Category:Instrument Question: wire cutting technology entry Answer: w the first part: YH Line cutting control system manual 1, System Introduction YH wire cutting control system is the use of advanced computer graphics and numerical control technology, set control, programming as one of the brisk walking thread cutting highlevel programming control systems! YH system has the following characteristics: " upper and lower shaped face, big taper workpiece! #aper cutting up to $% & '( )* & gradient+ can be arbitrarily variable cone cutting, and cutoff point with the guide pulley offset the realtime compensation, in theory, compensate for accuracy is up to um! " -ual./0 architecture, architecture, programming control of the integration, processing can be programmed on the same plane! " -ischarge status waveform display, automatic tracking without freuency ad2ustment! " control of the international standard IS3 code! processing path " realtime tracking shows that the workpiece contour threedimensional modeling! " uniue screen console mode, all operations are achieved with the mouse for easy and intuitive 'can be configured multimedia touchscreen+! touchscreen+! " field data memory power failure, power restored, no maintenance! " coupled with the domestic firstclassstyle wire cutting YH graphics programming system!
4, the system according to installation and start '1+ hardware, according to the basic hardware installation " 5nvironmental )6 or above I78 /. or compatible, single or dual floppy drive, 9; color monitor 'or 9; single significant+, )8 or more memory, mouse '830S5 SYS#58 pattern+ " 5lectronic order matching and control panel installed system by three circuit boards: electronic disk, the main control board and the optocoupler optocoupler interface board! electronic disk, the master board, interface board plugged into a separate e
;8 disk! '#he harddrive system, drive letter changed after the order+ ?arning: 5disk are not free to rub written documents, but can not save data to an electronic disk, otherwise the system may cause paralysis! paralysis! '@+ YH system startup system boots, the YH system interface automatically! automatically!
Aote: '1+ If the systematic longterm need, or circuit boards, chip plug, the startup screen will appear the following prompt: >;8 -ISB 5>>3> =IA-5-CC -3 Y30 ?;A# #3 >5S5# #H5 -ISB ';LL -;#; IA >;8 ?ILL L3S#+D 'Y E A+ ;t this point, 2ust press FYG button, the system can automatically be restored! '4+ mouse button on the leftmost named for the command keys! '@+ described in this manual to take the cursor point is: 3peration mouse, so that the onscreen cursor to the specified location, and then click the command button! =igure 1 Y H control of the screen into the system, the screen displayed on the cover of the main screen, the system of relations and entry conditions of the screen shown in =igure 4! @, the control screen -escription: the operation of the system all the buttons, status, graphical display all in the screen to achieve! ; variety of operation commands can be used to complete the mouse or the corresponding buttons! 8ouse operation, mobile mouse, so that the arrow on the screen like the screen cursor pointing to the selected button or position and then click the left mouse button! #he following notes refer to where the light punctuation to take the mouse operation! Aow a variety of screen control functions described below 'see =igure 1+! -isplay ?indowJ #he neL P Q keys processing singlestage processing Simulation 'validation+ cursor to select backoff 'manual+ window switch window switch flag logo position ' right, the fi
machine parameter screen set up back -3S =ile menu 5L P Q keys =igure 4 Schematic diagram of the screen functional shift electrical switch stateJ the right of a status symbol in the motor signs 3A 'red+ or 3== 'yellow+! 3A state, said the electric power lock 'feed+ 3== state of the release of the motor! >un out of punctuation marks can be changed to take the motor state 'or numeric keypad of the FHomeG button+! highfreuency switch stateJ in the pulseshape icons on the right are high freuency voltage of directional signs! 3A 'red+, said highfreuency open, 3== 'yellow+, said highfreuency closed run out of punctuation marks can be changed to take the highfreuency state 'or the numeric keypad area F/g0pG key+! In the highfreuency open state, the gapvoltage direct shows gap voltage waveform! #able 2og buttonJ screen right down the middle are left to the four arrow buttons can be used to control the machine tool standard 2og run! 5ach point move, the machine can run a few steps to the first set 'see /referencesM section+! In the motor for the 3A state, the point of taking more than four buttons, can control the machine tool table of the point of moving operation the upper and lower left represent the four directions P Y E P 9, YE9, RE0, P R E P 0! R ─ Y or 0 ─ 9 shaft selection can be set ' /referencesM section+! origin IAI#J run out of punctuation check the button 'or press the FIG key+ to enter back to the origin function! If the motor