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DESCRIPTION:
This two-day program addresses hydraulic principles as
they relate to the design of new systems or improvement of existing systems,
taking into account current industry practices and the price-quality ratio
of the final product (1).
(1) Starting with project specifications, students will
develop engineering drawings for a hydraulic unit and select the right
components based on specified requirements.
COURSE OBJECTIVES:
After completing this program, students will be able to:
- Select the appropriate cylinder(s) based on the intended application
- Select the appropriate motor(s) based on the intended application
- Select the appropriate pump based on the intended application
- Select the appropriate directional valves based on the intended
application
- Select the appropriate accessories based on the intended application
COURSE OUTLINE
- Review of the main selection formulas
- Schematics
- Cylinder selection
- Motor selection
- Fixed or variable displacement motor
- Axial piston, radial piston, gerotor or vane motor
- RPM
- Torque
- Pump selection
- Fixed or variable displacement pump
- Piston, vane or gear pump
- Working pressure
- Control
- Directional valve selection
- Centre format
- Type of control device
- Capacity
- Reservoir and cooler selection
- Reservoir capacity and sizing
- Cooler (air or water)
- Cooling capacity
- Pressure valve selection
- Type (safety, pressure-reducing, counterbalance valve, etc.)
- Volumetric capacity
- Piping
- Flow controls
- Oil selection
- Viscosity
- Mineral, phosphate ester, etc.
- Creation of the final engineering drawings
Who should attend? This program is intended for individuals
directly involved in designing new equipment and/or improving existing
equipment./
Prerequisites: Understanding of basic hydraulic principles or
relevant experience.
Duration: 16 hours
Prerequisites: H001 or strong fundamental knowledge of
hydraulics. Good mathematical skills.
Maximum of 8 participants per group
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