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Machine-building design works in KOMPAS
In the market complex decisions on the basis of KOMPAS in mechanical engineering sphere, for automation of design and technological preparation of production (DTPP) and inclusions DTPP in a uniform contour of operation of business are offered.

KOMPAS 3D allows to realise classical process of 3D-parametrical designing – from idea to associative volume model. Comprises own system of 3D-solid-state modelling, universal system of automated designing KOMPAS-Graph and the module of designing of specifications.

New level of efficiency of an information technology is reached for the account:
- Uses of a uniform control system by the engineering data and life cycle of products in all services of the enterprise occupied DTPP;
- Management automation by through business processes of DTPP and streams of works;
- Applications of uniform sources and control facilities the is standard-help information;
- Associations of territorially remote working groups in one information field of the enterprise;
- Consolidations of all data and the documents which have been saved up in the course of DTPP, in the form of electronic structure of a product. The product structure contains in this context not only habitual design specifications, and the necessary information for manufacture planning: executions and variants of replacements, spatial models and drawings, results of testing and other calculations, the data about preparations and norms of the expense of materials, technological routes, norms on performance of operations, data on the applied equipment, history of changes of objects and documents, etc.;
- The automated transfer of the saved up data to control systems of the enterprise.

Software products in machine-building designing are subdivided in directions:
For a machine-building complex
- Designing of technological processes. Release of the technological documentation
- Industrial equipment designing
- A lay-out of industrial shops
- Designing of radio-electronic equipment, devices and an electric equipment
- Management of the engineering data and product life cycle. Storage and information protection
- Management of the is standard-help information
- 3D-designing and designing of products of mechanical engineering. 3D-modelling
- 2D-designing and designing of products of mechanical engineering. Release of the design documentation
For instrument making
KOMPAS-Electrician. In various functional configurations it is intended for designing of an electric equipment and the decision of problems electrotechnical and electronic industry.
- System of designing of compression moulds. It is intended for automation of design and technological works of designing of compression moulds for moulding of products under pressure from plastic.
- The appendix Cables and plaits 3D. It is intended for automation of process of 3D-modelling of electric cables and plaits, and also for release of the design documentation on these products.
Let's consider application KOMPAS for designing and designing in mechanical engineering.

2D-, 3D-Design Suite
3D KOMPAS-3D “Design in Engineering” V11 Std = KOMPAS-3D V11 + Library Standard Products: fastener, KOMPAS-3D + system design specifications + Library Standard Products: fastener KOMPAS-Graph
3DKOMPAS-3D “Design in Engineering” V11 Pro = KOMPAS-3D V11 + Library of Standard Products: Fixation for KOMPAS-3D + The system design specifications + Library Standard Products: Fixation for KOMPAS-Graph + KOMPAS-Shаft 3D + Library Materials and Range
3DKOMPAS-3D “Design of pipelines” V11 = KOMPAS-3D V11 + Pipelines 3D + Library Standard Products: Fixation for KOMPAS-3D + Library Standard Products: Parts and fittings for pipelines KOMPAS-3D + Library Standard Products: Parts of pneumatic and hydraulic systems for KOMPAS-3D + Library Standard Products: Details and knots of vessels and equipment for KOMPAS-3D + The system design specifications + Library Materials and Range
3DKOMPAS-3D “Design of steel structures” V11 = KOMPAS-3D V11 + Metalware 3D + Library Standard Products: Fixation for KOMPAS-3D + The system design specifications + Library Materials and Range
2DKOMPAS-Graph “Design in Engineering” V11 Std = KOMPAS-Graph V11 + The system design specifications + Library Standard Products: Fixation for KOMPAS-Graph
2DKOMPAS-Graph “Design in Engineering” V11 Pro = KOMPAS-Graph V11 + The system design specifications + Library Standard Products: Fixation for KOMPAS-Graph + KOMPAS-Shаft 2D + Library Materials and Range

Let's consider some components, appendices and libraries KOMPAS.

Let's consider Pipelines 3D.

The actual version: for KOMPAS-3D V11

Demands for work: KOMPAS-3D

Pipelines 3D – the customised application of system KOMPAS-3D intended for automation of typical works on designing of pipelines. The library is intended for use in the field of mechanical engineering and at designing of engineering networks.

