• WinCC Flexible System Overview
• Basic Graphics Design
• Advanced Graphics Design
• User Management
• Process Value Archiving
• Recipe Management
• Run-Time Scripting
• Sm@rt Access and Service
4.5
Days
Register
here More
information
Automation – SIMATIC HMI
SIMATIC WinCC SCADA
Advanced Database
Course code: SCT-S7WINC2B
Target audience
This course is for engineers with prior
experience with commissioning WinCC
HMI / SCADA applications who want to learn
to implement database solutions within
WinCC Applications.
Prerequisites
• SIMATIC WinCC SCADA Configuration OR
SIMATIC WinCC for Integrators
Course Profile
This course provides an overview of Database
technologies that are relevant to SIMATIC
WinCC. Students will learn the basics of using
the SQL Programming Language within SQL
Server 2005, and learn to use these skills within
a WinCC Application. Students will use ADO
technology to execute SQL queries directly from
VBS Scripts within WinCC. Students will also
understand how WinCC stores its Configuration
and Runtime data within SQL Server. A
discussion of User Archives option, Connectivity
pack,
and WinCC Audit will also be covered.
Objectives
Upon completion of this course, the student
shall be able to:
• Describe the purpose and usage of Database
Technologies relevant to WinCC 7.x.
• Describe the SQL Server 2005 Management
Studio Interface
• State purpose and scope of the SQL
Programming language
• Create simple and complex Select statements
• Use Insert, update and delete SQL Statements
to manage database data.
• Create, edit and drop tables via SQL Scripts.
• Write and execute a simple stored procedure
• Execute SQL Scripts from WinCC VBS Scripts.
Topics
• Database Technologies Overview
• SQL Language Overview
• SQL Select Statements
• SQL Sub Queries and Joins
• SQL Data Manipulation
• User Archives
• Reports Designer
4.5
Days
Register
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information
Automation - SIMATIC HMI
SIMATIC WinCC SCADA
Configuration
Course code: SCT-S7WINC1B
Target audience
This course is for PLC users with engineering or
maintenance experience who will be designing
and configuring automation systems and their
application programs using Siemens Windows
Control Center (WinCC).
Course Profile
Using a model application, this course provides
a system overview of WinCC with emphasis on
its capabilities and special features. Detailed
configuration procedures will be studied in an
order compatible with the typical development
of an industrial application. Students will learn
the correct development process beginning
with creating a project and concluding with
reporting and printing. Examples of programs
that can be written to take advantage of WinCC
open architecture are discussed. Throughout
this course lecture materials are complimented
with hands-on exercises which build a working
WinCC application.
Objectives
Upon completion of this course, the student
shall be able to:
• Create and manage WinCC Projects.
• Integrate components between WinCC
and Step 7.
• Create WinCC tags STEP 7 symbol table.
• Establish communications with the PLC.
• Design a complex graphic.
• Configure internal and external tags.
• Define & Administer User Security.
• Set and test the WinCC Alarms and Messages.
• Configure, archive and display
Trends & Tables.
• Configure, preview and print Reports.
Topics
• WinCC System Overview
• Windows NT and 2000
• WinCC Explorer
• Graphics Designer
• Making Objects Dynamic
• The Global Scripts Editor
• User Administration & Security
• Alarm-Logging / Messages
• Archiving & Trending
• Reports Designer
4.5
Days
Register
here
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information
33
Course Descriptions | SITRAIN Catalog
Automation – SIMATIC HMI with TIA Portal
TIA Portal WinCC Comfort /
Advanced Configuration
Course code: SCT-PTWCMP1A
Target audience
This course is for automation control engineers
or maintenance staff designing, configuring
or maintaining a control system application
configured with SIMATIC TIA Portal WinCC
Advanced software. *NOTE: This TIA Portal
course is for configuring Panels and/or Machine
mounted HMI.
Prerequisites
• Basic knowledge of automation technology.
Course Profile
This course provides a comprehensive review
of the features and capabilities of Siemens
SIMATIC TIA Portal WinCC Advanced software.
Students will perform a complete system
configuration including project configuration,
graphics design and system integration.
Students will also build skills with the user
management tools including security, access,
alarms, and messaging.
Objectives
Upon completion of this course, the student
shall be able to:
• Create and manage a WinCC Advanced
project.
• Integrate components between WinCC Flex
and STEP 7.
• Create tags from the STEP 7 symbol table.
• Design graphic screens and tools.
• Configure internal and external tags.
• Define & administer user security.
• Set and test the Alarms and Messages.
• Configure, archive and display trends.
• Configure a basic recipe.
Topics
• WinCC Advanced System Overview
• Creating and transferring a Project
• Basic Graphics Design
• Advanced Configuration Functions
• User Management
• The Message System
• Tag Logging (Archiving), Trends, and Trend
Configuration
• Recipe Management
3
Days
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here More
information
Automation – SIMATIC HMI with TIA Portal
TIA Portal
WinCC Professional
Configuration (SCADA)
Course code: SCT-PTWCSP1A
Target audience
This course is for PLC users with engineering or
maintenance experience who will be designing
and configuring automation systems and their
application programs using Siemens TIA Portal
Windows Control Center (WinCC) Professional
SCADA (Supervisory Control and Data
Acquisition). NOTE: This TIA Portal course
is for configuring WinCC
Prerequisites
• Basic knowledge of automation technology.
Course Profile
Using a model application, this course
provides a system overview of WinCC
Professional with emphasis on its capabilities
and special features. Detailed configuration
procedures will be studied in an order
compatible with the typical development
of an industrial application.
Objectives
Upon completion of this course, the student
shall be able to:
• Create and manage WinCC Projects.
• Integrate components between WinCC
and TIA Portal.
• Create WinCC tags in STEP 7 symbol table.
• Establish communications with the PLC.
• Design a complex graphic.
• Configure internal and external tags.
• Define & Administer User Security.
• Set and test the WinCC Alarms and Messages.
Topics
• System overview TIA Portal,
• SIMATIC WinCC (SCADA)
• Creating a SIMATIC WinCC Professional
project and user administration
• Configuring the connection to the
• SIMATIC S7 automation system
• Structuring the operator interface.
• Fundamentals of creating graphics displays
for human machine interfaces.
• Navigating through the plant displays
• Message representation, message logging,
message configuring
• Variable logging, trend configuring
and plotting
4.5
Days
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information
Automation – SIMATIC HMI with TIA Portal
TIA Portal
WinCC Professional
(SCADA) Upgrade
Course code: SCT-PTWCSU2A
Target audience
This course is for automation control engineers
or, maintenance staff possessing solid working
skills with Siemens WinCC configuration
software and, moving to Siemens SIMATIC TIA
Portal WinCC Professional software.
Prerequisites
• SIMATIC WinCC SCADA Configuration
Course Profile
This course provides fast-track training of
the tools, features and capabilities of Siemens
SIMATIC TIA Portal WinCC Professional software.
Students must have previous Siemens WinCC
software experience to attend this class. The key
configuration and integration issues unique to
SIMATIC TIA Portal WinCC Professional will be
covered in this course.
Objectives
Upon completion of this course, the student
shall be able to:
• Explore the basic tools of SIMATIC TIA Portal
WinCC Professional (SCADA).
• Integrate components between WinCC
SCADA and STEP 7.
• Create tags from the TIA Portal symbol table.
• Configure internal and external tags.
• Migrate WinCC project to SIMATIC TIA Portal
WinCC Professional project.
• Commission a SIMATIC TIA Portal WinCC
Professional project.
Topics
• System Overview
• Creating a SIMATIC TIA Portal WinCC
Professional project
• Configuring the connection to the SIMATIC
S7 automation system
• Basic Graphics Design Overview
• The Message System
• User Management
• Project Migration Tools
• Project Commissioning
3
Days
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information
SITRAIN Catalog | Course Descriptions
34
Automation – SIMATIC HMI / SIMATIC HMI with TIA Portal
Virtual Instructor-led Training
Introduction to
WinCC Flexible
Course code: SCT-S7OILWFXC1A
Target audience
This course is for automation control engineers
or maintenance staff who will be designing,
configuring or maintaining a control system
application configured with Siemens WinCC
Flexible software.
Course Profile
This course provides a rich introduction to the
features and capabilities of Siemens WinCC
Flexible software. Students will perform
a system configuration including project
configuration, graphics design and system
integration. Throughout this course lecture
materials are complimented with hands-on
exercises which build a working WinCC Flexible
application. This is a hands-on course filled
with configuration exercises in WinCC Flexible.
Students will use advanced software tools of
STEP 7 including PLCSIM to complete system
configuration, troubleshooting, and functional
testing of applications.
Messaging, alarms, security, and archiving will
not be covered in this introduction.
Objectives
Upon completion of this course, the student
shall be able to:
• Create and manage a WinCC Flex project.
• Integrate components between WinCC Flex
and STEP 7.
• Create tags from the STEP 7 symbol table.
• Design graphic screens and tools.
• Configure internal and external tags.
• Use PLCSIM software to simulate PLC
hardware and test user defined WinCC
Flexible project.
Topics
• WinCC Flexible System Overview
• The Project
• Basic Graphics Design
• Advanced Graphics Design
Hours
10 Register
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35
Course Descriptions | SITRAIN Catalog
SIMATIC NET PROFIBUS,
Ethernet, PROFINET DAYS
4.5
SCT-S7NETS1A
SIMATIC NET PROFIBUS,
Ethernet, PROFINET DAYS
4.5
SCT-S7NETS1A
PROFINET DAYS
3
SCT-S7PNTP1B
SITRAIN Catalog | Course Descriptions
36
Automation – SIMATIC NET
Core courses Learning Map Reinforcement
Maintenance Engineering Core
VIDEO
How-to Video Library
Reinforces learning in the Automation - SIMATIC S7 with STEP 7 v5.5.
Virtual instructor-led
courses
Foundation and Prerequisite training available from the Online Self-paced Training Maintenance: PLCs
and Maintenance: Robotics categories. An arrow indicates a prerequisite for the next course.
37
Course Descriptions | SITRAIN Catalog
Automation – SIMATIC NET
PROFINET
Course code: SCT-S7PNTP1B
Target audience
This course is for maintenance personnel
involved with sustaining or commissioning S7
industrial Ethernet / PROFINET network.
Prerequisites
• S7 TIA Programming 1 OR
• S7 Automation Maintenance 1 AND
S7 Automation Maintenance 2
Course Profile
This course provides a working knowledge
of Industrial Ethernet and PROFINET networks
within an S7 PLC automation system.
Students will build skills with the basics
of network installations, configuration
and troubleshooting.
Objectives
Upon completion of this course, the student
shall be able to:
• Describe and view Industrial Network
architecture and components.
• Install and configure a simple PROFINET
network including, PC connection, interface
modules, couplers, software and cables
• Configure and troubleshoot SEND/RECEIVE
• Perform network diagnostics using the NCM
and SIMATIC Net tools
• Install and address various network
connections and components.
Topics
• Introduction to Industrial Ethernet
• PROFINET I/O
• PROFINET Topology
• Network Troubleshooting
• I-Shared Devices
• Web Server Overview
• Exercises
3
Days
Register
here More
information
Automation – SIMATIC NET
SIMATIC NET PROFIBUS,
Ethernet, PROFINET
Course code: SCT-S7NETS1A
Target audience
This course is for engineering and maintenance
personnel involved with the sustaining or
commissioning of S7 industrial networks.
Prerequisites
• S7 TIA Programming 1 OR
S7 Automation Maintenance 1
Course Profile
This course provides a working knowledge of
Industrial Ethernet, PROFIBUS and ActuatorSensor Interface (AS-i) networks within an S7
PLC automation system. Students will build
skills with the basics of network installations,
configuration and troubleshooting. This
course covers sensor, field and enterprise level
networks including hardware and software
requirements, topologies and installation rules.
Objectives
Upon completion of this course, the student
shall be able to:
• Describe the various Industrial Networking
options and terminology in the
S7 environment.
• Install and configure simple networks
including, interface modules, software
and cables
• Configure and troubleshoot
SEND/RECEIVE connections
• Use the OSI and IP protocols.
• Install and address various sensor and field
devices including 3rd party devices.
Topics
• Introduction to SIMATIC NET
• Network components
and installation guidelines
• ISO Transport Protocol ( IE and FDL )
• TCP/IP Protocol
• Communication Processor (CPs) Options
• NCM software overview
• S7 Communication functions
• SIMATIC Manager network projects
• Network Configurations
• Error trapping diagnostics for PROFIBUS DP
• Network performance
• AS-I Network Overview
• Introduction to OPC Server
4.5
Days
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information
SITRAIN Catalog | Course Descriptions
38
Automation – SIMATIC S5
Automation – SIMATIC S5
S5 Maintenance
& Programming 1
Course code: SCT-S5SP5G1A
Target audience
This course is for maintenance technicians and
controls engineers who are responsible for
sustaining and upgrading SIMATIC S5 systems
and their programs.
Prerequisites
• Computer Expertise
Course Profile
This course provides the basic skills necessary
to troubleshoot S5 hardware and modify
programs using STEP5 software. Students
will build skills with a typical S5 hardware
sustaining ranging from module wiring
and configuration to parameterization
and addressing.
Objectives
Upon completion of this course, the student
shall be able to:
• Build a basic S5 hardware configuration
• Troubleshoot the system hardware using
status indicators and STEP5 software tools
• Program discrete logic operations
(AND, OR, etc.)
• Create and edit documentation
• Program timers and counters (time, count
events, etc.)
• Program comparison operations
• Program integer math operations
• Troubleshoot common software errors
Topics
• Fundamental control concepts
• Programming basics
• Hardware overview
• Digital operations
• Counters, compares, and arithmetic
• Timer operations
• Introduction to Data and Function blocks
• Troubleshooting
4.5
Days
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information
Automation – SIMATIC S5
S5 Maintenance
& Programming 2
Course code: SCT-S5SP5G2A
Target audience
This course is for maintenance technicians
and controls engineers who are responsible
for advanced troubleshooting and program
modifications for the SIMATIC S5 system.
Prerequisites
• S5 Maintenance & Programming 1
Course Profile
This course provides advanced level skills
in system troubleshooting and program
modifications. Students will concentrate
on the Supplemental Operation Set and the
creation and diagnostics of system function
blocks. Students will also gain experience
with Statement List instructions (STL).
Advanced hardware, communications and
diagnostics will be reinforced in this course.
Students will build skills in analog signal
processing and troubleshooting. Students will
also modify or develop programs that will be
loaded into a SIMATIC S5 controller with field
simulation using a PG740 programming unit (or
equivalent) to test its operation.
Objectives
Upon completion of this course, the student
shall be able to:
• Utilize STEP 5 instructions from
the supplemental operations set.
• Write or modify programs for analog I/O.
• Create user defined function blocks
without formal operands.
• Create user created function blocks
with formal operands.
• Utilize indirect addressing techniques.
• Create and use basic STL program code.
• Perform advanced hardware configuration
and troubleshooting tasks.
Topics
• Program structure
• Function Blocks (FBs)
• Programming user-defined function blocks
• Organization Blocks (OBs)
• Analog input and output
4.5
Days
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information
39
Course Descriptions | SITRAIN Catalog
Automation end
usa.siemens.com/sitrain
Looking to advance, but need to save on travel costs and training
time? Siemens offers online, instructor-led training (OILT)
available from the comfort of your own computer. Via a virtual
classroom, you can participate in live, interactive learning and
refresher courses with a Siemens professional trainer.
Build critical skills with lectures, demonstrations, lab exercises
and Q&A. Refresher courses keep skills sharp and up-to-date with
the latest techniques. With virtual, instructor-led courses and
reviews, you can fulfill your educational goals while still
satisfying your professional and personal needs.
Looking to advance, but need to save on travel costs and training
time? Siemens offers online, instructor-led training (OILT)
available from the comfort of your own computer. Via a virtual
classroom, you can participate in live, interactive learning and
refresher courses with a Siemens professional trainer.
Build critical skills with lectures, demonstrations, lab exercises
and Q&A. Refresher courses keep skills sharp and up-to-date with
the latest techniques. With virtual, instructor-led courses and
reviews, you can fulfill your educational goals while still
satisfying your professional and personal needs.
Virtual Training Meets
Personal Attention
S7 Programming 1 DAYS
4.5
SCT-S7TIAP1B
S7 Programming 1 DAYS
4.5
SCT-S7TIAP1B
D Series Operations
& Programming 1
w/ HMI Advanced DAYS
4.5
SCT-SN84DP1B
D Series Operations
& Programming 2
w/ HMI Advanced DAYS
4.5
SCT-SN84DP2B
840Dpl Maintenance 1
w/ HMI Advanced DAYS
4.5
SCT-SN84DM1A
840Dpl Maintenance 1
w/ HMI Advanced DAYS
4.5
SCT-SN84DM1A
840Dpl Safety
Integrated Maintenance DAYS
4.5
SCT-SNSSIM2A
840Dpl Maintenance 2
w/ HMI Advanced DAYS
4.5
SCT-SN84DM2A
840Dpl Maintenance 2
w/ HMI Advanced DAYS
4.5
SCT-SN84DM2A
SITRAIN Catalog | Course Descriptions
40
Machine Tool – Power Line / HMI Advanced
840D Power Line Operator 840D Power Line Maintenance 840D Safety Integrated
Maintenance
Core courses Learning Map Reinforcement
Machine Tool
Courses
VIDEO
How-to Video Library
Reinforces learning in the CNC-SINUMERIK Power Line category.
Virtual instructor-led
courses
Foundation and Prerequisite training available from the Online Self-paced Training Machining:
Siemens CNC and Machining: CNC categories. An arrow indicates prerequisite for next course.
CNC – SINUMERIK Power Line
840Dpl Maintenance 1
w/ HMI Advanced
Course code: SCT-SN84DM1A
Target audience
This course is for maintenance personnel of
CNC machines that utilize the SINUMERIK 840D
/ 810D controls, using the MMC-103 or PCU-50
Operator Interfaces. Personnel using the MMC-
100.2 or HT-6 Operator Interfaces are urged
to contact Siemens Customer Training prior to
enrolling in this class.
Prerequisites
• Microsoft Windows XP Expertise
Course Profile
This course emphasizes the maintenance
aspects of the control. A complete overview
of the softkey menus of the SINUMERIK
D-series control is provided, including the
basic principles of operating the control.
Demonstrations are given on how to
competently manage maintenance functions
and how to backup and restore the PLC program
and control data. Class format is predominately
hands-on exercises.
Objectives
Upon completion of this course, the student
shall be able to:
• Edit and store machine data.
• Back-up and restore control data
to the internal hard drive.
• Back-up and restore PLC program data
to the internal hard drive.
• Back-up and restore data to an external
data medium.
• Diagnose problems using Siemens generated
alarm displays.
• Use on screen help functions to help
diagnose alarm related problems.
• Understand the hardware configuration.
• Access and utilize major operating areas
of the control.
Topics
• SERVICES, DIAGNOSIS AND START-UP
navigation
• Data back-up and restoration
• Diagnostic functions using Siemens
generated alarms and LED displays
• Hardware Overview
4.5
Days
Register
here More
information
CNC – SINUMERIK Power Line
840Dpl Maintenance 2
w/ HMI Advanced
Course code: SCT-SN84DM2A
Target audience
This course is for maintenance personnel of
CNC machines that utilize the SINUMERIK 840D
/ 810D controls, using the MMC-103 or PCU-50
Operator Interfaces. Personnel using the MMC-
100.2 or HT-6 Operator Interfaces are urged
to contact Siemens Customer Training prior to
enrolling in this class.
Prerequisites
• 840Dpl Maintenance 1 w/HMI Advanced
Course Profile
This course provides a complete overview
of the system hardware, software and
configuration of the SINUMERIK 840D CNC,
and it and apos - s integrated SIMODRIVE
611D Digital Servo drive system. The course
includes information regarding the hardware,
configuration, and commissioning procedures
for utilization of the SIMODRIVE 611D. Class
format is predominately hands-on exercises.
Objectives
Upon completion of this course, the student
shall be able to:
• Back-up and restore all data to the MMC-103/
PCU-50, using Symantec GHOST software.
• Access and interpret the control’s status
displays for troubleshooting purposes.
• Analyze system messages, alarm messages,
and LED indications to identify failures.
• Set and/or adjust specific machine data
in the control.
• Optimize a closed loop position
control system.
Topics
• Initialization of the control
• Initialization of the digital servo system
• System data back-up and restoration
• PLC User program back-up
• Interface signals and status display function
• Axis position control
• Spindle control
• Identifying OEM generated alarms
and operator messages
• NC Auxiliary functions
• Identification and setting of 611-D module
and motor data in the 840D
• Diagnosis of servo problems in the 840D
4.5
Days
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here More
information
CNC – SINUMERIK Power Line
840Dpl Safety Integrated
Maintenance
Course code: SCT-SNSSIM2A
Target audience
This advanced course is designed for controls
engineers and service specialists who use the
SINUMERIK 840D and Safety Integrated (SI)
functions in machine tool applications.
Prerequisites
• 840Dpl Maintenance 2 w/HMI Advanced
Course Profile
This course provides the knowledge and skills
that controls engineers and/or maintenance
technicians require for familiarization and
the operation of an automated machine tool,
equipped with a SINUMERIK 840D CNC which
uses the optional Safety Integrated System.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the concepts of safety
technology and the system requirements
for Safety Integrated.
• Have a working knowledge of safety-oriented
inputs and outputs for DMP Modules.
• Have a working knowledge of safety-oriented
inputs and outputs for Profi Safe Modules.
• Understand the principles related to
safe communication.
• Identify, understand, and use Machine Data
and interface signals related to Safety
Integrated applications.
• Perform error detection procedures
related to Safety Integrated applications.
• Evaluate diagnostics and alarm displays
• Understand and perform Test Stop
procedures.
• Understand Safety Integrated systems
with SAFE SPL and without SAFE SPL.
Topics
• Safety-oriented inputs and outputs
• Safe Standstill
• Safe operational stop
• Securely reduced speed
• Safe software limit switches
• Safe stopping process
• Safe programmable logic
• Safety related Machine Data
• Understand OEM safety related alarms
• Understand checksums
4.5
Days
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41
Course Descriptions | SITRAIN Catalog
CNC – SINUMERIK Power Line
D Series Operations
& Programming 1
w/ HMI Advanced
Course code: SCT-SN84DP1B
Target audience
This course is for Operator/Programmers of CNC
machines that utilize the SINUMERIK
840D / 810D / 840Di controls, with MMC-103 or
PCU-50 Operator Interfaces. Personnel
who are using the MMC-100.2 or HT-6 Operator
Interfaces are urged to contact Siemens
Customer Training prior to enrolling in this
class.
Prerequisites
• MS Windows Expertise
Course Profile
This course provides a complete overview of the
softkey menus of the SINUMERIK D-series CNC
and describes the basic principles of operating
the control. Demonstrations are given on how
to manage part programs, define offsets, and
restore programs and control data.
Class format is predominately hands-on
exercises. Students use SINUMERIK 840D CNC
simulators to build proficiency in moving
through various menus and in managing
part programs.
Objectives
Upon completion of this course, the student
shall be able to:
• Edit and store part programs in editing mode,
using Siemens-installed editors.
• Back-up and restore workpieces, part
programs, and control data to/from
internal hard drive.
• Back-up and restore workpieces, part
programs, and control data to/from
an external data medium.
Topics
• Program management
• Program and subprogram directories
• The Workpiece directory
• Editing subprograms and part programs
• Saving programs to the hard disk
• Saving workpieces and programs
to an external data medium
4.5
Days
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information
CNC – SINUMERIK Power Line
D Series Operations
& Programming 2
w/ HMI Advanced
Course code: SCT-SN84DP2B
Target audience
This course is for Programmers/Engineers
who need an advanced understanding
of the programming dialect used in the
SINUMERIK 840D controls, with a PCU-50/70
Operating Interface.
