گروه خدمات فنی مهندسی رهگشافن

MSC PATRAN V2008R1, DYTRAN, EASY5 V2008.R1, MSC MD ADAMS.R3, MSC.SINDA.V2008.R1 for Windows, LINUX, UNIX

MSC Easy5 both fully graphical modeling environment, a powerful simulation and analysis capabilities, to connect a variety of other engineering software and hardware of the open architecture of the various differential, differential and algebraic equations to describe the dynamic system simulation.

MSC Easy5 is unique: first, the powerful control system simulation analysis capabilities, can create a variety of complex control system models, including the steady-state analysis, linear systems analysis, frequency response, such as a complete analysis of the root locus of control The type of system analysis; Second, multi-disciplinary professional database applications with the help of professional application of pre-defined library of model components, to provide users with the establishment of a unique system-level models and multi-disciplinary study of the coupling system problems; Third, superior code generation Solver and, by the graphical system can automatically generate the appropriate model FORTRAN or C source code, the code can be compiled to generate an executable program and can be user calls; Fourth, the efficient development of advanced modeling and secondary functions, Users create a user-friendly model of components and external call FORTRAN or C subroutine; Fifth, and other well-CAE software integration capabilities and CAE software can be different by the establishment of the integrated model to the MSC Easy5 in the establishment of a complete virtual prototyping, Is a true co-simulation platform.

Select MSC MD Solutions, MSC Software Corporation is a large enterprise users have seen one of the best complete the multi-platform alternative, all the different programs for the enterprises to enhance productivity benefits" Bill Weyand, MSC.Software Chief Executive Officer said: "We will continue to provide enterprises with simple single platform to the implementation of the program, users can make efficient use of a simulation model of data within the enterprise between the agencies co-simulation to improve simulation process "

MD using the program, businesses can provide its research and development engineers to provide a flexible, shared environment and the use of a set of MSC Software Corporation, "business as a result of a variety of reasons to continue manufacturing and testing physical prototypes, including the transfer to meet the test requirements, physical test Prototype can be true in the world of complex interactions, and other properties. On the contrary, many of the virtual prototype testing because of the different software tools can only be certain specified parameters and the loss of some important relationships are dependent on the performance parameters. " Reza Sadeghi, MSC Software"s chief technology officer, said: "We have ruled out the MD program a single point of technical defects, Honda R & D center provides the best platform for the establishment of a more complex virtual prototype, the more truly reflect the The results of the real world "

Finite difference method, lumped parameter and thermal resistance - heat capacity network solver 33, of which 12 kinds of steady-state algorithm, 21 transient algorithm is free to call 24 of the 91 kinds of export procedures and array , The matrix interpolation and procedures to improve the sparse matrix to solve than the conventional algorithm 1,000 times faster node to connect and disconnect the ability to control analog semiconductor single-phase heat pump and cooling properties of the establishment of conduction, convection and radiation heat coupled model Contains complex process of phase-change models, such as the melting of the material and physical properties of materials such as distillation, power and boundary conditions for a function of time or temperature can be input power and temperature control with a lag effect of heat pipe and a variety of analog control Wenyi control of the process of Fortran and SINDA / G command mix to achieve full user control of temperature, heat source and heat output of a variety of ways and radiation thermal analysis software interface can be the perfect form or in the form of deion of the curve at any time or Temperature changes in the parameters with a double precision version of the numerical increase in stability and speed up the establishment of a computing speed of single-phase incompressible fluid convection heat transfer model to improve the library can be coupled heat transfer fluid to solve the issue open, closed-loop fluid Coupled heat transfer issues related to pumps, valves and pipe the heat transfer fluid problem

MSC Dytran is MSC.Software one of the company"s core products, specifically applicable to high-speed transient nonlinear dynamic problem, transient fluid-structure interaction problems of numerical simulation.

From 1988, MSC in the structure of the transient dynamic response of DYNA3D software developed under the framework of the MSC Dyna and in 1990 released the first version. The program succeeded to the outstanding fast DYNA3D explicit integration algorithm and a wealth of material models, using MSC.Nastran input data formats can be used to analyze non-linear transient response, such as high-speed collision, the contact with friction, such as stamping forming.