for the 3A state, the system will control the wire frame back to the nearest processing point 'including the 0 ─ 9 coordinates+, return to take the shortest path if the motor for the 3== state, the cursor return to the origin of coordinate system, graphics redrawn! /rocessing ?3>BJ run out of punctuation check the button 'or press the F?G key+ into the processing mode 'automatic+! =irst of all open automatically motor and highfreuency power, and then interpolation processing! pause S#3/J run out of punctuation to take the button 'or press the F/G key or the numeric keypad area of the F-elG key+, the system will suspend the current functions 'such as processing, singlestage, control, positioning, back to back+ ! >eset >5S5#J run out of punctuation check the button 'or press F>G button+ will terminate the current all the work, clear the data, close the highfreuency and motor 'Aote: #he processing state, the reset function is invalid+! Singlestage S#5/J run out of punctuation check the button 'or press the FSG key+, the system automatically open motor, high freuency, enter the working state interpolation processing to the current code segment at the end of auto stop running, turn off highfreuency ! .heck #5S#J run out of punctuation check the button 'or press the F#G key+, the system to run interpolation step, if the motor in the 3A state, machine e;?J run out of punctuation check the button 'or press the F-G key+, the system in order to run the current effective interpolation code indicating the window draw the tra2ectory of its operation if motor for the 3A state, machine e
the system may go against the center, scheduled to face action! read the disks L3;-J run out of punctuation check the button 'or press the FLG key+, read into the data disk or @7 on the IS3 code files, fast draw graphics! rollback 7;.BJ run out of punctuation check the button 'or press the F7G button+, the system for back to back runs to the current segment when the back end stops if press the button to continue to retreat back to the previous paragraph! #his feature does not automatically open the motor and high freuency can be set in advance as reuired by the user! tracking regulatorJ is used to ad2ust the regulator to track the speed and stability of the middle of the red pointer regulator, said the sie of ;d2ustment 表针 shift to the left to track the strengthening of 'acceleration+, the right move for the track weakened 'deceleration+! Instruction sheet on both sides there are two buttons, FPG button 'or F5ndG key+ to accelerate, FG button 'or F/g-nG key+ to slow down regulator at the top of the 5nglish alphabet T37 S/55- E S said that the back of digital processing of instantaneous speed of the unit as follows: the number of steps E sec! segment number is displayedJ here to display the current code segment for processing numbers, can also be used to take the cursor point where, in the popup screen, keypad, type need to be removed from paragraph numbers! 'Aote: #he taper cutting, we can not arbitrarily set the paragraph numbers+ partial viewing windowJ #he button 'or =1 key, see =igure )+ can be in the display window at the top left open a local window, which will show the current ten times larger interpolation tra2ectory repress the button, the partially closed window! graphical display ad2ustment buttonJ #his button has a dual function 'see =igure )+, in the graphics state, followed by its function: FPG or the =4 key to oom 1!4 times FG or the =@ key graphics narrow %!6fold F←G graphic to the left or the =) key to move 4% units F→G graphic to the right or the =* key to move 4% units F↑G or the = key to move up 4% units of graphics U <<L P FQG to return to -3S state+ and other operations, shall not affect the control system itself! ), the operation instance: 1 " read into the code files code files will be kept 'in the programming through the code stored Save+ data set 'available random disc+ into drive ;, press >ead -iskJ button, select the
IS3 code, the screen appears on the data plate on the IS3 code for the file name all the parameters window, the ;rrow cursor to the selected file name 'for e
key and click the processingM button to resume processing! * " machining process parameters displayed " .oordinate ─ ─ bottom of the screen display processing RY09 absolute coordinates! display window with the cursor select the display to switch YHJ flag 'or F=1%K key+, display window showing the program segment relative coordinates! " ─ ─ partial trace tra2ectories show display window according to the bottom of XJ button 'or F=1K key+, the screen appeared an enlarged window, the window dynamically displays the current track the tra2ectory! >emortgage XJ button, the local window disappears! " ─ ─ gap voltage observed for the gap voltage of the top right of the screen display window, there are two eual portions on both sides of the window line '1% cells+, the lower is yellow, its height is set shortcircuit voltage value 'this value can be based on the actual high freuency and machine parameter settings+! " processing speed tracking regulator ─ ─ displayed at the top speed of machine tools, realtime interpolation 'available only RYa
