Tower Crane Installation & Construction Engineering
Talk to Our TeamExplore electric overhead travelling crane configurations for factories, workshops, and industrial material handling. Find the right starting point for your lifting capacity, span, height, and operating requirements.
Final crane specifications should be confirmed through a project-specific technical assessment.
Plan Your Crane System
A suitable overhead crane begins with a clear understanding of the load, workspace, lifting height, operating conditions, and installation requirements.
Product Overview
Electric Overhead Travelling cranes are used to lift and move materials across designated work areas. They can support workflows such as loading, unloading, production, assembly, fabrication, and equipment maintenance.
The right arrangement depends on the building layout, load requirements, operating frequency, available headroom, and the conditions in which the crane will operate.
Designed around your application
Review the load, span, lifting height, duty requirements, and installation environment before selecting a configuration.
Crane Configurations
Compare common overhead crane arrangements and identify which options may suit your facility. The final configuration depends on a detailed technical review.
A practical option for many light- to medium-duty material handling applications. The appropriate design depends on span, lifting capacity, duty cycle, and building conditions.
Designed for applications that may require higher lifting capacities, longer spans, or particular hook-height and duty requirements.
Overhead travelling crane systems can be configured for production areas, fabrication shops, assembly operations, and other industrial material handling needs.
Industrial Applications
Overhead cranes help move loads through designated industrial areas without relying solely on floor-level material handling equipment. Their suitability depends on the layout, load, operating conditions, and required lifting movements.
Planning Checklist
Providing accurate site and operating details can help the technical team understand the scope of your crane requirement.
Selection Guide
Crane selection is a technical decision. Review these important factors with a qualified professional before finalizing the crane design or ordering equipment.
FACTOR 01
Identify the maximum load to be lifted, including the weight of lifting attachments where applicable.
FACTOR 02
Measure the distance between runway rails and review the available building structure and supporting arrangement.
FACTOR 03
Determine the required hook height, headroom, and clearance for the materials being handled.
FACTOR 04
Consider operating frequency, load spectrum, working hours, and the applicable crane duty requirements.
FACTOR 05
Review temperature, dust, moisture, indoor or outdoor use, and any special environmental requirements.
FACTOR 06
Assess the electrical supply, pendant or radio control preferences, travel requirements, and control-panel needs.
Related Services
In addition to equipment selection, consider the installation requirements and ongoing inspection and maintenance needs of the complete crane system.
Review site preparation, mechanical assembly, electrical integration, inspection, and commissioning requirements.
Explore InstallationLearn about troubleshooting and assessment of mechanical, electrical, hoist, and control-system issues.
Explore Repair ServicesUnderstand preventive maintenance planning, routine inspection, and equipment condition monitoring.
Explore MaintenanceFrequently Asked Questions
An Electric Overhead Travelling (EOT) crane is a powered lifting system that moves a load horizontally along an overhead runway while raising or lowering it using a hoist.
A single girder crane uses one main bridge girder, while a double girder crane uses two. The suitable configuration depends on lifting capacity, span, headroom, duty cycle, and project conditions.
Start with the heaviest load to be handled and consider lifting attachments, operating frequency, load characteristics, span, lifting height, and applicable design requirements. A qualified crane professional should verify the final selection.
It may be possible, depending on the available headroom, runway arrangement, building structure, power supply, and access for installation. The site should be assessed before finalizing a design.
Maintenance may include inspection of the hoist, wire rope or chain, brakes, hooks, wheels, travel mechanisms, electrical controls, limit devices, and other components according to the manufacturer's instructions and applicable requirements.
Contact Indian Crane and Components with your required lifting capacity, span, lifting height, application, site location, and any existing drawings or specifications. These details help establish the project requirements for review.
Start Your Project
Share your lifting capacity, span, height, application, and site details to begin discussing your industrial crane requirements with Indian Crane and Components.