CNC432 milling - version F700 As of June 2002 Sander Information Systems GmbH, Ziegelstr.1, D-59439 Holzwickede Phone: 02 301/12 845 Fax: 02 301/12 835 Internet: www.cncas.de Email:
[email protected] License Agreement MAHO CNC432/F700 1 USE AND LICENSE AGREEMENT First The end user is granted a non-exclusive license for the software. The prop erty and copyrights are not transferred to the customer. The license is for use created on a single workstation. For each additional workstation, a separate Agreement. Second The licensed program and documentation may be used by end users or whole be copied, with the exception of producing a copy of the software for backup or archival purposes. This is the end user to ensure that all ownership and copyright notices, which are noted on the original (software), also appear on the copy. Third The transfer of rights and obligations under this License to third parties is possible, when - The third party assumes the rights and obligations under this contract and the consumer End users in accordance with paragraph 2 copies thereof transferred equally to t he third party or be destroyed. The customer agrees to the licensor under the disclosure Indicating the name of the principal. In the case of transfer of rights to third parties to observe any export demands. Be responsible for misconduct of the end customer Licensor any liability. 4th The customer must make to the licensed software, no changes or Third parties can make. 5th The customer undertakes to ensure that employees who have access to the lice nsed Version, have to comply with all safety and diligence obligations under this con tract. 6th The property rights to the licensed software are owned by the author. 7th The final customer is known that at the current state of the art in the erro r Programs and related documentation are not excluded. When in 30 days of delivery to the consumer asserted deviations the programs of the program description, the customer has the right to the fault y its suppliers to be returned, and the delivery of a new version of the program t o demand. These deliveries are the usual periods of 326, Civil Code (Complaints) 1.7 As long as the licensor's obligations to remedy the deficiencies enforcement, the user has no right to price reduction or rescission to require the contract, unless a Failure of the repair is present. 7.2 A failure of the repair to go out only when the supplier reasonable opportunity to repair or replacement given , was without the desired result was obtained when the repair or Replacement is impossible, if the supplier refuses or unreasonably delayed , if justified doubts exist about the prospects of success or it is unreasonable for any other reason exists. 8th The user is required, the supplied software for obvious defects to a average customer without further notice to investigate. Obvious defects especially the lack of media or manuals as well as substantial, easily visible damage of the disk are the licensor within two Notified in writing weeks after delivery. 8.1 Defects that are not obviously must, within two weeks be reported after the recognition by the user. 8.2. In violation of the investigation and reprimand is the software in Consideration of the relevant defect. Page 1 © 2004, Sander Information Systems GmbH, Holzwickede License Agreement MAHO CNC432/F700 9th The user is free to the licensor immediately and with all the information to supply necessary for the provision of services required by the supplier. Part icularly the suppliers are all necessary test data and machine time for To make available. The user carries the overhead of the suppliers due to the fact that work must be repeated due to inaccurate or unauthorized information from the user. 10th The Licensor reserves the right to the end user on each request the latest To provide licensed version of the software. The Licensor reserves the right, fo r this latest version of management fees to be charged. The consumer has the right to to refuse such consignments. 11th Amendments to this contract are only with the written consent of both parti es permitted. 12th The Licensor for incorrectly provided original disc (or copy material error ) sending new original disks to. The warranty period is 90 days First delivery to the customer. Once the end user notices an error like this, he shall notify the Licensor. The delivery of the new disk is made within 14 Days of becoming aware of the error. 13th Neither Licensor nor the owner of the software are liable for damages from customers or a third party caused by the use of the software. 14th This Agreement shall come into force until the customer receives the licens ed software. The licensor reserves in the event that the end customer from its obligations This contract does not comply, before further steps. In particular, the licensor retains title to goods supplied until full Payment of the purchase price and fulfillment of all of the business relationshi p Users with the stockholders' demands before. 15th Should one or more provisions of this Agreement be held invalid or , the validity of the contract will not be affected. The invalid provision (s) ( s) is (are) to be reinterpreted in the sense that it implies for the purpose legally permissible manner is achieved. Holzwickede, in June 2004 Notes on marks in the margin: Examples / Notes Important Information / Useful Tips Please read! Page 2 © 2004, Sander Information Systems GmbH, Holzwickede 2 TABLE OF Chapter 1: Chapter 2: Chapter 3: Delivery CONTENTS Use and License Agreement Table of Contents Installation Hardware Requirements Installing the hardware Installing the software Keyboard customization Starting the software Language Problems when starting the software Chapter 4: Introduction Scope Modifications compared to the original control Keyboard Overview Important key functions Screen layout Menu navigation Operator support Chapter 5: Operation Overview General Active program to simulate Non-active program to simulate Chapter 6: Programming General Program input Program Opening Editing Programming support Programming menus Graphical support Editing of subprograms Comment form Chapter 7: Handling Program Browsers Programmable text macros Program Change Program blocks change Program rates change Program change words File Management Page 1 © 2004, Sander Information Systems GmbH, Holzwickede Table of Contents MAHO CNC432/F700 Chapter 8: Tools Tool data Tool Number Search Entering and editing tool data Form and color selection tool for the graphic Chapter 9: Graphical simulation General Setting the viewport / blank Graphic test runs Simulation of the sample program Chapter 10: Data transfer / Print General Reading in and out of programs Reading in and out of other data Print Plotting Chapter 11: Contour pocket milling cycle General Program Structure Erlläuterung the functions if necessary. In the present keyboard is it is a multi-function keyboard that-depending on the keyboard support both with turning and can be used with the-mill training software. So now the CNC432-panel is connected to the computer and ready for use. an adapter (9/25-polig). the Unit of precaution. Plug the supplied cable to a free serial Interface. 2 serial ports for data transfer and connection of the keyboard. including the associated support Courseware this manual Hardware requirements (at least) MS DOS computer. the software eliminates millin g-changing the support. hard disk. You can This request free of charge. Use this. the risk of bruising. Installing the hardware The included-use keyboard panel is located in the computer to a serial Interface connected. The actual replacement of the keyboard support is done by simply removing the by magnets on the keyboard detained edition. so also have several editions. If you only have a software package in this case. Before you connect the keyboard. Magnets have a significant pick-up and kick force on. This is only required if you use multiple software packages. The Keyboard shall not be removed again from the computer. Please note that magnets have a strong attraction. you should read this section carefully. . Magnetic fields can erase disks.5 ") with sample programs and Installation files Hardware: 1 original keyboard panel. 1 parallel Interfaces (print) The software runs under Windows. You should therefore never to floppies Magnetic stripe of the keyboard. Turn-before connecting the keyboard to the interface in your computer.Chapter 12: error text System error Axis error Spindle error Handradfehler Programming errors Memory error Operational errors Data input and read-out error Interface error Graphic error Chapter 13: G-functions / constants G functions Constants Chapter 14: Tips & Tricks Printer Definitions Use of extended memory Customization of the software Adaptation of the simulation parameters Declaration of Conformity Page 2 © 2004. 640 MB memory at least Enhanced Graphics Adapter (EGA card with 256 MB memory). Avoid lifting the rest of the films. Holzwickede Introduction MAHO CNC432/F700 3 INSTALLATION Delivery Software: Program diskette (3. Sander Information Systems GmbH. will set the default path is overwritten. Sander Information Systems GmbH.exe". you need this line does not Make changes. There are indications from C to Z allowed. Did you change any data in the desired way. The at this point still further to be selected "old" Keyboard (parallel port). Do you still go down one line to select the destination path. Go to first move the cursor on the line for setting the target drive when The default of C: to change. Holzwickede Introduction MAHO CNC432/F700 This allows the keyboard to work properly with the software." The program will be on the specified disk (C :) by default the set Sub-directory (if not changed: \ m700) to create the files of the Floppy disk and copied to the directory after the installation. . On the screen you will see a screen installed in your computer interfaces. Second Select the menu item "keyboard" to. Do you want to copy the software to another as the default directory. set the desired information by switching Use the cursor keys (up / down) a. unless these disks on your Computer actually exist. Do you want to copy the program into this directory. In the now color-highlighted line shows the path "\ m700" as the default. When starting the installation of driv e B: is as the source drive is already B listed. you now confirm the menu item "Starting the first installation. If you type a letter immediately. go As follows: Press at this point-as-shown in the last line of the screen button <RETURN> appears below the line for the default of a differently colored background Line in which you now the name of the desired path (= directory where the files to copy) can enter. but the adjustment will not be described more below. go as follows: First Start the check program.Installing the software Restart your computer with the hard drive (no floppy). Start the installation program by calling A: INSTALL or B: INSTALL Page 1 © 2004. Do not you run the installation. and wait until it comes t o C> reports and insert the installation disk into the floppy drive A: or B: a. Sander Information Systems GmbH. Here you select the correct keyboard type (serial). press the ESC key. Press <RETURN> the key to the To receive command authorization for entering a new drive. / do not need to chang e (to) be made. Keyboard customization As keyboard system at the time a multi-function console is shipped. the serial o n the Port operates. Holzwickede Introduction MAHO CNC432/F700 In the installation menu that appears. You will find the program "check. The key <RETURN> and the new path is added to the line "target path". you are right in the selected directory. we have yet to adjust for compatibility with retained. Page 2 © 2004. Enter here the drive letter of the drive to where you install the program want. After entering a new name and press complement the existing name. In this section. Turn it into the main directory MAHO software (M700). In the installation menu is the source drive as A: already set correctly if the Installation of the A: drive has started. confirm the menu item or press END anywhere in the menu. Storing the values ??in the correct Files is done when exiting the program check (END menu item). This change can be a normal Text editor made. and confirm the choice by pressing "Enter".if any of the selected port a device is moved. instead of "M700" in the Installtion selected directory is missing! start calling on the software and not have to be changed. cd \ m700 switched to the default directory. Holzwickede Introduction MAHO CNC432/F700 Language As languages ??are currently in the software of the German. you are back in the directory from which you the installer will have called. enter The command m700 one. English and French l anguage implemented.Select the interface to which the keyboard is connected (selected with the numbers 1 -4). please close this section with test button ESC and select a different interface. Press <ENTER> the button and you get to the next test section. Sander Information Systems GmbH. You then get into the testing stage in which the individual keys of the keyboard can check. After the call. This allows you to change the file. So that the keyboard is adapted. . In serial keyboard to the multi-function console appears after selecting the int erface a gyroscope. the software automatically starts in the German lan guage. press either the button or <ESC> <ENTER>. we have the "as-delivered batch" listed with the Note that line must be changed. the following err or sources . check from the program can not be decided whether the serial A keyboard interface. the message: Xxx at the interface is no keyboard is detected. Perform this test section shall be met by. Starting the software After completing the installation. Help you to where these points further. or possibly also connected a mouse is. They mean: C0 (German) C1 (English) C2 (French) In contrast to control the constant memory of the control is editable at any tim e.> In constant memory. If you have installed the software in any other than the default path. Would you run the program. D: or E :). which . you can ensure in the next step of adjusting be whether the selection of the interface was correct.bat) it will not work correctly. available The software starts up again and is not in the root directory (C:. please contact your dealer. With a successful test run appears on the screen then the message: At the interface xxx xxx is a keyboard was detected. CAUTION: At this point. Page 3 © 2004. then the software will start automatically. To end the test. the button <Const MEM. the language-just as on the control even with the constant N5 are switched. Appears on the screen this message. Problems when starting the software? (DOS version) Does the software after the installation does not immediately. If both devices are connected. Please ensure that this start-batch (m700. Next <ENTER> The test run was not successful. If the language press to switch. until the test was successful. sys". After this program appears on the screen the following message: bytes total disk space xxxxxxx xxxxxxxxx xx bytes in directories xxxxxxxxxxx at xxx bytes userfiles xxxxxxxxxxx bytes available on disk xxxxxx bytes total (total memory) xxxxxx bytes free (free memory) To start the MAHO software is the one in the last line number (free memory) important. Recorded both the points that go beyond the original controller. What more can the software . you should change these files with a text editor. . Likewise.They have too little memory space. in which parts The software "MAHO CNC432" differs from the original control. . Here you have to at least 570 000 bytes are available.. in the left lower quadrant of the keyboard This button terminates the software after a run with saving all the data. in the file "Config. see the section "Program "Change of this manual. The software requires at least 570K free Main memory space.bat" to reduce the memory capacity.sys" or loaded "autoexec. it appears in the Software as a red dashed line at the controller as a green dashed line.Trans-Directory Behind this term refers to a directory in / from the data in foreign Transport software packages / in the MAHO software. Therein included statements such as "buffers =" or "files =" might be too large and thus the Main memory capacity decrease.Constant memory The software is no difference between the modes OPERA-MC and MC-EDIT made.).Special keys These are keys that used to computer software for special functions . but the content that makes the software. . If necessary. however. This directory is us ed to Transmission of individual programs which are read into the program memory of can be or can be copied from there into the transport directory. Holzwickede Operation overview MAHO CNC432/F700 4 INTRODUCTION Scope This section of the manual presents a brief overview. enter the command a chkdsk. Sander Information Systems GmbH. etc.Print . are at the original control exclusively for operating the machine are needed. check the main directory the file "config. Modifications compared to the original control . -Comment form The comment is entered in this case on the PC keyboard. The color in the bar graph is for the G0-movements have been changed. drivers (for mouse. in the lower right quadrant of the keyboard This button displays the contents of the "Trans"-Directory. This is not the case. Page 4 © 2004.Graphics The presentation of the G18 plane is in the software other than on the machine b y 90 Degrees rotated . To check how much space you have available. The machine constants can always be edited. A detailed description such comments can be entered. the functions are not teach-in. The oper ation The software is on such a replica..The "reset axis" has been implemented.The initial image "reference point" is not used. be. the Drawings are also output to a plotter (see "Printing / data "transfer). playback. Page 1 © 2004. Line 4: displays the current editor content. Holzwickede Operation overview MAHO CNC432/F700 . the constant memory .All programs can be printed in both listings. Sander Information Systems GmbH.Similarly. In addition to the output of the programs on a graphics-capable dot matrix print ers. .. and the measurement cycle s implemented because they are not relevant for the simulation. depending on the status of the software have a different meaning. . Keyboard Overview This image shows a true reflection of the MAHO CNC432 control keyboard. but also as a drawing (see Chapter "Printing / data transfer"). The axes be set only 'pro forma'. Page 2 © 2004. Important key functions In the following explanation of some keys that are needed in the software over a nd over: Soft keys. the possibilities of further wor k are given.Left side of the tableau-end software Screen layout Line 1: In this line. The cursor keys left / right to move the display cursor in the menu bar back and forth accepts input from the field in the current rate accepts inputs from the currently edited record in The program listing delete incorrect entries in the input field The simulation begins interrupts the simulation at any point . Sander Information Systems GmbH. the status of the software displays the current mode is appears. Holzwickede Operation overview MAHO CNC432/F700 The cursor keys up / down move the cursor in the display program the predecessor and successor set. Line 2: displays the active program that can be simulated with appropriate selection. The importance of the keys is displayed in the last line of the screen through a toolbar: Example: Each selectable function is shown in reverse..Graphics In the graphical simulation it is possible after 1 By running the program a Making second start for the simulation without cutter radius compensation. Using this information it can be seen. This can be next to a main program and a su broutine (Macro). tool storage.The test run 3 is not implemented. What the software can not . Line 6 to line 16: . . 