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Machining Technologies
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Turning
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Milling
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Drilling
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Grinding
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Nibbling, shape cutting
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Reforming
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Axis control
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Default number of axes
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8 ●
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Max. number of axes
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8 ●
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Max. number of spindles thereof
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2 ●
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Default number of independent channels
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2 ●
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Max. number of independent channels
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2 ●
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Default number of interpolating axes per channel
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4 ●
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Max. number of interpolating axes per channel
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4 ●
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Linear axes
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Circular axes
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Endlessly turning rotary axis
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Hirth axes
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Spindel/C axis change-over
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Max. number of gantry groups per channel
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4 ◯ ²) ⁶)
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Cross-channel axis transfer
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Cam
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Spindle coupling over electr. gears
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◯ ⁷)
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Software limit switch
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Master axis synchronisation
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◯ ¹) ²)
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Axis-specific jerk limitation
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Integrated safety technology according to EN ISO 13849-1 Cat. 3 PL e and EN 62061 SIL 2 (safe stop, safe reduced speed)
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▢
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Interpolation functions
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Linear interpolation
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Linear interpolation with/without exact halt before NC block transition
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Circular interpolation with radius and center-point programming, helical interpolation
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Circular interpolation with tangental entrance
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Threading drill without compensating chuck
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◯ ¹) ⁶)
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Threading cutter
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◯ ¹)
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Cylinder surface transformation
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◯ ¹) ⁶)
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C-axis transformation
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◯ ¹)
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NC block preview, look-ahead
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Max. 1000 blocks ●
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Spline interpolation, C1 + C2, continuous cubic splines, B-splines, NURBS
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◯ ¹) ²)
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Nanometer resolution
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Feed function
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Feed in mm/min or inch/min
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Time programming
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Feed per rotation
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Constant cutting speed
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◯ ¹)
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Travel to dead stop
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Torque reduction
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Shifts and Corrections
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Mirroring, scaling, turning
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Zero shift
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Corrections and zero shift programmable using CPL
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Placements (Frames)
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◯ ³)
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2D compensation
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Course correction with level switch
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Tangential tool guidance
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Tool maintenance
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Integrated, flexible tool management
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Configurable tool database
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Freely definable tool compensation (length, radius, cutting position compensation, user data)
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Additive tool compensations (D compensations)
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Access to tool data from the PLC
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Access to tool data from the CNC
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CNC programming
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Creation of parts program (DIN ISO 66025, RS 274)
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High level language programming, CPL (Customer Programming Language)
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Graphical NC simulation
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◯ ⁴) ⁵)
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CNC user memory
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MB
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256
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Static memory
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MB
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8
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Max. size of parts program
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PC hard disk (network file system) ●
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CompactFlash data memory
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Technology cycles
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Turning
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Milling
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Drilling
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Functions
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Dwell time in seconds
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Excelleration programming, KV-programming
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Homing via NC-program
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Absolute dimention, relative dimention
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Change-over inch/mm
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Sensor input, static/flying measurement
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Read process and drive data through sercos
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Rounding and milling
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Corner rounding with splines
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Laser power controler
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Digitalisation
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NC-block specification from PLC
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Support for control elements
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Configurable operator screens
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■
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Cycle-header/input support OEM-cycles
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■
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Block lead/block search run
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Dry run
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Departure and NC-block restart on the contour
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Retrace function: Reversing over the contour
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PLC programming
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Integrated PLC: IndraLogic
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Programming languages according to IEC 61131-3 (IL, ID, CFC, ST, SFC, FBD)
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PLC program memory
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MB
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8
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Number of local/on-board I/Os
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8 / 8 ●
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Max. number of local/on-board I/Os
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512 / 512 ○
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Number of high-speed inputs/outputs
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8 / 8 ●
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Number of field bus inputs/outputs in bytes
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8,192 / 8,192
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Multitasking
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Max. number of PLC tasks
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16
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Diagnosis and start-up tool
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Integrated, cross-system IndraWorks engineering framework
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Indication and error message in clear text
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Integrated project planning for drives
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Drive oszilloscope
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Integrated PLC project planning
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Logic analyser
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Circle form test
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NC analyzer
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Action recorder IndraMotion MTX acr
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○
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Cycle tima analyzer IndraMotion MTX cta
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○
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Energy analyzer IndraMotion MTX ega
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○
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Remote condition monitoring system IndraMotion MTX rcm
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○
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Remote diagnosis I-Remote
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○
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IndraMotion MTX micro Trainer
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○
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IndraWorks view 3D
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○
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IndraWorks machine simulator
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○
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Open architecture
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Configurable user interface with all standard functions
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User-specific operator screens
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Adaption and integration over standardized interfaces (OPC-UA, XML, ActiveX, NET)
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