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General| Brand | NUM |
|---|---|
| Model | 1020 W |
| Category | Controller |
| Language | English |
Details the components and layout of various NUM operator panels (CRT, LCD, Compact).
Describes keyboard keys, softkeys, and indicators on different panel types.
Shows how to display current coordinates relative to the programme or measurement origin.
Covers displaying tool dimensions, tool radius, tool length, and wear offsets.
Explains how to access lists of programmes, view programme listings, and search by block number.
Covers selection of graphic display parameters, part contour tracing, and machining simulation.
Shows how to display machining data, programmed shifts, and active functions for the current block.
Illustrates how to view the programme area being executed with the current block highlighted.
Covers axis homing, jog operations, and manual mode selection before programmed movements.
Details part setting, origin shifts, tool setting, and dimension entry procedures.
Covers loading programs, selecting active programs, and executing them automatically, step-by-step, or in dry run.
Details unplanned interventions like machining interruption, axis retraction, and error handling.
Guides on creating part programs using interactive programming and PROFIL function.
Provides troubleshooting steps for the "FDHLD" indicator, involving message checks and PLC analysis.
Outlines troubleshooting for manual controls not generating movement, checking potentiometers and messages.
Details troubleshooting for lack of movement in automatic mode, checking override, messages, and indicators.
Guides on resolving issues where the cycle does not start, checking NC indicator and PLC conditions.
Addresses problems with block sequencing, focusing on "INCYC" indicator status and function checks.
Lists system fault messages, including "NC??" indicator and how to handle them.
Advises checking fuses before replacing I/O cards and emphasizes using fast-acting fuses.
Provides a procedure for restarting machining after a power failure, including system reset and homing.
Describes messages related to hardware faults like parameter table checksum errors.
Explains messages indicating illegal attempts to modify software options or invalid configurations.
Details messages about incorrect axis or spindle counts in machine parameters or customisation.
Addresses issues with short sampling periods affecting axis/spindle measurement and potential performance impacts.
Warns about parameter table mismatches after software updates and options for re-initialization.
Lists various errors related to system initialization, G codes, options, and PLC access.
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