The library allows to carry out following kinds of works:
- Creation of lines and performance of various operations with them;
- Placing of elements of pipelines.

Construction of pipelines by probably next ways:
- On lines existing in the document;
- On trajectories existing in the document or their elements;
- Arbitrarily.

The appendix allows to build pipelines in automatic, semi-automatic and manual modes.

In an automatic mode construction is conducted on lines, each of which can unite in herself some trajectories. This mode allows on the trajectories entering into lines, automatically to build pipes, to place tees, taps and to carry out cutting of the corners, the chosen joints of pipes.

In a semi-automatic mode pipeline construction is conducted on the chosen segments of trajectories, with possibility of arrangement of taps and performance of cutting of the corners, the chosen joints of pipes.

The manual mode allows to build separate pipes segments, or a continuous pipe, setting radiuses of bends in pipe turns.

The library also allows:
- To place elements with the task to an element of certain type of interfaces;
- To build on pipes of insert of various types;
- To carry out cutting of corners of the chosen joints of pipes;
- To rearrange end faces of pipes;
- To edit diameter and a thickness of a wall of the constructed pipes.

As standard components of the pipeline the library can use as the components created by the user manually, and components from catalogues of Library of Standard Products.

In the new version commands of work with trajectories, possibility to build a continuous pipe on curves of any type are added: to spirals, broken, to splines, control devices and other functionality.

Let's consider Metalware 3D.

The actual version: for KOMPAS-3D V11

Demands for work: KOMPAS-3D

Metalware 3D is a customised application for system KOMPAS-3D, intended for automation of typical works on designing metalware.

The library first of all is focused on use in the field of mechanical engineering at designing of various skeletons and frames from a metal rolling profile.

The design is created on the basis of forming and the chosen assortment.

ОбычныйAs generators may act as any straight-line segments thumbnails or polygonal segments, as well as straight edges of solids.

The assortment gets out of the container of templates the user manually, or is set automatically, at a choice of a copy of an assortment in Library Materials and Assortments.

Various variants of definition of spatial orientation of a design and various ways of processing of details are accessible to the user.

Updating of length of the details belonging one or several metalware is possible.

Parametres and properties of already constructed objects give in to editing.

The library fills specification section “Materials” with calculation of lengths of elements.

For simplification of work of the user library of Metalware 3D includes the container of templates which already contains assortments under domestic standards (GOST, THAT, etc.).

Library of Metalware teamwork 3D both Libraries Materials and Assortments is realised. Following variants of teamwork are possible:
- Automatic positioning on a corresponding assortment of Library Materials and Assortments after a choice of a certain assortment from a set.
- An automatic choice of an assortment from a set, and also automatic definition of necessary parametres after a choice of a copy of an assortment from Library Materials and Assortments.

Let's consider the integrated system of modelling of bodies of rotation KOMPAS-Shaft 3D.

The actual version: 6.0

Demands for work: KOMPAS-3D

The system is intended for designing and construction of 3D-solid-state models of shaft, plugs and cylindrical spur gear wheels of internal and external gearing in the environment of KOMPAS-3D.

It provides construction of cylindrical and conic steps of a shaft, and also type steps “hexahedron” and “a square”. Flutes of the various form (their formation the special Library of flutes for KOMPAS-3D, entering into the complete set of delivery KOMPAS-Shaft 3D provides) can be additional elements of steps.

System KOMPAS-Shaft 3D is integrated with Library Materials and Assortments – it is possible to choose a material of a projected detail from it.

The models created by means of library KOMPAS-Shaft 3D, can be then are edited by means KOMPAS-3D.

KOMPAS-Shaft 3D is the invaluable assistant at designing of bodies of rotation and calculations of elements of mechanical transfers, gives the chance to present visually the designed detail and in tens times increases speed of designing and release of the design documentation.

Let's consider system of designing of springs KOMPAS-Srring.

The actual version: 6.2

Demands for work: KOMPAS-Graph

The manufacturer: ASCON

Module KOMPAS-Srring functions in the environment of KOMPAS and provides performance of design or verifying calculations of cylindrical screw springs of a stretching and compression. By results of calculations the drawings of springs containing kinds, technical requirements, diagrammes of deformations or efforts, with the subsequent generation of 3D-models can be automatically generated.

