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More knowledge. More benefits.

North American Hydraulic Training Courses 2017 Schedule and Information

2 North American Hydraulic Training Courses | Introduction

Bosch Rexroth is the leader in Drive & Control technology. Using innovative product, coupled with application expertise, Bosch Rexroth offers powerful solutions. Our training courses provide students with the knowledge and skills critical to applying and maintaining modern fluid power systems for productive and reliable solutions.

3 Table of Contents | North American Hydraulic Training Courses

Table of Contents

North American Hydraulic Training Courses 1

About Our Courses 4

Training Alternatives 5

How to Register for Courses/Seminars 6

Online Training Courses

Online Industrial Hydraulic Basics – eIHB 8

Online Mobile Hydraulic Basics – eMHB 9

Courses in the United States

Principles of Hydraulics – POH 11

Industrial Hydraulic Fundamentals – IHF 12

Mobile Hydraulic Fundamentals – MHF 13

Hydraulic Setup and Commissioning – HSC 14

Electro-Proportional Technology – EPT 15

Hydraulic Pump Systems – HPS 16

Motor Pump Systems – MPS 17

Hydraulic System Planning – HSP 18

Courses in Canada

Overview of Industrial Hydraulics – HYi-101 20

Commissioning, Maintaining, & Troubleshooting Industrial Hydraulics – HYi-201 21

Design Considerations for Industrial Hydraulics – HYi-202 22

Piston Pumps/Motors & Controls – HYi-301 23

Proportional Control Technology – HYi-302 24

Design & Sizing of Proportional Circuits – HYi-303 25

Overview of Mobile Hydraulics – HYm-101 26

Mobile Hydraulic Drives and Controls Technology – HYm-201 27

Training Services Terms and Conditions 28On-Site Addendum to TSTC 30

4 North American Hydraulic Training Courses | About Our Courses

Training Center Locations

United States

AMT Training Center625 Linden St.Bethlehem, PA 18018

Bosch Rexroth 10305 Round Up Lane Suite. 700Houston, TX 77064

Center for Manufacturing Innovation575 Millennium Blvd. Greenville, SC 29607

Canada

Bosch Rexroth Canada3426 Mainway Drive Burlington, Ontario L7M 1A8

Bosch Rexroth Canada1533 Broadway Street Unit 124 Port Coquitlam, British Columbia V3C 6N9

Bosch Rexroth Canada8035 Coronet Road Edmonton, AlbertaT6E 4N7

Hydraulics technology offers many advantages with its phenomenal power transfer capability, durability and control-lability in modern machinery. Leveraging these advantages requires personnel with unique knowledge and skills from concept to retrofit; throughout the machine’s entire life-cycle.

Bosch Rexroth North American Training Courses offer stu-dents the fundamental knowledge and skills to succeed. Subjects range from selecting sizes and types of hydraulics system elements, commissioning new equipment, and main-taining existing equipment to recognizing opportunities for increasing productivity and/or enhancing service life. Our courses offer a rich blend of learning activities to maximize the awareness and understanding of fluid power concepts, components and their applications in modern mobile and stationary industrial equipment.

With a variety of training courses conducted at several train-ing locations in Canada and the United States, Bosch Rexroth stands ready to prepare students for the world of hydraulics. In addition, there are options for online self-paced learning, custom ‘in-plant’ training seminars and technology work-shops. Please feel welcome to explore these options at boschrexroth-us.com/training.

Remember, when you need to learn about hydraulics, you can count on quality training at any Bosch Rexroth Training Center.

About Our Courses

Fundamentals to advanced concepts

Have Questions?

In the U.S., contact the training department at

f E-mail: [email protected]

f Phone: (610) 997-6745

f Web: www.boschrexroth-us.com/training

In Canada, contact the training department at

f E-mail: [email protected]

f Phone: (905) 735-0510

f Web: www.boschrexroth.ca/training

5

In addition to scheduled courses at our training center loca-tions, Bosch Rexroth offers customized training possibilities.

Focused Product TrainingOften there are specific hydraulic components, that are of particular interest — whether they reside on the factory floor or in the product that the factory manufactures. In either case Bosch Rexroth offers training solutions which may be conducted at your facility or designated location. Depending on the product and the learning targets, the training may be a mix of traditional classroom and hands-on approaches. The product and equipment used for the training may be yours or supplied by Bosch Rexroth as part of a contracted service.

Hydraulic System Troubleshooting and MaintenanceThe cost of production downtime often has negative impacts to profitability and customer satisfaction for both mobile and stationary equipment. Hydraulic systems require regular maintenance to assure a long, dependable service life. Bosch Rexroth can work with your personnel and equipment in identifying maintenance requirements and preventative measures for improving uptime. By recommending replace-ment parts with their required tools, and training your team to properly perform the work, we will help your equipment become more available and reliable. In addition, we can train personnel to troubleshoot “non-performing” equipment using hydraulic tools and service techniques to promptly restore normal production. Bosch Rexroth often develops specific training classes using these methods for customers to conve-niently re-order when they have new personnel, customers or simply wish to refresh their team’s work practices.

Seminars/WorkshopsNew technologies or “old problems” sometimes require a flexible approach to training when the exact learning target and content is not known from the beginning. For these situations, Bosch Rexroth provides expertise to facilitate or

mentor groups in all aspects of their work with hydraulic technology. This service often saves the customer significant amounts of time and money in developing new equipment or improving what they are using today.

Whatever your training requirements, just contact Bosch Rexroth. We offer solutions!

Training Alternatives

Either on-site or at Bosch Rexroth, training tailored to your needs

6 North American Hydraulic Training Courses | Navigation How To Register | North American Hydraulic Training Courses

Use our Online Registration process You can enroll yourself or another student via our on-line learning management system (LMS). To check availability or register for a course, visit the online training registration site at:

www.boschrexroth.com/training/register

The above link opens a calendar page where you will be able to scroll through a monthly view and see when and where the North American courses are being offered, as well as the number of spaces which are still available.

Clicking on a course offering opens a new window with a description of the course. Scrolling down allows you to see the available dates for that course as well as a link to the registration page. This link takes you to the Online Registra-tion Form, which opens in a new window.

How to Register for Courses/Seminars

When enrolling on someone’s behalf please use the student’s actual email address since this will be used for all corre-spondence.

Once the registration process is completed you will be given a confirmation number and a confirmation email will be sent to the email address you have provided. This confirma-tion email includes tuition payment information, class hours, suggested hotels, and a map with directions. A link will appear on the confirmation email to allow cancellation or change of the reservation.

You can also access the training calendar via the Bosch Rexroth training sites. In the USA, this site is www.boschrexroth.com/en/us/training/index. In Canada, this site is www.boschrexroth.ca/training.

Payment for Courses

In the USA - The online system does not accept payment for enrollment. You will be contacted by the training coordinator before the class to process payment. Tuition may be paid using a Visa, MasterCard, or American Express credit card. A purchase order will only be accepted by your local Bosch Rexroth Distributor.

In Canada - In order to enroll you will need to provide a valid credit card. Purchase order upload is available only for exist-ing customers of Bosch Rexroth Canada.

Cancellation Guidelines – Course cancellations received in less than 10 business days prior to the start date of class are subject to a charge of the stipulated training fee, in full. No refunds are made to registered student(s) who do not attend or withdraw after the start date of a scheduled class.

e Link to Registration Form

Navigation | North American Hydraulic Training Courses 7

Online Training Courses

Self-paced options to learn or reinforce basic hydraulics concepts

Our online training courses provide students the opportunity to introduce, or re-introduce themselves to hydraulic technology at their own convenience. These courses are recommended for novices seeking a basic understanding of the technology or preparing for fundamental courses in hydraulics. For practitioners in hydraulics, these courses provide a fast-track to more advanced courses.

