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NCT Group manual NCT 99M NCT 2000M

Models: 2000M 99M

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Alarm #3000 Part Program Configuration Spindle Speed Command code S Safety Canceling of Offset Mode Custom Macro Call Using G Code Exact Stop Mode G61

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NCT® 99M

NCT® 2000M

Controls for Milling Machines and Machining Centers

Programmer's Manual

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NCT Group manual NCT 99M NCT 2000M

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Contents

NCT 99M NCT 2000M Manufactured by NCT Automation kft Contents Dwell G04 100 Page 180 Page Part Program Introduction O1234PROGRAM NAMEs/1N12345G1X0Y...sG2Z5...s....s N1G40...M2s Block Fundamental Terms Introduction G90 X50 Y80 Z40 M3 M8 Introduction Names of axes Controlled AxesUnit and Increment System of Axes IS-A Preparatory Functions G codes 116 141 Positioning G00 InterpolationLinear Interpolation G01 G01 v F G01 X100 Y80 F150 Circular and Spiral Interpolation G02, G03 Case G03 X0 Y100 Helical Interpolation G02, G03 G17 G03 X0 Y100 Z20 R100 F150 Equal Lead Thread Cutting G33 An example of programming a thread-cutting G12.1 Polar Coordinate Interpolation G12.1, G13.1G13.1 Polar Coordinate Interpolation G12.1, G13.1 O7500POLAR Coordinate Interpolation Direction X on rotary axis C Cylindrical Interpolation G7.1 28.65mm⋅ 180 ⋅ π = 0.5mm Cylindrical Interpolation G7.1 Coordinate Data Polar Coordinates Data Command G15, G16Absolute and Incremental Programming G90, G91, Operator G90 G16 G01 X100 Y60 F180 Inch/Metric Conversion G20, G21 Specification and Value Range of Coordinate Data Rotary Axis Roll-over ROLLOVENC=1 Rollovenc =1 Feed in rapid travers FeedCutting Feed Rate Feed per Minute G94 and Feed per Revolution G95 Clamping the Cutting Feed Automatic Acceleration/Deceleration Feed Control Functions Exact Stop Mode G61Exact Stop G09 Override and Stop Inhibit Tapping Mode G63 Continuous Cutting Mode G64Automatic Corner Override G62 Internal Circular Cutting Override Dwell G04 Automatic Reference Point Return G28 Reference Point Automatic Return from the Reference Point G29 Automatic return to reference points 2nd, 3rd, 4th G30 G90 G30 P1 X500 Y200 G29 X700 Y150 Machine Coordinate System Coordinate Systems, Plane Selection Setting the Work Coordinate Systems Setting the Machine Coordinate systemPositioning in the Machine Coordinate System G53 Work Coordinate Systems Selecting the Work Coordinate System Creating a New Work Coordinate System G92 Programmed Setting of the Work Zero Point Offset Local Coordinate System G90 G52 X60 Y40 Plane Selection G17, G18, G19 Codes Spindle Function Spindle Speed Command code SProgramming of Constant Surface Speed Control G96 S 10.2.1Constant Surface Speed Control Command G96, G97Constant Surface Speed Clamp G92 G96 P. Interpretation of address P Selecting an Axis for Constant Surface Speed ControlSpindle Position Feedback Oriented Spindle Stop Spindle Speed Fluctuation Detection G25, G26 Spindle Positioning IndexingG26 G25 Spindle Function Spindle Function Tool Function Tool Select Command Code TProgram Format for Tool Number Programming Tool Function Miscellaneous Functions Codes M Miscellaneous and Auxiliary Functions Sequence of Execution of Various Functions Auxiliary Function Codes A, B, C Part Program Configuration Return from a Sub-program M98 P.... LM99 M99 P Jump within the Main Program Referring to Tool Compensation Values H and D Tool Compensation Limit values of geometry and wear G43 q H or G44 q H Tool Length Compensation G43, G44, G49G43 + compensation G44 compensation Tool Offset G45...G48 Tool Compensation Tool Compensation Tool Compensation Cutter Compensation G38, G39, G40, G41, G42 G41 Tool Compensation Start up of Cutter Compensation Tool Compensation G91 G17 G40 N110 G42 G1 X-80 Y60 I50 J70 D1 N120 N10 G40 G17 G0 X0 Y0 N15 G91 G42 D1 N20 G1 N25 X30 Y60 Rules of Cutter Compensation in Offset Mode Tool Compensation G91 G17 G42 N110 G1 X40 Y50 N120 N130 N140 X50 Y-20 Canceling of Offset Mode G91 G17 G42 N100 G1 X50 Y60 N110 G40 X70 Y-60 I100 J-20 G42 G17 G91 N110 G1 X80 Y40 N120 G40 N130 X-70 Y20 Change of Offset Direction While in the Offset Mode Tool Compensation Programming Corner Arcs G39 Programming Vector Hold G38 14.5.6 When two interpolations outside of the selected plane G17 G91 N110 G41 G0 X50 Y70 D1 N120 G1 Z-40 N130 Y40 103 Tool Compensation