Techniques of GOST 13764-86 are put in a program basis, GOST 13765-86, GOST 3057-90.

Calculation is carried out at a minimum quantity of the initial data and guarantees reception of parametres of a spring necessary for the designer at its minimum weight.

During calculation the designer can vary parametres of a spring for reception of the best result; for each set of the initial data some variants of the springs as much as possible satisfying set conditions and criteria of durability are defined. Results of calculation can be kept for the subsequent performance of construction or are unpacked.

The system of designing of springs KOMPAS-Srring is integrated with Library Materials and Assortments – it is possible to choose a material of a projected spring from it.

At creation of the drawing of a spring automatic construction of portable kinds, diagrammes of deformation or efforts are possible a choice of types of hooks, automatic dimensioning.

As practice of users shows, KOMPAS-Srring allows to raise at 15-20 time speed of designing of springs and documentation release on them.

Let's consider system of recognition of 3D-models.

Demands for work: KOMPAS-3D

The manufacturer: ASCON

The system of recognition of 3D-models expands exchange possibilities with mathematical models between the organisations using various CАD-systems, allowing to distinguish an image of model KOMPAS-3D imported through an intermediate format (XT, АCIS, STEР, IGES).

The basic advantage of System – as a result of transformation turns out 3D-model with a construction Tree that provides fast and convenient modification of the imported model.

Besides, application of this appendix allows to reduce considerably time for a reconstruction in KOMPAS-3D the models received from others CАD-systems.

Let's consider animation library.

The actual version: 1.1

Demands for work: KOMPAS-3D

The library allows:
- To simulate movements of components of a product in the course of real work (the interfaces of details imposed by the user in the course of designing of 3D-assemblage) can be used. For these purposes the Library allows to set both movings of components, and their rotary motion.
- Automatically to check possible collisions (impact of details) in the course of movement for revealing of errors in designing.
- Visually to simulate process “dismantlings-assemblages” products for application in interactive electronic technical managements.
- To create the diagramme of consecutive positions of the mechanism – “to film gramme” (a set of consecutive shots in a format *.frw – fragments KOMPAS-Graph).
- To write down a movement videoclip in a format аvi. Reproduction is possible as on a current step of animation, and as a whole.

Animation consists of consecutive steps. On each step it is possible to set various kinds of movement of details and movement parametres (speed, frequency of rotation, time).

The scenario of process of animation remains in a text file of a standard XML-format.

The library of animation not only considerably raises quality of designing of products in whole, its presentation and convenience, but also and strengthens competitiveness of the organisations performing design works, at stages of performance of competitive projects.

Let's consider library of picture of reality.

The actual version: 1.0

Demands for work: KOMPAS-3D

The library is intended for creation of the photorealistic image of 3D-model of a detail or the assemblage designed in KOMPAS-3D.

The library of picture of reality gives possibilities for creation of effective images of a product and their use in presentations and the advertising documentation.

For convenience of work in library the mode of interactive rendering that allows to carry out preliminary display of model with the structures appointed in a scene is realised.

- A choice of materials from the wide list of the built in library (various kinds of metals, a tree, a stone, plastic and many other things).
- Adjustment of properties of a material, such as colour of the surface, reflecting ability, smooth surface, a transparency, a roughness and a structure.
- Appointment of materials to assemblages, details, operations and surfaces is possible.
- Preliminary viewing of materials, a scene and light sources for reduction of time of reception of the photorealistic image is realised.

Light and shades
- Instructions of sources of a diffused light, projectors, dot and remote sources.
- Simple management of shades taking into account a transparency of objects.
- Appointment and editing of colour and intensity of any light source.

- Background creation in style of a photographic studio for strengthening of effect of display of details and assemblages.
- Addition of a wide spectrum of scenery to a landscape and their preservation in a model file.
- A call of preliminary created scenes, including light sources, a background and scenery.
- A choice of a standard scene for fast creation of the qualitative image.
- Import of a background from standard graphic files (JРEG, TАRGА, TIFF, BMР).

