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General| Type | CNC Controller |
|---|---|
| Model | 8055i FL EN |
| Display Type | LCD |
| Power Supply | 24 VDC |
| Manufacturer | Fagor |
| Display Size | 10.4 inches |
| Programming Language | ISO |
| Interpolation | Linear, Circular |
| Communication Interfaces | RS-232, Ethernet, USB |
| PLC | Integrated |
Details the alphanumeric and command keys, including specific TC model keys.
Explains TC mode features, power-up, and managing the CYCLE START key.
Table comparing characteristics of different CNC models.
Lists available hardware options for the 8055i CNC.
Information on where to find the CNC's declaration of conformity.
Information on where to find the CNC's warranty conditions.
Details features added in software version V01.00.
Details features added in software version V01.20.
Details features added in software version V01.08.
Details features added in software version V01.30.
Details features added in software version V01.31.
Details features added in software version V01.40.
Details features added in software version V01.60.
Details features added in software version V01.65.
Details features added in software version V02.00.
Details features added in software version V02.03.
Details features added in software version V02.10.
Details features added in software version V02.21.
Details features added in software version V02.22.
Safety measures to prevent personal injury when operating the unit.
Guidelines to prevent damage to the CNC unit and connected equipment.
Details on electrical protections for the 8055 unit.
Details on electrical protections for the 8055i unit.
Important precautions to follow during repair procedures.
Explains common safety symbols used in the manual.
Lists and describes various manuals available for Fagor CNC systems.
Details the alphanumeric and command keys, including specific TC model keys.
Explains TC mode features, reserved programs (P999997, P999998), and subroutines.
Describes the CNC power-up sequence and initial screen display.
Details using the TC keyboard in T mode with alphanumeric keys.
Explains how to clear the CRT screen and restore the image.
Discusses the behavior of the CYCLE START key in TC mode.
Introduces the Jog mode and standard TC screen.
Detailed breakdown of the data displayed on the standard TC mode screen.
How to display active PLC messages on the CNC screen.
Method to access the oscilloscope function from the standard screen.
Explains the data presented on the special TC mode screen.
Process for selecting a program for simulation or execution.
Covers work units, coordinate preset, and axis feedrate management.
Methods for homing all axes or a single axis.
Details on managing and editing the zero offset table.
Details different methods of moving the machine axes.
How to move an axis to a specific coordinate.
Procedure for incremental axis movement using JOG positions.
Explains continuous jog movement with feedrate override.
Details the path-jog mode for simultaneous axis movement.
Describes how the CNC behaves in path-jog mode.
Notes on jog movement behavior and limitations.
How to govern machine movements using an electronic handwheel.
Using handwheels to control machining feedrate.
Details the path-handwheel mode for simultaneous axis movement.
Information displayed on the standard screen for tool control.
Explains options for automatic and manual tool changers.
Feature to define the tool change point dynamically.
Overview of tool calibration modes and levels.
Procedure to define tool data in the tool table.
Steps for manual tool calibration with or without a probe.
Tool calibration using probing cycles with Y axis.
Probe calibration level for table-top probes.
Manual tool calibration on a lathe without stopping the spindle.
Information and considerations for using a live tool.
Overview of spindle data displayed in TC mode.
Details on spindle speed and status in RPM mode.
Spindle control for constant surface speed (CSS) mode.
Spindle control and information for spindle orientation mode.
How to activate and deactivate external devices via keyboard.
Accessing MDI or ISO modes and displaying last MDI instructions.
How to access and use user-defined cycles.
Selection of standard machining operations and cycles.
Interface for defining operation parameters like geometry and conditions.
Setting spindle work mode, range, speed, and turning direction.
Defining roughing and finishing conditions like feedrate, tool, and stock.
Selecting turning or facing direction for machining.
Setting up auxiliary M functions for roughing and finishing.
Navigating through different editing levels for cycles.
How to simulate or execute operations/cycles and switch modes.
Editing operations or cycles in the background during program execution.
Defines positioning cycles, including data for Level 1 and Level 2.
Defining data for positioning cycles: axis movement order, feedrate, coordinates, and M functions.
Details turning cycles, including levels 1 and 2.
Describes levels 3 (rectangular pocket) and 4 (circular pocket) for turning.
Details level 5 for ZC/YZ profile pockets.
Defining data for turning operations (type, coordinates, diameter, safety).
Selecting corner machining types (square, rounded, chamfered).
Defining finishing stock values for X and Z axes.
Defining data for levels 3, 4, and 5 of turning cycles (pockets, profiles).
Explains the basic machining steps for turning levels 1 and 2.
Details facing cycles, including levels 1 and 2.
Describes facing levels 3 (rectangular pocket) and 4 (circular pocket).
Details level 5 for XC/XY profile cycles.
Defining data for facing operations (coordinates, diameter, corner type, safety).
Defining data for facing levels 3, 4, and 5 (pockets, profiles).
