Fagor 8055 M Manuals

Manuals and User Guides for Fagor 8055 M. We have 1 Fagor 8055 M manual available for free PDF download: Programming Manual

Fagor 8055 M Programming Manual (482 pages)

CNC

Brand: Fagor | Category: Control Systems | Size: 7.15 MB

Table of Contents
3
About the Product
9
Declaration of Conformity and Warranty Conditions
11
Version History
13
Safety Conditions
17
Returning Conditions
21
Additional Notes
23
Fagor Documentation
25
Chapter 1 General Concepts

28
Chapter 2 Creating a Program

34
- Program Structure at the CNC
  34
- Program Block
  35
- End of Block
  36
- Local Subroutines Within a Program
  37
Chapter 3 Axes and Coordinate Systems

40
- Axis Nomenclature
  40
- Axis Selection
  41
- Plane Selection (G16, G17, G18, G19)
  42
- Part Dimensioning. Millimeters (G71) or Inches (G70)
  44
- Absolute/Incremental Programming (G90, G91)
  45
- Coordinate Programming
  46
- Cartesian Coordinates
  47
- Polar Coordinates
  48
- Cylindrical Coordinates
  50
- Angle and Cartesian Coordinate
  51
- Rotary Axes
  52
- Work Zones
  53
- Using the Work Zones
  54
Chapter 4 Reference Systems

55
Chapter 5 Iso Code Programming

69
Chapter 6 Path Control

85
Chapter 7 Additional Preparatory Functions

109
Chapter 8 Tool Compensation

132
Chapter 9 Canned Cycles

148
- Canned Cycle Definition
  148
- Canned Cycle Cancellation
  152
- Some General Points to Consider
  153
- Machining Canned Cycles
  154
- G69. Drilling Canned Cycle with Variable Peck
  157
- Basic Operation
  159
- G81. Drilling Canned Cycle
  162
- Basic Operation
  163
- G82. Drilling Canned Cycle with Dwell
  165
- Basic Operation
  166
- G83. Deep-Hole Drilling Canned Cycle with Constant Peck
  168
- Basic Operation
  170
- G84. Tapping Canned Cycle
  172
- Basic Operation
  174
- G85. Reaming Canned Cycle
  177
- Basic Operation
  178
- G86. Boring Cycle with Withdrawal in G00
  179
- Basic Operation
  181
- G87. Rectangular Pocket Canned Cycle
  182
- Basic Operation
  185
- G88. Circular Pocket Canned Cycle
  188
- Basic Operation
  192
- G89. Boring Cycle with Withdrawal at Work Feedrate (G01)
  194
- Basic Operation
  195
- G210. Bore Milling Canned Cycle
  196
- Basic Operation
  198
- G211. Inside Thread Milling Cycle
  199
- Basic Operation
  201
- G212. Outside Thread Milling Cycle
  202
- Basic Operation
  204
Chapter 10 Multiple Machining

206
- G60: Multiple Machining in a Straight Line
  206
- Basic Operation
  207
- G61: Multiple Machining in Rectangular Pattern
  208
- Basic Operation
  210
- G62: Multiple Machining in Grid Pattern
  211
- Basic Operation
  213
- G63: Multiple Machining in a Circular Pattern
  214
- Basic Operation
  216
- G64: Multiple Machining in an Arc
  217
- Basic Operation
  219
- G65: Machining Programmed with an Arc-Chord
  220
- Basic Operation
  221
- D Pockets
  225
- Drilling Operation
  228
- Roughing Operation
  229
- Finishing Operation
  232
- Profile Programming Syntax
  234
- Profile Intersection
  235
- Profile Programming Syntax
  239
- Errors
  241
- Programming Examples
  243
Chapter 11 Irregular Pocket Canned Cycle

246
- D Pockets
  246
- Roughing Operation
  250
- Semi-Finishing Operation
  253
- Finishing Operation
  255
- Geometry of the Contours or Profiles
  258
- Profile Programming Syntax
  259
- Composite 3D Profiles
  264
- Profile Stacking
  267
- Profile Programming Syntax
  268
- Programming Examples
  270
Chapter 12 Probing