8 North American Hydraulic Training Courses | eIHB

Successful completion of this online training provides students with a basic understanding of fluid, its principles of control in converting, directing and transferring power via hydraulic pressure and flow.

Prerequisites: Proficiency in reading and mathSystem Requirements: 1+ Mb/s internet access, Firefox or Puffin browser recommendedTuition: $995.00 (includes One year access to eT-HT-FLUIDE and eHTG Online Training, Hydraulics - Basic Principles Book, and Oil Cleanliness Booklet)

What you will learn:

f Understanding hydraulic/mechanical relationships (flow/speed, pressure/force/torque, power) f Work versus heat in hydraulics f Fundamentals of fluid properties and conditioning (the role of fluids, viscosity and its effects, controlling fluid quality and velocity)

f Understanding hydraulic symbology and interpreting basic hydraulic schematics f Common open circuit fixed displacement pump technologies f Pressure control valves and their applications f Hydraulic accumulators and their functions f Common flow controls valves and their applications f Directional control of hydraulic linear actuators (cylinder) f Controlling the speed or force/acceleration of a linear actuator f Real world concerns: controlling creep, stick-slip and intensification f Hydraulic cylinder cushion function and application f Types of hydraulic rotary actuators (motors) f Directional control of hydraulic rotary actuators (motors) f Diagnosing and preventing cavitation f Advantages and disadvantages of open center valves f Basic valve size considerations (flow rate, pressure drop, power limit) f Direct operated vs. pilot operated valves f Recognizing other valve types (logic, counterbalance, prefill, flow dividers) f Basic electro-hydraulics (Ohm’s law, force solenoids, amplifiers, on-board electronics) f Proportional valve technology overview f Principles of reducing heat generation/increasing efficiency f Variable displacement open circuit pumps and their control options

Online Industrial Hydraulic Basics – eIHB

Introduces students to basic fluid power concepts and commonly encoun-tered applications of hydraulic technology found in a wide range of stationary industrial equipment

9 eMHB | North American Hydraulic Training Courses

Successful completion of this online training provides students with a basic understanding of fluid, its principles of control in converting, directing and transferring power via hydraulic pressure and flow.

Prerequisites: Proficiency in reading and mathSystem Requirements: 1+ Mb/s internet access, Firefox or Puffin browser recommendedTuition: $995.00 (includes One year access to eT-HT-FLUIDE and eHTG Online Training, Hydraulics - Basic Principles Book, and Oil Cleanliness Booklet)


f Pascal’s law, hydrostatic and hydrodynamic principles f Geometric concepts of area and volume f Understanding hydraulic/mechanical relationships (flow/speed, pressure/force/torque, power) f Work versus heat in hydraulics f Fundamentals of fluid properties and conditioning (the role of fluids, viscosity and its effects, controlling fluid quality and velocity)

f Understanding hydraulic symbology and interpreting basic hydraulic schematics f Overview of fixed displacement pump technologies f Fundamentals of fluid pressure, flow and direction control (checking, relieving, reducing, throttling, compensating functions)

f Common open circuit fixed displacement pump technologies, circuits, components and control concepts f Actuator/Load control considerations (load holding, counterbalance, anti-cavitation, anti-intensification, regenerative operation)

f Introduction to proportional control f Direct & Pilot operation of components (joysticks) f Six-way, three position open center valves (throttle control) f Load sense (LS) principle f Common open circuit (loop) variable displacement pump circuits, components and control concepts f Overview of gearbox technology f Common features of closed center, load sense valves f Introduction to closed circuit technology f Flow sharing principle (LUDV)

Online Mobile Hydraulic Basics – eMHB

Introduces students to basic fluid power concepts and commonly encoun-tered applications of hydraulic technology found in a wide range of mobile industrial equipment

10 North American Hydraulic Training Courses | Courses in the United States

Courses in the United States

Bosch Rexroth North American Training Courses offer students the fundamental knowledge and skills to succeed. Subjects range from selecting sizes and types of hydraulics system elements, commissioning new equipment, and maintaining existing equipment to recognizing opportunities for increasing productivity and/or enhancing service life.

11 POH | North American Hydraulic Training Courses

This is a 1st level hydraulics training course for anyone working with industrial or mobile hydraulic equipment. This training course is recommended for those who are new to hydraulically powered and controlled machines and equipment and for those who have had no prior formal training in hydraulics technology. This training course is also highly recom-mended for plant engineering personnel and mobile equipment engineering personnel who are tasked with hydraulic system improvement, system modifications and system design. Principles of Hydraulics was developed with the idea that hydraulic systems are best understood and that hydraulic system problems are more efficiently resolved by those who understand the physical principles that apply to industrial and mobile hydraulics.

Prerequisites: Proficiency in reading and math

Attendance considerations: Students should come prepared with a calculation device, toe guards/safety shoes, and eye protection/safety glasses. A selection of refreshments and lunches are provided, but may not meet dietary requirements.

Tuition: $1,795.00 (includes enrollment fee, all student materials, textbook)


f Principles of fluid flow and pressure, work, power, actuator speed for industrial and mobile hydraulic systems

f Power consumed by hydraulic systems and why hydraulic systems get hot f Hydraulic component symbols typically used in industrial and mobile systems f Reading and interpreting basic industrial and mobile hydraulic schematics f Function and use of pressure control valves f Function and use of directional control valves commonly used in industrial and mobile hydraulic systems

f Load control and load holding techniques f Types and operation of hydraulic pumps f Characteristics of modern variable displacement pumps f Setup of pressure regulating variable displacement pump controls f Setup of adjustable hydraulic components used in industrial and mobile hydraulic systems

f 10 fundamental circuits most often used in industrial and mobile hydraulic systems f How flow controls work to control actuator speed f Using a variable displacement pump to control actuator speed in mobile hydraulic systems f Function and operation of cylinders and hydraulic motors f Function and use of a valve’s “X” and “Y” ports f Introduction to fluid cleanliness and filtration f Introduction to electro-proportional hydraulic valves f Knowledge reinforcement with hands-on lab exercises

Available Dates & Locations for this Five-Day Course

Jan 9–13, 2017 Bethlehem, PA

Feb 6–10, 2017 Bethlehem, PA

Mar 20–24, 2017 Bethlehem, PA

Apr 3–7, 2017 Bethlehem, PA

May 22–26, 2017 Bethlehem, PA

Jun 12–16, 2017 Bethlehem, PA

Jul 24–28, 2017 Bethlehem, PA

Oct 2–6, 2017 Bethlehem, PA

Dec 4–8, 2017 Bethlehem, PA

Principles of Hydraulics – POH

An introduction to and comprehensive overview of hydraulic technology

12 North American Hydraulic Training Courses | IHF

Successful completion of this course provides students with a comprehensive overview of fluid, its use in converting, directing and transferring power, principles of control and considerations for system efficiency, reliability and maintenance.



