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Single Girder EOT Cranes

Single Girder Overhead Crane

Single Girder EOT Crane Manufacturer for Cost-Effective Material Handling

Reliable Performance for Everyday Lifting

When floor space and operational efficiency matter, a single girder EOT crane offers a practical solution for lifting and material handling tasks. As a trusted single girder EOT crane manufacturer in India, Cyrus designs cranes which are FEM & ISO certified that combine strength, safety, and operational flexibility.

Our industrial EOT cranes are available in box girder and rolled section girder designs to suit different industrial applications. Built using high-quality mild steel and advanced hoisting technology, these cranes provide dependable performance for manufacturing plants, warehouses, fabrication facilities, and engineering industries.

At Cyrus Industrial Solutions, every crane is designed to meet recognised standards while supporting safe and smooth operations. The lightweight single beam construction reduces structural load requirements and helps lower installation costs.

Whether you need a crane for routine lifting or medium-duty production activities, our solutions deliver reliable performance with optimised hook approaches and efficient workspace utilisation.

Technical Specifications of Single Girder EOT Crane

Specification Description
Crane Type Single Girder EOT (Electric Overhead Travelling) Crane
Load Capacity Up to 15 tons
Span Length Up to 25 meters
Lifting Height 3meters to 24 meters
Lifting Speed 0.5 m/min to 8 m/min
Travel Speed 5 m/min to 40 m/min
Configuration Top-Running or Underslung
Hoist Type Electric Wire Rope Hoist, Electric Chain Hoist
Control Method Pendant Control, Remote Control
Duty Classification FEM (1Am to 3m), ISO (M3 to M6), CMAA (Class A to D)
Power Supply 220V/380V/440V, 3-phase, 50/60 Hz
Motor Type Squirrel Cage Induction Motor, VFD
Brake System Electromagnetic Brake
Safety Features Overload Protection, Limit Switches, Emergency Stop
Ambient Temperature -20 °C to +50 °C
Standards IS:3177, FEM, CE

What Is a Single Girder Overhead Crane?

A single girder overhead crane consists of one bridge girder supported on end carriages, with a hoist travelling beneath the girder. Compared with a double girder crane, the design is lighter, more economical, and easier to install.

For many facilities, it provides the ideal balance between performance and investment while maintaining high safety standards.

Key Features of Single Girder EOT Cranes

  • Lifting Capacity up to 15 tons.
  • Span lengths up to 25 metres.
  • Lightweight single beam design reduces building load requirements.
  • Available in top-running and underslung configurations.
  • Lower structural steel requirements compared to many double girder crane systems.
  • Suitable for a wide range of material handling operations.
  • Compact design for facilities with limited headroom.

Industrial Applications of Single Girder Cranes

  • Manufacturing Plants – Moving machine parts, assemblies, raw materials, and finished products.
  • Warehousing and Logistics – Loading, unloading, and transferring pallets and packaged goods.
  • Automotive Industry – Handling engines, tools, dies, and production components.
  • Fabrication Workshops – Transporting fabricated structures, steel sections, and equipment.
  • Maintenance Facilities – Supporting repair and maintenance activities involving heavy components.

Advantages of Single Girder EOT Cranes

  • Cost-Effective Solution – Lower crane weight reduces supporting structure requirements and installation costs.
  • Space Saving Design – Ideal for facilities with restricted building dimensions.
  • Energy Efficiency – Reduced dead weight results in lower power consumption.
  • Easy Operation – Simple controls support smooth movement and precise load positioning.
  • Low Maintenance – Fewer components mean easier servicing and reduced maintenance requirements.

Single Girder vs Double Girder Crane – Which One Should You Choose?

Selecting between a single girder and double girder crane depends on your application requirements.

Single Girder Crane Double Girder Crane
Lower initial investment Higher lifting capability
Up to 15-ton lifting capacity Suitable for heavy-duty applications
Lower building load Greater hook height
Easier installation Suitable for demanding operations
Compact design Better for large spans

For many medium-duty operations, a single girder crane provides the most economical solution. For higher capacities and specialised lifting requirements, a double girder gantry crane or double girder overhead crane may be more suitable.

How to Select the Right Single Girder EOT Crane

Choosing the right crane requires more than simply looking at load capacity.

Several operating factors influence crane performance and long-term reliability.

Determine the Required Lifting Capacity

Start by identifying the heaviest load that will be lifted.

Consider:

  • Actual load weight
  • Lifting accessories
  • Future expansion requirements
  • Safety factors

Selecting a crane solely based on today’s load can create limitations later.