286
- Probing (G75, G76)
  286
- Probing Canned Cycles
  287
- PROBE 1. Tool Length Calibrating Canned Cycle
  288
- Calibrate the Radius or Measure the Radius Wear of a Tool
  293
- Measure or Calibrate the Tool Radius Wear and Tool Length Wear
  295
- PROBE 2. Probe Calibration Canned Cycle
  298
- Basic Operation
  300
- PROBE 3. Surface Measuring Canned Cycle
  302
- Basic Operation
  304
- PROBE 4. Outside Corner Measuring Canned Cycle
  306
- Basic Operation
  307
- PROBE 5. Inside Corner Measuring Canned Cycle
  309
- Basic Operation
  310
- PROBE 6. Angle Measuring Canned Cycle
  312
- Basic Operation
  313
- PROBE 7. Corner and Angle Measuring Canned Cycle
  315
- Basic Operation (Measuring an Outside Corner)
  316
- Basic Operation (Measuring an Inside Corner)
  318
- PROBE 8. Hole Measuring Cycle
  320
- Basic Operation
  321
- PROBE 9. Boss Measuring Cycle
  323
- Basic Operation
  324
- PROBE 10. Rectangular Part Centering Canned Cycle
  326
- Basic Operation
  328
- PROBE 11. Circular Part Centering Canned Cycle
  329
- Basic Operation
  331
- PROBE 12. Tabletop Probe Calibration
  332
Chapter 13 High-Level Language Programming

337
- Lexical Description
  337
- Variables
  339
- General Purpose Parameters or Variables
  340
- Variables Associated with Tools
  342
- Variables Associated with Zero Offsets
  345
- Variables Associated with Function G49
  347
- Variables Associated with Machine Parameters
  349
- Variables Associated with Work Zones
  350
- Variables Associated with Feedrates
  351
- Variables Associated with Coordinates
  353
- Variables Associated with Electronic Handwheels
  356
- Variables Associated with Feedback
  358
- Variables Associated with the Main Spindle
  359
- Variables Associated with the Second Spindle
  362
- Variables Associated with the Live Tool
  365
- PLC Related Variables
  366
- Variables Associated with Local Parameters
  368
- Sercos Variables
  369
- Software & Hardware Configuration Variables
  370
- Variables Associated with Telediagnosis
  373
- Operating-Mode Related Variables
  376
- Other Variables
  380
- Constants
  389
- Operators
  390
- Expressions
  392
- Relational Expressions
  393
Chapter 14 Program Control Instructions

396
- Assignment Instructions
  396
- Display Instructions
  397
- Enable-Disable Instructions
  398
- Flow Control Instructions
  399
- Subroutine Instructions
  401
- Calls to Subroutines Using G Functions
  405
- Probe Related Instructions
  406
- Interruption-Subroutine Instructions
  407
Chapter 15 Coordinate Transformation

424
Chapter 16 Angular Transformation of an Incline Axis

445
- Turning Angular Transformation on and off
  445
- Freezing the Angular Transformation
  446

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More Fagor Manuals

Fagor 8055 M Manuals

Fagor 8055 M Programming Manual (482 pages)

Table of Contents

Chapter 1 General Concepts

Chapter 2 Creating a Program

Chapter 3 Axes and Coordinate Systems

Chapter 4 Reference Systems

Chapter 5 Iso Code Programming

Chapter 6 Path Control

Chapter 7 Additional Preparatory Functions

Chapter 8 Tool Compensation

Chapter 9 Canned Cycles

Chapter 10 Multiple Machining

Chapter 11 Irregular Pocket Canned Cycle

Chapter 12 Probing

Chapter 13 High-Level Language Programming

Chapter 14 Program Control Instructions

Chapter 15 Coordinate Transformation

Chapter 16 Angular Transformation of an Incline Axis

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