Hydraulics Versus Pneumatics Exercise Answers Fluid Power Hydraulics Versus Pneumatics Exercise Answers By Clifford Mayhew

Component Recognition Exercise Answers Category : Pneumatic Name : Receiver Component 2 Category : Pneumatic Name : Push Button/Spring DCV Component 3 Category : Pneumatic Name : Regulator/Gauge Component 4 Category : Hydraulic Name : Hose Component 5 Category : Hydraulic Name : Power Pack/Tank/Pump Component 6 Category : Pneumatic Name : Service Unit/ Filter/Regulator/Lubricator

Component Recognition Exercise Answers Category : Pneumatic Name : Fittings Component 8 Category : Hydraulic Name : Cylinder Component 9 Category : Hydraulic Name : Lever/Spring DCV Component 10 Category : Pneumatic Name : Cylinder Component 11 Category : Pneumatic Name : Pipe

Pneumatic Laboratory Answers 3/2 Push Button/Spring DCV Double Acting Cylinder Filter Regulator Lubricator 5/2 Pilot/Spring DCV

Hydraulic Laboratory Answers Double Acting Cylinder 4/2 Lever/Spring DCV Filter Tank (Reservoir) Hydraulic Pump Relief Valve

Pneumatics Word Exercise Answers Pneumatic control is fast and clean which makes it ideal for use in textile and food industries. Air is Compressible which means it can be squeezed into a smaller space. Air holds moisture which causes Condensation (Dew droplets) in the compressed air system. Because pneumatic components often function with metal to metal moving contact, Lubrication is required and is introduced by the Service Unit which contains a Filter, Regulator and Lubricator. High pressure air is produced by Compressors. The flow of air is measured as the Free Air Delivery (FAD) in m3 per hour. Compressible Condensation Lubrication Service Unit Compressors Free Air Delivery

Hydraulics Word Exercise Answers Hydraulic control produces extremely large forces which makes it ideal in pressing applications such as car body panels or in lifting equipment such as cranes. Oil and water is Incompressible, therefore the fluid cannot be compressed. Fluid generally needs Lubricating (for metal to metal movement), Anti Oxidising (to stop oxidisation) and Anti Foaming (to inhibit fluid foam) properties which are produced using Additives. Fluid flow is produced by hydraulic Pumps. These pumps are usually positive Displacement devices. The fluid flow is transferred through Hoses that are Braided (platted) for reinforcement, or steel Pipes, to contain the very high pressures. Incompressible Lubricating Anti Oxidising Anti Foaming Additives Pumps Displacement Hoses Braided Pipes

Crossword Answers

Word Association Exercise Fluid Power Medium Word Association Exercise Oil Water Air Wet Slippery Viscous Yellow Colour Sticky Smelly Incompressible Liquid Lubricant Wet Drink Colourless Deep Salty Liquid Clear Breath Holds Moisture Compressible Hisses Colourless Odourless Oxygen Nitrogen Gas