Water Hydraulics Control Technology

This work introduces the principles of water hydraulics technology and its benefits and limitations, and clarifies the essential differences between water and oil hydraulics. It discusses basic components and systems, including hydraulic power generators (pumps), hydraulic control components or modulators (valves), hydraulic transmission lines (tubes, hoses and fittings) and hydraulic actuators (single- or double-acting cylinders and rotary motors) A listing of water hydraulics components/systems manufacturers is provided.

Cover; Half Title; Title Page; Copyright Page; CONTENTS; FOREWORD; INTRODUCTION; PREFACE; 1. INTRODUCTION; 1.1 Power transmission; 1.2 History of hydraulics; 1.3 Elementary hydraulic principles; 2. STANDARD SYMBOLS FOR FLUID POWER SYSTEMS; 3. SIMPLE HYDRAULIC CIRCUITS DESCRIBED BY STANDARD SYMBOLS; 4. WATER AS THE HYDRAULIC MEDIUM; 4.1 History of the fluid medium in hydraulics; 4.2 Water hydraulics; 4.3 Physical properties of hydraulic fluids; 4.4. Tap water as the hydraulic pressure medium; 5. HYDRAULIC PUMPS; 5.1 Positive displacement principle; 5.2 Stationary analysis of hydraulic machines

5.3 Practical performance characteristics for pumps and motors5.4 Water hydraulic pumps; 6. HYDRAULIC MOTORS; 6.1 Practical performance characteristics; 6.2 A water hydraulic motor; 6.3 Linear actuators, cylinders; 7. HYDRAULIC VALVES; 7.1 Directional control valves; 7.2 Flow-control valves; 7.3 Pressure-control valves; 7.4 Proportional control valves; 8. POWER SUPPLIES; 8.1 Purpose and dimensions of the reservoir; 8.2 Tank layout; 8.3 Filters; 8.4 Control and monitoring of system; 8.5 Accumulators; 9. DESIGN OF WATER HYDRAULIC SYSTEMS; 9.1 System specification; 9.2 Circuit layout

9.3 Desig…