The product set and MSC.Dyna of MSC.PISCES 3D Dacheng, Lagrange and Euler algorithm complement each other, became the first to simulate complex fluid-structure interaction problems and a high degree of non-linear, transient dynamic response of large-scale commercial software, Suitable for simulation in the field of military defense of the common explosive, such as armor-piercing fluid-structure interaction problems in defense, aerospace, nuclear safety, petrochemical and other fields are widely used. In the ensuing development, MSC Dytran in the cell library, data structure, before and after treatment with the MSC"s flagship product line MSC Nastran.

In the advent of the more than 10 years, MSC Dytran After numerous aviation, aerospace, automotive, shipbuilding, railways, defense and nuclear industry in areas such as scientific research and test projects. The software development environment through ISO certification, every day through more than 500 examples of automated testing procedures to ensure the reliability and stability. MSC.Software Corporation in 2003 with LSTC"s global strategy to reach agreement, the LS-DYNA program will be fully integrated into the MSC Dytran. This feature in Windows, UNIX and Linux operating systems can be easy to achieve. High-performance computing, to solve stability. MSC will be the strongest and most powerful Lagrange technology Euler, coupling technology combine to create the most powerful non-linear explicit finite element software.[/center]

Scan2CAD raster to vector in a nutshell

* Convert scanned (raster) drawings to DXF (vector).
* High quality raster to vector conversion for quick and easy editing.
* NO paper-size restrictions - converts ALL drawing sizes.
* Converts standard raster formats (TIFF, BMP, CALS, PNG, JPG, etc.).
* Converts raster PDF files (Pro version only).
* Converts monochrome (black/white), grayscale and color raster files.
* Includes raster and vector editing tools.
* Affordable - from just US $298 or UK £175.08 (including VAT).
* Optional printed manual and free technical support.
* Runs on any PC with Windows "98, NT4, 2000, XP or Vista.
* Tried and tested - first released 1995.

MSC SimXpert R3

SimXpert - the first analyst for the design of end-to-end program MSC Software simulation processes comply with the demand for knowledge capture, through SimXpert - "the next generation of high-level simulation of multi-disciplinary program," the full realization of CAE"s co-simulation, especially for the professional development of the analyst SimXpert-MSC Software Corporation is the founder of Nastran for more than four decades Simulation and experience the essence of the industry leaders.

Through SimXpert, MSC Software provides a "conversion of the game" of the CAE program, so that industry experts can capture, share and re-use of data, models and methods, in the same end-to-end simulation-driven environment to achieve these common information Multidisciplinary simulation. SimXpert and SimDesigner and SimManager seamless integration, making analysts greatly expanded the scope of simulation, to achieve the best enterprise-level programs, increasing productivity, rapid innovation-driven.

To increase productivity - in the same visual environment, the analysis of the process to address all the requirements. SimXpert eliminated in the different disciplines between the need to re-create a different model constraints has greatly enhanced the efficiency of the analysis, the establishment of a reliable, repeatable best environmental practice.

Shorten the design cycle - SimXpert through the extension of the enterprise program, to achieve the greatest degree of coordination to prevent the loss of data, making analysts, designers and suppliers more smoothly between the three.

To maximize the efficiency of the business - integrated templates to create and allows the implementation of manual or repetitive work to achieve the best automation, integrated simulation data management program provides convenient data tracking lineage.
Improve the accuracy and quality of products - SimXpert in a unified environment, the analyst for a wide range of subjects used the same numerical simulation models, has greatly enhanced the accuracy of the simulation of the real world.

Innovation-driven - SimXpert through from design to manufacturing, as well as the entire supply chain in all segments of the simulation process improvements to the product design and innovation brought about a fundamental improvement.

SimXpert analyst for a strong working environment, to meet at all stages of the simulation automatically repetitive work and protect the integrity of the data.

SimXpert analyst at the completion of the simulation process in the entire process - from modeling, solving, to deal with before and after the results of the report generation, all in an integrated Workspace completed. In a unified user interface to facilitate the realization of various types of analysis, no need to switch back and forth interface, intuitive interface that makes high-performance analyst in a shorter time to achieve large-scale, complex real problem solving and numerical simulation.

