Training program Germany

• Distinguish between the different NC program types
• Use the TCPM function
• Take advantage of possibilities for optimizing the control

• With the help of a guideline the participants are able to commission an axis or the spindle and can optimize the control loops such that a standard machine parameter set is determined
• The participants learn to work with the TNCopt computer software
• Special “customized” requirements (such as the adjustment of nominal position value filters) cannot be treated in detail
  look at training TNC-OPT Workshop

• Understand the fundamentals of Connected Machining
• Install, configure, service and program each HEIDENHAIN product
• Provide first-level support for each product
• Advise users (product selection)

• The course participants can create and test programs from workpiece drawings with HEIDENHAIN conversational programming

• The course participants expand and deepen their knowledge of the individual topics on HEIDENHAIN conversational programming

• The participants understand the structural design of a service file
• They learn about diagnostic options with the TNCanalyzer and routines for troubleshooting, and how to apply them
• They will be able to make full use of the TNCanalyzer and its most important functions

• The participants are introduced to the components of the Gen 3 drive generation.
• They learn how to handle the new interfaces (optical fiber, mini I/O,
  DC-link bus mounting, 24 V bus mounting, motor hybrid connector)
  through corresponding exercises.
• They acquire basic knowledge of functional safety for the field service.
• Based on the knowledge of the 1xx inverter generation, the participants
  can perform a comprehensive field service on components of the Gen 3
  drive generation.

• Improvement of specific mounting
• Reduced risk of failure due to improved signal quality
• Reduced risk of failure due to staff qualification
• Awareness of encoder-specific properties

• Setting up and testing a secure connection to a HEIDENHAIN control using UaExpert as an example
• Becoming familiar with the HEIDENHAIN information model
• Creating a custom namespace as OEM to provide read and write access to PLC variables

• Inclusion of special NC programs as cycles in the control’s user interface

• Inclusion of special NC programs as cycles in the control’s user interface

• Participants can parameterize the CTC, LAC, PAC, MAC and AVD functions and apply them in a reasonable way on their machine tool

• The participants learn the basic functions of the PWT 100/101 and PWM 20/21 test units.
• They are in a position to operate the PWM in the measuring circuit of a machine tool and to perform error diagnosis for HEIDENHAIN absolute/incremental encoders.
• They know how to use the PWM 20/21 to test and adjust absolute/incremental HEIDENHAIN encoders, and to save encoder parameters.

• The participants can adapt the functional safety (FS) of HEIDENHAIN controls to machine tools.
• The course participants can define the sequences of an acceptance test with the "TestDesign" PC software, and can perform such an acceptance test with the "TNCtest" PC software.

Notes:

• The contents of an acceptance test are derived from the risk analysis of a specific machine tool, and are therefore not within the scope of the course.
• This PC software is primarily intended for HEIDENHAIN controls equipped with functional safety (FS). The PC software can also be used for HEIDENHAIN controls without functional safety (FS).

The participants can adapt the functional safety (FS) of HEIDENHAIN controls to machine tools.

The course participants can define the sequences of an acceptance test with the "TestDesign" PC software, and can perform such an acceptance test with the "TNCtest" PC software.

Notes:

The contents of an acceptance test are derived from the risk analysis of a specific machine tool, and are therefore not within the scope of the course.

This PC software is primarily intended for HEIDENHAIN controls equipped with functional safety (FS). The PC software can also be used for HEIDENHAIN controls without functional safety (FS).

• Trouble-free handling of the HEIDENHAIN KinematicsDesign software
• Creation of machine collision objects for the DCM option
• Measuring the kinematic transformation dimensions using
  Option KinematicsOpt option
• Creation the NCK kinematics also for turning operation (TNC 640)

• Making kinematic configurations for various types of machines on the iTNC 530 (TNC 320/TNC 620/TNC 640)
• Calibrating the kinematic transformation dimensions

• Making kinematic configurations for various types of machines on the iTNC 530 (TNC 320/TNC 620/TNC 640)
• Calibrating the kinematic transformation dimensions

