Single Beam EOT Crane, also known as a Single Girder Overhead Travelling Crane, is easy to install, operates stably, and has low maintenance costs. It can improve work efficiency and reduce long-term operating costs. This type of crane is ideal for frequent lifting operations in places such as machinery manufacturing plants, assembly workshops, and logistics warehouses.

Single Beam EOT cranes are engineered for reliability and efficiency, offering precise load handling, smooth trolley travel, and enhanced safety features. They are widely used in mechanical manufacturing, assembly lines, logistics centers, and warehousing operations where frequent lifting is required. Weihua provides fully customizable solutions, allowing clients to tailor lifting capacity, span, hoist type, and additional features to meet specific operational requirements and different industry applications.

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types

Parts

Working Principle

EOT crane types

Depending on the model and configuration, single girder EOT cranes are commonly classified into the following types:

LD Single Girder EOT Crane

The most commonly used single girder EOT crane, featuring a simple structure and economical price, suitable for daily lifting operations in most workshops and warehouses.

Lifting Capacity: 1–20 tons

Span: 7.5–31.5 m

Lifting Height: 6–18 m

Duty Class: A3–A4

Control Method: Pushbutton / Remote Control

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LX Single-Girder Suspended EOT Crane

Operates suspended beneath factory roof rails, occupying no floor space. Ideal for light material handling and facilities with limited headroom.

Lifting Capacity: 0.5–5 tons

Span: 3–16 m

Lifting Height: 3–12 m

Duty Class: A3

Installation Method: Suspended

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LDP Low-Headroom Single-Girder EOT Crane

Features a low-headroom structural design, maximizing effective lifting height in facilities with limited ceiling clearance.

Lifting Capacity: 1–10 tons

Span: 7.5–28.5 m

Lifting Height: 6–18 m

Duty Class: A3–A4

Feature: High lifting height utilization

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HD European-Style Single Girder EOT Crane

European design delivers lightweight construction, smooth operation, and low noise, ideal for high-frequency, high-precision modern production lines.

Lifting Capacity: 1–20 tons

Span: 7.5–31.5 m

Lifting Height: 6–20 m

Working Class: A5

Features: Energy-efficient, low-maintenance

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Single-girder EOT crane Parts

Single-girder EOT cranes typically consist of components such as the main girder, end beams, electric wire rope hoist , traveling mechanism, and control system. These components work together to enable safe and efficient material handling.

Main Girder: The load-bearing core of the crane, constructed from high-quality steel to support the electric hoist and bear the suspended load.

End Beams: Mounted at both ends of the main girder, they support the entire structure and guide the crane along the factory tracks.

Electric Hoist: Responsible for lifting and lowering cargo, serving as the critical component for completing lifting operations.

Travel Mechanism: Drives the crane and hoist for smooth movement, enabling both longitudinal and lateral travel.

Control System: Operates all crane functions via pushbutton panels or remote controllers, ensuring simple, safe, and reliable operation.

Working Principle

The working principle of a EOT crane single girder involves moving cargo vertically, horizontally, and front-to-back through an electric drive system to accomplish material handling operations.

A single-girder EOT crane consists of a single main girder, an electric hoist, a traveling mechanism, and a control system. The electric hoist is mounted beneath the main girder, enabling lateral movement along the girder. The main girder traverses the longitudinal factory tracks via end beams and wheels. Simultaneously, the hoist’s internal lifting motor drives steel wire ropes or chains to raise and lower loads. Operators precisely control crane movements through push-button controls, remote operation, or a cab.

 

eOT crane full details

Multiple key components of single-girder EOT cranes work in concert, with each directly impacting the equipment’s operational stability, safety, and service life. Below is a detailed introduction to the functions and characteristics of each major component.

Crane Parts Details

Main Beam

The core load-bearing structure of a crane typically employs a box-type or I-beam steel structure to support the load capacity and sustain the trolley’s operation.

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End Beam

At both ends of the crane, the main girder can be supported, enabling the entire machine to travel longitudinally along the rails.

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Electric Hoist

The lifting and lowering of cargo constitutes the most critical operational function of a single-girder crane.

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Drum, Steel wire rope, Rope guide

High-strength drums paired with wire rope and rope guide systems ensure smooth operation, preventing rope skipping and tangling while enhancing lifting safety and stability.

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Lifting mechanism ABM motor and gear box

The ABM lifting mechanism features a lightweight aluminum alloy fully sealed gearbox with maintenance-free lubrication, ensuring smooth and reliable operation.

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Lifting mechanism brake

The hoisting mechanism employs a dual-disc electromagnetic brake with a braking force reaching 1.8 times the rated torque. It features rapid response, maintenance-free operation, self-adjustment, and dust-resistant durability.

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single girder EOT crane specifications

Below are the specifications for the singlegirder electric overhead crane.

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single beam EOT crane price

Below is a lifting capacity selection and pricing guide to assist you in choosing the appropriate single-girder EOT crane.

Custom EOT crane single girder

Weihua can provide customized solutions based on specific project requirements. You can select the lifting capacity, span, lifting height, and working class according to your actual application scenario, and configure the operating method, such as pendant control, cab control, or wireless remote control. Optional features also include various crane structures, anti-sway systems, variable frequency speed control, explosion-proof solutions, and designs suitable for high-temperature, dusty, or special working conditions.