5D plot Wire 4 2D plot Wire 5 2. Line 20: The set menu with all of the respective G-function valid addresses (FREE state-G ) or the extended set menu (MENU-state G).. Menu navigation The Maho-control is performed in many places with menus. Line 24: indicate which functions with the soft keys F1 to F5 can be selected. the recruitment only Valid. this is in dicated by '-------' (See figure above). Here are listed all the menus that are used in the PC software. either a program listing or the listing of tool storage . with respect to those mentioned 'title' of th e each menu. the only other Text they are explained as needed.show the listing of the currently selected memory. Page 3 © 2004. Line 21: indicates which set out the program listing may be currently being edited. Holzwickede Operation overview MAHO CNC432/F700 Line 18: MENU shows on the list of G-set G-modal functions. ie. Line 19: shows. if the program takes input from MENU-G. if selected.5 D plot Wire 6 3D plot Wire 7 Simulation 9 Exit submode DATA IN / OUT MENU (as a software enhancement) 4 Read from disk 5 Writing to disk 6 Print (parallel output) 7 data exchange path Page 4 . Sander Information Systems GmbH. If a button has not been established. When editing the newly entered or changed addresses first registered in that sentence. . Each Softkey is assigned to a field. PROGRAM MENU Edit a Macro 2 Edit Points 3 Edit the parameter 4 Edit Stored zero offsets 6 Edit Graphic Parameters MANUAL MENU 1 Block Search 2 Reference Point Search 3 Reset Axis 7 Diagnostic SINGLE / AUTO MENU A test run menu 3 Cycle Endcontour 2. pressing the function key F2 is the help text for each addre sses and G-functions (MENU-G).. unless you select by pressing the "STORE" then in t he Listing in lines 6-16 taken. the importance of this Point is not to be explained in detail. the next succeeding record number of the control automatically : On N123 N124 sentence follows automatically. SINGLE or AUTO GRAPHIC Please note: In 'N-SEARCH' can not be edited. As an example program. The next section will now first opening a new main program described. Sander Information Systems GmbH.3 Page 1 © 2004.OPER. as nachstelllige Zeros after the decimal point: X100. the first record number is displayed directly editing the The programs can be started immediately with the G-function. in this manual only in a short section (Section 6. The listing of this See page 6 . the program 'N9992' is selected. the order is arbitrary. They mean: PM program memory MM macro-Memory In the editor.© 2004. Upon completion of a Set is generated.Bildschirmzeile before the actual programNumber. Leading zeros in the address field can be omitted.3) to the opening and calling subroutines been received.000 can be written X100 The first word of a sentence must always set the number 'N' be. Main and sub-programs differ only in memory of your identification: Main programs (PM) in the main program memory. Unlike the V500-control software can handle the F700 control Also entering program numbers <9000 and record numbers> 9000th As part of both programs is called the main programs and subprograms. To enter the program overview t . ie each Program word of a sentence consists of an address letters (eg X) and a multi-digit number (eg 100). It can record an y number be within a program always used only once. Sander Information Systems GmbH. Program input Since the entry of major and minor programs is identical. The program number can be up to 7 digi ts (up to 9999999). this identifier is published in the 2. subroutines (MM) entered in the sub-program memory and the software / control each and there managed. Can be edited in the PC software in the operating modes MANUAL MAN. After creating a program. 6 PROGRAMMING General The CNC432/F700 used as an input option. When entering the main or sub-programs is first and foremost on the status of Mode (screen line 1) to respect. Holzwickede Programming MAHO CNC432/F700 Program Opening A main program can only be opened in the ID-DIR. the address notation. Holzwickede Operation overview MAHO CNC432/F700 The controller also has other menus in the PC software used but not and therefore can not be implemented. 491 R15 N15 G1 X58.218 Z125 N20 G1 X34. date now: M Address Enter the address of M Finish the sentence and transfer to the listing .5 I170 J30 K170 N5 G99 X-10 Y-20 Z-12.717 N14 G2 X99. so can the program number be entered immediately. press the first button F5 The software now displays a list of all major programs. This makes the word in the currently edited row to be edited (screen row 22) acquired.o switch. Now enter the following program: N9992 N1 G18 N2 S630 T1 (T1 = 10 mm diameter) M67 N3 G54 N4 G98 X-20 Y-20 Z-22. as described in the following section: Editing The editing is via the address bar (set menu bar).641 N21 G1 X10 Z35 N22 G40 N23 G0 X0 Y50 Z 0 N24 G53 N25 M30 Using this example program is based on the first sets the procedure for The editing will be shown: Prerequisite: The program is open and the screen shows the structure as shown in Figure 2 of t his chapter. Now enter: Enter address to confirm the G stop.16) taken over. The edit in the menu bar is already set to 'N'. Sander Information Systems GmbH.821 Z60.106 R16 Z89 N17 G1 X114 N18 G2 X130 Z105 R16 N19 G1 X113. Page 2 © 2004.743 N16 G3 X69.434 R30 N13 G1 X85. Holzwickede Programming MAHO CNC432/F700 After pressing the 'STORE' key. the Rate 13x the edit box displays the address S Enter the value for S Enter the address of T.642 Z26. the entire line in the program listing (Screen lines 6 .836 Z21. Each word entry program must be ended by pressing the 'ENTER'. the program memory are stored.5 I150 J20 K150 N6 G0 X-17 Y7 Z125 M3 N7 G1 F100 N8 G43 N9 G41 N10 G1 Y-7 N11 G1 X0 Z50 Y-7 N12 G2 X20. entered by the Address with the cursor keys is selected. Then the numerical values ??are entered using the numeric keypad. Now confirm this entry by pressing The program is open (see next figure) and may be edited.418 Z0. Holzwickede Programming MAHO CNC432/F700 End of 3rd Rate The 4th Record is opened automatically. An input of addresses is at any stage of support possible. For editing. Th e display shown above is the default. Programming menus In this second type of Editierunterstützung the G functions are organized into men us. the help of images is always selected. where a program is entered under the MENU-G support. The selection of this function via the menu soft key F1 (HELP). they will be as separate addresses in the set menu included. Screen in Line 20 is the set menu of the selected G-function. It can be used under G and under-FREE MENU softkey G via the F1 key (HELP) and F2 (PICTURES) be called. the corresponding G-function can then be edited in the c urrent Rate can be entered. That appears in the softkey menu can press F3 (G-LIST) the menu of the G-functio ns be invoked: This overview is divided on the G-functions. The current editing line thus shows 'N2'. the F700-Steuerung/-Software additional assistance is available: Programming support Programming menus Graphical support Programming support The program can support the input of programs via the softkey F2 are turned on. Next. Are indexed within the function Addresses (B1) is approved. The Return in the "normal" editor is only after acquisition of the block in the program lis ting. Sander Information Systems GmbH. Switching between MENU G and G-FREE at any time. the numerical value for G N2 from the program listings are entered: G-function input (zero offset) Page 3 © 2004. I . Now enter all other program sets this one. Screen line 19 shows the relative importance of each address at which the cursor is currently is located. as an example. This was achieved by the Soft key F2. Graphical support The graphic support. therefore. This set of menu b ar depends on the selected function. Sander Information Systems GmbH. the current edit shows G. 1): Based on this overview. At the command line will be displayed at selected index address B1 = and the value can be entered directly. Then the images of the G-functions are displayed. In line 18 the screen at the time of current modal G-functions are displayed. A change in the display will The moment held.The new record number is automatically generated. Holzwickede Programming MAHO CNC432/F700 Choice of the group (number keys 1-9. A selection is only possible if the F2 softkey assigned (white background) is. They are selected with the corresponding number keys. is the selection of individual G fu nctions about Page 4 © 2004. Sander Information Systems GmbH. to the selected G function no support image. the entry of comments in two different species is permissible: control over compliance EDITFUN on the PC keyboard Compliant control input of comments The entry of comments in control type is compliant only in MANUAL mode MAN. About the F4 softkey (EDITFUN) function can be achieved for the comment form. Holzwickede Programming MAHO CNC432/F700 . enter now the number of the subroutine.OPER possible. You get on the Screen. What programs can be corrected in detail." or "SINGLE" or "AUTO" in the line o f the screen A first pressing the keys PROGMEM MENU You are now in the Programs menu from which you can now dial the store. Holzwickede Programming MAHO CNC432/F700 The only difference is in the opening / calling a subroutine: Since the subrouti nes stored in the sub-program memory. please refer to Chapter 9 this manual. you wish to open and confirm the number and press ENTER STORE.s it does not exist. Editing of subprograms For the editing of sub-programs are the same condition as in the Editing of the main programs. and must be edited there. If the simulation fails.OPER. The other input is the same as the input of the main programs. Exist a G-function support multiple images. First. Page 6 © 2004. NOTE: Only in the graphic simulation. set the cursor on the block N2.)" Entered be. then a 'blank' page editor. then use the cursor out of the program you want to edit and press then the choice by pressing SEARCH The subroutine is loaded into memory. On the number pad. and may be edited. this is indicated by that the individual images are numbered. do the following: With the upcoming display "MANUAL MAN. For in this chapter earlier example here: In block N2 is behind the T address the comment "(10 mm diam. Sander Information Systems GmbH. To call a subroutine you go to the list of sub-programs (see above). Comment form In software. in the edit you want here: 1 EDIT MACRO (sub-program memory) The screen displays the program number list of the subprogram memory. they must be corrected within the editor be. With the F5 (RETURN) button to again prior to its state. Page 5 © 2004. the feasibility of CNC programs checked be. NOTE: After entering the complete program can be started the graphical simulation (See Chapter 9 of this manual). After pressing F4 you get a new toolbar with the following assignment: Imagine now using the cursor keys "UP / DOWN" on the set in which the Comments should be entered. All other characters of the comment text can be entered in this way. then accept the edited set of STORE in the listing. Below this text features. Do you have the last character of the commentary-so:) . then the input Editor "text functions": The figure above shows only a portion of the entire screen. the two Numbers on the numeric keypad on the face of the current character: To mark the first "(" to produce. Sander Information Systems GmbH. For the above example. The entered Comments are retained in the transfer to the machine. To be able to enter the comment from the sample program. they are back in "normal" editor.Then press the softkey F4 (ED-LINE). The input of the actual comment text via the PC keyboard. Now. Comment on PC keyboard input With this type of editing the comment form is only partly about the MAHOTableau. the cursor should be after the address T1. An incorrectly typed character is within the text using the soft key functions F 2 Be withdrawn (delete character before the cursor). your comment can be entered: To select a row. Imagine now that cursor to the position in the sentence to which the comment is inserted should. so press: 36 at the current cursor position shows: (. such as are usual-the editing. Behind this row is the current status of the software. in red . proceed as follows before: Imagine the cursor "RIGHT / LEFT" on the address in the block after which the Comment to be inserted. Page 7 © 2004. the text that you type. This way you can at any point in the program to comment on the MAHO-type panel. Note: MUST ENTER WITH THE COMMENT "(" START WITH ")" COMPLETED. once you press softkey F5 (RETURN). Appears on the screen. a white cursor using the cursor keys "RIGHT / LEFT" in the phrase back and forth can be moved.2).enter. They are of the Understand and control over read during the execution of the program. Within the text features you can with the F3 key to page through the available functions switch to: Page 1: Text functions (capital letters) Page 2: Text functions (lower case) Page 3 from the available functions Page 3: Mathematical Functions Page 4: Programmable macros Page 5: Programmable macros can be edited in a similar manner (see Chapter 7. Then press the button "OPERA" The screen will then appear in the upper third of the manual for more Procedure: So now enter the comment text directly from the example: 10mm diameter While writing this comment. Holzwickede NOTE: The comment at any point in the program are set. Sander Information Systems GmbH. Procedure: In a program. the cursor automatically on the next set of N with the desired address. all chara cters up including input to the equal sign: Move the cursor "RIGHT" on K and enter the address using the keypad a. Example: To check in a program service of the depth (Z). Do you want to search the entire program. the cursor will automatically The first set of N with the desired address. Letters can press <. Holzwickede "COMMENT ABOUT ENTERING ALPHA KEYPAD WARNING: DO NOT CLIP (. The found set also appears in the s creen line 21st A further search for the same address is possible by pressing the cursor Press "UP-DOWN". and this also changed have. Now when you press the cursor keys "UP-DOWN".) ENTER! END WITH <RETURN> (ALPHA KEYPAD) AND THEN STORE (MAHO KEYBOARD) " Handling MAHO CNC432/F700 7 PROGRAM HANDLING Browsers The various browsers allow you review and modify programs to quickly find the program you want to change or set the program term. the new characters. It is necessary if you want to search for indexed addresses (eg K1 =). Throughout the program is not set to the desired address Letters exist. Then use the cursor keys "RIGHT-LEFT" to be checked or changed to address this letter Zout. The comment will appear behind the selected address in the program listing. Corrections are possible during this phase. Sander Information Systems GmbH. Imagine the Cursor button "OPEN" on the first program block. Word-search routine If this browser is the search criteria. Page 8 © 2004.