10 Ton Wire Rope Electric Hoist for Heavy-Duty Industrial Lifting

Structural composition

Hoisting motor: Conical rotor brake motor, self-locking upon power failure, smooth starting, and large braking torque.

Reduction mechanism:Hardened helical gear transmission, high efficiency, low noise, and long service life.

Drum: Central drum, multi-layered winding of wire rope, neat rope arrangement, and large rope capacity.

Wire rope:Special wire rope for lifting, with high tensile strength, wear resistance, and safety factor.

Pulley and hook assembly:Yellow hook and pulley assembly + forged hook, with a multiplier design that makes heavy-duty lifting effortless and landing smooth; equipped with anti-slip latch.

Casing:The green casing features heat dissipation patterns, ensuring good heat dissipation and suitability for continuous operation.

Electrical control box: Blue electrical box, integrating contactors and protection components, with neatly arranged wiring terminals.

Control components: Red handle/switch on the side, ground-operated flashlight switch.

Operating mechanism:Top-mounted operating device, suspended below the I-beam rail and moving along the rail.

Safety devices:bidirectional limit switches, power-off brake, hook anti-detachment, overload protection (optional), warning signs.

Working principle

The hoisting motor drives the drum to wind up and unwind the wire rope via a hardened gear reducer. The wire rope then drives the hook assembly below to vertically raise and lower the hook. The pulley assembly's multiplier design ensures that even a 10-ton heavy load can be lifted effortlessly, smoothly, and without swaying. The running mechanism drives the entire machine to move horizontally along the I-beam track, forming a complete "lifting + translation" hoisting capability. Operation is completed by one worker using a handheld flashlight; if the operator needs to be away from the heavy object or work across areas, a wireless remote control can be selected.

Core advantages

10-ton load capacity, upper limit of medium-sized:covers the vast majority of medium and heavy-duty lifting needs in industrial sites, with ample selection margin, and more durable for long-term operation at low load.

Multi-layer winding, large rope capacity:The multi-layer winding design of the drum allows for greater lifting height, meeting the needs of high-rise factories and deep foundation pit operations.

Pulley ratio saves effort:The pulley block ratio design ensures smooth and shock-free lifting of 10-ton heavy loads, and accurate and stable positioning.

Good heat dissipation and continuous operation: The machine body has heat dissipation patterns, which provides excellent heat dissipation performance and is suitable for high-frequency continuous operation in machine shops, stockyards and other similar locations.

One unit covers the entire workstation line:it travels along the I-beam track and one unit covers the entire workstation line, eliminating the need for repeated configuration for multiple workstations.

Safety features include:bidirectional upper and lower limit switches to prevent top impact, a conical brake motor with power-off self-locking to prevent hook slippage, and a hook anti-detachment tongue to ensure safe heavy-duty operations.

Easy to maintain:Classic structure, few points of failure, daily inspection only requires checking the wire rope, brake and lubrication, and spare parts are universal and readily available.

High compatibility:It can be used independently for beam hanging, or it can be used with electric single beam, double beam, gantry crane, cantilever crane, and has wide compatibility.

Application scenarios

Applications include: loading and unloading large workpieces in machining plants; maintenance, installation, and hoisting of heavy equipment; warehousing and stacking of heavy goods; loading and unloading of profiles, pipes, and plates in steel yards; large component transfer on assembly lines; disassembly, assembly, and flipping of large molds; hoisting of steel structure components; manufacturing of pressure vessels, boilers, and wind power components; auxiliary equipment workshops in building materials, metallurgy, and power industries; and use with electric single-girder/double-girder cranes, gantry cranes, and cantilever cranes.