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General| Brand | Renishaw |
|---|---|
| Model | NC1 |
| Category | Measuring Instruments |
| Language | English |
Describes laser safety precautions for the NC1 system.
Details safety precautions related to software operation and machine control.
Details the features of the four measuring subroutines.
Details the features of the two calibration subroutines.
Lists the machine tool controllers compatible with the NC1 system software.
Explains setting tools using positive tool-offset values representing physical length.
Lists and describes parameters used by the NC1 system software.
Details parameters automatically set during calibration cycles.
Configuration for retries, safe position, units, offset type, and max tool length.
Parameters for tool length, diameter, radial axis, calibration, signal time, and clearance.
Parameters for resolution, spindle speed, beam axis, and radial/length measurement axes.
Parameters for length axis, scatter tolerance, runout, and sample size.
Parameters for rapid traverse, language, digital inputs, and tool management settings.
Explains how to adjust the back-off move distance for optimisation.
Describes loading the calibration tool and performing initial positioning for beam alignment.
Emphasizes ensuring correct settings in subroutine L9760 before proceeding with beam alignment.
Specifies the format for calling the beam alignment subroutine.
Details the inputs required for the L9860 beam alignment subroutine.
Lists the outputs generated by the beam alignment cycle.
Specifies the tool needed for calibration and its active status.
Explains how the calibration cycle measures beam positions and calibrates the beam width.
Shows the required input format for the L9861 calibration subroutine.
Lists and explains the input parameters for the L9861 calibration subroutine.
Lists the outputs generated by the NC1 calibration cycle.
Explains how tool length is measured for different tool types.
Specifies the input format for the L9862 tool length setting subroutine.
Lists and explains input parameters for measuring tool length.
Explains how tool radius/diameter is measured and stored.
Specifies the input format for the L9862 tool radius/diameter setting subroutine.
Lists and explains input parameters for measuring tool radius/diameter.
Explains the combined cycle for measuring length and radius/diameter of tools.
Specifies the input format for the combined L9862 cycle.
Lists and explains input parameters for the combined tool length and radius setting.
Explains how the cutting edge check detects missing teeth or runout.
Specifies the input format for the L9862 cutting edge checking subroutine.
Lists and explains input parameters for checking cutting edges.
Explains how broken tools are detected via plunge movement and long tool conditions.
Specifies the input format for the L9863 broken tool detection subroutine.
Lists and explains input parameters for detecting broken tools.
Explains how broken tools are detected via radial movement.
Lists and explains input parameters for detecting broken tools radially.
Describes the process of retracting the tool and tracing the cutter profile.
Specifies the input format for checking cutter profiles.
Lists and explains input parameters for cutter profile checking.
Explains comparing beam positions to original calibration values for adjustment.
Specifies the input format for temperature compensation tracking.
Lists and explains input parameters for tracking temperature compensation.
Covers missing data, scatter tolerance, and out of tolerance alarms.
Addresses false triggers, active/missing beam cut signals, and incorrect RPM.
Explains alarms related to tool size, cutting edges, and broken tools.
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