(Top right next to the number series PC keyboard) are deleted. Press after entering the first key ENTER on your keyboard.shown in the manual. Press the button to enter the equal sign. If you have found a value within the program. and then press the STORE the MAHO-trays. Address search routine If this browser is the only address-point the search criterion. With the word-search rou tine within a program are only looking forward. the cursor automatically at line 21 to the address of G. the whole word. After that. If you want to continue looking after the change yet. the word 'X20' are being sought. set with the cursor keys "UP-DOWN" on the first program block. Prerequisite: The program should be altered to be in the editor. move the cursor back to the 'Address Search' position. Then move the cursor "RIGHT" on the X address and enter the numeric keypad to the numeric value "20". Page 1 © 2004. the cursor remains standing on the block in which you have begun to search. Now when you press the cursor keys "UP-DOWN". Holzwickede Handling MAHO CNC432/F700 Press the keys . so at this poi nt are now using the "CLEAR" is deleted and re-entered. the keys MENU G ED EXPR PAGE to PAGE shown 3 Mathematical Functions. press the softkey "ADD FUN" to the macro in the memory record. from the You want to take a macro. the characters are left of the cursor. 11. 12. Immediately the text is entered and displayed below this line. press the keys SPECIAL MAC FUN Page 2 © 2004. The found set also appears in the display line 21 Is not a word was found in the program. Press F4 key twice (EDITFUN. The macros are displayed on two screens. Appears on the screen now ADD MACRO no Enter the number under which the macro should be stored. 32. For the second page press the softkey "PAGE". If a number is entered incorrectly. In this text macros can be. with a maximum total length of 35 characters per macro. To store. In Editzeile is the sentence you have selected in the editor. the page appears one of the programmable macros: The text can be stored on one of two sides of the programmable macros. Move the cursor on the set where you want to insert a macro. Of this Function numbers generated text will be displayed at the command line. Enter a text macro Press the program editor (PROG MEM). Now the desired function or an entire mathematical expression using the two-digit function number to be entered: Example: Should be entered: E5 = E6 * tan (15) Enter the function number 11. In order to save the input expression as a macro. The Enter a macro is now the example of the input of a mathematical function are shown. With the soft key "DEL <-".The cursor jumps to the next sentence that contains the search string. ED-LINE). . 05. 01. Are behind this mo vement . a. The screen displays the page of text functions. often required Features . Holzwickede Handling MAHO CNC432/F700 On the screen. such as 04th To Confirmation of the entry then press the soft key or F4 (= ADD MAC).. Now press the soft key F3 (PAGE) to the side of the programmable macros on the screen. 15. so the error message: Record not found Programmable text macros In the F700-like software stored on the controller and text macros and Need to be invoked in a program. on the one hand comments (as in Chapter 6 of the instructions described above) or mathematical but also CNC kits. General Comments The cursor on the command line can use the cursor keys "RIGHT / LEFT" within the Input line to be moved.. After entering the first digit of function number. 05. Text macros to insert into the program Text macros that are defined in this way can now be anywhere in a to be edited Program are included. an arrow appears below the corresponding decimal number. Is allowed a maximum of 20 text macros. Sander Information Systems GmbH. 06. The input cursor, you again use the cursor keys "RIGHT / LEFT" on the Move in the sentence may, at the macro to be inserted. Now enter the two digit number macro. The text now appears in front of the macro the cursor to the selected point in the sentence. Final inclusion in the set, connect the input to the softkey Page 3 © 2004, Sander Information Systems GmbH, Holzwickede Handling MAHO CNC432/F700 RETURN and down with confirmation by pressing the "STORE". The macro is thus in the pro gram listing taken. This Vogehensweise for inclusion in programs applies to both major and for Subroutines. Delete text macros Saved text macros using the "DEL-FUN 'again from the Sides of the programmable macros are deleted. Press the buttons ED EXPR PAGE appears to page where the macro should be deleted. SPECIAL MAC FUN DEL-FUN In line 18, the screen will be displayed: DELETE MACRO no Enter the two digit number of macro that you want to delete and press softkey F2 (DEL-MAC), the macro text is deleted. Program Change Copy Programs Among the functions of copying, the software provides the following options: Copying a program in the same memory Copy of a main program in the sub-program memory Copy of a subroutine in the main program memory The manner of copying applies for both main and sub-programs, so The procedure is described only once. Program in the same memory copy Select the main or sub-program memory and then press the softkey F5-ID DIR Displayed will be the contents of the selected memory. The new softBar then press F4 FILE This turns into the options for editing programs. Now select the softkey F2 the copy function. Screen appears in line 18 the text > PM COPY. " Page 4 © 2004, Sander Information Systems GmbH, Holzwickede Handling MAHO CNC432/F700 Imagine now with the cursor on the program-number to be copied. Then press the softkey SOURCE The selected program is set as the source program. Now enter via the keypad the new program number and confirm it by pressing the "ENTER". With the softkey "COPY" (F4) the program under the new name will be copied. The original Program is maintained. With the Press "CANCEL" (F3), the copy function will be reset. Copy of a main program in the sub-program memory Select the program memory, then you go into the main program memory. Press there, as already described earlier with the F4 softkey the FILE functions at. After pressing the F2 key (COPYFUN) appears on the screen in line 18 > PM COPY. " . Select the program to copy number, and set the program as Source program (Softkey F2) set. Then proceed as follows: It appears the MENU PROGRAM MENU 1 for the selection of sub-program memory F4 (FILE =) F2 (= COPYFUN) Enter the sub-program number stored under the selected main program should be (do not forget the ENTER key!) and confirm the choice with F4 (= COPY) The program appears in the list of subroutines. Contact the Press "CANCEL" Return the copy function. Copy of a subroutine in the main program memory Select the list of sub-programs: PROG MEM MENU A Softkey F4 (FILE) Softkey F2 (COPYFUN) Use the cursor to the appropriate subroutine number and hang up it as a fixed source program (F2 softkey). Turn back to the main program memory PROG MEM F5 softkey (id-DIR) Softkey F4 (FILE) Softkey F2 (COPYFUN) Now enter a new main program number and confirm with ENTER. With the Softkey F4 (COPY) is the sub-program under a new number is stored as the main program. With the Press "CANCEL" button to reset the copy function. Page 5 © 2004, Sander Information Systems GmbH, Holzwickede Handling MAHO CNC432/F700 Delete programs Deleting a single program Press the softkey F5 (ID-DIR) You are on the list of major programs. Search using the cursor keys "UP / DOWN" the program to be deleted. After you press the button ENTER 21erscheint in line on the screen N99999 CLEAR Now press the button STORE, the program has been canceled. Delete the program memory (all programs) Press the softkey F5 (ID-DIR) and move the cursor with the keys "UP / DOWN" on the line ALL MEMORY Then press the "ENTER" key. Appears on the screen CLEAR ALL MEMORY Once you have pressed the button "STORE", all programs are canceled. In the Program Number List of the main program memory are no program numbers more. Programs save (floppy / hard disk) How to control basically all the applications you have edited in the program mem ory Software secured. This process happens in the software automatically when you simulate the program want, and one of the possible test runs (see Chapter 9 of this manual) is select ed have. A second way to secure all total memory program memory as well and tool storage ... - have you at the end of the software. For storing various programs outside of the program memory of MAHOSoftware has the following opportunity available: Go over the softkey F5 (ID-DIR) in the contents of the main program memory. Then select the cursor the program that you want to write to your hard disk or floppy disk. Operate Then the key DATA IN / OUT MENU In the appearing on screen menu "DATA IN / OUT MENU", select the (5) Write to disk The selected program is delivered with an already created in the Directory Called "trans" saved. By pressing the button TOOL MAG (right side of the keyboard MAHO) Page 6 © 2004, Sander Information Systems GmbH, Holzwickede Handling MAHO CNC432/F700 You will receive an index of programs stored on disk. Choose from the list of contents with the cursor keys to select the program you are in To load the program memory. Press the button SEARCH The program is loaded into the program memory and can be processed as usual and are simulated. At this point we would like to point out the possibility that data drive during operation switch. Press successively the keys "DATA I / O" and "MENU". Under item 7, you can appear on the screen Menu to switch the data drive. Use on how to the screen describes the normal PC keyboard. All are also allowed by the operating system allowed path specifications. Example 1: a: \ This example should only formatted disk in drive A: are. Example 2: d: \ dat \ You can store the data in any other directory on your hard disk to You further process from there, or archive. Those of you here selections will remain unchanged until you change the setting. Also on the restart of the software, your attitude will remain. Default is the path set to L (aufwerk) \ m700 \ trans Locking programs Edited programs within the program memory can also make changes or be protected from deletion. This blocking of programs must be in the program-number list of the main program Memory and the sub-program memory take place. Proceed as follows: Call the program's list of numbers on each memory. Try to the cursor keys to select the program you want to protect against changes. Opera te Then the soft keys F4 (FILE) F4 (ATTRIB) F3 (LOCK) This is the program only and also receives the list the word "LOCKED". ATTENTION: The program numbers must be changed to the appropriate program calls ! (G22.The program will be released with the F4 softkey (UNLOCK) Notes: In the software. the softkeys F4 (FILE) F3 (RENUM-N) The rates shall be pressing automatically renumbered so that continuous Set of numbers shown. then press ENTER and then softkey F4 (RENAME) The program is named so new. G23) Notes: "CANCEL". Holzwickede . If the active Program will be blocked. both of a main program and a subroutinecan be replaced by any other number: This number may. Program blocks change Copy program blocks Any parts of the program within a program may at any other locations be copied. Page 7 © 2004. however. Holzwickede Handling MAHO CNC432/F700 The active program can not be locked or unlocked. the renamed should be. the word "locked" is displayed whenever the program locked is. Then press the softkey F4 (FILE) F3 (RENAME) Appears on the screen > PM EDIT ID < Mark the selected program similar to the copying of programsas a "source program" F2 (SOURCE) Then enter the new record number press one. follow these steps: Insert the Cursor in the ID-DIR of the respective program memory to the program number. a lock regardless of the setting in the N86 always constant mem ory possible. Sander Information Systems GmbH. Skipped program positions can not be renamed. Sander Information Systems GmbH. Renaming Programs Each program number. Renumbering of programs Press. parts can be a major program to another or from a main program to be copied to a subroutine. These functions are Now the following paragraphs describe in detail. another program must first be activated. To rename a program. Program block copy within a program Page 8 © 2004. Also. after inserting or deleting records. the existing Rename function to be reset. not used the program memory to be present. Similarly. The software evaluates the constant in the constant memory of N84 is not. . and select it as a starting block with the softkey F1 (BEGIN) In line 18. Then choose the sentence in the new program. Program block to another program to copy The highlight of the records are to be copied. v o r of the block to be copied. Now press the button MENU and SECTION 1 of the subroutine. About the ID DIR then select the program number in the copy of the selected bloc k and should be SEARCH loaded into the program editor. Before the program blocks are copied. The program should be immediat ely after application The copy function will be renumbered. appears on the screen > PM [program number] COPY <B: [top rate] E: Now select the last record to be copied to the cursor and end with a set of the Softkey F2 (END) to take. v o r of the block to be copied. Using the softkeys F4 (EDITFUN) F2 (COPYFUN) F4 (COPY) the sentences in the newly selected sub-program to take. it should be ensured that no duplicate same set of numbers in the program are available. NOTES: It can also.Handling MAHO CNC432/F700 To copy multiple sets of a program within the same program You press the button PROG MEM F4 (EDITFUN) F2 (COPYFUN) Now select with the cursor keys to the first sentence to copy. Now press the key twice F5 (RETURN) About the ID DIR then select the program number in the copy of the selected bloc k and should be SEARCH loaded into the program editor. Sander Information Systems GmbH. Then select the block number. Page 9 © 2004. conversely. This feature is available for both major and for Subroutines permissible and is equally applicable. it is also possible to block s within a program to delete. a sub-part program to be copied into a main program. above which the block should be inserted and the m arked Block with F4 (COPY) insert. as described in the preceding par agraph. Then choose the sentence in the new program. Using the softkeys F4 (EDITFUN) F2 (COPYFUN) F4 (COPY) the sentences in the newly selected program to take Program block copy to a subroutine The marking of records is carried out as described earlier. Holzwickede Handling MAHO CNC432/F700 Program Blocks As it is possible to copy any parts of the program. Holzwickede Handling MAHO CNC432/F700 Delete the word In the example program is in the set N4 G98 X-20 Y-20 Z-22. . Sander Information Systems GmbH. change. add or delete like. Press the cursor keys "RIGHT / LEFT" until the Address J is editable. after which a new sentence should be inserted.5 I170 J30 K170 The changes in sub-programs are not described separately.5 I170 J40 K170 the program word J40 will be deleted. Then enter: ENTER STORE The value is erased and changed over the line into the program listing: N4 G98 X-20 Y-20 Z-22. Move the cursor with Press "RIGHT / LEFT" on the address and press the letter N key ENTER STORE After the record is deleted from the program listing.5 K170 I170 Insert word The value you just deleted is now J40-like ursprünglichals J30 will be re-entered into the record. Word change Example: Is in the location specified in Section 4 of the samples in set N4 G98 X-20 Y-20 Z-22. Then enter: 40Bestätigen the value with the ENTER key and apply it to the STORE button in the program listing. Then enter the new record. Move the cursor with the "RIGHT / LEFT" on the address of the letter Address. Delete program blocks In the program the record to be deleted.5 I170 J30 K170 the program word be changed to J30 J40.First select the program in which a block to be deleted. however. Make sure. Page 10 © 2004. that the Number within the program is not already taken. Press the cursor keys "RIGHT / LEFT" until the Address J is editable. Press the cursor keys "RIGHT / LEFT" until the address J is editable. Then enter: 30 ENTER STORE This is the value added and the phrase appears again in its original version in the program listing: N4 G98 X-20 Y-20 Z-22. Enter a new record number (eg 70). Press then the softkeys F4 (EDITFUN) F1 (DELFUN) Mark the sentences as the 'copy of a program block. Words change program They stand with the cursor in front of the block in which you insert an address in which a To change or delete address. " For deletion the program block: F4 (DELETE) Program blocks Insertion of program records Look in the program set. since the Editing of the main and sub-programs do not differ. invite them into the software. these can be addressed "blind": F = 6 G = 7 . the memory for the main and sub-programs with the Key Select ENTER. Press the button <F1> appears on the screen the list of drives to be selected.the contents of the selected memory. The memory window (left). and all other data storage (see list below) copied be. but please note that you are no longer in the graph. this selection by pressing the 'ENTER' a nd have confirmed appear on the screen a list of those on the drive . The memory window initially displays a list of all available in the software Storage:% CM (constant memory % PM (main program memory) % ® (Tool Storage) % MM (sub-program memory) % PT (Point Memory % PA (parameter memory ZO% (zero point storage % GR (graphic parameter memory Below this list of the Save-ever found is displayed. you have the drive and possibly the data path . select where the programs are to be secured from the store window.File Management To avoid data loss. should the programs on a regular Intervals are stored on a floppy disk. If there are more drives on the computer. Data Drive Set Set the selection bar to the archive window (right). after the call the following screen layout: Page 11 © 2004. which can be individually selected and secured. It is also possible to store the data in a different directory on your hard disk or from there. I = 9 Once you have chosen one of the drives.) in the F700-training software should be. Holzwickede Handling MAHO CNC432/F700 Are selected drives A . after storage (see Title of the window) . Sander Information Systems GmbH. etc... All other memory can only be transferred in its entirety. post-processors. Before the backup. Holzwickede Handling MAHO CNC432/F700 Use the cursor keys "to the right / left" you can switch between the two windows back and forth to jump to dial in to one or other programs. Page 12 © 2004. This is common in cases when a program from another software (program change taken from CAD. Only in these stores data are available that can be copied individually. At the moment the selection displays the contents of these memory (individual pr ogram numbers) on the screen. the sub-program memory (% MM).E. The File Manager software with the key COOLANT be called. You see. This is true only for the main and sub-program memory. Sander Information Systems GmbH. It allows programs from the main program memory (PM%). Total memory backup The total storage of memories such as tool or storage points. Select <F1> with the drive in the You want to copy. For the selection of the destination directory and the copy process as described in the previous section. If you have set the target directory that is correct. Main programs ensure Place the cursor in the archive window. select the directory from which you want to co py (as above described) and then move the cursor to the program to be copied. push press (<DIR> . With Pressing 'F2'. Delete programs Inside the file manager.. move the cursor to the Memory window to save the data of the software. If you try to delete the active program appears below the two The message "Program closed". There are now displayed all major programs. 