Mox Fabricators & Engineers

Ahmedabad, Gujarat

A base-mounted wire rope hoist is a type of lifting equipment that is mounted directly onto a base or a foundation structure, typically at the floor level or on a fixed platform. This design is commonly used in situations where overhead space is limited or unavailable, allowing the hoist to operate without requiring ceiling or overhead track systems. The hoist uses a wire rope to lift heavy loads and is designed for industrial and commercial applications. Key Features of Base Mounted Wire Rope Hoists: Mounting Design: Base-Mounted: The hoist is fixed to a solid base or platform at ground level or a lower position, which can be a concrete floor, a steel structure, or other stable foundations. This setup is useful in situations where overhead space is limited, or when the hoist needs to be placed in a specific location on the ground or floor level. Wire Rope Lifting Mechanism: The hoist uses a strong steel wire rope wound around a drum or pulley system to lift and lower loads. The wire rope is designed for high strength and durability, making it capable of handling heavy weights without compromising safety. The lifting mechanism can handle varying load capacities, typically ranging from a few tons to over 50 tons, depending on the specific hoist model. Electric Motor: A powerful electric motor drives the lifting mechanism, providing the necessary power to raise and lower heavy loads. The motor typically includes a gearbox for speed and torque control, allowing smooth and controlled lifting operations. The motor is generally mounted on the same base as the hoist, connected to the lifting drum via gears. Load Capacity: Base-mounted wire rope hoists are available in various load capacities, from smaller models for lighter loads (1-5 tons) to heavy-duty models that can lift loads of up to 100 tons or more, depending on the application. Braking System: Base-mounted wire rope hoists typically come with automatic braking systems that engage when the motor is turned off, ensuring that the load is securely held in place and preventing it from falling. This is a crucial safety feature, especially when working with heavy or potentially hazardous loads. Trolley Movement: In some models, the hoist may be mounted on a trolley that moves along a fixed track or beam, allowing horizontal movement of the load. The trolley can be motorized or manually operated, depending on the application and required load capacity. Control Systems: Pendant Controls: Operators can control the hoist using a pendant control, which is a wired device that allows the operator to lift, lower, and maneuver the load safely from a distance. Remote Controls: In some systems, wireless or radio frequency remote controls are used for more flexibility and to keep the operator at a safe distance from the load. Limit Switches: These are safety devices that stop the hoist when the load reaches its designated lifting or lowering limit, preventing over-travel and possible damage. Safety Features: Overload Protection: To prevent damage or accidents, these hoists often feature overload protection systems that automatically stop the hoist if the load exceeds its rated capacity. Emergency Stop: An emergency stop button is commonly included in the control system to immediately halt the hoist in case of an unexpected event or hazard. Applications of Base Mounted Wire Rope Hoists: Industrial Factories: Base-mounted wire rope hoists are commonly used in manufacturing facilities to lift and move heavy parts, tools, machinery, or raw materials, especially in areas with limited overhead space. Automotive and Aerospace: Used for lifting heavy automotive parts, engines, or machinery in workshops, assembly lines, and maintenance facilities.

A heavy-duty wire rope hoist is a robust, industrial lifting device designed for handling extremely heavy loads. These hoists are commonly used in industries such as construction, manufacturing, shipbuilding, mining, and heavy-duty logistics, where large, bulky, or heavy materials need to be lifted and moved. Key Features of Heavy-Duty Wire Rope Hoists: High Load Capacity: Heavy-duty wire rope hoists are designed to handle loads ranging from several tons to over 100 tons or more. The exact lifting capacity depends on the hoist model, with larger units capable of lifting massive loads, making them ideal for large-scale industrial operations. Wire Rope Construction: The hoist uses a strong steel wire rope to lift heavy loads. The wire rope is designed for high tensile strength and durability, allowing it to bear heavy loads without compromising safety. The rope is wound around a drum or pulley system to lift and lower the load. Heavy-Duty Motor: A powerful electric motor drives the lifting mechanism. The motor is designed to withstand the intense workload, providing high torque to lift extremely heavy objects. These hoists often come with gearboxes to adjust speed and torque, allowing for controlled lifting and lowering. Advanced Braking System: Heavy-duty hoists are equipped with advanced brake systems to ensure that the load is securely held in place when the hoist is not in motion. The brake system prevents the load from dropping unexpectedly and is crucial for ensuring safety during operation, especially with heavy loads. Heavy-Duty Trolley and Beam: Heavy-duty hoists typically feature reinforced trolleys that move along an overhead beam or rail system. The trolley system allows the hoist to travel horizontally, giving it flexibility to move the load across a large area. The beams used for these hoists are designed to support the heavy weight and to provide stability during lifting operations. Speed Control and Precision: Heavy-duty wire rope hoists often feature variable speed controls for more precise lifting and lowering, which is especially useful for handling sensitive or large loads. Precision control systems help operators position loads exactly where they are needed with minimal risk of damage. Safety Features: Overload Protection: These hoists are typically equipped with overload protection systems to ensure that the hoist doesn’t lift loads that exceed its rated capacity, reducing the risk of accidents or equipment damage. Limit Switches: To prevent the load from traveling beyond the safe lifting or lowering height, limit switches are installed to automatically cut off the motor when the load reaches the end of its travel. Emergency Stop: Most hoists are equipped with an emergency stop button to quickly halt operation in case of an emergency. Components of a Heavy-Duty Wire Rope Hoist: Hoist Drum: The drum is where the wire rope is wound. It controls the upward and downward movement of the load by winding and unwinding the rope. Electric Motor: Powers the hoist and provides the necessary force to lift heavy loads. Motors are designed to handle heavy-duty applications and often come with thermal protection to prevent overheating. Gearbox: The gearbox reduces the motor\'s speed and increases the torque, which is necessary for lifting heavy loads. It plays an essential role in controlling the hoist\'s lifting and lowering speed. Hook: The hook is where the load is attached. It can come in various configurations, including fixed or swivel hooks, depending on the specific application. Braking System: The hoist is equipped with automatic brakes that hold the load securely when the motor is not running. The braking system is vital for ensuring the load remains stationary when desired. Control Panel: The operator controls the hoist using a pendant or a wireless remote control, with the ability to raise and lower the load and operate the trolley. Limit Switches: Prevents the load fr