DIN ISO 6582-1988 Shipbuilding information processing numerical control of machines ESSI format identical with ISO 6582 edition 1983《造船 机器的信息处理和数字控制 ESSI格式》.pdf

1、DK 629.12 :681.3 :621.9-52 DEUTSCHE NORM April 1988 DIN IS0 6582 Schiffbau - Informationsverarbeitung Numerische Steuerung von Maschinen ESSI-Format Identisch mit IS0 6582 Ausgabe 1983 Shipbuilding; Information processing; Numerical control of machines; ESSI format; Identical with IS0 6582 edition 1

2、983 Die Internationale Norm IS0 6582, 1. Ausgabe, 1983-04-01, ,Shipbuilding - Numerical control of machines - ESSI format“ ist unverndert in diese Deutsche Norm bernommen worden. Nationales Voort In dieser Norm ist die vom ISO/TC 8/SC 15) bearbeitete Internationale Norm IS0 6582 - 1983, unverndert w

3、iedergegeben. Diese Internationale Norm wurde unter Mitwirkung des Arbeitsausschusses HNA-G2 “Rechneranwendung“ im Normenaus- schu Schiffbau (“A) im DIN erarbeitet. Zusammen mit den Normen DIN IS0 7460 Schiffbau - Informationsverarbeitung; Linienrisse; Bezeichnung der geometrischen Information; Iden

4、tisch mit IS0 7460 Ausgabe 1983 DIN IS0 7461 Schiffbau - Informationsverarbeitung; Linienrisse; Numerische Darstellung der Schiffskrper-Geometrie; Identisch mit IS0 7461 Ausgabe 1984 DIN IS0 7462 Schiffbau - Informationsverarbeitung; Hauptabmessungen von Schiffen; Begriffe fur Rechneranwendung; Iden

5、tisch mit IS0 7462 Ausgabe 1985 DIN IS0 7838 Schiffbau - Informationsverarbeitung; Linienrisse; Datenformate und -organisation; Identisch mit IS0 7838 Ausgabe 1984 DIN IS0 8193 Schiffbau - Informationsverarbeitung; AuBenhautplatten; Beschreibungsdaten; Identisch mit IS0 8193 Ausgabe 1984 und den Nor

6、m-Entwrfen DIN IS0 55722) Schiffbau - Informationsverarbeitung; Ausrstungs- und Bauteile-Benummerung; Identisch mit ISOIDIS 5572 Ausgabe 1985 DIN IS0 74632) Schiffbau - Informationsverarbeitung; Schiffbauliche Symbole fr Rechneranwendung; Identisch mit ISOIDIS 7463 Ausgabe 1985 DIN IS0 82772) Schiff

7、bau - Informationsverarbeitung; Rohrleitungsbau; Informationsbertragung; Identisch mit ISO/DIS 8277 Ausgabe 1984 bildet diese Norm eine Normenreihe ber die Informationsverarbeitung im Schiffbau mittels Anwendung von Rechnern auf der Basis von Internationalen Festlegungen durch die ISO. Weitere diesb

8、ezgliche Internationale Festlegungen sind von ISOTTC 8/SC 15 geplant. Da angenommen werden kann, da6 Anwender dieser Norm Englisch als Fachsprache verstehen, wird der englische Original- text verffentlicht. Das Prsidium des DIN hat mit Prsidialbeschlu 13/1983 festgelegt, da6 DIN-Normen, deren Inhalt

9、 sich auf internationale Arbeitsergebnisse der Informationsverarbeitung grndet, unter bestimmten Bedingungen allein in englischer Sprache ver- ffentlicht werden drfen. Diese Bedingungen sind fr diese Norm erfiullt. l) IS0 - International Organization for Standardization - Shipbuilding and marine str

10、uctures TC 8 SC 15 - Computer application 2, Die bernahme der knftigen ISO-Normen als DIN ISO-Normen ist beabsichtigt. Fortsetzung Seite 2 bis 11 NormenausschuB Schiffbau (HNA) im DIN Deutsches Institut fr Normung e.V. DIN IS0 6582 Apr 1988 Preisgr. !inverkauf der Normen durch Beuth Verlag GrnbH. Bu

11、rggrafenstrab 6. 1000 Berlin 30 Vertr.-Nr. 2208 04.88 Seite 2 DIN IS0 6582 Englische Originalfassung Shipbuilding - Numerical control of machines - ESSI format Foreword IS0 (the International Organization for Standardization) is a worldwide federation of national standards bodies (IS0 member bodies)

12、. The work of developing International Standards is carried out through IS0 technical committees. Every member body interested in a subject for which a technical committee has been authorized has the right to be represented on that committee. International organizations, governmental and non-governm

13、ental, in liaison with ISO, also take part in the work. Draft International Standards adopted by the technical committees are circulated to the member bodies for approval before their acceptance as International Standards by the IS0 Council. International Standard IS0 6582 was developed by Technical