8 TOOLS Tool data The F700-control allows a choice of 3 different types of toolStore: a) Control of tool offset number without specifying the . a program can also be deleted. Move the cursor here in the store window to% MM There are now all subroutines displayed. move as Place the cursor on the directory and confirm with ENTER. select the destination directory and then move the cu rsor in the Memory window% DM. To do this in the archive window. Select the program to be deleted using the cursor keys and then press "F4". be asked again whether you want to delete the program really is: wit h Pressing the digit '0 'will erase the program. Press to <F2>. graphics parameter s or parameter storage is here using the example of the tool storage are described. Select the Archive window. Place the cursor on the program. Do you want to select a drive again within a directory.) and press ENTER. The active program can not be deleted. Holzwickede Handling MAHO CNC432/F700 For safety.Directories. Subroutines secure The only difference between the securing of subroutines and the backup of major programs is the selection of the memory. The selected directory you leave again. You can also copy a program back into the program memory of the software. This way you can set the directory where the data from the software would have secured. The program is copied to the selected destination directory. the selected program into the program memory of the software copied. You can copy the tool storage now directly to the target directory. you want to copy and press <F2>. by placing the cursor in the top row of the window. Page 13 © 2004. Sander Information Systems GmbH. The tool store can not be deleted. You should. the constant N37 (tool memory dialing) on C1 to set. NOTES In the above table. Search on the tool number On the control this option is only approved for the types a) and b) the tool sto re. For the set of one or other Type of tool store are the constants responsible. Holzwickede N18 manual / automatic switch N27 Number of tools N28 Number of magazine positions N34 tool change position N37 selection of tool storage Tools MAHO CNC432/F700 0 = manual available if no tool magazine slots (should) be addressed. the necessity for software must be set to implement the tool store. are Them here analogously same search routines are available. the tool store in the way you looked at your machine find.Magazine location b) Control of tool offset number indicating the Magazine location c) control over tool ID numbers indicating the magazine location The two types b) and c) are only relevant for machine control systems with tool magazines. To control The machine must be set a few constants. otherwise the tool can not transfer data via the data Machine are sent. Permitted here are details of 0 to 255th For complete conversion of the type of tool store to the control of the tools of ID numbers. Sander Information Systems GmbH. in addition to the tool length. The setting of the data. The constant N27 specifies the number of tools. tool size and remove state (suspended / active) can be displayed on the controller still Please see the list of constants in the Annex to the manual. Is set under N28 the number of existing on the machine Magzinplätze. . such as finding words of program or program records: Searching with the cursor keys By pressing the cursor keys "UP / DOWN" you can get into the line in of the tool is looking for. The setting of the various tool stora ge via the constant memory. In all three types of software can be set. the only constants are listed. Tool Number Search Press the first button TOOL MEM to switch the tool data memory. Now the explanation of the above constants in detail: N18 (changing tools manually / automatically) may on Page 1 © 2004. before start of work. tool radius. The screen shows the tool-list data set as in the constant memory. Is the constant on 1 = automatically set to activate the Memory's constant is the input for N28 (number of Positions in tool magazine) released for entry. In order to search within this tool data list a particular tool. NOTE: After storing the data for a tool. Appropriate combinations of shape and color for the tool center path can be determined at the address G in the tool memory. Page 2 © 2004. Assistance is provided Also available here is a picture that you press with the softkeys F1 (HELP) F2 (PICTURE) . for the editing of the next tool. color blue G13 pointed shape. reach The significance of the address G: The first two agencies are responsible for the mold. the third digit for the col or. It should have a diameter of 10mm and a length have 100mm. color blue. Sander Information Systems GmbH. the cursor automatically jumps to the line with the tool and is directly next to the address letter L. the desired number operate a tool. The cursor is now on the address letters to the R input of the tool radius. color blue G23 mold. the data of the individual tools also changed . So that the data for the tool are T1 stored in the tool data memory. Sander Information Systems GmbH. Procedure: Move the cursor before the tool T1 and move the cursor in the 'set menu line' Address letters to the L. Bear The type 10 and press the ENTER key to accept and STORE the values ??in the memory. So it can for several Tools in a program in the graphical representation of a greater clarity are created. It means: Page 3 © 2004. A total of three different tool shapes. it is necessary to enter the tool dat a yet. directly to the input value for the length . Holzwickede Tools MAHO CNC432/F700 Entering and editing tool data Under the tool number T0 no inputs are possible / allowed. Example: For the simulation of the example program.For Werkzeugspeicherart c) the search is over the item number. It is assumed at this point that you have turned on the MANUAL mode. Enter on the numeric keypad on the panel. Now find the tool by which you enter the correct values ??for the program want. begin NOTE: In the manner just described. T1 is called the tool. and that you are in the tool-MEMORY (tool data memory). Form and color selection tool for the graphic For the test runs in graphics tool file can still different tool shapes and colors for every tool call can be programmed. Enter the following: and confirm the entry with the Enter key. Holzwickede Tools MAHO CNC432/F700 G3 flat shape. NOTE: Apply this second type of searching is always useful and time saving when looking for the tool outside the screen area is located. You can. Then release the keys The line with the desired tool appears in the first place on the screen illustrated section of the tool data list. from which you delete one of the values want. When entering new values ??for an already 'edited' the tool old data is overwritten. Example: To delete the value for R: Move the cursor then press R to the address and press the keys ENTER STORE The value for the address R is deleted. In each of these test runs.be. Deletion of tool data Deleting individual tool data Find the tool in the tool memory. the size of the display window and the blank define: a) within the program itself . Press the "ENTER".through the functions G98.. The errors in the graphical simulatio n indicated by an error number. If the selected Tool number are now all values ??to be edited to 0 Delete all tool data Move the cursor by pressing the "UP / DOWN" in the line "ALL MEMORY". G99 . 5. the value 0 Page 9 GRAPHICAL SIMULATION General The PC-software knows exactly how the control-5 graphical test runs to ensure th e accuracy and to test the ability to run programs. Deleting data from individual tools Find the tool in the tool memory. you want to delete. the softwar e recognizes The bugs may be present. In the tool data list is now under all the tools for the tool length L and the tool radius R. In line 21. Slide then the cursor to the address T and turn the keys ENTER STORE The values ??of the selected tool are deleted. without having to be deleted before. but must display windows and blank for be the corresponding set to be milled workpiece: Setting the viewport / blank Basically you have two options.. All t est runs (Test run 3. . is behind the screen message 'ALL' softkey to add the 'CLEAR' appear s. The significance of this error number appears in the PC software whenever you leave the simulation in order to correct the error. NOTE: Are all tool data for a program is correct. 6 and 7) can be used in the SINGLE-as performed in AUTO mode be. press the button "PROG MEM". 4. the data of all tools are removed. Before you simulate a program. NOTE: Recognized by the simulation errors must be corrected immediately obvious. such as "cycle call with non-rotating spindle" or "error in the calculation circle" . Once you have pressed the "ENTER" key. you are back to the main program memory. An input of the rotation angle B (B1) is not possible. the values ??are by defau lt placed. you get into the graphics memory parameters. press the button MENU The screen will display the "PROGRAM MENU": Page 1 © 2004. The definition of an angle B is not possible. Holzwickede Graphical simulation MAHO CNC432/F700 1 EDIT MACRO 2 EDIT POINTS 3 EDIT PARAMETERS 4 EDIT STORED ZERO OFFSETS 6 GRAPHIC EDIT PARAMETERS Press the numeric key '6 '. be Procedure: Use the cursor keys "UP / DOWN" cursor to the phrase "N0" (definition Graphics window) Press the softkey F1 (HELP) F2 (PICTURE) The screen will display the corresponding help screen: Among N0 are now giving einzu for Darstellungsfensterdie values. To set the graph window and the blank each have one vertex and XYZ the dimensions of the axes with I.the parameters N0 and N2 Basically: If the graphics parameters in the graphics memory parameters not described. as well as the values ??for the graphics window directly int o the program be taken. The input for the values ??of the display window can use the graphics support . Display window Within the program the display window with the function G98 is described. Indicate here are: X axis starting value X Y axis starting value Y Z axis starting value Z I dimension in X direction J dimension in Y direction K dimension in Z direction These values ??can now be transferred directly into the program.b) in the graphics memory parameters . Sander Information Systems GmbH. or via the Graphic parameters: Switch to the input values ??on the graph parameters in the graphics parameter Memory: In the program memory. When yo u select each parameter to be displayed their meaning in plain text. Blank G99 Workpiece-blank X starting value X Y starting value Y Z starting value Z I dimension in X direction J dimension in Y direction K dimension in Z direction These values ??can. or it can be set via the video Parameters: . J and K as the reference point is the workpie ce zero point In Type be. it i s necessary in Program will be a display window (G98) and a blank (G99) described. After the end of the simulation influence the following possibilities: CURSOR more Softkeyanwahl for graphics cursor DISPLAY not implemented in the software OUTPUT Softkeyanwahl for more output Test Run 4 All movements are represented in this test run in a view. After the end of the simulation influence the following possibilities: SETTING Softkeyanwahl for further representation CURSOR more Softkeyanwahl for graphics cursor DISPLAY not implemented in the software OUTPUT Softkeyanwahl for more output Test Run 6 During the test run 6. IMPORTANT: Page 2 © 2004. Holzwickede Graphical simulation MAHO CNC432/F700 Pay for the graphic simulation that the values ??either in the graphics paramete rs or are occupied in the program. in the blank "colored" is green. Drilling cycles G81 . The depths the programmed paths are shown in different colors assigned. Sander Information Systems GmbH. SETTING Softkeyanwahl for further representation CURSOR more Softkeyanwahl for graphics cursor ROTATE Rotate the graph DISPLAY not implemented in the software OUTPUT Softkeyanwahl for more output Page 3 © 2004. When milling cycles in plan view the programmed outer contours and in the Side view showing the programmed depth. a brief characterization of the connected to Software Test runs. the final contour is shown in three views. the current program is shown in 3 views. All movements are not illustrated.G86 are in the top view as circles with radius R are editi ng tool shown in side view. Graphic test runs If the values ??for display windows and blank are entered. Sander Information Systems GmbH. Holzwickede Graphical simulation MAHO CNC432/F700 Test Run 7 During the test run 7. one of the test runs be called for the simulation of a program. the current program is shown in 3 views. the current program in a 3D bar graph on the screen shown. After the end of the simulation influence the following possibilities: . the programmed depth displayed. Now before the start of the simulatio n is described. After the end of the simulation influence the following possibilities: SETTING Softkeyanwahl for further representation CURSOR more Softkeyanwahl for graphics cursor DISPLAY not implemented in the software OUTPUT Softkeyanwahl for more output Test run 5 During the test run 5.Switch to input the values ??of the parameters of graphic memory to the graphics parameter Memory: Under N2 are now entering the appropriate values ??for the blank.Movements. and the tool is carried in diameter size. This is true both for G0 and G1 to G3 . Test run 3 In this test run in cycles. 5D) 4 (2D bar graph) 5 (2.OUTPUT -----. Modifications of the simulation The possibilities for modification of the simulation in the following sections illustrated by the soft-key that can be selected depending on the test run. activate The following figures show the different graphical test runs for the annexed program listed N9023: Display test run 4 Representation of test run 5 Page 4 © 2004. Sander Information Systems GmbH. it must be active in the main-memory. Then begins the simulation. start again by the "START" Key. or you directly after the end of the simulation influence the different ways . His program. This program will now be graphically simulated can you still need to press the "START" button. the operation only once during its first appearance explained. After the simulation with the button "PROG MEM" back into the editor. Modifications to Test Run 3 After expiration of the following graphic softkeys appear: For this test run: So ftkey Level 1 -----.DISPLAY DISPLAY CURSOR: The screen shows a display window for each of the three views in line on the scr een 24 is a more soft-bar (soft-Level 2): ZOOM ZOOM >> << + PRESET RETURN ZOOM >> enlarging the displayed viewport ZOOM << . Functions that are not implemented in the software are used in this description is not considered further.5 D bar graph) 6 (3D bar chart) 7 (2.5 D simulation) Dialing from the numeric keypad. Holzwickede Graphical simulation MAHO CNC432/F700 Display test run 6 Display test run 7 NOTE: As an extension of the simulation software to the end of the simulation for a Run the graph without cutter radius compensation. In the same menu items. is then made to the described paragraph. Select the N9991 as an active program and then go as follows: Starting the simulation It is actively in-memory program will now be simulated: Press successively the keys or (single / series set) The screen will display the 'SINGLE / AUTO MENU' desTestlaufmodus to choose from .SETTING Softkeyanwahl for further representation CURSOR more Softkeyanwahl for graphics cursor DISPLAY not implemented in the software OUTPUT Softkeyanwahl for more output Simulation of the sample program In order to simulate a program. Select 3 (final contour cycles 2. Page 5 © 2004. Sander Information Systems GmbH. For the example above: * Tool is activated. Modifications to test run 4. At the end of each movement. CL (Cutter Location) switches the display of the tool center point path an (*) from /. Holzwickede Graphical simulation MAHO CNC432/F700 Several of these settings are switched simultaneously. the simulation with the "START" button is activated again. After determining the size and position of the Viewport press the START button to re-simulation. 