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Engineering and Design Department.
Required level
Having completed or mastered the concepts covered:
Lvl 3
Engineering
Fundamentals and Introduction to Hydraulic Design - ED
Objectives
At the end of the course, trainees will be able to:
- Convert a specification into a hydraulic diagram.
- Determine the components of a hydraulic diagram by calculation.
Program
Part 1
- 1 CONVERT A SPECIFICATION INTO A HYDRAULIC DIAGRAM
- Project monitoring: Commercial approach – Data in a specification – Example of a specification – Design stages.
- Introduction to the study of hydraulic circuits: Standard symbols used in industry – Open and closed circuits.
- Receivers: – Symmetrical subjected to a resisting force (torque) – Symmetrical subjected to a driving force (torque) – Dissymmetrical subjected to a resisting force – Dissymmetrical subjected to a driving force.
- Generation of flow or pressure: Fixed or variable flow generators – Pressure generators – Conclusion.
- Circuit architecture
- Open circuit design.
- Open circuit diagram design.
- Detailed study of closed and semi-closed circuits: Description of a closed circuit – Variant closed circuit diagrams – Filtration of closed circuits – Semi closed circuit.
- Examples of diagrams.
Part 2
- SELECTING THE CIRCUIT’S HYDRAULIC COMPONENTS
- Refresher on the specifications: Example of a functional diagram – Example of specifications.
- Example of a diagram
- Hydraulic fluid: Mineral oil – Non-flammable fluids
- Cylinders – Pumps – Hydraulic motors.
- Tanks – Design details – Total volume calculation – Heat loss calculation
- Piping: Calculation formulas – Technology and installation – Rigid pipes – Flexible pipes.
- Fittings and flanges
- Hydropneumatic accumulators: Energy reserve calculation – Anti-pulsation calculation – Shock absorption calculation – Expansion compensator calculation – Suspension spring calculation.
- Filters and breathers: Efficiency of filter elements – Cleanliness classes – Role and position.
- Valves: Anti-return – Piloted – Logic and analogue in accordance with ISO 7368.
- Pressure valves – Flow valves – Directional control valves – Control valves for servo systems.
- Temperature control: Cooling exchangers – Heating systems.
- Design application exercises.
Teaching Methods & Aids
Feedback – Case studies – Role-play scenarios – Interactive assessment.
Specific IFC TRITECH leaflet.
Certificates provided
- Certificate of attendance
Practical information
Miscellaneous information
2 x 4 Days
On-site
3 to 12 People
2150 € excl. tax / person (INTER)
INTRA price contact us
Sessions
Location | Dates | ||
---|---|---|---|
BOIS-LE-ROI | From 02 June 2025 to 06 June 2025 | From 30 June 2025 to 04 July 2025 | Pre-registration |
TOURS | From 17 November 2025 to 21 November 2025 | From 08 December 2025 to 12 December 2025 | Pre-registration |
100%
Recommandation
of principals would recommend IFC TRITECH as a training organization.
98%
Quality
This is the percentage of satisfaction obtained after consulting all 2023 trainees on the quality of our training courses.
4,48/5
Pedagogy
This is the score obtained by IFC TRITECH when participants were asked about the suitability of teaching resources for their inter-company training.
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Contact
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