Tool Compensation Tool Compensation Interferences in Cutter Compensation Tool Compensation Tool Compensation Tool Compensation Programming the Three-dimensional Tool Offset G40, G41, G42 Three-dimensional Tool Offset G41, G42 G40 or D00 Three-dimensional Offset Vector Tool Compensation Coordinate System Rotation G68, G69 Special Transformations G51 v P Scaling G50, G51 G51.1 Programmable Mirror Image G50.1, G51.1 Rotation-scaling Scaling-rotation Rules of Programming Special Transformations Special Transformations Programming Chamfer and Corner Round Automatic Geometric Calculations Specifying Straight Line with Angle Is equivalent to the block below Intersection Calculations in the Selected Plane Linear-linear Intersection Automatic Geometric Calculations Automatic Geometric Calculations Linear-circular Intersection 127 Let us see the following example Circular-linear Intersection Let us see an example Circular-circular Intersection 132 Let us see the following example Chaining of Intersection Calculations Canned Cycles for Drilling 136 Code of drilling Displacement after spindle Orientation I, J, KInitial point Position of hole Xp, Yp, Zp Data of drilling Examples of modal drilling codes and cycle variables Examples of using cycle repetitions Canned Cycles for Drilling Counter Tapping Cycle G74 Fine Boring Cycle G76 Drilling, Spot Boring Cycle G81 Canned Cycle Cancel G80 Drilling, Counter Boring Cycle G82 Peck Drilling Cycle G83 Tapping Cycle G84 With G98, rapid-traverse retraction to the initial point = distance between point R and point Z Canned Cycles for Drilling Boring Cycle G85 Boring Cycle Tool Retraction with Rapid Traverse G86 Boring Cycle, Manual Operation at Bottom Point Boring Cycle/Back Boring Cycle G87 Back Boring Cycle Boring Cycle Manual Operation on the Bottom Point G88 Canned Cycles for Drilling Canned Cycles for Drilling Skip Function G31 Measurement Functions Automatic Tool Length Measurement G37 Measurement Functions Programmable Stroke Check G22, G23 Safety FunctionsG23 Parametric Overtravel Positions Stroke Check Before Movement Simple Macro Call G65 Custom MacroC I1 J1 K1 I2 J2 K2 ... I10 J10 K10 G67 Particular number. For example Illegal G Code Macro Modal Call From Each Block G66.1 Custom Macro Call Using G Code Subprogram Call with M Code Custom Macro Call Using M Code #199=t Subprogram Call with T CodeSubprogram Call with S Code #198=s Multiple Calls Level of call Variables of the Programming Language Format of Custom Macro BodyIdentification of a Variable Referring to a variable Numerical Format of Variables Vacant Variables Local Variables #1 through #33 Types of VariablesCommon Variables #100 through #199, #500 through #599 System Variables Interface input signals #1000-#1015, #1032 Interface output signals #1100-#1115, #1132 Tool compensation values #10001 through #13999 Work zero-point offsets #5201 through #5328 Millisecond timer #3001 Alarm #3000Main time timer #3002 Suppression of block-by-block execution #3003 Stop with message #3006 Suppression of stop button, feed override, exact stop #3004Mirror image status #3007 Modal information #4001 through #4130, #4201 through #4330 Instantaneous positions in the work coordinate system Tool-length compensation Skip signal position Instructions of the Programming Language Servo lagDefinition, Substitution #i = #j Single-operand minus #i = #j The code of the operation is Arithmetic Operations and FunctionsSubtraction #i = #j #k Logical sum, or #i = #j or #k Arc cosine #i = Acos #j Square root #i = Sqrt #j Logarithm natural #i = LN #j Arc tangent #i = Atan #jAbsolute value #i = ABS #j Unconditional Divergence GOTOn Logical Operations Conditional Instruction IFconditional expression then Conditional Divergence IFconditional expression GOTOn Instructions DOm and ENDm must be put in pairs Pairs DOm ... ENDm may not be overlapped Periphery open Data Output CommandsBinary data print output Decimal data print output Decimal data output Dprnt Characters to be output are 194 NC and Macro Instructions Closing a peripheral PCLOSn Execution of NC and Macro Instructions in Time Sbstm =0 Displaying Macros and Sub-programs in Automatic Mode Pocket-milling Macro Cycle Degenerated cases of cavity milling Error messages in the course of pocket milling Custom Macro 202 15 , 72 Index in Alphabetical Order Index in Alphabetical Order Index in Alphabetical Order Index in Alphabetical Order

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