Prerequisites
• D Series Operations & Programming 1
w/ HMI Advanced
Course Profile
The programming language of the control
still retains G-codes, and in fact, can be
programmed exclusively using the traditional
G-code functions. However, the D-series
controls (840D, 840Di, 810D) offer many
additional preparatory commands and
functions which are currently unique.
The course format is a combination of
instruction and hands-on exercises.
SINUMERIK 840D CNC simulators are set up
in the classroom, and configured to simulate
an application. Students are assigned practice
programs to complete and are encouraged to
present machine specific program applications
for review within the classroom environment.
Objectives
Upon completion of this course, the student
shall be able to:
• Write simple programs for standard
machining operations.
• Explain the use of machining (canned) cycles.
• Describe how predefined subroutines
and preparatory functions are used.
• Define essential terms
• Describe some of the more sophisticated
programming functions
Topics
• Program definitions: Axis coordinating systems,
machining cycles and transformations
• File management
• Contour definitions: Interpolation commands,
tool compensation/frames,
and transition commands
• Variables and arguments
• Advanced functions including NC/PLC
Synchronized actions
4.5
Days
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information
SITRAIN Catalog | Course Descriptions
42
Machine Tool – Power Line / HMI Advanced
SITRAIN courses
for the Machine
Tool Industry
840Dsl Safety
Integrated for OEMs DAYS
4.5
SCT-SNDSLI1A
S7 Programming 1 DAYS
4.5
SCT-S7TIAP1B
S7 Programming 1 DAYS
4.5
SCT-S7TIAP1B
S7 Programming 1 DAYS
4.5
SCT-S7TIAP1B
840Dsl Maintenance 1
w/ HMI Advanced DAYS
4.5
SCT-SN84SM1A
840Dsl Maintenance 1
w/ Operate DAYS
4.5
SCT-SNSLM1A-OP
840Dsl Maintenance 1
w/ Operate DAYS
4.5
SCT-SNSLM1A-OP
840Dsl Maintenance 2
w/ HMI Advanced DAYS
4.5
SCT-SN84SM2A
840Dsl Maintenance 2
w/ HMI Advanced DAYS
4.5
SCT-SN84SM2A
840Dsl Maintenance 2
w/ Operate DAYS
4.5
SCT-SNSLM2A-OP
840Dsl Maintenance 2
w/ Operate DAYS
4.5
SCT-SNSLM2A-OP
840Dsl Safety
Integrated Maintenance DAYS
4.5
SCT-SNSLSM1A D Series Operations
& Programming 1
w/ HMI Advanced DAYS
4.5
SCT-SN84DP1B
840Dsl Operations
& Programming 1
w/ HMI Operate DAYS
4.5
SCT-SNSLP1A-OP
D Series Operations
& Programming 2
w/ HMI Advanced DAYS
4.5
SCT-SN84DP2B
840D Solution Line
HMI Advanced Maintenance
840D Solution Line
HMI Advanced Operator
840D Solution Line
HMI Operate Maintenance
840D Solution Line
HMI Operate Operator
840D
Safety Integrated Maintenance
840D
Safety Integrated OEM
Learning Map
Machine Tool – Solution Line / HMI Advanced / HMI Operate
SITRAIN Catalog | Course Descriptions
44
Core courses Reinforcement
VIDEO
How-to Video Library
Reinforces learning in the CNC-SINUMERIK Solution Line category coming soon.
Virtual instructor-led
courses
Foundation and Prerequisite training available from the Online Self-paced Training Machining:
Siemens CNC and Machining: CNC categories. An arrow indicates prerequisite for next course.
CNC – SINUMERIK Solution Line
840Dsl Maintenance 1
w/ HMI Advanced
Course code: SCT-SN84SM1A
Target audience
This course is designed for electrical/electronic
end-user maintenance personnel for machine
tools using the new SINUMERIK 840Dsl
(Solution Line) controls. The course presumes
the customer is using the PCU 50.3, Windows
XP-based HMI Advanced software. Personnel
using the PCU 20 / HT8 / or HMI TCU (Thin
Client Unit) interfaces are urged to contact
Siemens Customer Training prior to enrolling in
this class.
Prerequisites
• Microsoft Windows XP Expertise
Course Profile
This course emphasizes the maintenance
aspects of this new version of the SINUMERIK
840D. An overview of the softkey menus
of the control is provided, including the
basic principles of operating the control.
Demonstrations are given on how to
competently manage maintenance functions,
and for back-up/restore functions of the NC and
PLC series start-up.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify the major SINAMICS S120 hardware
and indicators in an 840Dsl application.
• Access and utilize the major operating areas
of the control.
• Edit and store machine data.
• Back-up and restore NC data to the internal
hard drive.
• Back-up and restore PLC program data
to the internal hard drive.
• Back-up and restore PROFIBUS drive data
to the internal hard drive.
• Back-up and restore NC data to an external
data medium.
• Back-up and restore PLC program data
to an external data medium.
• Back-up and restore PROFIBUS drive data
to an external data medium.
Topics
• Data back-up and restoration
• Diagnostic functions
• Hardware Overview
4.5
Days
Register
here More
information
CNC – SINUMERIK Solution Line
840Dsl Maintenance 1
w/ Operate
Course code: SCT-SNSLM1A-OP
Target audience
This course is designed for electrical/electronic
end-user maintenance personnel for machine
tools using the new SINUMERIK 840Dsl
(Solution Line) controls. This course presumes
the customer is using the PCU 50 or an HMI TCU
(Thin Client Unit), with the SINUMERIK Operate
system platform.
Prerequisites
• MS Windows Expertise
Course Profile
This course emphasizes the maintenance
aspects of this new version of the SINUMERIK
840D. An overview of the soft key menus
of the control is provided, including the
basic principles of operating the control.
Demonstrations are given on how to
competently manage maintenance functions,
and for back-up/restore functions of the NC, PLC
and PROFIBUS Drive series start-up archive files.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify the major SINAMICS S120 hardware
and indicators in an 840Dsl application.
• Access and utilize the major operating areas.
• Edit and store machine data.
• Back-up and restore NC data, PLC program
and PROFIBUS drive data to the internal hard
drive or System CF Card.
• Back-up and restore NC data, PLC program
and PROFIBUS drive data to an external data
medium.
• Diagnose problems using SIEMENS generated
alarm displays.
• Use on-screen help functions to help
diagnose alarm related problems.
• Perform file management functions using
System Data Management.
Topics
• Data back-up and restoration
• Diagnostic functions
• Hardware Overview
• PLC communications and basic diagnostic
functions.
4.5
Days
Register
here More
information
CNC – SINUMERIK Solution Line
840Dsl Maintenance 2
w/ HMI Advanced
Course code: SCT-SN84SM2A
Target audience
This course is for maintenance personnel of
CNC machines that utilize the SINUMERIK 840D
/ 810D controls, using the MMC-103 or PCU-50
Operator Interfaces. Personnel using the MMC-
100.2 or HT-6 Operator Interfaces are urged
to contact Siemens Customer Training prior to
enrolling in this class.
Prerequisites
• 840Dpl Maintenance 1 w/HMI Advanced
Course Profile
This course provides a complete overview
of the system hardware, software and
configuration of the SINUMERIK 840D CNC, and
its integrated SIMODRIVE 611D Digital Servo
drive system. The course includes information
regarding the hardware, configuration, and
commissioning procedures for utilization of the
SIMODRIVE 611D.
Objectives
Upon completion of this course, the student
shall be able to:
• Back-up and restore all data to the MMC-103
/ PCU-50, using Symantec GHOST software.
• Access and interpret the control’s status
displays for troubleshooting purposes.
• Analyze system messages, alarm messages,
and LED indications to identify failures.
• Set and/or adjust specific machine data
in the control.
• Optimize a closed loop position
control system.
Topics
• Initialization of the control
• Initialization of the digital servo system
• System data back-up and restoration
• PLC User program back-up
• Interface signals and status display function
• Axis position control
• Spindle control
• Identifying OEM generated alarms
and operator messages
• NC Auxiliary functions
• Identification and setting of 611-D module
and motor data in the 840D
• Diagnosis of servo problems in the 840D
4.5
Days
Register
here More
information
45
Course Descriptions | SITRAIN Catalog
CNC – SINUMERIK Solution Line
840Dsl Maintenance 2
w/ Operate
Course code: SCT-SNSLM2A-OP
Target audience
This advanced maintenance course is designed
for electrical/electronic end user maintenance
personnel, and supporting manufacturing/
production engineers who wish to know more
about the new SINUMERIK 840Dsl (Solution
Line) CNC Controls.
Prerequisites
• MS Windows XP Expertise
• 840Dsl Maintenance 1 w/ Operate
Course Profile
This course includes information regarding
system hardware, system software,
configuration, and commissioning procedures
related to both the 840Dsl and its integrated
SINAMICS S-120 servo/spindle drive system.
Course format is a mixture of lecture and
hands-on exercises. SINUMERIK 840Dsl
simulators are utilized to allow the student
to build proficiency with the hardware
and software systems.
Objectives
Upon completion of this course, the student
shall be able to:
• Back-up and restore all NC data to the control
• Back-up and restore all PLC data
• Back-up and restore all PROFIBUS drive data
• Access and interpret control status displays
for troubleshooting purposes
• Analyze system messages, alarm messages,
and LED indications to identify failures
• Set and/or adjust machine data
• Optimize a closed loop position control system
• Perform practical start-up and servicing.
Topics
• Drive configuration and fundamentals
of optimization
• Adaptation of control functions
• Start-up of compensations, synchronous
actions, and axial coupling
• PLC Interface
• Axis position control
• Spindle control
• NC Auxiliary functions
4.5
Days
Register
here More
information
CNC – SINUMERIK Solution Line
840Dsl Operations
& Programming 1
w/HMI Operate
Course code: SCT-SNSLP1A-OP
Target audience
This course is for Operator/Programmers of
CNC machines that utilize the new SINUMERIK
840Dsl (Solution Line) controls. This course
presumes the customer is using the PCU 50.3
or an HMI TCU (Thin Client Unit), with the
SINUMERIK Operate system platform.
Prerequisites
• MS Windows Expertise
Course Profile
This course provides a complete overview of
the soft key menus of the SINUMERIK 840Dsl
(Solution Line) controls, and describes the
basic principles of operating the control.
Demonstrations are given on how to manage
part programs, define offsets, save and restore
programs and control data.
Objectives
Upon completion of this course, the student
shall be able to:
• Edit and store part programs in editing mode,
using Siemens-installed editors.
• Back-up and restore work pieces, part
programs, and control data to/from internal
hard drive or the system CF Card.
• Back-up and restore work pieces,
part programs, and control data to/from
an external data medium.
• Use all Manual Mode operations.
• Use all MDI Mode operations.
• Use all Automatic Mode operations.
• Set and edit work offsets.
• Set and edit tool offsets.
Topics
• Program and subprogram directories.
• The Work piece directory.
• Editing subprograms and part programs.
• Saving programs to the hard disk.
• Saving work pieces and programs
to an external data medium.
• Manual Mode operations.
• MDI Mode operations
• Automatic Mode operations.
• Parameter editing operations.
4.5
Days
Register
here More
information
CNC – SINUMERIK Solution Line
840Dsl Safety Integrated
for OEMs
Course code: SCT-SNDSLI1A
Target audience
German Course Code equivalent: NC-84SLSIW.
This advanced course is designed for controls
engineers and service specialists who configure
and commission the SINUMERIK 840Dsl Safety
Integrated (SI) functions in machine tool
applications.
Prerequisites
• 840Dsl Maintenance 1 w/HMI Advanced
• 840Dsl Maintenance 2 w/HMI Advanced
• S7 TIA Programming 1
OR
• 840Dsl Maintenance 1 w/Operate
• 840Dsl Maintenance 2 w/Operate
• S7 TIA Programming 1
Course Profile
During this course, the student will learn about
configuring and commissioning the function
Safety Integrated using the SINUMERIK 840Dsl.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the concepts of safety
technology and the system requirements
for Safety Integrated.
• Have a working knowledge of safety-oriented
inputs and outputs for PROFISafe Modules.
• Understand the principles related
to safe communication over PROFINET
and PROFIBUS.
• Commission, understand, and use SAFE
Machine Data and interface signals related to
Safety Integrated Inputs and Outputs.
• Commission Safety Integrated systems with
SAFE SPL (Safe Programmable Logic)
• Commission Safe Operational Stop, Safe
Standstill, Safe Velocity, and Safe Cams.
• Commission SAFE limits and understand
the User Agreement and its implications.
Topics
• General information on safety technology;
new standards
• Description of the safe basic functions
• Procedure during startup and
troubleshooting
• Description of the machine data
and interface signals
4.5
Days
Register
here More
information
Machine Tool – Solution Line / HMI Advanced / HMI Operate
SITRAIN Catalog | Course Descriptions
46
CNC – SINUMERIK Solution Line
840Dsl Safety Integrated
Maintenance
Course code: SCT-SNSLSM1A
Target audience
This advanced course is designed for controls
engineers and service specialists who use the
SINUMERIK 840Dsl and Safety Integrated (SI)
functions in machine tool applications.
Prerequisites
• 840Dsl Maintenance 2 w/ HMI Advanced
AND
• S7 TIA Programming 1
OR
• 840Dsl Maintenance 2 w/ Operate
Course Profile
This course provides the knowledge and skills
that controls engineers and/or maintenance
technicians require for familiarization and
the operation of an automated machine tool,
equipped with a SINUMERIK 840Dsl CNC which
uses the optional Safety Integrated System. The
goal of the class is to teach the students
to identify the various types of applications
associated with the Safety Integrated System, to
achieve a working knowledge of the concepts,
and to identify and diagnose
Safety Integrated related problems.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the concepts of safety
technology and the system requirements
for Safety Integrated.
• Have a working knowledge of safety-oriented
inputs and outputs for PROFISafe Modules.
• Understand the principles related to safe
communication.
• Identify, understand, and use Machine
Data and interface signals related to Safety
Integrated applications.
• Perform error detection procedures
• Evaluate diagnostics and alarm displays
Topics
• Safety-oriented inputs and outputs
• Safe operational stop
• Securely reduced speed
• Safe software limit switches
• Safe programmable logic
4.5
Days
Register
here More
information
CNC – SINUMERIK Solution Line
D Series Operations
& Programming 1
w/ HMI Advanced
Course code: SCT-SN84DP1B
Target audience
This course is for Operator/Programmers of CNC
machines that utilize the SINUMERIK 840D /
810D / 840Di controls, with MMC-103
or PCU-50 Operator Interfaces. Personnel
who are using the MMC-100.2 or HT-6 Operator
Interfaces are urged to contact Siemens
Customer Training prior to enrolling in this
class.
Prerequisites
• MS Windows Expertise
Course Profile
This course provides a complete overview of the
softkey menus of the SINUMERIK D-series CNC
and describes the basic principles of operating
the control. Demonstrations are given on how
to manage part programs, define offsets, and
restore programs and control data.
Objectives
Upon completion of this course, the student
shall be able to:
• Edit and store part programs in editing mode,
using Siemens-installed editors.
• Back-up and restore workpieces, part
programs, and control data to/from internal
hard drive.
• Back-up and restore workpieces, part
programs, and control data to/from
an external data medium.
Topics
• Program management
• Program and subprogram directories
• The Workpiece directory
• Editing subprograms and part programs
• Saving programs to the hard disk
• Saving workpieces and programs
to an external data medium
4.5
Days
Register
here More
information
CNC – SINUMERIK Solution Line
D Series Operations
& Programming 2
w/ HMI Advanced
Course code: SCT-SN84DP2B
Target audience
This course is for Programmers/Engineers
who need an advanced understanding
of the programming dialect used in the
SINUMERIK 840D controls, with a PCU-50/70
Operating Interface.
Prerequisites
• D Series Operations & Programming 1
w/ HMI Advanced
Course Profile
The programming language of the control
still retains G-codes, and in fact, can be
programmed exclusively using the traditional
G-code functions. However, the D-series
controls (840D, 840Di, 810D) offer many
additional preparatory commands and
functions which are currently unique.
Objectives
Upon completion of this course, the student
shall be able to:
• Write simple programs for standard
machining operations.
• Explain the use of machining (canned) cycles.
• Describe how predefined subroutines
and preparatory functions are used.
• Define essential terms
• Describe some of the more sophisticated
programming functions
Topics
• Program definitions
• File management
• Contour definitions
• Variables and arguments
• Advanced functions
4.5
Days
Register
here More
information
47
Course Descriptions | SITRAIN Catalog
Machine tool ends
SINAMICS S
Setup & Maintenance DAYS
4.5
SCT-DVSNAM1A
SINAMICS G120
Setup & Maintenance DAYS
4.5
SCT-DV120M1A
SINAMICS G150
Setup & Maintenance DAYS
4.5
SCT-DVSNGM1A
SINAMICS 6RA80 DCM
Setup & Maintenance DAYS
4.5
SCT-DVDCMM1A
SIMOTION
System Course DAYS
4.5
SCT-DVSMOM1A
SIMOTION
System Programming DAYS
4.5
SCT-DVSMOP1A
SIMATIC
Technology Controller DAYS
4.5
SCT-S7317P1A
SIMOTION
System Maintenance DAYS
4.5
SCT-DVMSYM1A
SINAMICS S120
Certification DAYS
2.5
SCT-DVS12C1A
SINAMICS G120
Certification DAYS
2.5
SCT-DVSNAG1A
Drives & Motion – MASTERDRIVE / SINAMICS / SIMOTION
SITRAIN Catalog | Course Descriptions
48
SIMOTION Engineering
SIMOTION Maintenance
SINAMICS Engineering
and Maintenance
SINAMICS Certifications
SINAMICS 1st Responder
Maintenance
6RA70 DC
Setup & Maintenance DAYS
4.5
SCT-DVR70M1A
6SE70 CUVC
Setup & Maintenance DAYS
4.5
SCT-DVS70M1C
6SE70 CUMC
Setup & Maintenance DAYS
4.5
SCT-DVS70M1B
MasterDrive
Core courses Learning Map
SINAMICS G120
Basic Maintenance DAYS
2.5
SCT-DVG12M1A
SINAMICS S120
Basic Maintenance DAYS
2.5
SCT-DVS12M1A
Drives & Motion
Courses
Reinforcement Virtual instructor-led
courses
Foundation and Prerequisite training available from online quickSTEP, Basics of AC and Basics of DC Drives.
Online Self-paced Training like Machining: Siemens CNC and Electrical Safety & Arc Flash Awareness courses.
Visit www.usa.siemens.com/ospt for a complete list of course offerings..
Drives – MASTERDRIVE
6RA70 DC
Setup & Maintenance
Course code: SCT-DVR70M1A
Target audience
This course is for engineering and maintenance
personnel responsible for installing,
maintaining, and troubleshooting drive systems
that utilize the 6RA70 DC Drive base unit.
Prerequisites
• Completion of the following quickSTEP online
course: Basics of AC Drives
Course Profile
This course provides the knowledge and skills
necessary to setup and maintain the operation
of the 6RA70 “Base Unit.” An analysis of
the required hardware and the relationship
between the various operational components
is presented at the beginning of the course.
Standard DC motor data and the relationship
of this information as applied to the standard
features of the drive is discussed.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify hardware configurations
and verify required connections.
• Configure “base drive” logic and Self-Tune the
drive for proper operation.
• Identify the use of the available fixed
function and programmable analog
& binary Inputs/Outputs.
• Troubleshoot the Armature
and Field converters.
• Troubleshoot an invalid configuration
of the drive by utilizing the MPU Board
logic level prints.
• State the basic use and operation
of the 6RA70 regulators.
Topics
• Introduction to LOW & LARGE HP Drive
Hardware
• Power section connections and signal flow
• Parameter settings & logical grouping
• Motor data & related drive settings
• Base Drive initial setup requirements
• Self-Tuning capabilities
• Overview of MPU board logic diagrams
• Analog & Binary I/O configuration
• Analysis of “software” connectors
• (BICO Technology)
4.5
Days
Register
here More
information
Drives – MASTERDRIVE
6SE70 CUMC
Setup & Maintenance
Course code: SCT-DVS70M1B
Target audience
This course is for personnel responsible for
installing, maintaining, and commissioning
drive systems that utilize the CUMC basic
and supplementary functions.
Prerequisites
• Completion of the following quickSTEP online
course: Basics of AC Drives
Course Profile
This course provides training on the
advantages of the motion control and apos - s
innovative technology for easy installation,
troubleshooting and diagnostics.
Objectives
Upon completion of this course, the student
shall be able to:
• Configure logic and set-up the drive
for proper operation.
• Identify the use of the available
programmable analog & binary Inputs/
Outputs.
• Develop a logical and concise method
of effectively troubleshooting indicated
drive FAULTS and WARNINGS.
• Configure and operate the CUMC
using “Simolink.”
• State the basic function and/or use of
the CUMC option boards.
• Identify hardware configurations
and verify required connections.
• Use motor and drive data for proper
initialization of the CUMC.
Topics
• Introduction to CUMC Drive Hardware
• Parameter settings
• Motor data & related drive settings
• Initial setup requirements
• Overview of MPU board logic diagrams
• Analog & Binary I/O configuration
• Interpretation of WARNING & FAULT codes
• Overview of the CUMC
communication capabilities
• Overview of the CUMC OPTIONS
4.5
Days
Register
here More
information
Drives – MASTERDRIVE
6SE70 CUVC
Setup & Maintenance
Course code: SCT-DVS70M1C
Target audience
This course is for engineering and maintenance
personnel responsible for installing,
maintaining, and troubleshooting drive systems
that utilize the 6SE70VC
AC Drive base unit.
Prerequisites
• Completion of the following quickSTEP online
course: Basics of AC Drives
Course Profile
This course provides the knowledge and skills
necessary to setup and maintain the operation
of the 6SE70VC “Base Unit.”
Objectives
Upon completion of this course, the student
shall be able to:
• Configure “base drive” logic and Self-Tune the
drive for proper operation.
• Identify the use of the available fixed
function and programmable analog
& binary Inputs/Outputs.
• Effectively troubleshoot an invalid
configuration of the drive by utilizing
the Function Diagrams; representing
firmware logic level prints.
• Identify hardware configurations
and verify required connections.
• State the basic use and operation
of the 6SE70VC regulators.
• Develop a logical and concise method
of effectively troubleshooting indicated
drive FAULTS and WARNINGS.
• Configure and operate the 6SE70VC using
the “USS” and SIMOLINK (Peer-to-Peer link)
protocols.
Topics
• Introduction to available “Base Unit”
Hardware
• Power section connections and signal flow
• Parameter settings & logical grouping
• Motor data & related drive settings
• Base Drive initial setup requirements
• Self-Tuning capabilities
• Analog & Binary I/O configuration
• Usage of CONTROL & STATUS words
• Converter and Inverter
4.5
Days
Register
here More
information
49
Course Descriptions | SITRAIN Catalog
Motion Control - SIMOTION
SIMOTION
System Course
Course code: SCT-DVSMOM1A
Target audience
This course is for SIMOTION system developers
and users who are responsible for creating,
commissioning, or maintaining SIMOTION
based motion control systems.
Prerequisites
• SINAMICS S Set up and Maintenance highly
recommended
Course Profile
This course is intended to provide knowledge
and skills related to SIMOTION systems as
it pertains to commissioning, operation,
configuration, maintenance, diagnostics,
and troubleshooting. It is formatted as a
combination of instruction and carefully
structured, hands-on exercises. This course
will utilize the D425-2 DP/PN motion control
module and the SINAMICS servo drive controller
for all exercises. The skills acquired will be
portable to SIMOTION C-based and P-based
controllers.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate modules, terminals, options, and
features of the SIMOTION Controller and the
SINAMICS S120 Drive
• Commission the SINAMICS servo controller
for use with SIMOTION.