Labels and inscriptions
- Creation of the user inscriptions and labels for a product.
- The task of the size, an arrangement and a transparency of inscriptions.
- Appointment of several inscriptions and labels to one detail KOMPAS-3D, an element or a side.

The Photorealistic image
- The image is deduced in own window of library.
- There is a possibility of preservation of the image with the demanded permission in a standard format, such as JРEG, TАRGА, TIFF, BMР.

The library of picture of reality allows to create with the least expenses in KOMPAS-3D the qualitative image of a projected product or a construction long before its release in a life or buildings.

Let's consider system 3D-of the strength express analysis АРM Studio FEM.

The actual version: 9.6

Demands for work: KOMPAS-3D

Module ARM Studio FEM is intended for performance of calculations of the solid-state objects received in system KOMPAS-3D, and visualisation of results of these calculations.

Structure ARM Studio FEM includes tools of preparation of assemblages to calculation, tasks of boundary conditions and loadings, and also the built in generators of an is final-element grid (both with constant, and with variable step) and the postprocessor. This functional set allows to simulate solid-state object which can be received in system KOMPAS-3D, and in a complex analyse behaviour of settlement model at various influences from the point of view of a statics, own frequencies, stability and thermal loading is direct in module ARM Studio FEM.

For creation of is final-element representation of object in АРM Studio FEM function of generation of the Ke-grid by which call there is a corresponding splitting of object to the set step is provided. If the created settlement model has difficult non-uniform geometrical transitions so-called adaptive splitting can be spent.

That the result of process was better, the Ke-grid generator automatically (taking into account the maximum factor of a condensation set by the user) varies size of a step of splitting.

The prochnostnoj analysis of module ARM Studio FEM allows to solve linear problems:
- The is intense-deformed condition (static calculation);
- Static durability of assemblages;
- Stability;
- Thermoelasticity;
- Stationary heat conductivity.

The dynamic analysis allows:
- To define frequencies and forms of own fluctuations, including for models with preliminary loading;
- To carry out calculation of the compelled fluctuations – to describe behaviour of system at the set law of change of compelling loading from time with animation of oscillatory process;
- To execute calculation on vibration of the bases.

Results of calculations are:
- Distribution of equivalent pressure and their components, and also the main pressure;
- Distribution of linear, angular and total movings;
- Distribution of deformations on model elements;
- Cards and diagrams distributions of internal efforts;
- Distribution of contact efforts in a contact zone;
- Value of factor of a stock of stability and the form of loss of stability;
- Distribution of factors of a stock and number of cycles by criterion of fatigue durability;
- Distribution of factors of a stock by criteria of fluidity and durability;
- Distribution of temperature fields and thermopressure;
- Coordinates of the center of gravity, weight, volume, length, the surface area, the moments of inertia of model, and also the inertia moments, the static moments and the areas of cross-section sections;
- Reactions in design support, and also the total reactions led to the center of gravity of model.

Let's consider universal mechanism Exrress.

The actual version: 1.2

The library is intended for the express analysis of the dynamic, kinematic and static systems designed in KOMPAS-3D.

The library is focused on the engineers-designers who are taking up the problems of the analysis of dynamic behaviour of cars and mechanisms, and is a standard application for system KOMPAS-3D.

Mechanisms are described as system of firm bodies, hinges and power elements.

In the course of the analysis direct animation of movement of 3D-model in the course of calculation is supported. Almost all necessary sizes are accessible to the analysis: coordinates, speeds, accelerations, forces of reactions in hinges, efforts in springs etc.

Following possibilities are included in library:
- Work with linear power elements or changing under the harmonious law which get out of the fixed base of models;
- The task uniform, equally fast / slow as well movements, or its change under the harmonious law for the decision of problems of kinematics;
- Possibility of the decision of contact interactions of bodies, a problem dares with a condition nonintersection of bodies at kinematic or dynamic movement.

In library Universal mechanism Exrress are accessible:
- Parametrization of power elements and kinematic parities;
- Creation of animation files by results of modelling of movement, animation remain in a movement videoclip in a format аvi;
- Construction of schedules by any dynamic or the kinematic characteristic;
- Calculation of positions of balance and own frequencies of model depending on parametres.

