Underslung

Safe Working Load (SWL) refers to the maximum weight that a crane can safely lift under normal operating conditions. It is important to adhere to the SWL to ensure the safety of both the crane operator and the surrounding environment.

The Class of Duty/Standards indicates the level of performance and reliability that a crane is designed and manufactured to meet. These standards ensure that the crane can handle the intended workload and operate safely.

Crane control refers to the mechanisms and systems used to operate and control the movement of the crane. This includes controls for hoisting, lowering, trolley movement, and slewing. The drive system of a crane is responsible for providing the necessary power and control to move the crane’s various components. This can include electric, hydraulic, or mechanical systems depending on the specific crane design. The power supply system of a crane is the source of energy that powers the drive system and other electrical components. This can include electrical connections to the grid, generators, or batteries.

Motors are an essential component of a crane’s drive system, providing the necessary power to move the crane’s hoist, trolley, and other mechanisms. These motors can be electric, hydraulic, or pneumatic, depending on the crane’s design and requirements. Speed refers to the rate at which the crane can move its various components. This includes hoisting speed, trolley speed, and slewing speed. The speed of a crane is an important factor in its efficiency and productivity.

Heavy fabrication that guarantees superior strength, stability, and long-lasting performance.