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8055 EN
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Fagor 8055 EN manual available for free PDF download: Programming Manual
Fagor 8055 EN Programming Manual (482 pages)
CNC
Brand:
Fagor
| Category:
Control Systems
| Size: 7.15 MB
Table of Contents
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
Part Programs
28
Considerations Regarding the Ethernet Connection
30
DNC Connection
31
Communication Protocol Via DNC or Peripheral Device
32
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
Reference Points
55
Machine Reference (Home) Search (G74)
56
Programming with Respect to Machine Zero (G53)
57
Coordinate Preset and Zero Offsets
58
Coordinate Preset and S Value Limitation (G92)
59
Zero Offsets (G54..G59 and G159)
60
Polar Origin Preset (G93)
64
Chapter 5 Iso Code Programming
69
Feedrate F
69
Constant Surface Speed (G96)
72
Constant Tool Center Speed (G97)
73
Spindle Selection (G28, G29)
75
Synchronized Spindles (G30, G77S, G78S)
76
Tool Number (T) and Tool Offset (D)
77
Auxiliary Function (M)
78
M00. Program Stop
79
M06. Tool Change Code
81
M19. Spindle Orientation
82
M41, M42, M43, M44. Spindle Gear Change
83
M45. Auxiliary Spindle / Live Tool
84
Chapter 6 Path Control
85
Rapid Traverse (G00)
85
Linear Interpolation (G01)
86
Circular Interpolation (G02, G03)
87
Circular Interpolation with Absolute Arc Center Coordinates (G06)
92
Arc Tangent to Previous Path (G08)
93
Arc Defined by Three Points (G09)
94
Helical Interpolation
95
Tangential Entry at the Beginning of a Machining Operation (G37)
96
Tangential Exit at the End of a Machining Operator (G38)
97
Automatic Radius Blend (G36)
98
Chamfer (G39)
99
Threading (G33)
100
Variable Pitch Threads (G34)
102
Move to Hardstop (G52)
103
Feedrate "F" as an Inverted Function of Time (G32)
104
Tangential Control (G45)
105
Considerations about the G45 Function
107
G145. Temporary Cancellation of Tangential Control
108
Chapter 7 Additional Preparatory Functions
109
Interruption of Block Preparation (G04)
109
G04 K0: Block Preparation Interruption and Coordinate Update
111
Dwell (G04 K)
112
Working with Square (G07) and Round (G05,G50) Corners
113
G05 (Round Corner)
114
Controlled Round Corner (G50)
115
Look-Ahead (G51)
116
Advanced Look-Ahead Algorithm (Integrating Fagor Filters)
118
Look-Ahead Operation with Fagor Filters Active
119
Mirror Image (G10, G11. G12, G13, G14)
120
Scaling Factor (G72)
121
Scaling Factor Applied to All Axes
122
Scaling Factor Applied to One or more Axes
123
Pattern Rotation (G73)
125
Electronic Axis Coupling/Uncoupling
127
Electronic Axis Coupling, Slaving, (G77)
128
Cancellation of the Electronic Axis Coupling, Slaving, (G78)
129
Axes Toggle G28-G29
130
Chapter 8 Tool Compensation
132
Tool Radius Compensation (G40, G41, G42)
132
Beginning of Tool Radius Compensation
133
Sections of Tool Radius Compensation
136
Cancellation of Tool Radius Compensation
137
Change of Type of Radius Compensation While Machining
143
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
Movement in an Inclined Plane
424
Definition of the Inclined Plane (G49)
425
G49 in Swinging Spindles
430
G49 on Huron Type Spindles
431
Considerations about the G49 Function
432
Variables Associated with Function G49
433
Parameters Associated with Function G49
434
Programming Example
435
Movement According to the Tool Coordinate System (G47)
436
TCP Transformation (G48)
437
Considerations about the G48 Function
440
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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