Revised 15-12-15 - Bosch Global · 2020-05-29 · Training systems and play mobiles are available using current industrial standard components in Hydraulics, Pneumatics, Mechatronics

Revised 15-12-15

2 Older training courses are available through our website www.boschrexroth.co.uk/training

Older training courses are available through our website www.boschrexroth.co.uk/training 3

Index

Product Training

Hydraulics Courses

Introduction to Maintenance Hydraulics Technology ....................................................... 6

Introduction to Hydraulic Proportional Systems ............................................................... 8

Introduction to Basic Hydraulic Design ............................................................................ 10

Introduction to Hydraulic Pump Control ......................................................................... 12

Bespoke Hydraulics Workshop .......................................................................................... 13

Introduction to Industrial Filtration Products ................................................................. 14

Advanced Introduction to Industrial Filtration Products ............................................... 15

Advanced Contamination Control with Industrial Filtration Products ........................ 16

Advanced Contamination Control with Filtration Products on Mobile Applications . 17

Introduction to installation & Maintenance of Large Hydraulic Drives ....................... 18

Introduction to installation & Maintenance of Large Hydraulic Drives ....................... 19

Motion Control Courses

Introduction to IndraDrives with IndraWorks ................................................................ 20

Introduction to IndraDrive-Mi with IndraWorks ........................................................... 21

Advanced IndraDrives with IndraWorks ......................................................................... 22

Advanced IndraDrive-Mi with IndraWorks .................................................................... 23

Introduction to IndraMotion for Handling with IndraDrives ........................................ 24

Introduction to SMC Axis Control with IndraDrives ..................................................... 25

Introduction to Drive based Safety with IndraDrives ..................................................... 26

Introduction to SLc Safety Relay ....................................................................................... 27

Introduction to MLD-S Axis Control with IndraWorks & IndraDrives ....................... 28

Introduction to MLD-M Axis Control with IndraWorks & IndraDrives ..................... 29

Advanced MLD-S Axis Control with IndraWorks & IndraDrives ................................ 30

Advanced MLD-M Axis Control with IndraWorks & IndraDrives .............................. 31

Introduction to MLC Axis Control with IndraWorks & IndraDrives .......................... 32

Advanced MLC Axis Control with IndraWorks & IndraDrives ................................... 33

Advanced MLC Axis Control with IndraWorks & IndraDrives (Inc. Cams) .............. 34

Introduction to XLC Axis Control with IndraWorks & IndraDrives ........................... 35

Advanced XLC Axis Control with IndraWorks & IndraDrives .................................... 36

Introduction to MLC Axis Control with IndraWorks & IndraDrives .......................... 37

Advanced MLC Axis Control with IndraWorks & IndraDrives ................................... 38

Advanced MLC Axis Control with IndraWorks & IndraDrives (Inc. Cams) .............. 39

Introduction to MTX Axis Control Operator Interface .................................................. 40

Introduction to MTX Axis Control & IndraDrives ......................................................... 41

Advanced MTX Axis Control & IndraDrives .................................................................. 42


Introduction to IndraLogic 1G IndraControl .................................................................. 43

Introduction to IndraLogic 2G IndraControl .................................................................. 44

Advanced IndraLogic 1G IndraControl .......................................................................... 45

Advanced IndraLogic 2G IndraControl .......................................................................... 46

Introduction to Drives & Controls Workshop ................................................................. 47

Introduction to PSQ6000 UIR Quality System, PSI with UI Controller ....................... 49

Introduction to Tricore weld-timer and BOS6000 operating software ......................... 51

Introduction to Tricore weld-timer with PSQ6000 UIR Quality System ...................... 52

Introduction to Weld-timers Workshop ........................................................................... 53

Introduction to tightening systems with IndraLogic ....................................................... 59

Introduction to VI-Composer Ver.2 Software .................................................................. 60

Introduction to Win-Studio Software with IndraLogic 1G ............................................ 61

Introduction to Win-Studio Software with IndraLogic 2G ............................................ 62

Legacy Courses

Introduction to TDM/KDS servo drives ............................................................................ 63

Introduction to HDS/HDD (DIAX04) Servo drives ......................................................... 64

Introduction to HDS/HDD (DIAX04) Servo drives with DriveTop ............................... 65

Introduction to DKC*.3, EcoDrive Servo drives with DriveTop ................................... 66

Advanced DKC*.3, EcoDrive Servo drives with DriveTop & Sercos ............................ 67

Introduction to CLM1.3A & 1.4A Axis Control .............................................................. 68

Introduction to CLM1.3A & 1.4A Axis Control with Analogue Servo drives .............. 69

Introduction to CLM1.3A & 1.4A Axis Control with DIAX Servo drives .................... 70

Introduction to PPC Axis Control with VisualMotion™ & DIAX Servo drives .......... 71

Introduction to PPC Axis Control with VisualMotion™ & Ecodrives .......................... 72

Introduction to PPC Axis Control with Synax & DIAX Servo drives ........................... 73

Advanced PPC Axis Control with VisualMotion™ & DIAX Servo drives ................... 74

Advanced PPC Axis Control with VisualMotion™ & Ecodrives ................................... 75

Advanced PPC Axis Control with Synax & DIAX Servo drives .................................... 76

Introduction to PPC-R22 Axis Control with VisualMotion™ & DIAX Servo drives .. 77

Introduction to PPC-R22 Axis Control with VisualMotion™ & IndraLogic ............... 78

Introduction to PPC-R22 Axis Control with Synax & IndraLogic ................................ 79

Advanced PPC-R22 Axis Control with VisualMotion™ & IndraLogic ........................ 80

Advanced PPC-R22 Axis Control with Synax & IndraLogic ......................................... 81

Terms & Conditions. ........................................................................................................... 82

Booking courses. .................................................................................................................. 82

Courses not found here may be available on special request by Email [email protected]


Drive & Control Academy Bosch Rexroth is a world leader in the provision of technical training to professionals. Our Drives & Controls Academy will provide you with access to an extensive range of training and education programmers’ across Rexroth products and technologies. As your only official Rexroth Training provider, we can offer technology, product and software training straight from the manufacturer.

Trainers All of our trainers are qualified engineers and have wealth of industrial experience, including within our own Service and/or Applications functions.

Courses We offer an extensive training programme across our full range of drive and control systems, including Bosch AT & Indramat. All courses can be structured to your production processes, giving you just the training you need.

Locations We are able to deliver courses at one of our Rexroth Technical and Service Centres or on your premises. Our training centres are located at:

St. Neots, Cambridgeshire

Cirencester, Gloucestershire

Wakefield, West Yorkshire

Cork, Southern Ireland

Training Systems Training systems and play mobiles are available using current industrial standard components in Hydraulics, Pneumatics, Mechatronics and Motion-Control technologies and are delivered fully assembled and ready to use. From one rig to a full lab solution Rexroth is the only company able to supply industrial standard components across all the technologies. Rexroth can also provide all the training documentation for both the Teacher and the students.

eLearning We currently have a diverse range of eLearning products which can be accessed via our LearnWorld portal. Create a guest account in our LearnWorld and experience our free content.

Media

As part of our LearnWorld we are able to offer education providers a wide range of media solutions; posters, animations, software and access to our technical product library.

Contact Us Should you require further information or to discuss your training needs please contact us via email at [email protected] or telephone 0800 1696624. David Stirling Technical Training Manager Bosch Rexroth The Drive & Control Company.

mailto:[email protected]


Course code: HYD-MAINTHYD1-TECH

Introduction to Maintenance Hydraulics Technology

We offer a series of courses that meet our industries’ training needs. This course is targeted toward those individuals who maintain hydraulic systems. Courses are structured to offer the ideal learning experience for personnel working within the maintenance, repair, field service or technical support fields of hydraulic systems and are certificated by Bosch Rexroth Limited. Rexroth training uses industry standard components you will find on varied applications within your working environment, providing a perfect starting point towards an industry standard qualification such as the British Fluid Power Association Industrial Hydraulics – Level 1 Certificate. Whether you are in maintenance or engineering, you can count on quality hydraulic training by Rexroth. This is ideal for first response maintenance teams and multi-skilled work forces.

