Types of H.O.T. Cranes and Their Applications

H.O.T. (Hydraulic Overhead Travelling) Cranes are advanced lifting systems designed to handle heavy loads efficiently in industrial settings. They use hydraulic mechanisms to lift, lower, and move loads horizontally along overhead tracks. H.O.T. cranes are widely used in factories, warehouses, construction sites, and assembly lines to improve productivity and ensure safe material handling.

How an H.O.T. Crane Works:

• Bridge Structure: Comprises single or double girders mounted on end carriages, allowing movement along parallel runway beams.
• Hydraulic Hoisting System: Uses hydraulic cylinders and pumps to lift and lower heavy loads smoothly and precisely.
• Long Travel Motion: The entire crane moves along rails installed on the runway beams to cover large areas efficiently.
• Cross Travel Motion: The trolley carrying the hoist moves horizontally along the bridge for precise load positioning.
• Control System: Operated via pendant, cabin, or remote control for safe and accurate movement of loads.

Key Features and Advantages:

• High Load Capacity: Capable of lifting from 1 ton to over 150 tons depending on the configuration.
• Efficient Operation: Smooth lifting and travel using hydraulic systems with precise control.
• Custom Configurations: Available in single girder or double girder models to meet diverse industrial requirements.
• Safety Systems: Includes overload protection, emergency stops, limit switches, and anti-collision devices.
• Low Maintenance: Durable components reduce downtime and extend operational life.

Common Applications:

• Manufacturing and Assembly Plants
• Steel and Metal Processing Units
• Warehouses and Logistic Centers
• Heavy Machinery Workshops and Power Plants
• Construction and Fabrication Industries

H.O.T. Cranes provide reliable, safe, and efficient lifting solutions for modern industries. Their hydraulic power, flexibility, and robust design make them ideal for handling heavy materials across large workspaces, enhancing productivity and ensuring operational safety.