Our team of professional engineers will comprehensively evaluate your working conditions and tailor a safer, more stable, and more cost-effective lifting equipment solution for you.

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single beam EOT crane manufacturers

Since its founding in 1988, Weihua Group has dedicated over three decades to crane manufacturing, evolving into a globally leading lifting equipment manufacturing group. The company operates a 3.42 million square meter modern production base equipped with internationally advanced production and testing facilities, enabling large-scale automated precision manufacturing to consistently deliver high-quality lifting equipment. With a team of over 1,000 R&D engineers, Weihua delivers comprehensive customized solutions encompassing bridge cranes, gantry cranes, and electric hoists. Its products are exported to more than 170 countries and regions worldwide, having earned over 500 authoritative certifications and honors. Leveraging robust manufacturing capabilities and customization expertise, Weihua continues to serve clients globally.

We provide not only the equipment itself, but also a one-stop service including solution design, installation and commissioning, modification and upgrading, maintenance, emergency repair, and operator training. If you have specific parameters or usage requirements, please feel free to contact our professional team.

A 5 Ton EOT Crane is an electric overhead traveling crane with a rated lifting capacity of 5 tons, also known as an overhead crane or EOT crane. It is a material handling equipment operating in an intermittent working cycle, completing lifting, traveling, lowering, and unloading in one duty cycle.

It is mainly used in factory workshops, warehouses, and indoor environments. The crane runs on fixed rails and handles loads in three-dimensional space for lifting and positioning operations. It consists of a bridge structure, hoisting mechanism, and traveling mechanism, suitable for medium-duty continuous production and material transfer applications.

Types

Parts

Specifications

WEIHUA supplies 5 Ton EOT Cranes in multiple configurations for factories, warehouses, and production facilities. Different crane structures are selected according to plant layout, lifting requirements, and operating conditions. The following are the most common 5 Ton EOT Crane types.

Single Girder 5 Ton EOT Crane

Single Girder 5 Ton EOT Crane uses one main beam to carry the load. It is a compact solution for light to medium duty lifting with simple structure and lower cost. It is widely used in small workshops, warehouses, and general assembly lines.

Rated capacity: 5 ton
Span: 5–30 m
Working class: A3–A6
Power supply: 380V / 50Hz / 3Ph

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Explosion-Proof 5 Ton EOT Crane

The 5 Ton European Single Girder Overhead Crane adopts a box girder structure with a low-headroom electric hoist. Standard lifting capacity is 5 tons. Span, lifting height, travel speed, and power supply can be configured according to project specifications.

Applications include manufacturing plants, warehouses, assembly workshops, machining facilities, and logistics centers. The crane is commonly selected for material handling, equipment assembly, component transportation, and production line support.

Lifting capacity: 5 ton
Explosion protection rating: certified (e.g., Ex d IIC T4)
Protection level: IP55 or higher
Operating speed: limited for safety

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Top Running 5 Ton EOT Crane

Top Running 5 Ton EOT Crane runs on rails installed on top of the building structure. It makes full use of overhead space and provides strong load capacity. It is suitable for most industrial lifting applications with higher lifting height requirements.

Rail type: 18–50 kg/m steel rail
Operation mode: pendant / wireless remote / cabin control
Structure: single girder or double girder
Application: general industrial lifting systems

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Underhung (Underslung) 5 Ton EOT Crane

Underhung 5 Ton EOT Crane runs on the lower flange of an I-beam, with the crane suspended below the runway. It is suitable for low headroom workshops and renovation projects where building height is limited.

Rated capacity: up to 5 ton
Span: limited by runway beam structure
Working class: A3–A5
Power supply: conductor rail or festoon system

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5 Ton European Single Girder Overhead Crane

A 5 Ton European Single Girder Overhead Crane consists of a main girder, electric hoist, end carriages, and electrical control system. Rated lifting capacity is 5 tons. Span and lifting height are configured according to workshop dimensions and lifting requirements. Common installation locations include factories, warehouses, processing workshops, and production lines.

Lifting Capacity: 5 Ton
Span: 7.5–31.5 m
Lifting Height: 6–30 m
Working Duty: A3–A5

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Parts

The 5 Ton EOT Crane consists of mechanical and electrical components for lifting, traveling, and positioning. Each part has a defined function in load handling and motion control.

Bridge Girder：Main load-bearing structure spanning the workshop rails, available in single girder or double girder design, made of welded box-type Q355B steel for strength and reduced weight.

End Trucks & Traveling Mechanism：Installed at both ends of the bridge girder, equipped with wheels and drive motors to move the crane along the runway rails in the longitudinal direction.

Trolley：Runs on the bridge girder and moves horizontally, carrying the hoisting mechanism for cross-travel positioning.

Hoisting Mechanism：Core lifting unit composed of motor, reducer, drum, wire rope, and hook, responsible for vertical lifting and lowering of loads.

Hook：Load-handling device directly connected to the load, designed for high safety and requiring regular inspection for wear and cracks.

Electrical & Control System：Includes power supply, motors, and control units, commonly using 380V 3-phase power with VFD and PLC for smooth operation and precise control.

Safety Devices: Includes limit switches, brakes, and buffers to stop overtravel, control motion, and absorb impact during operation.

All parts work together to support stable operation in industrial environments. Proper configuration improves performance, safety, and service life.

Specifications

Parameter	Single Girder	Double Girder
Rated Capacity	5 ton	5 ton
Span	8–28.5 m	up to 40 m+
Lifting Height	4.5–12 m	up to 9–20 m
Working Class	A3–A6	A5–A7
Power Supply	380V / 50Hz / 3Ph (customizable)	380V / 50Hz / 3Ph (customizable)
Lifting Speed	0–8 m/min	0–8 m/min
Trolley Speed	20–40 m/min	20–40 m/min
Crane Travel Speed	20–60 m/min	20–60 m/min
Control Mode	Pendant / Wireless remote / Cabin	Pendant / Wireless remote / Cabin
Speed Control	Fixed speed / VFD optional	Fixed speed / VFD optional
Hoist Type	Wire rope / European hoist	Wire rope / European hoist
Trolley Type	Top running/integrated	Top running / heavy-duty
Installation Type	Top running / underhung	Top running
Ambient Temperature	-20°C to +40°C	-20°C to +40°C
Protection Level	IP54 / IP55 (optional)	IP54 / IP55 (optional)
Price Factors	Span, height, duty class, hoist, control system	Span, height, duty class, hoist, control system

All specifications can be customized according to workshop dimensions and operating requirements.

Working Principle

Applications

The 5 Ton EOT Crane is used for medium-duty material handling in industrial environments where controlled lifting and movement are required.

Manufacturing Workshops

Used for handling steel parts, machine components, and assembly materials in general manufacturing workshop operations.

Warehousing and Logistics Centers

Applied for loading, unloading, and internal transfer of packaged goods, pallets, and bulk materials in warehouse and logistics systems.

Machinery Assembly Plants

Used in assembly lines for positioning and moving mechanical equipment, engine parts, and production modules.

Steel Fabrication Industry

Suitable for lifting steel plates, profiles, and structural components during cutting, welding, and fabrication processes.

Automotive Industry

Used for handling automotive parts, chassis components, and tooling in production and maintenance workshops.

Maintenance Workshops

Applied for equipment repair, spare parts handling, and general lifting tasks in industrial maintenance facilities.

The 5 Ton EOT Crane supports stable operation across different industries with a flexible configuration for varying workshop conditions.

Advantages

5 Ton EOT Crane Price

The price of a 5 Ton EOT Crane varies by configuration. A single girder 5 ton EOT crane typically starts from around USD 1,400–5,000, while a double girder 5 ton EOT crane generally starts from USD 5,000 and above, depending on span, lifting height, and technical specifications.

Specifications

Lifting capacity, span, and lifting height determine steel usage and structural design. A larger span or higher lifting height increases cost.

Configuration Level

Motor, gearbox, and control system choices, such as VFD control, remote control, or smart functions, affect overall price.

Custom Requirements

Special designs, such as explosion-proof, clean room, or high-temperature use, increase engineering and manufacturing costs.

Materials and Manufacturing

High-strength steel and branded components improve durability but raise cost. Production process and quality control also impact pricing.

Brand and Service

Different manufacturers offer different levels of quality assurance, installation, and after-sales service, which affect the final price.

Transport and Installation

Shipping, installation, and commissioning costs also contribute to the total project cost.

A 5 Ton EOT Crane price should be evaluated together with working conditions, duty cycle, and long-term operating cost, not only initial purchase cost. To get a comprehensive breakdown of budgeting, current market pricing, and technical configurations, you can refer to our Overhead Crane for Sale: Prices, Types & Specs Guide to make a well-informed investment for your facility.

How to Choose a 5 Ton EOT Crane

Selecting a 5 Ton EOT Crane involves evaluating working conditions, technical parameters, configuration level, and supplier capability according to site requirements.

• Span and Lifting Height: Confirm the required span and lifting height according to the building dimensions, lifting area, and material handling route.

• Working Duty: Select the crane duty class based on operating hours, lifting frequency, and load conditions.

• Crane Structure: Choose a single girder, double girder, or low-headroom design according to lifting requirements and available installation space.

• Control Method and Safety Features: Determine the preferred control method, such as pendant control, radio remote control, or cabin operation. Check whether overload protection, travel limits, and emergency stop functions are required.

• Operating Environment: Consider special site conditions such as high temperature, dust, humidity, corrosive atmospheres, or explosive environments.

• Maintenance and Service Support: Evaluate maintenance requirements, spare parts availability, technical support, and long-term operating costs before selecting a crane supplier.

Proper selection of a 5 Ton EOT Crane supports stable operation, suitable performance, and controlled long-term operating cost based on actual application needs.

When selecting the right factory overhead crane, factors such as lifting capacity, span, lifting height, duty cycle, and workshop conditions must be considered. Read the article “Overhead Crane vs. Gantry Crane: Key Differences, Applications & How to Choose” to learn how to select the right model.

Custom 5 Ton EOT Crane

Every workshop has different lifting requirements. Span, lifting height, duty class, control method, and installation space all affect crane selection. A standard configuration may not fully match the actual working conditions of a project.

WEIHUA provides custom 5 Ton EOT Cranes built according to plant layout, production process, load characteristics, and operating environment. Options include single girder or double girder construction, low-headroom design, radio remote control, variable frequency drives, explosion-proof components, and special surface protection. Each crane is designed to meet the specific requirements of the application and site conditions.

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5 Ton EOT Crane Manufacturer & Supplier

5 Ton EOT Cranes are widely used in factories, workshops, and warehouses for medium-duty lifting and material handling. They are available in single-girder and double-girder configurations, with models offering various spans, lifting heights, and duty classes to meet project requirements.

Weihua Group is a manufacturer and supplier of 5 Ton EOT Cranes. We independently design, manufacture, test, and deliver these cranes. Each crane utilizes standard industrial components and a configurable control system. The specific model selection depends on operating conditions, technical parameters, and project requirements. Prices vary based on structural type, configuration, and the extent of customization. Please contact us for technical support or a quote.

FAQS

A 10 Ton EOT Crane, also known as a 10 Ton Overhead Traveling Crane or 10 Ton Bridge Crane, is an overhead lifting system with a rated lifting capacity of 10 tons. It travels on runway beams installed along both sides of a building and is used for handling steel materials, machinery components, molds, fabricated structures, and production equipment within a fixed working area.

In a material handling system, a 10 Ton EOT Crane is commonly installed between production, storage, and assembly processes. Upstream equipment may include CNC machines, cutting lines, welding stations, presses, and casting equipment. Downstream operations often involve assembly lines, storage racks, transfer carts, loading areas, and packaging stations. In manufacturing facilities, a 10 ton capacity is frequently selected for handling steel plates, coils, machine parts, dies, and finished products weighing up to 10,000 kg.

Want to learn more about the basics? Check our detailed article: What is an EOT Crane and How Does It Work?

Types

Parts

Specifications

WEIHUA manufactures 10 Ton EOT Cranes in several configurations for different workshop structures, operating conditions, and industry requirements. Crane selection is based on lifting frequency, building dimensions, installation space, environmental conditions, and production processes. Span, lifting height, working duty, control method, and power supply specifications can be configured according to project requirements.

The main types of 10 Ton EOT Cranes include single girder, double girder, European type, and explosion-proof models. Each type is designed for specific applications and operating environments. Below are the most common 10 Ton EOT Crane configurations.

Single Girder 10 Ton EOT Crane

A single girder overhead crane is built with one main beam carrying the load. It is used for light to medium lifting tasks and is common in small workshops, warehouses, and general factory use. The structure is simple, with lower cost, easier installation, and maintenance.

Rated capacity: up to 10 tons (customizable)
Span: up to 28.5 m
Working class: A3–A5
Lifting height: 6–30 m

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Double Girder 10 Ton EOT Crane

A double girder overhead crane is designed with two main beams to support heavier loads. It is used in heavy-duty environments where higher stability, larger span, and greater lifting height are required, such as steel plants, power stations, and shipyards.

Rated capacity: up to 10 tons
Span: 5–50+ m
Working class: A5–A6
Lifting height: 6–100 m

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10 Ton European EOT Crane

The 10 Ton European EOT Crane uses a single girder or double girder bridge structure with a European electric hoist. Standard lifting capacity is 10 tons. Span ranges, lifting heights, power supply specifications, and control methods are configured according to site conditions. The crane is installed in production workshops, warehouses, steel processing facilities, equipment manufacturing plants, and material handling areas.

Lifting Capacity: 10 Ton
Design Standard: FEM / DIN / ISO
Hoist Type: European Wire Rope Hoist
Control Method: Radio Remote Control / Pendant Control / Cabin Contro

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10 Ton Explosion-Proof EOT Crane

The 10 Ton Explosion-Proof EOT Crane consists of a bridge structure, explosion-proof hoisting mechanism, end carriages, and explosion-proof electrical control system. Rated lifting capacity is 10 tons. Power supply, lifting height, span, and control method are configured according to project specifications. The crane is installed in areas containing flammable gases, vapors, or combustible dust. Applications include petrochemical plants, chemical processing facilities, fuel storage terminals, paint workshops, and pharmaceutical factories.

Lifting Capacity: 10 Ton
Girder Type: Single Girder / Double Girder
Control Method: Radio Remote Control / Pendant Control / PLC Control
Explosion-Proof Type: Explosion-Proof Design

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Parts

A 10 Ton EOT Crane consists of a bridge girder, hoisting mechanism, end carriages, runway system, electrical control system, and control devices. These components work together to lift, move, and position loads within the crane operating area.

Main Girder — The primary load-bearing structure that supports the crane and lifting load.

Hoisting Mechanism — Lifts and lowers loads through an electric hoist, wire rope, drum, motor, and brake system.

End Carriages — Mounted at both ends of the main girder to support crane travel along the runway.

Trolley — Moves the hoisting mechanism across the bridge span for lateral load positioning.

Traveling Mechanism — Drives the crane and trolley along their respective travel paths.

Wheel Assemblies — Support crane movement on the runway rails and carry operational loads.

Rail System — Provides the travel path for crane movement within the working area.

Electrical Control System — Controls lifting, traveling, and safety functions through electrical components and control devices.

Gear Reducer — Reduces motor speed and increases torque for lifting and traveling operations.

Hook Assembly — Connects the crane to the load and transfers lifting force during operation.

Standard overhead cranes consist of key mechanical and electrical parts, including the bridge, hoist, end trucks, and controls. To fully grasp how these individual parts coordinate to lift and travel, you can check our detailed guide on Overhead Crane Working Principle: Components, Motion & Operating Process.

Specifications

The specifications of a 10 Ton EOT Crane vary according to workshop dimensions, lifting requirements, working duty, and operating conditions. Span, lifting height, travel speed, power supply, control method, and crane configuration can be specified for individual projects. The following table shows technical parameters of a 10 Ton EOT Crane.

Parameter	Specification
Lifting Capacity	10 tons
Span	7.5–40 m
Lifting Height	6–30+ m
Duty Class	A3–A5
Lifting Speed	0.8/5.0–1/6.3 m/min
Crane Travel Speed	20–30 m/min
Trolley Travel Speed	2–20 m/min
Power Supply	3 Phase, 380V, 50Hz
Control Mode	Pendant, Remote, Cabin
Crane Type	Single Girder / Double Girder
Hoist Type	Electric Wire Rope Hoist
Working Temperature	-20°C to +40°C
Rail Type	P24–P43 (Customizable)
Installation Location	Indoor / Outdoor
Protection Class	IP44 / IP54 / IP55

Note: Span, lifting height, working class, travel speed, control method, and other configurations can be customized to match specific application requirements and site conditions.

Features

The 10 Ton EOT Crane is used for stable lifting in factories, warehouses, and steel workshops. It is designed for reliable performance and flexible operation in daily industrial use.

The 10 Ton EOT Crane delivers stable lifting performance, flexible configurations, and safe operation, making it suitable for various industrial material handling applications.

Applications

The 10 Ton EOT Crane is widely used for material handling, equipment assembly, loading, unloading, and production support across various industries.

Manufacturing

Handling machine parts, raw materials, and finished products.

Automotive Industry

Lifting engines, molds, and assembly line components.

Steel & Metal Processing

Transporting steel coils, plates, and fabricated structures

Warehousing & Logistics

Loading, unloading, and transferring palletized goods and equipment.

Machinery Workshops

Moving machine tools, heavy components, and production equipment.

Power & Energy

Handling transformers, generators, and other electrical equipment.

Construction Materials

Lifting precast concrete products, pipes, and structural materials.

Shipbuilding & Repair

Transporting steel sections, ship components, and maintenance equipment.

A 10 ton EOT crane is widely used for lifting and transporting materials, equipment, and heavy components throughout industrial production and material handling operations.

Security Configuration

The 10 Ton EOT Crane is equipped with multiple safety devices to help protect personnel, loads, and equipment during lifting operations.

Safety devices and control systems can be selected according to working conditions and project requirements. Available configurations comply with commonly used industry standards, including FEM, ISO, GB/T, and CE specifications.

To learn more about the functions of safety devices, read the article: “Overhead Crane Safety Devices: Types, Functions, and Working Principles”

Maintenance

Daily Inspection: Check hooks, wire ropes, brakes, and safety devices before operation.

Lubrication: Lubricate wire ropes, bearings, gears, and moving parts at scheduled intervals.

Rail and Wheel Inspection: Inspect rails and wheel assemblies for wear, alignment, and debris buildup.

Electrical System Check: Examine control panels, cables, contactors, and electrical connections regularly.

Fastener Inspection: Check and tighten bolts on girders, end carriages, and structural connections.

Wire Rope Maintenance: Inspect for wear, corrosion, deformation, and broken wires; replace when required.

Motor and Gear Reducer Service: Monitor temperature, noise, vibration, and lubricant condition.

Safety Device Verification: Periodically test overload protection, limit switches, brakes, and emergency stop systems.

Note:
Regular inspection and preventive maintenance help reduce downtime, extend service life, and maintain safe crane operation.

Factors Affecting 10 Ton EOT Crane Price

The budget for a lifting project depends on multiple technical variables. Before diving into the specific cost components of a 10-ton model, you can review our comprehensive Overhead Crane for Sale: Prices, Types & Specs Guide (2026) to get a broad understanding of market pricing across various configurations. Below are the core factors that directly affect a 10 Ton EOT crane’s final quote:

The final price of a 10 ton EOT crane depends on its specifications, configuration, and project requirements. Detailed application information is recommended for an accurate quotation.

Custom 10 Ton EOT Crane

WEIHUA manufactures custom 10 Ton EOT Cranes for different workshop layouts, lifting heights, spans, working duties, and operating conditions. Single girder, double girder, European type, and explosion-proof configurations are available. Hoisting speed, travel speed, control method, power supply, and electrical specifications are determined according to project requirements.

Applications include manufacturing plants, steel processing facilities, warehouses, assembly workshops, machinery plants, and other industrial material handling operations. Custom designs are specified according to installation conditions, load characteristics, and production processes.

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10 Ton EOT Crane Manufacturer and Supplier

WEIHUA supplies 10 Ton EOT Cranes for industrial lifting applications, covering single girder and double girder configurations. The cranes are designed for different workshop conditions, with options for span, lifting height, duty class, and control systems to meet production requirements in manufacturing, steel processing, warehousing, and logistics.

WEIHUA provides customized crane solutions with reliable structure, safety functions, and technical support as a manufacturer and supplier. Contact us for project details, specifications, or a quotation based on your working conditions.

FAQS

The grab bucket EOT overhead crane is suitable for working environments with high dust levels and irregularly shaped materials, and can reliably complete processes such as grabbing, lifting, traversing, and unloading. The grab bucket capacity and opening/closing mechanism can be matched to the material density and working conditions to ensure efficient grabbing and extend equipment lifespan.

Types

Parts

Working Principle

Types of Grab Bucket EOT Overhead Crane

The Grab Bucket EOT Overhead Crane features different types of grab buckets to meet the handling needs of various bulk materials and waste. Different grab bucket designs are tailored to material characteristics and operating environments, capable of handling both conventional bulk materials and irregularly shaped or high-density materials. Below is an introduction to two common types of grab buckets.

Clamshell Grab Bridge Crane

Clamshell Grab Bridge Cranes are used for handling bulk materials such as coal, ore, sand, gravel, and grain. They feature a single or double girder structure equipped with a clamshell grab and electric drive, offering high grabbing efficiency, smooth operation, a compact structure, and easy maintenance. They are used in power plants, steel mills, cement plants, grain silos, and other bulk material storage facilities.

• Lifting Capacity: 1–20 tons
• Span: 5–28 meters
• Lifting Height: 6–12 meters
• Working Class: A3–A5
• Grab Type: Clamshell Grab
• Driving Method: Electric

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Orange Peel Grab Overhead Crane

The Orange Peel Grab Overhead Crane is used for handling irregular materials such as scrap steel, metal waste, and municipal solid waste. It features a double-girder or single-girder structure equipped with an orange peel grab and electric/hydraulic drive. It offers strong gripping force, smooth operation, reliable structure, and convenient maintenance. It is suitable for use in steel mills, scrap processing plants, waste treatment plants, and port yards.

• Lifting Capacity: 5–50 tons
• Span: 10–35 meters
• Lifting Height: 8–15 meters
• Working Class: A5–A7
• Grab Type: Orange Peel Grab
• Drive Method: Electric or Hydraulic

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Parts of Grab Bucket EOT Overhead Crane

The grab bucket EOT overhead crane, which is used for handling bulk materials, relies on the coordinated operation of various key components. Each component plays its own role in ensuring the smooth operation of grabbing, lifting, moving, and unloading. Below, we will introduce these main components and their functions.

Main Girder: Supports the lifting mechanism and grab bucket, extending along the bridge deck to ensure stable operation of the entire machine.
End Beam: Connects the bridge frame to the running wheels, supporting the bridge frame’s movement along the track.
Travel Mechanism: Drives the crane to move laterally or longitudinally along the track.
Grab Bucket: The main tool for grabbing, lifting, and unloading materials; available in clamshell or orange-peel types depending on the material.
Hoist Mechanism: Includes electric hoist or hydraulic drive, used for lifting and lowering the grab bucket.
Control System: Manual, remote control, or automatic operation options are available.
Wheels: Provide running support for the bridge frame and end beams, enabling smooth movement.
Safety Devices: Limit switches, overload protection, and anti-collision devices.

 

Working Principle

The grab bucket EOT overhead crane primarily moves laterally along the tracks via the bridge structure, while the grab bucket is raised and lowered by the hoisting mechanism to grab and unload bulk materials. During operation, the grab bucket opens and aligns with the material, descends to the material pile to grab the material, then closes. The hoisting mechanism then lifts the material to the designated height, and the bridge or trolley moves the material to the unloading position, where the grab bucket opens to release the material. This entire process can be carried out continuously to complete loading and unloading operations. The control system allows for manual, remote, or automatic operation, ensuring stable and safe operation.

 

Specifications

Weihua can provide customized designs for Grab Bucket EOT Overhead Cranes based on factory layout, operational requirements, and lifting frequency. Key parameters such as lifting capacity, span, lifting height, and duty cycle can be adjusted according to actual working conditions. The following are common specifications and parameters.

Specifications of Grab Bucket EOT Overhead Crane

Features

The design and configuration of the overhead crane with clamshell bucket can meet the needs of various working conditions. The following are the main features of this type of crane:

Application

Grab bucket EOT overhead cranes are used for loading, unloading, and handling various bulk materials and scrap. The grab bucket design and operating method can meet the needs of different working conditions and are applied in power plants, steel mills, ports, and modern automated factories. Typical applications include:

• Power plants and cement plants: Used for grabbing, loading, unloading, and handling bulk materials such as coal, limestone, and ore.
• Steel mills and scrap processing plants: Suitable for grabbing irregular materials such as scrap steel and metal waste.
• Ports and bulk material yards: Used for loading, unloading, and stacking bulk cargo such as coal, ore, and grain, improving operational efficiency.
• Modern automated factories: Can be equipped with electrical control, remote control, or automated operation to achieve intelligent bulk material handling.

