Training schedule

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive HCS02 – 04, HMS, and HMD digital servo drive series and the HMV series power supply units. This course also covers the use of IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect of the operation of the drive.

This one-day course covers the use of the Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110 course. The setup and operation of the function is covered and performed in the drive. The history and current machine requirements of the technology are discussed to help the student further understand the operation of the function, and how it relates to various other machine/process functions.

This one-day course covers the use of the S2 Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110/#1600 courses. The setup and operation of the function is covered and performed in the drive. The history and current machine requirements of the technology are discussed to help the student further understand the operation of the function, and how it relates to various other machine/process functions.

This one-day course covers the use of the S4 Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110/#1600 courses. The setup and operation of the function is covered and performed in the drive. The history and current machine requirements of the technology are discussed to help the student further understand the operation of the function, and how it relates to various other machine/process functions.

This two-day course covers the Motion-Logic function of the IndraLogic, First Generation (Gen1) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. This course expands on the knowledge gained in the basic IndraDrive courses. The setup, parameterization, and operation of the function is covered and performed in the drive. The student will learn the full capability of the integrated PLC, task timing, system IO capabilities, expansion options, and programming.

This two-day course covers the Motion-Logic function of the IndraLogic, Second Generation (Gen2) PLC in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110 or #1600 courses. The setup, parameterization, and operation of the function is covered and performed in the drive. The student will learn the full capability of the integrated PLC, task timing, system IO capabilities, expansion options, and programming. The student will learn the different methods a

This two-day course covers the multi-axes Motion-Logic function of the IndraLogic, First Generation (Gen1) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. This course expands on the knowledge gained in the #1141 MLD-S class. The setup, parameterization, and operation of the function is covered and performed in the drive. The student will learn the full capability of the integrated PLC, task timing, system IO capabilities, expansion options, programming, and multi-axes operation. The student will l

This two-day course covers the multi-axes Motion-Logic function of the IndraLogic, Second Generation (Gen2) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. This course expands on the knowledge gained in the #1142 MLD-S class. The setup, parameterization, and operation of the function is covered and performed in the drive. The student will learn the full capability of the integrated PLC, task timing, system IO capabilities, expansion options, programming, and multi-axes operation. The student will

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Mi Gen1 digital servo drive. This course also covers the use of IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. Training is enhanced through class exercises designed to re-enforce each aspect of the operation of the drive.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Mi Gen2 digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect of the operation of the drive.

This one-day course covers the use of the Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Mi Digital Servo Drive. This course expands on the knowledge gained in the #1211 course. The setup and operation of the function is covered and performed in the drive. The history and current machine requirements of the technology are discussed to help the student further understand the operation of the function, and how it relates to various other machine/process functions.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Cs digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect of the operation of the drive.

This one-day course provides familiarization with the electrical connections, functions, and various operating modes of the Safety Technology functions of Bosch Rexroth’s IndraDrive Cs digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of the safety systems, fault information, and system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect of the operation of the drive.

This three-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive digital servo drive family. It highlights the hardware similarities and differences between the different versions of the IndraDrive. It highlights the operational and functional similarities and differences between the different versions of the IndraDrive. This course also covers the use of Rexroth’s IndraWorks™ software for parameterization of drives, etc.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive HCS02 – 04, HMS, and HMD digital servo drive series and the HMV series power supply units. This course also covers the use of IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. The course is priced per student, with a maximum of six students per class.

This one-day course covers the use of the Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110 course. The setup and operation of the function is covered and performed in the drive. The course is priced per student, with a maximum of six students per class.

This one-day course covers the use of the S2 Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110/#1600 courses. The setup and operation of the function is covered and performed in the drive. The course is priced per student, with a maximum of six students per class.

This one-day course covers the use of the S4 Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110/#1600 courses. The setup and operation of the function is covered and performed in the drive. The course is priced per student, with a maximum of six students per class.