• Upload, back-up, and download projects to
SIMOTION and SINAMICS
• Create, document, test, and troubleshoot a
SIMOTION program.
• Create and monitor system variables.
• Interpret diagnostic codes and messages.
Topics
• SIMOTION and SINAMICS construction,
options, and features
• Commissioning SINAMICS and SIMOTION
• SIMOTION Execution System
• Configuring axes - Drive optimization and
SCOUT configuration
• Programming in MCC, Ladder, Structured Text
• Monitoring and Troubleshooting User Programs
• Communications and HMI
• Diagnostics and Troubleshooting
• Monitoring the system with IT DIAG
4.5
Days
Register
here More
information
Motion Control - SIMOTION
SIMOTION
System Maintenance
Course code: SCT-DVMSYM1A
Target audience
This course is for Maintenance Technicians
and Site Engineers who are responsible for
maintaining systems with Siemens motion
based control systems including SIMOTION and
SINAMICS S.
Prerequisites
• Siemens Online Self-paced Training,
Automation: Siemens, 20 AC Motor Basics, 24
AC Drive Basics
Course Profile
This course is intended to provide knowledge
and skills related to SIMOTION systems as it
pertains to operation, maintenance, diagnostics,
troubleshooting and repair. It is formatted
as a combination of instruction and carefully
structured, hands-on exercises. This course will
utilize the D425-2 DP/PN motion control module
and the SINAMICS servo drive controller for all
exercises. The skills acquired will be portable to
SIMOTION C-based and P-based controllers.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate modules, terminals, options, and
features of the SIMOTION Controller and the
SINAMICS S120 Drive
• Commission the SINAMICS servo controller
for use with SIMOTION.
• Upload, back-up, and download projects to
SIMOTION and SINAMICS
• Create, document, test, and troubleshoot a
SIMOTION program.
• Create and monitor system variables.
• Interpret diagnostic codes and messages.
Topics
• SIMOTION and SINAMICS construction,
options, and features
• Commissioning SINAMICS and SIMOTION
• SIMOTION Execution System
• Configuring axes - Drive optimization and
SCOUT configuration
• Programming in MCC, Ladder, Structured Text
• Monitoring and Troubleshooting User
Programs
• Communications and HMI
• Diagnostics and Troubleshooting
• Monitoring the system with IT DIAG
4.5
Days
Register
here More
information
Motion Control - SIMOTION
SIMOTION
System Programming
Course code: SCT-DVSMOP1A
Target audience
This course is for SIMOTION system developers
and users who are responsible for creating,
commissioning, or maintaining SIMOTION
based motion control systems.
Prerequisites
• SIMOTION System Course
Course Profile
This course enables the participant to structure,
generate and put in operation complex
SIMOTION control program using MCC-charts
and Structured Text. Examples of different
applications user programs will be generated
and ways of structuring programs will be
shown. The focus lies on programming with
Structured Text, Ladder and MCC.
Objectives
Upon completion of this course, the student
shall be able to:
• Create programs in Structured Text, Ladder,
and MCC
• Use commands for motion control within the
user program
• Assign programs to execution system
• Create structures and subprograms (FC and FB)
• Use system functions
• Use function blocks of certain libraries
• Use variables and data structures
• Use tools for testing and diagnosis of the
program
Topics
• System Design Functionality
• Programming
• Structured Text
• POS Axis Output CAM
• Gear CAM
• Libraries
4.5
Days
Register
here More
information
Drives & Motion – MASTERDRIVE / SINAMICS / SIMOTION
SITRAIN Catalog | Course Descriptions
50
Drives - SINAMICS, MASTERDRIVE
SINAMICS Drives
Introduction
Course code: SCT-DVSINM1A
Target audience
This course is intended for personnel
responsible for the long term maintenance and
diagnostics of Siemens Drives. It is intended
as the entry level SINAMICS drive course and
provides the foundation for SINAMICS G120
and S120 Drives setup and maintenance
classes.
Prerequisites
• Basic Computer Skills
• Basic Industrial Electricity / Electronics
experience
• Competent in safe use of common electrical
test tools such as VOM, DMM, oscilloscope, etc.
Course Profile
This course provides a basic review of electrical
and electronics principles pertaining to
industrial applications and develops skills
pertinent to variable frequency drives. It
also provides an introduction to SINAMICS
drives and SINAMICS STARTER commissioning
software.
It is formatted as a combination of instruction
and carefully structured, hands-on exercises
aimed at developing job-related knowledge and
skills.
Objectives
Upon completion of this course, the student
shall be able to:
• Operate and Test Drive Functionality via
Operator Panels
• Perform Basic Drive Set Up and Hardware
Commissioning
• Get Connected to a Drive with STARTER
Commissioning Software
• Operate and Test Drive Functionality via
STARTER Control Panel
Topics
• Basic Electricity for industry review
• Introduction to Motor Construction and
Operating Principles
• Introduction to AC Drives
• Drive Safety
• Introduction to SINAMICS Low Voltage Drives
• SINAMICS drive basic Setup/commissioning
• Utilizing Operator Panels
• Introduction to SINAMICS STARTER
Drives - SINAMICS, MASTERDRIVE
SINAMIC S 6RA80 DCM
Setup & Maintenance
Course code: SCT-DVDCMM1A
Target audience
This course is for engineering and maintenance
personnel responsible for installing,
maintaining, and troubleshooting drive systems
that utilize the 6RA80 SINAMICS DC MASTER or
DCM Control Module.
Course Profile
This course is intended to provide knowledge
and skills related to the 6RA80 SINAMICS DC
MASTER or DCM Control Module as it pertains
to commissioning, operation, configuration,
maintenance, diagnostics, and troubleshooting.
It is formatted as a combination of instruction
and carefully structured, hands-on exercises
aimed at developing job-related knowledge and
skills.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate modules, terminals, options, and
features of the SINAMICS DC MASTER
Converter
• Perform commissioning using the BOP20
and AOP30 operator panels and SINAMICS
STARTER
• Perform all required Drive optimizations
• Upload, back-up, and download projects to
the Drive system
• Firmware Upgrade/Downgrade
• Compare and analyze parameter files
• Configure Analog, Digital, and Comm. I/O
• Configure, Trace, and Evaluate BICO
connections in the drive control logic
• Configure common Drive Functions
• Evaluate drive system performance using the
trace function
• Evaluate operating states, alarms and
fault codes
Topics
• DCM Drive construction, options, and
features
• SINAMICS STARTER
• Commissioning
• DCM Drive Functions
• Diagnostics and Troubleshooting
• Maintenance and Repair
• Integration into an Automation System
• Peer to Peer Interfaces
• Drive Control Chart (DCC)
4.5
Days
Register
here More
information
Drives - SINAMICS, MASTERDRIVE
SINAMICS G130/G150
Setup & Maintenance
Course code: SCT-DVSNGM1A
Target audience
This course is for engineering and maintenance
personnel responsible for installing, maintaining,
and troubleshooting drive systems that utilize
the SINAMICS G130/G150 Drive.
Prerequisites
• IPOV Online Courses, 20 AC Motor Basics,
24 AC Drive Basics
Course Profile
This course is intended to provide knowledge
and skills related to the SINAMICS G130/
G150 drive as it pertains to commissioning,
operation, configuration, maintenance,
diagnostics, and troubleshooting. It is
formatted as a combination of instruction and
carefully structured, hands-on exercises aimed
at developing job-related knowledge and skills.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate modules, terminals, options, and
features of the SINAMICS G130/G150.
• Commission the Drive with AOP30 and
SINAMICS STARTER
• Perform all required Drive optimizations
• Take local control of a drive using the AOP30
and the STARTER Control Panel
• Upload, back-up, and download projects to
the Drive system
• Firmware Upgrade/Downgrade
• Compare and analyze parameter files
• Configure Analog, Digital, and Comm. I/O
• Configure, Trace, and Evaluate BICO
connections in the drive control logic
• Configure common Drive Functions
• Evaluate drive system performance using the
trace function
• Evaluate operating states, alarms and
fault codes
Topics
• Drive construction, options, and features
• SINAMICS STARTER
• Commissioning
• Drive Functions
• Diagnostics and Troubleshooting
• Maintenance and Repair
• Integration into an Automation System
4.5
Days
Register
here More
information
51
Course Descriptions | SITRAIN Catalog
Drives - SINAMICS / MASTERDRIVE
SINAMICS G120
Basic Maintenance
Course code: SCT-DVG12M1A
Target audience
This course is intended for personnel responsible
for the long term maintenance and diagnostics
of the Siemens Drive.
Prerequisites
• Completion of the following quickSTEP online
course: Basics of AC Drives
Objectives
Upon completion of this course, the student
shall be able to:
• Trace voltage waveform from Input rectifier
to Motor output.
• Utilize G120 Architecture to troubleshoot
Hardware Modules
• Troubleshoot the Power Electronics
• Operate the Drive via IOP Keys
• Perform Basic Commissioning and Set Up via
IOP
• Backup and Restore the Operating Program
via Memory Card and IOP
• Establish communication with STARTER
• Upload, Archive, and Restore G120
Configuration via STARTER
• Control Drive via STARTER Control Panel
• Trace Signals within the G120 configuration
utilizing BICO technology
• Troubleshoot Drive failure to respond to a
Command Source and Setpoint Channel Source
• Use the Diagnostic Fault and Warning Buffer
to troubleshoot the system
• Troubleshoot Regulation (speed or torque)
problems
• Install or Replace a Motor, Power Module and
Control Unit
• Replace a Cooling Fan
• Obtain technical support online or via hotline
Topics
• Safety, PPE, and ESD
• Perform Hardware Module Diagnostics
• Set up and Operate the G120 via Intelligent
Operator Panel (IOP)
• Back-up and restore operating program via
IOP and Memory Card
• Utilize STARTER software to Upload, Archive
and Restore G120 Project
• Troubleshoot a SINAMICS drive system using
STARTER application diagnostics
• Evaluate Drive System Performance
• Replace Defective Hardware
DAYS
2.5
Register
here More
information
Drives - SINAMICS / MASTERDRIVE
SINAMICS S120
Basic Maintenance
Course code: SCT-DVS12M1A
Target audience
This course is intended for personnel responsible
for the long term maintenance and diagnostics
of the Siemens Drive.
Prerequisites
• Completion of the following quickSTEP online
course: Basics of AC Drives
Objectives
Upon completion of this course, the student
shall be able to:
• Trace voltage waveform from Input rectifier
to Motor output.
• Utilize S120 Architecture to troubleshoot
Hardware Modules
• Troubleshoot the Power Electronics
• Operate the Drive via AOP30
• Perform Basic Commissioning and Set Up
with AOP30
• Save the Operating Program to Memory Card
• Establish communication with STARTER
• Upload, Archive, and Restore S120
Configuration via STARTER
• Control Drive via STARTER Control Panel
• Trace Signals within the S120 configuration
utilizing BICO technology
• Troubleshoot Drive failure to respond to a
Command Source and Setpoint Channel Source
• Use the Diagnostic Fault and Warning Buffer
to troubleshoot the system
• Troubleshoot Regulation (speed or torque)
problems
• Install or Replace a Motor, Power Module,
and Control Unit
• Replace a Cooling Fan
• Obtain technical support online or via hotline
Topics
• Safety, PPE, and ESD
• Perform Hardware Module Diagnostics
• Set up and Operate the S120 via AOP30
• Save operating program to Memory Card via
AOP30
• Utilize STARTER software to Upload, Archive
and Restore S120 Project
• Troubleshoot a SINAMICS drive system using
STARTER application diagnostics
• Evaluate Drive System Performance
• Replace Defective Hardware
• Obtain technical support
DAYS
2.5
Register
here More
information
Drives - SINAMICS, MASTERDRIVE
SINAMICS S
Setup & Maintenance
Course code: SCT-DVSNAM1A
Target audience
This course is for engineering and maintenance
personnel responsible for installing, maintaining
and troubleshooting drive systems that use the
SINAMICS S (S110, S120, S150) drive systems.
Prerequisites
• Siemens Online Self-paced Training,
Automation: Siemens, 20 AC Motor Basics, 24
AC Drive Basics
Course Profile
This course is intended to provide knowledge
and skills related to the SINAMICS S drive
as it pertains to commissioning, operation,
configuration, maintenance, diagnostics,
and troubleshooting. It is formatted as a
combination of instruction and carefully
structured, hands-on exercises aimed at
developing job-related knowledge and skills.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate modules, terminals, options, and
features on the SINAMICS S series drives.
• Commission the Drive with SINAMICS STARTER
• Perform all required Drive optimizations
• Take local control of a drive using the
STARTER Control Panel
• Upload, back-up, and download projects to
the Drive system
• Firmware Upgrade/Downgrade
• Configure Analog, Digital, and Comm. I/O
• Configure, Trace, and Evaluate BICO
connections in the drive control logic
• Configure common Drive Functions
• Evaluate drive system performance using the
trace function
• Evaluate operating states, alarms and
fault codes
Topics
• Drive construction, options, and features
• SINAMICS STARTER
• Commissioning
• Drive Functions
• Diagnostics and Troubleshooting
• Maintenance and Repair
• Integration into an Automation System
• Drive Control Chart (DCC)
• Technology Functions
4.5
Days
Register
here More
information
– MASTERDRIVE / SINAMICS / SIMOTION
SITRAIN Catalog | Course Descriptions
52
Drives - SINAMICS, MASTERDRIVE
SINAMICS G120
Setup & Maintenance
Course code: SCT- DV120M1A
Target audience
This course is for engineering and maintenance
personnel responsible for installing,
maintaining and troubleshooting drive systems
that use the SINAMICS G120 series AC drives.
Prerequisites
• Siemens Online Self-paced Training,
Automation: Siemens, 20 AC Motor Basics, 24
AC Drive Basics
Course Profile
This course is intended to provide knowledge
and skills related to the SINAMICS G120 as
it pertains to commissioning, operation,
configuration, maintenance, diagnostics,
and troubleshooting. It is formatted as a
combination of instruction and carefully
structured, hands-on exercises aimed at
developing job-related knowledge and skills.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate modules, terminals, options, and
features of the SINAMICS G120 series drives.
• Commission the Drive with Operator Panels
(IOP, BOP-2) and SINAMICS STARTER
• Perform all required Drive optimizations
• Take local control of a drive using Operator
Panels and the STARTER Control Panel
• Upload, back-up, and download projects to
the Drive system
• Configure Analog, Digital, and Comm. I/O
• Configure, Trace, and Evaluate BICO
connections in the drive control logic
• Configure common Drive Functions
• Evaluate drive system performance using the
trace function
• Evaluate operating states, alarms and
fault codes
Topics
• Drive construction, options, and features
• SINAMICS STARTER
• Commissioning
• Drive Functions
• Diagnostics and Troubleshooting
• Maintenance and Repair
• Integration into an Automation System
• Technology Functions
4.5
Days
Register
here More
information
53
Course Descriptions | SITRAIN Catalog
Drives – Air/Liquid Cooled
Operation Maintenance
and Repair DAYS
4
LDA-LDLALS1A
SOP – System Operations
Program Setup and
Operations DAYS
2
LDA-LDSOPE1A
Drives – Air Cooled
Operations HOURS
4
LDA-LDNGAOT1
Drives – Liquid Cooled
Operations HOURS
4
LDA-LDNGLOT1
Drives – Air Cooled
Orientation HOURS
8
LDA-LDNGADO1
Drives – Liquid Cooled
Orientation HOURS
8
LDA-LDNGLDO1
Drives – Air Cooled
Operations DAYS
4
LDA-LDNGAS1B
Drives – Liquid Cooled
Operations DAYS
4
LDA-LDNGLS1C
Drives – Liquid Cooled
Operation Maintenance
and Repair DAYS
4
LDA-LDNGLS1B
Power Cells
Certification DAYS
10
LDA-CRCERE1A
Drives – Liquid Cooled
Operation Maintenance
and Repair DAYS
4.5
LDA-LDHVGE1A
Drive Air/Liquid Cooled
Certification DAYS
20
LDA-LDPHAC1A
Drives & Motion –
SITRAIN Catalog | Course Descriptions
54
GH180 Air Cooled - Operations
GH180 Liquid Cooled - Operations
Legacy Air/Liquid - Advanced
SOP – Advanced
GH180 Air Cooled - Orientation
GH180 Liquid Cooled - Orientation
Next Generation WC2 - Advanced
Cell Certification
GH180 Air Cooled - Advanced
GH180 Liquid Cooled - Advanced
Next Generation HV - Advanced
Drive Certification
Core courses Learning Map Optional learning Virtual instructor-led
courses
Foundation and Prerequisite training available from online quickSTEP, Basics of AC and Basics of DC Drives.
Visit www.usa.siemens.com/ospt for a complete list of course offerings..
SINAMICS GH180 –
Perfect Harmony Medium Voltage Drives
Drives - SINAMICS GH 180 Perfect Harmony
Drive Operator Training –
NXG and NXGPro Controls
Course code: LDA-LDNGAOT1
Target audience
This is a 4 hour training session to allow
your personnel to obtain an understanding
of how the drive operates, and monitoring
capabilities. The Equipment Safety issues
will be covered. This course is intended for
Operations personnel or site personnel to gain
an understanding on the operations of the VFD.
This session will be on the Siemens SINAMICS
GH 180 Perfect Harmony Air Cooled Next
Generation control drives.
Prerequisites
• Understanding Safety requirements of your
facility.
Course Profile
This training session includes general Theory
of how the VFD works, Safety with regards to
the VFD, and operation of the VFD in manual
and automatic control. Also covered will be the
Keypad for monitoring of dynamics of the VFD
operation and Alarms and Faults.
Objectives
Upon completion of this course, the student
shall be able to:
• Have a general understanding on how the
SINAMICS GH 180 Perfect Harmony functions
• Understand the Safety concerns when
working around the VFD.
• How to utilize the keypad for basic
programming. (accel/decel rates, min/max
speed) and monitoring (speed demand, speed
feedback, motor voltage and motor current)
• Identify customers permissive ½s required for
the VFD to operate.
Topics
• Introduction to the SINAMICS GH 180 Perfect
Harmony Air Cooled drive
• Safety on medium voltage drives - Personnel
Protective equipment, correct procedure for
applying and shutting power off the VFD.
• Control Door options -for operation -
Switches and pushbuttons and functionality
• Operation of the Harmony Drive in the
Automatic and Manual mode
• Utilization of the Keypad for programming
key parameters and viewing Alarm/Fault
Logger
Hours
4 Register
here More
information
Drives - SINAMICS GH 180 Perfect Harmony
Drive Orientation Training –
NXG and NXGPro Controls
Course code: LDA-LDNGADO1
Target audience
This is a one day drive orientation allowing
personnel to obtain an understanding of
what the drive is and how it works. All power
connections and safety issues will be covered.
Prerequisites
• Operation fundamentals of non VFD
equipment and your process, as well as,
electrical operation and safety.
Course Profile
This course will cover the following topics,
Theory of Operation, Safety variables related to
the VFD, Hardware Identification, Power Supply
sources required to run the VFD, Operation of
the VFD, General review of the Keypad, Alarms
and Faults, Spare Parts, and the Cooling System
½ Air Cooled
Objectives
Upon completion of this course, the student
shall be able to:
• Have a good understanding on how the
SINAMICS GH 180 Perfect Harmony functions
• Understand the Safety concerns when
working around the VFD.
• Identify each cabinet and power components
with in each cabinet.
• Identify each power sources required for the
VFD to operate via customer drawings
• Identify all customers permissives required
for the VFD to operate.
• Navigate through customer schematics
-power and control connections.
• Operate the VFD in the Automatic or Manual
mode of operation.
Topics
• Introduction to Air Cooled System
• Introduction to the SINAMICS GH 180 Perfect
Harmony Legacy Control
• Specifications of the VFD
• Safety on medium voltage drives
• Drive Hardware Identification
• Control Door controls
• Operation of the Harmony Drive in the
Automatic and Manual mode
• Using the Keypad
• Key parameters
• Review Alarm/Fault Logger
• Tool Suite Demonstration only
Hours
8 Register
here More
information
Drives - SINAMICS GH 180 Perfect Harmony
Drive Operation, Maintenance
and Repair Training NXG
and NXGPro Controls
(Gen3, Gen3E, Gen4, Gen 4E)
Course code: LDA-LDNGAS1B
Target audience
This is a task-based course intended for
maintenance and electrical personnel, as
well as electrical engineers using Siemens
SINAMICS GH 180 Perfect Harmony Next
Generation Control drives. The course
builds confidence in personnel who want to
understand how the drive works and how to
operate the drive safely.
Prerequisites
• PC with administrative rights required.
• Strong fundamental electrical background
Course Profile
This course is intended to provide knowledge
and skills which include Theory of Operation,
details of components, troubleshooting,
interface and hands-on tasks. It is formatted
to provide both instructional and hands on
tasks utilized in maintaining, analyzing and
troubleshooting the VFD.
This course is an advanced session covering
each aspect of the VFD (variable frequency
drive) in detail, as well as, advanced
troubleshooting procedures. The format is a
combination of 25% instruction and 75%
hands-on learning aimed at developing jobrelated knowledge and skills. Hands on is with
an actual SINAMICS GH 180 Perfect Harmony
VFD, simulators, and power cells.
Topics
• Course overview and expectations
• Introduction to SINAMICS GH 180 Perfect
Harmony Next Generation drives Air Cooled
• Basics of VFD’s and Motors
• Specifications
• Safety on medium voltage drives
• Power Electronics
• Drive Hardware Identification
• SINAMICS GH 180 Perfect Harmony Topology
(theory, layout, operation)
• Key Parameters utilized in the VFD
• Tool Suite software - install, navigate,
program
• Configuration software
4
Days
Register
here More
information
55
Course Descriptions | SITRAIN Catalog
Drives - SINAMICS GH 180 Perfect Harmony
Drive Operator Training –
NXG and NXGPro Controls
Course code: LDA-LDNGLOT1
Target audience
This is a 4 hour training session to allow your
personnel to obtain an understanding of how
the drive operates, and monitoring capabilities.
Equipment Safety issues will be covered.
Course Profile
This training session includes general Theory
of how the VFD works, Safety with regards to
the VFD, and operation of the VFD in manual
and automatic control. Also covered will be the
Keypad for monitoring of dynamics of the VFD
operation and Alarms and Faults. The Cooling
system monitoring capabilities will be discussed
which consist of the pump and key sensing
devices.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the Safety concerns when
working around the VFD.
• How to utilize the keypad for basic
programming. (accel/decel rates, min/max
speed) and monitoring (speed demand,
speed feedback, motor voltage and motor
current)
• Identify customers permissive ½s required for
the VFD to operate.
• Operating the VFD in the Automatic and
Manual mode of operation.
• Understanding the Cooling Cabinet and
recognize when additional water is required,
and when the conductivity is high and
replacing the deionizer tank
Topics
• Introduction to the SINAMICS GH 180 Perfect
Harmony Liquid Cooled drive
• Safety on medium voltage drives - Personnel
Protective equipment, correct procedure for
applying and shutting power off the VFD.
• Control Door options -for operation -
Switches and pushbuttons and functionality
• Operation of the Harmony Drive in the
Automatic and Manual mode
• Utilization of the Keypad and key parameters
• Reviewing Alarm/Fault Logger
• Cooling cabinet monitoring capabilities and
operation
Hours
4 Register
here More
information
Drives - SINAMICS GH 180 Perfect Harmony
Drive Orientation –
NXG and NXGPro Controls
Course code: LDA-LDNGLDO1
Target audience
This is a one day drive orientation allowing
personnel to obtain an understanding of
what the drive is and how it works. All power
connections and safety issues will be covered.
