RailQ™ Crane Runway Survey
Your rails may not be as straight as you think. A RailQ™ Runway Survey uses a remotely operated robot to give you an in-depth view of the alignment and condition of your crane rails. Measuring span, straightness, elevation and rail-to-rail elevation, RailQ gives you an easy-to-read report with 3D images that visualize the problem areas of your rails. Our engineers will review the data and provide recommendations. Combine RailQ with a CraneQ™ Geometric Survey for more information about the alignment of your crane’s wheels, guide rollers and other components.
CraneQ™ Crane Geometric Survey
Do your cranes suffer from premature wheel wear, rail wear, structural component failures or drive faults? All of these are common results of incorrect crane geometry. Have your crane operators complained about a crane making strange noises or positioning incorrectly? CraneQ Crane Geometric Survey helps you to find the root cause of these symptoms to avoid major problems and costly downtime.
RopeQ™ Magnetic Rope Inspection
Wire ropes can contain hundreds of individual wires. Broken strands on the rope exterior can be found by visual inspections, but the condition of the core and inner wire strands cannot be seen. RopeQ Magentic Rope Inspection combines visual and magnetic inspection methods to assess your rope exterior as well as the internal wires, strands and core that are not readily visible. The data can be used to assess whether the wire rope can continue to be safely used.
Crane reliability study
A Crane Reliability Study will assess the current condition of your crane and its remaining design life. A team of trained Konecranes specialists will gather information, perform a detailed inspection, provide customized calculations and perform an engineering analysis. The comprehensive report and expert consultation will give you a roadmap for equipment repairs, modernizations or replacement.
Gear Case Inspection
A Gear Case Inspection looks at internal components that are not typically evaluated during a routine inspection. We use an endoscope to visually inspect the gear wheels, bearings, shafts and keys, and perform an oil analysis. In some circumstances we recommend a gear case disassembly and non-destructive evaluation of the individual gears and other internal components.
The mechanical coupling between the hoist motor and the hoisting gear case is a critical component for the safe operation of lifting equipment. Failure of a hoist coupling may lead to load drop. The Coupling Inspection has been designed to uncover issues that may lead to coupling failure.
The Hook/Shank Inspection has been designed to uncover issues that may lead to hook or bottom block failure. The bottom block of a crane is made up of many internal critical components that are not typically evaluated during regular inspections and preventive maintenance.
This inspection has been designed to inspect the removable devices attached to your crane hook during operation. The inspection identifies deficiencies and deviations from local regulations.
Design Life Analysis
The Konecranes Design Life Analysis calculates the remaining design life of the structures and machineries of your crane. A calculation of design life will give information that helps you assess your safe working limits and plan actions for continued equipment use.
Steel Structure Analysis
The steel structures of your crane shoulder the weight of your lifting operations. Those structures are subjected to fatigue as loads are lifted, and as fatigue life ends, safety can be compromised. The Konecranes Steel Structure Analysis can give you an accurate, detailed picture of the remaining fatigue life of the steel structure of your crane and help identify defects.
The Konecranes Rope Analysis is designed to provide expert consultation to answer your wire-rope- and rope-reeving questions. The analysis targets individual concerns such as rope selection, rope life, component failures, unexpected rope behavior, accident investigation or improvement opportunities, including recommendations on extending rope and component life.
The Konecranes Hook Analysis utilizes visual and NDT inspections combined with fatigue calculations of the hook/shank and critical components of the bottom block.
Crane Operator Training
Studies show human error is often the cause of crane accidents. Our crane operator training helps reduce errors and add skills that help avoid possible injury to personnel caused by improper operations. Training can be performed at your site or a Konecranes training facility.
VFD Capacitor Reforming
Variable Frequency Drives (VFDs) are sometimes stored for extended periods of time between uses. If a VFD goes unused for a year or longer, it must be reformed to recondition the DC-bus capacitors and restore its condition to prepare for operation under load. Konecranes VFD Capacitor Reforming is designed to reform your spare drives without ever removing them from your facility.