Target Groups Hydraulic Maintenance Engineers Commissioning Engineers Project Engineers Sales & Technical personnel

Prerequisite

Participants should have a mechanical engineering background but this is not essential

Learning targets To impart a basic understanding of maintenance hydraulics To increase the knowledge of personnel who are actively involved in the repair and maintenance of hydraulic

systems To allow participants to become familiar with fluid power technologies such as pump flow, cylinder speed,

forces and pipe sizes Introduce basic hydraulic theory in a practical way To increase the knowledge of personnel in fault finding techniques associated with hydraulic systems To enable participants to understand their specific hydraulic installations and their specific circuit diagrams To gain hands-on experience of building, fault finding and optimising hydraulic circuits using the Rexroth

range of training rigs

Content Basic hydraulic principles, Hydraulic symbols and circuit notations Pressure control (Relief & Reducing) and associated circuitry Sequence valves, Counter balance and overcentre valves Flow control & Throttle valves inc pressure & temperature compensated units Directional Control valves, direct operated and two stage pilot operated Poppet valves and logic cartridge elements Check valves – Types & applications Pump & pump control systems including types and operating principles Methods of control & application Accumulator types and application Hydraulic motors and actuators, types and operating principles Total cleanliness control Hydraulic fluids; Good housekeeping Maintenance & Trouble shooting techniques Practical hands-on exercises utilising the Rexroth training rigs Duration 3 days. Courses generally run Tues-Thurs (unless otherwise indicated on schedule of dates),

9am - 5pm each day. Course equipment All course materials including Hydraulic Trainer Vol 1. Full demonstration WS290 hydraulic training rigs (excludes customer site*)


Training locations Bosch Rexroth facilities St. Neots or Wakefield (courses at St. Neots to include a factory tour) Bosch Rexroth official distributor facilities in Eire Customer site (excludes WS290 training rigs*)

Pricing

At a Bosch Rexroth facility £820.00 per attendee On site ROI €985.00 per attendee Customer site Reference to customer specific circuit diagrams can be covered in this training, please contact us for further details/pricing*

*WS290 rigs excluded due to transportation costs and availability


Course code: HYD-PROPSYS-TECH

Introduction to Hydraulic Proportional Systems

Target Groups Hydraulic Maintenance Engineers Commissioning Engineers Project Engineers Sales & Technical personnel

Prerequisite

Participants would benefit from having a mechanical engineering background and having attended our course HYD-MAINTHYD1-TECH or to have an understanding of its learning targets.

Learning targets To introduce attendees to the principles and practices of proportional control Introduction to the study of circuit construction and circuit components To introduce the basic principles of the design of proportional systems To gain a knowledge of both analogue and digital proportional systems To become familiar with the set-up procedures on proportional systems Familiarity with fault finding techniques on proportional systems

Content Valve construction and operation Types of proportional control Pressure relief, Flow control & directional control valves Hydraulic symbols Spool configurations Selection & sizing with reference to manufacturers data Electrical operation Types of proportional control devices Basic electrical circuits and operations Solenoid design Comparison between conventional and proportional valves Methods of control Comparison between analogue and digital control

Proportional attributes Ramp, Gain, Deadband, Dither and Pulse width modification Amplifier Cards Principles of operation Design and application Analogue & digital Closed loop Internal & external feedback devices Operation and application of closed loop systems

Integrated electronics option frequency response Principles of operation Bode diagrams and their use in manufacturer’s data PID Control Practical hands-on exercises utilising the Rexroth training rigs Commissioning & set-up procedures Open loop circuits Closed loop circuits Interface to the control Duration 3 days, courses generally run Tues-Thurs (unless otherwise indicated on schedule of dates),

9am - 5pm each day.


Course equipment All course materials including Hydraulic Trainer Vol 2. Full demonstration WS290 hydraulic training rigs (excludes customer site*) Training locations Bosch Rexroth facilities St. Neots or Wakefield (courses at St Neots include a factory tour). Bosch Rexroth official distributor facilities in Eire. Customer site (excludes WS290 training rigs).

Pricing At a Bosch Rexroth facility £820.00 per attendee On site ROI €985.00 per attendee Customer site *WS290 rigs excluded, but reference to cusomer specific circuit

diagrams can be covered in this training, please contact us for further details/pricing. Scheduled dates Please contact us for available dates


Course code: HYD-BASICHYDDSGN-TECH

Introduction to Basic Hydraulic Design

Target Groups Hydraulic Maintenance Engineers Project Engineers Sales & Technical personnel

Prerequisite

Participants would benefit from having a mechanical engineering background and having attended our course HYD-MAINTHYD1-TECH or to have an understanding of its learning targets. This course takes a more mathematical approach to the theory covered in the MAINTHYD1 course.

Learning targets To understand the basic theory and operation of hydraulic components To understand basic circuit design and project work An overview of machine design incorporating hydraulic components/systems

Content Fundamental principles Cylinders – relationship between valves Cylinder size, pressure, area and effective force Cylinder size, supply flow rate and velocity Motors Motor displacement, pressure and shaft torque Motor displacement, supply flow rate and shaft speed Motor performance and effects of fluid viscosity Loads to be moved Application of the laws of dynamics, with reference to mass & inertia, friction, gravity and other external

forces; direct and indirect loads Pumps Displacement, shaft speed and flow rate Flow rate, system pressure and fluid viscosity Pressure difference, component flow area and flow rate Fluid viscosity, Renolds number, flow characteristics, recommended flow velocities Pressure difference, flow rates, heat generation and temperature changes

Step by step instruction relating to system design Outline of common design faults Preparing outline circuitry Component selection to meet specifications Actuators Cylinder to meet force, speed and application needs Motors to meet torque, speed and application needs Pressure- Time/Flow diagrams and duty cycles Pumps Sizing, power requirements and Q/P requirements Circuitry relating to fixed and variable displacement pumps Hydraulic valves Size selection, flow rates, pressure and configurations Proportional control valves, Overview of valve selection, sizing and application.

Contamination control at the design stage Health and performance monitoring when designing Reservoir sizing and layout considerations Design exercises and practical tasks Duration 3 days (courses run Tues-Thurs) 9am – 5pm each day


Course equipment All course materials, including Hydraulic Trainer Vol 3. No practical work is included in this training. Training locations Bosch Rexroth facilities St. Neots or Wakefield (courses at St Neots include a factory tour). Bosch Rexroth official distributor facilities in Eire. Customer site Pricing At a Bosch Rexroth facility £820.00 per attendee On site ROI €985.00 per attendee (dates subject to mininum of 6 attendees) Customer site Please contact us for details Scheduled dates Please contact us for available dates


Course code: HYD-PUMPCTRL-TECH

Introduction to Hydraulic Pump Control

Target Groups Hydraulic Maintenance Engineers Project Engineers Sales & Technical personnel

Prerequisites


Learning targets To understand the function and operation of pumps and their controls To be able to make the correct pump selection based on application To understand the cause of pump failure To understand the affects of contamination To understand the set up procedures of pump and pump control To understand safe working practice

Content Pump Types, Function & Operation Pump selection Pump controls Fixed displacement Variable displacement Relief valves, flow control valves, Unloading valves Accumulators and pressure switches Pressure compensation Load sensing and constant power

Causes of pump failure Contamination and target cleanliness Manufactures recommendations/specifications Setting up procedures Safe working practice – Do’s and Don’ts. Duration Two days

Course equipment Full working demonstration play-mobiles at a rate of 2 people per station, where possible Training locations - Worksop, Nottingham. - Customer site subject to suitable working environment being available Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your

sales representative for a custom quotation. Scheduled dates Please contact us for available dates


Course code: HYD-WORKSHOP2-TECH

Bespoke Hydraulics Workshop

An advanced course to discuss topics chosen by yourself and arranged by our Hydraulics Training Team

Target Groups Hydraulic Maintenance Engineers Commissioning Engineers

Prerequisite


Learning targets To be agreed with the Rexroth training department prior to development of the required course. Usually based on existing machinery and circuitry / parts lists supplied by the customer.

