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General| Control Type | CNC |
|---|---|
| Power Supply | 24 V DC |
| Programming | HEIDENHAIN |
| Input/Output | RS-232 |
| Operating Temperature | 5 - 45 °C |
| Storage Temperature | -20 to 70 °C |
| Humidity | Up to 95% non-condensing |
Specific data for TNC 151 B/TNC 155 B control versions.
Specific data for TNC 151 Q/TNC 155 Q control versions.
Details on transducers used with TNC 151/TNC 155 controls.
Information on rotary encoders for spindle orientation on axis V.
Usage of external Start, Stop, and Rapid traverse buttons.
Manual traverse switch function with axis release.
Controls the feed rate during operation.
M, S, T functions, strobe, and feedback signals.
Functionality and handling of the emergency stop.
Inputs for reference end position and pulse inhibit.
Control via external direction buttons and feed rate potentiometer.
Wiring and grounding for different TNC control versions.
Connecting HEIDENHAIN tape units via RS-232-C.
Connecting HEIDENHAIN floppy disc unit via RS-232-C.
Adapting other peripheral units via RS-232-C.
Portable unit for storing and transferring programs.
Magnetic tape units for external data storage.
Supplied connection cables for peripherals.
Parameters for machine-specific settings like feed rates.
Parameters for optimizing axis positioning.
Parameters for integral PLC functions and macros.
Parameters for configuring RS-232-C data interfaces.
Parameters for handwheels and touch probe systems.
Step-by-step procedure for initial machine commissioning.
Procedure and code for erasing machine parameters.
Selecting which axes are controlled, displayed, or inactive.
Parameters controlling rapid traverse and manual feed rates.
Parameters for setting up reference mark approach.
Parameters for outputting spindle speed data.
Parameters for outputting tool and store numbers.
Parameters for various other machine functions.
Common parameters for linear and square root ramp characteristics.
Linear characteristic parameter settings.
Square root characteristic parameter settings.
Error messages related to positioning errors.
Table of ASCII character codes for data transmission.
Using RS-232-C interface in EXT mode.
Operating mode for block-by-block data transfer.
Hard copy graphics printing for TNC 155.
Parameters for 3D-Touch probe systems.
Using the control in multiple languages.
Pre-switch-on checks for machine commissioning.
Post-switch-on checks of the adaptor cabinet.
Memory test performed after mains switch-on.
Checklist for control adjustment procedures.
Axis designation and right-hand rule for NC machines.
Assigning transducer inputs to control axes.
Procedure for altering machine parameters.
Checking and correcting axis movement and counting directions.
Setting software limit switch ranges.
Adjusting axis offsets.
Fine-tuning trailing error for linear ramp characteristic.
Adjusting linear and radial acceleration.
Adjustment of square root characteristic parameters.
Position supervision for square root characteristic.
Adjusting integral factors for axes.
Language options for customized macro dialogues.
Testing and methods for repeating macros.
Example of a "Bolt hole circle" customized macro.
Programming macros into NC memory.
Using macros within macros and special parameter functions.
Outputting macros in binary for PLC-EPROM programming.
Integrating macros into machining programs.
Parameters for configuring spindle orientation.
Spindle orientation using standard PLC programs.
Connection locations for TNC 151 B/TNC 155 B.
Connection locations for TNC 151 BR/TNC 155 BR.
Connection locations for TNC 151 Q/TNC 155 Q.
Connection locations for TNC 151 QR/TNC 155 QR.
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