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Double Girder EOT Cranes

Double Girder EOT Cranes are engineered for demanding, heavy-duty industrial operations where higher lifting heights, extended spans, and robust structural stability are essential. Built with a dual-girder bridge configuration, these cranes support higher load capacities, improved hook approach, and seamless integration with auxiliary lifting attachments. They are widely deployed in steel plants, fabrication yards, heavy engineering units, and automated production lines requiring continuous, high-cycle operations.

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Double Girder EOT Cranes

Product Image

Double Girder EOT Cranes

Technical Specification

Capacity Range: 5 Tons to 200 Tons
Span: Up to 40 meters (custom-engineered)
Lifting Height: Up to 30 meters
Hoisting Mechanism: Crab Unit / Electric Wire Rope Hoist (Heavy-Duty)
Operation: Pendant, Radio Remote, or Cabin Control
Bridge Type: Double Girder Box or Welded Type
Standards: IS 3177, IS 807, FEM
Drive System: Helical geared motors with VFD-based motion control
Duty Classification: IS:3177-2020 (M1 to M8) /FEM (1Bm to 4m)
End Carriage: Machined, aligned long-travel assemblies with shock-resistant buffers
Power Supply: DSL / Drag Chain / Festoon System

Key Highlights

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Superior lifting capacity with precise load handling

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Higher hook lift resulting from elevated crab mechanism

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Rigid girder design enabling wider spans and enhanced stability

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Smooth acceleration with synchronized VFD motion across LT/CT/Hoist

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Ideal for 24×7 industrial duty cycles and high load frequencies

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Heavy-gauge structural steel construction minimizing dynamic deflection

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Precision-machined wheel assemblies with surface-hardened treads

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Fail-safe electromagnetic / DC disc brakes on hoist and travel drives

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IP55-rated control panels with overload safety interlocks

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Heat-treated, low-noise gear train for extended service life

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Modular crab unit designed for quick maintenance and part accessibility

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Anti-jerk start through soft-start VFD system across all motions

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Flameproof / Explosion-proof design for hazardous industrial zones (Zone 1 or 2, Gas Group – IIA, IIB or IIC, Temp. T1 to T6)

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Tandem crane operation for oversized load handling

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Anti-sway and load positioning automation

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Condition monitoring with IoT-enabled diagnostics

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Auto lubrication for gears, bearings, and rope drums

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Hot metal / ladle crane design with heat-shielded components

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Storm locks, rail clamps, and travel limit systems for outdoor cranes

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Stainless-steel or anti-corrosion wire ropes for chemical environments

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A Target Positioning System to reduced Cycle Times for repetitive load movements between preset points.

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Regenerative Drives to reduce power consumption for M7-M8 Duty Cranes.

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Higher operational efficiency with reduced cycle time

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Extended lifecycle due to rugged, low-fatigue structural design

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Improved safety with multi-layer protection and fail-safe systems

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Reduced downtime through modular construction and easy accessibility

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Optimized shop-floor utilization with superior hook approach

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fully customizable to process, industry, and environmental requirements

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Compatible with conveyors, robotic lines, furnaces, and automated handling systems

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