Low Headroom Single Beam Electric Wire Hoist With C-shaped design European Style 16T 15M

Low Headroom Single Beam Electric Wire Hoist With C-shaped design European Style 16T 15M

1. Clear core parameters:

Rated lifting capacity: 16 tons (16,000 kg) - This is the maximum weight it is designed to lift safely.

Lifting height: 15 meters - Refers to the vertical distance from the lowest position to the highest position of the hook (usually measured from the ground or reference plane).

2. European design features:

Compact structure and light weight: Compared with traditional hoists, European design uses optimized structure and materials (such as high-strength alloy steel), which significantly reduces the overall size and weight. This reduces the load requirements on plant structures (such as crane beams) and saves construction costs.

Three-in-one drive mechanism: The lifting motor, reducer and drum (wire rope winding device) are highly integrated in a compact unit. This design has high transmission efficiency, good structural rigidity, and easy installation and maintenance.

High-performance lifting motor:
Equipped with a built-in disc brake, automatic braking when power is off, safe and reliable. The motor usually has a thermal protection function.

Wire rope and drum: Use high-strength, wear-resistant, and torsion-resistant galvanized wire rope (such as 6x36WS+IWRC or similar structures). The drum design is optimized to ensure that the wire rope is neatly arranged to reduce wear and the risk of rope disorder. Usually with rope grooves.

Hook device: Equipped with high-strength forged alloy steel hook (16 tons class) that meets international standards (such as FEM, DIN). The hook usually has a safety tongue (lock) to prevent the load from unhooking and can rotate freely 360°. Standard pulley block (the ratio is designed according to tonnage and structure, commonly 2/1 or 4/1).

Traveling trolley (if configured): If it is a traveling hoist (which can travel on I-beam rails), its traveling trolley also adopts a compact design. The running motor is usually also an independent three-in-one structure (motor + reducer + wheel group), and is also equipped with a disc brake. The running speed can be selected according to needs (such as dual speed or variable frequency control).