14、 Committee ISO/TC 8, Shjobuilding and marine structures, and was circulated to the member bodies in August 1981. It has been approved by the member bodies of the following countries: Austria Italy Poland Belgium Japan Portugal Brazil Korea, Dem. P. Rep. of Romania Czechoslovakia Korea, Rep. of Spain

15、 Egypt, Arab Rep. of Mexico Sweden Germany, F.R. Netherlands United Kingdom India Norway USSR No member body expressed disapproval of the document. DIN IS0 6582 Seite 3 Shipbuilding - Numerical control of machines - ESSI format O Introduction “The ESSI format“ originally developed by the Central Ins

16、titute for Industrial Research (SI), Oslo, Norway, is widely used for NC drawing and flame cutting machines. It has also been adopted by other manufacturers of drawing machines, flame cutting machines and controllers. The technical progress of this equipment has led to an enlarged table of machine f

17、unctions, but the lack of coordination between the various manufacturers has resulted in different, incompatible “ESSI formats“ being adopted. Difficulties in data transfer and communication be- tween different users have been the result of these individual developments. In order to avoid faults in

18、the data transfer, the normal practice is to use the same physical control tape (paper tape, magnetic tape etc.) for both the NC drawing machine and the NC pro- duction machine. As the tape must contain the operational codes for both machines, care has to be taken to ensure that codes or machine fun

19、ctions not required for a particular machine will be ignored by its controller. As this problem also applies to control systems other than those using the “ESSI format“, it will not be covered by this International Standard. As communication and the interchange of data become more and more important

20、 in the future of shipbuilding, this Inter- national Standard will create a common basis for the control of those NC machine tools that use “ESSI format“. This International Standard will guarantee compatibility of pro- grams and controllers of different origin and lead to better com- munication bet

21、ween hardware manufacturers, program originators and users of numerical control (NC) machine tools. “The ESSI format“ may be used in connection with any data code for punched cards, punched tapes, magnetic tapes etc. Use of standardized data codes is however strongly recom- mended. Revisions of this

22、 International Standard will be proposed as technical progress warrants, or as future standards are adopted which conflict with this standard. Annexes A and B form integral parts of this International Stan- dard. 1 This International Standard specifies the ESSI format. It serves as a guide in the Co

23、-ordination of system design, to minimize the variety of programs required, to promote uniformity of pro- gramming techniques, and to foster interchangeability of pro- grams between NC drawings and flame cutting machines used in the shipbuilding industry. Scope and field of application 2 References

24、IS0 841, Numerical control of machines - Axis and motion nomenclature. IS0 2806, Numerical control of machines - Vocabulary. The definitions of terms and the nomenclature used in this International Standard are in accordance with the above men- tioned Standards. 3 Words 3.1 mat classification is not

25、 specified. The length of each specific word as assigned by the for- 3.2 the first characters of a word. For three-axis machines only, address characters shall be 3.3 Dimension words shall be -incremental (although absolute coordinates can be introduced by means of functions 81 and 82) and shall con

26、tain digital data as follows : 3.3.1 ceded by an algebraic sign indicating direction. All linear increments shall be expressed in digits pre- 3.3.2 Each block shall have digits for each increment except that if the digits for any axis are all zeroes, only the algebraic sign need be inserted for that

27、 word. 3.4 Non-dimension words shall contain data as follows 3.4.1 Machine functions (auxiliary functions) shall consist of at most three (3) unsigned digits. (For designations, see annex B.) Seite 4 DIN IS0 6582 4 Blocks 4.1 The maximum number of characters per block for any particular case may be

28、derived from the format details found in annex A. 4.2 by one of the following : The end of each block of information shall be indicated a) LF (Line Feed) character; b) CR (Carriage Return) character; c) both LF and CR. To cater for control tapes using both characters (LF and CR), controllers needing

29、 only one should have the facility to ignore the other. In addition the first block of information shall be preceded by this (these) character(s1. 4.3 If an initialisation block is present, for example in the case of facilitating an automatic rewind or an automatic code detec- tion, it should be a s

30、pecial sign (% in ISO, EOR in EIA-punching code). 5 Addresses 5.1 an unsigned digit (see annex Bi. In the variable block format the axis address consists of DIN IS0 6582 Seite 5 Annex A For mat description A.l the type of curve, as follows : The number of dimension words in a block determines . a) t

31、wo (2) words give a straight line; b) five (5) words give a circular arc; c) six (6) words give a parabolic arc. A.2 are to be preceded by an address in that block. For three-axis machines, the dimension words in a block A.3 For a straight line, the two (2) dimension words will consist of the signed

32、 numerical values of DX, DY in that order (figure 1) (see A.7 for definitions). Symbol X Y DX DY xc YC XP YP TC TP A.4 For a circular arc, the five (5) dimension words will con- sist of the signed numerical values of DX, DY, XC, YC, TC in that order (figure 2). A.5 For a parabolic arc, the six (6) d

