Transcript Document 7222195
CNC
S4060D
The top of the range of CNC Selca for high speed and TCPM on 5 axis
S4060D
3.000 blocs/sec. in execution 512 blocs look ahead 20 axis controlled 8 axis interpolated 1 ÷ 5 msec check time Color Display TFT with touch screen of 15” / 17” Hard Disk, Floppy Disk, CD ROM integrated Maximum level of programming on board machine Advanced TCPM for 5 or more axis Software High Speed Milling
CNC
S4045PD
Speed of execution, maximum level of programming and TCPM on 4 axis
S4045PD
1.500 blocs/sec. in execution 256 blocs look ahead 20 axis controlled 8 axis interpolated
2,5 ÷
Color Display TFT with touch screen of 12” / 17” Hard Disk and Floppy Disk integrated Maximum level of programming on board machine Advances TCPM 4th axes Software High Speed Milling
CNC
S4045D
The Numerical Control for the moulder
S4045D
500 blocs/sec. in execution 256 blocs look ahead 20 axis controlled 8 axis interpolated
2,5 ÷ 5 msec check time Color Display TFT WITH touch screen of 12” / 17” Hard Disk and Floppy Disk integrated Maximum level of programming on board machine Software High Speed Milling
CNC
S4040D
Quality and performances to competitive prices
CNC S4040D
500 blocs/sec. in execution 256 blocs look ahead 20 axis controlled 3 + 1 axis interpolated
2,5 ÷ 5 msec check time Color Display TFT with touch screen of 12” / 17” Hard Disk and Floppy Disk integrated ISO Programming, PARAMETRIC, PROGET Level 1 Software High Speed Milling
5 MANAGEMENT ENVIRONMENT: MACHINE TOOL PROGRAMMING TABLES UTILITY PLC
MACHINE TOOL
PROGRAMMING
TABLES
UTILITY
PLC
Planetary Milling
The points of force of the CNC S4000: Double Windows NT CPU: Motorola for the Control of the machine, Intel Pentium for the interface 500/3000 blocs/sec 20 axis controlled Look ahead to 512 blocks Touch screen Interface for the mouse USB for audio/video Floppy Disk Hard Disk CD ROM (option) Joy Stick (option) illuminated Keyboard (option) G733: Function for the High Speed Milling characterized from a series of parameters sets up in function of the characteristics of the machine tool. It allows to optimize the relationship between the quality of finish and the time of working Course of use and Programming of 3 types: Run Course Base Advanced Personalized
NEWS INTRODUCED IN 2004: PROG4000 Simulator for programming CNC S4000 on personal computer module CAM 2,5D for CNC S4000 CNC S4060D SelCAM2D : PGI Speed and power for milling of complex shapes Interactive Graphic Programming New algorithms TCPM 5 axis Spindle motors SDS13 Conversational Programming
PROG4000 is connected to a USB of the PC and concurs to create programs CNC, to modify them and to verify of the operation with the help of all the instruments, and the levels of programming available on the Numerical Controls S4000
Conversational Programming It helps the operator to program complex cycles through a menu of softkey many articulate and graphical visualizations of the selectable operations, that they guide step by step in the definition of all the necessary or optional parameters.
This level of programming is based on an advanced and powerful graphical language to interactive panels and allows to operate through menu of guide, simplifying all the operations of input of the data and definition of the necessary parameters to the creation of a program CNC CONVERSATIONAL PROGRAMMING can be used in 3 various modalities: - MENU OF GUIDE - G FUNCTIONS: panels of programming called through the G codes Selca eventually order to you for families - PROGET 2: softkey that they recall the specific panels of the language Proget2 Selca
PGI Interactive Graphic Programming One new frontier in programming CNC
The PGI simplifies all the necessary operations to the creation of a program CNC through a series of interactive panels that they concur to define and to group more workings, which as an example flattening, fixed cycles, pockets, buttonholes, etc... under shape of an only program visualized with the characteristic structure to “tree of the workings”
SelCAM : module CAM for CNC S4000, installed also on external PC
The SelCAM3D is a module CAM, powerful and flexible, purposely studied for the realization of moulds. It conciliates the requirements of the traditional moulder with the last evolutions software of planning 3D of the moulds It concurs of: 1) To import from other systems CAD or CAM the surface in format IGES and STL; 2) Choose which working strategy to use; 3) Generate the graphical tool path; 4) Visualize and to verify in the CNC the generated tool path.
The SelCAM2D concurs to import and to manage the bidimensional profiles in DXF format generates from a system CAD. It offers a large series of specific functionalities on the profiles imported and in particular it is able to managing and recognizing directly the Layer, concurring to exclude the particulars that doesn’t to be machined in the working
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The possible workings are: Working of curves for roughing of profiled pockets with eventual internal islands. Working of curves for contouring, with different penetration strategies. Fixed cycles of Selca (centering, deep drilling with chip discharge, tapping, reaming, boring, etc...) applies to holes imported like selectable circles and for diameter or color (on different layers). Creation of surfaces through 2D curves imported in plan, with possibility of definition of tappered angles, for roughing or contouring workings. Module of writing characters, based on the present characters True Type in Windows.
Module of verification and simulation of the tool path generated with animation, for every single working
SelDXF : converter dxf for profiles 2D generated from systems CAD
The SelDXF is the most useful instrument that it concurs to convert one or more bidimensional profiles generates from the CAD in interpretable language from the CNC S4000. The conversion of the profile can happen in 2 forms: ISO and ASCII
Spindle motors SDS13 The new series is placed side by side already asserted series SDS10 and offers motors from 15 to 24 kw of continue power S1 with the maximum speed 10000 rpm Contained dimensions and weights, optimal regularity of spin, rigid and compact construction, absence of vibrations and great reliability.