SimXpert powerful efficiency is the key to the adoption of a unified set of high-level Workspace, allows analysts from different disciplines to facilitate the achievement of the results of the model and data sharing

• high-level analysis of the structure - provides a linear and nonlinear finite element analysis and the next generation of a variety of analysis and reporting tools, including the analysis of environmental stress, vibration and analysis functions, such as contact
• high-level analysis of the movement - to provide complete and include rigid, flexible multi-body dynamics simulation features, analysis of the different parts, and to connect the size of the force, in order to get the entire system performance and accurate load forecasting. .
• High thermal analysis - Analysis of a variety of heat transfer path, complete finite element analysis, including steady-state thermal heat transfer, free / forced convection and heat - coupled analysis of the plane.
• high-level analysis of the collision - Explicit non-linear finite element solver, to analyze the collision, such as the fall of nonlinear transient problem, analysts can use its high-performance environmental research complex finite element model of the crash and Security issues, which may include dummy model of positioning, seat belts and air bags, and so on the start
• Senior Program scalability features - SimXpert is an open platform easily integrate third-party products and the realization of customers.

CAD model of direct access to and interaction - the elimination of data into the error caused users can directly from the SimXpert any one of the Workspace directly read CAD models without the need to spend a lot of time to convert the model to avoid the model arising from the conversion of data Errors and improve the simulation in the process of the CAD model of management capacity and flexibility. Of particular importance is that by directly calling on the local geometry of the CAD software modeling capabilities to support the general operation of the CAE geometry model, can significantly improve the geometric model of the ability to create and modify and enhance its stability.

SimXpert geometric model of rapid update feature (SimExpert Smart Update) to allow analysis of the engineers in SimXpert directly modify the CAD model parameters and characteristics, and automatically update and preserve the model greatly improved the efficiency of the analysis. For example, in revising and updating the geometric parameters of the model after, SimXpert the grid re-division of functions can be automatically included on the load and boundary conditions of the finite element model re-division of the grid.

High multidisciplinary integrated simulation - simulation of real-world problems <br /> For more on the actual work product in the state of the performance of accurate simulation, we must consider the different disciplines of the role and influence of the coupling. These include explicit / implicit finite element analysis of the structure and heat transfer, including flexible multi-body dynamics analysis, multi-disciplinary system-level simulation and computational fluid dynamics, and so on. SimXpert is the only one in the seamless integration of environment and analysis of the different data exchange between the Workspace and multidisciplinary simulation analysis of the joint platform. In the analysis of the different disciplines used the same data model, the need for a different analysis of the re-conversion model. As a result of analysis of the different disciplines used the same model, it can significantly shorten the analysis cycle, and increase analysis accuracy, speed to market and enhance the reliability of the product. Using the same model can also be effective in the elimination of data collection, model-building and post-processing in the process of repetitive work.

SimXpert system modeling capability enables engineers to facilitate the analysis of the system-level models to replace or add a new design on behalf of the different components or sub-system model. For example, the analysis of the engineer can choose the model of the components of a detailed grid, draw or generate rough elastomer. Such high-level modeling analysis of the ability to make engineers more flexibility to verify the actual condition and design, greatly enhanced the efficiency of the analysis, and to ensure that the final design is the best innovation of the program.

Process capture simulation with the re-use - to speed up productivity use of SimXpert templates to build and run the simulation features, expert analysis of the original may need to manually implemented to automate repetitive analysis, thus significantly saving time for analysis, and analysis to improve efficiency And the elimination of error analysis. Analysis by engineers easy-to-use templates for simulation of knowledge and analysis of the best ways to capture, custom enterprise-level analysis of the standards process to ensure that enterprise-wide analysis of the CAE process consistency and coherence.

Based on a simple "drag and drop" operation, SimXpert templates to create features to provide users with an intuitive graphical user interface and mode of operation in order to establish visual workflow. SimXpert templates in the production of devices built-in wizard feature can guide the user to complete the process of creating the template, users do not need to know programming and ing language knowledge. In this way, in the SimXpert in the Workspace can be read directly and call simulation template. In the analysis of the process of implementation of the template, users are free to choose the appropriate degree of automation (manual, automatic, semi-custom or break), complete control over the process of implementation of the template.

SimXpert templates to capture simulation data and knowledge, is an essential element of corporate collaboration. SimManager with seamless integration, SimXpert will allow analysts, designers and suppliers in the simulation process and access to the repeated use of expert analysis by the custom analysis of the standards process. To ensure the participation of companies from product development to the whole supply chain that everyone can apply the best methods and process analysis, simulation analysis so as to enhance the speed and accuracy. In addition, the tags can also create a template in order to track the users and the use of the situation, and the establishment of retroactive pedigrees of the simulation data.