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Custom Options For Grab Bucket EOT Overhead Crane

Grab Bucket EOT Overhead Cranes can be customized according to actual operational needs, material characteristics, and working environment. Common customization options include:

• Lifting Capacity: The grab bucket and lifting mechanism are configured based on material weight and grabbing requirements.
• Span and Lifting Height: The appropriate bridge span and grab bucket lifting height are selected based on the factory layout and operating range.
• Drive System: Options include electric (AC cable or battery), hydraulic, or hybrid drive.
• Control System: Supports manual, remote control, semi-automatic, or fully automatic operation modes.
• Operating Speed: The operating speed of the crane, bridge, and grab bucket can be adjusted according to the work cycle and efficiency requirements.
• Special Configurations: Additional features such as protection, explosion-proof capabilities, intelligent interfaces, or auxiliary systems compliant with local safety standards can be added.

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Grab Bucket EOT Overhead Crane Manufacturer and Supplier

Weihua is a professional manufacturer and supplier of grab bucket overhead cranes in China, with over 37 years of experience in the design and manufacturing of lifting equipment. Over the years, Weihua has provided reliable grab crane solutions for power plants, steel mills, ports, and bulk material handling projects, accumulating extensive project experience.

All Grab Bucket EOT Overhead Cranes are designed and manufactured according to international standards and have obtained CE and ISO certifications. Our products have been exported to many countries and regions, operating stably and reliably.

Weihua has a professional engineering team that can provide selection advice and design support in the early stages of your project. After equipment delivery, we provide installation guidance, technical support, and comprehensive after-sales service, along with a one-year warranty. Please contact our engineering team, and we will customize a solution based on your specific working conditions.

Based on diverse industrial application requirements, Weihua offers a comprehensive range of Industrial EOT Overhead Crane (Electric Overhead Travelling Crane) solutions, including single-girder, double-girder, European-style, metallurgical, and explosion-proof designs. Through modular design and system integration, EOT Cranes adapt flexibly to varying factory structures and production processes, supporting manual, semi-automatic, and intelligent control modes.

Weihua possesses extensive EOT Overhead Crane project experience, delivering full-process support from solution design and equipment manufacturing to installation, commissioning, and long-term operation and maintenance. This empowers enterprises to achieve safe, efficient, and sustainable material handling.

Types

Parts

Working Principle

Types of  Industrial EOT Overhead Crane

Industrial overhead traveling (EOT) bridge cranes can be selected based on load capacity, facility structure, and operating environment to determine their structural configuration and functional specifications. The following overview of common industrial EOT bridge crane types will assist you in choosing the appropriate equipment.Single Girder EOT Crane features a single main girder structure that runs along the bridge with an electric hoist. Its overall design is simple and lightweight, offering easy installation and maintenance with high cost-effectiveness. Suitable for light to medium-duty lifting operations, it is ideal for projects with limited spans, restricted building heights, and strict cost control requirements.

Single Girder EOT EOT Overhead Crane

Single Girder EOT Overhead  Crane features a single main girder structure that runs along the bridge with an electric hoist. Its overall design is simple and lightweight, offering easy installation and maintenance with high cost-effectiveness. Suitable for light to medium-duty lifting operations, it is ideal for projects with limited spans, restricted building heights, and strict cost control requirements.

• Lifting Capacity: 1–20 tons
• Span: 5–28 meters
• Lifting Height: 6–12 meters
• Working Class: A3–A5

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Double Girder EOT Crane

Double Girder EOT Crane features a dual-girder structure with the hoisting mechanism operating above the main girders. It offers robust overall load-bearing capacity and stable operation, making it suitable for heavy-duty and high-frequency operations. Compared to single-girder designs, double-girder overhead cranes provide greater lifting capacity, higher lifting heights, and wider spans. They are employed in steel mills, heavy manufacturing workshops, equipment assembly plants, and large warehouses, ideal for continuous operations and material handling requiring high precision.

• Lifting Capacity: 5–500 tons
• Span: 10–40 meters
• Lifting Height: 6–30 meters
• Duty Class: A4–A8

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Low Headroom EOT Crane

Low Headroom EOT Crane features a low-clearance structural design with optimized electric hoist and rail layout, enabling greater lifting height even in facilities with limited ceiling height. Its compact overall structure maximizes utilization of limited overhead space. Commonly used in low-ceiling environments, it is ideal for retrofitting older factories, workshops with insufficient equipment clearance, and locations requiring material handling within confined spaces. It enhances lifting efficiency without requiring increased building height.

• Lifting Capacity: 1–20 tons
• Span: 5–28 meters
• Lifting Height: 6–12 meters
• Duty Class: A3–A5

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Explosion-Proof EOT Crane

Explosion Proof Overhead Crane features explosion-proof electrical systems and specialized protective structures, enabling safe operation in flammable and explosive environments to reduce safety risks during operations. Key components comply with explosion-proof standards, ensuring reliable performance for demanding applications with stringent safety requirements. Suitable for chemical plants, oil and gas facilities, pharmaceutical plants, and coating workshops where combustible gases or dust are present.