This course is intended for maintenance and
electrical personnel, as well as, electrical
engineers using Siemens SINAMICS GH 180
Perfect Harmony Liquid Cooled Next Generation
control drives.
Prerequisites
• Operation fundamentals of non VFD
equipment and your process, as well as,
electrical operation and safety.
Course Profile
This course will cover the following topics,
Theory of Operation, Safety variables related to
the VFD, Hardware Identification, Power Supply
sources required to run the VFD, Operation of
the VFD, General review of the Keypad, Alarms
and Faults, Spare Parts, and the Cooling System
½ Liquid Cooled
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the Safety concerns when
working around the VFD.
• Identify each cabinet and power components
within each cabinet.
• Identify each power sources required for the
VFD to operate via customer drawings
• Identify all customers permissives required
for the VFD to operate.
• Navigate through customer schematics
-power and control connections.
• Operate the VFD in the Automatic or Manual
mode of operation.
Topics
• Introduction to Liquid Cooled System
• Introduction to the SINAMICS GH 180 Perfect
Harmony Legacy Control
• Specifications
• Safety on medium voltage drives
• Drive Hardware Identification
• Control Door Controls
• Operation of the Harmony Drive in the
Automatic and Manual mode
Hours
8 Register
here More
information
Drives - SINAMICS GH 180 Perfect Harmony
NXG and NXGPro
Controls – WC3/Base Drive
Course code: LDA-LDNGLS1C
Target audience
This course is intended for maintenance and
electrical personnel, as well as, electrical
engineers using Siemens SINAMICS GH 180
Perfect Harmony Legacy Control drives (both
Air and Liquid-Cooled designs).
Prerequisites
• Strong fundamental electrical background
Course Profile
This training session includes Theory of Operation,
details of components, troubleshooting,
interface and hands-on sessions. This is an
advanced session which covers each aspect of
the VFD (variable frequency drive) in detail, as
well as, advanced troubleshooting procedures.
Objectives
Upon completion of this course, the student
shall be able to:
• •Understand how the SINAMICS GH 180
Perfect Harmony functions and correct
implementation at your facility.
• Learn how to work with personal protective
equipment while working safely on the VFD.
• Identify full components per assembly and
schematics.
• Understand how each control board functions.
• Understand how a power cell functions.
• Check power semiconductors with an
analog meter.
• Utilize the keypad for monitoring and
programming.
Topics
• Introduction to Liquid Cooled Drive System
• Introduction to SINAMICS GH 180 Perfect
Harmony Next Generation drives
• Fundamental Terminology used with VFD’s
• Motor Theory
• Safety on medium/High voltage drives
• Power Devices
• Harmony Topology (operation, layout, theory)
• Drive Hardware Identification
• Theory of operation on the various control
boards (NXG1A, NXG1B, NXG2)
• Review schematics and assembly drawings
• Operation of the Harmony Drive
• Review drawings and requirements for
plumbing systems
• Presentation of Siemens software, Utilization
of Tool Suite software package
4
Days
Register
here More
information
SITRAIN Catalog | Course Descriptions
56
Drives & Motion – SINAMICS GH180 –
Perfect Harmony Medium Voltage Drives
Drives - SINAMICS GH 180 Perfect Harmony
Legacy Control
Air/Liquid-Cooled
Course code: LDA-LDLALS1A
Target audience
This course is intended for maintenance and
electrical personnel, as well as, electrical
engineers using Siemens SINAMICS GH 180
Perfect Harmony Legacy Control drives (both
Air and Liquid-Cooled designs).
Prerequisites
• Strong fundamental electrical background
Course Profile
This training session includes Theory of
Operation, details of components, troubleshooting, interface and hands-on sessions.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand how the SINAMICS GH 180
Perfect Harmony functions and correct
implementation at your facility.
• Learn how to work with personal protective
equipment while working safely on the VFD.
• Identify full components per assembly and
schematics.
• Check power semiconductors with an analog
meter
• Utilize the keypad for monitoring and
programming.
• Use a laptop to extract valuable information
which can be utilized for troubleshooting,
and backing up the original files. Parameters,
EEPROM, SOP, historic, and fault logger.
Topics
• Introduction to Air and Liquid Cooled Drives
Systems
• Introduction to the SINAMICS GH 180 Perfect
Harmony Legacy Control
• Specifications
• Fundamental Terminology used with VFD’s
• Motor Theory
• Safety on medium voltage drives
• Power Devices
• Harmony Topology (operation, layout,
theory)
• Drive Hardware Identification
• Theory of operation on the various control
boards (Legacy Control Boards)
• Review schematics and assembly drawings
• Operation of the Harmony Drive
• Review drawings and requirements for
plumbing systems and blower assemblies.
4
Days
Register
here More
information
Drives - SINAMICS GH 180 Perfect Harmony
Next Generation Control
Liquid-Cooled WCII
Course code: LDA-LDNGLS1B
Target audience
This course is intended for maintenance and
electrical personnel, as well as, electrical
engineers using Siemens SINAMICS GH 180
Perfect Harmony Legacy Control drives (both
Air and Liquid-Cooled designs).
Prerequisites
• Strong fundamental electrical background
Course Profile
This training session includes Theory of Operation,
details of components, troubleshooting,
interface and hands-on sessions. This is an
advanced session which covers each aspect of
the VFD (variable frequency drive) in detail, as
well as, advanced troubleshooting procedures.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand how the SINAMICS GH 180 Perfect
Harmony functions and correct implementation
at your facility.
• Learn how to work with personal protective
equipment while working safely on the VFD.
• Identify full components per assembly and
schematics.
• Understand how each control board functions
• Understand how a power cell functions
• Check power semiconductors with an analog
meter
• Utilize the keypad for monitoring and
programming.
• Use a laptop to communicate to the VFD to perform
programming and viewing parameters; viewing
status of VFD; power cells, digital and analog
I/O; graphical display of key variables; uploading
parameters, event, historic, and fault logger.
Topics
• Introduction to Liquid Cooled Drive Systems
• Introduction to SINAMICS GH 180 Perfect
Harmony Next Generation drives
• Specifications
• Fundamental Terminology used with VFD’s
• Motor Theory
• Safety on medium voltage drives
• Power Devices
• Harmony Topology (operation, layout, theory)
• Drive Hardware Identification
• Theory of operation on the various control
boards (NXG1A, NXG1B)
4
Days
Register
here More
information
Drives - SINAMICS GH 180 Perfect Harmony
Next Generation Control
Liquid Cooled
High Voltage
Course code: LDA-LDHVGE1A
Target audience
This course is intended for maintenance and
electrical personnel, as well as, electrical
engineers using Siemens SINAMICS GH 180
Perfect Harmony Legacy Control drives (both
Air and Liquid-Cooled designs).
Prerequisites
• Strong fundamental electrical background
Course Profile
This training session includes Theory of Operation,
details of components, troubleshooting,
interface and hands-on sessions. This is an
advanced session which covers each aspect of
the VFD (variable frequency drive) in detail, as
well as, advanced troubleshooting procedures
Objectives
Upon completion of this course, the student
shall be able to:
• Understand how the SINAMICS GH 180
Perfect Harmony functions and correct
implementation at the facility.
• Learn how to work with personal protective
equipment while working safely on the VFD.
• Identify full components per assembly and
schematics.
• Understand how each control board functions
• Understand how a power cell functions (High
Voltage).
Topics
• Introduction to Liquid Cooled Drive System
• Introduction to SINAMICS GH 180 Perfect
Harmony Next Generation drives
• Specifications
• Fundamental Terminology used with VFD’s
• Motor Theory
• Safety on medium/High voltage drives
• Power Devices
• Harmony Topology (operation, layout, theory)
• Drive Hardware Identification
• Theory of operation on the various control
boards (NXG1A, NXG1B, NXG2)
• Review schematics and assembly drawings
• Operation of the Harmony Drive
• Review drawings and requirements for
plumbing systems
• Presentation of Siemens software, Utilization
of Tool Suite software package
• Maintenance, Troubleshooting, Installation,
and Setup
4.5
Days
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57
Course Descriptions | SITRAIN Catalog
Drives - SINAMICS GH 180 Perfect Harmony
SOP – System
Operational Program
Course code: LDA-LDSOPE1A
Target audience
This session is for personnel to obtain an
understanding of all functions that control
the Variable Frequency Drive (VFD), as well as,
feedbacks from the VFD. The course is a two
day session covering the System Operational
Program (SOP) - the program which controls all
functions of the VFD. The Tool Suite Software
will be provided. This includes Drives Host and
the Debug Tool.
Course Profile
This course provides the knowledge and skills
necessary to review and evaluate the System
Operational Program (SOP). By understanding
the SOP the learner will understand which per
missives are required for the drive to run in
the automatic or manual control - where the
speed commands come from and how they are
directed. The student will also understand the
assignments of the digital inputs and outputs -
as well as, the assignments of all analog inputs.
Additional logic within the SOP will also be
addressed.
Objectives
Upon completion of this course, the student
shall be able to:
• Read the entire System Operational Program.
• Understand how the jobsite SOP functions
with relationship to the jobsite drawings.
• Understand system flags utilized in the SOP
(see Topics).
• Modify the SOP to meet specific customer
requirements.
Topics
• Introduction to the SINAMICS GH 180 Perfect
Harmony
Drive System
• Customer schematics
• Drive flowcharts
• Symbol definitions
• Breakdown of flags utilized in SOP
• Drive flags - initialization flags
• Counters
• Menu timers
• SOP timers
• Digital Inputs to Wago or Breakout Board
• Digital Outputs from Wago or Breakout Board
• Drive Faults
• User Alarms/Faults
• Start/Stop logic
2
Days
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Drives - SINAMICS GH 180 Perfect Harmony
Cell Repair
Certification
Course code: LDA-CRCERE1A
Target audience
Siemens Repair Depot centers
Prerequisites
• Siemens Employee
Course Profile
This is a certification session on the repair of Air
Cooled power cells.
This course is intended to provide knowledge
and skills which include theory of operation,
details of components, troubleshooting,
interface and hands-on tasks to repair Air
Cooled power cells.
It is formatted to provide both instructional and
hands on tasks utilized in evaluating, analyzing,
repairing and testing the Air Cooled Cells – Gen
3, Gen 3E, Gen 4.
Objectives
Upon completion of this course, the student
shall be able to:
• Obtain understanding of Siemens repair
procedures
• Analyze each style of power cell for defects
and update enhancements
• Interpret power cell drawings (assembly and
schematics)
• Dis-assemble each power cell effectively and
efficiently
• Replace components per Siemens guidelines
• Assemble each power cell effectively and
efficiently
• Test power cells with new power cell station
Topics
• Course overview and expectations
• Requirements of repair depot center
• Introduction to power cell certification
program
• Basics of SINAMICS GH 180 Perfect Harmony
drive and
power cells
• Power cell power electronics
• Power cells (operation, layout, theory of
operation)
• Safety and PPE
• Power cell assembly and schematics drawings
• Procedure for Power Cells (tools, disassembly, replacement, assembly, testing)
• Certification exam
10
Days
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Drives - SINAMICS GH 180 Perfect Harmony
SINAMICS GH 180
Perfect Harmony
Drive Certification
Course code: LDA-LDPHAC1A
Target audience
This course is intended for Siemens field service
personnel. This course is a certification on
Siemens SINAMICS GH 180 Perfect Harmony
Next Generation and Legacy control Air and
Liquid cooled VFD’s.
Prerequisites
• Siemens Field Service Representative
Course Profile
This comprehensive certification training
session includes Theory of Operation, details
of components, troubleshooting, interface and
hands-on sessions. This is four week session
which covers various Harmony VFD’s (variable
frequency drives) in detail, as well as, advanced
troubleshooting procedures. Various software
packages will be provided to the associate’s to
load on their computers.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand how the SINAMICS GH 180
Perfect Harmony functions and correct
implementation at customer’s facilities.
• Learn how to work with personal protective
equipment while working safely on the VFD.
• Identify full components per assembly and
schematics.
• Check power semiconductors with an analog
meter
• Utilize the keypad for monitoring and
programing.
• Use a laptop to communicate to the VFD
to perform programming and viewing
parameters; viewing status of VFD; power
cells, digital and analog I/O; graphical display
of key variables; uploading parameters,
event, historic, and fault logger.
• Interpret customer on-site drawings of the
VFD system (assembly and schematics)
• Recommend and correctly install spare parts.
• Understand the Liquid cooled cabinet,
components and function ability
• HMI interface on the control cabinet
• HMI -Unitronics monitoring of the cooling
sensors
20
Days
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SITRAIN Catalog | Course Descriptions
58
Drives and Motion end
Drives & Motion – SINAMICS GH180 –
Perfect Harmony Medium Voltage Drives
59
Course Descriptions | SITRAIN Catalog
SITRAIN
courses focus on
plant floor safety
PCS7 System
Operator
(Virtual Instructor-led) HOURS
8
SCT-EMOILESOM1A
Electrical Maintenance
DAYS
4
SCT-EMEMTM1A
RL Switchgear
Maintenance DAYS
4
SCT-EMRLSM1A
GM Switchgear
Maintenance DAYS
4
SCT-EMGMSM1A
Industrial Switchgear
Maintenance DAYS
5
SCT-EMISGM1A
WL Switchgear
Maintenance DAYS
2
SCT-EMWLBM1A
Evaluating
Electrical Tests DAYS
4
SCT-EMEETM1A
Electrical Safety: NFPA
70E Arc Flash Training DAY
0.5
SCT-ERISESAT
OSHA Electrical Safety
& Arc Flash DAYS
2
SCT-EMESOM1A
Risk Assessment
Management DAYS
1.5
SCT-MSRAMG1A
Optional and specialty courses:
Course name Course code Duration
840Dpl Safety Integrated Maintenance SCT-SNSSIM2A 4.5 days
840Dsl Safety Integrated for OEMs SCT-SNDSLI1A 4.5 days
840Dsl Safety Integrated Maintenance SCT-SNSLSM1A 4.5 days
Electrical Safety: Non Qualified Workers SCT-SMAXELEC 0.5 days
Electrical Safety: Qualified Workers SCT-ERISESQW 0.5 days
Lockout Tagout: Take Control SCT-CLLOTMPG 0.5 days
S7-300F Distributed Safety Engineering SCT-S7SFTE1A 2.5 days
S7-300F Distributed Safety Sustaining SCT-S7SFTS1A 2 days
Electrical Maintenance & Safety
SITRAIN Catalog | Course Descriptions
60
Electrical Maintenance Electrical Safety Switchgear & Breakers
Core courses Learning Map Optional learning
Electrical Maintenance & Safety Courses
Virtual instructor-led
courses
Health and Safety Catalog Siemens now offers an entire online self-paced catalog of courses dedicated to
safety. Partnered with Underwriters Laboratory, over 150 interactive titles are available along with our 400
unique technology courses. www.usa.siemens.com/ospt.
Maintenance & Safety
840Dpl Safety Integrated
Maintenance
Course code: SCT-SNSSIM2A
Target audience
This advanced course is designed for controls
engineers and service specialists who use the
SINUMERIK 840D and Safety Integrated (SI)
functions in machine tool applications.
Prerequisites
• 840Dpl Maintenance 2 w/HMI Advanced
Course Profile
This course provides the knowledge and skills
that controls engineers and/or maintenance
technicians require for familiarization and
the operation of an automated machine tool,
equipped with a SINUMERIK 840D CNC which
uses the optional Safety Integrated System.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the concepts of safety
technology and the system requirements
for Safety Integrated.
• Have a working knowledge of safety-oriented
inputs and outputs for DMP Modules.
• Have a working knowledge of safety-oriented
inputs and outputs for
PROFISafe Modules.
• Understand the principles related to safe
communication.
• Identify, understand, and use Machine
Data and interface signals related to Safety
Integrated applications.
• Perform error detection procedures related to
Safety Integrated applications.
• Evaluate diagnostics and alarm displays
• Understand and perform Test Stop procedures.
• Understand Safety Integrated systems
with SAFE SPL and without SAFE SPL.
Topics
• Safety-oriented inputs and outputs
• Safe Standstill
• Safe operational stop
• Securely reduced speed
• Safe software limit switches
• Safe stopping process
• Safe programmable logic
• Safety related Machine Data
• Understand OEM safety related alarms
• Understand checksums
4.5
Days
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Maintenance & Safety
840Dsl Safety Integrated
for OEMs
Course code: SCT-SNDSLI1A
Target audience
German Course Code equivalent: NC-84SLSIW.
This advanced course is designed for controls
engineers and service specialists who configure
and commission the SINUMERIK 840Dsl
Safety Integrated (SI) functions in machine
tool applications.
Prerequisites
• 840Dsl Maintenance 1 w/HMI Advanced
• 840Dsl Maintenance 2 w/HMI Advanced
• S7 TIA Programming 1
OR
• 840Dsl Maintenance 1 w/Operate
• 840Dsl Maintenance 2 w/Operate
Course Profile
During this course, the student will learn about
configuring and commissioning the function
Safety Integrated using the SINUMERIK 840Dsl.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the concepts of safety
technology and the system requirements
for Safety Integrated.
• Have a working knowledge of safety-oriented
inputs and outputs for PROFISafe Modules.
• Understand the principles related to
safe communication over PROFINET
and PROFIBUS.
• Commission, understand, and use SAFE
Machine Data and interface signals.
• Commission Safety Integrated systems
with SAFE SPL (Safe Programmable Logic)
• Commission Safe Operational Stop, Safe
Standstill, Safe Velocity, and Safe Cams.
• Commission SAFE limits and understand
the User Agreement and its implications.
Topics
• System requirements
• General information on safety technology
• Description of the safe basic functions
• Procedure during startup and
troubleshooting
• Description of the machine data and
interface signals
4.5
Days
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Maintenance & Safety
840Dsl Safety Integrated
Maintenance
Course code: SCT-SNSLSM1A
Target audience
This advanced course is designed for controls
engineers and service specialists who use the
SINUMERIK 840Dsl and Safety Integrated (SI)
functions in machine tool applications.
Prerequisites
• 840Dsl Maintenance 2 w/ HMI Advanced
• S7 TIA Programming 1 OR
840Dsl Maintenance 2 w/ Operate
Course Profile
This course provides the knowledge and skills
that controls engineers and/or maintenance
technicians require for familiarization and
the operation of an automated machine tool,
equipped with a SINUMERIK 840Dsl CNC which
uses the optional Safety Integrated System.
The goal of the class is to teach the students
to identify the various types of applications
associated with the Safety Integrated System, to
achieve a working knowledge of the concepts,
and to identify and diagnose
Safety Integrated related problems.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the concepts of safety
technology and the system requirements
for Safety Integrated.
• Have a working knowledge of safety-oriented
inputs and outputs for PROFISafe Modules.
• Understand the principles related
to safe communication.
• Identify, understand, and use Machine
Data and interface signals related to Safety
Integrated applications.
• Perform error detection procedures
• Evaluate diagnostics and alarm displays
Topics
• Safety-oriented inputs and outputs
• Safe Standstill
• Securely reduced speed
• Safe software limit switches
• Safe stopping process
4.5
Days
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61
Course Descriptions | SITRAIN Catalog
Maintenance & Safety
Electrical Maintenance
Course code: SCT-EMEMTM1A
Target audience
This course is for Maintenance electricians
and technicians, supervisors and people
in the process of cross training from nonelectrical trades.
Course Profile
This course is designed to increase knowledge
in the areas of basic electrical theory and the
preventive maintenance of many types of
electrical equipment. The typical voltage range
of equipment covered is 480V to 15kV.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify Various Power Distribution
System Arrangements.
• Explain Techniques for Evaluating
Insulation Tests.
• Solve Electrical Maintenance Problems
Using Basic Mathematics.
• Determine preventive Maintenance
Procedures for Many Types of Electrical
Equipment.
• Identify Governmental Safety Regulations
• Describe Safe Work Practices
Topics
• Power System Fundamentals
• and Documentation
• Electrical Tests
• Fundamental Principles of Power System
Equipment
• Equipment Maintenance
• Fundamentals of Power System Analysis
• Electrical Safety
4
Days
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Maintenance & Safety
Electrical Safety: NFPA 70E
Arc Flash Training
Course code: SCT-ERISESAT
Target audience
Anyone whose job requires them to work on
or near high voltage energized electrical parts.
Course Profile
This course presents a true story of an electrical
worker who received 2nd and 3rd degree
burns over 40 percent of his body and was
nearly killed when he was engulfed in an arc
blast. Learners see the mistakes made and
learn the lifesaving lessons from this incident.
14 interactions actively involve the learner
to stress the importance of understanding all
hazards of a job task and taking the necessary
precautions to protect yourself from them.
Objectives
Upon completion of this course, the student
shall be able to:
• Be committed to your own personal safety.
• List causes of Mark’s accident and injuries.
• Agree that following safe work practices
is your own responsibility.
• Dress safely when working with electricity.
• List unsafe items to wear when working
with electricity.
• Agree that flame-resistant clothing is a
regulation and requirement for anyone
working with electricity.
• Conduct an arc flash hazard analysis.
• Explain ways to determine the Incident
Energy Level.
• Define the Arc Flash Boundary.
• Differentiate between the four
Hazard Categories.
• Select the approved Personal Protective
Equipment for each Hazard Category.
Topics
• Personal Responsibility
• Avoiding Injury
• Flame Resistant clothing (FR)
• Arc Flash Hazard Analysis
• Incident Energy Level
• Arc Flash Protection Boundary
• Hazard Risk Categories
• Hazard Risk Category Zero
• Hazard Risk Category One
• Hazard Risk Category Two
• Hazard Risk Categories Three and Four
DAYS
0.5
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Maintenance & Safety
Electrical Safety:
Non Qualified Workers
Course code: SCT-SMAXELEC
Target audience
All persons who work with machinery
and equipment either on or off the job.
Course Profile
Employees need to know how electricity works,
and what they should do to protect themselves
from its hazards. This course provides the
information employees need to work safely
around electricity. The Course also satisfies the
OSHA training requirements under 29 CFR Part
1910.331 for non-qualified workers.
Objectives
Upon completion of this course, the student
shall be able to:
• Describe how electricity works.
• Distinguish between volts and amps.
• Describe how the flow of electricity works.
• Describe the function of circuit breakers
and fuses.
• Describe the function of a fuse.
• Describe the function of a circuit breaker.
• State how fuses and circuit breakers
are rated.
• Describe function of ground wires and GFCIs.
• Define GFCI.
• Define ground wire.
• Describe the function of a ground wire.
• Define a grounded outlet.
• Use safe work practices when working
with electricity.
• State the dangers most commonly associated
with electricity.
• Identify unsafe work practices that should
be avoided.
• Describe the function of double-insulated
tools.
• Work safely with electrical equipment.
Topics
• How Electricity Works
• Fuses and Circuit Breakers
• Grounding and GFCIs
• Safe Work Practices
• Working With Electrical Equipment
• Dangerous Work Environments
• Electrical Emergencies
DAYS
0.5
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Electrical Maintenance & Safety
SITRAIN Catalog | Course Descriptions
62
Maintenance & Safety
Electrical Safety:
Qualified Workers
Course code: SCT-ERISESQW
Target audience
Anyone whose job requires them to work
on or near energized electrical parts.
Course Profile
This course presents the training requirements
and safe work practices for qualified workers
as outlined in OSHA 1910 Subpart (S). The
training features several incidents involving
electricity in which unsafe acts by employees
have resulted in serious injury or death. Topics
include qualified worker status, electrical arcing
and arc blasts, protective clothing requirements
for qualified workers, limited approach and
prohibited approach boundaries, use of
voltage-rated gloves and other PPE, performing
live work and de-energizing equipment.