Content Bespoke to each course Duration To suit customer requirements

Course equipment Familiarisation training on specific customer equipment (subject to safety an access restraints) if required. Training location

Your site with a suitable environment or a Bosch Rexroth facility Pricing Please contact us for details Scheduled dates Please contact us for available dates


Course code: HYD-FIL-PROD-MAINT Introduction to Industrial Filtration Products

In this presentation we discuss the product range and filtration at a basic level for those in your organisation dealing with technical administration and maintenance engineers requiring only an overview.

Target Groups Maintenance Personnel Process Engineers Maximum number of attendee’s for this course is four

Prerequisite

Participants should have an electrical or mechanical engineering background and be familiar with automation and factory floor working environments

Learning targets Rexroth range of hydraulic filtration systems Basic knowledge for oil cleanliness Particulates and component damage

Content High pressure products Low pressure products Duration One day

Course equipment Static examples available to aid explanation Training location

Your site with a suitable environment or a Bosch Rexroth facility Price per. course On site at customers £FOC At a Bosch Rexroth facility £FOC On site ROI Price on application Inclusive of the Trainers travel and subsistence Delivery times

Training will commence at 9.00am each day


Course code: HYD-FIL-PROD-TECH Advanced Introduction to Industrial Filtration Products

This course is weighted towards the product range with an introduction into the filtration technology & operation. It is ideal for those in your organisation requiring in-depth knowledge of filter products but only a basic knowledge of the technical functionality. We would also recommend this course for our OEM customers.

Target Groups Distribution Sales Staff Process Engineers OEM Design Engineers Maximum number of attendee’s for this course is four

Prerequisite

Participants should have an electrical or mechanical engineering background and be familiar with automation and factory floor working environments.

Learning targets Rexroth range of hydraulic filtration systems Basic knowledge for oil cleanliness Particulates and component damage

Content High pressure products Low pressure products Filtration benefits Duration One day

Course equipment Static examples available to aid explanation Training location

Your site with a suitable environment or a Bosch Rexroth facility Price per. course On site at customers £FOC At a Bosch Rexroth facility £FOC On site ROI Price on application Inclusive of the Trainers travel and subsistence Delivery times



Course code: HYD-FIL-CONTAM-TECH Advanced Contamination Control with Industrial Filtration Products

This course is weighted towards the product range with an introduction into the filtration technology & operation. Ideally suited to the mechanical design engineers in your organisation this presentation also offers in-depth knowledge on filtration technology as well as the correct selection of the Rexroth filter product to fulfil your requirements. We would also recommend this course for our OEM customers.

Target Groups Hydraulic Maintenance Engineers Distribution Sales Staff Process Engineers OEM Design Engineers OEM Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite

Participants should have a mechanical engineering background and be familiar with automation and factory floor working environments

Learning targets Rexroth range of hydraulic filtration systems Knowledge for oil cleanliness and the long term benefits Machine life cycle and extending useful production life Particulates and component damage

Content High pressure products Low pressure products Filtration benefits Filtration technology Duration One day

Course equipment Static examples available to aid explanation Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your

sales representative for a custom quotation. Delivery times



Course code: MOB-FIL-CONTAM-TECH Advanced Contamination Control with Filtration Products on Mobile Applications

This course is weighted towards the product range with an introduction into the filtration technology & operation. Ideally suited to the mechanical design engineers in your organisation this presentation also offers in-depth knowledge on filtration technology as well as the correct selection of the Rexroth filter product to fulfil your requirements. We would also recommend this course for our OEM customers.

Target Groups Hydraulic Maintenance Engineers Distribution Sales Staff Process Engineers OEM Design Engineers OEM Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite

Participants should have a mechanical engineering background and be familiar with automation and factory floor working environments

Learning targets Rexroth range of hydraulic filtration systems Knowledge for oil cleanliness and the long term benefits Machine life cycle and extending useful production life Particulates and component damage

Content High pressure products Low pressure products Filtration benefits Filtration technology Duration One day

Course equipment Static examples available to aid explanation Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: HYD-DRV-LHD-MAINT Introduction to installation & Operation of Large Hydraulic Drives

Basic course to show the function and operation of LHD (Hägglunds) large hydraulic motors and systems; the course will cover the range of Hägglunds motors and drive systems to give the engineers a better understanding of the products and their application.

Target Groups Hydraulic Maintenance Engineers Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite

Participants should have a mechanical engineering background and be familiar with the Windows operating system

Learning targets To have knowledge of LHD (Hägglunds) motor functionality, installation, commissioning and maintenance. Relevant interface configuration

Content Operating / design principles Drive / Machine interface System recommendations & cautions Installation procedure, piping connections, Storage requirements, fluids. Commissioning and Maintenance Faultfinding & diagnostics Duration One day Course equipment Power point presentation with a workshop visit to view our products (Available at the Normanton facility) Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: HYD-DRV-LHD-WORKSHOP Introduction to installation & Maintenance of Large Hydraulic Drives

Basic course of site instruction for installation, operation and basic maintenance of LHD (Hägglunds) drive systems so your staff on site gain an added understanding of the functions of the drive system. The course will show the system both from a theoretical point of view by classroom presentation along with hands on instruction around the system installed on site.

Target Groups Hydraulic Maintenance Engineers Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite

Participants should have a mechanical engineering background and be familiar with the Windows operating system

Learning targets To have knowledge of LHD (Hägglunds) motor functionality, operation and maintenance of the drive system

Content Operating / design principles Drive / Machine interface System recommendations & cautions Installation procedure, piping connections, Storage requirements, fluids. Commissioning and Maintenance Faultfinding & diagnostics Duration One day Course equipment Power point presentation and hands on site instruction/explanation Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: EDC-DRV-IDCM-IW-DIAG Introduction to IndraDrives with IndraWorks Offering an introduction to the IndraDrive servo system; we will discuss the connectivity, basic servo functionality and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks-DS software. This is ideal for first response maintenance teams and multi-skilled work forces.

Target Groups Maintenance Personnel Control Engineers Maximum number of attendee’s for this course is four

Prerequisite

Participants should have an electrical or mechanical engineering background and be familiar with the Windows operating system

Learning targets To have knowledge of Servo drive theory and functionality Relevant interface configuration

Content Servo drive theory Electrical connections Faultfinding & diagnostics Archive & restore of parameters Drive based safety technology Duration

One day Course equipment Full working demonstration play-mobiles at a rate of 2 people per station, where possible Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: EDC-DRV-IDMi-IW-DIAG Introduction to IndraDrive-Mi with IndraWorks

Offering an introduction to the IndraDrive-Mi servo system; we will discuss the connectivity, basic servo functionality and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks-DS software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets To have knowledge of Servo drive theory and functionality Relevant interface configuration

Content Servo drive theory Electrical connections Interface Faultfinding & diagnostics Archive & restore parameters Drive based safety technology Duration





Course code: EDC-DRV-IDCM-IW-PROG Advanced IndraDrives with IndraWorks

An advanced course offering an introduction to the IndraDrive; where we will discuss the connectivity, basic servo functionality and diagnostics. We will explain the drives configuration using the Sercos parameter structure. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks-DS or IndraWorks-Engineering software. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.

