Automation Studio 3.0.5 is a legacy version of the comprehensive circuit design and simulation software developed by Famic Technologies
. It is widely used for creating, simulating, and troubleshooting hydraulic, pneumatic, and electrical circuits. Famic Technologies Core Simulation Capabilities Multi-Technology Integration : Users can design circuits that combine hydraulics, pneumatics, and electrical systems
, allowing all technologies to interact in a single simulation to model complex mechatronic systems. Sequential Function Chart (SFC) : A key feature for control logic, allowing users to build
using steps and transitions to control physical components like pneumatic cylinders. Dynamic Component Animation
: During simulation, components are animated (e.g., valves shift, cylinders move) and lines are colour-coded based on their state (pressure, flow, or voltage). Failure Simulation
: Specifically designed for training, it allows the insertion of virtual failures
at the component level to practice diagnostic and troubleshooting skills. Design & Engineering Tools Extensive Libraries : Access to thousands of ISO-compliant symbols
for various engineering standards including NEMA, IEC, and SAE. Component Configuration : Components come pre-configured
by default but can be adjusted to match real-world specifications. Virtual Measuring Instruments : Includes realistic tools such as multimeters, oscilloscopes, and manometers
that can be placed directly on circuits to record real-time data. Bill of Materials (BOM) : Automatically generates and displays a dynamic BOM
directly on the schematic, which can be exported for reporting. Famic Technologies Legacy System Requirements (V3.0.5) Automation studio 3.0.5
As an older release, this version is compatible with legacy operating systems: : Windows XP, 2000, or NT 4.0. : Pentium II 400MHz or equivalent. : 128 MB to 512 MB RAM. : approximately 250 MB to 300 MB of free disk space. Slideshare or need guidance on to a more modern version of Automation Studio? How to SFC Automation Studio™ - Quick Start Guide 11 Sept 2019 —
In heavy industry, downtime costs thousands per minute. If a production line is running perfectly on a PLC programmed with AS 3.0.5, plant managers will staunchly refuse to upgrade. There is a fear that upgrading the IDE might require recompiling the project, which could introduce unforeseen bugs in a system that has been stable for over a decade.
One of the most helpful aspects of Automation Studio 3.0.5 is its ability to integrate multiple engineering domains into a single project. Unlike earlier software that treated hydraulics, pneumatics, and electrical ladder logic as separate entities, version 3.0.5 allows users to build a complete mechatronic system.
For example, a user can design a pneumatic clamping circuit, wire the solenoid valves to a PLC (Programmable Logic Controller) using standard ladder logic, and then add a hydraulic power unit—all within the same schematic. This integration helps engineers visualize how a failed proximity switch (electrical) affects cylinder extension (pneumatic) before a single component is built in the real world.
Cause: Large pressure spikes or division-by-zero in a calculation.
Fix: Reduce simulation time step (Setup → Simulation Parameters → Time step to 0.001 seconds). Check for orphaned components (e.g., a valve port connected to nothing).
Automation Studio 3.0.5 introduced a more refined project tree, enabling users to manage multiple schematics, sub-circuits, and documentation within a single project file. The "Cascading Sheets" feature allowed engineers to create hierarchical designs, simplifying complex systems into manageable sub-systems.
As of 2025, Automation Studio 3.0.5 is undeniably "legacy" software. Yet, it shares a similar status with CATIA V5 or AutoCAD 2007—older tools that are still productive in niche environments. The software is no longer sold new by Famic Technologies, but it can be found through third-party resellers, academic archives, or existing corporate licenses.
Where it still shines:
Where it falls short:
One of the standout features of the 3.0.5 era was the deep integration of hardware diagnostics. Unlike competitors where an I/O error might just light up a red LED, AS 3.0.5 allowed for detailed error handlers in the software. Engineers could view the exact state of the hardware configuration directly within the development environment. Automation Studio 3
While the industrial software world chases new features and subscription models, Automation Studio 3.0.5 remains a testament to solid engineering. It offers a perfect balance of power and simplicity. Its robust simulation engine, extensive component libraries, and intuitive schematic capture have made it a trusted ally for hydraulic, pneumatic, and electrical designers for over a decade.
