Posts

Showing posts with the label Wire Rope Slings Suppliers

How do you calculate safety factor for lifting ?

The safety factor for lifting is the ratio between force applied to a component in a system, and the minimum breaking strength of the component. The safety factor is calculated by dividing the minimum breaking strength of the gear by the maximum force that can be supported by the lifting gear. If the safety factor is less than 1, it implies that the force exceeds strength, and the component would fail. When it comes to the estimation of maximum force, riggers can use maximum static force or maximum dynamic force. The former refers to the force when the system is motionless, and the latest refers to the force generated when a falling load is caught. Safety factors are calculated based on status loads. This makes it easier to calculate static forces in the field. Rescuers ensure that systems can accommodate dynamic loads using sufficiently high safety factors. For instance, a component with a static safety factor of 10:1 encounters dynamic events that generate forces five times more than...

The Flexibility of Wire Ropes

  An important part of machines and other structures like elevators, mine hoists, cranes, conveyors and suspension bridges are wire ropes. Wire Ropes are used to transmit a large amount of power from one pulley to another.They are used to lift heavy loads in the construction and manufacturing industries. Wire Ropes can last in high temperatures, are durable and strong, making their use flexible. Made from high carbon stainless steel, wire ropes have continuous wire strands that’re wound around a central core. They’re very important in the construction and manufacturing businesses. Wire Ropes can differ in design depending upon their use. Some different designs are: ·          2/3/4 legged designed for general lifting when being connected directly to the load. ·          Versatile Eye and Ear Wire Slings. They find use in choker, basket and vertical hitches. ·       ...