SimXpert to provide expert analysis of simulated data and information processing tools necessary to support the analysis of the basic processes of improving and promoting innovation and enterprise. Based on end-to-end simulation of the environment, SimXpert so that the multi-disciplinary simulation and process automation to achieve an unprecedented high - significantly improve the efficiency of the analysis, simulation speed up the process, improve the accuracy of analysis. SimXpert companies can get the best of simulation and analysis of the efficiency of the process and shorten product development cycles, faster innovation and support to give the product unique competitive advantage.

ESI PROCAST V2008

ProCAST is a complete modular software system that can be included to expand the application modules and engineering tools to meet the challenging foundry business needs. Various modules are highly specific, targeted at a specific process steps:
· Flow solver - filling process simulation, including the semi-solid materials, EPC and the centrifugal casting process;
· Heat transfer solver - and the solidification contraction forecast trends, including the option of radiation;
· Solver stress - heat stress and deformation.
· In addition, the senior Kim Sang-exclusive option to be able to predict:
· Pores and micro-cavity;
· Carbon iron alloy microstructure grain structure.

ProCAST a total of nine modules, the following were set accordingly.

Pre-processor PreCAST

ProCAST through the graphical user interface can define a variety of boundary conditions. These feature-rich can accurately simulate all the casting situation. Selected need impose conditions for the geometry of the border region can click and choose automatic extension of the implementation. User-defined data can not change, or at any time or temperature changes.

Simple and direct definition of boundary conditions ProCAST materials database provides a scalable database material can be used to simulate most of the alloy, from steel to aluminum and iron, cobalt-based, copper, magnesium-based, nickel-titanium and zinc-based alloys . At present, the materials database is also still continuing to expand through industry-proven sound parameters will be added in a timely manner.
In addition, ProCAST also has a unique database of thermodynamics. The database allows users to directly import the chemical composition of alloys, auto-generated simulation of the necessary data.

Material properties and the layout of the database after the curve processor ViewCAST

ProCAST after the processor features a very strong and diversified use of icons and menu-driven way, the following changes in the dynamics of the process:
· Volume flow of liquid metal front field pressure on the cloud temperature solidification velocity vector data stress and deformation microstructure

ProCAST provides a variety of ways, to facilitate the process show the results, including:

· Vector and image cross-section cut XY plane curve animation, picture and video output

To facilitate the rapid exchange of information and direct communications, and results of the simulation will be a different standard output format to other CAE software.
Meshing with the tools MeshCAST is ProCAST the CAD interface with the grid generation module. It will design and simulation stage effectively linked to the rapid completion of the innovative design of the preparatory work and achieve rapid and reliable computing.
The main feature of automatically generated three-dimensional grid CAD / CAE geometry through STEP, IGES, or Parasolid format directly into finite element mesh into the fast grid generation grid excellent quality and quality control to deal with complex geometry Model with a variety of materials on the surface or the side of the grid density variable flow analysis to ensure that the grid requirements of investment casting shell-mode automatic generation

Anti-counting module ProCAST anti-balance by reducing the module in a given place and time calculations and measured the temperature difference, to determine the material properties or boundary conditions.
The main characteristics to determine the time and temperature-related factors determine the interface of time and temperature-related conditions to determine the boundaries of time and temperature-related material properties

ProCAST fluid solver provides an excellent function to simulate the fluid flow filling process. It coupling energy equation three-dimensional full-NS equation, the surface of the free use of cutting-edge methods of tracking the volume function (VOF), to simulate natural convection in the process of coagulation and contraction caused by the flow.
The main characteristics of the all-solver NS three-dimensional fluid flow equation tilted axis of rotation Moni Juan pouring gas and exhaust gas model of semi-solid material non-Newtonian fluid model filters model turbulence model can be fluid pressure model disappear Model ways modulus particle tracking

Heat transfer solver solver by considering the heat conduction, convection and radiation heat transfer is calculated to achieve. Enthalpy used to describe the way with the phase-change heat process, such as the solidification and solid-phase changes.
The main characteristics of the transient, non-linear three-dimensional heat convection and radiation used to consider ways enthalpy phase-change forecast Shrinkage cavity pressure casting and metal-casting thermal cycle analysis of the virtual sand casting molds