Tuition: $1,795.00 (includes enrollment fee, student learning material, eT-HT-FLUIDE Online Training)


f Understanding hydraulic/mechanical relationships (flow/speed, pressure/force/torque, power)

f Work versus heat in hydraulics f Fundamentals of fluid properties and conditioning (the role of fluids, viscosity and its effects, controlling fluid quality and velocity)

f Understanding hydraulic symbology and interpreting basic hydraulic schematics f Common open circuit (loop) pump technologies and their applications f Pressure and flow control valves and their applications f Directional control of hydraulic actuators (cylinder and motors) f Controlling the speed or force/torque/acceleration of actuators f Real world concerns: controlling creep, stick-slip and intensification f Hydraulic cylinder cushion function and application f Diagnosing and preventing cavitation f Advantages and disadvantages of open center valves f Basic valve size considerations (flow rate, pressure drop, power limit) f Direct operated vs. pilot operated valves f Recognizing other valve types (logic, counterbalance, prefill, flow dividers) f Basic electro-hydraulics (Ohm’s law, force solenoids, amplifiers, on-board electronics) f Proportional valve technology overview f Principles of reducing heat generation/increasing efficiency f Closed-loop pump/motor circuit basics f Knowledge reinforcement with hands-on lab exercises


Feb 13–17, 2017 Houston, TX

Aug 7–11, 2017 Houston, TX

Industrial Hydraulic Fundamentals – IHF

Introduces students to fundamental fluid power concepts and commonly encountered applications of hydraulic technology found in a wide range of stationary industrial equipment

13 MHF | North American Hydraulic Training Courses

Successful completion of this course provides students with a comprehensive overview of fluid, its use in converting, directing and transferring power, principles of control and considerations for system efficiency, reliability and maintenance.



Tuition: $1,595.00 (includes enrollment fee, student learning material, eT-HT-FLUIDE Online Training)


f Pascal’s law, hydrostatic and hydrodynamic principles f Geometric concepts of area and volume f Understanding hydraulic/mechanical relationships (flow/speed, pressure/force/torque, power)

f Work versus heat in hydraulics f Fundamentals of fluid properties and conditioning (the role of fluids, viscosity and its effects, controlling fluid quality and velocity)

f Understanding hydraulic symbology and interpreting basic hydraulic schematics f Overview of fixed displacement pump technologies f Fundamentals of fluid pressure, flow and direction control (checking, relieving, reducing, throttling, compensating functions) f Common open circuit fixed displacement pump technologies, circuits, components and control concepts f Actuator/Load control considerations (load holding, counterbalance, anti-cavitation, anti-intensification, regenerative operation) f Introduction to proportional control f Direct & Pilot operation of components (joysticks) f Six-way, three position open center valves (throttle control) f Load sense (LS) principle f Common open circuit variable displacement pump circuits, components and control concepts f Common features of closed center, load sense valves f Introduction to closed circuit technology f Four quadrant control of a hydrostatic transmission f Using Compact Hydraulics (Common functions, configuration tool) f Flow sharing principle (LUDV) f Basic electro-hydraulics (Ohm’s law, force solenoids, amplifiers, CAN bus) f Knowledge reinforcement with hands-on lab exercises


Mar 20–24, 2017 Greenville, SC

May 8–12, 2017 Houston, TX

Oct 23–27, 2017 Greenville, SC

Dec 11–15, 2017 Houston, TX

Mobile Hydraulic Fundamentals – MHF

Introduces students to fundamental fluid power concepts and commonly encountered applications of hydraulic technology found in a wide range of mobile industrial equipment

14 North American Hydraulic Training Courses | HSC

Successful completion of this course allows students to understand the important elements of planning and executing system work, recognizing and avoiding mistakes, measuring performance and solving problems frequently encountered in hydraulics.

Prerequisites: Completion of eT-HT-FLUIDE + POH, IHF, MHF, eIHB or eMHB


Tuition: $1,795.00 (includes enrollment fee and student learning material)


f Understanding the importance of cleanliness to fluid power systems f Interpreting hydraulic schematics and bills of materials to identify information requirements

f Developing a commissioning plan f Best installation practices f Identifying types of fluid connections and sealing requirements f Basic hose, tube and pipe assembly f Inspecting pressure, pilot, leakage, suction and return lines f Electrical considerations (wire length, terminations, shielded cable, connector plugs and receptacles) f Recommended filtration practices and maintenance f Hydraulic fluid types and characteristics f Accumulator bladder assembly and pre-charging f Filling and purging hydraulic systems f First start procedure (suction valves, pressure controls, pump rotation, etc.) f Executing the commissioning plan & measuring system performance f Recognizing common problems (swapped hoses & wires, incorrect pilot configurations, trapped pressure, etc.) f Inspecting malfunctioning components f External fluid leaks and how to eliminate them f Evaluating fluid temperature control, finding problems and their solutions f Hydraulic shock and its remedies f Knowledge reinforcement with hands-on lab exercises


Jul 31–Aug 4, 2017 Bethlehem, PA

Oct 30–Nov 3, 2017 Bethlehem, PA

Hydraulic Setup and Commissioning – HSC

Provides a structured approach for students to apply their fundamental fluid power knowledge to the installation and commissioning of hydraulic systems

15 EPT | North American Hydraulic Training Courses

Successful completion of this course allows students to understand the relationship of electrical voltage and current to the control of hydraulic flow, pressure and direction for commissioning, maintaining and troubleshooting modern hydraulic systems.

Prerequisites: Completion of POH, IHF, MHF, eIHB or eMHB




f Operating within Ohm’s Law f Characteristics of wet pin AC and DC solenoids f Direct operated solenoid valves f Rectifiers & transient suppressors - shifting time effects f Valve operation monitoring (switches, sensors) f Direct operated proportional directional valves f Spool geometry and position fluid flow control considerations f Voltage control versus current control - amplifier functions (PWM, dither, linearization) f Typical amplifier control and interfacing functions (call-up presets, ramping, differential inputs, 4 to 20 ma) f Direct operated proportional directional valves with spool position feedback f Integrated electronics/on-board electronics (OBE) f OBE pilot operated proportional valve considerations f Electro-proportional manometric pump/motor controls f Electro-proportional pressure reducing pilot valves f Electro-proportional barometric pump/motor controls f Overview of other electrohydraulic components f Digital interfaces for setup, diagnostics and operation f Knowledge reinforcement and problem solving with hands-on lab exercises


Apr 10–14, 2017 Bethlehem, PA

Nov 27–Dec 1, 2017 Bethlehem, PA

Electro-Proportional Technology – EPT

Introduces students to the fundamentals of electrically operated fluid power control components and their applications in mobile and stationary industrial equipment

16 North American Hydraulic Training Courses | HPS

Successful completion of this course allows students to specify pump types, mounting configurations, control options per available power and the system’s requirements of flow and pressure. In addition, they will be introduced to common installation, commissioning and inspection practices which lead to reliable systems with long service lives.


Attendance considerations: Students should come prepared with a calculation device, toe guards/safety shoes, and eye protection/safety glasses. A selection of refreshments and lunches are provided, but may not meet dietary requirements..



f Positive displacement principle f Power relationship of drive speed/torque to fluid flow/pressure f Calculating requirements f Mechanical drive interfaces f Through drive considerations f Basic operating specifications/ technical information f Proper inlet and outlet conditions f Case pressure and leakage requirements f Positive displacement technologies f Typical fixed pump circuit open circuit configurations f Load sense principle f Variable positive displacement pump technology f Displacement limiters (flow, pressure, horsepower) f Displacement operators (mechanical, pressure, electrical) f Fixed pressure compensated systems f Variable pressure compensated systems f Installation & commissioning f Maximizing service life f Teardown & Inspection - normal wear f Understanding and preventing failure modes f Introduction to variable drive speed pump systems


Aug 28–Sep 1, 2017 Bethlehem, PA

Hydraulic Pump Systems – HPS

Introduces students to fluid power pump technology with an emphasis on their applications in typical industrial hydraulic power systems and mobile equipment working hydraulics

17 MPS | North American Hydraulic Training Courses

Successful completion of this course allows students to specify pump & motor types, mounting configurations, control options per available power and the system’s requirements of speed and torque. In addition, they will be introduced to common installation, commissioning and inspection practices which lead to reliable systems with long service lives.





f Positive displacement principle f Power relationship of drive speed/torque to fluid flow/pressure f Review of hydraulic pump and motor technologies f Simple motor control via proportional directional valve f Benefits of closed circuit (loop) technology using transmission pumps f Four quadrant control of a hydrostatic transmission f Calculating transmission performance f Mechanical drive interfaces f Through drive considerations f Basic operating specifications/ technical information f Proper inlet and outlet conditions f Case pressure and leakage requirements f Charge/Flushing options and requirements f Transmission pump controls function and setup f Multi-motor transmissions f Integrated transmission unit solutions f Motor speed sensing f Benefits of variable motor displacement technology in applications f Electrohydraulic control f Installation & commissioning f Maximizing service life f Teardown & Inspection - normal wear f Understanding and preventing failure modes


Jun 19–23, 2017 Bethlehem, PA

Motor Pump Systems – MPS

Introduces students to fluid power motor technology with an emphasis on their applications in hydrostatic transmissions

18 North American Hydraulic Training Courses | HSP

Successful completion of this course allows students to understand the important elements of interpreting specifications, calculating fluid power requirements, selecting circuits and components to realize efficient, reliable and maintainable hydraulic systems.