Full reading of models KOMPAS-3D is provided. Visualisation of work and results of library is created in a separate window, and possibility to receive the visual information on movement of object and on its dynamic and kinematic characteristics directly in the course of modelling is given to the user.

The dynamic library Universal mechanism Exrress allows to create models of the objects consisting of unlimited number of absolutely firm bodies on the basis of 3D-models of assemblages, constructed in system KOMPAS-3D.

The wide list of hinges allows to create kinematic schemes of mechanisms of almost any complexity. Following types of hinges (kinematic pairs) are accessible:
- The forward;
- The rotary;
- The propeller;
- The spherical;
- 6 degrees of freedom.

Into library structure enters about two tens examples of the dynamic models, called to illustrate possibility of library in the field of modelling of kinematics and dynamics of suspension brackets of cars, engines, robots, mechanisms and cars.

The help system contains detailed introduction in modelling and step-by-step instructions to all stages of creation and research of models.

Let's consider the electronic directory of the designer.

The actual version: Edition 2

Life cycle of any mechanism includes its design study. Before the optimum decision will be found, the engineer should think over set of variants, and then to analyse merits and demerits of each of them. In the course of a choice of the decision the designer should address constantly to the help data. Now almost all designers in the practice use book variants of directories of standard products, materials and assortments, other directories consisting sometimes from several volumes work with which is complicated owing to lacks of work with paper documents. At the same time, the computer and systems of automatic designing play the increasing role in practice of work of design divisions. Therefore it is represented to the most convenient “to have near at hand” not only directly tool for designing, but also auxiliary “tools” the engineer – electronic directories.

The electronic help system of company ASCON considerably reduces time of the designer for information search, calculation of constructive elements and the analysis of the engineering data. The directory possesses simple, intuitively clear interface.

Electronic articles of the Directory of the designer contain general technical data, data on constructive elements of details, standard products, typical knots, details, and techniques of their calculation. The help data about materials, roughnesses of surfaces, admissions and landings is presented also; maximum deviations of the form and an arrangement of surfaces.

As the tool of the automated calculation the Directory of the designer allows to execute calculation of bearings, coupling, springs, demountable and one-piece connections, screw, gear, worm, chain and belt drives. Calculations are carried out according to special projects, each of which includes three components:
1. The form of the initial data intended for input of values of variables, involved in calculation;
2. The form of results of the calculation, intended for visual display of results of the executed calculation;
3. The code of calculation comprising a set of procedures and functions, necessary for calculation performance. All codes are accessible to editing that allows to consider nuances of a design procedure of any organisation performing design works.

Results of calculation are made out in a dialogue window in the form of the report and exported to Microsoft applications Word or Oр Writer. The exported report is displayed by the table containing the names, designations and values of variables (creation of the report and on own template of the user is supposed).

One of the main advantages of settlement-information system “The directory of the designer” the wide set of service functions is. Among them:
4. Possibility of management of a relative positioning of thematic areas of the Directory.
5. Possibility of a regrouping of sections and pages in the Directory maintenance.
6. Navigation on the seen information pages and projects of calculations.
7. An adjusted search engine. Search can be organised:
- In all information field of the Directory;
- Only in names of sections and pages;
- Only in the text of open page.

For more exact search it is necessary to start search in all information field of the Directory of the designer. On demand of the user the directory will give out a set of references to the corresponding information. References can be both on articles, and on the automated calculations.

System introduction in designing processes will allow the designer to raise quality of designing essentially.

Let's consider system of designing of specifications.

The actual version: V11

Demands for work: KOMPAS-Graph or KOMPAS-3D

The system of designing of specifications allows to let out various specifications, sheets and other tabular documents.

Through integration of system with the basic appendices and various libraries and high level of automation allows the user to avoid repeated repeated data input and not to admit errors.

Mechanisms of the module of working out of specifications perfectly approach for work with various sheets, lists, catalogues and lists: their lines can be numbered, sorted, connected with documents and graphic objects etc. Combining various options of the specification, it is possible to create sheets of specifications, sheets of reference documents, sheets of purchased products, tables of connections, records of changes and other documents.

A variety of parametres and options, in particular application of the user forms, allows to create not only specifications according to GOST.