Stress solver ProCAST advanced solver to consider the stress-plastic or flexible - sticky plastic material properties, heat transfer can be achieved, and the stress of the fluid coupling simulation. Simple model material, such as flexibility, cavity, or a rigid body can handle.
The main characteristics of the non-linear stress analysis and evaluation of automatic exposure settings (heat and power)

·Air-gap model of unlimited size with temperature changes in mechanical properties

Radiation radiation heat transfer module extends the solver of radiation treatment capacity, taking into account factors angle. The module for all of the investment casting process is necessary because the shell from the mold of a region to another region from the effects of radiation is very significant.
The main features of the radiation effects from the heat and accurate analysis of the results of the single crystal casting angle radiation coefficient automatically updated simulation complete casting process, including the rapid warm-up shell-angle factor in the algorithm application MeshCAST shell options have a shell

Porosity and shrinkage forecast the majority of micro-simulation software must be strictly limited to the shrinkage forecast for the liquid metal volume caused by macro-gas shrinkage, which simplified method does not take the gas and led to the contraction of dendrites between the micro-cavity. ProCAST provides a physical phenomenon based on a unique method of dealing with micro-cavity model.
The main characteristics of the macro-cavity coupled with the contraction of the micro-tube paste district shrinkage forecast drop of gas separation gas temperature and solubility as a function of alloying elements of the pore nucleation and growth

ProCAST microstructure microstructure module to create uncertainty model can be cast anywhere on the heat with the changes in the microstructure of nucleation and grew up in the process of the realization of simulated coupling. he main characteristics of the uncertainty of available models:
· (DAS) , And other grains
· Coupled eutectic iron eutectic (SGI)
· Gray / white iron eutectic eutectoid iron gray iron eutectoid Peritectic change Scheil model iron / carbon changes in solid-state

Grain structure of the grain structure of the simulation module based on the random method (cellular automata CA) and the finite element method (CAFE model) coupling, can predict solidification of the state grain structure.
The main characteristics of cylindrical projections equiaxed grains and crystal structure of columnar grains, such as to change crystalline columnar grain option area forecast of spurious crystal single crystal casting the evolution of three-dimensional crystal structure information directly to grain structure visualization

ITI SimulationX v2.0

ITI"s as a new generation of nonlinear dynamic systems modeling and simulation engineering design software, SimulationX represents the system works in the field of modeling and simulation of the latest cutting-edge technology and the development direction of its main advantages as follows:

A wide range of applications:

SimulationX in a unified platform integrates mechanical, hydraulic, pneumatic, heat, electricity and magnetic model of professional standards, such as library, which contains a large number of rigorous verification of the physical model in different fields between the modules can be intuitive physical connection, In order to achieve a multi-disciplinary integration projects in the field of modeling and simulation can be widely used in mechanical and electrical systems design, optimization Robot and control system, vehicle and engine cooling systems, electromagnetic drive mechanism design, and so on.

Advanced modeling concepts:

SimulationX functional modular modeling strategy: various fields of common physical systems have broken down into a variety of simple physical meaning of the smallest functional unit, and the establishment of the model. Users can easily mix of these basic units to create a variety of model, as far as possible, detailed and precise deion of the parts and they constitute a complex engineering system.

General support SimulationX Modeling Language Modelica. SimulationX to provide users with a standardized, and standardized graphical development platform of the Second Type Designer: Based on -oriented SimulationX the concept of inheritance, the user can quickly and easily to the standard model SimulationX be modified in order to create a new model; or simply Combination units related to the new generation of reusable components of the model. In addition, users can also create a new language Modelica based on the model, component symbols, connectors, and so on all the parameters dialog box automatically without having any text editor; and to be able to own the user C code to model graphical module SimulationX integrated way into the package.

Structured model named model-level support, and allow users to any level of information model ( model, parameters, variables) for a visit.

SimulationX position in the use of engineers and technicians, modeling language is the common language of engineering: the physical model based on the graphic, units of the model makes SimulationX way into the engineering machinery, automobile, shipbuilding and aerospace industries in R & D ideal . SimulationX users from the tedious mathematical modeling liberate, which focus on the physical design of the system itself.