5 and test run test run 7 After the end of the simulation. Modifications to test run 6 ROTATE CURSOR OUTPUT SETTING DISPLAY . the following soft keys are displayed (soft-Lev el 1): SETTING OUTPUT ------. It appears this is another softkey menu by choosing F1 (PRINT) and F2 (PLOT). This procedure can be repeated several times in succession. the tool size is displayed. The current coordinates of the crosshair on the screen are displayed at the top right. a circle corresponding to the Tool radius drawn. Is the right choice made. but also output on a plotte r can be. The activeness of the status is indicated by a "*" in front o f the softCaption. DISPLAY This softkey is not implemented in the software.CURSOR DISPLAY SETTING It appears another soft-selection for the graphic display (soft-Level 2): * TOOL CONT CL RAPID RETURN TOOL shows the tool size.reduces the display window to parts of the workpiece in enlarged form again to simulate. because the graphics do not print only. OUTPUT As a modification of the original menu from the controller. the display window in the three axes specified are moved. this point was for t he software supplements. Holzwickede Graphical simulation MAHO CNC432/F700 By pressing the buttons for manual operation. CONT Representation of contour cycles (*) / off RAPID Representation of a rapid moves (*) / off RETURN Return to the software level 1 Page 6 © 2004. A description of the softkeys OUTPUT DISPLAY CURSOR and read in the previous Section of this chapter. Sander Information Systems GmbH. + For the determination of coordinate values. this crosshair with the help of the keys to be moved manually process (see above) in the three axes. PRESET sets the graphics window after ZOOMING back to "original" size. RETURN Return to the previous level softkey (softkey level 1). 10 DATA TRANSFER / PRINT General If you want to take the DNC to the machine. The intersection the right of the graph shows the rotation. you should always make sure Take care that in the constant memory of the machine and the PC constants 770-77 6 are set correctly. With the keys to manually process the rotation is set. that the resolution of graph with increasing speed becomes worse. press the button c) again to set to 100%. When raising the speed should be noted. Then there any difficulties can be used with the Cables are connected. To review. we give you in the following Representation of an assignment of the data cable. Rotation about the X axis Rotation about the Y axis Rotation about the Z axis After pressing "START". Also important for the transmissi on N799 is the constant that determines which programs (program numbers> N9000 or transferred from N1). returns to the RETURN soft-key lev el 1 back. as described above. We recommend the following settings: Constant meaning the PC to the machine N770 V24 Interface Assignment 1 or 2 0 N771 output code 1 (= ISO) 1 (= ISO) N772 Automatic code detection 0 0 N773 transfer protocol 0 (RTS) 0 (RTS) N774 header / trailer 30 30 N775 Number of stop bits 1 1 N776 Read baud rate / read 2400 2400 NOTE: The baud rate constants in the N776 is only an example. the graphics in the default viewing angle activated. we can not give any general advice. If you have checked both the machine and the PC this data.The softkeys SETTING OUTPUT DISPLAY and DISPLAY are the same opportunities. For this. Baud rates up 9600 provide for the transfer of any problems. press the button To increase or decrease the speed you hold the keys button until you reach the desired speed. press the button b) raise. With the F3 so ftkey this Function is selected. Preset resets the graph to its initial value. The graphic rotation (ROTATE) is only possible in the test run 6. however. you should have with the DNC no difficulties. This makes the particularly noticeable in the circular display. the speed of the simulation can be influenced: The simulation speed a) minimize. left: PC cable with DB25 connector right: machine with cable connector . since the commercially available RS232 interfaces are not standardized. Simulation speed influence During the simulation. Screen in line 21 indicates the program number N of the program to be read. Page 2 © 2004.DB25 left: PC cable with 9-pin connector right: machine cable with female 25 pole Before installing or retrieving data from the external device with the appropria te Data cables provide. illegal word or sentence length) detected. Sander Information Systems GmbH. Also. the controller checks / PC software. Sander Information Systems GmbH. the active program can be read at any time. Pay attention to the operational readiness of the external device. The numbers of the read-in programs are available after completion of transfer a t the End of program number list. follo wed by F2 (START) will be resumed. With the F4 function key (CANCEL). Notes: Please ensure that the external device from which data in the control / PC Softw are to be read. The screen displays the program number list of the corresponding memory. The programs are read sequentially. Page 1 © 2004. both together all the programs (ALL MEMORY). After termination. the downloading automatically. Read all programs Select main or subprogram memory. On The screen will display the appropriate error message. Reading a single program Select main or subprogram memory. send ready. Holzwickede Data transmission MAHO CNC432/F700 Reading in and out of programs The part programs (main and sub-programs) in all modes of Control can be switched on and read. Then press the keys In line 5. Press the ENTER key. all acquired Data for errors. If an error (illegal signs. Move with the cursor keys "UP / DOWN" cursor to the line "ALL MEMORY ". This is a partial program should then be subsequently deleted. as well each program individually read from external data sources. Holzwickede Data transmission MAHO CNC432/F700 Then enter the ten-key number of the program to be read. illegal address. and to reread under identical number is not possible. then display the message "IN" (= read from an external device). The data transfer can be paused at any time by pressing the F3 key (STOP). It is possible. otherwise no Program with that name can be read more. With the softkey F5 (RETURN) to switch back to its original state. the data transfer stopped at any time be. It appears on the screen Program number and the block number of the program. The screen displays the program number list of the corresponding memory. because the data are not complete. the last transmitted to the control program / in the PC s oftware to delete. it will be read. Then press the keys . Reading programs When reading programs. the control breaks / PC software. The read-in program at the end of the list. the cursor jumps to the first number of the pr ogram Program numbers list. then display the message "OUT" (= read on an external device). The screen displays the program number The respective memory. The programs are read out sequentially. then F2 again be continued. the program number and the record numbers the program to be read. the data transmission can be interrupted at any time. A pause or cancel the selection process is just as possible as the Scanning. Reading programs It is possible. as well each program individually read out to an external disk. Holzwickede Data transmission MAHO CNC432/F700 Screen in line 21 indicates the program number N of the program to be read. The data transfer can be paused at any time by pressing F3. It appears on the screen Program number and block number of the program which is read out. With the F4 function key. Read all programs Select main or subprogram memory. The screen displays the program number The respective memory. Retrieving a single program Select main or subprogram memory. Then press the key "DATA I / O" and "F3". and to reread identical Number is not possible. the followi ng Data is read out one or more: Tool data memory Parameter storage Points memory Graphic parameter storage . Move with the cursor keys "UP / DOWN" cursor to the line "ALL MEMORY ". Reading in and out of other data In the manner described earlier (Reading / Reading of all programs). Press the "ENTER". Then enter the ten-key number to be read out of the program.DATA IN / OUT F2 In line 5. send ready. both together all the programs (ALL MEMORY). Then press the keys In line 5. Notes: Please ensure that the external device from which data in the control / PC Softw are to be read. Screen appears in line 5. After Demolition is the last program transmitted to the controller / software in the P C again To delete. since the data is not complete. Page 3 © 2004. the program number and the record numbers. then the screen will show the code. The einzulesende program is searched on the external device and then into the Control / PC software loaded. then the Code. Pause and Cancel are like when scanning also possible. Notes: The record number of the program can also be read with the help of the keys for the Cursor control to be sought. Sander Information Systems GmbH. After completion of the download. Example: You have a NEC P6 printer.pan IBM graphics printer prtdef. By default. Enter the Commands cd m700 <RETURN> one. Sander Information Systems GmbH. The next time you start the software. After you have restarted your compute r. you should make sure that the printer is actually connec ted is.Offsets Print At the end of the simulation (end of program: M30). Page 4 © 2004. Please. please see the following list: Epson or compatible FX/FX85 prtdef. we have over here listed printer drivers developed. Enter the copy command: copy prtdef.eps IBM Graphics Printer II prtdef.nec prtdef.pan C. You are now in the correct directory. Over the years.nix Behind the printer name we have listed the corresponding printer adjustment. first turn to the directory where the software is installed.eps Star prtdef. you can then print correctly. Before now. Most drivers are on your installation diskette. you can this quite easily connect to the software. Behind another softkey menu appears with the Options F1 (PRINT) output to the printer F2 (PLOT) output to the plotter .eps Siemens PT88 prtdef.eps Mannesmann Tally prtdef. We be glad to help.eps Riteman II prtdef.pt8 Panasonic KX1090 KX1092 or prtdef.ITOH prtdef. the following steps to Follow print your data. an Epson-compatible printer is set. you can print the graphic. Holzwickede Data transmission MAHO CNC432/F700 Now select from the list of your printers and copy the correct printer adjustmen t into the software. Print the graph Appears after the first run of the simulation in line on the screen 24 under the softOccupancy of the F2 text "OUTPUT".i52 NEC P6 prtdef. T he Printing is connected to a graphics-capable matrix printer via the parallel Port on your computer is controlled.mah After the copy operation is complete (message: 1 file (s) copied / 1 file (s) co pied) switch with the command cd \ back to the main directory. the supplied by us on the disk. If you have another Printer use.ib2 IBM 5202 Thermal Printer prtdef. If you have a printer that is not listed. please call us. ask. and wherein the software is installed on well with the disk is copied.nec Okidata Microline Elite / 182/192 prtdef.eps Nixdorf printers prtdef. Find the printer you are using in the above list. The plotter pens 1 and 2 are used to draw the axis of the cross and the blank. The plotter can be either on the serial port COM1: or COM2: to be connected. Examples: T1 pin 3 T2 pin 4 T3 pin 5 T4 pin 6 T5 pin 3. you can stop the simulation as usual. The plotter must be set accordingly. Now press the 6 key on the numeric keypad. * Covers the end of the description of the contour is not down with the G203 programmed starting point. The commands correspond to the plotters of the HPGL language and are on an HP 74 75A Plotters tested. The expression of the graphic starts . Plotting Plotting the graph is possible after the end of the simulation. . the macros for the Calculated execution. The controller determines. There. one or more Starting points for milling. Page 6 11 CONTOUR MILLING CYCLE BAG General The contour pocket milling cycle. The call for the plotter is the MAHO keyboard similar to the call of printing via the function keys. the actual expansion of the F700-control softw are dar.Now to print the graphic. depending on the shape and position of the pockets an d islands. This cycle can be any pockets of lines and circles milled be. Notes: * The bag must be closed contour. Then press the button "DATA I / O" appears on the screen. Then. Sander Information Systems GmbH. looking Use the cursor control keys for the program whose listing you want to print. Since these starting points may be pre-drilled have. Printing of program listings Select the main program or subroutine numbers numbers-list. this operation by the programmer to call a separately designated Macros are provided. The listing of the selected Program will be printed. The setting for the serial transmission is done automatically in the software an d is Page 5 © 2004. and only if all macros are computed and stored begins the processing of the contour. the "DATA I / O MENU ". between two points a linear path assumed. The plot begins when you press the button. Upon completion of printing. Holzwickede Data transmission MAHO CNC432/F700 COM1: 9600 baud EVEN PARITY 7 data 2 stop bits determined. press the function key bar shown above the F2 key (PLOT). This. The choice of the plotter pens 3-6 in cycles over the tool invocation. etc. press the F1 key. N2 .. N100 G206 end of an island contour (2) N101 G202 end of the pocket contour N102 . M6 N51 G54 M3 N52 G200 macro generate N53 G81 drilling cycle to N54 G22 N = Enter the macro number.... The function of G200 is the "trigger" of a contour pocket milling cycle and must be alone in a Block. The following information is required: N record number G 201 the beginning of a contour pouch Y machining allowance Z pocket depth (total) B clearance Tool radius R I average width of the cutter in% J synchronous / counter-rotation K infeed F Feed N1 = number macro N2 = starting point of macro-number F2 = feed for feeding .... Holzwickede Contour pouch MAHO CNC432/F700 Explanation of functions G200 In the case of the emergence of function in a program to further G200 pocket fun ctions sought. * The post-processing a contour is in the same direction as the Description of the contour. is collected under the AP N55 G201 beginning of the pocket contour N56 G203 contour description N57 . Sander Information Systems GmbH. Nerve.. . * The construction of a contour pocket-program must ensure that all operations can run a properly-follow fixed order: Program Structure % PM N99901 N1 G17 .. Is found after the function G200 G201. N90 G206 end of an island contour (1) N91 G205 top of an island contour (2) N92 ... . M30 Page 1 © 2004.... N50 S. N80 G204 end of the pocket contour N81 G205 initial contour of an island (1) N82 . then a pocket macro for the auszuräumende Pocket generated.....