The specification can be associative is connected with an assembly drawing (one or its several sheets) and 3D-model of assemblage, therefore can be used together with KOMPAS-3D or KOMPAS-Graph. Automatic data transmission from the drawing or model in the specification or from the specification in the documents connected to it is possible. From the specification in the drawing numbers of positions of components of assemblage (standard products, details etc.) are transferred. From an assembly drawing in the specification numbers of zones in which the image of corresponding components of assemblage is located are transferred. From models of details and assembly units in the specification the name, a designation, weight and other data are transferred.

If images of standard elements are inserted into an assembly drawing from applied libraries the information on them is transferred in the specification.

The system of designing of specifications supports filling of sections and subsections and standard sorting of lines in them. Rules of sorting of lines by default correspond to the standard; if necessary they can be changed the user.

The specification can be kept in format Microsoft Excel that allows to hand over the information on structure and structure of products in other systems for interaction with other appendices.

Let's consider the integrated system of designing of bodies of rotation KOMPAS-Shaft 2D.

The actual version: 6.0

Demands for work: KOMPAS-Graph

The system is intended for parametrical designing of details of type “rotation bodies” – shaft, plugs, cylindrical and conic gear wheels, worm wheels and worms, pulleys of belt drives.

Provides construction splined, threaded drills and stations on the steps of shafts, steps of the square and hexagonal cross sections, center holes, grooves. Complexity of models of shaft is not limited, quantity of steps – any.

System KOMPAS-Shaft 2D is integrated with Library Standard Products.

By means of the appendix it is possible to carry out design and verifying calculations cylindrical and conic gear, chain, worm, belt drives, automatically to form for them technical requirements, tables of parametres, portable elements with profiles of teeths (at change of settlement parametres of transfers they are reconstructed automatically). The system structure includes module KOMPAS-ShaftCalc intended for calculation of shaft and bearings, constructed in KOMPAS-Shaft 2D.

The designer of reports FаstReрort allows to create the user forms of the tables containing parametres of elements of mechanical transfers. Parametrical images of shaft remain directly in the drawing and are accessible to the subsequent editing by system KOMPAS-Shaft means 2D. At creation and editing the order of steps of a shaft can be changed (a method of simple dragging by the mouse Drag&Drop¬), is changed any parametre of a step, step removal is executed.

The system allows to create automatically in the drawing kinds of a body of rotation at the left and on the right, draw sections, to generate their 3D-models.

Let's consider library of calculation of dimensional chains.

The library allows to settle an invoice dimensional chains for drawings and fragments according to RD 50-635-87 “Methodical instructions. Chains dimensional. The basic concepts. Methods of calculation of linear and angular chains”.

The put down sizes or pieces can be elements of a dimensional chain. The library allows to carry out calculations for the horizontal, vertical and inclined sizes.

Calculations can be executed a method of a maximum-minimum or a probability-theoretic method.

Deviations are calculated for the nominal sizes in a range 0 … 10000 mm (GOST 25346-89, GOST 25347-82).

For dimensional chains in which at least one nominal size is not entered in a range, calculation only rating values of the sizes can be made.

Let's consider library of support of format РDF (Р-CАD).

Demands for work: KOMPAS-Graph

The manufacturer: ASCON

The specialised module for transfer in KOMPAS-Graph the drawings of knots of printed circuit wiring developed in ECАD-systems, and kept in format РDIF.

The module allows not only to transfer the level-by-level geometrical image of the printed-circuit board, but also to generate the table of contact platforms and coordinate “rulers” along the payment parties.

Let's consider the converter text of design documentation from electronic CAD.

Demands for work: KOMPAS-Graph or KOMPAS-3D

Is a part: the Converter of 3D-models of printed-circuit boards (format IDF) and text of design documentation from electronic CAD

The manufacturer: ASCON

The converter of text design documents is intended for reception in formats KOMPAS-Graph of the list of elements and the specification on the products developed in systems R-CAD, OrCАD, Рrotel and Аltium Designer. The received documents completely correspond to Common system for design documentation and can be if necessary modifed standard means KOMPAS-Graph.