Attendance considerations: Students should come prepared with a calculation device. A selection of refreshments and lunches are provided, but may not meet dietary requirements.



f Elements of a project plan f Specifying operating conditions and performance f Understanding common actuator configurations and level of control f Limiting factors of controlled actuator performance (cycle rate, accuracy, repeatability)

f Translating actuator force, time, velocity specifications into fluid power requirements f Determining system fluid volume, instantaneous and cyclic flow supply requirements f Identifying pressure and horsepower supply requirements f Acumulators - role in system stability and performance f Fluid selection considerations f Fundamentals of power unit component selection f Tank design considerations f Estimating fluid heating/cooling requirements f Maintaining hydraulic fluid condition f Principles of system maintenance f Control at the actuator principle f Planning hydraulic connections f Minimizing hydraulic shock f Common system supervisory control permissives & interlocks f Noise abatement techniques f Improving system efficiency


Hydraulic System Planning – HSP

Provides a structured approach for students to apply their fundamental fluid power knowledge for selecting hydraulic components and planning hydraulic systems

19 Courses in Canada | North American Hydraulic Training Courses

Courses in Canada

A solid grasp of the fundamentals is paramount in understanding any technology. Bosch Rexroth is committed to quality fluid power training. Based on this commitment, our Training Department has developed a series of courses that are aimed at meeting the training needs of industry. Our course offerings are targeted toward those individuals who maintain hydraulic systems and those who design new systems or want to upgrade existing systems with new technology.

20 North American Hydraulic Training Courses | HYi-101

This is a 1st level hydraulics training course for anyone involved with industrial hydraulic equipment. As an introductory course it is recommended for those who are new to hydraulic equipment, however it is also recommended for trades personnel to supplement their trades training in the area of hydraulic control. This training course is also highly recom-mended for plant engineering personnel who are tasked with hydraulic system improvement, system modifications and system design. The course was developed with the idea that hydraulic systems are best understood and that hydraulic system problems are more efficiently resolved by those who understand the physical principles that apply to industrial hydraulics.

Prerequisites: Proficiency in reading and mathApproximately 50% lecture and 50% hands-on lab

Tuition: $1,795.00 (includes seminar fee, all student materials, textbook, daily lunch & refreshments)


f Principles of fluid flow and pressure, work, power, actuator speed for industrial hydraulic systems

f Power consumed by hydraulic systems and why hydraulic systems get hot f Hydraulic component symbols typically used in industrial systems f Reading and interpreting basic hydraulic schematics f Function and use of pressure control valves f Function and use of directional control valves commonly used in industrial hydraulic systems

f Load control and load holding techniques f Types and operation of hydraulic pumps f Characteristics of modern variable displacement pumps f Setup of pressure regulating variable displacement pump controls f Setup of adjustable hydraulic components used in industrial hydraulic systems f Overview of fundamental circuits most often used in industrial hydraulic systems

f How flow controls work to control actuator speed f Using a variable displacement pump when controlling actuator speed in hydraulic systems f Function and operation of cylinders and hydraulic motors f Comparison of direct and pilot operated valves and understanding pilot and drain options f Introduction to fluid cleanliness and filtration f Introduction to electro-proportional hydraulic valves f Knowledge reinforcement with hands-on lab exercises

Available Dates & Locations for this 5 Day Course

Jan 16–20, 2017 Burlington, ON

Feb 27–Mar 3, 2017 Port Coquitlam, BC

Mar 6–10, 2017 Edmonton, AB

Apr 3–7, 2017 Burlington, ON

May 29–Jun 2, 2017 Burlington, ON

Sep 11–15, 2017 Burlington, ON

Nov 13–17, 2017 Burlington, ON

Overview of Industrial Hydraulics – HYi-101

Users of industrial hydraulic equipment gain a strong understanding of the principles and applications of hydraulics

21 HYi-201 | North American Hydraulic Training Courses

Prerequisites: HYi-101 or equivalent post trades hydraulic training is STRONGLY RECOMMENDED for enrollmentMore than 50% lab and student work exercisesTuition: $1,795.00 (includes seminar fee, all student materials, text book, daily lunch & refreshments)


f Logical schematic reading and schematic circuit interpretation f Review fundamental hydraulic circuits used in many hydraulic systems — operation and setup

f Troubleshooting exercises to develop efficient hydraulic diagnostic skills f Why hydraulic systems get hot and what to do about excessive heat f Hydraulic fluid cleanliness and conditioning standards — the effects on system operation and reliability f Failure analysis of various components from hydraulic systems to determine how to increase reliability and reduce downtime

f Understanding typical applications and proper set-up and troubleshooting of direct and pilot operated pressure control valves — relief, reducing, sequence and counterbalance valves

f Understanding typical applications and selection criteria of direct and pilot operated directional controls valves - spool and poppet design valves as well as pilot and drain requirements of pilot operated valves

f Methods of actuator speed control via throttling and flow control with fixed and variable displacement pumps f Understanding typical applications as well as the operation and set-up of variable displacement pumps — understanding pressure type pump controls

f Swashplate piston pump troubleshooting, replacement, commissioning and controller setup f Understanding the various forms of hydraulic related shock and problems it causes f External fluid leaks and how to eliminate them f Knowledge reinforcement with hands-on lab exercises

Commissioning, Maintaining, & Troubleshooting Industrial Hydraulics – HYi-201

Maintenance personnel learn proper methods of maintaining and trouble-shooting industrial hydraulic systems

This is a 2nd level industrial hydraulics training course developed for the maintenance technician. This training course is a logical next-step seminar after HYi-101 (POH) to increase your understanding of industrial hydraulics. It is recommended for plant maintenance personnel who have responsibility for the proper upkeep of industrial systems. Students work in the classroom and hands-on in the lab to develop their hydraulic component and circuit understanding and troubleshooting skills. This seminar will address methods for correcting some hydraulic shock related problems and the elimination of external leakage problems. It is HIGHLY RECOMMENDED that students complete the HYi-101 (POH) seminar or have alternate post trades training specific to hydraulic systems.


Jan 30–Feb 3, 2017 Burlington, ON

Oct 16–20, 2017 Port Coquitlam, BC

Nov 27–Dec 1, 2017 Burlington, ON


This 5-day training course is a must for plant personnel tasked with hydraulic system improvement or with the develop-ment of initial design concepts for a new hydraulic application. Students receive the tools they need to properly evaluate the load to be moved and controlled and to select appropriate hydraulic valves for this purpose. Classroom lecture and discussion will be balanced with various system component selection and sizing problems.

Note: Students are required to bring calculators to this training course.