Objectives
Upon completion of this course, the student
shall be able to:
• Recognize someone qualified to work on
or near live parts.
• Agree that a worker may be qualified
for some electrical work and not qualified
for other electrical work.
• Differentiate between a qualified
and non-qualified worker.
• List the two types of hazards associated
with electricity.
• Avoid injury when working with electricity.
• Agree that a minimum safe distance
for unqualified workers varies depending
on voltage level and circuits.
• Define minimum safe distance.
• Explain how minimum safe distance
is determined.
• Protect yourself against electric hazards.
• List the two main types of electric hazards.
• Explain an arc blast.
• Describe ways to protect yourself
against burns.
• Always use the required protective clothing
and equipment.
Topics
• The Qualified Worker
• Avoiding Injury
• Hazards
• Protective Equipment
• Additional Safety Measures
DAYS
0.5
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Maintenance & Safety
Evaluating Electrical Tests
Course code: SCT-EMEETM1A
Target audience
This course is recommended for technicians,
maintenance engineers and maintenance
planners who have the responsibility to
evaluate the electrical tests of motors,
generators, transformers, switchgear
and power cables of an industrial plant
or a commercial building. This course is
valuable whether you perform tests yourself
or evaluate the test data that is supplied
by a testing contractor.
Course Profile
The Evaluating Electrical Tests Seminar explains
the interpretation of those electrical tests that
are most frequently performed
on power system apparatus. Emphasis is on
the evaluation of test data. The techniques
for performing tests are briefly explained
to provide background information.
The opportunity to work through classroom
exercises that are based on actual-case
scenarios in a “teamwork” setting sharpens
the evaluation skills of every participant.
Objectives
Upon completion of this course, the student
shall be able to:
• Describe Various Methods
of Electrical Testing.
• Interpret Electrical Test Results.
• Predict Expected Operational Equipment Life
More Accurately.
• Apply Fundamental Concepts of Electrical
Testing to Actual Equipment.
• Select Recommended Testing Procedures
for New Equipment.
• Practice Safe Work Practices and Procedures
When Performing Electrical Testing.
Topics
• Fundamentals of Electrical Measurements
• Evaluating Insulation Tests
• Evaluating Applied-Potential Tests
• Evaluating Circuit Resistance Tests
• Evaluating Overcurrent Tests
• Fundamentals of Cable Fault Localization
4
Days
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Maintenance & Safety
Industrial Switchgear
Maintenance
Course code: SCT-EMISGM1A
Target audience
Personnel responsible for the daily operation
and maintenance of Medium and Low Voltage
Switchgear and Motor Control.
Course Profile
The Industrial Switchgear and Motor Control
course provides the basic skills required to
safely operate and maintain Medium Voltage
switchgear, Low Voltage Switchgear,
Medium Voltage Control and Low Voltage
Motor Control Centers. Classroom instruction,
video tapes, and demonstrations on typical
equipment are employed. Sample circuit
breakers are used for troubleshooting
and replacement of typical parts.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform proper safety procedures
• Identify MV & LV switchgear and its ratings
• Identify MV & LV motor control and its ratings
• Identify Insulated case circuit breaker ratings
• Identify Molded case circuit breaker ratings
• Proper and safe racking procedure
• Perform Rack out - Lock out - Tag out procedure
• Verify operation of protective interlocks
• Perform Mechanical and Electrical operation
• Locate and replace close and trip coils
and motor
• Interpret Siemens schematics
and wiring diagrams
Topics
• Safety procedures around Electrical Equipment
• Introduction to Switchgear Ratings
• Handling, storage and assembly
• Circuit breaker and Motor control ratings
• Cable and control wiring connections
• PT and CPT units
• Current Transformer safety
• Circuit breaker racking procedures
• Rack out, Lock out, tag out procedures
• Explanation of Vacuum Interruption
• Disassembly for maintenance
• Replacing Trip coil, closing coil,
and charging motor
• Lubrication
• Insulation testing (Megger)
• Dielectric testing (High Potential)
DAYS
5
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63
Course Descriptions | SITRAIN Catalog
Maintenance & Safety
Lockout Tagout:
Take Control
Course code: SCT-CLLOTMPG
Target audience
All workers.
Course Profile
This course teaches your workers proper
lockout/tagout procedures, why the procedures
are important, how and when to use them,
and how to safely restart the equipment or
machinery. Twenty-four interactions help bring
the course content to life and reliably assess
your workers understanding of the material.
Objectives
Upon completion of this course, the student
shall be able to:
• Explain the elements of a lockout tagout
program.
• State the purpose of Lockout Tagout.
• Explain why locks are used.
• List the information contained on tags.
• Differentiate between authorized and
affected employees.
• Agree that both authorized and affected
employees are involved in the lockout
tagout program.
• Recognize hazardous energy sources.
• List forms of hazardous energy.
• Recognize possible results
of uncontrolled energy.
• Control hazardous energy.
• Select examples of energy-isolating devices.
• Agree to adhere to one lock and key
per employee.
• Agree to never share or exchange locks
and keys.
• Explain the purpose of tags.
• Explain why tags should be difficult to remove.
• Perform effective lockout tagout procedures.
• Assemble the proper order of all lockout
tagout steps.
• Agree that only trained, authorized
employees should perform lockout tagout.
• Identify questions to ask before starting work
on equipment.
Topics
• The Lockout/Tagout Program
• Hazardous Energy
• Lockout/Tagout Procedures
• Start-Up Procedures
DAYS
0.5
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information
Maintenance & Safety
OSHA Electrical Safety
& Arc Flash
Course code: SCT-EMESOM1A
Target audience
This course is designed for anyone specifically
cited in paragraph 1910.332 of CFR 29.
Included are supervisors of personnel,
engineers, technicians, electricians
and others facing a higher than normal risk
of electrical accidents.
Course Profile
The Electrical Safety and OSHA Requirements
Seminar reviews the principles, governmental
regulations, work practices and specialized
equipment relating to electrical safety.
Demonstrations of lockout/tagout and personal
protective equipment are provided. CFR 1910
Subpart S Electrical, CFR 1910 Subpart R
Electrical Power Generation, Transmission
and Distribution and NFPA 70E Standard
for Electrical Safety 2009 Edition, Personal
and other Protective Equipment are
incorporated into this program.
Objectives
Upon completion of this course, the student
shall be able to:
• Explain Governmental Regulations
for Safe Work Practices and Procedures.
• Review the Required Procedures
for Locking, Tagging and Grounding
of Electrical Equipment.
• Define elements of an Approved Safety
Program.
• Apply Appropriate Safe Work Practices and
Procedures when Working in Confined Spaces.
• Determine the Flash Protection Boundary.
• Assess the applicable Hazard/Risk category
and select proper Personal Protective
Equipment.
Topics
• Electrical Safety Practices
• Working Safely in Electrical Switchgear
• Working Safely with Power Transformers
• Arc Flash Hazards
2
Days
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Maintenance & Safety
S7-300F Distributed
Safety Engineering
Course code: SCT-S7SFTE1A
Target audience
This course is for engineers and personnel
responsible for implementing SIMATIC
Distributed Safety systems, including:
• Selecting the appropriate architecture
• Selecting the components and understanding
their specific purposes and limitations
• Specifying the module and system wiring
• Developing the safety PLC program
• Starting up and supporting the system.
Prerequisites
• MS Windows Expertise
• AB-S7 Fastrack OR S7 Automation
Maintenance 1 OR S7 TIA Programming 1
Course Profile
This course introduces the student to a Siemens
Distributed Safety PLC application. Participants
receive knowledge on applying the system
per relevant standards, Failsafe Hardware
Module details and parameterization, Safety
Program structure and implementation, Safety
Communications, System Diagnostics and
introduction to Drive Safety.
Objectives
Upon completion of this course, the student
shall be able to:
• Locate and understand the applicability
of the detailed documentation and
development resources
• Select and configure the Failsafe Hardware
components, and understand their
application restrictions.
• Properly implement a Safety program
in the PLC.
• Document, test, and troubleshoot the system.
Topics
• Introduction to Distributed Safety
• Standards discussion
• Hardware introduction and safety wiring
• STEP 7 quick tour
• STEP 7 Distributed Safety overview and labs
• Reintegration
• Safety Logic
• System Communication overview
• Diagnostics
• Throughput Calculations
DAYS
2.5
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Electrical Maintenance & Safety
SITRAIN Catalog | Course Descriptions
64
Maintenance & Safety
S7-300F Distributed
Safety Sustaining
Course code: SCT-S7SFTS1A
Target audience
This course is for SIMATIC S7 300F PLC users
who install or maintain automation safety
systems and their application programs.
Prerequisites
• MS Windows Expertise
• S7 TIA Programming 1 OR
• S7 Automation Maintenance 1
Course Profile
This course introduces the student to a
Siemens Distributed Safety PLC application.
Participants will build skills on commissioning,
troubleshooting and upgrading an automation
safety system. Failsafe Hardware Module details
and parameterization, Safety Program structure
and implementation, and System Diagnostics
are covered.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the concept of the Siemens S7
safety integrated system.
• Identify S7 safety components.
• Know how to remove and replace S7-300 and
ET200S safety components.
• Identify the wiring diagrams of the S7-300
and ET200S safety components.
• Understand the hardware configuration
of the S7-300 safety components.
• Identify the LED diagnostics for the S7-300
safety components.
• Identify the addressing of the S7-300
safety components.
• Troubleshooting using the Hardware
Configuration diagnostics to identify
system faults.
Topics
• Safety Systems Overview
• Introduction to Standard & Safety Block
Structure
• S7 Safety CPU and ET200S Hardware
• Safety PLC Hardware Configuration
• Safety Project Overview
• Safety Program Code
• Testing and Diagnostics
2
Days
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Maintenance & Safety
WL Low Voltage
Switchgear Maintenance
Course code: SCT-EMWLBM1A
Target audience
For personnel involved in installation,
operation, maintenance or testing of Siemens
Type WL low voltage switchgear with Electronic
Trip Units (ETU).
Course Profile
Proper methods for installing the equipment
to assure satisfactory service and typical
operations such as racking, charging, closing
and tripping are explained as well as how
to respond should the breaker trip. Typical
maintenance and parts replacement are
covered.
Features and benefits of the electronic trip
units and expansion modules are explained and
methods for setting the trip units using front
panel controls or by connection to a PC are
covered.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify Siemens WL low voltage switchgear
• Understand the installation requirements
for satisfactory service
• Properly rack, charge, close and trip
the WL circuit breaker
• Determine the appropriate response
to a breaker trip condition
• Perform typical maintenance
• Read and adjust settings on the Electronic Trip
Unit using front panel or electronic means
• Recognize the safety features of the lockouts
provided and how to use them
• Replace an electronic trip unit, charging
motor, closing coil or trip coil
• Perform field testing of the circuit breaker
• Interpret Siemens drawings related
to the WL switchgear line
Topics
• Introduction to Type WL Low Voltage
Switchgear
• Cubicle Structure and Components
• Circuit Breaker Components
• Cubicle and Circuit Breaker as a Unit
• ETU Protective Device
• Maintenance
• Parts Replacement
2
Days
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information
Virtual Instructor-led Training
OSHA Electrical Safety and
Arc Flash
Course code: SCT-EMOILESOM1A
Target audience
This course is designed for anyone specifically
cited in paragraph 1910.332 of CFR 29. Included
are supervisors of personnel, engineers,
technicians, electricians and others facing a
higher than normal risk of electrical accidents.
Course Profile
The Electrical Safety and OSHA Requirements
Seminar reviews the principles, governmental
regulations, work practices and specialized
equipment relating to electrical safety.
Demonstrations of lockout/tagout and personal
protective equipment are provided.
CFR 1910 Subpart S Electrical, CFR 1910
Subpart R Electrical Power Generation,
Transmission and Distribution and NFPA 70E
Standard for Electrical Safety 2015 Edition,
Personal and other Protective Equipment are
incorporated into this program.
Objectives
Upon completion of this course, the student
shall be able to:
• Explain Governmental Regulations for Safe
Work Practices and Procedures.
• Review the Required Procedures for Locking,
Tagging and Grounding of Electrical Equipment.
• Define elements of an Approved Safety
Program.
• Apply Appropriate Safe Work Practices and
• Procedures when Working in Confined Spaces.
• Determine the Flash Protection Boundary.
• Assess the applicable Hazard/Risk category and
select proper Personal Protective Equipment.
Topics
• Electrical Safety Practices
• Working Safely in Electrical Switchgear
• Working Safely with Power Transformers
• Arc Flash Hazards
HOURS
8 Register
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65
Course Descriptions | SITRAIN Catalog
Maintenance & Safety
Risk Assessment
Management
Course code: SCT-MSRAMG1A
Target audience
This course is for users who are involved with
developing or sustaining machine safety
automation systems and their application
programs.
Prerequisites
• Basic knowledge of machine safety standards
• MS Windows Expertise
Course Profile
The objective of this course is to methodically,
transparently and comprehensibly present the
process of risk assessment as a necessary step
in analyzing hazards before risk mitigation.
Participants will be introduced to the risk
evaluation method outlined in ANSI B11.0
2010 with the aid of pre-completed templates
and a real example. Throughout this course
students will work on identifying different
hazards, defining machine limits, assessment
of the original risk, risk reduction techniques,
documentation requirements and exercises
based on practical examples.
Objectives
Upon completion of this course, the student
shall be able to:
• Understanding the Risk Assessment process.
• Identify different hazards during the Risk
Assessment process.
• Understand ways of creating customized Risk
Assessment templates
• Do a practical implementation of Risk
Assessment
• Understand the documentation requirements
for Risk assessment.
• Look into conducting a standard-compliant
Risk assessment implementation.
Topics
• Introduction to Machine Safety
• Overview of Machine Safety Standards
• What is a Risk Assessment
• Differences - Risk Assessment
• Understanding the Risk Assessment Process
• Types of Risk Reduction
• Benefits of Risk assessment
• Instructor led Risk Assessment
• Exercise based on practical example
• Discussion
DAYS
1.5
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Electrical Maintenance & Safety
SITRAIN Catalog | Course Descriptions
66
Electrical Maintenance ends
67
Course Descriptions | SITRAIN Catalog
67
usa.siemens.com/ospt
Online training
designed with
your safety in mind
With Online, Self-paced Training you select the learning topics
and set the pace for completing your chosen courses. Working
together with Underwriters Laboratories (UL), we have expanded
our library to include 150+ topics that promote your health and
safety.
Build your comprehensive learning path with industry,
technology and safety training from a single supplier. Siemens
Online Self-paced training delivers focused, flexible learning at
an exceptional value – we give you more options to quickly reach
your learning goals.
Online,
Self-paced
Training
partner:
ACCESS/WinPM.net DAYS
3
SCT-PSACCE1A
SIMOCODE Pro
Motor Management DAYS
2
SCT-SCSIMG1A
Optional and specialty courses:
Course name Course code Duration
Industrial Switchgear Maintenance SCT-EMISGM1A 5 days
WL Low Voltage Switchgear Maintenance SCT-EMWLBM1A 2 days
Power Systems & SIMOCODE
SITRAIN Catalog | Course Descriptions
68
Power Monitoring & Maintenance SIMOCODE
Core courses Learning Map Optional learning
Power Systems &
SIMOCODE Courses
Virtual instructor-led
courses
Foundation and Prerequisite training courses are available for beginners in the form of our online,
self-paced courses. Our Technology catalog offers general and Siemens-specific titles including
Intro to PLC’s, Siemens PLC Programming concepts, and Function Block for Siemens PLC’s.
Visit www.usa.siemens.com/ospt for a complete list of course offerings.
Power & Controls
ACCESS/WinPM.net
Course code: SCT-PSACCE1A
Target audience
This course is intended for individuals
who require a detailed introduction to and
understanding of how to use and administer
ACCESS intelligent devices and the WinPM.
Net software package. It is expected that the
students of this course have some experience
with Siemens ACCESS Power Meters
and the WinPM.Net software package.
Course Profile
The Siemens SITRAIN Training Center offers
a variety of courses taught by a dedicated
team of Siemens training professionals
in an environment that promotes quick,
efficient learning and encourages active class
participation. Our US ACCESS headquarters is
located in Norcross, GA., a suburb of Atlanta.
Our courses provide an interactive “hands-on”
learning environment demonstrating real world
scenarios. Each student is provided a personal
workstation to use connected through an
Ethernet LAN to a range of Siemens ACCESS
advanced digital devices. This 3-day course
provides hands-on, introductory training for our
ACCESS power meters and for the WinPM.Net
software system.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify the primary applications, features,
and advantages of the entire Siemens meter
product range.
• Configure meters using their front panel
interfaces and through WinPM.Net software.
• Understand the features and functions of the
various WinPM.Net software components.
• Enable security features, manage user
accounts and assign control privileges.
• Use and configure the analog and/or
digital inputs and outputs of Siemens ACCESS
meters.
• Install WinPM.Net software for each type
of workstation configuration.
• Establish communication to Siemens
• ACCESS meters using a variety of
communication options.
• Generate reports
3
Days
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Power & Controls
Industrial Switchgear
Maintenance
Course code: SCT-EMISGM1A
Target audience
Personnel responsible for the daily operation
and maintenance of Medium and Low Voltage
Switchgear and Motor Control.
Course Profile
The Industrial Switchgear and Motor Control
course provides the basic skills required to
safely operate and maintain Medium Voltage
switchgear, Low Voltage Switchgear,
Medium Voltage Control and Low Voltage
Motor Control Centers. Classroom instruction,
video tapes, and demonstrations on typical
equipment are employed. Sample circuit
breakers are used for troubleshooting
and replacement of typical parts.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform proper safety procedures
• Identify MV & LV switchgear and its ratings
• Identify MV & LV motor control and its ratings
• Identify Insulated case circuit breaker ratings
• Identify Molded case circuit breaker ratings
• Proper and safe racking procedure
• Perform Rack out - Lock out - Tag out procedure
• Verify operation of protective interlocks
• Perform Mechanical and Electrical operation
• Locate and replace close and trip coils
and motor
• Interpret Siemens schematics
and wiring diagrams
Topics
• Safety procedures around Electrical
Equipment
• Introduction to Switchgear Ratings
• Handling, storage and assembly
• Circuit breaker and Motor control ratings
• Cable and control wiring connections
• PT and CPT units
• Current Transformer safety
• Circuit breaker racking procedures
• Rack out, Lock out, tag out procedures
• Explanation of Vacuum Interruption
• Disassembly for maintenance
• Replacing Trip coil, closing coil,
and charging motor
• Lubrication
• Insulation testing (Megger)
• Dielectric testing (High Potential)
DAYS
5
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Power & Controls
SIMOCODE Pro Motor
Management System
Course code: SCT-SCSIMG1A
Target audience
This course is intended for SIMOCODE Pro
Motor Management System users who
are involved with implementation, startup, operation or maintenance of systems
containing the SIMOCODE Pro.
Course Profile
This course introduces the SIMOCODE Pro Motor
Management System and its components.
Using representative hardware, the student
will configure and operate the system. Unit
controls allow the student to experience the
reaction of the SIMOCODE Pro to over-current,
undervoltage or over temperature. SIMOCODE
ES software
is used to configure the system for operation of
a reversing motor and modification of
the controls to adapt to user and apos - s
requirements.
Objectives
Upon completion of this course, the student
shall be able to:
• Configure the SIMOCODE Pro for use
as any particular motor starter.
• Set the SIMOCODE Pro to match
the motor parameters.
• Modify the SIMOCODE program as required.
• Wire the Inputs, Outputs and Control Power.
• Recognize fault indications and how to
reset them.
• Upload/Download the SIMOCODE program.
• Use Diagnostic functions in SIMOCODE ES.
• Replace a SIMOCODE device.
• Install SIMOCODE program.
• Set the SIMOCODE communication address
using the addressing plug.
• Integrate SIMOCODE ES into the Step 7
environment.
Topics
• Response to Fault Conditions
• Device Configuration
• Protection
• Monitoring Functions
• Inputs/Outputs
• Additional Function Blocks
• Diagnostics
• Communications
2
Days
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69
Course Descriptions | SITRAIN Catalog
Power & Controls
WL Low Voltage
Switchgear Maintenance
Course code: SCT-EMWLBM1A
Target audience
For personnel involved in installation,
operation, maintenance or testing of Siemens
Type WL low voltage switchgear with Electronic
Trip Units (ETU).
Course Profile
Proper methods for installing the equipment
to assure satisfactory service and typical
operations such as racking, charging, closing
and tripping are explained as well as how
to respond should the breaker trip. Typical
maintenance and parts replacement are
covered.
Features and benefits of the electronic trip
units and expansion modules are explained and
methods for setting the trip units using front
panel controls or by connection to a PC are
covered.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify Siemens WL low voltage switchgear
• Understand the installation requirements
for satisfactory service
• Properly rack, charge, close and trip
the WL circuit breaker
• Determine the appropriate response
to a breaker trip condition
• Perform typical maintenance
• Read and adjust settings on the Electronic Trip
Unit using front panel or electronic means
• Recognize the safety features of the lockouts
provided and how to use them
• Replace an electronic trip unit, charging
motor, closing coil or trip coil
• Perform field testing of the circuit breaker
• Interpret Siemens drawings related
to the WL switchgear line
Topics
• Introduction to Type WL Low Voltage
Switchgear
• Cubicle Structure and Components
• Circuit Breaker Components
• Cubicle and Circuit Breaker as a Unit
• ETU Protective Device
• Maintenance
• Parts Replacement
2
Days
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here More
information
Power Systems & SIMOCODE
SITRAIN Catalog | Course Descriptions
70
Power System SIMOCODE end
71
Course Descriptions | SITRAIN Catalog
SITRAIN
Training for the
Process Industries
Laser
FIDAMAT
ULTRAMAT
CEMS includes Ultramat 6, Oxymat 6 and Noxmat 6
CEMS
ULTRAMAT
OXYMAT
NOXMAT
Introduction to Process
Gas Chromatography
(Virtual Instructor-led) HOURS
10
PIA-PAOILOPTIA1
Total Sulfur Application
Vapor Samples
(Virtual Instructor-led) HOURS
15
PIA-PAOILMAXTSA
Maxum HRVOC
Operations & Maintenance DAYS
4.5
PIA-PAMAXHRV
NOXMAT 6
Service & Repair DAY
1
PIA-PACONAC5
ULTRAMAT 6
Service & Repair DAY
1
PIA-PACONAC2
CEMS System Overview
DAYS
3
PIA-PACONAC1
OXYMAT 6
Service & Repair DAY
1
PIA-PACONAC3
ULTRAMAT 23
Service & Repair DAY
1
PIA-PACGAC23
FIDAMAT 6
Service & Repair DAY
1
PIA-PACONAC4
Maxum Simulated
Distillation DAY
1
PIA-PAMAXUM8
LDS-6 LASER 6 Operations &
Maintenance DAY
1
PIA-PACGLDS6
MicroSAM
Maintenance DAYS
3
PIA-PAMSAMS1
Maxum MaxBasic
Software Development DAYS
4.5
PIA-PAMAXUM3
Maxum Gas Chromatograph
Portal Workshop DAYS
2
PIA-PAMAXGCPWS
Online Refresher
Maxum Operation with
GCP Level 1 HOURS
2
PIA-PAMAXGCP1-RA1
Maxum HRVOC Operations
& Maintenance DAYS
3
PIA-PAMAXHR3
Maxum Application Courses
Continuous Gas Analyzer Courses
Maxum Learning Map
Core courses Learning Map Optional learning
Process Gas
Chromatography Technology DAYS
3
PIA-PAOPTIA1
Maxum Operations
with GC Portal Level 1 DAYS
4.5
PIA-PAMAXGCP1
Maxum Operations
with GC Portal Level 2 DAYS
4.5
PIA-PAMAXGCP2
Maxum Analyzer
Networks DAYS
4.5
PIA-PAMAXUM5
Process Analyzers
SITRAIN Catalog | Course Descriptions
72
Process Analyzers
Courses
Virtual instructor-led
courses
Process Analyzers
CEMS System Overview
Course code: PIA-PACONAC1
Target audience
This overview course is intended for individuals
responsible for the operation and calibration of
Siemens Continuous Analyzers as well as CEMS
systems.