• The participants will be able to program simple machining operations from workpiece drawings as well as contours with ICP and TURN PLUS

• Understanding OPC UA concepts in the HEIDENHAIN OPC UA NC Server
• Establishing a secure connection to the HEIDENHAIN control
• Using an OPC UA client toolkit
• Becoming familiar with the HEIDENHAIN information model
• Developing and testing a simple OPC UA client application

• Operate and use all functions of the StateMonitor

• The participants are in a position to post-optimize control loops of axes or spindle such that special machine requirements are fulfilled 
• The participants' special problems will be treated, if possible

• Enhancing knowledge of using the HEIDENHAIN PC tools
• Working with the PLC programming environment PLCdesign
• Becoming familiar with the performance range of the PLC basic program
• Efficiently adaptating the PLC basic program to the machine
• Becoming familiar with the functions of NCK-based controls

• Function and application of the PLC commands
• Application of the PLC modules
• PLC programming techniques
• Using the PLC on the control (PLC user interface)
• Testing and debugging
• Working with the PLC programming environment PLCdesign
• Working with PLCtext, BMXdesign, MenuDesign, IOconfig, ConfigDesign, TNCremo

• We will show you how to realize even complex tasks with Python within a short time
• The participants will become acquainted with the available functions of the PYJH library
• Creating simple interfaces and integrating them in the control layout
• The acquired knowledge can be used as a basis for self-study

• We will show you how to realize even complex tasks with Python within a short time
• The participants will be made familiar with the available functions of the PYJH library
• Creating simple interfaces and integrating them into the control layout
• The acquired knowledge will lay the foundations for self-study

• Realize simple tasks with Python
• No HEIDENHAIN-specific functions are trained. Such functions are covered in course Python II (available from 2020).

The course participants can:

• Create cycle-type machining sequences
• Programming milling operations of plane curves with mathematical functions
• Combination of Q parameters and HEIDENHAIN cycles
• Use the functions FN 16; 17; 18;...

• We will show you how to use Qt Quick to realize even demanding programming tasks.
• The course content will provide the foundation for further self-learning.

• Integrating and applying HEIDENHAIN DNC in Visual Studio (C#)
• Efficiently working with the help system and the examples
• Naming the differences between the iTNC 530 and                                      NCK-based controls regarding SDK
• Using the Windows event display to localize errors

• The participants understand the functional principles, the mechanical and electrical design of HEIDENHAIN linear and rotary encoders and digitizing electronics as well as their interaction with the subsequent electronics and the machine tool.
• They find error sources and use the appropriate testing/inspection equipment (PWT and PWM) to locate an error.
• By specific maintenance operations or by replacing entire units or assemblies they are in a position to remove errors from HEIDENHAIN equipment. The possibility of visiting an further course entitled “Encoder Diagnostics” is explained.
• Advanced training: "Encoder diagnostics",
  HEIDENHAIN test equipment for encoder diagnostics

• The participants understand the functional principles of a HEIDENHAIN control, of the drives, the position and speed encoders, the machine tool and the interaction of these components
• They learn diagnostic possibilities on the control and troubleshooting routines, and how to employ them
• From error messages and/or error patterns they can locate an error and restore the function of the machine by specifically exchanging units or components

• The participants understand the functional principles of a HEIDENHAIN control, of the drives, the position and speed encoders, the machine tool and the interaction of these components
• They learn diagnostic possibilities on the control and troubleshooting routines, and how to employ them
• From error messages and/or error patterns they can locate an error and restore the function of the machine by specifically exchanging units or components

• Applying the function for tilting the working plane for swivel heads
  or tilting tables
• Working with rotary axes and spatial angles
• Applying functions for aligning the workpiece and presetting

• The participants can apply the touch probe cycles in manual and automatic mode and log the measured values

• Applying the function for tilting the working plane for swivel heads
  or tilting tables
• Working with rotary axes and spatial angles
• Applying functions for aligning the workpiece and presetting
• Programming turning operations according to drawings
• Efficient use of TNC 640 turning cycles

• The participants learn about the features and specialities of the TNC 640 also MillTurning