Prerequisites: Students will gain admittance ONLY after their successful comple-tion of the Bosch Rexroth HYi-101 seminar. Students must have the ability to manipulate and transpose various hydraulic related algebraic equations.Classroom lecture, discussion and student work problemsTuition: $1,895.00 (includes seminar fee, all student materials, text book, daily lunch & refreshments)


f Investigation into hydraulic project design and system planning f Actuator (motor and cylinder) selection and sizing f Development of the circuit concept (open, closed, semi-closed circuit) f Hydraulic system foundational designs (reservoir design and sizing, fluid properties and selection, fluid processing devices and sizing (filters, heat exchangers etc))

f Considerations in controlling the speed and (de)acceleration of hydraulic actuators - influence of fluid compressibility/natural frequency and hydraulic systems tendency to oscillate

f Pressure control valve application, sizing and control options f Fixed and variable pump system considerations and selection criteria (fixed, variable, fixed/variable, fixed/accumulator systems)

f Pumps application and sizing considerations f Variable displacement pump control possibilities and selection criteria f Circuit designs utilizing multi-function valves f Load control with pilot operated check valves and counterbalance valves f Directional control valve selection and sizing. Pilot and drain considerations with pilot operated directional control valves f Introduction to logic element (DIN slip-in valve) technology for direction, flow and pressure control f Introduction to the advantages, use and application of proportional directional control valves f Application and sizing accumulators for flow supplementing, shock absorption and power saving/recovery f Safety considerations in hydraulic system design will be highlighted throughout the duration of the seminar f Time will be spent in the lab to re-enforce the concepts discussed. (Approximately 75% lecture, 25% lab)

Design Considerations for Industrial Hydraulics – HYi-202Advanced maintenance technicians and hydraulic project engineers will investigate the design of hydraulic systems and learn to properly select hydraulic components that will produce efficient hydraulic circuits, and hydraulic circuits that properly control the machine or process


Jun 5–9, 2017 Burlington, ON

Dec 11–15, 2017 Burlington, ON


Prerequisites: Completion of the HYi-101 seminar and HYi-201 or HYi-202 is STRONGLY RECOMMENDED prior to attending this training seminar. Classroom lecture, discussions, laboratory exercises and lab demonstrationsTuition: $1,895.00 (includes seminar fee, all student materials, text book, daily lunch & refreshments)


f Types and characteristics of fixed and variable displacement piston pumps and motors

f Circuit selection criteria for open loop, closed loop or semi-closed loop circuits

f Types and characteristics of open and closed loop pump controls including both hydraulic and electronic pressure and displacement controllers.

f Sizing pumps to meet the flow requirements and pressure requirements of the hydraulic system f Sizing motors to meet the mechanical speed and torque requirements of the machine f Open loop pump suction, inlet and case drain condition requirements and calculations f Low speed, high torque closed loop (LHD) drives — operation and sizing f Hydraulic fluid cleanliness and condition requirements for axial piston pumps and motors f Pump and motor commissioning, setup, control adjustment and trouble-shooting f Approximately 70% lecture and 30% hands-on

This 5-day training course develops the student’s knowledge of the operation of popular fixed and variable displacement piston pumps and motors and the operation/setup of various pressure and displacement controllers. Maintenance techni-cians can use the information presented to understand controller operation and set-up, ensure pump performance and optimize pump lifetime. Engineering personnel develop their knowledge of proper pump/motor control selection and sizing. Rexroth “Sytronix” technologies of VFD and electric servo drives in conjunction with fixed and variable pumps will be investigated.

Piston Pumps/Motors & Controls – HYi-301Advanced plant maintenance technicians and hydraulic system designers/engineers develop their knowledge of popular fixed and variable displace-ment piston pumps/motors and controls used in open loop, closed loop and semi-closed loop industrial hydraulic systems


Jun 19–23, 2017 Burlington, ON


Prerequisites: Completion of the HYi-101 seminar and HYi-201 or HYi-202 is STRONGLY RECOMMENDED prior to attending this training seminar. Approximately 50% lecture and 50% hands-on lab exercisesTuition: $1,895.00


f Similarities and differences between on/off directional controls and proportional directional controls

f The principle of speed control (throttling) f Controlling actuator direction, speed and (de)acceleration with proportional valves

f Proportional valves with and without position control f Overview of standard proportional directional controls f High performance and servo-solenoid directional controls f Proportional pressure control valves f Proportional flow control valves f Electronic interface amplifiers for driving proportional valves f Integrated electronics/on-board electronics (OBE) f Understanding performance criteria and valve technical data f Introduction and background to applying and sizing proportional valves f Principles of typical control requirements (positioning and speed control) f Introduction to closed loop control principles f Practical introduction to troubleshooting proportional valve systems and isolating problems

Electro-proportional hydraulic valves have become evermore present in most hydraulic powered and controlled machines and processes. This course offering will bridge the gap between conventional valve technologies and so called continuous control valves through understanding the operation of the valve and control. For this purpose there will be ample time devoted to the actual interconnection and operation of valves and their associated control electronics. Students will configure the electronic interface and place the valve in working circuits to observe the operation and tune the control. Through this hands-on approach, students will develop their setup and troubleshooting skills. This 5 day training course is also a proper starting point for plant engineering personnel prior to our advanced HYi-303 Proportional Circuit Design course.

Proportional Control Technology – HYi-302

Advanced technicians, electrical and controls personnel and engineers gain a comprehensive understanding of proportional control valves and circuits


Apr 24–28, 2017 Burlington, ON


Prerequisites: Completion of the HYi-101 seminar and HYi-202 is STRONGLY RECOMMENDED prior to attending this training seminar. Ability to manipulate algebraic equations.Classroom lecture, discussions and laboratory exercises used to reinforce design conceptsTuition: $1,295.00


f Proportional valve selection & sizing criteria f Selecting the appropriate valve and spool size/ratio for the application f Valve frequency of response and valve stepped response applied f Proportional valve circuit design concepts f Proper control of pressure, speed, acceleration/deceleration and limiting hydraulic related shock

f Controlling overrunning loads f Understanding the nature of a spring mass system f Introduction to the closed process loop

This 3-day training course develops design concepts with the proper application of proportional and high response servo-solenoid valves. Engineering personnel learn to properly select and size a valve in an open-loop axis application. This is an appropriate next-step training course after completion of our HYi-202 course.

Design & Sizing of Proportional Circuits – HYi-303Engineering personnel, hydraulic project engineers and advanced technicians who are responsible for the implementation, design and commissioning of proportional valve circuitry will develop the design concepts they need for the proper application of components to achieve optimum control


May 9–11, 2017 Burlington, ON

26 North American Hydraulic Training Courses | HYm-101

This is a 1st level hydraulics training course for anyone involved with mobile hydraulic equipment. As an introductory course it is recommended for those who are new to hydraulic equipment however it is also recommended for trades personnel to supplement their trades training in the area of hydraulic control. This training course is also highly recom-mended for engineering personnel who are tasked with hydraulic system improvement, system modifications and system design. The course was developed with the idea that hydraulically powered machines are best understood and that hydraulic system problems are more efficiently resolved by those who understand the physical principles that apply to hydraulics.