33、imension words will be the signed numerical values of DX, DY, XP, YP, TC, TP in that order (figures 3 and 4). A.6 All the numerical values mentioned in A.3 to A.5 are ex- pressed in unit increments; this unit increment being the prop- erty of any particular contouring numerical controlled machine. A

34、.7 The symbols used in this annex are defined in the list below. The description refers to a cartesian coordinate system. Definition Longitudinal axis of the reference system (right handed) Transverse axis of the reference system (right handed) Longitudinal coordinate of end point Transverse coordin

35、ate of end point Longitudinal coordinate of circle centre Transverse coordinate of circle centre Distance from starting point to axis of parabola (parabola axis parallel to transversal axis). Alternatively radius of curvature at the vertex; calculated from vertex (parabola axis parallel to longitudi

36、nal axis) Distance from starting point to axis of parabola (parabola axis parallel to longitudinal axis). Alternatively radius of curvature at the vertex; calculated from vertex (parabola axis parallel to transverse axis) Rotation direction of circle or parabola ( + when CCW rotation and - when CW r

37、otation) Type of parabola + when axis of parabola is parallel with transverse axis - when axis of parabola is parallel with longitudinal axis) Seite 6 DIN IS0 6582 Figure 1 YC DX X Figure 2 DIN IS0 6582 Seite 7 Y Positive direction of rotation I Negative parabola Positive direction of rotation I I N

38、egative direction of rotation Positive parabola Y O - ve ola Negative direction of rotation Figure 3 I L I I Negative direction Positive direction of rotation Figure 4 Seite 8 DIN IS0 6582 Code O 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 Annex B Machine functio

39、ns (auxiliary functions) (The minimum set of machine functions is listed at the end of this table.) Function Programmed stop Address of head No. 1 Address of head No. 2 Ignore ON Ignore OFF Rapid traverse ON Rapid traverse OFF Oxygen ON Oxygen OFF Punch marking ON Punch marking OFF Punching marking

40、offset ON Tool offset OFF Left bevel torch ON Left bevel torch OFF Right bevel torch ON Right bevel torch OFF Acceleration control Acceleration control OFF 3-axis control 2-axis control + X + Y (normal) +x-Y -x-Y -X+Y -Y-x +Y-x +Y+X -Y+X I Left kerf width compensation ON Right kerf width compensatio

41、n ON Explanation Enables the programmer to stop the flame cutter operation via tape. On a 3-axis machine with code 19 in operation, data with this address is directed to head No. 1. On a 3-axis machine with code 19 in operation, data with this address is directed to head No. 2. Used to allow additio

42、nal information on the tape, .e. identification, part No., instruc- tions for telex transmissions, etc. All information between “3 and “4 will be ignored by the controller. The machine will move with rapid traverse speed until this is cancelled by machine function 6. If for reasons of simplicity, ma

43、chine function 6 is not installed, then machine function 5 is applicable only to the end of the first data block following it. This machine function cancels function 5. Cutting oxygen ON (tool No. 1 ON). Cutting oxygen OFF (tool No. 1 OFF). See also codes 110. 11 1 Punch marking ON (tool No. 2 ON) P

44、unch marking OFF (tool No. 2 OFF) Moves marking tool (tool No. 2) to the previous position of centre torch (tool No. 1). Reverses the movement by moving the centre torch (tool No. 1) to its original posi- tion. The cutting oxygen is turned ON at the left bevel torch. This torch is on the left hand s

45、ide of the head looking in the direction of the head movement. Left bevel torch cutting oxygen OFF. The cutting oxygen is turned ON at the right bevel torch. This torch is on the right hand side of the head looking in the direction of the head movement. Right bevel torch cutting oxygen OFF. The mach

46、ine will decelerate at the end of, and accelerate at the beginning of, the data blocks following this machine function until it is cancelled by machine function 18. If for reasons of simplicity, machine function 18 is not installed, the machine will decelerate at the end of the next data block and a

47、ccelerate at the beginning of the subsequent block. This function cancels function 17. System set for 3-axis mode. System set for 2-axis mode. Coordinate rotation and mirror image positioning. Compensation of the torch diameter ON. DIN IS0 6582 Seite 9 Code 31 32 33 34 35 36 37 38 39 40 41 42 43 44

48、Function Left hand (portal side) Right hand (cantilever) side Master head set I (inside) Master head set II (outside) Slave head set I (inside) Slave head set II (outside) Unassigned Kerf width compensation OFF Unassigned Unassigned Dwell Burner bridge Unassigned Unassigned Explanation The use of th

49、e head addressing functions 31-36 allows appropriate commands to be addressed to a selection of heads according to the illustration below : 31 32 Master head I 1 1 Slave head I 1 I Slave head Il Master head II Portal machine facing to the front 31 32 h 34 36 35 33 i 33 35 36 36 Master head I Slave head I -i - Master head II Cantilever machine facing to the front ComDensation of the torch diameter OFF. Cancels codes 29 or 30. This function starts the delay timer causing a delay and thus improving corners of thick plates. Burners will be turned off and