Course Profile
This course covers maintenance and
calibration of the Siemens Continuous
Monitoring Analyzers Systems. This course
covers hardware and software associated
with each analyzer - Ultramat 6, Oxymat 6
and Noxmat 6. This course also covers sample
systems associated with each analyzer and
sample system with continuous emissions
monitoring. Siemens Monitors and generic data
collection systems are covered.
Objectives
Upon completion of this course, the student
shall be able to:
• Calibrate Ultramat 6, Oxymat 6
and Noxmat 6 analyzers
• Replace the primary modules in these
analyzers and the CEMS sample system.
• Perform a bench alignment on the Ultramat 6
• Set parameters in the 6 series analyzers thru
the HMI.
• Clean the detector cells
Topics
• Sample Systems
– Disassembly & Assembly
– Speed Loops
– Gas sample probe
• Sample gas cooler
– Condensation Outlet
– Operation & Adjustments
• Liquid membrane separator
• Condensation monitors
– Balston coalescing filters
• ULTRAMAT
– Cell Cleaning and Maintenance
– Pneumatic Pump
– Electronic Board Identification
– Infrared Analysis
• OXYMAT
– Bench Disassembly
– Analyzer Bench Identification
• NOXMAT
• Data Acquisition Systems
3
Days
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Process Analyzers
FIDAMAT 6
Service & Repair
Course code: PIA-PACONAC4
Target audience
This hardware course is intended for individuals
responsible for the maintenance and operation
of Siemens Fidamat 6 Continuous Gas Analyzer.
Course Profile
In this course students will setup, calibrate
and perform basic maintenance functions
on the Siemens Fidamat 6 Flame Ionization
Continuous Gas Analyzer. This course can be
taught at the customer’s site and customized
to meet the customer’s needs. With advance
notice, customer specific applications can
be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Calibrate the Fidamat 6 analyzer using zero
and span gasses.
• Replace the primary modules in Fidamat 6
• Light and adjust the FID
• Set parameters in the 6 series analyzers
thru the HMI.
• Clean the detector cells
Topics
• Principle of FIDAMAT Operation
– Electronic Board Identification
– Analyzer Bench Identification
– Flame Ionization
• FIDAMAT Maintenance
– Calibration
– Cell Cleaning
– Bench Disassembly
– Panel Operation
– Software
• Labs
– Calibration
– Hardware Assembly
– Hardware Disassembly
– Software and Communications
– Familiarization and Identification
of Hardware and Parts
1
Day
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Process Analyzers
LDS-6 LASER 6
Operations and
Maintenance
Course code: PIA-PACGLDS6
Target audience
This overview course is intended for individuals
responsible for the maintenance and operation
of Siemens LDS-6.
Course Profile
This course covers maintenance and calibration
of the Siemens Laser LDS-6 Analyzer including
hardware and software. This course can be
taught at the customer’s site and customized
to meet the customer’s needs. With advance
notice, customer specific applications can be
taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Calibrate the LDS-6 analyzers
• Replace the primary modules in the
controller, transmitter and receiver.
• Set parameters thru the HMI and in
the LDS Com PC software.
• Perform an alignment between
the transmitter and Detector.
1
Day
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73
Course Descriptions | SITRAIN Catalog
Process Analyzers
Maxum
Analyzer Networks
Course code: PIA-PAMAXUM5
Target audience
This course is intended for individuals
responsible for maintaining the Maxum Process
Gas Chromatograph (PGC). Engineers and
technicians who will design and maintain
the communication network connecting the
Maxum PGC, maintenance workstations and the
plant Distributive Control Systems (DCS).
Course Profile
This course gives the students handson experience with the Maxum Gas
Chromatograph Network systems. Students will
learn skills they can use to design, install, and
maintain Maxum Ethernet networks, Advance
Data Hiway systems, Gateway units, Modbus
tables, and OPC servers.
Objectives
Upon completion of this course, the student
shall be able to:
• Design a Maxum Ethernet network
• Configure a Maxum to communicate
on a Maxum Ethernet network.
• Setup ADH to Ethernet Gateway.
• Configure a Maxum to communicate via
Modbus or OPC with a DCS interface.
• Edit a Maxum Modbus Map.
• Install and configure a typical Maxum
OPC server.
Topics
• Network Overview
• Advance Data Highway (ADH)
– Design Advance Data Hiway Networks
– Conduct 9V Battery Loop Test
– Gateway ADH to Ethernet Configuration
– Convert ADH Network to Maxum Ethernet
• Ethernet
– Design Ethernet Networks for Maxum PGC
systems with Switches and Fiber Optic Cables
– Configure Subnets and Gateways
– Configure Maxum Database for Ethernet
• Modbus
– Develop Modbus Maps using Excel
– Troubleshoot communications
– Simulate DCS communications
• Maxum OPC Server
– Configure Maxum Tables for OPC
– Setup Maxum OPC Sever
– Setup COM/DCOM to Client software
4.5
Days
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Process Analyzers
Maxum Gas
Chromatograph
Portal Workshop
Course code: PIA-PAMAXGCPWS
Target audience
This course is designed for users experienced
with Maxum System Manager / EZChrom
workstation software who want to learn
how to use Siemens Gas Chromatograph Portal
(GC Portal) workstation software to perform
maintenance on the Maxum Gas Chromatograph.
Prerequisites
• Maxum Operation Level 1
• Maxum Operation Level 2
Course Profile
In this course users will get an overview
of the Maxum GC Portal workstation software
and complete the same exercises done in
Maxum Operation Level 1 and Level 2
using GC Portal.
Topics
• Maxum GC Portal Overview
• Maxum GC Portal Network View
• Backup and Restore Database
• View Chromatograms
• Setup Method
• Analyzer Calibration
• Modify Validation Sequence
• Adding hardware
• Adding user specified alarms
• Add Auto Validation
• Editing a Method
• Formula Editor
• DB Converter
• Upgrading the analyzer
2
Days
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Process Analyzers
Maxum HRVOC
Operations &
Maintenance
Course code: PIA-PAMAXHRV
Target audience
This hardware course is intended for individuals
responsible for maintaining the HRVOC Maxum
Gas Chromatograph. This class is for users who
need to perform routine maintenance and
calibration of the Maxum Gas Chromatograph
used in HRVOC Flare
and Cooling Tower Applications.
Prerequisites
• Basic Chromatography skills
• Process Gas Chromatography Technology
Course Profile
The course covers operation, maintenance, and
calibration of the Maxum Gas Chromatograph.
It also covers the hardware and related
programming as well as covering the operation
of the Maxum Workstation, which includes
Table Editor and EZChrom. Maxum II Gas
Chromatographs with HRVOC Cooling Tower
and Flare Gas applications and sample systems
are used in this class for the labs and lectures.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform basic maintenance on the Maxum
Hardware modules.
• Balance the carrier gas flows.
• Setup the analyzer valve and EPC times
• Configure an EZChrom Instrument
• Adjust peak times using EZChrom
• Calibrate the analyzer with EZChrom
• Backup and Restore the analyzer database
Topics
• Maxum HRVOC Hardware Overview
• HRVOC Regulations Overview
– Siemens Cooling Tower HRVOC Solution
– Siemens Flare HRVOC Solution
• Maxum Applet Maintenance
– Setting Flows at Pressure
– Plumbing Configurations
• Maxum Detectors Maintenance
• Maxum Chromatograph
• Alarms
• Advance EZChrom Software
• Sample Systems
4.5
Days
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Process Analyzers
SITRAIN Catalog | Course Descriptions
74
Process Analyzers
Maxum HRVOC
Operations &
Maintenance Short
Course code: PIA-PAMAXHR3
Target audience
This hardware course is intended for individuals
responsible for maintaining the HRVOC Maxum
Gas Chromatograph. This class is for users who
need to perform routine maintenance and
calibration of the Maxum Gas Chromatograph
used in HRVOC Flare
and Cooling Tower Applications.
Prerequisites
• Maxum Operation Skills
• Maxum Operation Level 1 OR
Maxum Operations with GC Portal Level 1
Course Profile
The course covers operation, maintenance, and
calibration of the Maxum Gas Chromatograph
HRVOC Application. Maxum II Gas
Chromatographs with HRVOC Cooling Tower
and Flare Gas applications and sample systems
are used in this class for the labs
and lectures.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform basic maintenance on the Maxum
Hardware modules.
• Balance the carrier gas flows.
• Setup the analyzer valve and EPC times
• Configure an EZChrom Instrument
• Adjust peak times using EZChrom
• Calibrate the analyzer with EZChrom
• Backup and Restore the analyzer database
Topics
• HRVOC Regulations Overview
– Siemens Flare HRVOC Solution
– Siemens Cooling Tower HRVOC Solution
• Maxum Applet Maintenance
– Plumbing Configurations
– Setting Flows at Pressure
• Maxum Detectors Maintenance
– Flare Sample System
– Cooling Tower Sample System
• Sample Systems
• Labs
– Set Flows per Plumbing Diagram
– Set Valve Switching Cooling
Tower Application
3
Days
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Process Analyzers
Maxum MaxBasic
Software Development
Course code: PIA-PAMAXUM3
Target audience
This software course is intended for individuals
responsible for programming of the Maxum Gas
Chromatograph and for users who need
to perform routine software changes.
Prerequisites
• Maxum Operation Level 1
Course Profile
This course gives the students hands-on with
the Workstation MaxBasic language editor for
the Maxum Gas Chromatograph. The course
covers operation of the software modules that
come with the Maxum Workstation as well as
options that can be added to the system.
A fully functional copy of the MaxBasic
Language Editor CD is included with
the course at no additional charge.
This course can be taught at the customer’s
site and customized to meet the customer’s
needs. With advance notice, customer specific
applications can be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Modify a MaxBasic programs
• Compile and save the program to the
Maxum database.
• Create SQL statements to read and write
to the Maxum database.
• Use parameter table entries and IARGs
for variables in programs
• Create simple MaxBasic programs
Topics
• MaxBasic Overview
– Making a Program Basics
– Coding Standards
– Online Reference
• Maxum Basic
– If Then commands
– Structure, Variables
– Arithmetic Operators
– Arrays and Sub Procedures
• Maxum Database
– Foreign and Primary Keys
• Standard Query Language (SQL)
• Writing and Using Programs
4.5
Days
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Process Analyzers
Total Sulfur Application -
Vapor Samples
Course code: PIA-PAMAXTSA1
Target audience
This course is intended for individuals
responsible for routine maintenance and
calibration of the Maxum Gas Chromatograph
Total Sulfur Application measuring vapor
samples such as flare gas.
Prerequisites
• Maxum Operation with GCP 1 Course
Course Profile
The course covers operation, setup,
validation and calibration of the Maxum Gas
Chromatograph Total Sulfur Application.
This course uses interactive presentations
and discussions on the four key areas of this
application - multiple range dilution system,
FID combustion to convert Sulfurs to SO2, SO2
chromatograph application, the FPD detector
and validation setup. Course includes hands
on exercises in an off-line database using
GCP workstation software. Contact us for site
specific customization.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the basic operation and
maintenance of the FID and FPD.
• Adjust pressures and timing for the sample
dilution system.
• Setup FID combustion for Sulfur conversions
• Setup and Calibrate the SO2 analytical
Method.
• Setup sequences and validation for multiple
sample gasses.
Topics
• Introduction
• FPD Detector Theory, Flow Setup, flame
check and auto ignite
• SO2 Analytical Method, Flow setup, Backflush
setup, Adjust Retention Times and Calibration
• FID Combustion System, Conversion of Total
Sulfur to SO2, FID Operation, flame out and
auto ignite
• Sample Dilution Operation, Setup, Adjust EPC
pressures in each method/range based on
peak size, Range Change Program
• Validation of Multiple Sample Gasses
• Maintenance Planning, Validation and
Calibration, Sample System Pressures,
temperatures and flows.
4.5
Days
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75
Course Descriptions | SITRAIN Catalog
Process Analyzers
Maxum Operations
with GC Portal Level 1
Course code: PIA-PAMAXGCP1
Target audience
This course uses Siemens Gas Chromatograph
Portal (GC Portal) workstation software. Users
wanting training using EZChrom, the legacy
workstation software, should enroll in the
Maxum Operation Level 1 Course. This course
is intended for individuals responsible for
maintaining the Maxum Gas Chromatograph
and for users who need to perform routine
maintenance and calibration.
Prerequisites
• Basic Chromatography skills
• Process Gas Chromatography Technology
Course Profile
This course covers operations, setup, and
calibration of the Maxum Gas Chromatograph,
an overview of the Maxum GC Portal
workstation software. (GC Portal replaces
both System Manager and EZChrom).
This course can be taught at the customer’s
site and customized to meet the customer’s
needs. With advance notice, customer specific
applications can be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform basic maintenance on the
Maxum Hardware modules
• Balance the carrier gas flows.
• Setup the analyzer valve and EPC timing
• Access Maxums using GC Portal
• Adjust peak times with the GC Portal
workstation software.
• Calibrate the analyzer with GC Portal
• Backup and Restore the analyzer database
Topics
• Maxum System Overview
• Maxum GC Portal Overview
• Maxum Hardware Overview
• Maxum Valve Maintenance
• Maxum Detectors Maintenance
• Maxum Chromatograph
• Parallel Chromatography
• GC Portal Method Software
• Color Touch Screen CIM
4.5
Days
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here More
information
Process Analyzers
Maxum Operations
with GC Portal Level 2
Course code: PIA-PAMAXGCP2
Target audience
This course uses Siemens Gas Chromatograph
Portal (GC Portal) workstation software. Users
wanting training using EZChrom, the legacy
workstation software, should enroll in the
Maxum Operation Level 2 Course. This course
is intended for individuals who have completed
the Maxum Operation with GC Portal Level 1
or the Maxum Operation with EZChrom Level 1
course and are responsible for maintaining the
Maxum Gas Chromatograph.
Prerequisites
• Maxum Operations with GC Portal Level 1 OR
Maxum Operation Level 1
Course Profile
This course provides the students with more
hands-on training with the Maxum GC Portal
workstation software. (GC Portal replaces both
System Manager and EZChrom). This course
continues reviewing the software table structure
and how it can be modified to add functionality
to the Maxum Gas Chromatograph. Students
learn how to create methods and sequences
from scratch, as opposed to modifying an
existing method or sequence.
Objectives
Upon completion of this course, the student
shall be able to:
• Setup and calibrate using the Color Touch
Screen Control Interface Module (CIM).
• Run multiple level calibrations in GC Portal.
• Add Methods and Sequences in GC Portal
• Perform Analyzer software upgrades
• Setup Chromatogram and Data Logging
• Add User Specific Alarms
• Add peaks, valves and programs
by creating a Method in GC Portal.
• Create STATMON files
Topics
• Advance Maxum System Overview Maxum
• GC Portal Overview
• Maxum Chromatograph
• GC Portal Methods Software
• Advance Utilities
• GC Portal Analyzer
• Integrated Control Environment
4.5
Days
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information
Process Analyzers
Maxum
Simulated Distillation
Course code: PIA-PAMAXUM8
Target audience
This software course is intended for individuals
responsible for the maintenance and operation
of the Maxum Gas Chromatograph with the
Simulated Distillation or Motor Gasoline
Application.
Prerequisites
• Maxum Operation Level 1
Course Profile
This course covers setup and calibration of the
Maxum Gas Chromatograph with a Simulated
Distillation Application. This course covers the
specific hardware and software associated with
this application.
This course can be taught at the customer’s
site and customized to meet the customer’s
needs. With advance notice, customer specific
applications can be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Calibrate a Simulated Distillation Maxum
• Configure Simulated Distillation functions
• Evaluate Motor Gasoline Application
specific alarms
• Setup Temperature Ramp parameters
Topics
• Simulated Distillation Overview
– Calibration
– ASTM 2887
– Sample Calibration
– K Factor Select
– Null
• Motor Gasoline Application
– Basic Principle
– Functional Description
– Theory of Operation
– Baseline Correction Options
– Factor Select
– MOGAS Alarms
– Boiling Point Table
– Calibration Standards
2
Days
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information
Process Analyzers
SITRAIN Catalog | Course Descriptions
76
Process Analyzers
MicroSAM Maintenance
Course code: PIA-PAMSAMS1
Target audience
This software course is intended for individuals
responsible for maintaining the MicroSAM
Gas Chromatograph. This class is for users
who need to perform routine maintenance
and calibration of the MicroSAM Gas
Chromatograph.
Prerequisites
• Maxum Operation Level 1
Course Profile
The course covers operation, maintenance,
and calibration of the MicroSAM Gas
Chromatograph. It also covers the hardware
and related programming as well as covering
the operation of the Maxum Workstation,
which includes Table Editor and EZChrom.
This course can be taught at the customer’s
site and customized to meet the customer’s
needs. With advance notice, customer specific
applications can be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform basic maintenance on the MicroSAM
Hardware modules.
• Balance the carrier gas flows.
• Setup the analyzer valve times
and EPC pressures
• Configure an EZChrom Instrument
• Adjust peak times using EZChrom
• Calibrate the MicroSAM with EZChrom.
• Backup and restore the analyzer database to
a PC
Topics
• Hardware Overview
• Chromatograph
• Workstation
• Advance EZChrom Software
• Table Editor
• Labs
3
Days
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information
Process Analyzers
NOXMAT 6
Service & Repair
Course code: PIA-PACONAC5
Target audience
This hardware course is intended for individuals
responsible for the maintenance and operation
of Siemens Continuous Analyzer.
Course Profile
This course covers maintenance and calibration
of the Siemens Noxmat 6 Paramagnetic
Continuous Gas Analyzer hardware and
software.
This course can be taught at the customer’s
site and customized to meet the customer’s
needs. With advance notice, customer specific
applications can be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Calibrate the Noxmat 6 analyzer using zero
and span gasses.
• Replace the primary modules in Noxmat 6
• Set parameters in the Noxmat 6 analyzers
thru the HMI.
Topics
• Principle of NOXMAT Operation
– Electronic Board Identification
– Analyzer Bench Identification
– Infrared Analysis
• Noxmat Maintenance
– Calibration
– Cell Cleaning
– Condensate Trap
– Bench Disassembly
– Panel Operation
– Software
• Labs
– Calibration
– Hardware Assembly
– Hardware Disassembly
– Software and Communications
– Familiarization and Identification
of Hardware and Parts
1
Day
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information
Process Analyzers
OXYMAT 6
Service & Repair
Course code: PIA-PACONAC3
Target audience
This hardware course is intended for individuals
responsible for the maintenance and operation
of Siemens OXYMAT 6 Continuous Gas Analyzer.
Course Profile
In this course students will setup, calibrate
and perform basic maintenance functions
on the Siemens Oxymat 6 Paramagnetic
Continuous Gas Analyzer.
This course can be taught at the customer’s
site and customized to meet the customer’s
needs. With advance notice, customer specific
applications can be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Calibrate the Oxymat 6 analyzer using zero
and span gasses.
• Replace the primary modules in Oxymat 6
• Set parameters in the 6 series analyzers
thru the HMI.
• Clean the detector cells
Topics
• Principle of OXYMAT Operation
– Electronic Board Identification
– Analyzer Bench Identification
– Paramagnetic Oxygen
• OXYMAT Maintenance
– Calibration
– Cell Cleaning
– Bench Disassembly
– Panel Operation
– Software
• Labs
– Calibration
– Hardware Assembly
– Hardware Disassembly
– Software and Communications
– Familiarization and Identification
of Hardware and Parts
1
Day
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77
Course Descriptions | SITRAIN Catalog
Process Analyzers
ULTRAMAT 6
Service & Repair
Course code: PIA-PACONAC2
Target audience
This hardware course is intended for individuals
responsible for the maintenance and operation
of Siemens Continuous Analyzer.
Course Profile
In this course students will setup, calibrate
and perform basic maintenance functions
on the Siemens Ultramat 6 Infrared Continuous
Gas Analyzer System including hardware
and software.
This course can be taught at the customer’s
site and customized to meet the customer’s
needs. With advance notice, customer specific
applications can be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Calibrate the Ultramat 6 analyzer using zero
and span gasses.
• Replace the primary modules in Ultramat 6
• Replace and align the detector bench
• Set parameters in the Ultramat 6 thru the HMI.
• Clean the detector cell
Topics
• Principles of ULTRAMAT Operation
– Electronic Board Identification
– Analyzer Bench Identification
– Infrared Analysis
• ULTRAMAT Maintenance
– Calibration
– Cell Cleaning
– Condensate Trap
– Pneumatic Pump
– Bench Disassembly
– Panel Operation
– Software
• Labs
– Calibration
– Hardware Assembly
– Hardware Disassembly
– Software and Communications
– Familiarization and Identification
of Hardware and Parts
3
Days
Register
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information
Process Analyzers
ULTRAMAT 23
Service & Repair
Course code: PIA-PACGAC23
Target audience
This hardware course is intended for individuals
responsible for the maintenance and operation
of Siemens Ultramat 23 Continuous Gas
Analyzer.
Course Profile
In this course students will setup, calibrate
and perform basic maintenance functions on
the Siemens Ultramat 23 Infrared Continuous
Gas Analyzer System including hardware and
software.
This course can be taught at the customer’s
site and customized to meet the customer’s
needs. With advance notice, customer specific
applications can be taught.
Objectives
Upon completion of this course, the student
shall be able to:
• Calibrate the Ultramat 23 analyzer using zero
and span gasses.
• Replace the primary modules in Ultramat 23
• Replace and align the detector bench
• Set parameters in the Ultramat 23 thru the HMI.
• Clean the detector cell
Topics
• Principles of ULTRAMAT 23 Operation
– Infrared Analysis
– Analyzer Bench Identification
– Electronic Board Identification
• ULTRAMAT 23 Maintenance
– Software
– Panel Operation
– Bench Disassembly
– Pneumatic Pump
– Condensate Trap
– Cell Cleaning
– Calibration
• Labs
– Familiarization and Identification
of Hardware and Parts
– Software and Communications
– Hardware Disassembly
– Hardware Assembly
– Calibration
3
Days
Register
here More
information
Virtual Instructor-led Training
Introduction to Process
Gas Chromatography
Course code: PIA-PAOILOPTIA1
Target audience
This class is intended for individuals seeking
to gain a conceptual understanding of process
gas chromatography and associated hardware.
The course will provide the student with the
fundamental principles of chromatographic
parts and their inter-relationships. The
operation and maintenance of Siemens Process
Gas Chromatographs are taught in later
courses.
Course Profile
This course introduces the student to process
gas chromatography theory and technology.
This is a live, instructor led, on-line course
delivered in 2 hour learning modules through
an innovative web application. Students are
encouraged to complete assigned lab exercises
during and after each session to reinforce
the learning modules throughout the week.
A professional Siemens instructor will also be
available to answer student questions outside
of scheduled class times.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify the various hardware components
used in a Process Gas Chromatograph and
know their general functions.
• Conceptually setup a Sample System using the
custom documentation.
• Conceptually adjust column-valve times
based on chromatograms and oven plumbing
diagrams.
• Conceptually adjust peak times and integration
windows to measure the correct peaks.
