Double Girder EOT Crane

At BHT India, our Double Girder EOT (Electric Overhead Traveling) Cranes are designed for reliable performance in demanding industrial environments. Built to handle heavier loads across wider spans, these cranes are suitable for applications that require high lifting capacity, consistent uptime, and optimal floor space utilization.

Available in capacities from 1 Ton to 250 Tons and spans up to 50 meters, our double girder EOT cranes conform to IS 3177, IS 807, IS 4137, IPSS, and equivalent international standards. Every crane is customized to meet specific layout, handling, and workflow requirements of the facility.

Built for Performance, Made for Longevity

Every BHT Double Girder Crane is manufactured with a focus on structural strength, smooth movement, and ease of maintenance. The modular construction ensures quick servicing and part replacement, while critical components like gearboxes, wheels, couplings, and control panels are designed and manufactured in-house to maintain strict quality control.

Key design features include low-noise gears, precisely machined pinions, and L-type wheel assemblies that make inspection and replacement easier. The system also accommodates ±5mm wheel adjustment, supporting long-term alignment and reducing structural wear.

Why Choose BHT Double Girder EOT Cranes?

  • Proven track record in handling heavy and large-span operations
  • In-house manufacturing of key components for better quality and delivery timelines
  • Durable, low-vibration design for silent and efficient working
  • Tailored solutions for tight clearances, headroom constraints, and space optimization
  • Ready for harsh environments with IP55-rated motors and weatherproof panels
  • Flexible control options including radio remote and operator cabin

Customization Options

We understand no two facilities are alike—our crane systems are built to meet your operational needs with flexibility in every aspect.

Speed & Lift Range
Speed Range0.5 m/min to 15 m/min
Lift Heights4 meters up to 90 meters
SpanUp to 50 meters (single or split girder format)
Space Optimization Solutions
Low Headroom ModelsReduces civil construction costs
Compact Hook ApproachesOptimized for side-clearance and height constraints
Specialized Path SolutionsCircular paths or unique movement zones
Additional Features
Configuration OptionsSingle/double girder, underslung configurations
Drive ControlFrequency drives for stepless speed control
Explosion-Proof ModelsATEX certified for hazardous zones
Monitoring & SafetyLoad monitoring, encoders, anti-sway tech
IoT CapabilitiesRemote diagnostics and preventive maintenance
Operator AccessibilityCabin, platform access, underhung/on-platform lighting
Current CollectionC-track, T-track, I-beam, energy chain options
Double Girder Box Type EOT Crane Overview
The Double Girder Box Type EOT Crane is engineered for heavy-duty material handling where precision, strength, and reliability are critical. Its box girder construction offers exceptional load-bearing capacity and structural stability, making it suitable for continuous industrial use. Designed for large span operations, these cranes ensure efficient handling of bulky and oversized loads with minimal deflection.
Advantages & Benefits
High Load Capacity Handles significantly higher weights compared to single girder cranes.
Reduced Structural Deflection Box-type construction ensures stiffness and long-term durability.
Wider Span Capability Ideal for large workshops, warehouses, and manufacturing units.
Low Maintenance Robust design minimizes wear and tear, reducing downtime.
Enhanced Safety Features Equipped with overload protection, limit switches, and smooth braking systems.
Technical Specifications (Typical Range)
Capacity 1 Ton to 100+ Tons
Span 5m to 40m
Lifting Height Up to 30m
Duty Class IS 3177 / FEM Standards
Hoisting Mechanism Wire rope hoist or open winch type
Control Method Pendant, radio remote, or cabin control
Industries Using These Cranes
  • Steel plants & metal fabrication units
  • Power plants
  • Shipbuilding yards
  • Cement & construction industries
  • Heavy engineering workshops
  • Automotive manufacturing
  • Warehousing & logistics hubs
Common Applications
  • Handling large dies and molds in manufacturing
  • Loading/unloading in shipyards and ports
  • Maintenance operations for heavy machinery
  • Moving raw materials in bulk processing facilities
Double Girder I-Beam EOT Crane Overview

Double girder I-beam EOT (Electric Overhead Traveling) cranes are designed for high-capacity lifting in large-scale industrial operations. These systems feature two parallel I-beams, which offer enhanced load distribution, structural rigidity, and longer span capability compared to single girder models.

BHT India manufactures and supplies double girder EOT cranes suitable for continuous, demanding applications in steel plants, power stations, infrastructure sites, and heavy manufacturing. The design supports centralized hoisting on a trolley that travels across the bridge, ensuring stable and efficient load handling.

All cranes are built with high-tensile steel girders, precision-machined components, and safety-integrated control systems. Depending on operational requirements, they can be configured with custom hoists, trolleys, remote controls, and overload protection.

Key Features
Load Capacity5 MT to 100 MT or higher
Hook HeightIncreased height due to top-mounted hoisting trolley
Span SuitabilityIdeal for long span installations and wide-bay coverage
Girder TypeWelded box-type or rolled section I-beams (application-based)
Safety IntegrationLimit switches, overload relays, emergency stop systems
Industrial Applications
  • Steel and metal processing units
  • Turbine and transformer handling in power plants
  • Structural fabrication and heavy equipment workshops
  • Bridge, tunnel, and precast component lifting
  • Shipbuilding and marine loading zones
Engineering Assurance
BHT India’s double girder EOT cranes are engineered for operational reliability, reduced downtime, and precision in handling critical loads. Each unit is tested for structural stability and compliance with relevant IS/ISO standards.
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