Free Download Manual: Cranes - Design, Wire Ropes, Drives, Brakes, Construction, Calculations & Maintenance in Full PDF.
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DESING & STRUCTURES
Preface, Introduction, History, Power, Some Types of Cranes and Lifting Equipment, Capacities, Number of Cycles, Cycle-time, Container Quay Cranes, Grab Unloaders, The Influence of Wind and Storms, Hatchels Container Vessels, Wire Ropes, Wire Rope Reeving Systems, Influencing the Lifetime of Wire Ropes, Drum Diameters and Wire Rope Sheave Diameters, The Choice of Wire Ropes, Fleet Angles, Grooves on Drums and in Wire Rope Sheaves, The Bending Angle Over Sheaves, The Ultimate Tensile Limit, The Lifetime of Wire Ropes, Wire Rope Strength, Calculating Motor Powers, Driving Systems, The Squirrel Cage Motor With Fluid Coupling, The Slip Ring Motor, The Ward–Leonard Drive, Direct Current Full-Thyristor Systems, Alternating Current Drives With Frequency Control, Hydraulic Drives, Numbers of Wire Rope Sheaves in the Hoisting Mechanisms of Different Reeving Systems, Calculating the Requisite Power of the Hoisting Motors, Calculating the Needed Power of the Trolley Travelling Motors, Direct Driven Trolleys or Motor Trolleys; Wheel Slip Control, Trolleys Pulled by Wire Ropes or Rope Driven Trolleys, Rope Driven Trolleys for Grab Unloaders With a Main and Auxiliary Trolley, Hoisting the Boom, Calculating the Power Needed for the Boom Hoist Motor, Calculating the Needed Power of the Crane-travelling Motors, Wheel Slip Control, How to Calculate the Forces Through Skewing of the Crane and Trolley, The Rating of the Motors, The Root-mean-square Calculation, The Current Supply of a Crane by a Diesel Generator Set, Calculating Methods and Warnings, Calculating the Power Needed for the Slewing Motors of Level Luffing Cranes, Calculating the Power Needed for the Luffing Motor of Level Luffing Cranes, Brakes, Modern Brakes, Hoisting Brakes, Lowering the Load; Emergency Stop, Lowering the Load; Braking by Full Motor Torque, Hoisting the Load, Emergency Stop, Svendborg Brakes, Calculating the Brake Time and Braking Distance of a Crane, The Acceleration of a Crane by Wind at the Beginning of An Emergency Stop, Storm Pins and Storm Brakes, Standards, CEN, Fem, ISO, Sagging and Slapping of the Wire Ropes, Rock and Roll of the Spreader, Machinery Trolleys Versus Wire Rope Trolleys, Twin-lift; Positioning, Automatic Equipment Identification (AEI), Sagging and Slapping of the Wire Ropes, Other Hoist Wire Rope Systems for Container Quay Cranes and Grab Unloaders, The Rock and Roll of the Spreader, Advantages and Disadvantages of Machinery Trolleys Versus Wire Rope Driven Trolleys, Container Transport With Twin-lift Spreaders, Long Twin-Lift, Bramma Tandem lift, Connecting the Spreader to the Head block, Sway and Swing, Automation of the Trolley Travelling Mechanism, The Positioning of a Hoisting Mechanism, Automation, Automatic Positioning for Crane Travelling Mechanisms, Encoder Systems, Sensor Systems, Hall Magnets With Electronic Measuring Rulers, Detectors With Linear Absolute Encoders, Antenna, Transponder Systems, Radar Systems, Laser Systems, The Influence of Wind and Eccentric Loading of the Container, The Prevention of Skew, The Automatic Identification of Containers Tags, Electronic Data Interchange (EDI), General, GPS and DGPS, Automatic Vehicle and Container Location, Scanning, Container Inspection by X-ray, Seal Recognition, CSC Plate Control, Checking the Damage to Containers...
- Pages: 349
- Size: 10.7 MB
- Format: PDF (Adobe Reader)
MANUAL - CRANES - MOBILE CRANES - TOWER CRANES - TELESCOPIC CRANES - BRIDGE CRANES - DESIGN - PRACTICE - MAINTENANCE - WIRE ROPE - DRIVES - MOTOR POWERS - BRAKES - STANDARDS - CONSTRUCTION - CALCULATIONS - STRENGTH - WHEELS - TRACKS - MISCELLANEOUS
FREE MANUAL FOR PROFESSIONALS ON ALL CRANES - LEARNING