This one-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s EFC digital Frequency drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. The student will also learn to use the display panel for drive monitoring and operation. This course

This two-day course covers the Motion-Logic function of the IndraLogic, 1st Generation (Gen1) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. The course builds on the knowledge gained in the basic IndraDrive courses. The setup, parameterization & operation of the function is covered & performed in the drive. The student will learn the full capability of the integrated PLC, task timing, system IO cap., expansion options &prog. The course is priced per student, with a maximum of 6 students per class

This two-day course covers the Motion-Logic function of the IndraLogic, Second Generation (Gen2) PLC in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110 or #1600 courses. The setup, parameterization, and operation of the function is covered and performed in the drive. The course is priced per student, with a maximum of six students per class.

This two-day course covers the multi-axes Motion-Logic function of the IndraLogic, First Generation (Gen1) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. This course expands on the knowledge gained in the #1141 MLD-S class. The setup, parameterization, and operation of the function is covered and performed in the drive. The course is priced per student, with a maximum of six students per class.

This two-day course covers the multi-axes Motion-Logic function of the IndraLogic, Second Generation (Gen2) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. This course expands on the knowledge gained in the #1142 MLD-S class. The setup, parameterization, and operation of the function is covered and performed in the drive. The course is priced per student, with a maximum of six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Mi Gen1 digital servo drive. This course also covers the use of IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. The course is priced per student, with a maximum of six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Mi Gen2 digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. The course is priced per student, with a maximum of six students per class.

This one-day course covers the use of the Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Mi Digital Servo Drive. This course expands on the knowledge gained in the #1211 course. The setup and operation of the function is covered and performed in the drive. The course is priced per student, with a maximum of six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Cs digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. The course is priced per student, with a maximum of six students per class.

This one-day course provides familiarization with the electrical connections, functions, and various operating modes of the Safety Technology functions of Bosch Rexroth’s IndraDrive Cs digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of the safety systems, fault information, and system recognition of components. The course is priced per student, with a maximum of six students per class.

This three-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive digital servo drive family. It highlights the hardware similarities and differences between the different versions of the IndraDrive . It highlights the operational and functional similarities and differences between the different versions of the IndraDrive. The course is priced per student, with a maximum of six students per class.

This online course covers theory of operations, functions of major components, SERCOS and electrical interface, diagnostics and practical troubleshooting.

This recorded course centers on the creation of a complete PLC project. It is broken down into 5 Modules, designed to familiarize the new user to the IndraLogic PLCopen programming environment. Subjects include program elements, task configurations, data types, variable types, program debug, and program monitoring.

This recorded course centers on the creation of a complete PLC project. It is broken down into 5 Modules, designed to familiarize the new user to the IndraLogic PLCopen programming environment. Subjects include program elements, task configurations, data types, variable types, program debug, and program monitoring.

This recorded course of Bosch Rexroth’s IndraDrive servo drive provides basic familiarization with the drive system’s hard- ware and firmware. It covers the hardware basics, electrical connections, available firmware types, encoder types, and motor types. Drive diagnostic message types, displays and their functions are also covered.

This recorded course about Bosch Rexroth’s Visual Motion control system provides basic familiarization with the system hardware and basic functionality. It covers the hardware basics, introduction to the Visual Motion and IndraLogic software, and the interrelationship between the PLC and the motion control.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive HCS02 – 04, HMS, and HMD digital servo drive series and the HMV series power supply units. This course also covers the use of IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. The course is a fixed cost for up to six students per class.

This one-day course covers the use of the Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110 course. The setup and operation of the function is covered and performed in the drive. The course is a fixed cost for up to six students per class.

This one-day course covers the use of the S2 Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110/#1600 courses. The setup and operation of the function is covered and performed in the drive. The course is a fixed cost for up to six students per class.

This one-day course covers the use of the S4 Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Digital Servo Drive. This course expands on the knowledge gained in the #1110/#1600 courses. The setup and operation of the function is covered and performed in the drive. The course is a fixed cost for up to six students per class.

This two-day course covers the Motion-Logic function of the IndraLogic, First Generation (Gen1) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. This course expands on the knowledge gained in the basic IndraDrive courses. The setup, parameterization, and operation of the function is covered and performed in the drive. The course is a fixed cost for up to six students per class.

This two-day course covers the Motion-Logic function of the IndraLogic, Second Generation (Gen2) PLC in the Bosch Rexroth IndraDrive Digital Servo Drive . This course expands on the knowledge gained in the #1110 or #1600 courses. The setup, parameterization, and operation of the function is covered and performed in the drive. The course is a fixed cost for up to six students per class.

This two-day course covers the multi-axes Motion-Logic function of the IndraLogic, First Generation (Gen1) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. This course expands on the knowledge gained in the #1141 MLD-S class. The setup, parameterization, and operation of the function is covered and performed in the drive. The course is a fixed cost for up to six students per class.

This two-day course covers the multi-axes Motion-Logic function of the IndraLogic, Second Generation (Gen2) PLC in the Bosch Rexroth IndraDrive Digital Servo Drives. This course expands on the knowledge gained in the #1142 MLD-S class. The setup, parameterization, and operation of the function is covered and performed in the drive. The course is a fixed cost for up to six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Mi Gen1 digital servo drive. This course also covers the use of IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. The course is a fixed cost for up to six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Mi Gen2 digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of drives, system and fault information, and system recognition of components. The course is a fixed cost for up to six students per class.

This one-day course covers the use of the Integrated Safety Technology function available in the Bosch Rexroth IndraDrive Mi Digital Servo Drive. This course expands on the knowledge gained in the #1211 course. The setup and operation of the function is covered and performed in the drive. The course is a fixed cost for up to six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive Cs digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of drives, system and fault information & system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect of the operation of the drive. The course is a fixed cost for up to six students per class.

This one-day course provides familiarization with the electrical connections, functions, and various operating modes of the Safety Technology functions of Bosch Rexroth’s IndraDrive Cs digital servo drive. This course also covers the use of Bosch Rexroth’s IndraWorks™ software for parameterization of the safety systems, fault information, and system recognition of components. The course is a fixed cost for up to six students per class.

This three-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraDrive digital servo drive family. It highlights the hardware similarities and differences between the different versions of the IndraDrive . It highlights the operational and functional similarities and differences between the different versions of the IndraDrive. The course is a fixed cost for up to six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Rexroth’s IndraMotion MLC using the XM series control hardware along with the IndraDrive series Servo Drives. This course also covers the use of IndraWorks™ software for programming, parameterization, system and fault information, and system recognition of components. The course is priced per student, with a maximum of six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraMotion MLC control architecture with the L40.2 series control and IndraDrive Servo Drives. This course also covers the use of IndraWorks™ software for programming, parameterization, system and fault information, and system recognition of components. The course is priced per student, with a maximum of six students per class.

This three-day course provides familiarization with the programming of all types of motion available in the Bosch Rexroth’s IndraMotion MLC control architecture using the L40.2 series control. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to re-enforce each programming concepts. The course is priced per student, with a maximum of six students per class.

This two-day course continues and expands on the programming knowledge gained in the #2110 course. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to re-enforce each programming concepts. The course is priced per student, with a maximum of six students per class.

This three-day course provides familiarization with the programming of all types of motion available in the Bosch Rexroth’s IndraMotion series MLC control. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to reinforce each programming concepts. The course is priced per student, with a maximum of six students per class.

This two-day course continues and expands on the programming knowledge gained in the #2110 course. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to reinforce each programming concepts. The course is priced per student, with a maximum of six students per class.

This three-day course provides familiarization with the programming of basic types of motion available in the Rexroth IndraMotion MLC using the XM series control. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to re-enforce each programming concept. The course is priced per student, with a maximum of six students per class.

This two-day course continues and expands on the programming knowledge gained in the #2410 course. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to reinforce each programming concepts. The course is priced per student, with a maximum of six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraMotion MLC control architecture with the L40.2 series control and IndraDrive Servo Drives. This course also covers the use of IndraWorks™ software for programming, parameterization, system and fault information, and system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect and function of the system.

This three-day course provides familiarization with the programming of all types of motion available in the Bosch Rexroth’s IndraMotion MLC control architecture using the L40.2 series control. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to re-enforce each programming concepts. The IndraLogic Visualization function is used for controlling program operation and for program monitoring.

This two-day course continues and expands on the programming knowledge gained in the #2110 course. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to re-enforce each programming concepts. The IndraLogic Visualization function is used for controlling program operation and for program monitoring.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Rexroth’s IndraMotion MLC using the Lx5 series control hardware along with the IndraDrive series Servo Drives. This course also covers the use of IndraWorks™ software for programming, parameterization, system and fault information, and system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect and function of the system.

This three-day course provides familiarization with the programming of all types of motion available in the Bosch Rexroth’s IndraMotion series MLC control. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to reinforce each programming concepts. The IndraLogic Visualization function is used for controlling program operation and for program monitoring.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Rexroth’s IndraMotion MLC using the XM series control hardware along with the IndraDrive series Servo Drives. This course also covers the use of IndraWorks™ software for programming, parameterization, system and fault information, and system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect and function of the system.

This three-day course provides familiarization with the programming of basic types of motion available in the Rexroth IndraMotion MLC using the XM series control. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to re-enforce each programming concept. The IndraLogic Visualization function is used for controlling program operation and for program monitoring.

This two-day course continues and expands on the programming knowledge gained in the #2410 course. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to reinforce each programming concepts. The IndraLogic Visualization function is used for controlling program operation and for program monitoring.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s IndraMotion MLC control architecture with the L40.2 series control and IndraDrive Servo Drives. This course also covers the use of IndraWorks™ software for programming, parameterization, system and fault information, and system recognition of components. The course is a fixed cost for up to six students per class.

This two-day course continues and expands on the programming knowledge gained in the #2110 course. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to re-enforce each programming concepts. The IndraLogic Visualization function is used for controlling program operation and for program monitoring. The course is a fixed cost for up to six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Rexroth’s IndraMotion MLC using the Lx5 series control hardware along with the IndraDrive series Servo Drives. This course also covers the use of IndraWorks™ software for programming, parameterization, system and fault information, and system recognition of components. The course is a fixed cost for up to six students per class.

This three-day course provides familiarization with the programming of all types of motion available in the Bosch Rexroth’s IndraMotion series MLC control. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. The IndraLogic Visualization function is used for controlling program operation and for program monitoring. The course is a fixed cost for up to six students per class.

This two-day course continues and expands on the programming knowledge gained in the #2110 course. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to reinforce each programming concepts. The IndraLogic Visualization function is used for controlling program operation and for program monitoring. The course is a fixed cost for up to six students per class.

This two-day course provides familiarization with the electrical connections, functions, and various operating modes of Rexroth’s IndraMotion MLC using the XM series control hardware along with the IndraDrive series Servo Drives. This course also covers the use of IndraWorks™ software for programming, parameterization, system and fault information, and system recognition of components. The course is a fixed cost for up to six students per class.

This three-day course provides familiarization with the programming of basic types of motion available in the Rexroth IndraMotion MLC using the XM series control. This course uses IndraWorks software for programming, parameterization, and program monitoring. The IndraLogic Visualization function is used for controlling program operation and for program monitoring. The course is a fixed cost for up to six students per class.

This two-day course continues and expands on the programming knowledge gained in the #2410 course. This course uses IndraWorks™ software for programming, parameterization, and program monitoring. Training is enhanced through class exercises designed to reinforce each programming concepts. The IndraLogic Visualization function is used for controlling program operation and for program monitoring. The course is a fixed cost for up to six students per class.

This two-day course is designed to familiarize the new user to the IndraLogic Gen1 PLCopen programming environment. Subjects covered include program elements, Task configurations, data types, variable types, program debug, and program monitoring. All supported languages will be covered, i. e ., Structured Text, Ladder Diagram, Function Block Diagram, Sequential Function Chart, and Continuous Function Chart. The course is priced per student, with a maximum of six students per class.

This three-day course is designed to give the IndraLogic user the tools necessary to develop their processes in the IndraLogic PLCopen programming environment. Subject project structure, library management and creation, device specific target settings, device specific PLC Config's, task config, variable types, field buses, Function Block Motion programming, etc. The course is priced per student, with a maximum of six students per class.

This two-day course is designed to give the experienced IndraLogic user the tools necessary to further develop their processes. Using the exercises created in the #3010 class, the student will be adding additional data types to enhance process capabilities. The data types used will be Arrays, Data Structures, and Enumerations. The course is priced per student, with a maximum of six students per class.

This two-day course is designed to familiarize the new user to the IndraLogic Gen2 PLCopen programming environment. Subjects covered include program elements, task configurations, data types, variable types, program debug, and program monitoring. The course is priced per student, with a maximum of six students per class.

This three-day course is designed to give the IndraLogic Gen2 user the tools necessary to develop their processes in the IndraLogic PLCopen programming environment. Subjects covered include project structure, library management and creation, device specific target settings, device specific PLC Configurations, task configuration, variable types, field buses, Function Block Motion programming, etc. The course is priced per student, with a maximum of six students per class.

This two-day course is designed to give the experienced IndraLogic Gen2 user the tools necessary to further develop their processes. Using the exercises created in the #3110 class, the student will be adding additional data types to enhance process capabilities. The data types used will be Arrays, Data Structures, and Enumerations. The student will also be learning programming options for working with STRING and File data. The course is priced per student, with a maximum of six students per class.

This two-day course is designed to familiarize the new user to the IndraLogic Gen1 PLCopen programming environment. Subjects covered include program elements, Task configurations, data types, variable types, program debug, and program monitoring. All supported languages will be covered, i. e ., Structured Text, Ladder Diagram, Function Block Diagram, Sequential Function Chart, and Continuous Function Chart. The course is a fixed cost for up to six students per class.

This three-day course is designed to give the IndraLogic user the tools necessary to develop their processes in the IndraLogic PLCopen programming environment. Subject project structure, library management and creation, device specific target settings, device specific PLC Config's, task config, variable types, field buses, Function Block Motion programming, etc. The course is a fixed cost for up to six students per class.

This two-day course is designed to give the experienced IndraLogic user the tools necessary to further develop their processes. Using the exercises created in the #3010 class, the student will be adding additional data types to enhance process capabilities. The data types used will be Arrays, Data Structures, and Enumerations. The student will also be learning programming options for working with STRING and File data. The course is a fixed cost for up to six students per class.

This two-day course is designed to familiarize the new user to the IndraLogic Gen2 PLCopen programming environ- ment. Subjects covered include program elements, task configurations, data types, variable types, program debug, and program monitoring. All supported languages will be covered, i. e., Structured Text, Ladder Diagram, Function Block Diagram, Sequential Function Chart, and Continuous Function Chart.

This three-day course is designed to give the IndraLogic Gen2 user the tools necessary to develop their processes in the IndraLogic PLCopen programming environment. Subjects covered include project structure, library management and creation, device specific target settings, device specific PLC Configurations, task configuration, variable types, field buses, Function Block Motion programming, etc. Programming languages covered include Structured Text, Instruction List, Ladder Diagram, and more.

This two-day course is designed to give the experienced IndraLogic Gen2 user the tools necessary to further develop their processes. Using the exercises created in the #3110 class, the student will be adding additional data types to enhance process capabilities. The data types used will be Arrays, Data Structures, and Enumerations. The student will also be learning programming options for working with STRING and File data. The student will be creating One-, two-, and three-dimensional Arrays, and more.

This two-day course is designed to familiarize the new user to the IndraLogic Gen1 PLCopen programming environment. Subjects covered include program elements, Task configurations, data types, variable types, program debug, and program monitoring. All supported languages will be covered, i.e., Structured Text, Ladder Diagram, Function Block Diagram, Sequential Function Chart, and Continuous Function Chart.

This three-day course is designed to give the IndraLogic user the tools necessary to develop their processes in the IndraLogic PLCopen programming environment. Subjects covered include project structure, library management and creation, device specific target settings, device specific PLC Configurations, task configuration, variable types, field buses, Function Block Motion programming, etc. Programming languages covered include Structured Text, Instruction List, Ladder Diagram, Function Block Diagram, etc.

This two-day course is designed to give the experienced IndraLogic user the tools necessary to further develop their processes. Using the exercises created in the #3010 class, the student will be adding additional data types to enhance process capabilities. The data types used will be Arrays, Data Structures, and Enumerations. The student will also be learning programming options for working with STRING and File data. The student will be creating one-, two-, and three-dimensional Arrays.

This two-day course is designed to familiarize the new user to the IndraLogic Gen2 PLCopen programming environment. Subjects covered include program elements, task configurations, data types, variable types, program debug, and program monitoring. All supported languages will be covered, i.e., Structured Text, Ladder Diagram, Function Block Diagram, Sequential Function Chart, and Continuous Function Chart.

This three-day course is designed to give the IndraLogic Gen2 user the tools necessary to develop their processes in the IndraLogic PLCopen programming environment. Subjects covered include project structure, library management and creation, device specific target settings, device specific PLC Configurations, task configuration, variable types, field buses, Function Block Motion programming, etc. Programming languages covered include Structured Text, Instruction List, Ladder Diagram, and more.

This two-day course is designed to give the experienced IndraLogic Gen2 user the tools necessary to further develop their processes. Using the exercises created in the #3110 class, the student will be adding additional data types to enhance process capabilities. The data types used will be Arrays, Data Structures, and Enumerations. The student will also be learning programming options for working with STRING and File data. The student will be creating one-, two-, and three-dimensional Arrays.

This two-day course is designed for weld engineers, programmers, and maintenance electricians. It covers the theory of operation and the function of major components, as well as electrical interface, diagnostics, and practical troubleshooting. Hands-on training is conducted using the PSI 6100 Welding Inverter simulators. The course also includes instruction on backing up and restoring the PSI 6100 Welding Inverter. The course is priced per student, with a maximum of six students per class.

This two-day course is designed for weld engineers, programmers, and maintenance electricians. It covers the theory of operation and the function of major components, along with electrical interface, diagnostics, and practical troubleshooting. Hands-on training is conducted using the PRC 7000 Welding Inverter simulators. The course also includes instruction on backing up and restoring the PRC 7000 Welding Inverter. The course is priced per student, with a maximum of six students per class.

This two-day course is designed for weld engineers, programmers, and maintenance electricians. Theory of operation and function of major components are described. Electrical interface, diagnostics and practical troubleshooting are discussed. Hands on training is done using the PSI 6100 Welding Inverter simulator. The content includes backup and restore of the PSI 6100 Welding Inverter. The course is a fixed cost for up to six students per class.

This two-day course is designed for weld engineers, programmers, and maintenance electricians. It covers the theory of operation and the function of major components, along with electrical interface, diagnostics, and practical troubleshooting. Hands-on training is conducted using the PRC 7000 Welding Inverter simulators. The course also includes instruction on backing up and restoring the PRC 7000 Welding Inverter. The course is a fixed cost for up to six students per class.

This course provides familiarization with the electrical connections, functions, and various operating modes of Bosch Rexroth’s ctrlX DRIVE digital servo drive. This course also covers the use of Rexroth’s ctrlX DRIVE Engineering™ software for parameterization of drives, system and fault information, and system recognition of components. Training is enhanced through class exercises designed to reinforce each aspect of drive operation.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor. THIS CLASS CAN BE SCHEDULED ON A DATE THAT BEST ACCOMMODATES THE CUSTOMERS NEEDS.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor. THIS CLASS CAN BE SCHEDULED ON A DATE THAT BEST ACCOMMODATES THE CUSTOMERS NEEDS.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor.

All training will be conducted on customer's machine (No training demo units). The machine must be available for entire training session. Class size is limited to four participants. Training usually takes no more than four hours. The customer will review machine operation with the instructor. THIS CLASS CAN BE SCHEDULED ON A DATE THAT BEST ACCOMMODATES THE CUSTOMERS NEEDS.