Description Provides a structured approach for students to apply their fundamental fluid power knowledge for selecting hydraulic components and planning hydraulic systems. Successful completion of this course allows students to understand the important elements of interpreting specifications, calculating fluid power requirements, selecting circuits and components to realize efficient, reliable and maintainable hydraulic systems.
Attendance considerations: Students should come prepared with a calculation device. A selection of refreshments and lunches are provided, but may not meet dietary requirements.
Length 4.5 days
Cost $ 1895 USD
Topics
Elements of a project plan
Specifying operating conditions and performance
Understanding common actuator configurations and level of control
Limiting factors of controlled actuator performance (cycle rate, accuracy, repeatability)
Translating actuator force, time, velocity specifications into fluid power requirements
Determining system fluid volume, instantaneous and cyclic flow supply requirements
Identifying pressure and horsepower supply requirements
Accumulators - role in system stability and performance
Fluid selection considerations
Fundamentals of power unit component selection
Tank design considerations
Estimating fluid heating/cooling requirements
Maintaining hydraulic fluid condition
Principles of system maintenance
Control at the actuator principle
Planning hydraulic connections
Minimizing hydraulic shock
Common system supervisory control permissive & interlocks
Noise abatement techniques
Improving system efficiency
Prerequisites:
Completion of eT-HT-FLUIDE + POH, IHF, MHF, eIHB or eMHB
This course is not currently scheduled. Please contact us for more information and to have the course scheduled. Training Administrator Phone +1(905) 714-4750 training@boschrexroth.ca