Target Groups Maintenance/first response Personnel Control Engineers Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite


Learning targets To have knowledge of Servo drive theory and functionality Relevant interface configuration Successful maintenance interventions

Content Servo drive theory Electrical connections Interface Faultfinding & diagnostics Drive parameters configuration using IndraWorks Archive & restore parameters Drive based safety technology Duration

Two days Course equipment Full working demonstration play-mobiles at a rate of 2 people per station, where possible Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: EDC-DRV-IDMi-IW-PROG

Advanced IndraDrive-Mi with IndraWorks

An advanced course offering an introduction to the IndraDrive-Mi; where we will discuss the connectivity, basic servo functionality and diagnostics. We will explain the drives configuration using the Sercos parameter structure. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks-DS or IndraWorks-Engineering software. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.

Target Groups Maintenance Personnel Control Engineers Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite



Content Servo drive theory Electrical connections Interface Diagnostics Drive parameters configuration using IndraWorks Archive & restore parameters Drive based safety technology Duration

Two days Course equipment Full working demonstration play-mobiles at a rate of 2 people per station, where possible Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: Course code: EDC-CTL-IMH1-ID-MAINT

Introduction to IndraMotion for Handling with IndraDrives

Offering an introduction to the IndraDrive servo system and IMH control combined into one course; we will discuss the connectivity, basic servo functionality and diagnostics. For the IMH control we will discuss the connectivity, basic parameter functionality, programming and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IMH Pendant. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Servo drive theory and faultfinding To have knowledge of the configuration of the control Successful maintenance interventions Programming through the hand control

Content Servo drive theory Electrical connections Parameters Programming overview Diagnostics Duration

One day

Course equipment Full working demonstration play-mobiles, where possible Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: EDC-CTL-SMC-ID-MAINT

Introduction to SMC Axis Control with IndraDrives

Offering an introduction to the IndraDrive servo system and SMC control combined into one course; we will discuss the connectivity, basic servo functionality and diagnostics. For the SMC control we will discuss the connectivity, basic parameter functionality, programming and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the SMC editor software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Servo drive theory and faultfinding To have knowledge of the configuration of the control Successful maintenance interventions Programming

Content Servo drive theory Electrical connections Parameters Programming overview Diagnostics Duration

Two days

Course equipment Full working demonstration play-mobiles at a rate of 2 people per station, where possible Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: EDC-DRV-ID-SAF-PROG

Introduction to Drive based Safety with IndraDrives

An advanced course offering an introduction to Safety on board for EN954 or ISO13849-1; where we will discuss the connectivity, basic functionality and diagnostics. We will explain the drives configuration using the Sercos parameter structure. Through practical examples we will demonstrate the archiving and diagnostic procedures using the IndraWorks-DS or IndraWorks-Engineering software. Ideal for those engineers expected to diagnose today’s automated processes; first response maintenance teams and multi-skilled work forces. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets To have knowledge of the relevant EN or ISO standard Hardware configuration Successful maintenance interventions

Content Overview of risk assessment Safety On-board Electrical connections Parameters Programming overview Diagnostics Drive exchange and required documentation Duration

One day





Course code: EDC-CTL-SLc-SAF-PROG

Introduction to SLc Safety Relay

Offering an introduction to the Programmable Safety Relay, SLc. The SLc uses its preparatory operating software for maximum ease of use. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the archiving, programming, diagnostic and referencing procedures using the IndraWorks and SafeLogic Designer software family. We will also discuss the relevant standards and current best practice. Ideal for those engineers expected to diagnose today’s automated processes; first response maintenance teams and multi-skilled work forces. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets To have knowledge of the relevant EN or ISO standard Hardware configuration

Content Overview of risk assessment Safety On-board Electrical connections Parameters Programming overview Diagnostics Exchange and required documentation Duration

One day

Course equipment Full working demonstration play-mobile Training Location & Pricing Courses available on site at your facility, at a Bosch Rexroth facility and on site in the ROI. Please ask your




Course code: EDC-CTL-MLDS-MAINT Introduction to MLD-S Axis Control with IndraWorks & IndraDrives Offering an introduction to the IndraDrive servo system with the IndraLogic PLC motion controller embedded. MLD uses the Codesys operating system for maximum ease of use. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. We will also discuss the PLC-Open programming for MLD motion commands. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Use of the IndraWorks software Use of the IndraLogic software for PLC Successful maintenance interventions

Content IndraDrives IndraWorks parameter configuration IndraLogic program introduction Drive command functions Archiving and restoring backup files Drive based safety technology Duration

Two days





Course code: EDC-CTL-MLDM-MAINT Introduction to MLD-M Axis Control with IndraWorks & IndraDrives

Offering an introduction to the IndraDrive servo system with the IndraLogic PLC motion controller embedded. MLD uses the Codesys operating system for maximum ease of use. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. We will also discuss the PLC-Open programming for MLD motion commands. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Use of the IndraWorks software Use of the IndraLogic software for PLC Successful maintenance interventions

Content IndraDrives, including Sercos3 IndraWorks parameter configuration IndraLogic program introduction Drive command functions CCD cross drive communication Archiving and restoring backup files Drive based safety technology Duration

Two days





Course code: EDC-CTL-MLDS-PROG Advanced MLD-S Axis Control with IndraWorks & IndraDrives An advanced course offering an introduction to the IndraDrive servo system with the IndraLogic PLC motion controller embedded. MLD uses the Codesys operating system for maximum ease of use. We will explain the drives configuration using the Sercos parameter structure and the PLC-Open programming for MLD motion commends. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Successful maintenance interventions Use of the IndraWorks software Use of the IndraLogic software for PLC Writing program examples

Content Drive configuration Faultfinding & diagnosis IndraWorks parameter configuration IndraLogic program construction Drive command functions Archiving and restoring backup files Drive based safety technology Duration

Three days





Course code: EDC-CTL-MLDM-PROG Advanced MLD-M Axis Control with IndraWorks & IndraDrives An advanced course offering an introduction to the IndraDrive servo system with the IndraLogic PLC motion controller embedded. MLD uses the Codesys operating system for maximum ease of use. We will explain the drives configuration using the Sercos parameter structure and the PLC-Open programming for MLD motion commends. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Successful maintenance interventions Use of the IndraWorks software Use of the IndraLogic software for PLC Writing program examples

Content Drive configuration, including Sercos3 Faultfinding & diagnosis IndraWorks parameter configuration IndraLogic program construction Drive command functions CCD cross drive communication Archiving and restoring backup files Drive based safety technology Duration

Three days





Course code: EDC-CTL-MLC-4vrs-MAINT Introduction to MLC Axis Control with IndraWorks & IndraDrives

Offering an introduction to the IndraDrive servo system with the MLC IndraLogic-1G motion controller. MLC uses the Codesys operating system for maximum ease of use. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. We will also discuss the PLC-Open programming for MLC motion commands. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Use of the IndraWorks software Overview of IndraLogic software for PLC Successful maintenance interventions

Content Drive configuration, including Sercos Faultfinding & diagnosis IndraWorks parameter configuration Drive command functions Archiving and restoring backup files Drive based safety technology Duration Two days





Course code: EDC-CTL-MLC-4vrs-PROG Advanced MLC Axis Control with IndraWorks & IndraDrives

An advanced course offering an introduction to the IndraDrive servo system with the MLC IndraLogic-1G motion controller. MLC uses the Codesys operating system for maximum ease of use. We will explain the drives configuration using the Sercos parameter structure, PLC-Open programming and Rexroth’s Axis Interface for MLC motion commends. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Use of the IndraWorks software Use of the IndraLogic software for PLC (1G) Writing program examples

Content Drive configuration, including Sercos Faultfinding & diagnosis IndraWorks parameter configuration Successful maintenance interventions IndraLogic program construction (1G) Drive command functions Archiving and restoring backup file Drive based safety technology Duration Three days





Course code: EDC-CTL-MLCcams-4vrs-PROG Advanced MLC Axis Control with IndraWorks & IndraDrives (Inc. Cams)



Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Successful maintenance interventions Use of the IndraWorks software Use of the IndraLogic software for PLC (1G) Writing program examples

Content Drive configuration, including Sercos Faultfinding & diagnosis IndraWorks parameter configuration IndraLogic program construction (1G) Drive command functions Cam functions Archiving and restoring backup files Drive based safety technology Duration Four days





Course code: EDC-CTL-XLC-13vrs-MAINT Introduction to XLC Axis Control with IndraWorks & IndraDrives

Offering an introduction to the IndraDrive servo system with the XLC IndraLogic-2G motion controller. XLC uses the Codesys operating system for maximum ease of use. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. We will also discuss the PLC-Open programming for XLC motion commands. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite








Course code: EDC-CTL-XLC-13vrs-PROG Advanced XLC Axis Control with IndraWorks & IndraDrives

An advanced course offering an introduction to the IndraDrive servo system with the XLC IndraLogic-2G motion controller. XLC uses the Codesys operating system for maximum ease of use. We will explain the drives configuration using the Sercos parameter structure, PLC-Open programming and Rexroth’s Axis Interface for XLC motion commends. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.