• Conceptually troubleshoot general problems
in a Process Gas Chromatograph.
Topics
• Chromatographic Principles
• Sample Systems
• Chromatograph Column Theory
• Valve Operation and Maintenance
• Detector Operation and Maintenance
• Temperature Control
• Component Integration
• Analytical Techniques
Hours
10 Register
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information
Process Analyzers
SITRAIN Catalog | Course Descriptions
78
Process Analyzer end
Course Descriptions | SITRAIN Catalog Course Descriptions | SITRAIN Catalog
Siemens’ How-to Video Library consists
of short (3 minutes on average),
on-demand videos refreshing specific
tasks and skills acquired during a
SITRAIN instructor-led class. Each video
is developed by a skilled training
professional and offer a high impact
experience designed to refresh
individuals on industrial automation
skills and job-related tasks. These
How-to Videos provide on-demand,
self-paced instruction for all experience
levels. They are viewable in various
formats, including mobile devices,
providing you with instant access
right at the machine location.
Hundreds of technology topics, such as:
• Automation - SIMATIC S7
with STEP 7 v5.5
• Automation - SIMATIC S7
with TIA Portal
• CNC - SINUMERIK Power Line
• CNC - SINUMERIK Solution Line
coming soon!
• Process Control - SIMATIC PCS 7
• Variable Speed Drives
Subscription package options:
• 1 User/1, 3, 6, 12 or 24 months
• 1 User/Bundle Price Access Entire
Library
For multi-user licenses or to bundle this
offer with other virtual or classroom
training services, contact our Siemens
learning professionals.
How-to Video Library mobile app?
Go to the iTunes App Store, search for
"Siemens Video" or "Video Refresher"
and download the app for use on your
iOS devices.
Scan for
demo and
pricing.
Machine side learning
is simple with SITRAIN's
How-to Video Library
PCS7 System Operator
On-site Only DAY
1
SCT-PCPCSU1C
PCS7
System Service 1 DAYS
4.5
SCT-PCSVCS1B
PCS7
System Service 2 DAYS
4.5
SCT-PCSVCS2B
PCS7
System Engineering 1 DAYS
4.5
SCT-PCSYSE1D
PCS7
System Engineering 2 DAYS
4.5
SCT-PCSYSE2D
PCS 7 AS Advanced
Engineering DAYS
4.5
SCT-PCSASE1B
PCS7 System
Operator
(Virtual Instructor-led) HOURS
6
PIA-PAOILOPTIA1
Optional and specialty courses:
Course name Course code Duration
200 APACS+ Maintenance & Configuration SCT-AP200M1A 5 days
PCS7
SIMATIC Batch DAYS
4.5
SCT-PCBATP1B
APACS+ to PCS7
OS Migration DAYS
4.5
SCT-PCAPSP1A
BRAUMAT
Compact Workshop DAYS
4.5
SCT-PCBRCE1A
PCS7 CEMAT DAYS
4.5
SCT-PCCMTP1A
PCS7 Process
Safety Sustaining DAYS
4.5
SCT-PCSFTS1A
Operators Plant Engineers Maintenance Control Engineers
System Integrators
Core
courses
Custom
courses
Virtual instructorled courses Learning Map Optional
learning
– APACS+ / PCS7 / TDC
SITRAIN Catalog | Course Descriptions
80
PCS7 OS Advanced
Engineering DAYS
4.5
SCT-PCOSCP2B
Process Automation
Courses
VIDEO
How-to Video Library
from the Process Control - PCS7 category.
Process Automation – APACS+
200 APACS+ Maintenance
& Configuration
Course code: SCT-AP200M1A
Target audience
Technicians, Site Engineers and Integration
Engineers using APACS+ 4mation to develop
a process system solution.
Prerequisites
• Computer Expertise
Course Profile
This course is designed for controls technicians
and engineers who are responsible for project
design, development and commissioning an
APACS+ system. This course covers system
architecture, as well as capabilities of system
hardware components. These include control
modules, I/O modules, system network
components, servers and clients. Additionally,
the student will be prepared to make changes
and additions to an existing APACS+ controller
configuration. Finally, the student will learn
to navigate and interpret a controller
configuration, modify an existing configuration
and add new elements such as I/O tags and
control loops.
Objectives
Upon completion of this course, the student
shall be able to:
• Describe the architecture and hardware
• Move and connect field I/O points.
• Perform preventive maintenance.
• Troubleshoot a problem and identify
the system component that has failed.
• Shutdown and restart a system as required
• Select appropriate hardware elements
• Diagnose the system using system diagnostics
• Navigate and interpret a controller
configuration
• Modify existing controller configuration
• Read and force real-time data values
• Prepare a controller configuration for use
Topics
• ProcessSuite System Architecture Overview
• Module Mounting and Power Distribution
• Introduction to 4-mation™
• APACS+® ProcessSuite Troubleshooting
• Introduction to Controller Configuration
• Configure I/O Tags And Variables
• Ladder Logic Diagrams
• Managing The Resource Blocks
DAYS
5
Register
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information
Process Automation – APACS+
APACS+ to PCS7
OS Migration
Course code: SCT-PCAPSP1A
Target audience
Technicians, Site Engineers and Integration
Engineers familiar with APACS+/ProcessSuite
should attend this course.
Prerequisites
• Working knowledge of the APACS system and
HMI.
Course Profile
This course is designed to help existing users of
APACS+/ProcessSuite systems transition
into PCS 7/APACS+ OS as their HMI platform.
This course builds upon previous APACS+/
ProcessSuite knowledge gained in the 101
APACS+ Maintenance course, 201 4-mation
Configuration course and the 203 ProcessSuite
Framework Configuration course. The student
will learn to easily use PCS 7/APACS+ OS with
a previously existing 4-mation configuration.
Objectives
Upon completion of this course, the student
shall be able to:
• Compare APACS+ ProcessSuite, APS
and PCS 7 / APACS+ Architecture
• Log on and off the runtime PCS 7 OS
• Operate a running APACS+ PCS 7 OS
including Navigation, Process symbols,
Faceplates, Alarm Messages
• Review the Types of HMI Comments
• Configure a DBA project for migration
• Start the migrated OS project into runtime
• Add External Variables manually
• Add an Internal Variable for Text Reference
• Edit graphic object properties
• Edit Customized Objects
• Insert and configure Trend objects
• Create and configure online Trends.
• Modify APACS+ alarms
• Customize PCS 7 OS Alarm Logging
• Identify the requirements for creating custom
Tags, Faceplates and symbols
using DBA
Topics
• Using PCS 7/APACS+ OS as an operator
• Creating an OS project from scratch
• HMI comments and Graphics Designer
• The OS Database and DBA type editor
• Alarms and Creating Custom Points
4.5
Days
Register
here More
information
Process Automation – PCS7
BRAUMAT
Compact Workshop
Course code: SCT-PCBRCE1A
Target audience
The target audience for this workshop includes
PCS7 planning and brewery engineering
personnel, software project engineers,
system integrators, service and maintenance
personnel.
Prerequisites
• PCS7 System Engineering 1
• PCS7 System Engineering 2
Course Profile
PLEASE NOTE: Prerequisite PCS7 System
Engineering 1 is mandatory. Prerequisite
PCS7 System Engineering 2 is recommended.
The BRAUMAT Compact workshop is designed
to provide participants with an opportunity to
apply their PCS 7 engineering skills to hands-on
tasks associated with creating, configuring and
modifying a Braumat Compact project. This
workshop is more hands-on practical exercises
than theory (theory approx. 10 - 20%). The
goals of this workshop are to aggressively guide
the participant through
a basic system project design, creation,
and implementation using the BRAUMAT
Compact library.
Objectives
Upon completion of this course, the student
shall be able to:
• Configure BRAUMAT Compact within the
PCS7 programming area.
• Create a recipe based on single sequences for
multiple units.
• Configure a BRAUMAT Compact project
utilizing the basic components of BRAUMAT
Compact such as tag generator, Phasecon
Matrix, batch trending, and batch reporting.
Topics
• Installation of BRAUMAT Compact
• Creation of a BRAUMAT Compact project
• Create a system with three interdependent
subsystems
• Reporting and trending
• Scheduler
• Extending the recipe with logical functions
• Creation of function blocks using the
BRAUMAT Compact concept
3.5
Days
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information
81
Course Descriptions | SITRAIN Catalog
Process Automation – PCS7
PCS 7 AS
Advanced Engineering
Course code: SCT-PCSASE1A
Target audience
This course is intended for PCS 7 users already
proficient at engineering PCS 7 AS/OS projects.
Prerequisites
• PCS7 System Engineering 2
Course Profile
This is an advanced AS engineering course
designed for experienced PCS 7 users, engineers
and Solution Partners. The goals of this
course are to enhance the student’s skill-set by
exploring advanced AS configuration topics and
solutions to common application problems.
Objectives
Upon completion of this course, the student
shall be able to:
• Calculate memory, systems structure and
architecture requirements
• Configure automatic archives/read-back jobs
and a distributed Engineering Station
• Compare project versions and use access
protection
• Engineer with Advanced ES tools
• Use advance features of SFCs, SFC types and
alarm messaging
• Use advanced Process Control (APC) strategies
Topics
• Common simulation tools
• PCS 7 Documentation and Online Support
• Requirements and functional process
description
• System design and component specification
• PCS7 Project handling
• Advanced ES
• SFC Advanced
• Advanced alarm engineering
• Advanced Process Control (APC)
4.5
Days
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information
Process Automation – PCS7
PCS7 CEMAT
Course code: SCT-PCCMTP1A
Target audience
PCS 7 Planning engineers, Software project
engineers, service and maintenance personnel,
and system integrators should attend
this course.
Prerequisites
• Basic knowledge of SIMATIC PCS7 V7.0
Course Profile
This course covers BRAUMAT compact within
the PCS7 programming area. Students learn
to create a recipe based on single sequences
for multiple units. Additionally they gain
knowledge of the basic components of
BRAUMAT Compact like the Taggenerator,
the Phasecon Matrix, Batch Trending
and Batch reporting.
Objectives
Upon completion of this course, the student
shall be able to:
• Move and connect field I/O points.
• Perform preventive maintenance
• Troubleshoot a problem and identify
the system component that has failed.
• Shutdown and restart a system as required or
after a power failure.
• Select appropriate hardware elements
for system expansion
• Use the ProcessSuite Vision system
diagnostics
4.5
Days
Register
here More
information
Process Automation – PCS7
PCS7 OS
Advanced Engineering
Course code: SCT-PCOSCP2B
Target audience
This course is intended for PCS 7 users already
proficient at engineering PCS 7 AS/OS projects.
Prerequisites
• PCS7 Experience Credentials
• PCS7 System Engineering 1
Course Profile
This is an advanced OS engineering course
designed for experienced PCS 7 users,
engineers and Solution Partners. The goals of
this course are to enhance the student’s skillset by exploring advanced OS configuration
topics and solutions to common application
problems. This course begins with an
existing AS project and a brief but thorough
introduction to it. Using this “base” project and
advanced programming techniques, various
OS architectures will be added. OS graphic
development will include “best practice”
methods as well as advanced topics such as
C-script, VB script, Faceplate functionality and
custom solutions.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform a typical process system configuration
• Configure a fully functioning PCS7 OS project
• Configure and use SIMATIC Logon
• Configure Autostart for all OS stations
• Create and configure custom graphics as well
as custom faceplates
• Create and configure various PCS 7 architectures
including Server/Client, Redundant Server, Web
Server/Client and Multi-project set up.
• Setup and use OS Simulation
Topics
• Introduction to training
• PCS 7 Documentation and Online Support • Basics of OS configuration
• The Client/Server Configuration
• The Server Redundancy
• Extended Configuration of Multi-user Projects
• The Web Option
• Long-term Archiving
• Graphic Configuration
• The Graphic Object Update Wizard
• Syntax Rules
4.5
Days
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information
Process Automation – APACS+ / PCS7 / TDC
SITRAIN Catalog | Course Descriptions
82
Process Automation – PCS7
PCS7 Process
Safety Sustaining
Course code: SCT-PCSFTS1A
Target audience
This course is for site engineers and
maintenance staff responsible for the
sustaining and operation of a Siemens PCS7
based Safety Instrumented System (SIS).
Course Profile
This course builds skills for sustaining and
operating a Siemens PCS7 Process Safety
system. The course begins with an introduction
to Process safety system concepts, purpose and
typical process control architectures. The course
then builds skills in hardware components,
basic SIMATIC project management and system
troubleshooting.
A light review of system program elements
and tools is included to support systems
level troubleshooting. The Safety Matrix,
a tool available for safety cause and effect
configuration is also covered. The class
will use a functioning safety demo project
with minimal system programming.
Objectives
Upon completion of this course, the student
shall be able to:
• Use the basic knowledge of a process safety
control system to properly sustain an existing
system.
• Configure the proper hardware of the CPU
and signal modules to ensure appropriate
system response.
• Navigate a safety project
• Configure the Safety Library blocks to
manage a safety shutdown program.
• Configure using the Safety Matrix
programming tool
• Operate, control and troubleshoot a safety
system using the Safety Matrix tool.
• Troubleshoot the system using various
software tools and status indicators.
Topics
• Process Safety Overview
• Siemens Process Safety
• Project Management
• Configuring Hardware (HW)
• Continuous Functions Charts (CFC)
• Safety Matrix
• System Troubleshooting
3
Days
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information
Process Automation – PCS7
PCS7 SIMATIC Batch
Course code: SCT-PCBATP1B
Target audience
This course is for PCS7 system design
engineers, configuration engineers,
programmers, commissioning personnel, and
OEMs working with the SIMATIC Batch option.
Prerequisites
• PCS7 System Engineering 1
• PCS7 System Engineering 2 (Recommended)
Course Profile
This course is an introduction to Siemens
SIMATIC Batch processing. Using the same
project created during the prerequisite PCS 7
System Engineering training courses, students
will review a typical batch process model to
understand process elements and terminology.
Students will then use the same sample batch
process to learn batch tools, management and
control skills. Security, system administration
and batch control techniques topics are
included. Recipe generation and planning
considerations are also discussed.
Objectives
Upon completion of this course, the student
shall be able to:
• Define the terms and procedural model
according to the ISA S88.01
• Set up the hardware configuration; define
SIMATIC Batch structure, a P-Cell, Unit,
Functions in Plant View and CFC
• Properly compile and download a Batch project.
• Navigate file structures on BATCH Server.
• Utilize BATCH faceplates and other OS Batch
controls in the OS.
• Execute all configuration steps on the ES to
start up a BATCH server successfully
• Create a new Pcell, handle materials, write/
edit/release master recipes.
• Create new users and set up user rights.
• Set up batches based on the quantity of the
order and batch dependencies.
• Access data of finished and archived batches.
• Perform Online Structure Changes.
Topics
• PCS 7 Documentation and Support
• Functional Process Description
• Batch Systems Basics
• SIMATIC Batch in SIMATIC Manager and OS
• SIMATIC Batch offline and offline
4.5
Days
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information
Process Automation – PCS7
PCS7 System
Engineering 1
Course code: SCT-PCSYSE1D
Target audience
Controls engineers using PCS7 to develop a
process system solution.
Prerequisites
• Basic automated controls experience
• Industrial electronics experience
• Solid computer skills
Course Profile
This course is designed for controls engineers
who are responsible for project design,
development and commissioning a PCS7 system.
The goals of this course are to aggressively help
the student learn a basic system configuration
and project design using standard system tools
and libraries.
Objectives
Upon completion of this course, the student
shall be able to:
• Define the requirements and components of
a PCS7 system solution.
• Configure a multiproject complete with
Component and Plant Hierarchy
• Configure basic Continuous Function Charts
using standard system tools and libraries.
• Configure basic Sequential Function Charts
using standard system tools and libraries.
• Configure a basic Operator Station
configuration using standard system tools
and tag interfacing.
• Configure and test basic network communications
including, Ethernet and PROFIBUS DP.
• Perform a basic system check out using
standard system tools and diagnostics.
• Use the Help, Documentation and On-line
tools.
• Perform basic system administration and
project management functions.
Topics
• PCS 7 Documentation and Online Support
• Requirements and Functional Process
Description
• System Design and Component Specification
• Project setup
• Station and network configuration
• Connection to the process
• Basics control functions
• Basics Operating and Monitoring
• Basics Automatic Mode Control
4.5
Days
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83
Course Descriptions | SITRAIN Catalog
Process Automation – PCS7
PCS7 System
Engineering 2
Course code: SCT-PCSYSE2D
Target audience
Controls engineers using PCS7 to develop a
process system solution and need an advanced
level system configuration and integration
skills.
Prerequisites
• PCS7 System Engineering 1
Course Profile
This is an advanced process control course
for engineers. The goals of this course are to
aggressively help the student learn advanced
level system configuration and project
engineering. This course begins with the
project configured in the System Engineering-1
course and elevates the functionality through
advanced Engineering Station programming,
Operator Station graphics development and,
Automation Station hardware integration.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform typical process system configuration.
• Configure functioning PCS7 project.
• Perform fast bulk engineering.
• Configure custom blocks using SCL.
• Configure custom graphics.
• Set up Operator Station user administration.
• Replicate Plant Hierarchy using the models
tool.
• Create and configure alarm and tag archives.
• Configure Ethernet communications.
Topics
• Customizing the OS
• Archiving System
• Locking functions and operating modes
• Mass data engineering
• Final steps of configuration
• User blocks: Attributes and Visualization
• Demonstration Server-Client System
• Syntax Rules
4.5
Days
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information
Process Automation – PCS7
PCS7 System Operator
Course code: SCT-PCPCSU1C
Target audience
This course targets PCS7 system operators,
production supervisors, and administrative
staff who require a working knowledge of
the system. Additionally, anyone in need of
building a basic, operational understanding
of the PCS7 process control system. The Day
2 option is targeted for operators with basic
technical diagnostic responsibilities and
backgrounds.
Course Profile
This course provides the student with a working
exposure to the PCS7 OS control system. This
is a flexible agenda with a 1 day core agenda
plus a “Day 2 option” with advanced system
diagnostics. Using a prebuilt Siemens demo
project, the students will learn PCS7 system
operational functions and procedures in a safe
and controlled environment. The Day 2 option
is targeted for those operators with additional
system diagnostics responsibilities. This course
is a hands-on curriculum working with a typical
simulated production process.
Objectives
Upon completion of this course, the student
shall be able to:
• Understand the PCS7 control
system architecture
• Navigate the system screen hierarchy
• Control and monitor a production process
• Use the system keysets and functions
• Use the Trending and Messaging systems
• Use the Reports and Archive systems
• Use the system Hardware Configuration
and Diagnostics tools (Day 3 option)
Topics
• PCS7 Overview
• Demo Project Screen Review
• PCS7 OS Process Mode
• System Operator Inputs
• Graphic System Control
• Trend, Message and Reports Systems
• Archive System
• Maintenance Station (Day 2)
• PCS7 System Hardware Overview (Day 2)
• System Troubleshooting Basics (Day 2)
4.5
Days
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information
Process Automation – PCS7
PCS7 System Service 1
Course code: SCT-PCSVCS1B
Target audience
Plant Engineers, Technicians and Users
responsible for operating, optimizing and
troubleshooting a PCS7 system should attend
this course.
Prerequisites
• Computer Expertise
• Industrial electronics experience
Course Profile
This course is designed for individuals receiving
an engineered PCS7 system and are responsible
for system sustaining and service. The goals
of this course are to help the student learn to
efficiently use, optimize and troubleshoot their
process through the PCS7 system.
Objectives
Upon completion of this course, the student
shall be able to:
• Navigate PCS7 documentation.
• Navigate a PCS 7 OS runtime station.
• Use the system architecture to aid in
diagnostics.
• Identify which part of the database is
responsible for each part of the configuration.
• Navigate PCS 7 Multiproject structure.
• Identify different causes of errors/faults.
• Analyze problems efficiently.
• View messaging system.
• View the Asset Diagnostics system.
• Perform diagnostic maintenance of CFC and
SFC charts using various PCS 7 tools.
• Analyze AS, OS, PC and communication
diagnostics.
• Configure and use the SDT (SIMATIC
Diagnose Tool).
• Replace faulty modules/devices..
Topics
• Introduction to training
• SIMATIC PCS 7 Documentation and Online
Support
• Requirements and Functional Process
Description
• System Design and Component Specification
• Project-specific settings
• Project-specific architecture and
Configuration
• Methods for problem analysis
• Diagnostics options with PCS 7
• Procedure for eliminating problems
4.5
Days
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Process Automation – APACS+ / PCS7 / TDC
SITRAIN Catalog | Course Descriptions
84
Process Automation – PCS7
PCS7 System Service 2
Course code: SCT-PCSVCS2B
Target audience
Plant Engineers, Technicians and Users
responsible for operating, optimizing and
troubleshooting a PCS7 system should attend
this course.
Prerequisites
• PCS7 System Service 1
Course Profile
This course is designed for individuals
receiving an engineered PCS7 system and are
responsible for system sustaining, service and
basic modification. The goals of this course
are to help the student learn to efficiently use,
optimize and troubleshoot their process as well
as replacements and additions to it.
Objectives
Upon completion of this course, the student
shall be able to:
• Navigate PCS7 OS runtime station
• Use the system architecture
• Navigate PCS 7 Multiproject
• Identify different causes of errors/faults
• View messaging system
• Enable/repair OS Simulation, Asset
Diagnostics
• Enable/repair SIMATIC Logon
• Enable/repair OPC Server functionality
• Force block values in run-time
• Use ApDiag.exe
• Use SIMATIC Diagnostics Tool (SDT)
• Implement alarm management techniques
• Use the built-in PID tuner
• Modify basic configurations of charts
• Add/modify basic DP, PA & HART field devices
• Expand networks
• Create/restore Siemens computer images
• Follow link to view full description on the
website
Topics
• Introduction to training
• SIMATIC PCS 7 Documentation and Online
Support
• Requirements and Functional Process
Description
• Method for problem analysis
• Diagnostic possibilities with PCS 7
• Plant Optimization
• Plant expansion
• Adding an OS station
4.5
Days
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Process Automation – TDC
SIMATIC TDC Engineering
with D7 and CFC
Course code: SCT-PCTDCP2A
Target audience
Programmers, Commissioning engineers,
configuring engineers and service personnel
should attend this course.
Prerequisites
• S7 Automation Maintenance 1 OR
S7 TIA Programming 1
Course Profile
This course is designed for service technicians
and commissioning/configuration engineers
who are responsible for project maintenance,
design, development and commissioning
a TDC system using CFCs. This course provides
you with the knowledge for programming
and commissioning the control system SIMATIC
TDC. After the training you will be able to
configure technological functions with CFC and
establish the communication via PROFIBUS,
Industrial Ethernet and GDM-connection.
Objectives
Upon completion of this course, the student
shall be able to:
• Obtain help using the online documentation
• Configure rack hardware
• Copy, archive and restore a project
• Configure the PG/PC interface
• Create and edit a program using CFC blocks
• Configure the processing sequence
of CFC blocks
• Configure scan times and interrupts
• Create run-time groups
• Save, compile, and load the program
to the memory module
• Monitor program and hardware operation
using Test Mode
• Create and use reference data for a program
• Convert a task to a program (Chart in chart,
chart as block)
Topics
• Working with the SIMATIC-Manager
• Hardware configuration for the system
• Preparation of CFC charts for this system
• Working with own blocks and chart in chart
• Communication-Hardware and its ranges
• Introduction to the communication
• Processor communication
4.5
Days
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Virtual Instructor-led Training
PCS7 System Operator
Course code: SCT-PCOILPCSU1C
Target audience
This course targets PCS7 system operators,
production supervisors, and administrative
staff who require a working knowledge of
the system. Additionally, anyone in need of
building a basic, operational understanding of
the PCS7 process control system.
