FAGOR Automation CNC 800T New Features, Operating Manual, Programming Manual.pdf

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Similar Manual: FAGOR Owner's Manual


This manual informs you comparison between Fagor CNC 800-T, Fagor CNC 800-TI, Fagor CNC 800-TG and Fagor CNC 800-TGI as well as operating instruction and programming control manual with of the current CNC machine.

Most of Fagor CNC 800T series have X, Z axes control, Spindle control, Spindle in RPM, Constant Surface Speed (CSS) ability, Spindle Orientation, 32 Tools with Tool Compensation, RS 232C Communications port, Integrated PLC (PLCI), ISO-coded program editing (P99996) and many other features.

Contents of FAGOR Automation CNC 800T Operating Manual:

  • Comparison Table for FAGOR 800T CNC models
  • New features and modifications
  • INTRODUCTION
    • Safety Conditions
    • Material Returning Terms
    • Fagor Documentation for the 800M CNC
    • Manual Contents
  • Chapter 1. CONCEPTS
    • CRT description
    • Keyboard description
    • Keys for automatic operations
    • Special keystroke sequences
    • Operator Panel
    • Display units (mm/inches)
    • X axis display units (radius/diameter)
    • Reference systems
    • Home search
    • Zero preset
    • Coordinate preset
    • Operation in incremental mode
  • Chapter 2. BASIC OPERATIONS
    • Axis feedrate setting
    • Work tool selection
    • Live tool
    • Axes jog
    • Continuous jog
    • Incremental jog
    • Axes jog via electronic handwheel
    • Beginning point (BEGIN) and end point (END)
    • Begin and End point setting
    • Positioning at Begin or End points
    • Activating/deactivating external devices
  • Chapter 3. AUXILIARY FUNCTIONS
    • Millimeters <-> inches
    • Radius <-> diameter
    • mm(inches)/min <-> F mm(inches)/rev
    • Tool
    • Tool table
    • Modification of tool dimensions
    • Tool calibration
    • Tool inspecton
    • Tool offset modification
    • Cycle finishing pass/Safety distance
    • Other automatic operations
    • Auxiliary modes
    • Peripherals
    • Peripheral mode
    • DNC communications
    • Lock/unlock
    • Execution / Simulation of program P99996
    • Execution of program P99996
    • Tool inspection
    • Execution modes
    • CNC reset
    • Displaying program blocks
    • Display modes
    • Simulation of program P99996
    • Zoom function
    • Editing program P99996
  • Chapter 4. SPINDLE
    • Spindle operating mode selection
    • Spindle in RPM
    • Constant Surface Speed (CSS)
    • Constant Surface Speed Limit
    • Spindle speed range change
    • Manual spindle range change
    • Automatic spindle range change
    • Clockwise spindle rotation
    • Counter-clockwise spindle rotation
    • Spindle stop
    • Spindle orientation
  • Chapter 5. AUTOMATIC OPERATIONS
    • Introduction
    • Automatic operations in semi-automatic mode
    • Automatic operations in automatic mode (Cycle)
    • Machining conditions
    • Simulation
    • Zoom function
    • Execution
    • Tool inspection
    • Turning
    • Semi-automatic turning
    • Automatic turning (Cycle mode)
    • Facing
    • Semi-automatic facing
    • Automatic facing (Cycle mode)
    • Taper turning
    • Semi-automatic taper turning
    • Automatic taper turning (Cycle mode)
    • Rounding
    • Semi-automatic rounding
    • Automatic rounding (Cycle mode)
    • Automatic profile rounding
    • Threading
    • Semi-automatic threading
    • Automatic threading (Cycle mode)
    • Grooving
    • Simple drilling. Tapping
    • Programming examples
    • Multiple drilling
    • Slot milling
    • Usage of the safety distance
  • Chapter 6. PROFILES
    • Profile in “semi-automatic” mode
    • Point storage
    • Point-to-point movement
    • Special features
    • Profile in automatic (Cycle) mode
    • Profile definition
  • Chapter 7. WORKING WITH PART-PROGRAMS
    • Access to the part-program table
    • Part-program selection
    • Part-program editing
    • Part-program simulation
    • Zoom function
    • Part-program execution
    • Execution of a previously stored operation
    • Tool inspection
    • Part-program modification
    • Part-program deletion
    • Peripherals
    • Peripheral mode
    • DNC communications
    • Lock/Unlock
  • Chapter 8. PROGRAMMING EXAMPLES
  • ERROR CODES

