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Fluids 3: Intermediate Hydraulics

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Course Description

10-620-165 FLUIDS 3: INTERMEDIATE HYDRAULICS ...design of cylinder actuating circuits with pressure-compensated flow control valves, how to control pressure, pilot-operated check valve applications, accumulator operation and application, hydraulic motor types and applications. (Co-requisite: 10-620-101, Fluids 2: Basic Hydraulics)

Course Typically Offered

  • Fall
  • Spring

Most NWTC classes are offered in 8-week sessions. Learn more about how our class schedule can help you succeed.

What will I learn?

  1. Design Cylinder Actuating Circuits and Pressure-Compensated Flow Control Valve Circuits
  2. Explain How to Control Pressure in a Hydraulic Circuits
  3. Design Pilot-Operated Check Valve Applications
  4. Determine Accumulator Operation and Application
  5. Determine Hydraulic Motor Types and Applications

Class list

6 classes found

  • Class Number: ELECMECH 10620165-4 - Fluids 3: Inter Hydraulics

    Location:
    NWTC Green Bay
    Date:
    -
    Delivery:
    In-Person
    Term:
    2025 Fall Session 2
    In-Person
    -

  • Class Number: ELECMECH 10620165-3 - Fluids 3: Inter Hydraulics

    Location:
    NWTC Green Bay
    Date:
    -
    Delivery:
    In-Person
    Term:
    2025 Fall Session 2
    In-Person
    -

  • Class Number: ELECMECH 10620165-5 - Fluids 3: Inter Hydraulics

    Location:
    NWTC Green Bay
    Date:
    -
    Delivery:
    In-Person
    Term:
    2025 Fall Session 2
    In-Person
    -

  • Class Number: ELECMECH 10620165-2 - Fluids 3: Inter Hydraulics

    Location:
    NWTC Green Bay
    Date:
    -
    Delivery:
    Hybrid
    Term:
    2025 Fall Session 2
    Hybrid
    -

  • Class Number: ELECMECH 10620165-6 - Fluids 3: Inter Hydraulics

    Location:
    NWTC Marinette
    Date:
    -
    Delivery:
    Hybrid
    Term:
    2025 Fall Session 2
    Hybrid
    -

  • Class Number: ELECMECH 10620165-1 - Fluids 3: Inter Hydraulics

    Location:
    NWTC Green Bay
    Date:
    -
    Delivery:
    Hybrid
    Term:
    2025 Fall Session 1
    Hybrid
    -