At the same time, three SimulationX compatible model: Based on mathematical equations to describe, based on the signal flow diagram of the box, as well as system functions based on the structure of the modeling module, module name of the variable parameters and clear, different users in accordance with their own characteristics and Expertise to choose their own model or the comprehensive use of a variety of ways.

Feature:

All complex systems engineering simulation model (modeling, set parameters, calculation, the results of output) can be in an environment (SimulationX) to complete.
Through more effective vector, matrix, the reference curve, the 2-D and 3-D look-up table assignment.
Models can be explicit or implicit explicit algebraic equations and differential equations to describe.
The user"s own C code written by external interface functions into SimulationX.
To support the on-line real-time hardware emulation. Repeatedly rich repeatedly to support the non-rich Chinese.
Detailed and comprehensive help functions.

User security model: the full protection of encryption.
The report can be customized model automatically generated features, user-friendly for document management.

Powerful computing features in SimulationX environment, the model can be analyzed at the same time to achieve a variety of programs.
Based on the analysis of the smart symbol solver to the user based on the mathematical model automatically select the best features of the algorithm points to shorten the simulation time and improve the accuracy of simulation, with a first-rate performance;
In the time-domain simulation, optimization of the DAE solver to solve the problem and the high-sparse matrix problems.
Balance calculation (static and steady-state).
A full range of linear systems analysis tools (the value of the characteristics of the system to solve; Bode diagram, Nyquist map, trajectory analysis of the root, etc.), modal analysis tools, spectrum analysis tools (fast Fourier transform FFT; second-order analysis, and so on), features Value, frequency response and transfer function, state space deion.

Study parameters.

Built-in automatic non-mathematical tools to solve the continuity of the digital simulation of the killer: intermittent points.

Optimization tools OptiY: identification and optimization, simulation reverse.
Database Connectivity: The model parameters can be directly connected with the database (Access, Excel, Oracle, etc.).
Model output: linear-output model (state-space law, ABCD matrix).
A complete model of the C code output (with or without solver solver).
Code can be generated independently run the EXE program, S functions and other program goals for HiL, RCP, SiL.

User-friendly interface and customizable workspace, user interface and fully compatible with MS Windows.
Model structure of the tree to show that users can directly access the browser model parameters and variables.
Multi-body three-dimensional visualization capabilities.
Model parameters and variables can be indicators of instruments, controls, text and other graphics and display adjustments.

For a number of parameters of the common definition of the model.
Can be customized to track and debug: log files recorded by an internal calculation of the process to help users model development and research complex parameters.
Address and parameters of the interface module.
Interface module can be set manually.

Rich model base

SimulationX integration of mechanical, electronic, magnetic, hydraulic, pneumatic, control, thermodynamics, and other professional model base, to meet the needs of different users in the field of electro-hydraulic design and integration of CAE simulation analysis.

EPLAN Electric P8 v1.9.5.3231

Electrical computer-aided design as the vanguard of the times, since 1984, EPLAN has been planning for the electrical, engineering and project management in the field to provide intelligent software solutions and professional services to global enterprises mark. EPLA N Cabinet, EPLAN product family is not only the leadership of the global market, has now become the industry standard electrical design of the world"s family of CAE software, but also to the electrical control cabinet for 3D design EPLA N Cabinet, for fluid EPLAN Fluid Engineering and Process industries such as EPLAN PPE Products.

EPLAN Electric P8 EPLAN Electric P8

Unmatched speed and change: macro variables Technology

The new technology of the macro variables can greatly reduce design time and heavy users to avoid duplication of work. All of the local circuit will be able to create a macro in the form of macro variables in the creation and preservation. In this way, the correct size of the circuit can be in a few seconds of time to be elected. These macros are easy to manage, modify the circuit and has been re-set the size of the new projects from. Because of this new technology, users in the trial version of the test shows that can save up to 50% of the time.

Easy integration: at the last minute changes can easily cope with the

Few projects can escape at the last minute change destiny. Through EPLAN Electric P8, such changes can select the appropriate variables have been integrated and reliable, we do not need to re-design. In this way, data recording can always be consistent, and potential sources of error can be reduced to a minimum.