Contents of FAGOR Automation CNC 800T Programming Manual:

  • Comparison Table for FAGOR 800T CNC models
  • New Features and modifications
  • INTRODUCTION
    • Safety Conditions
    • Material Returning Terms
    • Fagor Documentation for the 800M CNC
    • Manual Contents
  • Chapter 1 PROGRAM WRITING
    • CNC program structure
    • Block number
    • Conditional block (block skip)
    • Block contents
    • Preparatory functions (G)
    • G function table for this CNC
  • Chapter 2 COORDINATE PROGRAMMING
    • Measuring units. Millimeters or inches (G71, G70)
    • Absolute / Incremental programming (G90, G91)
    • Coordinate programming
    • Cartesian coordinates
    • Polar coordinates
    • Programming by two angles (A1, A2)
    • By one angle and one cartesian coordinate
  • Chapter 3 REFERENCE SYSTEMS
    • Machine Reference (home) search (G74)
    • Coordinate preset (G92)
    • Polar origin preset (G93)
    • Zero offsets (G53
    • Store and retrieve current Part Zero (G31, G32)
  • Chapter 4 OTHER FUNCTIONS
    • Feedrate programming (F)
    • Feedrate “F” in mm/min or tenths-of-an-inch/min (G94)
    • Feedrate in mm/rev. or inches/rev. (G95)
    • Programmable feedrate override (G49)
    • Spindle speed and spindle orientation (S)
    • Spindle speed “S” in rpm (G97)
    • Constant Surface Speed “S” in m/min or feet/min (G96)
    • Spindle speed limit for Constant Surface Speed (G92)
    • Tool programming (T)
    • Load tool dimensions into tool table (G50)
    • Correcting tool dimensions (G51)
    • Miscellaneous functions (M)
  • Chapter 5 PATH CONTROL
    • Round corner (G05)
    • Square corner (G07)
    • Rapid positioning (G00)
    • Linear interpolation (G01)
    • Circular interpolation (G02, G03)
    • Circular interpolation by programming the arc radius
    • Circular interpolation with absolute center coordinates
    • Programming examples
    • Arc tangent to previous path (G08)
    • Arc defined by three points (G09)
    • Tangential entry (G37)
    • Tangential exit (G38)
    • Automatic radius blend (G36)
    • Chamfer (G39)
  • Chapter 6 ADDITIONAL PREPARATORY FUNCTIONS
    • Dwell (G04)
    • Display error code (G30)
    • Unconditional jump / call (G25)
    • Electronic threading (G33)
    • Examples
    • Scaling factor (G72)
    • Probing (G75)
    • Single-block treatment. ON (G47), OFF (G48)
  • Chapter 7 TOOL COMPENSATION
    • Select and initiate tool radius compensation (G41, G42)
    • Operation with too radius compensation
    • Temporary tool radius cancellation with G00
    • Cancellation of tool radius compensation (G40)
  • Chapter 8 MACHINING CANNED CYCLES
    • Turning canned cycle (G67 N0)
    • Facing canned cycle (G67 N1)
    • Taper turning canned cycle (G67 N2)
    • Threadcutting canned cycle (G67 N3)
    • Rounding canned cycle (G67 N4)
    • Grooving canned cycle (G67 N5)
    • Multiple drilling canned cycle (G67 N6)
    • Simple drilling canned cycle / tapping canned cycle (G67 N7)
    • Slot milling canned cycle (G67 N8)
    • Pattern repeating canned cycle (G66)
    • Stock removal canned cycle along X (G68)
    • Stock removal canned cycle along Z (G69)
    • Turning canned cycle with straight sections (G81)
    • Facing canned cycle with straight sections (G82)
    • Turning canned cycle with curved sections (G84)
    • Facing canned cycle with curved sections (G85)
    • Longitudinal threadcutting canned cycle (G86)
  • Chapter 9 SUBROUTINES
    • Special program P99994 for user subroutines
    • Identification of a standard subroutine (G22)
    • Calling a standard subroutine (G20)
    • Identification of a parametric subroutine (G23)
    • Calling a parametric subroutine (G21)
    • Nesting levels
  • Chapter 10 PARAMETRIC PROGRAMMING
    • Assignments
    • Operators “F1 through F16″
    • Operators “F17 through F29″
    • Binary operators “F30 through F33″
    • Operator “F36″
    • Conditional jump functions (G26, G27, G28, G29)
  • PROGRAMMING EXAMPLE
  • ERROR CODES

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