Engineering Drawings for Hydraulics

Engineering Drawings for Hydraulics starts with basic engineering drawing concepts that are included in a hydraulic drawing. Ready to take the next step? Explore the course details and see everything we’ve packed into this program!

Learning Hours: 3.5

Representative or member of a corporation, educational institution, or trade organization? Contact us to discuss special pricing and additional benefits, including course activity reports for your group.

Contact Sales For Group Pricing

Purchase 30 Day Access

Category: Engineering Drawings Tags: Manufacturing Courses for Executives, Manufacturing Courses for Human Resources, Manufacturing Courses for Manufacturing Operations, Manufacturing Courses for Purchasing Professionals, Manufacturing Courses for Quality Engineers, Manufacturing Courses for Sales Teams, TechCred Program Courses (Ohio)

Course Description

The THORS Engineering Drawings for Hydraulics course starts with basic engineering drawing concepts that are included in a hydraulic drawing. The course then focuses on those items that are specific to hydraulic drawings from symbols to accessories to notes. Major components like the reservoir, manifold, pump motor group, hoses, gauges, meters, accumulators and sensors are all covered.

Who will benefit from this Engineering Drawings for Hydraulics course?

Quality, manufacturing, engineering, purchasing, and sales functions at organizations that perform forging operations; Students.

Course Classification

*THORS uses the Bloom’s Taxonomy Methodology for our course development.

Certificate Awarded for Engineering Drawings for Hydraulics

*upon successful completion

Render of a datum reference frame fully constraining a part in all degrees of freedom, gd&t concepts.

Engineering Drawings

GD&T: 3 Factors that Affect Understanding

Geometric dimensioning and tolerancing is a complicated and complex standard that can lead to reading and interpreting errors. On drawings, GD&T is used as a

THORS Staff Writer

A vector illustration of multicultural professionals in various situations, highlighting required soft skills in the tech industry.

Training

Developing Soft Skills in the Tech Industry

Soft skills in the tech industry, where precision and expertise are paramount, might seem secondary. However, soft skills such as communication, teamwork, and problem-solving, play

THORS Staff Writer

Unravel the seamless integration of e-learning, entertainment, and media, unlocking new horizons of learning that are both informative and entertaining.

Training

Entertainment in Education is the Future

Prepare to embark on an extraordinary adventure as we dive into the captivating world of the future of education. We will unravel the seamless integration

THORS Staff Writer

Learning Objectives

Understand the four steps in the working of a hydraulic system.
Recognize aspects of engineering drawings that are unique to hydraulic systems.
Recognize and understand the importance of symbols that appear on, and are often exclusive to, hydraulic systems.
Identify the various main components in a hydraulic system on an engineering drawing for hydraulics.

Cylinders, shown here, are an important part of any Engineering Drawing for Hydraulics. — Engineering Drawings for Hydraulics

Distinct Characteristics
1. Title Block
  1. Do Not Scale Drawing
  2. Drawing Tolerances
2. Cylinder Description Box
  1. Cylinders
    1. Cylinder Elements
    2. Cylinder Function
  2. Ejectors
System Component Symbols
1. Basic Hydraulic Symbols
  1. Basic Symbols
  2. Mechanical Operations
  3. Valve Control Operations
2. Hydraulic Lines
3. Reservoir
  1. Breathers
  2. Hydraulic Filters
    1. Basic Hydraulic Filters
    2. Return Filters
    3. Pressure Filters
  3. Heat Exchangers
  4. Sight Gauges
  5. Cleanout Covers
  6. Tank Magnets
4. Manifold
  1. Ports
  2. Valves
    1. Directional Control Valves
      1. Solenoid Valves
        
        Poppet Valves
        
        Spool Valves
        
        Proportional Control Valves
      2. Non-Solenoid Valves
        
        Check Valves
        
        Pilot Operated Check Valves
        
        Counterbalance Valves
        
        Shuttle Valves
    2. Pressure Control Valves
      1. Pressure Relief Valves
      2. Pressure Reducing Valves
      3. Pressure Sequence Valves
      4. Proportional Pressure Control Valves
    3. Flow Control Valves
      1. Throttle Valves
      2. Needle Valves
      3. Shutoff Valves
        
        Ball Valves
        
        Gate Valves
    4. Logic Control Elements
      1. Directional Control Logic Elements
      2. Pressure Control Logic Elements
      3. Proportional Control Logic Elements
5. Pump Motor Group
  1. Pump
    1. Piston Pumps
      1. Pressure Compensator Valve
      2. Stroking and De-Stroking Cylinder
    2. Vane Pumps
    3. Gear Pumps
  2. Motor
Accessory Symbols and Notes
1. Hydraulic Hoses
2. Pressure Gauges
  1. Quick Connects
  2. Test Points
3. Flow Meters
4. Accumulators
  1. Bladder Accumulators
  2. Piston Accumulators
5. Sensors
  1. Switches
    1. Pressure Switches
    2. Temperature Switches
    3. Position Switches
  2. Transducers
    1. Pressure Transducers
    2. Temperature Transducers
    3. Position Transducers
6. Vibrational Isolators
7. Notes
  1. Oil Cleanliness Requirement
  2. Safety Requirement
  3. Build to Code Requirement
  4. Reference Only Requirement
  5. Pressure Requirement

Course Categories

Automotive Systems