Prerequisite



Content Drive configuration, including Sercos Faultfinding & diagnosis IndraWorks parameter configuration IndraLogic program construction (2G) Drive command functions Archiving and restoring backup files Drive based safety technology Duration Three days





Course code: EDC-CTL-MLC-13vrs-MAINT Introduction to MLC Axis Control with IndraWorks & IndraDrives

Offering an introduction to the IndraDrive servo system with the MLC IndraLogic-2G motion controller. MLC uses the Codesys operating system for maximum ease of use. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks software family. We will also discuss the PLC-Open programming for MLC motion commands. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite








Course code: EDC-CTL-MLC-13vrs-PROG Advanced MLC Axis Control with IndraWorks & IndraDrives



Prerequisite



Content Drive configuration, including Sercos Faultfinding & diagnosis IndraWorks parameter configuration IndraLogic program construction (2G) Drive command functions Archiving and restoring backup files Drive based safety technology Duration Three days





Course code: EDC-CTL-MLCcams-13vrs-PROG Advanced MLC Axis Control with IndraWorks & IndraDrives (Inc. Cams)



Prerequisite



Content Drive configuration, including Sercos Faultfinding & diagnosis IndraWorks parameter configuration IndraLogic program construction (2G) Drive command functions Cam functions Archiving and restoring backup file Drive based safety technology Duration Four days





Course code: EDC-HMI-MTX-OPS Introduction to MTX Axis Control Operator Interface

Offering an introduction to the IndraWorks-MHI operator interface with the MTX motion controller. MTX uses the Codesys operating system for maximum ease of use within the PLC and ISO G-code for the NC. We will explain the functions of the IndraWorks-HMI operating system. Through practical examples we will demonstrate the archiving, diagnostic and editing procedures using the IndraWorks-HMI. This is ideal for first response maintenance teams and multi-skilled work forces and skilled machine operators.


Prerequisite


Learning targets Understanding of different hardware components Overview of PLC programming Overview of NC programming Archiving of system files and restoring backup data.

Content Hardware configuration System files and the configurations of the MTX control Navigation of the MTX Operation interface NC programming Viewing Tool management data Archiving of system files and restoring backup data. Duration One day





Course code: EDC-CTL-MTX-ID-MAINT Introduction to MTX Axis Control with IndraDrives & IndraWorks

Offering an introduction to the IndraDrive servo system with the MTX IndraLogic-2G motion controller. MTX uses the Codesys operating system for maximum ease of use within the PLC and ISO G-code for the N.C. We will explain the drives Sercos parameter structure and give an introduction to the IndraWorks-HMI operating system. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks-HMI. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Digital servo drive Successful maintenance interventions Overview of PLC programming Overview of NC programming Archiving of system files and restoring backup data.

Content Digital servo drive theory Faultfinding & diagnosis Drive & control parameters Sercos interface Introduction to IndraLogic PLC NC programming Archiving of system files and restoring backup data Drive based safety technology Duration Two days





Course code: EDC-CTL-MTX-ID-PROG Advanced MTX Axis Control with IndraDrives & IndraWorks

An advanced course offering an introduction to the IndraDrive servo system with the MTX IndraLogic-2G motion controller. MTX uses the Codesys operating system for maximum ease of use within the PLC and ISO G-code for the NC. We will explain the drives configuration using the Sercos parameter structure, an introduction to the IndraWorks-HMI operating system and to edit the PLC & NC. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the IndraWorks-HMI. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets Digital servo drive Successful maintenance interventions To understand the system files and the configurations of the MTX system Overview of PLC programming Overview of NC programming Archiving of system files and restoring backup data.

Content Digital servo drive theory To understand the system files and the configurations of the MTX system Drive & control parameters Sercos interface IndraLogic PLC programming NC programming PCL programming introduction Archiving of system files and restoring backup data Drive based safety technology Duration Three days





Course code: EDC-CTL-IL1G-MAINT Introduction to IndraLogic 1G IndraControl

Offering an introduction to the IndraLogic-1G PLC. The IL family of controls uses the Codesys operating system

for maximum ease of use. We will explain the basic project structure, an introduction to the IndraWorks software and how to edit the PLC program. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and search procedures using both IndraWorks & IndraLogic. This is ideal for first response maintenance teams and multi-skilled work forces.

Target Groups Maintenance Personnel Maximum number of attendee’s for this course is four

Prerequisite


Learning targets To understand the system files and the configurations of the system Navigation of the IndraLogic PLC software Successful maintenance interventions Archiving of system files and restoring backup data

Content To understand the system files and the configurations of the system Hardware configuration Introduction to IndraLogic PLC programming with simple examples in LD & ST Function blocks Variables, timers & counters Archiving of system files and restoring backup data Duration One day





Course code: EDC-CTL-IL2G-MAINT Introduction to IndraLogic 2G IndraControl

Offering an introduction to the IndraLogic-2G PLC. The IL family of controls uses the Codesys operating system

for maximum ease of use. We will explain the basic project structure, an introduction to the IndraWorks software and how to edit the PLC program. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and search procedures using both IndraWorks & IndraLogic. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets To understand the system files and the configurations of the system Navigation of the PLC software Successful maintenance interventions Archiving of system files and restoring backup data.

Content To understand the system files and the configurations of the system Hardware configuration Introduction to IndraLogic PLC programming with simple examples in LD & ST Function blocks Variables, timers & counters Archiving of system files and restoring backup data. Duration One day





Course code: EDC-CTL-IL1G-PROG Advanced IndraLogic 1G IndraControl

An advanced course offering an introduction to the IndraLogic-1G PLC. The IL family of controls uses the

Codesys operating system for maximum ease of use. We will configure a basic project structure using IndraWorks software and learn how to edit the PLC program. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and search procedures using both IndraWorks & IndraLogic. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets To understand the system files and the configurations of the system PLC programming Successful maintenance interventions Archiving of system files and restoring backup data.

Content To understand the system files and the configurations of the system Hardware configuration Introduction to IndraLogic PLC programming with simple examples in IL, LD & ST Function blocks Variables, timers & counters Archiving of system files and restoring backup data. Duration Two days





Course code: EDC-CTL-IL2G-PROG Advanced IndraLogic 2G IndraControl

An advanced course offering an introduction to the IndraLogic-2G PLC. The IL family of controls uses the

Codesys operating system for maximum ease of use. We will configure a basic project structure using IndraWorks software and learn how to edit the PLC program. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and search procedures using both IndraWorks & IndraLogic. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets To understand the system files and the configurations of the system PLC programming Successful maintenance interventions Archiving of system files and restoring backup data.

Content To understand the system files and the configurations of the system Hardware configuration Introduction to IndraLogic PLC programming with simple examples in IL, LD & ST Function blocks Variables, timers & counters Archiving of system files and restoring backup data. Duration

Two days





Course code: EDC-WORKSHOP1-TECH Introduction to Drives & Controls Workshop

Offering an introduction to the drives & controls with the agenda to be discussed prior to delivery. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and calibration procedures using the software. Ideal for those engineers expected to diagnose today’s automated processes and have specific requirements to be addressed.


