Basic technical specification

Hardware

Mainboard DUAL ATX, two processors INTEL PENTIUM III
UNITS SU05 for 4 axis control, up to 16 axis
Inputs/outputs - external serial peripheral INOUT07 with fast reaction option, max. 320 digital inputs, 256 digital outputs and 112 matrix inputs
Analog inputs AINP02 for 6 potentiometers or 3 differential analog inputs
"Backup" memory - HARD DISC, FLASH DISC (e.g. 20Gbyte)
LAN card for ETHERNET connection, protocols IPX/SPX, TCP/IP, FTP
Diskette unit (mainly for service purposes)
Optionally CAN-BUS for PLC and drives control
Optionally using a SLM technology for drives control
Optionally touch probe connection

Linear Interpolation in 6 axis, joint interpolation in machine layers, spiral
Spindle control including position feedback
Optional connection of control panel with indication, knob and axis control
independent trajectory shifting via knob during movement (SHIFT)
Copy from original, two groups of dragged axis
Thread cutting with entry and taking out options
Tabular nonlinear corrections for both directions with dependence definition, 3D nonlinear corrections, dynamic clearance
Automatic system adjusting for coded rulers
Plane and 3D transformation of coordinate system
Constant cutting velocity
Servoloop timing period 1ms, Interpolator timing period 1ms
Fast reference forms
Parabolic velocity response (acceleration growth limit), resonance elimination
Servoloop frequency band filter for resonance elimination
Adjusting of servoloops for high speed machining (feedforward,..)
Measuring checking (pulse phase, checking counter, differential counter, cable interruption and cable short circuit)
Optionally connecting of analog inputs for example for pots connection
Possibility of using temperature compensation

Dynamic speed control with a next block analyzing ( maximum envelope speed 500 blocks)
Parabolic speed control in continuous movement for resonance elimination
Position control deviation compensation for accuracy attainment
Dynamic criteria for overload checking and centrifugal acceleration
Accuracy criteria for speed restriction checks a deviation from ideal trajectory
A minimal duration of a block for continuous speed establishment is 4ms

A length of a partprogram is not restricted and depends on memory capacity only
Coordinate recalculation -origins, mirroring and scale
Radius corrections with equidistant optimizing with possibility of circle insertion
A graphic view and a graphic tracing of a machining trajectory with zoom possibility
A storage oscilloscope for tracing of 12 optional channels
Optional connection to DNC network MEFI together with TRANS adapters
As a standard is a connection to the computer network ( IPX/SPX, TCP/IP, FTP)
Possibility of programming in dialogue graphic
The system language: Czech, German, English, Polish, Hungary, Russian and French
A set of diagnostic displays for checking of all peripherals etc.
Information about system time utilization during program run

A length of a PLC program is 1MByte of machine code (max.16 modules)
Possibility of using Technological tables for tool handling in PLC program
Possibility of programming logical sequential modules.
Control and settings of drive controller parameters
Position feedback control for rotating coordinates
Possibility of value setting of NC tables and parameters per PLC
Possibility of manual Input/Output control from system panel
Possibility of creation user PLC screens and MENU structures with dialog based value settings
Possibility of using 6 position modules in the PLC program
Possibility of external control of manual movements from PLC
System control from PLC program per key sequence and format setting
Possibility of keys defining for various PLC program functions
Possibility of switching of the system to indication mode