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Describes the front panel layout and functions of the SW4000-2 and SW4000-3 models.
Details the back panel layout, including connections for power, scales, and EDM.
Details the function of each key on the SW4000 DRO.
Details the connection interfaces: Linear Scale, RS232, and EDM.
Explains the XY, XZ, YZ planes and how coordinates are defined and displayed.
Describes the DRO's behavior upon powering on and parameters it memorizes.
Explains how to set the current point as the datum point for a designated axis.
Details how to preset a value to the current position for a specific axis.
Explains how to switch the display unit between metric (mm) and imperial (inch).
Describes how to set the center of a workpiece as the datum by halving values.
Explains how to set shrinkage modes for processing tools based on finished product dimensions.
Details the ABS, INC, and 1000-group SDM display modes and how to toggle between them.
Explains how to clear all SDM datum, resetting SDM coordinate to ABS coordinate.
Describes how to restore preset ABS and correct display values by searching the RI.
Explains how to clear error messages displayed by the DRO.
Details the lathe function, which sums axis positions for specific display modes.
Explains the display value filter function to stabilize readings affected by grinder vibration.
Explains how to set the origin of ABS and zero points in SDM coordinates.
Describes an alternative method to set SDM zero points accurately without moving the table.
Details the Bolt Hole Circle (BHC) function for processing holes equally around a circumference.
Explains the Bolt Hole Line (BHL) function for processing multiple holes equally on a line.
Describes ARC processing for SW4000-2/3, focusing on convenient arc machining.
Details the Slope Processing function for SW4000-2/3, calculating processing points automatically.
Explains the Auto Edge Detection function for searching borders, measuring dimensions, and finding centers.
Outlines the parameters required before EDM machining, including depth, height, and compensation.
Describes the general EDM machining process and its 6 available modes.
Provides a step-by-step guide for EDM Mode 1 with plus depth machining.
Details the process for EDM Mode 1 with minus depth machining.
Explains EDM Mode 2, which uses edge detection and processes multiple holes conveniently.
Covers EDM Mode 3, which lacks fireproof height functionality for small electrode waste.
Details EDM Mode 4 with minus depth, similar to Mode 1 but with different machining direction.
Explains EDM Mode 6, featuring upward Z-axis positive direction and automatic edge detection.
Describes EDM Mode 7, similar to Mode 5 but requiring edge detection upon entering EDM.
Illustrates using EDM for holes within BHC or BHL functions, with examples.
Explains how to access and leave the calculator function.
Provides examples of performing calculations using the calculator function.
Describes how to transfer calculation results to X, Y, or Z axes.
Explains how to input current display values from X, Y, or Z windows into the calculator.
Details how to enter and exit the initial system settings menu.
Explains how to set the DRO type (SW4000-2, -3, or -E) before use.
Describes how to set the counting direction for linear scales (0 or 1).
Explains how to set linear compensation to correct errors in scale measurements.
Details how to switch between Radius (R) and Diameter (D) display modes.
Explains how to set the Z-axis dial value, representing Z-axis travel per screw revolution.
Describes how to set the resolution of the linear scale to match the connected scale.
Explains how to set the relay mode for controlling signals during target position processing.
Details how to set one of the 7 available EDM modes before machining.
Explains the two input modes (Normal and Special) for SDM coordinate data.
Describes how to enable or disable the display of error information for counting signals.
Explains how to set the shrinkage ratio for the shrinkage function (range 0.1 to 10).
Details how to enable or disable EDM depth compensation for machining.
Explains how to set slope machining parameters like Z STEP and MAX CUT.
Describes how to set the lathe mode (0, 1, or 2) for different display calculations.
Details how to set the RI mode (1 to 8) for different wave forms of A, B, and RI.
Explains how to enable or disable edge detection for automatically zeroing the Z-axis.
Describes how to select between linear scale and rotary encoder for axis measurement.
Details the two step modes (Z STEP and MAX CUT) for ARC function.
Explains the three angle display modes (0°-360°, -360° to 360°, -180° to 180°).
Covers the two angle display types: DD (Decimal Degrees) and DMS (Degrees, Minutes, Seconds).
Explains how to clear data and load default settings, requiring RI search afterward.
General| Brand | MachineryHouse |
|---|---|
| Model | SW4000 |
| Category | Industrial Equipment |
| Language | English |
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