Evaluate Span Requirements

Span refers to the distance between runway rails.

A larger span influences:

  • Girder design
  • Structural requirements
  • Crane weight
  • Cost

Proper span selection ensures smooth crane movement and structural stability.

Consider Available Headroom

Building height often determines crane configuration.

Where headroom is limited, underslung or specially designed cranes may provide better hook travel.

Understand Material Handling Needs

Different materials require different lifting approaches.

For example:

  • Steel coils
  • Fabricated structures
  • Machinery components
  • Palletised goods

The lifting attachment and hoist configuration should match the application.

Assess Duty Classification

Not all cranes work at the same frequency.

Questions to ask:

  • How many lifting cycles occur daily?
  • Is operation intermittent or continuous?
  • Are loads consistently near maximum capacity?

Duty classification directly impacts component selection and crane life.

Factors That Influence Single Girder Crane Selection

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Lifting Capacity Requirements

The maximum load weight determines the crane and hoist configuration.

N

Span Length

Building width directly influences crane design and girder selection.

N

Duty Cycle

The frequency of crane operation affects motor, gearbox, and component selection.

N

Material Handling Requirements

The type of material being moved impacts hoist selection and control options.

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Available Headroom

Building constraints may require top-running or underslung crane configurations.

Single Girder Crane Maintenance Checklist

Daily Inspection

Operators should check:

  • Wire rope condition
  • Hook condition
  • Limit switches
  • Control functions
  • Visible leaks or damage

Small issues detected early often prevent costly repairs.

Weekly Inspection

Maintenance teams should verify:

  • Brake performance
  • Gearbox condition
  • Electrical connections
  • Trolley movement
  • Bridge travel

Monthly Preventive Maintenance

Monthly inspections typically include:

  • Lubrication checks
  • Fastener tightening
  • Alignment verification
  • Motor inspection
  • Structural examination

Annual Load Testing

Periodic load testing confirms that the crane continues to operate safely within its rated lifting capacity.

Testing also helps identify wear that may not be visible during routine inspections.

Single Girder vs Double Girder Crane: Real-World Selection Factors

Many buyers compare a single girder crane with a double girder crane based only on lifting capacity. The actual decision involves several other factors.

When a Single Girder Crane Is the Better Choice

A single girder crane is often preferred when:

  • Loads are below 15 tons
  • Building height is limited
  • Budget is a priority
  • Maintenance simplicity is required
  • Medium-duty operations are expected

When a Double Girder Crane Makes More Sense

A double girder crane becomes advantageous when:

  • Higher lifting capacities are required
  • Greater hook height is needed
  • Heavy-duty operations are continuous
  • Special lifting attachments are used
  • Long spans are involved

For large outdoor applications, a double girder gantry crane may offer greater flexibility.

Which Crane Delivers Better Long-Term Value?

The answer depends on the application.

Many facilities invest in a larger crane than required and end up carrying higher operating costs for years.

A properly selected single girder crane often provides the best balance between performance, investment, and maintenance requirements.

Industrial Lifting Solutions

Why Choose Cyrus as Your EOT Crane Manufacturer?

As an experienced EOT crane manufacturer and EOT crane supplier in Pune, India, Cyrus Industrial Solutions delivers crane systems designed around your operational needs.

What Sets Us Apart?

  • Standard and customised crane designs.
  • Proven experience across multiple industries.
  • High-quality components and safety-focused engineering.
  • Wire rope and chain hoist options.
  • Compliance with recognised industry standards.
  • Installation, commissioning, inspection, and AMC support.
  • Dedicated technical assistance throughout the project lifecycle.

Our focus is to provide safe, reliable, and economical lifting solutions for every customer.

FAQs

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What is the main advantage of a single girder overhead crane?

Its lightweight construction reduces structural requirements while providing reliable lifting performance.

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What is the maximum lifting capacity of a single girder crane?

Most single girder cranes are available with lifting capacities up to 15 tons, depending on application requirements.
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Can single girder cranes be automated?

Yes. They can be equipped with radio remote controls, VFDs, and automation features for improved productivity.
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Where are single girder cranes commonly used?

Manufacturing plants, warehouses, fabrication shops, logistics facilities, and maintenance workshops.
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Are single girder cranes suitable for continuous use?

Yes. Proper duty classification ensures suitability for repetitive and regular lifting operations.
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What is the difference between top-running and underslung cranes?

Top-running cranes travel on rails mounted above the runway beam, while underslung cranes travel beneath the runway structure and are suitable where headroom is limited.