Prerequisite


Learning targets To understand the technology functions Relevant interface configuration

Content Product overview Connections Diagnostics Syllabus driven by the customer Duration

One day





Course code: EDC-WELD-BOS6000-MAINT Introduction to PSI6000 weld-timer and BOS6000 operating software Offering an introduction to the welding control, using the BOS6000 software. We will discuss the connectivity, basic timer functionality and diagnostics; through practical examples we will demonstrate the archiving and diagnostic procedures using the software. Ideal for those engineers expected to operate and maintain Rexroth MFDC welding controls.


Prerequisite


Learning targets To understand the timer functions Relevant interface configuration Successful maintenance interventions

Content Welding theory Connections Interface Diagnostics Timer configuration Duration

Two days





Course code: EDC-WELD-PSQ-MAINT Introduction to PSQ6000 UIR Quality System, PSI with UI Controller

Offering an introduction to the PSQ6000 UIR Quality system within the BOS6000 software. We will discuss the connectivity, principles, setup, diagnostics and operation of the UIR adaptive control through theoretical and practical examples (depending upon equipment being available). Ideal for engineers expected to operate and maintain Rexroth welding controls with the integrated UIR adaptive control. We would also recommend this course for our OEM customers.


Prerequisite

Participants should have an electrical or mechanical engineering background and be familiar with the Windows operating system. They should already have a good understanding of Rexroth MFDC weld controllers and have completed the BOS6000 maintenance course.

Learning targets To understand the system hardware Principle of operation Successful maintenance interventions

Content Welding theory using UIR optional hardware Connections Interface Diagnostics Timer configuration Duration

Two days





Course code: EDC-WELD-PSQ-PROG Introduction to PSI6000 weld-timer BOS6000 with PSQ6000 UIR Quality System

Offering an introduction to the welding PSQ6000 UIR Quality system within the BOS6000 software. We will discuss the connectivity, principles, setup, diagnostics and operation of the UIR adaptive control through theoretical and practical examples (depending upon equipment being available). Ideal for engineers expected to operate and maintain Rexroth welding controls with the integrated UIR adaptive control. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets To understand the timer functions Relevant interface configuration Principle of operation of PSQ quality system Successful maintenance interventions


Three days





Course code: EDC-WELD-TRICORE-MAINT Introduction to Tricore weld-timer and BOS6000 operating software

Offering an introduction to the welding control, using the BOS6000 software. We will discuss the connectivity, basic timer functionality and diagnostics; through practical examples we will demonstrate the archiving and diagnostic procedures using the software. Ideal for those engineers expected to operate and maintain Rexroth MFDC welding controls.


Prerequisite




Two days





Course code: EDC-WELD-TRICORE-PSQ-PROG Introduction to Tricore weld-timer with PSQ6000 UIR Quality System

Offering an introduction to the welding PSQ6000 UIR Quality system within the BOS6000 software. We will discuss the connectivity, principles, setup, diagnostics and operation of the UIR adaptive control through theoretical and practical examples (depending upon equipment being available). Ideal for engineers expected to operate and maintain Rexroth welding controls with the integrated UIR adaptive control. We would also recommend this course for our OEM customers.


Prerequisite


Learning targets To understand the timer functions Relevant interface configuration Successful maintenance interventions Principle of operation of PSQ quality system


Three days





Course code: EDC-WELD-WORKSHOP Introduction to Weld-timers Workshop

Offering an introduction to the welding control with the agenda to be discussed prior to delivery. We will discuss the connectivity, basic timer functionality and diagnostics; through practical examples we will demonstrate the archiving, diagnostic and calibration procedures using the software. Ideal for those engineers expected to diagnose today’s automated processes and have specific requirements to be addressed.


Prerequisite



Content Welding overview Connections Diagnostics Duration

One day





Course code: EDC-TPS-SE300-DIAG Operation of BS310 Tightening Systems

Offering an introduction to the BS310 Tightening System; we will discuss the connectivity, basic tightening functionality and diagnostics. Through practical examples we will demonstrate the archiving and diagnostic procedures using the BS310 software. This is ideal for first response maintenance teams and multi-skilled work forces.

Target Groups Machine Operators Maintenance Personnel Maximum number of attendee’s for this course is four

Prerequisite


Learning targets Bolting theory System configuration Correct operation of Rexroth equipment Successful maintenance interventions

Content Basics of tightening Bolting components System Overview Operation of the program and faultfinding Diagnostics & error correction Documentation Duration

One day





Course code: EDC-TPS-SE300-PROG Introduction to BS310 Tightening Systems

Offering an introduction to the BS310 Tightening System; we will discuss the connectivity, basic tightening functionality and theory, configuration, I/O and diagnostics. Through practical examples we will demonstrate the archiving and diagnostic procedures using the BS310 software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Bolting theory System configuration Maintenance and diagnostic techniques Successful maintenance interventions

Content Basics of tightening Bolting components System configuration Exchange of system components System data upload – reload Operation of the programming and faultfinding software tools Strategies for SE300 systems Diagnostics Documentation Duration

Two days





Course code: EDC-TPS-PRESS-DIAG Introduction to Press-fit Systems

Offering an introduction to the Press-fit System; we will discuss the connectivity, basic press fit functionality, configurations, interfacing and diagnostics. Through practical examples we will demonstrate the archiving and diagnostic procedures using the WinPEPR software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Pressing theory System configuration Maintenance and diagnostic techniques Successful maintenance interventions

Content Basics of press fitting Press-fit components Interfacing System configuration Exchange of system components System data upload – reload Operation of the PEPR software tools Diagnostics Documentation Duration

One day





Course code: EDC-TPS-SYS350-DIAG Operation of BS350 Tightening Systems

Offering an introduction to the BS350 System; we will discuss the connectivity, basic tightening functionality, configurations, interfacing and diagnostics. Through practical examples we will demonstrate the archiving and diagnostic procedures using the BS350 software. This is ideal for first response maintenance teams and multi-skilled work forces.

Target Groups Machine Operators Maintenance Personnel Maximum number of attendee’s for this course is four

Prerequisite


Learning targets Bolting theory System configuration Correct operation of Rexroth equipment Successful maintenance interventions

Content Basics of tightening Bolting components System Overview Operation of the program and faultfinding Diagnostics & error correction Documentation Duration

One day





Course code: EDC-TPS-SYS350-PROG Introduction to BS350 Tightening Systems

Offering an introduction to the BS350 System; we will discuss the connectivity, basic tightening functionality, configurations, interfacing and diagnostics. Through practical examples we will demonstrate the archiving and diagnostic procedures using the BS350 software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Bolting theory System configuration Maintenance and diagnostic techniques Successful maintenance interventions

Content Basics of tightening Bolting components System configuration Exchange of system components System data upload – reload Operation of the programming and faultfinding software tools Strategies for System 350 Diagnostics Documentation Duration

Two days





Course code: EDC-TPS-SYS350-IL-PROG Introduction to tightening systems with IndraLogic Offering an introduction to the BS350 Tightening System; we will discuss the connectivity, basic tightening functionality and theory, configuration, I/O and diagnostics. Through practical examples we will demonstrate the archiving and diagnostic procedures using the BS350 software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Bolting theory System configuration Maintenance and diagnostic techniques Successful maintenance interventions Overview of IndraLogic PLC

Content Basics of tightening Bolting components System configuration Exchange of system components System data upload – reload Operation of the programming and faultfinding software tools Navigation of IndraLogic program Strategies for System 350 Diagnostics Documentation Duration

Three days





Course code: EDC-HMI-VIC-PROG Introduction to VI-Composer Ver.2 Software

Offering an introduction to VI-Composer screen creation software for Rexroth VCP range of HMIs. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the programming, archiving and debugging using the IndraWorks and VI-Composer software family. We will also discuss the relevant standards and current best practice. Ideal for those engineers expected to diagnose today’s automated processes; we would also recommend this course for our OEM customers. Target Groups Control Engineers Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite

Participants should have an electrical or mechanical engineering background and be familiar with the Windows operating system and a working knowledge of PLC and IndraLogic or to have completed the IndraLogic training course.

