FluidSIM® - Simulation Sofware

Version

Floating Licenses

8198189 – FluidSIM Pneumatics, Floating License
8198190 – FluidSIM Hydraulics, Floating License
8198191 – FluidSIM Electrical Engineering, Floating License

Learning Objectives

Design and develop circuit diagrams
Identify and prevent design errors
Simulate and optimize circuit solutions
Understand structured solution development in automation engineering
Analyze the impact of technical modifications within a system architecture through real-time simulation

Key Benefits

High-definition interactive simulation
Integration of virtual and real measuring instruments
Extensive component library
Intuitive user interface
Comprehensive teaching materials included

FluidSIM 6

FluidSIM 6 enables the design, simulation, and instruction of (electro)pneumatic and (electro)hydraulic systems, as well as digital and electronic circuits. The software is ideally suited for lesson preparation, classroom use, and self-directed learning.

For more than 20 years, FluidSIM has been the world’s leading circuit design and simulation software in pneumatics, hydraulics, and now electrical engineering.

In addition to powerful simulation capabilities, FluidSIM provides instructors with a comprehensive selection of texts, images, and videos to create highly interactive and engaging lessons.

Together with your students, technicians, or engineering trainees, explore the fascinating world of real-time simulation and achieve measurable learning success at every level.

One Tool for Every Learning Requirement

As an instructor or trainer, you benefit from advanced functionality for professional lesson preparation and delivery. FluidSIM 6 includes an Expert Mode for full access to all features.

Students, on the other hand, can begin in Standard Mode, which focuses on essential functions and offers a streamlined feature set designed to support structured and successful learning.

Real-Time Testing and Simulation

Simulation of control systems and processes has long been an industrial standard. It reduces downtime, minimizes errors, and improves efficiency and quality.

All component parameters correspond to those of Festo Didactic training systems and can be precisely adjusted to match real-world equipment characteristics.

Advanced GRAFCET Functionality

GRAFCET has become the standard in modern automation training. FluidSIM takes GRAFCET to the next level with:

Editing – Standards-compliant documentation
Visualization – Clear and intuitive process representation
Monitoring – Color-coded signals highlight faults or malfunctions
Control – Direct control of fluid power and electrical systems

Making Speed Visible

The new simulation core in FluidSIM supports simulation cycles of up to 10 kHz. All actuator and control component parameters can be freely configured.

Simulation results are recorded in millisecond cycles and exported as text files for further analysis. Integrated virtual oscilloscopes make frequencies up to 100 kHz visible, enabling detailed dynamic analysis.

Learning Through Practice

While theory provides the foundation, practical application drives motivation and long-term success. In many cases, FluidSIM 6 can be directly connected to real training systems via EasyPort, enabling digital and analog control of physical equipment.

With joystick support, learners can operate multiple switches and valves simultaneously, creating a more interactive and engaging hands-on experience.

Extensive Libraries – Maximum Flexibility

Pneumatics, hydraulics, and electrical engineering libraries are available individually or combined within a single platform.

Users can select which libraries are active within the program. All technologies integrate seamlessly within a single circuit diagram or project, allowing multidisciplinary system design and simulation.

Additional Information

Circuit diagrams can be created using extensive libraries covering pneumatic, hydraulic, electrical, electronic, and digital components. In addition, GRAFCET diagrams can be developed and integrated into the simulation environment whenever required.

FluidSIM 6 introduces an advanced diagnostic concept. Predefined fault models representing common and realistic component failures are integrated into the system, enabling learners to identify, analyze, and correct typical errors in a structured manner.

The intuitive user interface, comprehensive component libraries, and powerful simulation engine are further enhanced by extensive teaching and learning materials, ensuring a complete and effective educational experience.

Reference 8198189

Specific References

Download

FluidSim® - Brochure FR

Download (264.54KB)

FluidSim® - Brochure EN

Download (226.63KB)

2 other products in the same category

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BSS2000 - Battery Simulation Software

References :

BSS2000 Battery Simulation Software

BSS2000 Pro Battery Simulation Software, Pro Version

BSS2000M Battery Simulation Software (multi-channel)

BSS2000 / BSS2000 Pro Battery Simulation Software

The BSS2000 series battery simulation software, including BSS2000, BSS2000 Pro, and BSS2000M multi-channel versions, is designed to work seamlessly with ITECH’s latest high-performance bidirectional DC power supplies, including:

IT6000B
IT6000C
IT6000PV
IT-M3600
IT-M3400
IT2700
IT6600C
IT6600PV
T-M3900B
IT-M3900C

Covering power ranges up to 10 MW, the solution provides comprehensive battery simulation capabilities—from low-power battery modules to high-power traction battery systems. The BSS2000 software family is specifically engineered for advanced battery testing applications. It helps reduce the cost and logistical challenges associated with purchasing, storing, and maintaining multiple physical battery types. In addition, the simulator enables rapid configuration of different State of Charge (SoC) levels without performing actual charge/discharge cycles, significantly improving test efficiency and repeatability.

Key Features

Battery simulation range up to 2250 V / 10 MW
Multi-channel battery module status simulation
Bidirectional regenerative battery simulation with efficiency up to 95%
Seamless switching between charging and discharging modes
Support for user-defined battery characteristic curve import
Rapid configuration of battery curves using standard parameter inputs
.mat file import support*²
Customizable BMS protocol with CAN bus communication to external control units
Built-in battery models including:
- Lead-acid
- Lithium-ion (Li-ion)
- LMO
- NMC (LNMCO)
- LNMCO & LMO hybrid
- LFP
- LTO
- NiMH*¹
Configurable battery protection parameters
Adjustable initial State of Charge (SoC) settings
Automated data report generation
Battery curve preview and real-time curve display
Flexible parallel expansion for higher current and power requirements
Support for up to 20 battery simulation channels*³

Version Notes

*¹ The BSS2000 basic version supports simulation of lead-acid and lithium-ion batteries.
*² Available in BSS2000 Pro and BSS2000M multi-channel versions.
*³ Available in the BSS2000M multi-channel version.