• Lifting Capacity: 1–50 tons
• Span: 5–30 meters
• Lifting Height: 6–20 meters
• Duty Class: A3–A6

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Metallurgical EOT Crane

Metallurgical EOT Crane Designed for high-temperature, high-dust, and heavy-load conditions, this crane features high structural strength with key components exhibiting excellent heat resistance and wear resistance. It adapts to continuous, complex lifting operations in metallurgical production environments. Used in steel mills, foundries, smelters, and similar facilities for handling molten steel, steel billets, and high-temperature materials, it demands high safety and reliability standards.

• Lifting Capacity: 5–450 tons
• Span: 10–35 meters
• Lifting Height: 6–30 meters
• Working Class: A6–A8

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Parts of Industrial EOT Overhead Crane

Industrial EOT bridge cranes are characterized by their rational structure and stable operation. To better evaluate equipment performance and select appropriate configurations, it is essential to understand the composition and functions of their primary components. Below is a brief introduction to the core components of industrial EOT bridge cranes.

Main Beam: The primary load-bearing structure of the crane, supporting the hoisting mechanism and trolley, determining overall load capacity and operational stability.
Hoisting Mechanism: Comprising an electric motor, reducer, and drum, this core component performs lifting and lowering operations.
Travelling Trolley: Mounted on the main girder, it moves horizontally along the bridge girder to precisely position loads within the facility.
End Beams and Travel Mechanism: Support the main girder and run on rails, enabling the crane to traverse the facility longitudinally and cover the entire operational area.
Electrical and Control System: Manages crane operation and safety controls, supporting button, remote, or cab operation.

Working Principle

The operating principle of an Industrial Overhead Crane involves an electric drive system to lift and move heavy loads within a factory building. The hoisting mechanism drives the wire rope or hook to move vertically, lifting and lowering the load. The trolley traverses horizontally along the main girder, enabling precise positioning of the load within the bridge span. The entire crane travels longitudinally along the factory tracks, covering the entire operational area.

The coordinated execution of lifting, lateral travel, and longitudinal movement enables smooth, continuous material handling within the workspace. This reduces manual labor and enhances operational efficiency.

 

Specifications

Weihua offers customization based on factory structure, operating conditions, and lifting frequency. Key parameters such as lifting capacity, span, lifting height, and duty cycle can be configured according to actual requirements. Below are the primary technical specifications commonly used for EOT overhead cranes for your reference.

Specifications of Industrial EOT Overhead Crane

Features

Industrial EOT bridge cranes feature a well-designed structure and a mature electric drive system, enabling operation under various working conditions. The following are the main characteristics of industrial EOT bridge cranes.

Application

Industrial EOT overhead cranes are used for heavy lifting, material handling, and assembly operations in indoor environments such as factories, workshops, and warehouses. Typical applications include:

• Production workshops and manufacturing plants: Transporting components, semi-finished goods, and finished products between assembly lines, processing areas, and production equipment to enhance operational efficiency.
• Warehousing and logistics operations: Handling cargo loading/unloading, stacking, sorting, and transfer to support high-frequency, continuous storage demands.
• Metallurgy and heavy industry: Suited for high-temperature, heavy-load environments like steel mills and foundries, enabling safe and stable lifting of steel ingots, molten steel, and other heavy materials.
• Modern smart workshops: Configurable with electric controls, remote operation, or automation systems.

Weihua industrial EOT cranes are widely utilized across various sectors, including metallurgy, power plants, and general manufacturing. For standard and heavy-duty indoor industrial operations, we provide tailored configurations. Learn more about our specialized workshop solutions by visiting our dedicated Factory Overhead Crane collection page.

Depending on different industrial spans, lifting capacities, and working duties, enterprises often need to match different types of equipment. If you are still unsure which one best fits your working conditions, you can read our comprehensive analysis: How Many Types Of EOT Crane Are There? to find the most accurate solution in global procurement.

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Custom Options For Industrial EOT Overhead Crane

Industrial EOT overhead cranes can be customized based on actual lifting requirements, operational intensity, and usage environment. To enhance operational efficiency, parameters such as lifting capacity, span, working height, drive method, and control mode must be specified.
Common customization parameters include:

• Lifting Capacity: Configure lifting mechanisms according to maximum load weight and specialized material handling requirements.
• Span and Lifting Height: Select appropriate span and lifting height based on factory layout and operational range.
• Drive System: Choose from electric (AC cable or battery), diesel, or hybrid drive options.
• Control System: Supports manual, semi-automatic, fully automatic, or remote control operation modes.
• Travel Speed: Set hoisting, trolley, and bridge travel speeds based on operational cycle and efficiency requirements.
• Special Options: Configure protective, explosion-proof, smart interface systems, or locally compliant safety systems according to working conditions.

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Industrial EOT Overhead Crane Manufacturer and Supplier

Weihua is a professional manufacturer and supplier of industrial EOT overhead bridge cranes in China, with over 37 years of experience in crane design and manufacturing. Our extensive expertise, gained across diverse factory, workshop, and warehousing logistics projects, ensures equipment produced under a rigorous quality management system complies with CE and ISO standards. We provide comprehensive after-sales service to global customers and offer a one-year warranty.

Contact our engineering team today to receive a customized industrial EOT bridge crane solution tailored to your specific needs.