* G63 and G64 can only be used with absolute coordinates.. N . N . * If points are used.. N . the definition... T.. N . then the points before calling be defined by G200.. The calculation will be based on the contour surface. Within the G203-set is the first point of the contour is programmed. This number must correspond to G22 (after G81 drilling) programmed macro number must be identical. Holzwickede Contour pouch MAHO CNC432/F700 The function of G204 is the end of the contour pocket description. As far as the error of this chapter for the relevant software. Holzwickede Error texts MAHO CNC432/F700 TEXT E 12 TROUBLE CNC432 The errors are listed in this chapter 'MAHO true' error messages. The following addresses are required: N record number G203 beginning of the contour pocket End point coordinate X in X Y end point coordinate in the Y End point coordinate Z in Z P points defined number N1 = number of macro rework. G205 and G206 G205 and G206 with the functions are islands within the pocket auszuräumenden are to be retained is limited. G206 completes the description and sets the end of the island description. In the foll owing Rates are set to further contour points. All describe the following sentences after the G205 contour points of the island . The only additional condition: It must not be programmed tool axis. With N1 = the number macro is defined. The function has only in a block. in which the contour is stored. G205 describes the first contour point of an island. G204 Page 2 © 2004. the Texts are the control or the control documents have been removed. based on the Prog ram Zero start. Example: Page 3 © 2004. An indication of this point of polar coordinates is also permitted. ie. Sander Information Systems GmbH. G206 stands alone in a sentence. The starting point of the contour pouch has an absolute value. if not programmed. the texts were al . G202 The function of G202 terminates the processing of the entire contour pouch. Sander Information Systems GmbH. this can be entered in the G201-B-word sentence under the be. a macro generates B1 = angle B2 = polar angle L2 = length of polar Other addresses are in a G203-set is not allowed. G203 The actual description of the contour auszuräumenden G203 starts with the G-functi on. For the determination of th e points the same conditions as the function G203. When The island stands out.When processing the workpiece at the rate charged for that location (starting po int) The pocket is milled. With N 2 = the macro number is determined from which the calculated initial poin ts for the further processing to be undertaken. predetermined by feed rate in MC) 'Y' error: Y-axis error Y01 (pre-linear measuring system) Y02 (alarm Messystemfehler) Y03 (faulty power supply of the measuring system) Y04 (exceeded maximum error) Y05 (software limit switch reached) Y05 (software limit in the graphics window) Y06 (Calculated velocity of the axis is too large. after pres sing Press 'Prog Mem' then the entire text. '#' Error: System Error # 01 (System Error) # 02 (calculation error) # 03 (temperature in the NC is about 55 degrees Celsius) # 05 (emergency stop message from the machine tool) # 96 (software error: division by zero) # 97 (software error: overflow) # 98 (Software Error: unexpected interrupt) # 99 (Software Error: debug) 'X' error: X-axis error X01 (pre-linear measuring system) X02 (alarm Messystemfehler) X03 (faulty power supply of the measuring system) X04 (max. This function is a modification the PC software. the error number appears at first. given by Rapid traverse in MC) Y07 (zero-speed monitoring has been activated) Y08 calculated (speed of the axle too large. therefore. If. given by Feed rate in MC) 'Z' Error: Z-axis error Z01 (pre-linear measuring system) Z02 (alarm Messystemfehler) Z03 (faulty power supply of the measuring system) Z04 (max.so for the software over the other texts are here for completeness with included. given by Rapid traverse in MC) Z07 (zero-speed monitoring has been activated) Z08 calculated (velocity of the axis is too large. the software fails. predetermined by feed rate in MC) 'S-Error: spindle error S01 (pre measurement system) S02 (alarm Messystemfehler) S03 (defective power supply of the measuring system) S04 (exceeded maximum error) S05 (in window position does not reach M19) . Sander Information Systems GmbH. Holzwickede Error texts MAHO CNC432/F700 Z06 (Calculated velocity of the axis is too large. exceeded error) X05 (software limit switch reached) X05 (software limit in the graphics window) X06 (Calculated velocity of the axis is too large by rapid traverse in MC) X07 (zero-speed monitoring has been activated) X08 calculated (velocity of the axis is too large. exceeded error) Z05 (software limit switch reached) Z05 (software limit in the graphics window) Page 1 © 2004. G70/G71) P31 (programmed speed out of range) P32 (repeat J 0 was programmed with G14. G29 record numbers in the part program / macro does not exist) P09 (G22 sought macro program not found) P10 (G22 macro program is nested more than 8x. M14. M13 or M14 programmed) P16 (called points are not defined) P17 (programmed axis is not available) P18 (read error in the active program . G14 more than 3 times nested) P11 (G22 return from the macro is not possible because the block after G22 was deleted) P12 (G14. M4. G89 Tool radius not programmed) P24 (I-value for G87. G77) Page 2 © 2004. it has been read a metric program . G89 less than 1% and 100% greater than input) P25 (For M3. but no M3. Sander Information Systems GmbH. In NC does not exist or were incorrect M is called . NC on Inches. G88. G87. G29. but does not define a cycle) P15 (G79 cycle is called. G88 and G89) P21 (E parameter divided by 0) P22 (G14-swapping jump start and end. not a programmed S) P26 (values ??of machine constants out of range) P27 (programmed T number is. M13. G3) P06 (tool axis mirror-G73. but not probe constant over activated) P41 (G23: no program number is specified) P42 (G23: programmed record not found) P43 (G23: programmed program not found) P44 (G23: editing must be completed for call) P45 (G23: editing must be completed for return) P47 (M3/M4 active during probe) . a cycle has been called-G79) P07 (programmed parameters to size) P08 (G14.'W' Error: Handradfehler W1 (pre measurement system) W2 (alarm measurement system) W3 (faulty power supply of the measuring system) 'P' errors: programming errors P01 (Invalid word programmed in a block) P02 (required address as missing in G04 X) P03 (invalid G-function) P04 (program no feed) P05 (4th axis is an axis of rotation and it has been programmed G2. G29 was a teach-in 'program) P13 (programmed circular motion with G43/G44) P14 (G79 programmed. T50 with magazine with 24 tools) P28 (called E-parameters are not defined) P29 (E parameter calculation range is too large) P30 (NC to metric. Holzwickede Error texts MAHO CNC432/F700 P33 (4th axis is not linear axis G20 active) P34 (programming error in the next block at G41. it is a Customs program has been read -G70/G71. M4.NC system error) P19 (when called from G43/G44 are programmed positions and actual positions identical) P20 (tool radius is greater than the programmed radius-G41. G42.for example M6. check block number) P23 (at G87. G42 and G11) P35 (programmed end point is not on the circle) P36 (collision of the probe during rapid motion within the measurement cycle) P37 (measurement target was not found) P38 (measured difference values ??are greater than given tolerance in G49) P39 (no real difference in the values ??of tolerance or G50) P40 (measuring cycle program. G87.P48 (with active rotation function is not allowed) P49 (. G89) P50 (geometric programming error) P51 (line with dot not allowed) P52 (line with angle is not allowed) P53 (with straight and angle point is not allowed) P54 (line with the point of contact is not allowed) P55 (line with intersection is not allowed) P56 (chamfer not allowed) P57 (circle endpoint is not allowed) P58 (circle with center not allowed) P59 (circle with the point of contact is not allowed) P60 (circle with intersection is not allowed) P61 (no intersection of two lines) P62/P63 (no intersection line-circle) P64 (not a point of contact circle-circle-line) P65 (no rounding possible straight-circuit) P66 (no rounding possible circle-circle) P67 (R-curve is too large between two intersecting circles) P68 (not the point of contact between a straight line and circle biting) P69 (R-curve is too large between straight and schneidendemKreis) P70 (rounding is not allowed) P71 (undefined rate) P72 (set not allowed) P73 (the beginning point of the straight line is the circle center) P74 (K1 = J1 = or R1 = not allowed) P80 (fault geometry in the first sentence) P81 (error after line) P82 (failure to straight bevel) P83 (error after straight-line bevel-contact) P84 (failure to straight bevel-touch straight-rounding) P85 (error after just rounding) P86 (rounding error for straight-line contact) P87 (rounding error for straight-line touch-round) P88 (error after straight-line contact) P89 (error after straight-line touch-round) P90 (error on the cutting line) P91 (failure to cut straight round) P92 (error after contact line) P93 (failure to touch just rounding) P94 (error after cutting circle) P95 (failure to cut circular touch-line) P96 (failure to cut circular touch-line approximation) P97 (failure to cut circular rounding) P98 (rounding error on the cut-circle-line contact) P99 (rounding error on the cut-circle-touch straight-rounding) Page 3 © 2004. Holzwickede Error texts MAHO CNC432/F700 P100 (error after contact circle) P101 (error after touching circular contact line) P102 (error after touching circular touch-line approximation) P103 (error after touching circular rounding) P104 (error after rounding-touch touch-circle line) P105 (error after rounding-touch touch-circle-line approximation) P106 (error to district) P107 (circular error after rounding) P108 (circular error after rounding-line contact) P109 (circular error after rounding-touch straight-rounding) P110 (replacement tool parts in the program) . G88.G41. Warning: >> programmable tool radius radius . Sander Information Systems GmbH. G42. 4) M22 (EPROM checksum error 5 .N9000 .RAM memory) M02 (checksum error tool storage RAM memory) M03 (checksum error background memory machine constants) M21 (EPROM checksum error 1 . and probe collision outside the measurement cycle) O25 (The number of call numbers is greater than in MC43 entered) O26 (same call number is already in the PE storage) O27 (tool is already a replacement tool) O28 (the calling number is not in the PE storage) O29 (no call number assigned) O49 (soft-lock program was closed) 050 (storage area is in use) O51 (number of channels is greater than in MC85 entered) Page 4 © 2004.NC system error) D18 (memory size is too small to enter MC2) D19 (after = sign or incorrect address information . Sander Information Systems GmbH. Holzwickede Error texts MAHO CNC432/F700 'D' Error: Data entry and read error D01 (reading machine tool offsets or constants at Executing a program) D02 (no record number is read) D03 (program number to be read. E or P No programming .range is exceeded) O10 (program number already assigned) O11 (program number is not sought) O12 (no program number is entered .NC system error) O15 (in playback stored in a set of four axes) O17 (at block search in teach-in / Playback M30 was found) O18 (memory size is too small to enter MC2) O19 (= to mark incorrect address or data-eg E1 = N-entered) O20 (invalid G function in programmed playback) O21 switch (to teach in.8) M23 (EPROM checksum error 9 -12) M60 (checksum error workpiece program and macro program memory) 'O error: error handling O01 (change of a program or macros during editing) O02 (enter any set number) O03 (looking for record number not found) O04 (Read error-NC system error) O05 (more than 80 characters written in one sentence) O06 (record number already assigned) O07 (warning: Program memory is full) O08 (program memory is full) O09 (invalid N.for example.'M' Error: Memory error M01 (MC-memory checksum error .N9999999) O14 (for G41/G42 read error in the next sentence . when a sentence is active with G11. or several points to be processed in one sentence) O22 (same place several numbers in the tool memory) O23 (MC-constant out of range) O24 (M3/M4 during probe is active. E1 = N) D25 (the number of call numbers is greater than in MC43 entered) . D. not found) D04 (Read error-NC system error) D05 (kit includes more than 80 characters) D06 (kit number is already assigned) D10 (program number already assigned) D11 (program number is not looking at reading) D12 (no program number programmed .up N9999999 N9000) D13 (Invalid RAM size entered) D14 (for G41/G42 read error in the next sentence . on the machine N100 Q20) D45 (minus sign programmed with an address where no minus sign allowed to stand) D46 (in an address number of = characters .cutting performance monitoring) Page 5 © 2004. there was a customs program eingelesen-G70/G71) D49 (memory block during DATA I / O) D50 (storage area during processing DATA I / O) D51 (number of channels is greater than in NC85 entered) D80 (DNC not synchronized) D81 (broken line) D82 (character design is not correct or destroy data.for example. E1 = E2 = E3 =) D47 (program number to be read not found) D48 (NC to metric.eg% QM) D44 (read-in address is not used-for example. an invalid characters N9001% PM) D38 (without address information) D39 (record number. for example.Auslesen was interrupted) D35 (programmed small program number N9000) D36 (memory read when selection is missing My Program .eg% PM . Sander Information Systems GmbH. and it was the first and second call number then offered the first number) I 21 (Start an external program without a call number) I22 (external called program is being changed) I23 (The call number is no program number is assigned) I24 (The call number is assigned a program number that is not in the program mem ory is) .Schwellwert was .Schwellwert was passed . Holzwickede Error texts MAHO CNC432/F700 I14 (tool change a tool. T-number or machine number is not constant on Beginning of a sentence written) D40 (programmed sequence of characters as invalid-X123 = Y345) D41 (A readout device not ready) D42 (Baudratenfehler) D43 (invalid memory selected .average performance monitoring) I15 (second threshold has been exceeded-cutting performance monitoring) I16 (<154> is missing bernahmesignal for measurement of the tool) I17 (the tool measured value is zero) I18 (exceeded maximum measured value) I19 (2nd reading greater than 1 reading) I20 (It's been a call number to this release signal offered. incorrect baud rate) D83 (incorrect parity) D84 (end of wait) D85 (block check character is wrong) D86 (DNC computer can send not requested program) 'I' Error: Interface error I00 (interface failure) I01 (interface does not supply) I10 (broken tool is detected) I11 (warning: Tool life has been exceeded) I12 (tool life has been exceeded) I13 (Warning: 1.D26 (the same call number is already in the PE storage) D27 (tool is already a replacement tool) D28 (The calling number is not in the PE storage) D30 (address already exists) D31 (invalid characters) D32 (parity error) D33 (word length error) D34 (A-bzw.or is wrong) D37 (a word is programmed. which exceeded 1. both I-signal) I34 (tool release) was dissolved I35 (Input Spindle and Feed hold signal 0) I36 (not portholes . front / rear both I-signal) I33 (limit tool changer on the left / right. although Schwenkfräszyklus is not finished) I43 (limit switch gear position swivel horizontally / vertically. both I signal) I40 (limit pallet changer inside / outside. Sander Information Systems GmbH. not outside) I74 (pallet changer. and switches with M60 bzw. outside M60) I42 (NC start.outside M60) I37 (limit cabin window open / closed both I-signal) I38 (the program is started and no line on the table) I39 (clamped limit switch Palettenklemmung / dissolved.I27 (limit gripper open / close gripper both 0 signal) I28 (number of pallets does not match the value in MC41) I29 (missing running feedback pallet change) I30 (oriented spindle stop limit switch on / off both I-signal) I31 (limit switch tool gripper on / to both I signal) I32 (limit tool changer. both I signal) I44 (limit on indexing swivel / I signal to both) I45 (no read-in of IPC or internally of NC) I46 (limit changer right 0 signal) I47 (left limit changer 0 signal) I48 (front changer limit 0 signal) I49 (limit switch open gripper tool 0 signal) I50 (Zählimpulsfehler the tool magazine) I51 (not in position tool changer or magazine is not synchronized or Both counts are not I-signal) I52 (changer is not in left or right position) I53 (tool gripper closed while T-scan) I54 (tool gripper closed outside of M06) I55 (ATC not outside rear of M06) I56 (tool-not back within 6 sec with M06) I57 (synchronization error ATC) I58 (invalid tool location in memory) I59 (I-tensioned tensioner tool limit switch signal) I60 (invalid speed programmed at 18stufigem gear) I61 (selected for false-speed range in constant 18stufigem gear) I62 (gear not in a defined position) I63 (A limit switch oriented spindle stop error) I64 (Limit oriented spindle stop off error) During I65 (spindle-feed grip n = If n-set is 0-Signal.Frässpindel programmed speed is not reached. not inside) I75 (pallet changer.Palettenwechsel range in left and right position. both I-signal) I41 (pallet changer is not outside. Holzwickede Error texts MAHO CNC432/F700 I69 (pallet change with M61/M62 and range limit in the left / right I-position signal. windows open / closed error) I73 (pallet changer. the measurement path is interrupted) I67 (MC 200 = 0 or 3 during automatic tool change) I68 (response n = n is to be missing) Page 6 © 2004. I signal while loaded pallet) I70 (pallet changer is not released) I71 (limit range in both left or right position error) I72 (pallet changer. N has input I-signal-IPCI St 16) I66 (the infrared probe. Klemmungsfehler) I76 (Palettenklemmung not solved) I77 (Palettenklemmung not clamped) I78 (left limit line item error) . .cup changer) I108 (tool change not released .. Sander Information Systems GmbH. faulty programming parameters Q.cup changer) I109 (M functions not released .cup changer) I113 (Left pallet jack does not open) I114 (Left pallet jack is not closed) I115 (Jack does not open right range) I116 (jack not closed right range) 'G' error / 'F' Error: Graphics error G1 (programming error window) G2 (bugs blank) G20 (communication error) F786 F9701 (G78: Points defective memory / too small) F1401 (G14: Record number not found) F1402 (G14: N 1 = Block number is not programmed) F1656 (stored zero point not found) F1657 (false statement in stored offset) F1701 (nesting too large) F1102 (memory not found) Page 7 © 2004.cup changer) I112 (no feedback M6 . = . Holzwickede Error texts MAHO CNC432/F700 F102 (set can not be deleted) F1991 (E-number not known) F1993 (parameter programming errors) F1994 (eg. Macro) .) F111 (set can not be inserted) F552 (no search term entered) F874 (double block number) F1300 (error in G11) F1301 F1308 F1302 F1307 (error in G11. not horizontal) I95 (milling head gear position is not perpendicular) I96 (limit cutter head vertically and horizontally with 0 signal) I100 (lubrication pressure switch feedback signal is not 0 I101 (feedback lubrication pressure switch for 1st axis is not I-signal) I102 (feedback lubrication pressure switch for 2nd axis is not I-signal) I103 (feedback lubrication pressure switches for 3rd axis is not I-signal) I104 (feedback lubrication pressure switch for 4th axis is not I-signal) I105 (feedback lubrication pressure switch for 5th axis is not I-signal) I106 (feedback lubrication pressure switch for 6th axis not I signal) I107 (ATC not released .cup changer) I110 (tool release not solve released . but not a G1) F2203 (G22: system error.. . chamfer / radius) F1309 (error in G11: chamfer.I79 (right limit line item error) I80 (milling head gear position is not vertical or horizontal) I81 (milling head is not level) I82 (milling head is not perpendicular) I83 (Fräskopfindexierung not open) I84 (Fräskopfindexierung not) I85 (Fräskopfklemmung not solved) I86 (Fräskopfklemmung not clamped) I87 (no feedback spindle is located) I88 (not in Pinole end position) I89 (X or Z-axis does not change position) I90 (fitted brace or Mehrfachfräskopf) I91 (mold release is not solved) I92 (speed circuit provided direction to the center position) I93 (swivel swivel cycle not horizontal) I94 (milling head gear position.cup changer) I111 (tool release tension is not released . incorrect / missing value) F2303 (G22: system error. please note) F2304 (G22: N = .0: No Intersection: Circle .Straight) F6421 (J1 =: No Intersection: Straight .Circle) F6422 (J1 =: No Intersection: Circle . directory not found) F6752 (error in path specification..Circle) F6427 (K1 = . Sander Information Systems GmbH.Circle) F6481 (no tangent point: circle .straight line) F6420 (J1 =: No Intersection: Circle . parallel lines) F6414 (no tangent point: circle . incorrect / missing value) F2400 (constant false memory) F1070 (constant memory: approved only 70/71) F2401 (E parameter is not found) F2402 (E-value parameters wrong) F2404 (E parameter: division by zero) F2410 (transmission: program not found) F2411 (Receive: Program can not be saved) F2015 (B5 = angle must be positive) F8701 F8702 (error in G87) F8801 F8802 (error in G88) F4000 (G-modal function incorrectly) F4002 (G-modal function incorrectly) F5000 (no active program) F5081 F5082 (G-function unknown) F2090 F3090 F2001 (error code programming) F2041 F2042 F2100 (intersection calculation error in G2/G3 with G41/G42) F5004 (too many non-executable sets in a row) F6000 (tool number is not defined) F6001 (tool radius is not defined) F6401 (mixed dimensioning: wrong angle) F6402 (mixed dimensioning: wrong angle) F6405 (radius and end point) F6406 (chamfer and end point) F6407 (No intersection.F2204 (G22: N = .Circle) F6423 (J1 =: No Intersection: line .circle) F6480 (No intersection: circle .Circle) F6430 (corner rounding arc to line: No Radius) F6431 (corner rounding circle straight: No Intersection / Circle) F6432 (corner rounding circle straight: No Intersection / Even) F6433 (corner rounding: radius too large) F6434 (K 1 = invalid) F6440 (corner rounding circle-circle: no radius) F6441 (corner rounding circle-circle: No Intersection) F6450 (corner rounds straight circle: no radius) Page 8 © 2004. no M30 or M00) .3: No Intersection: Circle .line) F6424 (J1 =: circle) F6410 (K1 =: Corner Rounding: undefined radius) F6425 (K1 =: loop point not determinable) F6426 (K1 = . directory not found) F6751 (error in path specification.0: No Intersection: Circle .straight line) F6482 (no tangent point: Straight .Straight) F6428 (K1 = .. directory not found) F9910 (program not found) F4124 (end of program reached prematurely. Holzwickede Error texts MAHO CNC432/F700 F6451 (corner of Round-straight district: No Intersection) F6452 (corner of Round-straight district: No circle beginning) F6453 (division by zero for corner rounding) F6750 (error in path specification. layer selection G17 XY plane selection / tool Z Plane selection G18 ZX / Y tool Plane selection G19 YZ / X Tool G180 base coordinate system G182 cylinder surface coordinate system Zero offset dimension G51 deletion of reset-axis shift G52 offset value of the reset-axis No saved G53 NP-shift G54 .. incorrect / missing value) Page 13 G-FUNKTION EN / CONSTANT G-FUNCTIONS Brief overview of the existing G-functions. Fasenübergang No G63 geometry calculations G64 geometry calculations effectively Coordinate system. Sander Information Systems GmbH.F2204 (G22: N = .G59 Stored NP-shift G92 Incremental NP-shift G93 Absolute NP-shift G70 Programming in inches G71 Programming in metric dimensions G72 no mirror imaging G73 Mirror image processing Program execution G04 Dwell G14 jump command and repeat G22 subroutine call G23 program call G29 Conditional branch instruction (if E / K 0) G78-point definition Feed G25 activate feed-override G26 feed 100% G94 Feed rate in mm.. corner rounding... sorted according to the panel menu.) G95 Feed rate in mm. G141 3D tool compensation Cycles . G44 radius compensation over . (Inch / rev) Page 1 © 2004. Elementary movements G00 Rapid traverse G01 Linear interpolation G02 Circular interpolation (CCW) G03 Circular interpolation (CCW) G27 feed motion with smoothing G28 exact stop forward movement with G74 approaching an absolute position Geometry G11 Polar. (Mm / min. Holzwickede G-Funktionen/Konstanten MAHO CNC432/F700 Tool offset No radius compensation G40 G41 radius compensation left G42 radius compensation right G43 radius compensation to . VON E. 71 = METR. Holzwickede G-Funktionen/Konstanten MAHO CNC432/F700 N83 NUMBER OF PARAMETERS E (0-255) N84 PROGRAM LIST (TEXT WITH 0 =.ZU RP) N286 SOFTWARE LIMIT NEGATIVE (INK.ZU RP) N236 SOFTWARE LIMIT NEGATIVE (INK.ZU RP) N336 SOFTWARE LIMIT NEGATIVE (INK. 4 = ITA) N11-LEVEL SELECTION (0 = G17. 1 = BED. 3 = NL.ZU RP) N335 POSITIVE SOFTWARE LIMIT (INK.ZU RP) N385 POSITIVE SOFTWARE LIMIT (INK. N5 LANGUAGE (0 = D 1 = ENG. G42 (0-180 degrees) N712 POINT CIRCLE WINDOW AT XYZ (inc.) N714 MASSTABAEND.1 to 3 = 9ST) N44 CONDITIONAL JUMP (0 = ALWAYS.ZU RP) N285 POSITIVE SOFTWARE LIMIT (INK. Sander Information Systems GmbH.ZU RP) N707 closed position (70 = INCH. G18 = 1. 1% +3 = 2 +3 = 3D) . 2 = B.ZU RP) N386 SOFTWARE LIMIT NEGATIVE (INK. (0 +2 = FACTOR.) N82 NUMBER OF POINTS Definitions (0-255) Page 2 © 2004. 2 = G19) N27 NUMBER OF TOOLS (0-255) N28 NUMBER OF tool MAGAZINPLAETZE (0-255) N37 SELECTION TOOL STORAGE (0 = 3. 1 = INFO) N86 SOFTKEY PROGRAM LOCK (0 = OFF 1 = ON) N235 POSITIVE SOFTWARE LIMIT (INK.G77 bolt pattern definition G79 cycle is called G81 drilling cycle G83 Deep hole drilling cycle G84 drilling cycle thread G85 Reibzyklus G86 Ausdrehzyklus G87 pocket milling G88 Nutenfräszyklus G89 Kreistaschenfräszyklus G45 Cycle: Measure of a point G46 Cycle: Measuring a full circle G49 test the tolerance values G50 offset of the measured values Graphic G98 Description window for graphics G99 Workpiece-blank for graphics Reference systems G90 reference-measure programming G91 Incremental programming Contour pocket milling cycle G200 Calculate the railways and macros generate G201 beginning of a contour pouch G202 Abschlieen the entire contour pouch G203 beginning of the pocket contour G204 end of the pocket contour G205 initial outline of an island G206 end of an island contour G207 Move an island contour G208 as a square shape CONSTANT Evaluated constants This section of the chapter shows an overview of the constants evaluated in the software be.) ANGLE ON ROUNDING N711 G41. 1 to 6) Page 3 © 2004. 1 = OFF) Constant list For completeness.SPEICHERSPERRE (0 = OFF 1 = ON) N88 MASCH. 2 = 2pcs) N61 M EDITION FEATURES (0 = OFF. 1 = 2-4 I / O) N49 VERTICAL tool CHANGER SEQUENCE (0-1) N50 swivel (0 = OFF ON = 0.DIN-Releasing pallet (0-255 * 100MS) N40 PALLET CHANGER (0 = OFF ON = 0.WZ MAGAZINE (0-100 * 15MS) N29 tool STANDZEITUEBERWACHUNG (0 = OFF ON = 0.) N19 ISSUE SOFTW.ANZAHL PROGRAMS + MACRO (16-1000) N87 TEMP.. 1 = ISO.1 to 2) N32 tool BRUCHUEBERWACHUNG (0 = OFF ON = 0. 2 = 8EB. 1 = XON-7D.1 to 5 = ON) GRAPHICS BOARD N9 (0 = no. 1 = 2EB. 1 = 4ST. we have the following list of the other constants Date: N0 NUMBER OF I / O BOARD (0 = 1.NACH WZ TO GRAB (0-255 * 10MS) N48 WZ-CLAMP TYPE (0 = 1 I / O. 3 = L + Z) N 93 BTR-MAKRO.ABSTAND WZ-CODE (1-255) N39 VERZOEG. 1 = BCD 0.ENDSCHALTER (0 = OFF 1 = ON) N20 INPOS VERZOEG.1 to 3) N67 ACTIVATION M17/M18 (0 = OFF 1 = ON) N80 CHOICE DEMO MODE (0 = OFF 1 = ON) INDICATION OF N81 (0 = Normal. (100-150%) N746 FEED OVERRIDE MIN. 71 = METR) N16 INTERFACE SELECTION (1-11) N18 TOOL CHANGE (0 = 0. 2 = EIA) N772 AUTOM.SIZE (KBYTES 4-2304) 1st axis N100 LOCATION LOOP (0 = OFF ON = 0. 2 = CYC.1 to 3) N103 1.KOMP. 0.1 to 3) N65 H-ADDRESS ISSUE BCD (0 = OFF ON = 0. Sander Information Systems GmbH.1 to 8) N41 NUMBER OF PALLETS (0-2) N42 EXTERNAL PROGRAM CALL (0 = OFF ON = 0.) NUMBER OF AXLES N10 (3-6) N13 KOORD.) WERKZEUGRUESTPOSITION N34 (0-255) N38 FOR MIN.1 to 6 MANUEL = AUTO.KOMP. G182 = 2) N14 MEASURING SYSTEM RESOLUTION (70 = INCH.4 to 5) N63 EDITION T-ADDRESS BCD (0 = OFF ON = 0. 1 = LIN.1 to 3) . 2 = XON-3D) N774 DIO PRELOAD / CREDITS (0-120) N775 RS-232C (X1) NUMBER STOPBITS (1 OR 2) N776 RS-232C (X1) BAUD (110-9600) N799 << BLOCK NUMBER ALLOWED = 9000 (0 = ON.1 to 2) N33 TOOL BREAK TOLERANCE (0 999INK.SYSTEM SELECTION (0 = G180.1 to 2) N31 SCHNITTLEISTUNGSUEBERW. (0 = OFF ON = 0.2 = 3) N1 NUMBER OF MEASURING SYSTEMS CLOSE INGA (0-8) N2 RAM capacity (1-2304 KB) REMOTE N4 (0 = OFF 0. (0 = OFF.CODEERKENNUNG DIO (0 = OFF 1 = ON) N773 PROCEDURE DIO (0 = RTS. Holzwickede G-Funktionen/Konstanten MAHO CNC432/F700 N51 ANALOG SPINDLE DRIVE (0 = OFF.N745 FEED OVERRIDE MAX. (0-50%) N770 DIO / DNC INTERFACE SELECTION (0-3) N771 DATA CODE (0 = ASCII.1 to 2) N30 TENSIONER TOOL FUNCTION (0 = OFF ON = 0.2 to 5) N85 MAX. 1 = SCHLEPPABST.ACHSBEZEICHNUNG ASCII code (65 = 90 = A-Z) 2nd axis N105 LOCATION LOOP (0 = OFF ON = 0.1 to 2) N43 NUMBER OF EXTERNAL CALLS PROGRAM (0-255) N45 DELAY WZ-GRAB (0-255 * 100MS) EXPIRATION ABDECKWERKZEUG N46 (0 = OFF 1 = ON) N47 VERZOEG.1 = 2. ) N223 STLLSTANDSUEBERWACHUNG (0 320000INK. (0-25) BASIS POINTS NUMBER N227 ZYK.1 = NORMAL) RAPID N255 (1-320000 * INK / MIN) N256 TIPPB.) N217 DRAG RATIO 2 (128-32000INK.ZU MNP) N239 CHANGE POSITION 3 (INK.) N218 RAMPENF.ACHSBEZEICHNUNG ASCII code (65 = 90 = A-Z) N200 SELECTION TEST SYSTEM INPUT (0-8) N202 COUNT DIRECTION MEASUREMENT SYSTEM (-1.SCHLEPPF.1) N203 MULTIPL.ACHSBEZEICHNUNG ASCII code (65 = 90 = A-Z) N110 3rd axis LOCATION LOOP (0 = OFF ON = 0.) N118 4.ZWISCHEN MNP RP) N234 RPF INGEBIETSSCHALTER (0 = OFF 1 = ON) N237 WZ-CHANGE POSITION 1 (INK.KOMP.1 * 2.) N123 5.N108 2.KOMP.1 to 3) N117 AXIS 4 ASSIGNMENT (1-3 LIN.VORSCHUB RPF (* 100INK/MIN 0-320000) N209 RPF RIDE IN WINDOW SW (0-999999999) N210 DYN.SCHLEPPF.GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N221 (0-255 * 15MS) N222 POSITION IN WINDOW (0 32000INK.2 = 4) N254 IS CHANGING VALUE (-1.1 to 3) N113 3.VORSCHUB (0-320000 * 100INK/MIN) N258 TIPPB.GRENZWERT AT (0-100%) N212 G1 DYN.ZU MNP) N240 FIXED PROBE POSITION X (INK.3 to 4 = G0 + G1) RAMPENF.VORSCHUB (0-320000 * 100INK/MIN) N208 TIPPB.1 = NORMAL) RAPID N205 (1-320000 * INK / MIN) N206 TIPPB.) N128 6.ZU MNP) N243 PERIOD BEGINNING ZYK. Holzwickede G-Funktionen/Konstanten MAHO CNC432/F700 N242 KALIBRIERRINGPOSITION X (INK. Sander Information Systems GmbH.ZU MNP) Page 4 © 2004.ZU MNP) N238 CHANGE POSITION 2 (INK.4 to 6 = RED.UEBERWACHUNG (0 = OFF-32000) N211 G0 DYN.15-3840MS) N220 RAMPENF.4 to 6 = RED.ZEITKONSTANTE N219 (0.1 * 2.BETRIEB (0 = OFF 0. (0-25) N230 RPF approach direction (-1 = NEG.2 = 4) N204 IS CHANGING VALUE (-1.SCHLEPPF.XYZ = 0.4 to 6 = RED.1 to 3) N127 6th axis ASSIGNMENT (1-3 LIN.KOMP. POS = 1) N231 RPF FEED (0-320000 * 100INK/MIN) N232 RPF SLOW SPEED (0-320000 * INK / MIN) N233 RPF SHIFT (INK.) N224 GAME BALANCE (0 32000INK.FAKTOR S00/S90 (0 = * = * 1.FAKTOR S00/S90 (0 = * = * 1.ACHSBEZEICHNUNG ASCII code (65 = 90 = A-Z) N115 AXIS 4 POSITION LOOP (0 = OFF ON = 0.ACHSBEZEICHNUNG ASCII code (65 = 90 = A-Z) N120 LOOP LOCATION 5th axis (0 = OFF ON = 0. (-999999999-0) N244 PERIOD END ZYK.1 to 3) N122 5th axis ASSIGNMENT (1-3 LIN.ACHSBEZEICHNUNG ASCII code (65 = 90 = A-Z) N125 6th axis POSITION LOOP (0 = OFF ON = 0.999999999) N250 SELECTION TEST SYSTEM INPUT (0-8) N252 COUNT DIRECTION MEASUREMENT SYSTEM (-1. (0 .XYZ = 0.1) N253 MULTIPL.) N216 BREAK POINT (0 32000INK.XYZ = 0.GRENZWERT AT (0-100%) N213 LIMIT ACCEPTANCE FACTOR (0-8) N215 DRAG RATIO 1 (128 32000INK.) DRIVING ON COMPENSATION N225 (0 32000INK.VORSCHUB RPF (* 100INK/MIN 0-320000) N259 RPF RIDE IN WINDOW SW (0-999999999) .) BASIS POINTS NUMBER N226 LINEARKOMP.1 to 2 G0 = 0. ) N274 GAME BALANCE (0 32000INK.SCHLEPPF.FAKTOR S00/S90 (0 = * = * 1.VORSCHUB RPF (* 100INK/MIN 0-320000) Page 5 © 2004.GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N271 (0-255 * 15MS) N272 POSITION IN WINDOW (0 32000INK.GRENZWERT AT (0-100%) N263 LIMIT ACCEPTANCE FACTOR (0-8) N265 DRAG RATIO 1 (128 32000INK.1 * 2.GRENZWERT AT (0-100%) N313 LIMIT ACCEPTANCE FACTOR (0-8) N315 DRAG RATIO 1 (128 32000INK.ZU MNP) N288 CHANGE POSITION 2 (INK. Holzwickede G-Funktionen/Konstanten MAHO CNC432/F700 N309 RPF RIDE IN WINDOW SW (0-999999999) N310 DYN.1 = NORMAL) RAPID N255 (1-320000 * INK / MIN) N256 TIPPB.1 to 2 G0 = 0.KOMP. Sander Information Systems GmbH.999999999) N300 SELECTION TEST SYSTEM INPUT (0-8) N302 COUNT DIRECTION MEASUREMENT SYSTEM (-1.FAKTOR S00/S90 (0 = * = * 1. (-999999999-0) N244 PERIOD END ZYK.SCHLEPPF.ZU MNP) N289 CHANGE POSITION 3 (INK.) N267 DRAG RATIO 2 (128-32000INK.VORSCHUB RPF (* 100INK/MIN 0-320000) N259 RPF RIDE IN WINDOW SW (0-999999999) N260 DYN.GRENZWERT AT (0-100%) N312 G1 DYN.1) N303 MULTIPL.) N266 BREAK POINT (0 32000INK.UEBERWACHUNG (0 = OFF-32000) N311 G0 DYN.) N317 DRAG RATIO 2 (128-32000INK.UEBERWACHUNG (0 = OFF-32000) N261 G0 DYN.) N316 BREAK POINT (0 32000INK.15-3840MS) N270 RAMPENF.1 * 2.KOMP.1 = NORMAL) RAPID N305 (1-320000 * INK / MIN) N306 TIPPB. (-999999999-0) N294 PERIOD END ZYK.ZEITKONSTANTE N269 (0.ZU MNP) N290 FIXED PROBE POSITION Y (INK. (0-25) N280 RPF approach direction (-1 = NEG. (0-25) BASIS POINTS NUMBER N277 ZYK.N239 CHANGE POSITION 3 (INK. (0 .VORSCHUB (0-320000 * 100INK/MIN) N308 TIPPB.KOMP.) BASIS POINTS NUMBER N276 LINEARKOMP.BETRIEB (0 = OFF 0. POS = 1) N281 RPF FEED (0-320000 * 100INK/MIN) N282 RPF SLOW SPEED (0-320000 * INK / MIN) N283 RPF SHIFT (INK.ZWISCHEN MNP RP) N284 RPF INGEBIETSSCHALTER (0 = OFF 1 = ON) N287 WZ-CHANGE POSITION 1 (INK.1) N253 MULTIPL.ZU MNP) N242 KALIBRIERRINGPOSITION X (INK.SCHLEPPF.) N273 STLLSTANDSUEBERWACHUNG (0 320000INK.) N268 RAMPENF.GRENZWERT AT (0-100%) N262 G1 DYN.ZU MNP) N293 PERIOD BEGINNING ZYK. (0 .ZU MNP) N243 PERIOD BEGINNING ZYK.3 to 4 = G0 + G1) RAMPENF.999999999) N250 SELECTION TEST SYSTEM INPUT (0-8) N252 COUNT DIRECTION MEASUREMENT SYSTEM (-1.KOMP.KOMP.ZU MNP) N240 FIXED PROBE POSITION X (INK.ZU MNP) N292 KALIBRIERRINGPOSITION Y (INK.2 = 4) N254 IS CHANGING VALUE (-1.VORSCHUB (0-320000 * 100INK/MIN) N258 TIPPB.) DRIVING ON COMPENSATION N275 (0 32000INK.SCHLEPPF.2 = 4) N304 IS CHANGING VALUE (-1.SCHLEPPF.) .SCHLEPPF. ZWISCHEN MNP RP) Page 6 © 2004. POS = 1) N331 RPF FEED (0-320000 * 100INK/MIN) N332 RPF SLOW SPEED (0-320000 * INK / MIN) N333 RPF SHIFT (INK.ZU MNP) N338 CHANGE POSITION 2 (INK.ZU MNP) N339 CHANGE POSITION 3 (INK.15-3840MS) N370 RAMPENF.ZU MNP) .999999999) N345 CHANGE POSITION 4 (INK.KOMP.) N324 GAME BALANCE (0 32000INK.GRENZWERT AT (0-100%) N363 LIMIT ACCEPTANCE FACTOR (0-8) N365 DRAG RATIO 1 (128 32000INK. (0-25) N380 RPF approach direction (-1 = NEG.2 = 4) N354 IS CHANGING VALUE (-1.1 to 2 G0 = 0.) DRIVING ON COMPENSATION N325 (0 32000INK.) N323 STLLSTANDSUEBERWACHUNG (0 320000INK.) BASIS POINTS NUMBER N376 LINEARKOMP. (0 .SCHLEPPF.ZEITKONSTANTE N369 (0.ZU MNP) N390 FIXED PROBE POSITION 4th (INK.ZU MNP) N343 PERIOD BEGINNING ZYK.BETRIEB (0 = OFF 0.) N366 BREAK POINT (0 32000INK.BETRIEB (0 = OFF 0.ZU MNP) N389 CHANGE POSITION 3 (INK.3 to 4 = G0 + G1) RAMPENF.VORSCHUB (0-320000 * 100INK/MIN) N358 TIPPB.N318 RAMPENF. (-999999999-0) N344 PERIOD END ZYK.ZWISCHEN MNP RP) N334 RPF INGEBIETSSCHALTER (0 = OFF 1 = ON) N337 WZ-CHANGE POSITION 1 (INK.GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N321 (0-255 * 15MS) N322 POSITION IN WINDOW (0 32000INK.ZU MNP) N340 FIXED PROBE POSITION Z (INK.3 to 4 = G0 + G1) RAMPENF. POS = 1) N381 RPF FEED (0-320000 * 100INK/MIN) N382 RPF SLOW SPEED (0-320000 * INK / MIN) N383 RPF SHIFT (INK.1 = NORMAL) RAPID N355 (1-320000 * INK / MIN) N356 TIPPB.UEBERWACHUNG (0 = OFF-32000) N361 G0 DYN.) N374 GAME BALANCE (0 32000INK.ZU MNP) N350 SELECTION TEST SYSTEM INPUT (0-8) N352 COUNT DIRECTION MEASUREMENT SYSTEM (-1.ZU MNP) N342 KALIBRIERRINGPOSITION Z (INK.) DRIVING ON COMPENSATION N375 (0 32000INK.GRENZWERT AT (0-100%) N362 G1 DYN.KOMP.SCHLEPPF. (0-25) BASIS POINTS NUMBER N377 ZYK.FAKTOR S00/S90 (0 = * = * 1.ZEITKONSTANTE N319 (0.) N367 DRAG RATIO 2 (128-32000INK.15-3840MS) N320 RAMPENF.KOMP.1) N353 MULTIPL.VORSCHUB RPF (* 100INK/MIN 0-320000) N359 RPF RIDE IN WINDOW SW (0-999999999) N360 DYN.GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N371 (0-255 * 15MS) N372 POSITION IN WINDOW (0 32000INK.1 * 2.ZU MNP) N388 CHANGE POSITION 2 (INK.SCHLEPPF.) BASIS POINTS NUMBER N326 LINEARKOMP. (0-25) BASIS POINTS NUMBER N327 ZYK.1 to 2 G0 = 0. (0-25) N330 RPF approach direction (-1 = NEG.) N373 STLLSTANDSUEBERWACHUNG (0 320000INK. Sander Information Systems GmbH. Holzwickede G-Funktionen/Konstanten MAHO CNC432/F700 N384 RPF INGEBIETSSCHALTER (0 = OFF 1 = ON) N387 WZ-CHANGE POSITION 1 (INK.) N368 RAMPENF.KOMP. 1 = NORMAL) RAPID N455 (1-320000 * INK / MIN) N456 TIPPB. POS = 1) N431 RPF FEED (0-320000 * 100INK/MIN) N432 RPF SLOW SPEED (0-320000 * INK / MIN) N433 RPF SHIFT (INK.ZU RP) N436 SOFTWARE LIMIT NEGATIVE (INK.SCHLEPPF. (0 .) N416 BREAK POINT (0 32000INK. Holzwickede G-Funktionen/Konstanten MAHO CNC432/F700 N468 RAMPENF.ZU MNP) N442 