Course Profile
This course provides the student with a working
exposure to the PCS7 OS control system. Using
a prebuilt Siemens demo project, the students
will learn PCS7 system operational functions
and procedures in a
safe and controlled SIMULATED plant
environment. All core operational tasks and
system tools are discussed and practiced by
the students. Typical operator system inputs,
acknowledgments, control and monitoring
tasks are included. This course is a hands-on
curriculum working with a typical simulated
production process.
This is a live, instructor led, on-line course
delivered in two hour learning modules through
an innovative web application. Access to fully
functional PCS7 software will be provided to the
student through a cloud based application.
Objectives
Upon completion of this course, the student
shall be able to:
• Identify the PCS7 control system architecture
• Navigate the OS system screen hierarchy
• Control and monitor a production process
• Navigate the system keysets and functions
• Access the Trending and Messaging systems
• Create / access the Reports and Archive
systems
Topics
• PCS7 Overview
• Demo Project Screen Review
• PCS7 OS Process Mode
• System Operator Inputs
• Graphic System Control
• Trend System
• Message System
• Functions and Outputs of the Report System
• Archive System
3
Days
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85
Course Descriptions | SITRAIN Catalog
Process Automation ends
Field Instrumentation DAYS
3
PIA-PRT5C1A
Water Industry DAYS
3
PIA-PRWATC1A
SITRANS FUS/FUE
Clamp-On Products DAYS
3
PIA-PRFUEC1A
Midstream Liquid DAYS
3
PIA-PROGLC1A
SITRANS FUH
Clamp-On Products DAYS
3
PIA-PRFUHC1A
SITRANS FUG
Clamp-On Products DAYS
3
PIA-PRFUGC1A
Flow Technologies DAYS
3
PIA-PRT3C1A
Oil & Gas Upstream DAYS
3
PIA-PROGUC1A
Level Technology DAYS
4
PIA-PRT1C1A
Midstream Gas DAYS
3
PIA-PROGGC1A
Process Instrumentation
SITRAIN Catalog | Course Descriptions
86
Technology Courses Industry Courses
Core courses Learning Map Optional learning
Process Instrumentation Courses
Virtual instructor-led
courses
The Siemens process instrumentation training curriculum offer students a variety of options for learning specific
technologies and also applications within different industries. Technology courses provide an in depth theory of operation,
product selection criteria and provides hands-on labs for maintenance, troubleshooting and repair. Our industry courses
provide an overview of how devices are applied into each specific industry and covers process overviews, technology
comparisons, application pitfalls, and basic hands-on labs for start-up and commissioning.
Process Instrumentation
Field Instrumentation
Course code: PIA-PRT5C1A
Target audience
Service personnel and customers using
process instruments.
Course Profile
Combining hands-on tutorials with theory
sessions, this course teaches participants
the principles of field instrumentation,
including pressure and temperature
measurement, and electro-pneumatic
and ultrasonic technologies. Working with
the PI product portfolio, students gain an
understanding of common applications,
troubleshooting, customer requirements,
and how to select a suitable product.
Topics
• Pressure
– Introduction to pressure principles and
technology
– Pressure terminology
– Programming
– Common applications
– Maintenance and troubleshooting
• Temperature
– Theory
– Transmitter design
– Programming temperature diagnostics
• Valve Positioners
– Introduction to Valve positioners
– Valve positioner technology
– Programming and initialization
– Applications
3
Days
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Process Instrumentation
Flow Technologies
Course code: PIA-PRT3C1A
Target audience
This course is for service personnel and
customers unfamiliar with flow meter
technologies and the proper use of these
process instruments.
Course Profile
Using hands-on tutorials and theory sessions,
this course gives participants a comprehensive
overview of several flow measurement
technologies using the PI Coriolis mass flow,
electromagnetic volume flow, Vortex flow
measurement, and ultrasonic flow measurement
technologies. Covering commonly used flow
product lines and common applications,
participants learn the principles of flow
measurement, product features, product
selection, understanding and meeting customer
requirements, and basic troubleshooting of
applications and installations.
Objectives
Particpants will:
• Learn the principles of flow measurement.
• Review commonly used flow technologies
and common applications.
• Explore product features and selection
of flow technology based on application
requirements.
• Learn basic troubleshooting of applications
and installations.
Topics
• Introduction to flow measurement and why it
is a critical process variable
• Theory, history, and terminology
• Flow markets and key applications
• Working principles, installation,
commissioning, common errors, and unique
selling points of:
– Coriolis MASSFLO flow meters
– Electromagnetic flow meters
– Ultrasonic flow meters - Transit time and
Doppler
– Vortex flow meter
• Product selection by application
• Installation guidelines
• Hands-on exercises on each type of
technology presented
4
Days
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information
Process Instrumentation
Level Technology
Course code: PIA-PRT1C1A
Target audience
This course is intended for individuals
responsible for basic set-up and calibration
of the solids and liquid level measurement
devices for Siemens PI.
Course Profile
Combining hands-on tutorials with theory
sessions, this course teaches participants the
principles of solids and liquid level measurement
using the Siemens Process Instrumentation
ultrasonic, radar, capacitance, guided wave
radar and point level detection technologies.
Covering product lines and common applications,
participants learn the basics of point and
continuous level measurement, product features,
product selection, and troubleshooting.
Objectives
Participants will:
• Gain an understanding of the measuring
principles for contacting and non-contacting
level instrumentation.
• Obtain and understand the principle of
operation, selection of sizing, and basic
programming for ultrasonic, radar, guided
wave radar, pressure, and capacitance.
• Acquire an understanding of when and
how to apply each technology to a specific
application in order to give the application
the best chance of being successful.
• Acquire knowledge of industrial
communication instruments and software to
remotely monitor applications.
Topics
• Ultrasonics:
– Theory of operation
– Applications, programming and installation
basics
– Support Software
• Non-Contacting Microwave Radar:
– Theory of operation
– Pulse, FMCW, 2-wire
– Power, Frequency, Cost
– SIMATIC PDM
– Applications and installation basics
• Guided Wave Radar:
– Theory of operation
– Applications and installation details
• Capacitance
– Theory of operation and Applications
4
Days
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87
Course Descriptions | SITRAIN Catalog
Process Instrumentation
SITRANS FUG1010
Clamp-On Products
Course code: PIA-PRFUGC1A
Target audience
This is an advanced course intended
for technical individuals responsible for
maintenance and operation of SITRANS FUG010
Natural Gas clamp-on flowmeters.
Prerequisites
• Training Course PIA-PRFUEC1A
• Knowledge of Natural Gas Industry
Terminology
Course Profile
Combining hands-on tutorials with theory
sessions, this course teaches participants the
configuration and application details of the
SITRANS FUG1010 product line as it relates to
the gas industry. This course is an advanced
course with focus on the FUG product.
Additionally, the course covers many of
the applications for the products as well as
installation and troubleshooting.
Objectives
Particpants will learn:
• Principles of transit-time clamp-on flow
meters for the gas industry.
• Programming fundamentals, requirements,
and options.
• Installation requirements and procedures.
• Commissioning and verification.
• Troubleshooting and corrective action.
• Utilization of supporting diagnostic software
and tools.
• Communication options.
Topics
• Model selection and part numbering
• Fundamental theory and application
considerations
• Programming techniques
• Installation methods and guidelines
• Hands-on installation exercises
• Construction and loading of AGA8 tables
• Basic troubleshooting
• Use of Si-Ware® serial data software
3
Days
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information
Process Instrumentation
SITRANS FUH1010
Course code: PIA-PRFUHC1A
Target audience
This is an advanced course intended
for technical individuals responsible for
maintenance and operation of SITRANS
FUH Hydrocarbon clamp-on flowmeters and
associated leak detection systems.
Prerequisites
• Training Course PIA-PRFUEC1A
• Knowledge of Hydrocarbon Industry
terminology
Course Profile
Combining hands-on tutorials with theory
sessions, this course teaches participants the
configuration and application details of the
SITRANS FUH1010 and Leak Detection product
line as it relates to the Hydrocarbon Liquid
industry. This course is an advanced
course with focus on the FUH product and
leak detection designs. Additionally, the
course covers many of the applications for
the products as well as installation and
troubleshooting.
Objectives
Participants will learn:
• Principles of transit-time clamp-on flow
meters for the Hydrocarbon industry.
• Programming fundamentals, requirements,
and optimization.
• Installation requirements and procedures.
• Commissioning and verification.
• Troubleshooting and corrective action.
• Utilization of supporting diagnostic software
and tools.
• Communication options.
Topics
• Theory and application considerations
• Installation methods, requirements and
guidelines
• Detailed analysis of diagnostic data
• Enhanced application troubleshooting
• Construction and Programming liquid tables
• Assessment and correction of operational
issues and communications
• Use of Si-Ware® serial data software
3
Days
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information
Process Instrumentation
SITRANS FUS/FUE1010
Clamp-On Products
Course code: PIA-PRFUEC1A
Target audience
This course is intended for technical individuals
responsible for routine maintenance and
calibration of SITRANS FUS/FUE/FST clamp-on
flowmeters. Additionally sales representatives
responsible for selling and specifying these
meters will benefit from this class.
Prerequisites
• Basic knowledge of pipes and piping system
terminology
Course Profile
Combining hands-on tutorials with theory
sessions, this course teaches participants
the configuration details of the products
in the FUS/FUE product line. Additionally,
the course covers many of the applications
for the products as well as installation and
troubleshooting.
Objectives
Participants will learn:
• Principles of transit-time and Doppler clampon flow meters for liquids.
• Programming fundamentals, requirements,
and options.
• Installation requirements and procedures.
• Commissioning and verification.
• Troubleshooting and corrective action.
• Utilization of supporting diagnostic software
and tools.
• Communication options.
Topics
• Model selection and part numbering
• Fundamental theory and application
considerations
• Programming techniques
• Installation methods and guidelines
• Hands-on installation exercises
• Basic troubleshooting
• Use of Si-Ware® serial data software
3
Days
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SITRAIN Catalog | Course Descriptions
88
Process Instrumentation
Water Industry
Course code: PIA-PRWATC1A
Target audience
This course is intended for individuals responsible
for start-up and general maintenance of process
instrumentation within the water and wastewater
industry.
Course Profile
This course is designed to provide students with
technical knowledge required to specify, apply,
install, and maintain process instruments
utilized in both drinking water and waste water
applications. This course will cover basic theory
of operation, applications, installation and
commissioning considerations of flow, level,
pressure and temperature technologies.
Objectives
Participants will gain an understanding of the
various technologies and theories of operation
for level, flow, pressure, and temperature
products used in the Water and Waste Water
Industry
Topics
• Overview of conventional WWTP &
WTP processes
• Ultrasonic level measurement
• Electromagnetic Flow meters
• Clamp-On Ultrasonic Flowmeters
• Digital differential pressure transmitters
• Temperature Transmitters and Sensors
3
Days
Register
here
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information
Process Instrumentation
Oil & Gas Upstream
Course code: PIA-PROGUC1A
Target audience
This course is intended for individuals responsible
for start-up and general maintenance of process
instrumentation within the upstream oil & gas
industry.
Course Profile
Using hand-on labs and applications in the
oil and gas upstream process, this course
gives participants an overview of several
process technologies in flow, temperature,
pressure, level and positioners. Working with
the P1 product portfolio, students gain an
understanding of theory, installation and
setup of flow, pressure, level, and positioner
technologies.
Objectives
Students will learn how to install and setup
instruments in flow, temperature, pressure,
level, and positioners. They will also gain
knowledge on specifications of the instruments
and theory of the technologies.
Topics
• Overview of the Oil and Gas Upstream
Process
• Injection Well Head
• Christmas Tree
• Separators
• Heater Treater
• Manifolds
• Vapor Recovery Unit
• Tank Batteries
• Chemical Injection at Production Well Sites
3
Days
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Process Instrumentation
Midstream Gas
Course code: PIA-PROGGC1A
Target audience
This course is intended for individuals responsible
for start-up and general maintenance of process
instrumentation within the midstream gas
industry.
Course Profile
This course will provide students with
knowledge to enable specification, application,
and installation of Siemens process
instruments utilized in midstream Natural Gas
applications. With a combination of Theory,
detailed description, and hands on labs the
students win gain a working understanding
of flow, pressure temperature, level and valve
positioner technologies and how they apply to
their applications. The course will review the
processes and challenges faced in midstream
applications and the solutions Siemens
process instrumentation provide to meet these
challenges.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform basic installation and commissioning
of a range of Siemens process instruments
• Understand the capabilities of each product
variant and where to apply which model for
optimum performance
• Identify applications that may benefit
from utilization of Siemens process
instrumentation
Topics
• Midstream Gas process overview
• Detailed Review of Midstream Stages
• Product-Specific Tutorials & Hands-On Labs
3
Days
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here
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information
89
Course Descriptions | SITRAIN Catalog
Process Instrumentation end
Process Instrumentation
SITRAIN Catalog | Course Descriptions
90
Process Instrumentation
Midstream Liquid
Course code: PIA-PROGLC1A
Target audience
This course is intended for individuals
responsible for start-up and general
maintenance of process instrumentation
within the midstream liquids Industry.
Course Profile
This course will provide students with
knowledge to enable specification, application,
and installation of Siemens process
instruments utilized in midstream Liquid
applications. With a combination of Theory,
detailed descriptions, and hands on labs the
students will gain a working understanding
of flow, pressure temperature, level and valve
positioner technologies and how they apply
their applications. The course will review the
processes and challenges faced in midstream
applications and the solutions Siemens process
instrumentation provide to meet these
challenges.
Objectives
Upon completion of this course, the student
shall be able to:
• Perform basic installation and commissioning
of a range of Siemens process instruments
• Understand the capabilities of each product
variant and where to apply which model for
optimum performance
• Identify applications that may benefit
from utilization of Siemens process
instrumentation
Topics
• Midstream Oil process overview
• Detailed Review of Midstream Stages
• Product-Specific Tutorials & Hands-On Labs
3
Days
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here
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information
SITRAIN
Training for
Industry
Security in
Industrial Networks DAYS
3
IEN-SECINS1A
Switching and Routing in
Industrial Networks DAYS
5
IEN-IKSWROU1A
Wireless LAN in
Industrial Networks DAYS
3
IEN-IKWLAN1A
Industrial Networking
SITRAIN Catalog | Course Descriptions
92
Certification for Engineers
Core courses Learning Map
93
Course Descriptions | SITRAIN Catalog
Certification for Engineers
Security in Industrial
Networks
Course code: IEN-SECINS1A
Target audience
Users involved with developing or sustaining
automation networks in an industrial
environment.
Course Profile
This course is one of three certification courses
offered under the Siemens Certified Engineer
for Industrial Networks (CEIN) program. The
curriculum includes an introduction of the
potential threats and risks associated
with industrial networks, as well as a deep
dive into defense in depth strategies. Students
will be shown numerous ways to implement
access control measures to protect and mitigate
security incidents.
Topics
• Comprehensively protecting productivity
• Maintenance
• Risks
• Basics of security
• Cell protection
• Access protection
• Standard machines
• Remote maintenance
3
Days
Register
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information
Certification for Engineers
Switching and Routing
in Industrial Networks
Course code: IEN-IKSWROU1A
Target audience
Users involved with developing or sustaining
automation networks in an industrial
environment.
Course Profile
This course is one of three certification courses
offered under the Siemens Certified Engineer
for Industrial Networks (CEIN) program. The
curriculum covers Network solutions and how
they connect to real-time systems in theory and
in practice. It also addresses the requirements
and fundamental principles of industrial routing
solutions.
Topics
• Switching
– Ethernet Basics
– On-site networking in automation
– Increased availability in automation
– Coupling automation segments
– Networking with IT standards
– Coupling automation and IT system
– Seamless redundancy in the ring
– Seamless redundancy
– Separating different communication types
– Useful Features
• Routing
– Internet Protocol in Automation
– Connecting to the IT Network
– Redundant Connection to the IT Network
– Extending an Existing Network
– Dynamic Routing Protocols
– Best Practices - Routing
3
Days
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information
Certification for Engineers
Wireless LAN in
Industrial Networks
Course code: IEN-IKWLAN1A
Target audience
Users involved with developing or sustaining
automation networks in an industrial
environment.
Course Profile
This course is one of three certification courses
offered under the Siemens Certified Engineer
for Industrial Networks (CEIN) program. The
curriculum covers the basic physics of WLAN,
and the various wireless standards and access
methods. Throughout the course, students
will learn how to plan, configure and operate
wireless solutions in industrial applications, in
interaction with real-time systems
Topics
• Introduction to Industrial Wireless (IWLAN)
• Wireless Theory
• Antenna technology
• WLAN access procedures
• WLAN Standards
• Radio field planning
• Typical industry protocols
• iPCF
• iPCF-MC
3
Days
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Disposal System
Best Practices DAY
1
OGM-DISYSG1A
Process Safety Asset
Integrity Manager DAYS
3
OGM-PSAIMG1A
Pressure Relief Analysis
Best Practices DAYS
2
OGM-PRAG1A
UltraPIPE DAYS
3
OGM-ULPIPEG1A
Process Safety Pressure
Protection Manager DAYS
2
OGM-PSPPMG1A
Process Safety Management
SITRAIN Catalog | Course Descriptions
94
Process Safety Engineering Process Safety –
Maintenance and Inspection
Core courses Learning Map
95
Course Descriptions | SITRAIN Catalog
Process Safety Engineering
Disposal System
Best Practices
Course code: OGM-DISYSG1A
Target audience
Personnel who have the responsibility of
maintaining and auditing the pressure relief
system design basis documentation for OSHA
1910.119 compliance. The intended audience
includes auditors, process engineers, technical
managers, and project managers.
Course Profile
In recent years, refining and petrochemical
facilities have experienced tremendous growth
in response to increasing demand for fuels
and chemical precursors. At the same time
higher expectations were established to be
incompliance with corporate, local, and federal
regulations. Under these circumstances it
has become more challenging to keep an eye
on the update and maintenance of the flare
header adequacy analysis during fast paced
engineering design and debottlenecking
projects. This course provides the learner with
skills to maintain and audit the pressure relief
system design basis documentation for
OSHA 1910.119 compliance
Topics
• Overview of relief disposal system design
• Global scenario identification
• Network equipment rating
• Acoustic fatigue
• Dispersion modeling
• Dynamic simulation for flare analysis
• Flare quantitative risk analysis (QRA)
1
Day
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Process Safety Engineering
Pressure Relief Analysis
Best Practices
Course code: OGM-PRAG1A
Target audience
Personnel responsible for maintaining and
auditing the pressure relief system design
basis documentation for OSHA 1910.119
compliance. The intended audience includes
auditors, process engineers, technical
managers, and project managers.
Course Profile
Approximately twenty years after the initial
push for compliance and the implementation
of the OSHA National Emphasis Program (NEP),
companies have some breathing room to apply
a best practice approach to complying with PSM
mandates. Those best practice approaches are
covered in this course.
Topics
• Introduction and Historical Perspective
• General approach to pressure relief system
design - Standardization of equipment based
analysis
• Identifying and implementing RAGAGEPs
• Overpressure scenarios and required relief
rates
• Relief Devices
• Overview of relief disposal system design
• Low pressure tank vents
• Relief device inspection, maintenance and
removal
• Coupling PRA documentation to management
of change processes
2
Days
Register
here More
information
Process Safety Engineering
Process Safety Pressure
Protection Manager
Course code: OGM-PSPPMG1A
Target audience
Personnel who have the responsibility of
maintaining and auditing the pressure relief
system design basis documentation for OSHA
1910.119 compliance. The intended audience
includes auditors, process engineers, technical
managers, and project managers who will be
using PSPPM and #153 -
Course Profile
This 2-day course is designed to offer focused
training, networking, and best practice
exchange during an interactive experience with
Process Safety Pressure Protection Manager
(PSPPM and #153 - ). It provides users of PSPPM
with the skills and tools necessary to complete
a pressure relief and flare analysis in PSPPM and
#153 - .
The course covers navigation, data entry,
scenario and global scenario identification
and required rate calculations, relief devices
sizing, disposal system component sizing and
report generation. This course will also discuss
features and customization using the tools built
into PSPPM and #153 - .
Topics
• General Approach to pressure relief system
design
• Navigation, interface conventions
• Site level information
• Unit/Case level information
• Data population
• Equipment related calculations
• Overpressure scenario identification
• Required rate calculations
• Relief device sizing
• Low pressure tanks
• Reporting
• Flare/Case information
• Relief header analysis overview
• Global scenario analysis summary
• Network model development
• Using PSPPM with VisualFlare/Flare System
Analyzer
• Network equipment rating analysis
• Evergreening
2
Days
Register
here More
information
Process Safety Management
SITRAIN Catalog | Course Descriptions
96
Process Safety –
Maintenance and Inspection
Process Safety Asset
Integrity Manager
Course code: OGM-PSAIMG1A
Target audience
This course is primarily intended for personnel
who will be using or are evaluating Process
Safety Asset Integrity Manager and reg -
(PSAIMTM)
Course Profile
This course provides attendees with knowledge
and skills to implement and utilize PSAIM
and #153 – for inspection data management,
monitoring corrosion rate and remaining life,
scheduling activity and corrosion monitoring
inspections in compliance with established
inspection codes.
Topics
• Introduction
• Overview
• Master Equipment List
• Corrosion Monitoring Piping Examples
• Corrosion Monitoring Vessel Example
• Ultrasonic Data Loggers
• Corrosion Monitoring: Analytical setting and
remaining life
• Corrosion Monitoring Management Reports:
When & What is due?
• Inspection Activity Scheduling (Visuals,
Internals, etc.)
• Inspection Reports (MS Word, .pdfs, etc.) and
Recommendations
• Inspection Activity Management Reports:
When & what is due?
• Equipment drawings
• Valve Testing & inspection
• Localized Corrosion - Piping
• Custom reports
• Settings (Databases)
• Database Append Cost
3
Days
Register
here
More
information
Process Safety –
Maintenance and Inspection
UltraPIPE
Course code: OGM-ULPIPEG1A
Target audience
This course is primarily intended for personnel
who will be using or are evaluating UltraPIPE
and reg –
Course Profile
This course provides attendees with knowledge
and skills to implement and utilize UltraPIPE
and reg - for inspection data management,
monitoring corrosion rate and remaining life,
scheduling activity and corrosion monitoring
inspections in compliance with established
inspection codes.
Topics
• Introduction
• Overview
• Master Equipment List
• Corrosion Monitoring Piping Examples
• Corrosion Monitoring Vessel Example
• Ultrasonic Data Loggers
• Corrosion Monitoring: Analytical setting and
remaining life
• Corrosion Monitoring Management Reports:
When & What is due?
• Inspection Activity Scheduling (Visuals,
Internals, etc.)
• Inspection Reports (MS Word, .pdfs, etc.) and
Recommendations
• Inspection Activity Management Reports:
When & what is due?
• Equipment drawings
• Valve Testing & inspection
• Localized Corrosion - Piping
• Custom reports
• Settings (Databases)
• Database Append Cost
3
Days
Register
here More
information
97
Course Descriptions | SITRAIN Catalog
NOTES:
Siemens Industry, Inc.
5300 Triangle Parkway
Norcross, GA 30092
1-800-333-7421
Order No. CSTL-CATLG-0416
© 2016 Siemens Industry, Inc.
usa.siemens.com/sitrain
This brochure contains only general descriptions or
performance features, which do not always apply in
the manner described in concrete application
situations or may change as the products undergo
further development. Performance features are valid
only if they are formally agreed upon when the
contract is closed.
Siemens is a registered trademark of Siemens AG.
Product names mentioned may be trademarks or
registered trademarks of their respective companies.
Specifications are subject to change without notice.
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