Learning targets Overview of VCP hardware System configuration Maintenance and diagnostic techniques Successful maintenance interventions

Content Installation of software Creating a basic project Basic setup Interface to the PLC Symbol table and variables Inage administration, image creation, image control Generating objects Assigning object properties Variable administration, variable display Duration

One day





Course code: EDC-HMI-WNS1G-PROG Introduction to Win-Studio Software with IndraLogic 1G

Offering an introduction to VI-Composer screen creation software for Rexroth VEP range of HMIs. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the programming, archiving and debugging using the IndraWorks and Win-Studio software family. We will also discuss the relevant standards and current best practice. Ideal for those engineers expected to diagnose today’s automated processes; we would also recommend this course for our OEM customers. Target Groups Control Engineers Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite


Learning targets Overview of hardware System configuration Maintenance and diagnostic techniques


One day





Course code: EDC-HMI-WNS2G-PROG Introduction to Win-Studio Software with IndraLogic 2G

Offering an introduction to VI-Composer screen creation software for Rexroth VEP range of HMIs. We will discuss the connectivity, basic functionality and diagnostics; through practical examples we will demonstrate the programming, archiving and debugging using the IndraWorks and Win-Studio software family. We will also discuss the relevant standards and current best practice. Ideal for those engineers expected to diagnose today’s automated processes; we would also recommend this course for our OEM customers. Target Groups Control Engineers Commissioning Engineers Maximum number of attendee’s for this course is four

Prerequisite


Learning targets Overview of hardware System configuration Maintenance and diagnostic techniques


One day





Course code: EDC-DRV-ANAX-DIAG

Introduction to TDM/KDS servo drives

Offering an introduction to the TDM & KDS servo system; we will discuss the connectivity, basic servo functionality and diagnostics. Through examples we will discuss the diagnostic procedures. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite

Participants should have an electrical or mechanical engineering background. Learning targets To have knowledge of Servo drive theory and functionality Successful maintenance interventions

Content Servo drive theory Electrical connections Interface Faultfinding & diagnostics Duration

One day





Course code: EDC-DRV-DIAX-DIAG Introduction to HDS/HDD (DIAX04) Servo drives

Offering an introduction to the Diax04 servo system; we will discuss the connectivity, basic servo functionality and diagnostics. Through examples we will discuss the diagnostic procedures. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite



Content Servo drive theory Electrical connections Interface Faultfinding & diagnostics

Duration





Course code: EDC-DRV-DIAX-PROG Introduction to HDS/HDD (DIAX04) Servo drives with DriveTop

Offering an introduction to the Diax04 servo system; we will discuss the connectivity, basic servo functionality and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the DriveTop software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite



Content Servo drive theory Connections Interface Faultfinding & diagnostics Use of the DriveTop software Drive configuration Duration

Two days





Course code: EDC-DRV-ECO3-DIAG Introduction to DKC*.3, EcoDrive Servo drives with DriveTop

Offering an introduction to the EcoDrive servo system; we will discuss the connectivity, basic servo functionality and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the DriveTop software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite



Content Servo drive theory Connections Interface Faultfinding & diagnostics Archive & restore of parameters Duration

One day





Course code: EDC-DRV-ECO3-PROG Advanced DKC*.3, EcoDrive Servo drives with DriveTop & Sercos

An advanced course offering an introduction to the EcoDrive; where we will discuss the connectivity, basic servo functionality and diagnostics. We will explain the drives configuration using the Sercos parameter structure. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the DriveTop software. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers.


Prerequisite



Content Servo drive theory Connections Interface Faultfinding & diagnostics Use of DriveTop software Drive configuration Duration

Two days





Course code: EDC-CTL-CLM-DIAG Introduction to CLM1.3A & 1.4A Axis Control

Offering an introduction to the CLM 4 axis control; we will discuss the connectivity, basic parameter functionality, programming and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the Motion Manager software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite Participants should have an electrical or mechanical engineering background and be familiar with the

Windows operating system Relevant drive course undertaken Learning targets To have knowledge of the configuration of the control Use of the Motion Manager software Programming Successful maintenance interventions

Content Electrical connections Parameters Programming overview Control diagnostics Duration

One day





Course code: EDC-CTL-CLM-ANAX-DIAG Introduction to CLM1.3A & 1.4A Axis Control with Analogue Servo drives

Offering an introduction to the TDM & KDS servo system and CLM control combined into one course; we will discuss the connectivity, basic servo functionality and diagnostics. For the CLM 4 axis control we will discuss the connectivity, basic parameter functionality, programming and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the Motion Manager software. This is ideal for first response maintenance teams and multi-skilled work forces.

Target Groups Maintenance Personnel Control Engineers Maximum number of attendee’s for this course is four Prerequisite


Learning targets Servo drive theory and faultfinding To have knowledge of the configuration of the control Use of the Motion Manager software Programming Successful maintenance interventions

Content Servo drive faultfinding & diagnosis Electrical connections Parameters Programming overview Faultfinding & diagnostics Duration

Two days





Course code: EDC-CTL-CLM-DIAX-DIAG Introduction to CLM1.3A & 1.4A Axis Control with DIAX Servo drives

Offering an introduction to the Diax04 servo system and CLM control combined into one course; we will discuss the connectivity, basic servo functionality and diagnostics. For the CLM 4 axis control we will discuss the connectivity, basic parameter functionality, programming and diagnostics. Through practical examples we will demonstrate the archiving, diagnostic and referencing procedures using the Motion Manager software. This is ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Servo drive theory and faultfinding To have knowledge of the configuration of the control Use of the Motion Manager software Programming Successful maintenance interventions

Content Servo drive faultfinding & diagnosis Electrical connections Parameters Programming overview Faultfinding & diagnostics DriveTop software Duration

Two days





Course code: EDC-CTL-VM8/9-DIAX-DIAG Introduction to PPC Axis Control with VisualMotion™ & DIAX Servo drives

Offering an introduction to the Diax servo drive system and PPC axis control. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the icon programming, archiving, diagnostic and referencing procedures using the Visual Motion software. Ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Digital Servo drive theory To understand the system files Use of the VisualMotion™ software Understanding of ELS theory Successful maintenance interventions

Content I/O files Registers Basic drive configuration Diagnostic functions Archiving and restoring backup files Duration

Two days





Course code: EDC-CTL-VM8/9-ECO3-DIAG Introduction to PPC Axis Control with VisualMotion™ & Ecodrives

Offering an introduction to the Ecodrive system and PPC axis control. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the icon programming, archiving, diagnostic and referencing procedures using the Visual Motion software. Ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Digital Servo drive theory To understand the system files Use of the VisualMotion™ software Understanding of ELS theory Successful maintenance interventions


Two days





Course code: EDC-CTL-SYNAX11-DIAX-DIAG Introduction to PPC Axis Control with Synax & DIAX Servo drives

Offering an introduction to the Diax servo drive system and PPC axis control. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the synchronous motion, archiving, diagnostic and referencing procedures using the SynTop software. Ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Digital Servo drive theory To understand the system files Use of the SYNTOP software Understanding of ELS theory Successful maintenance interventions

Content ELS theory Sercos interface Overview of Virtual/Real master control Overview of Velocity Synchronisation Overview of Phase Synchronisation Diagnostic functions Archiving and restoring backup files Duration Two days





Course code: EDC-CTL-VM8/9-DIAX-PROG Advanced PPC Axis Control with VisualMotion™ & DIAX Servo drives

