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• NCT104 CNC control
• For machine tools up to 8 servo axis + 2 spindles
• Lathe or Milling/Machining center versions

• 15" TFT color display,
• Alphanumerical keyboard,
• Enhanced machine control panel,
• CAN BUS between operator's panels and central electronics,
• Up to 224 inputs and 128 outputs (56 input, 32 output in base version),
• Up to 8 servo axis + 2 spindles (4 servo axis in base version),
• 16 MB memory for programs,
• 2 ms cycle-time.
• Display communication is in English, German, Hungarian, Russian language.
• The control system also enables these graphical possibilities:
• Program debugging and simulation in 3 axis with zoom function.
• Actual program is listed on the screen and the actual order is signed over the program running.
• The control system provides RS 232C communication,
• Ballscrew error correction,
• Subroutine technique,
• Parameter technique,
• Macro language,
• Geometric transformations,
• Fillet and chamfer programming,
• Interference watching,
• Compact program storage.
• The user is able to rewrite the data after sentence searching,
• Interrupt and suspending the program,
• Continuing the program by selected way.
• There is also DNC channel, and there is a possibility of receiving CAD/CAM data.

There is a possibility to attach:

• Up to 224 inputs and 128 outputs,
• Up to 8 servo axis and 2 spindles,
• Handwheel internal or external,
• Touchprobe for measuring and digitalizing,
• FEW unit with 30 GByte winchester, Ethernet, USB interface.

G code lathe/milling:

G00 Positioning
G01 Linear interpolation
G02 Circular, helical interpolation, clockwise
G03 Circular, helical interpolation, counter-clockwise
G04 Dwell
G05.1 Multi-buffer mode on
G07.1 Cylindrical interpolation
G09 Exact stop in the given block
G10 Programmed data setting
G11 Programmed data setting cancel
G12.1 Polar coordinate interpolation on
G13.1 Polarc coordinate interpolation off
G15 Polar coordinate command cancel
G16 Polar coordinate command
G17 Selection of XpYp plane
G18 Selection of ZpXp plane
G19 Selection of YpZp plane
G20 Inch input
G21 Metric input
G22 Programable stroke check function on
G23 Programable stroke check function off
G25 Spindle speed fluctuation detection off
G26 Spindle speed fluctuation detection on
G28 Programmed reference-point return
G29 Return from reference point
G30 Return to the 1st, 2nd, 3rd and 4th reference point
G31 Skip function
G33 Thread cutting
G37 Automatic tool-length measurement
G37 Automatic tool-length measurement
G38 Cutter compensation vector hold
G39 Cutter compensation corner arc
G40 Cutter radius/3 dimensional tool compensation cancel
G41 Cutter radius compensation left/3 dimensional tool compensation
G42 Cutter radius compensation right
G43 Tool length compensation +
G44 Tool length compensation –
G45 Tool offset increase
G46 Tool offset decrease
G47 Tool offset double increase
G48 Tool offset double decrease
G49 Tool length compensation cancel
G50 Scaling cancel
G51 Scaling
G50.1 Programable mirror image cancel
G51.1 Programable mirror image
G52 Local coordinate system setting
G53 Positioning in the machine coordinate system
G54 Work coordinate system 1 selection
G55 Work coordinate system 2 selection
G56 Work coordinate system 3 selection
G57 Work coordinate system 4 selection
G58 Work coordinate system 5 selection
G59 Work coordinate system 6 selection
G61 Exact stop mode
G62 Automatic corner override mode
G63 Override inhibit
G64 Continuous cutting
G65 Simple macro call
G66 Macro modal call (A) in every motion command
G66.1 Macro modal (B) call from each block
G67 Macro modal call (A/B) cancel
G68 Coordinate system rotation
G69 Coordinate system rotation cancel
G73 High Speed Peck Drilling Cycle
G74 Counter tapping cycle
G76 Fine boring cycle
G80 Canned cycle cancel
G81 Drilling, spot boring cycle
G82 Drilling, counter boring cycle
G83 Peck drilling cycle
G84 Tapping cycle
G84.2 Rigid tap cycle
G84.3 Rigid counter tap cycle
G85 Boring cycle
G86 Boring Cycle Tool Retraction with Rapid Traverse
G87 Boring Cycle/Back Boring Cycle
G88 Boring Cycle (Manual Operation on the Bottom Point)
G89 Boring Cycle (Dwell on the Bottom Point, Retraction with Feed)
G90 Absolute command
G91 Incremental command
G92 Work coordinates change/maximum spindle speed setting
G94 Feed per minute
G95 Feed per revolution
G96 Constant surface speed control
G97 Constant surface speed control cancel
G98 Canned cycle initial level return
G99 Canned cycle R point level return

Macro instruction

Arithmetic operations

Single-operand minus: #i = – #j
Arithmetic negation: #i = NOT #j
Addition: #i = #j + #k
Subtraction: #i = #j – #k
Logical sum, or: #i = #j OR #k
Exclusive or: #i = #j XOR #k
Multiplication: #i = #j * #k
Division: #i = #j / #k
Remainder: #i = #j MOD #k
Logical And: i# = #j AND #k

Unconditional Divergence: GOTOn
Conditional Divergence: IF[]GOTOn
Conditional Instruction: IF[]THEN Iteration: WHILE[]DO[]...END[]
Logical Operations

equal to: #i EQ #j
not equal to: #i NE #j
greater than: #i GT #j
less than: #i LT #j
greater than or equal to: #i GE #j
less than or equal to: #i LE #j

Data Output Commands

Opening a peripheral: POPENn
Binary data output: BPRNT[...]
Decimal data output: DPRNT[...]
Closing a peripheral: PCLOSn
Functions

Square root: #i = SQRT #j
Sine: #i = SIN #j
Cosine: #i = COS #j
Tangent: #i = TAN #j
Arc sine: #i = ASIN #j
Arc cosine: #i = ACOS #j
Arc tangent: #i = ATAN #j
Exponent with base e: #i = EXP #j
Logarithm natural: #i = LN #j
Absolute value: #i = ABS #j
Conversion from BIN into BCD: #i = BCD #j
Conversion from BCD into BIN: #i = BIN #j
Discard fract. less than 1: #i = FIX #j
Add 1 for fract. less than 1: #i = FUP #j

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