In the converter there is a function of formation of the sheet of purchased products on a payment, and the user can set quantity of electroradioelements on adjustment and adjustment, and also quantity in complete sets. Total calculation occurs automatically.

Let's consider a complex package of designing of electronic devices Altium Designer.

Аltium Designer – complex system of designing of high-speed electronic devices on the basis of printed-circuit boards which allows the developer to create projects, since the basic scheme and the VHDL-description COTTON VELVET to spend modelling of the received schemes and VHDL-codes, to prepare files for manufacture, and concept Live Design, so-called live designing, allows to finish the project its debugging on payment NаnoBoаrd.

Distinctive feature of new version Аltium Designer is presence of possibility of work with the Russified interface. Program libraries contain more than 80 thousand components and are constantly updated, and import of already ready libraries from РCАD 2000-2006 is possible. Аltium Designer allows to carry out a standard set of procedures of the mixed digital-to-analogue modelling. The user receives a complete control over process of working out of topology.

Built in topological tracer Situs has extensive toolkit for the decision of problems of trace of printed-circuit boards with high density of configuration of elements.

The system is comprehensively tested by experts ASCON and easily integrated into a complex of decisions ASCON for the instrument making enterprises.

Let's consider the manager of templates.

The actual version: 2.3

Demands for work: KOMPAS-3D

The manufacturer: ASCON

The manager of templates is intended for creation and conducting libraries of templates of details and fragments and use of these libraries.

At a template insert in the active KOMPAS-document the user can appropriate to variables of a template of value from file MS Excel connected with this template.

The user can independently complete library, creating details or fragments, tables of parametres and establishing communications between them.

Some files of details or fragments from libraries of templates can be put one file MS Excel in conformity.

For work of the Manager of templates presence on the computer of program MS Excel of the version not more low 2000 or OрenOffice is necessary. Cаlc.

Let's consider means of applications programming KOMPAS-Мастер.

KOMPAS-3D Is open system that allows to create additional program modules (the user libraries) and to apply them in an operating time over documents.

Thus, standard possibilities of the drawing-graphic editor and 3D-modeler can be added proceeding from those special problems which should be solved to the user. A typical example of the appendix – library of standard machine-building elements.

Means of applications programming KOMPAS-Мастер is a set of dynamically connected libraries (DLL) which can be used from any standard programming system for Windows in languages С/С ++, Delрhi, Visuаl Bаsic.

In libraries it is included over 500 special functions and interfaces for access to kernel KOMPAS. Functions provide creation and processing of documents, construction and editing of graphic and 3D-objects, the interface organisation between applied library and the basic system.

For access to the data various standard DBMS interface ODBC (Oрen DаtаBаse Connectivity) can be used.

Let's consider system of safety of data KOMPAS-Protection.

The actual version: V2

Demands for work: KOMPAS-3D or KOMPAS-Graph

The system of safety of data KOMPAS-Protection is intended for protection against unapproved access to electronic documents (to drawings, specifications, 3D-models etc.), developed in system KOMPAS-3D.

The protection principle is based on coding of files. The code is set by the user at system adjustment before the beginning of its use and stored in an electronic key of hardware protection KOMPAS. The number of options of system includes the permission/interdiction of removal of protection from files, the permission/interdiction of export and the press of the data. The code of protection and system adjustment can be at any moment changed. A condition of change of a code, as well as change of other options, correct input of a code, stored at the moment in a key is. Thus, confidentiality of the data is provided with confidentiality of a code and access restriction to a key of hardware protection.

Work of the designer in KOMPAS-3D with the established System of safety practically differs nothing from usual work. However, if the option is included to Protect files, any document KOMPAS at preservation will be protected: its subsequent opening becomes possible only on those workplaces where the safety System is established, and a code, store in a key, coincides with a code by which the file is protected.

The specified properties of System of safety in a combination to organizational actions will allow the design organisation to protect the information from plunder and to differentiate access to the information of various level of privacy.

More in detail about product KOMPAS for mechanical engineering on a site of company ASCON [2].

1. KOMPAS for mechanical engineering []
2. ASCON – complex decisions for automation of engineering activity and production management. CАD/АEC/РLM []

The author: Челябэнергопроект
Date: 03/23/2010

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