Whether you are a student learning the fundamentals of fluid power, a technician maintaining legacy machinery, or an engineer looking for a rapid prototyping tool that won’t bog down your computer, Automation Studio 3.0.5 is a solution worth having in your toolkit.
Final Tip: Before committing to a large project, always check if your specific component vendor’s library was supported in the 3.0.5 release (most major vendors are, but some newer IoT-enabled components are not). And remember—simulation does not replace real-world validation, but when used correctly, it dramatically accelerates the path to a working, efficient, and safe automated system.
Looking to acquire Automation Studio 3.0.5? Contact Famic Technologies authorized distributors or explore used license marketplaces (ensure proper transfer of ownership). Always respect software licensing agreements.
Automation Studio 3.0.5 is an older version of the popular engineering software used for simulating hydraulic, pneumatic, and electrical control systems. While newer versions like 6.0 and 7.0 are available, version 3.0.5 remains popular in educational settings because it often supports features like Sequential Function Charts (SFC/GRAFCET) without the licensing restrictions found in newer "free" or student versions. Key Uses and Features
Circuit Simulation: Designing and testing pneumatic reciprocating circuits and hydraulic systems with double-acting cylinders.
GRAFCET/SFC Programming: Used extensively for teaching logic and algorithms for industrial processes.
Educational Accessibility: Preferred by some students and educators as an alternative to newer versions that may require professional licenses for specific PLC instruction modules. How to Access
Official Trials: B&R Industrial Automation offers a 90-day free evaluation for their modern software suite.
Educational Downloads: Many users share links to this specific legacy version via Google Drive for educational purposes, though official support for this version has largely been superseded by newer releases. Tutorials and Demonstrations Pneumatic Reciprocating Circuit in Automation Studio 3.0.5 The "If It Isn't Broken" Philosophy In heavy
B&R Automation Studio 3.0.5 is a legacy but highly functional version of the integrated development environment used for programming B&R controllers. Version 3.0 introduced critical features like enhanced Ladder Diagram functions (Compute and Compare) and simplified access to the Watch Function for real-time debugging. Quick Start Guide for New Projects
If you are starting a new project in this version, follow these core steps:
Project Creation: Open Automation Studio and select File > New Project. Give it a unique name and choose your configuration method (Manual, Online, or Reuse).
Hardware Setup: In the Physical View, search for your controller model (e.g., CP3586) to add it to the project tree.
Logical Programming: Switch to the Logical View to add programs. You can use Structured Text (ST), Ladder Diagram (LD), or ANSI C. To add a standard ST program, drag the "All In One" file from the Object Catalog.
Simulation: Use the integrated ARsim to test logic without physical hardware. You can set breakpoints and monitor variables directly in the Watch window. Key Programming Tips
Modular Design: Use the Library Explorer to create custom function blocks (FBs) for repetitive tasks like sensor scaling or math formulas.
Variable Management: Organize your data using User Defined Types (UDTs) to group related signals like "Status" and "Commands" for devices like valves.
Deployment: To transfer to a physical PLC, you can create a Compact Flash (CF) card package via Extras > Create Compact Flash if an online connection is not immediately available.
Check out these tutorials to master project setup and custom logic in Automation Studio: B&R Automation Studio Quick Start 20K views · 5 years ago YouTube · Loupe B&R Automation Studio ST Programming 601 views · 7 months ago YouTube · Boston Controls
B&R Automation Studio Tutorial - Create Custom Function Block 250 views · 7 months ago YouTube · Boston Controls Automation Studio 101: Programming Basics & Tutorial 61K views · 6 years ago YouTube · This is Automation B&R Automation Studio Quick Start
You might wonder: “Given that newer versions (6.x, 7.x, 8.x) exist, why discuss 3.0.5?” The answer lies in its unique position:
