5T EOT Crane

5T EOT Crane

Product Introduction

5T EOT Crane The 5T Electric Overhead Traveling (EOT) Crane is a robust and efficient material-handling solution designed for industrial applications. With a lifting capacity of 5 tons, it is ideal for medium to heavy-duty tasks across industries such as manufacturing, construction, logistics, and warehousing.

5T EOT Crane is Key Features;High Lifting Capacity: Capable of handling loads up to 5 tons with ease and precision.

5T EOT Crane is Durable Construction: Made from high-quality materials, ensuring long service life and reliability.

5T EOT Crane is Smooth Operation: Equipped with advanced motors and gear systems for seamless hoisting and trolley movement.

5T EOT Crane is Safety Systems: Integrated with overload protection, emergency stop functions, and limit switches to ensure maximum safety during operation.

5T EOT Crane is Customization Options: Available in single-girder or double-girder configurations to meet specific operational requirements.

 

5T EOT Crane is Lifting Capacity: Designed to lift loads up to 5 tons with precision and ease.,Durable Design: Constructed with high-quality materials to withstand demanding operations and ensure longevity.Operational Efficiency: Equipped with advanced motor and control systems for smooth and efficient lifting and movement.

Core Components Bearing, Engine, Gear, Gearbox, Motor, Pressure vessel, Pump

Place of Origin Henan, China

Warranty 2 years

Weight (KG) 2000 kg

service machinery overseas

Application workshop,warehouse

stability Anti-swaying

design computer optimization design

error small error

safety High flexible flat cable power

Keywords single girder overhead crane

After Warranty Service Online support

Power supply 110V/220V/230V/380V/440V,customized

Max. Lifting Height 40m,customized

 

Pictures & Components

Main beam

5T EOT Crane Main Beam-The Main Beam is a critical structural component of the 5T Electric Overhead Traveling (EOT) Crane, providing the strength and stability needed to support the lifting and movement of loads. It is engineered to handle 5-ton capacities with precision, ensuring reliability and safety in demanding industrial environments.

5T EOT Crane Main Beam Key Features of the Main Beam-High-Strength Material:Constructed from premium-grade steel, ensuring durability, robustness, and resistance to bending or deformation under load.Precision Engineering:Designed using advanced manufacturing processes to meet strict dimensional accuracy and load-bearing requirements.

5T EOT Crane Main Beam Optimized Design:Available in single-girder or double-girder configurations, depending on application needs.Lightweight yet strong, reducing overall crane weight without compromising performance.Corrosion Resistance:Surface-treated with protective coatings to withstand harsh working conditions and extend service life.

5T EOT Crane Main Beam Compatibility:The main beam integrates seamlessly with hoisting mechanisms, end carriages, and electrical systems for smooth operation.

 

2. Main girder

1) The main girder of a single girder overhead travelling crane is the primary structural component that supports the load and other crane components. It consists of a horizontal beam that runs the length of the crane and is typically made of steel.

2) The main girder can be designed in a variety of configurations to suit the specific needs of the application, such as the span length and the weight capacity required. The design will take into account factors such as the type of load being lifted, the number of lifts per hour, and the working environment.

3) The main girder will typically feature an open design with cross bracing to provide lateral stability and prevent swaying. It may also incorporate trolley rails that run the length of the girder for the trolley to move along.

4) In a single girder overhead travelling crane, the main girder is supported by end trucks that run along the runway beams. The end trucks include wheels or casters that allow them to move along the runway beams and support the load as it is moved from one location to another.

5) Overall, the main girder is a critical component of a single girder overhead travelling crane, providing the necessary strength and support to enable safe, efficient lifting operations.

 

3. Electric Wirerope Hoist

Lifting System

Key Features of the Lifting System;Electric Hoist:Capacity: Rated for 5 tons, designed for consistent performance under full load.High-Performance Motor: Equipped with powerful motors for smooth and reliable hoisting.Durable Wire Rope/Chain: Made from high-tensile material to ensure longevity and safety.

Speed Control:Features variable speed control for precise lifting and positioning of loads.Includes dual-speed options for both standard and fine adjustments.Safety Mechanisms:Overload Protection: Prevents damage or hazards caused by exceeding the lifting capacity.Brake System: Advanced electromagnetic or disc brakes ensure quick and secure stopping.

Limit Switches: Prevents over-traveling during hoisting and lowering to ensure safety.Energy Efficiency:Low power consumption motors and optimized system design reduce operational costs.Compact Design:The lifting system is designed to be space-saving and lightweight, improving the crane's efficiency and ease of installation.

 

4. End Carriages

1) The End Carriage is a crucial component of the 5-Ton Electric Overhead Traveling (EOT) Crane, responsible for supporting the main beam and facilitating the crane's smooth movement along the runway tracks. Engineered for durability and precision, it ensures efficient material handling operations with minimal vibration and maximum stability.

2) Key Features of the End Carriage;Sturdy Construction:Manufactured using high-grade steel for maximum strength and durability.Designed to withstand heavy loads and harsh industrial environments.Precision Machined Components:Equipped with precisely aligned wheels and bearings to ensure smooth and accurate movement.Minimizes friction and wear, extending service life.

3) Compact Design:Lightweight yet robust, reducing overall crane weight while maintaining high performance.Facilitates easy installation and maintenance.

Drive Mechanism:Powered by a motorized drive system with efficient gearboxes for reliable and consistent motion.Offers options for single or double drives based on operational needs.

High-Quality Wheels:Hardened and ground wheels ensure durability and resistance to wear and deformation.Designed to operate smoothly on straight or curved tracks.Safety Features:Integrated buffer systems to absorb impact and reduce noise.

 

5. Crane wheel

1) Key Features of Crane Wheels High-Strength Material:Made from forged steel, cast steel, or alloy steel, ensuring high load-bearing capacity and wear resistance.Heat-treated for increased durability and resistance to deformation under heavy loads.

2) Precision Design:Accurately machined to provide a perfect fit and ensure smooth rolling motion.Minimizes vibration and noise during crane operation.

3) Wear Resistance:Hardened wheel surface to prevent premature wear, especially in high-use environments.Designed to handle heavy loads and frequent start-stop operations without damage.

4) Flanged and Non-Flanged Options:Flanged Wheels: Prevent derailment by guiding the wheel along the track.Non-Flanged Wheels: Typically used in specific crane designs or as driven wheels.

5) Customization Options:Available in various diameters, widths, and bore sizes to suit specific crane configurations.Customizable for straight or curved tracks.

 

6. Crane hook

1) Key Features of the Crane Hook High-Strength Material:Manufactured from forged alloy steel or high-grade carbon steel for maximum durability.

Heat-treated for enhanced strength and resistance to deformation under heavy loads.

Design Versatility:Available in single-hook or double-hook configurations based on load distribution requirements.Swivel Design: Rota table hooks allow easy alignment of loads, reducing handling time.

Safety Features:Equipped with safety latches to prevent accidental unhooking of the load.Designed with high breaking load capacity, ensuring secure operations under rated loads.

Precision Machining:Smooth surfaces and precise dimensions for proper compatibility with slings, chains, or ropes.Reduces stress concentration points, increasing operational safety.Corrosion Resistance:Surface treatments, such as galvanization or painting, protect against rust and wear in challenging environments.Technical Specifications.

Ease of Use: Swivel design simplifies load alignment and minimizes operator effort.Low Maintenance: Resistant to corrosion and wear, ensuring long service life.

 

7. Motor

Key Features of the Crane Motor High Torque Output:Provides powerful torque to handle the 5-ton load capacity with ease.Ensures smooth acceleration, deceleration, and load movement without overloading the system.

Durable Construction:Built with high-grade aluminum or cast iron housing for effective heat dissipation and protection against wear.Designed to withstand harsh environmental conditions, such as dust, moisture, and high temperatures.

Efficient Cooling System:Equipped with advanced cooling mechanisms, such as external fans or air-cooled designs, to prevent overheating during extended operation.Ensures optimal motor performance even under high load conditions.

High Efficiency:Optimized for energy efficiency, reducing power consumption and operational costs.Complies with industry standards for low energy use while maintaining high performance.Safety Features:Thermal Protection: Prevents overheating by automatically shutting down in case of excessive temperature rise.Overload Protection: Safeguards the motor from damage due to overload conditions.

Control Compatibility:Compatible with advanced VFD (Variable Frequency Drive) systems for precise speed control and smooth operation.Works seamlessly with pendant control, remote control, or cabin-operated systems for easy crane operation.

 

8. Sound and light alarm system and limit switch safety device

Sound and Light Alarm System;The Sound and Light Alarm System is used to signal the crane's operation status, alerting both the operator and those in the vicinity of the crane's actions, such as when it is moving, lifting, or nearing the end of its travel limits.

Key Features:Audible Warning:Emits a loud buzzer or siren to alert nearby personnel when the crane is in motion or performing lifting operations.Ensures personnel are aware of the crane's activity to avoid accidents and maintain safe distances.

Visual Warning:Features flashing lights, often in red or amber, to visually signal the crane's operation.Enhances visibility, particularly in low-light or noisy environments where the sound may not be as effective.

Activation:Automatically activates when the crane begins to move or starts lifting, depending on the operational configuration.Integrated into the crane's electrical system to ensure immediate activation when necessary.

Durability:Weather-resistant and designed for harsh industrial environments, ensuring longevity even in outdoor or high-temperature conditions.

 

9. Safety Device

1) Key Safety Devices in a 5T EOT Crane Overload Protection System The Overload Protection System ensures the crane does not lift a load beyond its rated capacity, preventing structural damage to the crane or potential safety hazards.

2) Load Sensors: Measure the weight of the lifted load and automatically stop the crane if it exceeds the safe limit.Automatic Shutdown: Prevents lifting or hoisting when an overload condition is detected.

3) Limit Switches;Limit switches are installed to prevent the crane from traveling beyond its safe operating range, whether on the hoist, trolley, or crane bridge.

4) Hoist Limit Switch: Stops the hoist when it reaches the upper or lower travel limit.Trolley and Crane Limit Switch: Prevents the trolley and crane from over-traveling along the beam.Prevents Mechanical Damage: Protects the crane and load from over-travel and potential damage to components.Sound and Light Alarm System This system serves as a warning to nearby personnel when the crane is in operation.

5) Audible Warning: Emits a loud buzzer or siren when the crane is moving or lifting, alerting workers of potential risks.Visual Warning: Includes flashing lights (typically red or amber) to signal that the crane is operating, helping workers avoid danger zones.Increases Awareness: Essential in noisy environments where audible signals may be less effective.Emergency Stop Button The Emergency Stop Button is a crucial safety feature that allows the operator or any personnel nearby to immediately halt the crane's operation in the event of an emergency.

 

10. Control Mode

1) Types of Control Modes for 5T EOT Crane Cabin Control (Operator Cabin Control)The Cabin Control mode is typically used for larger or more complex crane operations where the operator is positioned inside a cabin on the crane. This mode offers full control of all crane movements, including hoisting, traveling, and trolley movement, all from a centralized location.

2) Key Features:All-in-one Control: The operator controls the crane's movements using joysticks, buttons, or dials in the cabin.Operator Visibility: A cabin provides the operator with a clear view of the entire working area, increasing safety and efficiency.Comfort: Cabin design often includes ergonomic seats, air conditioning, and safety features to ensure operator comfort during long shifts.

3) Pendant Control;Pendant control is one of the most commonly used control modes for smaller to medium-sized 5T EOT cranes. In this mode, the operator uses a wired control unit (pendant) to operate the crane remotely, typically while standing on the ground near the crane. This allows for better visibility of the crane's actions and surrounding area.

4) Key Features:Remote Operation: The pendant is connected to the crane via a flexible cable, allowing the operator to move freely while operating.Simple Control: Includes buttons or joysticks for controlling the hoist, trolley, and crane movements.Safety: Allows the operator to stand at a safe distance from the crane, reducing the risk of accidents.

 

11. Sketch

 

 

 

 

Key Advantages of the 5T EOT Crane High Lifting Capacity and Versatility Lifting Capacity: The 5-ton load capacity allows the crane to handle a wide variety of heavy lifting tasks, making it ideal for both light and heavy-duty applications.Wide Range of Applications: Can be used for lifting and transporting goods in manufacturing plants, warehouses, steel yards, construction sites, and other industrial facilities.Precision Handling: Provides smooth and precise control for handling loads, ensuring high accuracy during material handling.

Space Efficiency;Overhead Operation: The crane operates overhead, freeing up valuable floor space for other tasks and allowing for efficient use of the facility. This is particularly important in environments where floor space is limited.Maximized Floor Space Utilization: EOT cranes typically run along a fixed track system (bridge, runway), which maximizes available working space and reduces obstructions on the ground.

Increased Safety Features Safety Devices: The 5T EOT crane is equipped with a wide range of safety features, including limit switches, overload protection, sound and light alarm systems, emergency stop buttons, and safety latches on hooks to prevent accidents.Operator Protection: With control modes like pendant control, radio remote control, and cabin control, operators are kept at a safe distance from moving loads, minimizing the risk of injury.

Built-in Safety Mechanisms: Features such as automatic shutoff in case of overload, anti-collision systems, and safety cutoffs for excessive movement enhance workplace safety.Ease of Operation and Control Various Control Modes: Operators can choose from different control options, such as cab control, pendant control, or radio remote control, providing flexibility in operation based on specific task requirements.

Durability and Low Maintenance;High-Quality Components: Built with robust materials and components, the 5T EOT crane is designed to endure the rigors of heavy-duty operations with minimal wear and tear.Low Maintenance Requirements: The crane's components are designed for long life, reducing downtime and the need for frequent repairs. Routine maintenance is simple and cost-effective, and components are easily accessible for service and inspections.Energy Efficiency: Advanced motor and control systems make the crane energy-efficient, reducing power consumption while maintaining performance.

 

 

 

Manufacturing and Production Plants Key Uses:Material Handling: Transporting raw materials, parts, and finished goods between different stages of production.

Assembly Lines: Lifting heavy machinery, tools, or components for assembly, reducing manual labor and improving efficiency.Machinery Installation: Positioning and installing large machinery and equipment, ensuring precision and safety.Provides controlled, safe lifting for heavy machinery and delicate components.

Frees up floor space and allows for streamlined workflows in factories.

Warehousing and Storage Key Uses:Loading and Unloading: Lifting goods in and out of storage racks or from trucks for shipping or inventory.Bulk Material Handling: Moving bulk materials such as bags, boxes, or crates from storage areas to shipping zones.Stacking and Sorting: Arranging goods on high shelves or in stacking systems, optimizing storage space.Increases safety by minimizing worker exposure to heavy lifting tasks.Optimizes the use of available space by freeing up the ground level for storage while utilizing overhead crane movement.

Steel, Metal, and Heavy Industry Key Uses:Steel Handling: Lifting and moving steel beams, coils, sheets, and other heavy metal components in steel mills and fabrication plants.Casting and Molding: Handling molten metal or heavy molds and casting materials in manufacturing processes.Machine Handling: Moving large and heavy machines used in metalworking or machining operations.Increases productivity by facilitating the movement of heavy materials with minimal effort.Suitable for extreme environments with high temperatures and tough operating conditions.

Construction and Building Sites Key Uses:Heavy Lifting: Lifting building materials like steel reinforcement, concrete panels, and heavy equipment to elevated work areas.Equipment Handling: Moving construction tools, cranes, and materials to different locations on the construction site.Site Setup: Setting up temporary infrastructure such as scaffolding, large containers, and other essential equipment.Increases speed and efficiency in moving materials on construction sites, reducing project timelines.Allows operators to work in tight spaces where other lifting equipment may not be feasible.

Ports and Shipping;Key Uses:Container Handling: Lifting and moving shipping containers in ports, warehouses, or staging areas.Cargo Loading and Unloading: Handling bulk materials, goods, and cargo during the loading and unloading process.Equipment Positioning: Moving heavy port machinery, cranes, or equipment to different positions for unloading or storage.

 

 

 

 

 

 

The company has installed an intelligent equipment management platform, and has installed 310 sets (sets) of handling and welding robots. After the completion of the plan, there will be more than 500 sets (sets), and the equipment networking rate will reach 95%. 32 welding lines have been put into use, 50 are planned to be installed, and the automation rate of the entire product line has reached.

Hot Tags: 5t eot crane, China 5t eot crane manufacturers, suppliers, factory, Single Girder Overhead Travelling Crane, Single Girder Overhead Crane