An advanced course offering an introduction to the Diax servo drive system and PPC axis control. We will explain the drives configuration using the Sercos parameter structure. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the icon programming, archiving, diagnostic and referencing procedures using the Visual Motion software. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers to allow continued support of older installations.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Programming of the VisualMotion™ software Writing program examples Understanding of ELS theory Successful maintenance interventions

Content I/O files Registers Drive parameterisation Program construction Auxiliary functions Diagnostic functions Archiving and restoring backup files Duration

Three days





Course code: EDC-CTL-VM8/9-ECO3-PROG Advanced PPC Axis Control with VisualMotion™ & Ecodrives

An advanced course offering an introduction to the Ecodrive system and PPC axis control. We will explain the drives configuration using the Sercos parameter structure. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the icon programming, archiving, diagnostic and referencing procedures using the Visual Motion software. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers to allow continued support of older installations.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Programming of the VisualMotion™ software Writing program examples Understanding of ELS theory Successful maintenance interventions

Content I/O files Registers Drive parameterisation Program construction Auxiliary functions Diagnostic functions Archiving and restoring backup files Duration

Three days





Course code: EDC-CTL-SYNAX11-DIAX-PROG Advanced PPC Axis Control with Synax & DIAX Servo drives

An advanced course offering an introduction to the Diax servo drive system and PPC axis control. We will explain the drives configuration using the Sercos parameter structure. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the synchronous motion, archiving, diagnostic and referencing procedures using the SynTop software. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers to allow continued support of older installations.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Programming of the SYNTOP software Understanding of ELS theory Successful maintenance interventions

Content ELS theory Sercos configuration Virtual/Real master control Velocity Synchronisation Phase Synchronisation Process control Diagnostic functions Archiving and restoring backup files Duration Three days





Course code: EDC-CTL-VM11-DIAX-DIAG Introduction to PPC-R22 Axis Control with VisualMotion™ & DIAX Servo drives

Offering an overview to the IndraDrive servo system and PPC axis control with the IndraLogic PLC motion controller. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate archiving, diagnostic and referencing procedures using the Visual Motion software. Ideal for first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Use of the VisualMotion™ software Understanding of ELS theory Successful maintenance interventions


Two days





Course code: EDC-CTL-VM11-ID-IL-MAINT Introduction to PPC-R22 Axis Control with VisualMotion™ & IndraLogic

Offering an introduction to the IndraDrive servo system and PPC axis control with the IndraLogic PLC motion controller. IL uses the Codesys operating system for maximum ease of use. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the icon programming, archiving, diagnostic and referencing procedures using the Visual Motion software. Ideal for those engineers expected to diagnose today’s automated processes, first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets IndraDrive servo theory. To have knowledge of the system files and configuration Use of the VisualMotion™ software Use of the IndraLogic software for PLC Writing program examples Understanding of ELS theory Successful maintenance interventions

Content I/O files IndraLogic Registers Drive parameterisation Diagnostic functions Program construction Auxiliary functions Archiving and restoring backup files Duration

Three days





Course code: EDC-CTL-SYNAX13-ID-IL-MAINT Introduction to PPC-R22 Axis Control with Synax & IndraLogic

Offering an introduction to the IndraDrive servo system and PPC axis control with the IndraLogic PLC motion controller. IL uses the Codesys operating system for maximum ease of use. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the synchronous motion, archiving, diagnostic and referencing procedures using the SynTop software. Ideal for those engineers expected to diagnose today’s automated processes, first response maintenance teams and multi-skilled work forces.


Prerequisite


Learning targets IndraDrive servo theory. To have knowledge of the system files and configuration Use of the SYNTOP software Overview of IndraLogic software for PLC Understanding of ELS theory Successful maintenance interventions

Content ELS theory Sercos interface Diagnostic functions Overview of Virtual/Real master control Overview of Velocity Synchronisation Overview of Phase Synchronisation Auxiliary functions Overview of IndraLogic Duration Three days





Course code: EDC-CTL-VM11-ID-IL-PROG Advanced PPC-R22 Axis Control with VisualMotion™ & IndraLogic

An advanced course offering an introduction to the IndraDrive servo system and PPC axis control with the IndraLogic PLC motion controller. IL uses the Codesys operating system for maximum ease of use. We will explain the drives configuration using the Sercos parameter structure. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the icon programming, archiving, diagnostic and referencing procedures using the Visual Motion software. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers to allow continued support of older installations.


Prerequisite


Learning targets IndraDrive servo theory. To have knowledge of the system files and configuration Use of the VisualMotion™ software Use of the IndraLogic software for PLC Writing program examples Understanding of ELS theory Successful maintenance interventions

Content I/O files IndraLogic Registers Drive configuration Diagnostic functions Program construction Auxiliary functions Archiving and restoring backup files Duration

Four days





Course code: EDC-CTL-SYNAX13-ID-IL-PROG Advanced PPC-R22 Axis Control with Synax & IndraLogic

An advanced course offering an introduction to the IndraDrive servo system and PPC axis control with the IndraLogic PLC motion controller. IL uses the Codesys operating system for maximum ease of use. We will explain the drives configuration using the Sercos parameter structure. We will discuss the connectivity, basic servo functionality and diagnostics; through practical examples we will demonstrate the synchronous motion, archiving, diagnostic and referencing procedures using the SynTop software. Ideal for those engineers expected to diagnose today’s automated processes. We would also recommend this course for our OEM customers to allow continued support of older installations. Target Groups Maintenance Personnel Control Engineers Maximum number of attendee’s for this course is four

Prerequisite


Learning targets Digital Servo drive theory To have knowledge of the system files and configuration Use of the SYNTOP software Overview of IndraLogic software for PLC Understanding of ELS theory Successful maintenance interventions

Content ELS theory Sercos interface Diagnostic functions Overview of Virtual/Real master control Overview of Velocity Synchronisation Overview of Phase Synchronisation Auxiliary functions Overview of IndraLogic Duration Four days





Terms & Conditions.

Bosch Rexroth standard conditions apply, www.boschrexroth.co.uk/tc All courses are subject to essential equipment being available A suitable training environment must be available for courses held at your facility Payment is strictly within agreed number of days Proforma payments are to be received at least fourteen days prior to delivery In addition: Included Trainers transportation on mainland UK Subsistence costs including hotels Course documentation on full training courses Fact sheets are provided with the Service Engineer panel overviews Excluded Prices are excluding VAT which will be charged at the current rate There are no training presentations/manuals with the Service Engineer panel overviews Customer travel and subsistence cost if training is delivered at a Bosch Rexroth site Equipment transport costs via courier where incurred and will be charged at cost Courses conducted outside normal working hours will be surcharged at an additional 50% Air flights, ferry’s and car hire are charged at cost at the time of the course where incurred

Booking courses. Lead time for courses is normally 8 weeks from order placement. Completion and return of our course booking form or confirmation email will be considered

as acceptance and places will then be reserved or dates allocated as required Cancellation of courses, booked with a purchase order number will be charged up to 100% None attendance of course will be charged at 100%

We reserve the right to amend any prices or conditions quoted in this catalogue without prior notice.


Training Course Request

Our training courses are available to all and an official training course quotation can be requested from the contacts below.

Electric Drives & Controls: Standard courses / Special and Bespoke EDC Training requests Contact: Dave Stirling Email: [email protected] Technical Training Manager

Hydraulics: Standard courses / Large Hydraulic Drives / Filtration / Special and Bespoke Hydraulic Training requests: Contact: Marie Morris Email: [email protected] Training Co-Ordinator

Training Enquiries: Email: [email protected]

Tel: 0800 1696624


My Notes:



Bosch Rexroth Limited Technical Training Broadway Lane South Cerney Gloucestershire GL7 5UH Tel 0800 1696624 Email:

[email protected]

Revised 15-12-15 - Bosch Global · 2020-05-29 · Training systems and play mobiles are available using current industrial standard components in Hydraulics, Pneumatics, Mechatronics

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