• The Importance of an Overhead Crane Inspection

  • Overhead Crane Inspection

    29 CFR 1910.179, overhead and gantry cranes

    An overhead crane is a machine used for lifting and lowering a load and moving it horizontally that an important part of the equipment. Overhead cranes are utilized to go heavy and oversize items that material handling methods can’t. Overhead cranes have a trolley that travels across the bridge, and also a service structure, known as a bridge. The main component of an overhead crane is your hoist, that is used to perform the lifts and’s connected to the trolley. Several kinds of overhead cranes exist including gantry, semi-gantry, cantilever gantry, storage bridge and wall mounted cranes.

    This regulation covers general requirements, design, inspection, care requirements and operations.

    Overhead Crane Operator Importance

    Design Requirements

    The OSHA overhead crane safety regulation specifies design requirements to the building of the taxi and its controls as well as the cab’s lighting; foot-walks, ladders, and stairways; bridge and trolley bumpers; hoist, holding, trolley and bridge brakes; electric components; hoisting equipment; and warning apparatus.

    Inspection Requirements

    Due to the heavy and big items being hauled by overhead cranes, regular inspections are essential to ensure continued operation and crane safety. An initial review of the crane prior to initial use is needed. Overhead cranes will require two unique types of inspections once placed into consideration. While inspections have been completed at monthly to annual periods, inspections are done at daily at monthly intervals. The purpose of both inspection type is to test aspects of the crane and also to determine the magnitude of wear, corrosion or malfunction.

    Crane Monthly Inspection

    Along with the contents of the inspection, the inspection will be carried on the power system, hoisting mechanism, slewing mechanics, running mechanism, and hydraulic components of the hoisting machinery, deformation, cracks, corrosion of parts, the electrical control system, check the feeder, control, overload protection, safety protection apparatus is reliable. Through the test run to look at the crane congestion, pressure, temperature, vibration, noise and also other causes of error symptoms. After detecting the structure of the crane, service, transmission sub-state subjective test to comprehend the status of the crane controller technology, check to determine the anomalies of this foundation of the fault.

    Crane Annual Inspection

    The unit leaders organize equipment basic safety direction department heads, together with the appropriate sections, in addition to the monthly review undertaking, the major technical parameters of lifting machinery testing, reliability testing, by observing the equipment, lifting machinery, moving parts of the task organization of their wear and tear of their metal structure of the weld.