simulateJ button 'or F-G key+, that is, into the simulation check status! bottom of the screen shows the current interpolation of the RY, 09 coordinates 'absolute coordinates+, if the need to observe the relative coordinates of the cursor point can be used to take the upper right corner of the display window -isplay Switch logoJ 'or F=1%K key+, system will be large fonts to display the current interpolation relative coordinates, showing the bottom of the window shows the current interpolation code and section number! in the graphical display mode 'point to take -isplay Switch logoJ, can be alternately in the graphics E display relative coordinates+ of display ad2ustment button to take a partial observation of the leftmost button 'or F=1K key+, you can display the window upperleft corner to open a local observation window, watching the window screen enlarging tenfold the interpolation tra2ectory! -uring the simulation, press FPG or FG key 'motor as F3AG state+, ad2ustable simulation speed! =or suspension simulation process, according to pauseJ button! * " @ processing piece set is completed by the program is ready 'has been simulated correctly+, can enter the process! /ress processingJ button 'or F?G key+, the system automatically open high and driving power, began to interpolation processing! It should be noted at this time gap voltage indicator on the screen gap voltage waveform 'average voltage waveform+ and the processing of current! If the processing of current is too small and unstable, can be used to track tN .-------------------------------------------------------------------------------------------------------------------. "National senior technician school NC professional teaching: CNC programming and operation (EDM fascicle)" the main contents include: CNC EDM, CNC wire cutting machine tool and basic operation, CNC wire cutting technology and manual programming, C! ! CNC #EDM utomatic programming, $% system of NC #EDM utomatic programming, CNC wire cutting, CNC EDM machine e&le basic operation, CNC EDM machining technology and programming, CNC EDM machining e&les' "National senior technician school NC professional teaching: CNC programming and operation (EDM fascicle)" edited by iu iang, *ao $ong Nian deputy editor, +hou +hongfeng, #ei $anmin, $in ie, -hen !uedong, Cui +haohua editor, re.iewer'
Catalog /he first chapter CNC EDM based on the first day of NC Electrical Manufacture o.er.iew section second CNC EDM machine tool NC programming based on section third of chapter second CNC wire cutting machine operation section of #EDM o.er.iew section second CNC #EDM wire electrode operating /hird NC #EDM wor0piece clamping section fourth CNC wire cutting machine tool maintenance and the third chapter is maintenance of CNC wire cutting process and the manual programming the first stan1a CNC #EDM rocess section second NC #EDM 23 code section third NC #EDM 4-5 code section fourth typical wor0piece programming e&les of the fourth chapter of C! ! CNC #EDM utomatic rogramming in C& section of ! #EDM software o.er.iew section second C! & wire cutting drawing software operation third C! ! wire cutting program generation and simulation processing section of the fourth typical wor0piece automatic programming e&les Chapter fifth $% system numerical control #EDM utomatic programming section $% system o.er.iew section second $% software drawing operation third $% system software programming function and control function of fourth typical wor0piece automatic programming e&les the si&th chapter CNC wire cutting
processing e&le intermediate instance of a entagram processing intermediate' /wo cases of gas0et processing intermediate e&le three rectangular conca.e mold processing intermediate four e&les of composite mold parts processing ad.anced e&les of a re.ersible cycloid type oil pump stator parts of automatic programming and machining of ad.anced e&les two re.ersible cycloid type oil pump rotor parts of automatic programming and machining of ad.anced e&les three beetle pattern processing se.enth chapter CNC EDM basic operation the first power sa.ing spar0 forming machine tools o.er.iew second power sa.ing of EDM machine tool electrode section third tool electrode design and manufacture base of fourth comple& tool electrode design fifth electricity spar0 forming machine tool electrode and the wor0piece clamping positioning the eighth chapter CNC EDM machining process and program of the first energy6sa.ing EDM process inde& and its influencing factors of second energy6sa.ing EDM process third energy6sa.ing EDM machine programming fourth energy6sa.ing EDM process chapter ninth CNC EDM machining e&les intermediate instance of a spar0 multistep automatic processing of intermediate two e&les of surface roughness sample processing high e&le multi a&is machining programming e&les of two mirror processing of ad.anced e&les of E4C spar0 high speed machining
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