KALIBRIERRINGPOSITION 5th (INK.15-3840MS) .UEBERWACHUNG (0 = OFF-32000) N411 G0 DYN.KOMP.ZU MNP) N443 PERIOD BEGINNING ZYK. Sander Information Systems GmbH.SCHLEPPF.ZWISCHEN MNP RP) N434 RPF INGEBIETSSCHALTER (0 = OFF 1 = ON) N435 POSITIVE SOFTWARE LIMIT (INK.ZU MNP) N393 PERIOD BEGINNING ZYK.) Page 7 © 2004. (-999999999-0) N394 PERIOD END ZYK.GRENZWERT AT (0-100%) N413 LIMIT ACCEPTANCE FACTOR (0-8) N415 DRAG RATIO 1 (128 32000INK.) BASIS POINTS NUMBER N426 LINEARKOMP.ZU MNP) N439 CHANGE POSITION 3 (INK.SCHLEPPF.2 = 4) N454 IS CHANGING VALUE (-1. (0 .N392 KALIBRIERRINGPOSITION 4th (INK.GRENZWERT AT (0-100%) N412 G1 DYN.1) N403 MULTIPL.) DRIVING ON COMPENSATION N425 (0 32000INK.FAKTOR S00/S90 (0 = * = * 1.KOMP.VORSCHUB (0-320000 * 100INK/MIN) N460 DYN. (0-25) BASIS POINTS NUMBER N427 ZYK.GRENZWERT AT (0-100%) N462 G1 DYN. (0-25) N430 RPF approach direction (-1 = NEG.999999999) N450 SELECTION TEST SYSTEM INPUT (0-8) N452 COUNT DIRECTION MEASUREMENT SYSTEM (-1.BETRIEB (0 = OFF 0.ZU MNP) N438 CHANGE POSITION 2 (INK.1) N453 MULTIPL.KOMP.ZEITKONSTANTE N419 (0.) N466 BREAK POINT (0 32000INK.SCHLEPPF.GRENZWERT AT (0-100%) N463 LIMIT ACCEPTANCE FACTOR (0-8) N465 DRAG RATIO 1 (128 32000INK.1 = NORMAL) RAPID N405 (1-320000 * INK / MIN) N406 TIPPB.VORSCHUB (0-320000 * 100INK/MIN) N408 TIPPB.) N417 DRAG RATIO 2 (128-32000INK.1 to 2 G0 = 0.3 to 4 = G0 + G1) RAMPENF.UEBERWACHUNG (0 = OFF-32000) N461 G0 DYN.1 * 2.1 to 2 G0 = 0.) N424 GAME BALANCE (0 32000INK.2 = 4) N404 IS CHANGING VALUE (-1.ZU MNP) N440 FIXED PROBE POSITION 5th (INK.ZEITKONSTANTE N469 (0.SCHLEPPF.KOMP.15-3840MS) N420 RAMPENF.BETRIEB (0 = OFF 0.ZU RP) N437 WZ-CHANGE POSITION 1 (INK.3 to 4 = G0 + G1) RAMPENF.1 * 2.GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N421 (0-255 * 15MS) N422 POSITION IN WINDOW (0 32000INK. (-999999999-0) N444 PERIOD END ZYK.VORSCHUB RPF (* 100INK/MIN 0-320000) N409 RPF RIDE IN WINDOW SW (0-999999999) N410 DYN.SCHLEPPF.) N418 RAMPENF.999999999) N400 SELECTION TEST SYSTEM INPUT (0-8) N402 COUNT DIRECTION MEASUREMENT SYSTEM (-1.) N467 DRAG RATIO 2 (128-32000INK.FAKTOR S00/S90 (0 = * = * 1.KOMP.) N423 STLLSTANDSUEBERWACHUNG (0 320000INK. 1 (128 320000INK) N516 GEAR 1: BREAK POINT (0-320000 INK. (-999999999-0) N494 PERIOD END ZYK.1 (128 320000INK) N526 GETRIEBE2: BREAK POINT (0-320000 INK. Sander Information Systems GmbH.) N537 GETRIEBE3: SCHLEPPABST.GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N521 (0-255 * 15MS) N522 POSITION IN WINDOW (0 32000INK.) N512 VERZOEG.ZU MNP) N490 FIXED PROBE POSITION 6th (INK.PINOLE solving (0-255 * 50MS) N515 gearbox1: SCHLEPPABST.1 = 0 = * = * 2.BETRIEB (0 = off .GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N541 (0-255 * 15MS) N542 POSITION IN WINDOW (0 32000INK.) N474 GAME BALANCE (0 32000INK.ZU MNP) N488 CHANGE POSITION 2 (INK.KOMP. (0-25) BASIS POINTS NUMBER N477 ZYK.KOMP.ZU RP) N487 WZ-CHANGE POSITION 1 (INK.1 (128 320000INK) N536 GEAR 3: BREAK POINT (0 320000INK. (0 .) Page 8 © 2004.) DRIVING ON COMPENSATION N475 (0 32000INK.) N517 gearbox1: SCHLEPPABST.2 (128 320000INK) N528 GETRIEBE2: RAMPENF.BETRIEB (0 = off .) BASIS POINTS NUMBER N476 LINEARKOMP.KOMP.) N543 STLLSTANDSUEBERWACHUNG (0-320000INK.999999999) N500 SPINDLE MEASUREMENT SYSTEM IN (0 = OFF 0.2 * 4) N505 SPINDLE TIPPB.1-4) N519 RAMP FUNCTION TIME CONSTANT (15-1340MS) N520 RAMPENF. (0-999999999INK. (0-25) N480 RPF approach direction (-1 = NEG.1 to 8) N501 SPINDLE ENCODER RESOLUTION (0-65000) N502 SPINDLE DIRECTION MEASUREMENT SYSTEM (-1.ZWISCHEN MNP RP) N484 RPF INGEBIETSSCHALTER (0 = OFF 1 = ON) N485 POSITIVE SOFTWARE LIMIT (INK.2 (128 320000INK) N518 gearbox1: RAMPENF. POS = 1) N481 RPF FEED (0-320000 * 100INK/MIN) N482 RPF SLOW SPEED (0-320000 * INK / MIN) N483 RPF SHIFT (INK.1) STEM MULTIP.1-4) N529 RAMP FUNCTION TIME CONSTANT (15-1340MS) N530 RAMPENF.) N535 GETRIEBE3: SCHLEPPABST.ZU MNP) N492 KALIBRIERRINGPOSITION 6th (INK.) N533 STLLSTANDSUEBERWACHUNG (0-320000INK. Holzwickede .GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N471 (0-255 * 15MS) N472 POSITION IN WINDOW (0 32000INK.ZU MNP) N489 CHANGE POSITION 3 (INK.) N473 STLLSTANDSUEBERWACHUNG (0-320000INK.) N527 GETRIEBE2: SCHLEPPABST.1-4) N539 RAMP FUNCTION TIME CONSTANT (15-1340MS) N540 RAMPENF.GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N531 (0-255 * 15MS) N532 POSITION IN WINDOW (0 32000INK.) N525 GETRIEBE2: SCHLEPPABST.DREHZAHL (+ / -9999U/MIN) N510 ERECTING QUILL (0 = OFF 1 = ON) N511 QUILL LAENGENVERSCH.ZU RP) N486 SOFTWARE LIMIT NEGATIVE (INK.) N523 STLLSTANDSUEBERWACHUNG (0 320000INK.ZU MNP) N493 PERIOD BEGINNING ZYK.BETRIEB (0 = off .N470 RAMPENF.PINOLE TERMINALS (0-255 * 50MS) N513 VERZOEG.2 (128 320000INK) N538 GETRIEBE3: RAMPENF.S00/S90 N503 (1. FREIFAHREN N593 (0-255 * 100MS) N705 DECIMAL POINT COORDINATES (0-4) N706 DECIMAL POINT FEED (0-4) N710 BETWEEN CIRCUIT FOR UEBERGAENGEN (inc. 1 = MECH. (100-150%) N748 SPEED OVERRIDE MIN.ANALOGAUSGANGSSP.2 (+ / -360 000 * .5 (+ / -360 000 * .GRENZWERT (0-1048575 * 100INK/MIN) INPOD VERZOEGERUNGSZEIT N551 (0-255 * 15MS) N552 POSITION IN WINDOW (0 32000INK.) N553 STLLSTANDSUEBERWACHUNG (0-320000INK. 1 = Transient.001 GR) N560 M19: RUN (0 = NO.001 GR) N558 M19: NULLIMP.M41 (+ / .BETRIEB (0 = off .2 = 4) N758 GREASE ALL TIME 1 AXLE (MIN) LUBRICATION N760 (0 = OFF.G-Funktionen/Konstanten MAHO CNC432/F700 N545 GETRIEBE4: SCHLEPPABST.) N547 GETRIEBE4: SCHLEPPABST.) N554 SWIVEL MILLING HEAD SPEED (+ / -362U/MIN) N555 M19: DIRECTION (= O MATTER TO 1 = ON) N556 M19: NULLIMP. 2 = BEWEG. (0-255 * 10MS) N590 SPINDLE OFF TIME CLOCK (0-255 * 15MS) N591 SPINDLE CLOCK PULSE TIME (0-255 * 15MS) N592 SPINDLE IS MONITORING (0 = 5S.AUS STAND (+ / -1000U/MIN) N566 M19: NULLIMP.VERSCH.ANALOGAUSGANGSSPANNUNG (+ /-10000mV) N582 STUFENWECHSELAUSGANGSSP. (50-100%) N750 FEED HANDWHEEL (0-320000 * 100INK/MIN) N751 MEASURING SYSTEM INPUT HANDWHEEL (0-8) N752 HANDWHEEL FACTOR S00/S90 (0 = * = * 1.001 GR) N568 M19: D WITH ADDRESS (0 = OFF 1 = ON) N569 M19 BOLTS WITH INDEX (0 = OFF 1 = ON) N570 AUTOM.2 (128 320000INK) N546 GEAR 4: BREAK POINT (0-320000 INK.10000mV) N581 MIN.) N715 MASSTABAENDERUNG DECIMAL (0-6) N720 POCKET OVERLAP (1-100%) N723 G84 AT entry ramp (inc. 3 = INIT.4 (+ / -360 000 * .) N547 GETRIEBE4: SCHLEPPABST.GETRIEBESCHALTUNG (0 = OFF 1 = ON) Maximum Speed ??N571 AREA 1 (+ / -9999U/MIN) N575 G84: Maximum Speed ??RANGE (+ / -9999U/MIN) N579 SPEED TRANSMISSION LINE 18-STAGE (1-7) N580 MAX. 2 = NC.) N565 M19: SUCHDREHZ.1 * 2.001 GR) N557 M19: NULLIMP.VERSCH. (+ /-10000mV) N586 VERZOEG.SPINDELANALOGAUSG.) N724 AROUND TIME LI / RE AT G84 (0-10000 * 15MS) INPUTS OPENLOOP N731 (0 = OFF 1 = ON) N732 PALLET EXCHANGE WZ-BREAK (0 = OFF 1 = ON) N740 MAX.1 (+ / -360 000 * .2 (128 320000INK) N548 GETRIEBE4: RAMPENF.1 (128 320000INK) N546 GEAR 4: BREAK POINT (0-320000 INK.1-4) N549 RAMP FUNCTION TIME CONSTANT (15-1340MS) N550 RAMPENF.VERSCH. 1 = 3 wire) N785 422 (X2) NUMBER STOPBITS (1 OR 2) N786 422 (X2) BAUD (110-9600) . 1 = 1 MIN) DREHZAHLSCHALT. 1 = ISO) N783 PROCEDURE LSV-2 (0 = RTS.ABH) N761-766 LUBRICATION SWEG 1st axis-sixth AXIS (0 999999999MM) N767 LUBRICATION INTERVAL FOR STOPPED (MIN) N768 PULSE TIME FOR LUBRICATING PUMP (0-1000S) N782 LSV-2 DATA CODE (0 = ASCII.VORSCHUB (1-320000 * 100INK/MIN) N741 TEST RUN FEED (1-320000 * 100INK/MIN) N744 FEED LIMIT (2-20 15MS *) N747 OVERRIDE SPEED MAX.VERSCH.. Printer Definitions .TEMPERATUR SENSOR A (0-999 .5.001GR) N847-FIXED WIDTH PROBE (0 999999999INK) N848 RADIUS sizing ring (0-999999999INK) N850 COLLISION DETECTION PROBE (0-2) N851 PROBE KOLL.DREHZ. 1 = OFF) N797 DNC OPERATION 0 = LOCAL. 1 = DNC) N795 LSV-2 VERZOEGERUNGSZEIT (0-128MS) N796 SATZNUMMERPRUEFUNG (0 = ON.4.VERZOEG.ACHSE N831 (0-255 * 50MS) EINSCHALTVERZOEG. 0.1 * DEGREE) N807 TAKE A SENSOR INTERVAL (0-99 * 10S) N810 VERZOEGERUNGSZEIT SENSOR A (0-99MIN) MAX.1 to 12) N794 closed position (0 = DIO. we ask that you to consult with your problem to your dealer or us directly linked to : set Tions other information S s y s t eme Ltd. The facts listed can provide help for troubleshooting.N791 LSV-2 user data (80-120) Page 9 © 2004. (0-255 * 15MS) N852 PROBE MP7 AKT. Holzwickede G-Funktionen/Konstanten MAHO CNC432/F700 N792 LSV-2 WAITING TIME TO ANSWER (0-128S) N793 LSV-2 NUMBER OF RECOVERY. (0-1000U/MIN) N853 PROBE THREE TIME MP7 (0-255 * 100MS) N854 PROBE DELAY MP7.5. If these hints do not help you with your problem solving. 1 = OFF) N800 TEMPERATURE COMPENSATION (0 = OFF 1 = ON) N801 Max. D-59 4 3 9 Wood Wicked E Phone: 02 3 0 1/1 2 8 4 5 Fax: 02 3 0 1/1 2 8 3 5 Email: info @ cnc d e a s.KOMPENSATIONSZEIT (0-65000 * 50MS) TEMPERATURE TABLES NUMBER N818 (0 = 1.ACHSE N830 (0-255 * 50MS) AUSSCHALTVERZOEG..4. (0-255 * 100MS) Page 14 TIPS & TRICKS In this chapter you will find hints.1 * DEGREE) N802 MIN. Sander Information Systems GmbH.ACHSE N833 (0-255 * 50MS) N840 MEASURING SYSTEM INPUT PROBE (0-8) N841 PROBE TYPE (0 = IND. (0 = unbounded.ACHSE N832 (0-255 * 50MS) AUSSCHALTVERZOEG.1 = 2) EINSCHALTVERZOEG. 1 = INFR. 4 = KABELMT.KOMPENSATIONSWERT N813 (0-999) NUMBER OF TEMPERATURE DATA N814 (0-99) N815 TEMP.) N842 PROBE blowing time (0-3840 * 100MS) N843 MEASURING FEED (0-999999999 * 100INK/MIN) DISTANCE MEASURING POINT BEFORE N844 (0 999999999INK) N845 DISTANCE TO MEASURING POINT (0 999999999INK) N846 RESOLUTION ROTATIONAL AXIS (INK/0. tips and tricks for avoiding errors in the operation the software The notes refer to the different sections of the manual dealing However. Brick s t r. 2 = BDE READ WITH CLEAR TM N798 (0 = ON. REMOTE = 1. 1.temperature SENSOR A (0-999 . there occur here with the most common problems of the proper adjustment of Hardware. therefore not included in the above section are listed.256 BUFFERS = 50 Please. In this list the printer drivers you will find that we have developed new. be careful: The information on hard drives (C here) and paths (such as D OS.IB2 for IBM Graphics Printer 2 PRTDEF. Holzwickede Tips and tricks MAHO CNC432/F700 STACKS = 9.HP for HP Thinkjet PRTDEF.NIX for Nixdorf ND31.MAH: active printer for the software Use of extended memory For the duration of the software.sys" file that the XMS memory is accessed correctly. In this Case.PAN for 1092 and similar PRTDEF.NEC for NEC P6 PRTDEF. please answer the above question is NO. . ND33 PRTDEF. PRTDEF. the cutter radius is also used for contour calculation. etc. G44? (J) ' By default. For optimum operability for these types of software. Before you make the entries in your config file. add (in the example File in bold!): Example config. are Customization of the software Adaptation of individual simulation parameters To adjust the speed and graphics of other individual simulation parameters are In the main directory of the software program SONDERFK After calling this program will be presented in succession the following questio ns: CRC: expected radius from MEMORY TOOL or use only for TESTRUN-7 graphics? G41 evaluate.SYS file. the use of XMS memory is useful.COM C: \ DOS \ / p BREAK = ON FILES = 50 LAST DRIVE = e COUNTRY = 049.) are example only. Sander Information Systems GmbH.HPF for HP Deskjet (color printer) PRTDEF.For many printer drivers are included by default. A list of found In the chapter "Data transfer / print" in this manual.EXE DEVICE = C: \ DOS \ HIMEM. you should consider when se tting your Eighth "config. Is it But the case that you want to simulate programs (eg when a Program generator system) come already calculated the cutter radius compensation have allowed the simulation of the CRC no longer be included.SYS / NUMHANDLES = 127 DOS = HIGH SHELL = C: \ DOS \ COMMAND. C: \ DOS \ COUNTRY.sys: DEVICE = C: \ DOS \ SETVER. G42? (J) G43 evaluate.I52 for IBM 5202 PRTDEF.PRO for IBM Proprinter PRTDEF.HP1 for HP Laserjet PRTDEF. make sure the directory and on which disk the required file .OKI Oki Lase Line Panasonic KX PRTDEF.SYS Page 1 © 2006. The MEMORY TOOL entered in the Radius value is then in the simulation "only" for the representation of the mill ing cutter used. To are mostly the following settings in the CONFIG. The smaller the number is. please follow the appropriate section of the supplied Manual. skip this question. If when you first start the software keyboard is not recognized. The means that the dongle must be plugged in before starting the software. Holzwickede Tips and tricks MAHO CNC432/F700 is maintained. It is plugged with the plug side (pins) on the interface. It is better to put them to adjust the simulation speed to the value time lag between the time a block change: Delay in exchange rate (0 <180 in 1/18 seconds) The simulation speed (this is especially true for fast computers) can be best to influence change in this value. Do you want to address this . In this case the programs can only be saved when you exit the software. you can turn off this question with an 'N' Computer restart after error-abort? (J) After a serious software error. IMPORTANT: If the dongle is connected to a printer. please answer the question with NO. that at higher values ??the Circular resolution in the representation is inaccurate. If you have questions or problems with the handling or running with the ability to give us a call. So using the higher the value. the program memory of the software is stored . as well as out of paper on a printer OFFLINE. If after the computer to restart. PROGMEM-back simulation at (j) By default. Adjustment of the keyboard This step is necessary if the software be run on fast computers should. the value This is 1 (high speed (= 1/18 seconds between sets)) is set. before each simulation. Then you can plug your printer cable to the dongle. G1-simulation speed (13 <100) G2/3-Simulation-Geschwindigkeit (40 <150) Here you can change by typing in values. It is considered here. you sta rt in Root directory of the F700 software program please . Installing the hardware Prerequisite for the functioning of the program is included license dongle. In addition to the installation. Sander Information Systems GmbH. With hardware-software interprets the limitations an off printer dongle as missing and not running up. and should remain attached during the entire term of the software. By default. it is described there for the ability to run th e program necessary to install the included dongle. the lower (optical) also the speed of the simulation. Installation aids CNC432/F700 as an upgrade To install the software. The higher the value set here. The functions of the printer are not affected by the dongle. the greater the time between two sets Page 2 © 2006. Do you want to disable this feature. it must be switched this and ready Be (= ONLINE). the speed of the simulation. the software is terminated. Plug the dongle that is on the parallel port (printer port) of your Computer.G92 with B4 = X and let Y? (J) This is addressed in most control systems already approved and in the Software by default is "Enabled" state. Also make sure that your printer has enough paper. We are happy to help. the lower the simulation speed. however. You can follow the following Instructions. you can restart the TADJUSTProgram. Enter thus initially a very high number to ensure that the keyboard at the Interface is detected. this waiting time by several attempts at the necessary level "scale dow n". Signature / Signed by: Almut Sander. (CEO / managing director) This statement applies solely to the instrument described here This declaration is valid only for the named device. Commercial and industrial environments Small businesses DIN EN 50081-2 Electromagnetic compatibility Emission standard for industrial environments DIN EN 50082-1 ??Electromagnetic compatibility Generic immunity standard for residential. It so fully meets the corresponding requirements of the rules of electromagnetic peace ability. but ensures a reliable detection of the keyboard interfa ce. Aft er the start This program prompts you to enter a number between 1 and 4999th As a rule of thumb: The higher the number. Germany Device name / name of the multi-function console device + supports the use of control-related simulation systems on PC / multifunctional keyboard + coverings for handling simulations systems for machine controls on PC / Built in 1995 Applicable EC directives / regulations in force EMC Directive 89/336/EEC 89/336/EEC (electromagnetic peace ability) Applicable standards and Specifications / used standards and spezifications DIN EN 50081-1 Electromagnetic compatibility Emission standard for residential. Try until you find a value that the waiting time for the limited most necessary. Enter a value lower than the previous run of the program. If you have then after restarting the F700 software found that the keyboard is detected. . the longer the waiting time for disco very.TADJUST This prolongs the waiting time of the software for recognizing the keyboard. Commercial and industrial environments Small businesses DIN EN 50082-1 ??Electromagnetic compatibility Generic standard immunity for industrial environments Law relating to electromagnetic compatibility The construction and production of the named device strictly followed the corres ponding EU standards. Holzwickede Tips and tricks MAHO CNC432/F700 15 Declaration of Conformity / Declaration of Conformity under Article 10 and Annex I to Directive 89/336/EEC relating to electromagnetic compatibility following Article 10 and annex I of the instructions 89/336/EEC concerning elect romagnetic ability Peace Manufacturer / producer Sander Information Systems Ltd. Standards and regulations are used to name the appendix of this declaration. Sander Information Systems GmbH. Inger out Str 8 D-59439 Holzwickede. Page 3 © 2006. Sander Information Systems GmbH. Holzwickede .Page 1 © 1995.