Fagor 8035-M CNC Controller Manuals

Manuals and User Guides for Fagor 8035-M CNC Controller. We have 1 Fagor 8035-M CNC Controller manual available for free PDF download: Installation Manual

Fagor 8035-M Installation Manual

Fagor 8035-M Installation Manual (470 pages)

Brand: Fagor | Category: Control Systems | Size: 3.98 MB

Table of Contents

Table of Contents
5
About the Product
9
Declaration of Conformity
11
Version History (M)
13
Version History (T)
19
Safety Conditions
25
Warranty Terms
29
Material Returning Terms
31
Additional Remarks
33
Fagor Documentation
35
Chapter 1 Cnc Configuration

37
- CNC Structure
  38
- Connectors
  40
Chapter 2 Heat Dissipation

57
Chapter 3 Machine and Power Connection

61
- Digital Inputs and Outputs
  64
- Analog Inputs and Outputs
  65
- Setup
  66
- Connection of the Emergency Input and Output
  70
Chapter 4 Machine Parameters

73
- Machine Parameters
  74
- Machine Parameters
  75
- Parameters that May be Modified from the OEM Program or OEM Subroutine
  76
- General Machine Parameters
  78
- Axis Parameters
  116
- Spindle Parameters
  144
- Drive Parameters
  161
- Serial Line Parameters
  163
- Ethernet Parameters
  166
- PLC Parameters
  170
- Tables
  173
- Leadscrew Error Compensation Table
  175
- Cross Compensation Parameter Table
  177
Chapter 5 Concepts

179
- Axes and Coordinate Systems
  179
- Rotary Axes
  182
- Gantry Axes
  184
- Incline Axis
  185
- Relationship between the Axes and the JOG Keys
  187
- Movement with an Electronic Handwheel
  190
- Standard Handwheel
  191
- Path Handwheel
  192
- Feed Handwheel Mode
  193
- Additive Handwheel" Mode
  195
- Feedback System
  197
- Axis Adjustment
  203
- Drive Setting
  204
- Gain Setting
  205
- Proportional Gain Setting
  206
- Feed-Forward Gain Setting
  207
- Derivative (AC-Forward) Gain Setting
  208
- Leadscrew Backlash Compensation
  209
- Leadscrew Error Compensation
  210
- Reference Systems
  212
- Home Search
  213
- Setting on Systems Without Distance-Coded Feedback
  216
- Setting on Systems with Distance-Coded Feedback
  218
- Axis Travel Limits (Software Limits)
  219
- Unidirectional Approach
  220
  - Auxiliary M, S, T Function Transfer
    221
  - Transferring M, S, T Using the AUXEND Signal
    223
- Spindle Types
  225
- Spindle Speed (S) Control
  226
- Spindle Gear Change
  228
- Spindle in Closed Loop
  230
- Treatment of Emergency Signals
  236
- Digital CAN Servo
  239
- Fagor Handwheels: HBA, HBE and LGB
  242
- Machine Safety Related Functions
  246
- Cycle Start Disabled When Hardware Errors Occur
  248
- Tool Magazine
  249
- Tool Change Management
  250
- Gear Ratio Management on Axes and Spindle
  251
- Example of Axes: Outside Feedback Without Gear Box
  252
- Example of Axes: Encoder at the Motor
  255
- Example of Axes: Outside Feedback with Gear Box
  256
- Example of Spindle: External Encoder Without Gear Box
  258
- Example of Spindle: Encoder at the Motor
  260
- Example of Spindle: External Encoder with Gear Box
  262
- Inputs
  265
- Outputs
  266
- Marks
  267
- Registers
  269
- Timers
  270
- Monostable Mode. TG1 Input
  273
- Delayed Activation Mode. TG2 Input
  275
- Delayed Deactivation Mode. TG3 Input
  277
- Signal Limiting Mode. TG4 Input
  279
- Counters
  281
- Operating Mode of a Counter
  284
CHAPTER 6 PLC Resources

286
Chapter 7 Introduction to the Plc

287
- PLC Program Execution
  287
- Loop Time
  290
- Modular Structure of the Program
  291
- First Cycle Module (CY1)
  292
- Priority of Execution of the PLC Modules
  295
Chapter 8 Plc Programming

298
- Module Structure
  298
- Operators and Symbols
  305
- Action Instruction
  306
- Binary Assignment Instructions
  307
- Conditional Binary Action Instructions
  308
- Sequence Breaking Action Instructions
  309
- Arithmetic Action Instructions
  310
- Logic Action Instructions
  312
- Specific Action Instructions
  314
Chapter 9 Cnc-Plc Communication

318
Chapter 10 Logic Cnc Inputs and Outputs

330
- General Logic Inputs
  330
- Axis Logic Inputs
  338
- Spindle Logic Inputs
  343
- Key Inhibiting Logic Inputs
  348
- Logic Inputs of the PLC Channel
  351
- General Logic Outputs
  353
- Logic Outputs of the Axes
  359
- Spindle Logic Outputs
  361
- Logic Outputs of Key Status
  363
Chapter 11 Access to Internal Cnc Variables

369
Chapter 12 Axes Controlled from the Plc

398
- PLC Execution Channel
  398
- Considerations
  399
- Blocks Which Can be Executed from the PLC
  401
- Control of the PLC Program from the CNC
  405
- Action CNCEX1
  407
Chapter 13 Plc Programming Example

410
- Definition of Symbols (Mnemonics)
  410
- First Cycle Module
  412
- Main Module
  413

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