Explains the basic machining steps for facing levels 1 and 2.
Details taper turning cycles, including levels 1, 2, and 3.
Selecting the type of taper turning operation.
Defining the shape of the part before and after the taper.
Selecting the work quadrant for taper turning.
Defining coordinates for theoretical corner, start, and end points.
Setting safety distance to prevent collisions.
Selecting turning or facing direction for machining.
Explains the basic machining steps for taper turning.
Details rounding cycles, including levels 1 and 2.
Selecting the type of rounding (inside, outside).
Defining concave or convex rounding types.
Defining part shape before and after rounding.
Selecting the work quadrant for rounding.
Defining coordinates for theoretical corner, start, and end points.
Setting safety distance to prevent collisions.
Selecting turning or facing direction for machining.
Defining finishing stock values for X and Z axes.
Explains the basic machining steps for rounding cycles.
Details threading cycles, including levels 1 (longitudinal) and 2 (taper).
Details face threading cycle.
Details thread repair cycle.
Details threading cycles with multiple entries.
Defines geometry for tapping and threading types.
Lists and describes available standard thread types.
Defines thread pitch, type, increment, distance to end, and safety.
Setting spindle angular position for threading.
Defining penetration depth for successive threading passes.
Selecting tool penetration method (radial, zig-zag).
Procedures for partial, multi-start, and face thread repair.
Increasing thread repair depth using the 'h' parameter.
Feature for reversing start/end points in face thread repair.
Lists and describes available standard thread types.
Details grooving cycles, including levels 1, 2, and 3.
Face grooving with incline walls.
Details the cut-off cycle.
Calibrating the grooving tool using location codes.
Defining geometry for grooving types, coordinates, and angles.
Selecting corner machining types for grooving.
Setting safety distance to prevent collisions.
Selecting roughing pass type (start point, penetration, zig-zag).
Defining finishing pass type and groove repetition.
Defining intermediate diameter and feedrate for cut-off.
Explains the basic machining steps for grooving cycles.
Explains the basic machining steps for the cut-off cycle.
Introduces drilling and tapping cycles.
Details multiple drilling cycle.
Details multiple threading cycle.
Details multiple slot milling cycle.
Defines machining face/side, coordinates, depth, withdrawal, angles, and operations.
Setting the penetrating feedrate for drilling/tapping.
Setting safety distance to prevent collisions.
Explains the basic machining steps for a drilling cycle.
Explains the basic machining steps for a tapping cycle.
Explains basic steps for multiple drilling.
Explains basic steps for multiple threading.
Explains basic steps for multiple slot milling.
Introduces profiling cycles and different levels.
Defining profile points and coordinates for level 1.
Defining profile programs and editing existing ones for levels 2-4.
Optimizing profile machining by defining rough and final profiles.
Defining geometry for ZX profiles, including outside/inside profiles and machining types.
Defining starting point coordinates for ZX profile.
Setting safety distance for ZX profile.
Defining withdrawal distance after each pass.
Defining geometry for XC/ZC profiles, including radius, spindle angle, depth, feedrate.
Explains basic steps for ZX profile operations (levels 1 and 2).
Explains basic steps for XC/ZC profile operations (levels 3 and 4).
Practical example for level 1 profile definition.
Practical example for level 2 profile definition.
Defining coordinates for the profile example.
Setting safety distance for the profile example.
Using profiling cycles with Y axis, including YZ and XY planes.
Tool calibration levels for managing the Y axis.
Tool calibration using probing cycles with Y axis.
Probe calibration process for Y axis.
Overview of available editing levels in ISO mode.
Procedures for simulating, executing, and saving ISO cycles.
Screen and procedure for editing program blocks in ISO mode.
Covers zero offsets, work zones, and label repetitions.
Options for applying or canceling mirror image.
Applying or canceling scaling factors.
Covers listing, viewing, creating, saving, deleting, copying, and modifying part-programs.
Displays the list of saved programs and cycles.
Viewing the contents of a selected part-program.
Viewing details of a specific operation within a program.
Procedure for creating and editing a new part-program.
Adding ISO blocks or cycles to existing part-programs.
Steps to delete a part-program from the CNC.
Process for copying part-programs.
Overview of modifying part-programs, including operations.
Procedure to delete an operation from a part-program.
Adding or inserting new operations into part-programs.
Rearranging operations within a part-program.
Steps to modify data of an existing operation.
Using the Explorer interface for program management.
How to select programs for simulation or execution.
Steps to simulate or execute operations and cycles.
Procedures for simulating or executing entire part-programs.
Simulating or executing specific parts of a part-program.
Simulating or executing saved operations from part-programs.
Details on the execution mode and its screens.
Procedures for tool inspection, including moving axes, selecting tools, and modifying values.
Using the graphics display for simulation and representation.
Adjusting simulation speed, tool path colors, and solid colors.
Clearing the graphics screen.
Initiating a graphic simulation.
Generating ISO-coded programs from conversational mode.
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