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General| Type | CNC Controller |
|---|---|
| Manufacturer | NUM |
| Model | 1020 M |
| Input Voltage | 24 VDC |
| Operating Temperature | 0°C to 45°C |
| Storage Temperature | -20°C to 70°C |
Provides an overview of the CNC system's operating modes and basic concepts.
Details the machine's coordinate system, axis definitions, and travel limits.
Illustrates the links between the CNC, machine, and peripherals for various NUM series.
Describes the procedures for switching the CNC on and restarting after an emergency stop.
Explains how to access and view system customisation attributes and software versions.
Details the different types of NUM panels (QWERTY, 50-Key, Compact) and their components.
Explains how mode selections interact with display pages and the CNC's status window.
Describes keyboard keys, special features, and control functions for various panel types.
Explains special keyboard functions like hardcopy, keyboard sound, and panel/CNC switching.
Explains how the system can be configured to display dimensions in millimeters or inches.
Shows how to display current tool position coordinates relative to the programme or measurement origin.
Details how to display tool dimensions, cutter tip radius, tool length, and wear offsets.
Covers accessing programme lists, viewing programme details, and navigating listings.
Explains how to display programmes in graphic mode, including contour traces and 3D views.
Illustrates how to display machining data, G/M functions, and current block information.
Illustrates how to display the currently executing programme and highlighted blocks.
Describes how to view PLC operator messages, external parameters, and memory data.
Covers essential setup steps like operator-controlled jog, axis homing, and manual mode selection.
Details part setting, origin shifts, scaling factors, and tool setting procedures.
Explains how to manually input and execute instructions without storing them in a programme.
Covers loading, creating, debugging, and executing programmes automatically on the machine.
Describes unplanned and programmed interventions, including interruptions and error handling.
Explains how to create part programmes using interactive programming (PROCAM) and PROFIL functions.
Details how unit selection affects displayed values and programming functions.
Details programme operations like loading, unloading, and editing performed concurrently with other modes.
Troubleshooting guide for the FDHLD indicator, covering possible causes and solutions.
Troubleshooting steps for when manual controls do not generate machine movement.
Troubleshooting steps for when no movement is generated in automatic mode.
Troubleshooting guide for when the cycle does not start despite pressing the CYCLE button.
Addresses issues with block sequencing, including INCYC indicator status.
Provides guidance on checking fuses for analogue I/O card failures.
Procedure for restarting machining operations after a power failure.
Describes hardware faults detected during system initialization, like parameter table checksum errors.
Addresses errors related to software options or illegal modification attempts during customization.
Explains issues with short sampling periods and how to adjust parameter P50.
Deals with errors where a declared axis is missing, requiring parameter adjustments.
Covers sampling period issues with UC SII CPU and the need for a 2ms multiple value.
Addresses errors where a QVN sensor is declared multiple times, requiring parameter P70 correction.
Handles errors where sensors are mis-declared between QVN and Axis cards.
Deals with errors when speed and position sensors are declared on multiple axes.
Addresses errors where multiple axis drive sensors share the same address.
Covers errors related to missing QVN declared axes in servo-controlled axis lists.
Explains issues with sampling periods for DISC operation and parameter P50 adjustment.
Covers replacement of batteries, memory modules, and fuses for system components.
Explains how to access CNC utilities and utility programs for system management.
Details setting and selecting serial line configurations for communication.
Guides on changing screen colours, selecting palettes, and saving customisations.
Covers backing up, restoring, and checking machine data including options, parameters, and calibration.
Explains how to set the system date, time, and day of the week.
Details managing protected memory areas for programmes, including password and copying operations.
Covers system customization steps like job reference, memory sizes, options, date, and locking.
Summarizes G functions, M functions, and additional functions used in ISO programming.
Explains the syntax for parametric programming using L and E variables for calculations and branches.
Details the syntax for programming profiles using geometric elements like line segments and arcs.
Lists common errors, system errors, and machine errors with their respective meanings.
Details errors encountered during parametric programming, including syntax and value issues.
Lists errors specific to PGP, such as endpoint determination and intersection calculation issues.
Covers errors related to pocket cycles, including memory issues and contour definition problems.
Lists errors related to dynamic operations in C, such as size, format, and memory issues.
Explains interconnection diagrams and principles for connecting peripherals to the CNC.
Details connections for peripherals like PCs, tape readers, punches, and printers.
Describes setting up links and communications for connecting to host or microcomputers.
Provides Ladder addresses of bits in the exchange area corresponding to mnemonics.
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