HOT Cranes - Hand Operated Overhead Traveling Crane

We offer a broad scope of HOT Cranes that is manufactured using quality parts according to the business standards and guidelines. These cranes have high impervious to vibrations and are durable, robust and reliable.These are accessible in different heights and capacity; these are basically utilized when either there is an involvement of heavy loads or wide ranges of development. Further, these are severely tried on well defined parameters to guarantee high usefulness.

• Single Girder Hot Crane: A Single Girder Hot Crane is a specialized overhead crane designed to handle high temperature materials in various industrial environments like steel mills, foundries and forging plants. Single Girder Hot Crane are used in various applications where moderate lifting capacities are required and space is limited.
• Double Girder Hot Crane: A Double Girder Hot Crane is a powerful overhead crane designed for handling heavy loads in high temperature environments. The robust design of double girder cranes makes them suitable for large-scale industrial applications, particularly in steel plants and foundries where handling heavy, hot loads is a regular part of operations.
• Underslung Hot Crane: An Underslung Hot Crane is a specialized type of overhead crane designed to work in environments where high temperatures and space constraints are critical factors. Unlike traditional cranes, which are mounted on top of runways, underslung cranes are suspended from the maximum or roof structure, providing a flexible and efficient material handling solution for industries dealing with hot materials. An Underslung Hot Crane offers a flexible, efficient, and safe solution for handling hot materials in industries with space limitations.

HOT (Hand Operated or Electrically Operated) cranes play a key role in many industrial sectors, providing effective and safe material handling solutions. Their versatility and capacity to handle heavy loads in numerous conditions make them important across multiple industries.

• Capacity: 1 Ton to 20 Tons
• Span: 3 meters to 30 meters (customizable based on client requirements)
• Lift Height: Up to 30 meters
• Hoisting Speed: Variable, typically ranging from 4 to 12 meters per minute
• Travel Speed: Adjustable, usually from 10 to 20 meters per minute for both cross travel and long travel
• Design Standards: Follows IS-807 and IS-3177 standards
• Power Source: Operated via electric motor or manually (hand chain pulley block)
• Structure: Made from high-quality steel with robust construction for durability and safety
• Control System: Pendant or remote control, with fail-safe braking mechanisms
• Electrical Components: High-quality switches and wiring for smooth operations
• Safety Features: Includes overload protection, emergency stop, and limit switches
• Application Areas: Warehouses, workshops, and manufacturing units for material handling

• Bridge Girder: The main load-bearing component, usually made from rolled steel sections or fabricated box girders. Supports the weight of the hoist and the load, allowing the crane to move horizontally along the runway.
• Hoist: A lifting mechanism that includes a motor, gearbox, and wire rope or chain. Used to lift and lower heavy materials. Can be electric or manually operated.
• End Carriages: Located at both ends of the bridge girder, consisting of wheels and motors. Supports the bridge and allows the crane to move along the runway rails.
• Runway Rails: Steel rails mounted on beams along the workshop or warehouse. Provides a track for the crane to move horizontally, covering the span of the operation area.
• Trolley: The part that moves the hoist horizontally along the bridge girder. Moves the load along the bridge to position it accurately within the work area.
• Lift Mechanism (Wire Rope/Chain): A steel rope or chain connected to the hoist for lifting and lowering loads. Transfers the weight of the load, facilitating vertical motion.
• Control System: Typically a pendant control or remote control used to operate the crane's functions. Allows the operator to control the crane’s movements like lifting, lowering, and traveling.
• Braking System: A system of mechanical or electromagnetic brakes. Provides safety by halting the crane’s motion in case of emergency or during operations.
• Wheels: High-strength steel wheels mounted on the end carriages. Enables the crane to travel along the runway rails smoothly.
• Gearbox and Motors: Motor-driven systems that power the hoist, trolley, and bridge movement. Facilitates smooth and efficient operation of the crane for handling heavy loads.

• Modheshwari Cranes are constructed using premium materials, ensuring durability and long-lasting performance even in demanding environments.
• The cranes feature cutting-edge designs that optimize efficiency and safety, making them suitable for various industrial applications.
• Incorporating the latest technology, Modheshwari cranes enhance operational precision, including sophisticated control systems and safety features.
• With years of industry experience, Modheshwari has established a reputation for reliability and expertise in crane manufacturing.
• Suitable for various sectors including manufacturing, construction, and logistics, these cranes are adaptable to different operational environments.