Prerequisites: Proficiency in reading and mathApproximately 50% lecture and 50% hands-on lab

Tuition: $1,595.00 (includes seminar fee, all student materials, textbook)


f Pascal’s law and the hydrostatic principle f Understanding hydraulic/mechanical relationships (flow/speed, pressure/force/torque)

f Energy balance and heat generation in hydraulics f Understanding hydraulic symbology and interpreting basic hydraulic schematics

f Overview of fundamental circuits often used in mobile hydraulic systems f Linear hydraulic actuators (cylinders) types and operation f Rotary hydraulic actuators (motors) gear and piston f Principles and operation of positive displacement pumps (gear and piston) f How and why we control pressure in the hydraulic system (relief valves, reducing valves etc.) f Principles and methods of controlling flow in the hydraulic system (throttling vs. flow control) f Controlling the actuator direction using spool type directional valves f Throttling possibilities with spool type directional valves f Introduction to load sensing pumps and load sensing valves f Load holding via counterbalance valves f Understanding variable displacement pumps and motors and controllers f Understanding closed circuits (hydrostatic transmissions) f Comparison of open circuits and closed circuits f Introduction to fluid cleanliness and filtration f Knowledge reinforcement with hands-on lab exercises


Jan 23–27, 2017 Burlington, ON

Mar 20–24, 2017 Burlington, ON

Sep 25–29, 2017 Edmonton, AB

Oct 30–Nov 3, 2017 Burlington, ON

Overview of Mobile Hydraulics –HYm-101

Users of mobile hydraulic equipment gain a strong understanding of the principles and applications of hydraulics

27 HYm-201 | North American Hydraulic Training Courses

This second level mobile hydraulic course is designed to advance the skills and knowledge in using and using and applying closed circuit and open circuit mobile hydraulic drives and controls.

Prerequisites: HYm-101 or HYi-101 or equivalentApproximately 60% lecture and 40% hands-on lab

Tuition: $1,895.00 (includes seminar fee, all student materials, textbook)


f A brief review of the hydraulic principles and formulas and how they will apply

f Closed circuit pump technology f Special precautions with closed circuits f Auxiliary circuits f Common closed circuit pump and motor control types and operation f Open circuit pump technology f Common open circuit pump control types and operation f Special considerations for open circuits f Hydraulic motors for open and closed circuits f Fixed vs. variable displacement motors f Variable displacement motor control possibilities and set-up f Load breaking and holding in open and closed circuits f Open circuit valve types, terminology and operation f Pilot operated, electrical and electro-proportional valve control f Introduction to electro-hydraulic control with CAN-BUS (structure and operation)

Available Dates & Locations

Oct 30–Nov 3, 2017 Burlington, ON

Mobile Hydraulic Drives and Controls Technology – HYm-201

28 North American Hydraulic Training Courses | Training Services Terms & Conditions

Training Services Terms and Conditions (v. 03.2014)

This Training Services Terms and Conditions (“TSTC”) sets forth the terms and conditions upon which Bosch Rexroth Corporation (“Bosch Rexroth” or “Seller“) and/or its designated instructors will provide training classes (“Training”) using Bosch Rexroth authorized course materials (“Bosch Rexroth Authorized Course Materials”) at specified Bosch Rexroth locations and times agreed with customer (“Customer” or “Buyer”).

1. Contract Formation. This TSTC is binding upon Buyer and Seller and is enforceable in accordance with its terms. The terms and conditions contained in this TSTC apply to any Purchase Order placed by Buyer with Seller with respect to Training.

2. Other Terms. Any terms contained in Buyer’s offer to buy, request for quotation, Purchase Order or any other form or communication received from Buyer which are in addition to or different from the terms and conditions contained in this TSTC are expressly objected to and shall be deemed rejected by Seller, unless expressly accepted in writing by Seller. In the event that the printed terms of Seller’s order acknowledg-ment are in conflict with the terms of this TSTC, the terms of this TSTC shall control. In the event that the terms of Seller’s Quotation add to or conflict with the terms of this TSTC, the terms of Seller’s Quotation shall control.

3. Course Fees and Payment Options. Customer agrees to pay for Training according to Bosch Rexroth’s published prices current as of the date of Bosch Rexroth’s acceptance of Training request, unless other-wise agreed. All payments, whether by credit card or other form accept-able by Bosch Rexroth must be received at least seven (7) days prior to the commencement of Training. For reservations made within seven (7) days of Training, payment must be received prior to the commencement of Training. At Bosch Rexroth’s sole discretion (which can be changed at any time for any reason or no reason at all), Customer may qualify for Bosch Rexroth’s credit terms, in which case payment will be due thirty (30) days from date of Bosch Rexroth’s invoice. Any overdue amounts shall be subject to a finance charge at the rate of 1.5% per month (or any part of a month) commencing on the date such amount becomes overdue, or the highest rate permitted by applicable law, whichever is lower. All applicable local sales or use taxes, duties and other imposts, if any, due on account of purchases hereunder shall be paid by Cus-tomer. All requests are subject to Bosch Rexroth’s acceptance. Training shall commence on the dates specified by Bosch Rexroth in its accep-tance.

4. Confirmation. For public courses, Bosch Rexroth will send a confir-mation email, fax or letter to the participant and/or participant’s com-pany training contact once the completed registration and a valid form of payment have been received. Registrations for which a valid form of payment has not been received at least 3 days prior to the start of the course will not be confirmed and Bosch Rexroth reserves the right to release any unconfirmed seats, at any time, without notice.

5. Cancellation or Rescheduling Request by the Customer. For public courses, cancellations and rescheduling notifications must be made in writing at least 10 working days prior to the start of the course date. When requesting a rescheduled registration, the customer shall endeavor to reschedule the course for a mutually acceptable date no later than 12 weeks from the original requested start date of the course(s).

If a cancellation or rescheduling request is received less than 10 work-ing days before the event, or in the case of absence without any notice, the stipulated training fee will be fully charged without further notifica-tion. The customer has the right to send another participant as a substitute, provided that any applicable prerequisites have been com-pleted. This change in booking is free of charge. There are no refunds for partial use of services or partial attendance.

Unless otherwise stated in these Terms, there are no refunds for train-ing courses.

6. Cancellation or Rescheduling By Bosch Rexroth. For public courses, Bosch Rexroth may cancel or reschedule a training course if the number of participants is less than that specified for the relevant event, or if an instructor is incapacitated through illness, or for other reasons of a serious nature. If a participant is unable to attend as a result, any payment already made will be applied to the customer’s account, or refunded upon Customer request. All further claims are excluded. For on-site or classroom trainings, Bosch Rexroth shall not be liable for non-refundable travel arrangements if a course is cancelled or resched-uled.

7. Responsibility of Customer.7.1. Prerequisite requirements. Bosch Rexroth reserves the right to refuse or limit any services for Training if a Customer fails to satisfy the requirements for a Training course as published or provided to Cus-tomer by Bosch Rexroth prior to the start of such course. In such cases no refund or cancellation fee will be paid.

7.2. Good conduct. Bosch Rexroth reserves the right to refuse, limit or cancel any Training if a Customer in the opinion of Bosch Rexroth has displayed unreasonable behavior or is deemed to be violent, abusive or disruptive. In such cases no refund or cancellation fee will be paid.

7.3. Dress code. Although there is no dress code, most participants choose to wear comfortable clothing while aware of the risks of working with hydraulic equipment and the corresponding possibility of fluid spills. Closed toe shoes are mandatory. Bosch Rexroth shall not be liable for any damages to footwear or clothing. However, for Bethlehem public courses, laboratory coats, safety glasses, and latex gloves will be available for use in-class at no extra charge. Smoking is allowed in designated areas only.

8. Course Content. Bosch Rexroth reserves the right to amend the content of any course without notice to the participants where, at the sole discretion of Bosch Rexroth, such amendment is deemed not to fundamentally change the content of such course. Certificates will only be awarded upon successful participation and completion.

All course content including: instructor presentations, supplemental materials and participant materials are available only in the English language, unless otherwise agreed upon in advance.

9. Ownership of Materials. Ownership of all copyright and other intellectual property rights in the Bosch Rexroth Authorized Course Material, including any documentation, data, technical information and know-how provided to Customer as part of the Training remains vested in the owner of the Course Materials. All such information shall be held

29 TSTC | North American Hydraulic Training Courses

in confidence and may not be disclosed or copied to third parties, without the express written permission of Bosch Rexroth.