" The best of both worlds: "The graphics-oriented," combined with "-oriented"

Is a graphics-oriented or -oriented? In the past, CAE users need both to make a choice between the methods of work. EPLAN Electric P8 provides users with the graphics-oriented and -oriented method of switching between the freedom - the very characteristics of the utility because the graphics-based work methods are usually more appropriate to the beginning of the project, and -oriented In the latter part of the regular methods will reveal its important role. The new system recognizes the fact that allows users to the same project, simply switch.

Simple data exchange: from design to the Department of the Office of the
EPLAN each record can be transferred to Excel spreadsheet form. In this way, the system has become a support and other IT systems simple general-purpose tool for data exchange - thus ensuring that the area outside the CAE has the same database. In addition, by accelerating from the initial design to finished product between the various process, the solution also allows for faster processing of large quantities of data.

Global Network: The Working Group works

EPLAN Electric P8 through the work group can work across networks, across sites, and even across national boundaries - any number of users at the same time to participate in the same project. EPLAN Electric P8 supports all international standards. System definition of standardized template to assess the different forms and symbols of the mapping database, and the system automatically convert existing projects to the selected criteria.

No language barriers

Because of its ability to support Unicode of the same, EPLAN Electric P8 to a variety of languages circuit - from Chinese to Russian wiring diagram of the bill of materials, everything can be translated on-line or after the completion of the work. Users simply by his mother for project planning, will be translated into specific instructions. This is not only international cooperation can be simplified, and make it easier to produce the documents.

What the public wants you to vote: interface Configurator

EPLAN Electric P8 interface to configure the device not only to support the requirements of the user interface and personalized support this change, and allows configuration and the preservation of individual tasks and stage work. For each phase of the editors, relevant information can visit. Even occasional users can also quickly the product of careful handling because the toolbar can be reduced to a few key features.

Ideally links to the integration process

Because of its unified interface, such as ODBC, XML, or Excel, from the upper reaches of the process data can be quickly EPLAN Electric P8 transmission and processing. The results data directly from the lower reaches of the process of access, such as the production. This will not only speed up the work of the running, and to improve the quality of design and production process.

" Use immediately: "The installation and start"

Flexible system configuration and management means that the new user habits and different users can immediately start using. EPLAN Project Manager to provide users with an aide to accompany the user experience of the entire project, to provide users with a variety of opportunities and decision-making way to explain the various options. In this way, users will be able to take advantage of this software and the full performance at any time to maintain the overall lead.

Platform strategy: with other applications to communicate

EPLAN Electric P8 platform with revolutionary technology, which not only support from EPLAN 5 and EPLAN 21 for 100% of data transmission, and support for the horizontal and vertical expansion. For electrical engineering, fluid engineering and instrumentation / control of a variety of technical applications for the first time be able to carry out direct communication with each other. The platform features a number of modules, for example, projects and user rights management module, which has a multi-disciplinary basis for the application.

Summary: The new space

EPLAN Electric P8 to open the project in the field of new space. With a very rich family-oriented features and -oriented graphics and the freedom to choose, the software provides clear guidance technology. A variety of configuration options for simplifying the personalized best meet the requirements of the process. In addition, the fluid engineering and instrumentation / control technology to provide direct links to a shared platform engineering, IT and infrastructure integration can be a simple process of integration of the pioneers. Last but not least, renowned EPLAN to ensure the quality of continuous long-term development and the future of the new system of security

EPLAN Software and Services

EPLAN Software and Services is the world"s engineering software solutions provider. All of the work to develop advanced and highly efficient work flow and processes to support the center. From a wealth of customer service benefit, including training, consulting and customer solutions. With 20,000 customers worldwide and 54,000 sets of the number of installed software, the Mengerhaimu set up in the city has shown its more than 20 years of practical consensus-oriented and international distribution of success. As a Rittal subsidiary and part of the Friedhelm Loh Group, EPLAN software and services company has become the name of the investment and durability synonymous with security

MAGMASOFT® is a comprehensive simulation tool for the technological and quality focused production of castings worldwide. Our simulation capabilities show you the way by providing a better understanding of mold filling, solidification, mechanical properties, thermal stresses and distortions, and much more. Fully menu-driven with an integrated solid modeler, CAD interfaces, and extensive databases, MAGMASOFT® provides a complete solution for your design, production, and quality departments.

MAGMASOFT® helps you to avoid gating and feeding problems, predict casting quality, aids permanent mold design and reduces fettling costs