10. Warranty. Bosch Rexroth warrants that its personnel and/or desig-nated instructors are suitably qualified and experienced to perform Training. Except as expressly represented otherwise, and to the extent not prohibited by law, all Training, including any documentation, publi-cations, and other information provided by or on behalf of Bosch Rexroth or its suppliers to Customer is furnished on an “AS-IS” basis, without warranty of any kind, whether express, implied, statutory or otherwise especially as to quality, reliability, timeliness, usefulness, sufficiency and accuracy. ALL IMPLIED WARRANTIES, INCLUDING WITHOUT LIMITATION ALL IMPLIED WARRANTIES OF CONDITION, MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED BY BOSCH REXROTH AND ITS SUPPLIERS. NO ORAL OR WRITTEN INFORMATION PROVIDED BY BOSCH REXROTH SHALL CREATE A WARRANTY UNLESS INCORPORATED INTO THESE TERMS.

11. Limitation of Liability. TO THE EXTENT NOT PROHIBITED BY LAW, BOSCH REXROTH AND ITS DESIGNATED SUBCONTRACTORS, AGENTS AND INSTRUCTORS WILL NOT BE LIABLE FOR ANY CONSE-QUENTIAL, INCIDENTAL, SPECIAL OR OTHER INDIRECT DAMAGES, SUCH AS LOST PROFITS, ARISING FROM THESE TERMS EVEN IF BOSCH REXROTH HAS KNOWLEDGE OF THE LIKELIHOOD OF SUCH DAMAGES. IN THE EVENT THAT BOSCH REXROTH SHALL FAIL TO PROVIDE TRAINING IN ACCORDANCE WITH THESE TERMS. BOSCH REXROTH’S ENTIRE LIABILITY AND CUSTOMER’S EXCLUSIVE REM-EDY FOR BREACH OF THESE TERMS SHALL BE FOR BOSCH REXROTH TO USE ITS REASONABLE EFFORTS TO REPERFORM THE TRAINING WITHIN A REASONABLE PERIOD OF TIME; PROVIDED, THAT IN THE EVENT BOSCH REXROTH IS UNABLE TO REPERFORM, BOSCH REXROTH MAY ELECT TO REFUND ALL PAYMENTS ACTUALLY RECEIVED BY BOSCH REXROTH FROM CUSTOMER FOR THE TRAIN-ING IN QUESTION, IN FULL SATISFACTION OF BOSCH REXROTH’S OBLIGATIONS. SUCH REFUND SHALL CONSTITUTE BOSCH REXROTH’S ENTIRE LIABILITY AND CUSTOMER’S EXCLUSIVE REM-EDY FOR SUCH BREACH. IN NO EVENT SHALL THE AGGREGATE LIABILITY FOR DAMAGES OF BOSCH REXROTH, ITS AGENTS, SUB-CONTRACTORS AND/OR INSTRUCTORS, ARISING FROM THESE TERMS WHETHER BY CONTRACT OR TORT EXCEED THE AMOUNTS CUSTOMER ACTUALLY PAID BOSCH REXROTH. THE LIMITATIONS IN THIS SECTION SHALL NOT APPLY TO PERSONAL INJURY AND DEATH AT THE TRAINING LOCATION. IN NO EVENT SHALL BOSCH REXROTH BE LIABLE FOR ANYONE ACTING AS A RESULT OF INFORMATION OR VIEWS OBTAINED IN OR AS A RESULT OF BOSCH REXROTH TRAIN-ING. ANY AND ALL CLAIMS MUST BE FILED WITHIN THIRTY (30) CALENDAR DAYS FROM TRAINING OR WILL FOREVER BE BARRED.

12. Force Majeure. Bosch Rexroth shall not be liable for any delay or failure to meet its obligations under these Terms due to circumstances beyond its reasonable control, including but not limited to war, riot, insurrection, civil commotion, labor strikes or lockouts, shortages, factory or other labor conditions, fire, flood, sink hole, earthquake, storm or electrical power outage.

13. Assignment and Subcontracting. This TSTC may not be assigned or transferred by the Customer and any attempt to do so will be null and void. Bosch Rexroth is permitted to assign its rights under this TSTC and/or use subcontractors to perform Training. The relationship of Bosch Rexroth and the customer shall be that of independent contrac-tors.

14. Indemnity. Customer shall indemnify, hold harmless and defend Seller, including its agents, employees, subcontractors and/ instructors from and against all claims, damages, losses, and expenses (including attorneys’ fees) arising out of or resulting from the Customer or Cus-tomer’s representative’s activities on the premises of Seller or Seller’s subcontractors – or upon the Premises of Customer or at Customer’s designated training location -- provided that any such claim, damage, loss, or expense (a) arises out of bodily injury, sickness, disease, or death, or property damage, and (b) is caused by the negligent act or omission of the Customer, or its employees, agents, customers or contractors, and (c) is not caused by any intentional or grossly negli-gent act or omission of Seller, or its employees, agents or subcontrac-tors. In any and all claims against any indemnified party by any employee of the Customer or any one acting on behalf of the Customer, or by any person directly or indirectly employed by the Customer, the indemnification obligation under this clause shall not be limited by any limitation on the amount or type of damages, compensation, or benefits payable by or for the Customer or anyone acting on behalf of the Customer under worker’s compensation acts, disability benefit acts, or other employee benefit acts.

15. Insurance. Unless otherwise mutually agreed to, Customer shall carry and maintain during Seller’s performance of training services, insurance with coverage and minimum limits as reasonably specified by Seller, but at the minimum:

(a) Worker’s compensation insurance in accordance with statutory requirements and employer’s liability insurance in accordance with statutory requirements.

(b) Commercial general liability insurance covering bodily injury and property damage, including products and completed operations cover-age with a minimum of $2,000,000 per occurrence and in the aggregate.

(c) Automobile liability insurance covering bodily injury and property damage including coverage for owned, hired, and non-owned automo-biles with a minimum of $2,000,000 combined single limit. Customer shall furnish Seller certificates showing that such insurance is in full force and effect prior to participating in any activities on Seller’s prem-ises. Commercial general liability insurance shall be endorsed to pro-vide contractual liability.

16. Governing Law/Jurisdiction. This TSTC shall be governed and construed according to the internal laws of the Commonwealth of Pennsylvania without giving effect to its conflict of law rules that would act to apply the laws of another jurisdiction. The United Nations Con-vention on Contracts for the International Sale of Goods (C.I.S.G.) shall not apply. The parties agree that all actions and proceedings in connec-tion herewith shall be brought only in the state, federal or local courts within Lehigh County, Pennsylvania, or such other locale as Seller may select; and the parties hereby agree to submit to the jurisdiction of such courts for purposes of such actions. The prevailing party in any litigation to enforce any provision of this TSTC or to collect amounts owing under this TSTC or damages shall be entitled to recover their actual attorney’s fees, costs and expenses incurred, without regard to any court schedule of fees that may exist. DUE TO THE SPECIALIZED NATURE OF SELLER’S EQUIPMENT, EACH PARTY HEREBY WAIVES ITS RIGHT TO A TRIAL BY JURY.

30 North American Hydraulic Technical Training Courses | TSTC and On-Site Addendum

17. Severability. If any covenant, term or condition hereof or the application thereof to any circumstance or person shall, to any extent, be held invalid or unenforceable by any court of competent jurisdiction, the remaining valid and enforceable covenants, terms and conditions hereof and the application of such invalid or unenforceable covenant, term or condition to circumstances or persons other than those as to which it has been held invalid or unenforceable shall not be affected thereby and each remaining valid and enforceable covenant, term and condition shall be valid and enforceable to the fullest extent permitted by law.

18. Entire Agreement. This TSTC constitutes the entire, complete and exclusive statement of the agreement between the parties pertaining to the subject matter hereof, and supersedes and cancels all prior oral and written agreements between the parties with respect to this subject matter. No modification to these TSTC will be binding unless it is in writing and signed by an authorized representative of each party. Any provisions of this agreement that, in order to fulfill the purposes of such provisions, need to survive the termination or expiration of this agree-ment, shall be deemed to survive for as long as necessary to fulfill such purposes.

On-Site Addendum (v. 04.2014 Replaces: v. 03.2014)

This On-Site Addendum (“the Addendum”) to Training Services Terms and Conditions (the “TSTC”) amends the TSTC between Buyer and Seller sometimes referred to hereinafter individually as a “Party” or collectively as the “Parties.”

1. The TSTC remains in full force and effect as amended by the terms of this Addendum. To the extent any terms of this Addendum are inconsis-tent with terms of the TSTC, the terms of this Addendum supersedes and controls over any inconsistent terms of the TSTC. Capitalized terms used in this Addendum that are defined in the TSTC shall have the same meaning in this On-Site Addendum as those terms are defined in the TSTC.

2. This Addendum applies to all Services and Items provided by Seller, and to all work performed by Seller for Buyer pursuant to this Adden-dum, at any location or site mutually agreed upon by the Parties.

3. Specific training dates will be negotiated between the Bosch Rexroth Training Department and Customer. Specific dates will be established dependent upon the availability of your Customer’s employees and the availability of a qualified Bosch Rexroth instructor. Dates for this train-ing seminar will be guaranteed by Bosch Rexroth’s Training Department at the time Bosch Rexroth (or its authorized distributor) receives Customer’s purchase order and the Customer Approval Sheet (back page – this proposal) for this training seminar. Customer will agree to pay a cancellation fee to the Bosch Rexroth Training Department in the amount of the preparation cost (listed in the cost quotation) if Cus-tomer cancels the scheduled training within thirty (30) days of the commencement date of the training seminar. Customer agrees to pay for all instructor days and the instructor preparation fee (listed in the cost quotation) if Customer cancels the scheduled training within ten (10) days of the commencement date of the training seminar. Bosch Rexroth may cancel or reschedule the training seminar because of an illness, injury or family emergency of the instructor who is scheduled to provide the training.

4. Customer is herein notified that no other person or department within or outside the Bosch Rexroth has the authority to schedule training seminars or to set seminar dates other than the Bosch Rexroth Training Department.

5. The price of On-Site and/or customized training shall be negotiated prior to the offering. For training at Customer’s requested location, all travel, accommodation and living expenses for the instructor(s) must be paid for by Customer in addition to daily course cost, unless specifically

agreed differently by Customer and Bosch Rexroth. 6. Quotes for On-Site training delivery as issued by Bosch Rexroth shall be valid for one (1) month, unless specifically agreed differently by the customer and Bosch Rexroth. The validity period applies to the price offered in the quote. A quote does not guarantee that Bosch Rexroth will have the necessary resources available to deliver the specified training at the requested time. Lead time is approximately six (6) weeks.

7. In case of cancellation, notification must be received in writing. Bosch Rexroth charges a fifty percent (50%) cancellation fee for classes cancelled ten (10) or more business days prior to the start date of the course. Cancellations with less than ten (10) business days notice are one hundred percent (100%) non-refundable. In addition, any charge-able work already undertaken by Bosch Rexroth will also be charged to the customer. Any non-refundable expenses already incurred by Bosch Rexroth will be charged at cost to the customer. 8. In order to success-fully deliver the on site training, it is important that roles and expecta-tions are clear to both Customer and Bosch Rexroth staff. These expec-tations are outlined below. Where appropriate, a single individual may fill several of the roles listed below. Bosch Rexroth reserves the right to use subcontractors in those roles it deems appropriate.

9. Customer is expected to provide prior to the commencement of the class:

f Someone readily available (Project Sponsor or Project Manager) to Bosch Rexroth who is familiar with the project, this proposal, and Bosch’s agreement with the customer, in order to resolve issues and facilitate communication expeditiously.

10. Training Room Requirements: f Customer will provide a large (4 ft x 6 ft minimum) dry erase marker

board (white board) to display computer generated images directly on the white board. This white board is the type for use with dry erase type markers.

f Instructor’s workspace should be in front of the classroom.

f Adequate power outlets & extension cords for all computers, moni-tors, and peripheral devices.

f A projector, and projection screen for the instructor’s use, with video output connection.

f Training room must be set up before the start of the class and ready for instruction prior to beginning of class.

f Additional set up fee is charged at $250.00 per hour to customer if the adequate setup has not been done prior to class commence-ment date and time.

31

11. At its option, Bosch Rexroth may provide the use of hydraulic components, cutaways, proportional electronic training equipment, certain proportional and servo electronic circuit boards (“training aids”) at no cost to Customer during the seminar. The possible use of these components will be recommended by Bosch Rexroth when, in its judgment, the training aids can substantially increase the student’s understanding of the topical material. Customer’s responsibilities for the training aids is to pay for the round trip packing, insurance, and shipping costs for the training aids and to repack and ship the training aids back to Bosch Rexroth as soon as the seminar has been completed. It is Customer’s responsibility that all training aids are returned to Bosch Rexroth in the same condition as the training aids were received by Customer. Damaged or missing training aids will result in an addi-tional charge to Customer of either the cost of repair or replacement, whichever is appropriate in Bosch’s sole judgment.

12. Audio and/or videotaping of the training seminar is prohibited unless Customer has been provided a written exception by the Bosch Rexroth Training Department prior to Customer’s issuance of a pur-chase order for training.

13. Prior to the training event, any requested changes to Bosch Rexroth’s training proposal will result in a “Training Proposal Adden-dum”. All changes or modifications to this proposal must be made prior to Customer’s issuance of a purchase order. The purchase order from your company to the Bosch Rexroth (or its authorized distributor) will

include all costs associated with Bosch Rexroth’s training proposal plus any costs associated with any addendum. The Bosch Rexroth training proposal plus any possible addendum represent the complete training proposal. The assigned Bosch Rexroth instructor has the contractual obligation to present all topical material as detailed in the Bosch Rexroth training proposal except, when, by consensus of the students, their supervisor and the Bosch Rexroth instructor, it is agreed that certain topic/s be added or deleted from the training agenda. The Bosch Rexroth instructor does not have any obligation to present technical information that has not been previously agreed to for which he did not prepare. At his option he may address questions concerning additional technical topics for which he believes he is qualified, prepared and has sufficient time within the duration of the seminar to answer.

14. It is Customer’s responsibility to provide a suitable training site for the training seminar. This site may be on or off of Customer’s property depending upon space and facility requirements. Bosch Rexroth believes that the environment of the training site can contribute greatly to the success of the training seminar.

15. If any classroom, classroom equipment, hardware or software provided by the customer for use by Bosch Rexroth in the delivery of training to the customer is not provided as agreed, Bosch Rexroth will not be responsible for any associated inconvenience or disruption caused to the training delivery and reserves the right to invoice for the training delivery in full.

On-Site Addendum | North American Hydraulic Training Courses

RA00370Edition: 07.2017Replaces RA00370, Edition: 10.2016 © Bosch Rexroth Corporation

Bosch Rexroth CorporationHydraulics2315 City Line RoadBethlehem, PA 18017-2131Telephone (610) 694-8300Facsimile (610) 694-8467www.boschrexroth-us.com

Bosch Rexroth Canada3426 Mainway DriveBurlington, OntarioL7M 1J5Telephone (905) 335-5511Facsimile (905) 335-4184www.boschrexroth.ca

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