Core Features & Advantages

• 1. Exceptional Lifting Capacity:
  With a primary hook capacity of 35 metric tons, this crane is built to handle the heaviest loads encountered in railway logistics, including fully laden containers and heavy bulk materials.

• 2. Rail-Mounted Mobility & Stability:
  Moving on a dedicated set of parallel tracks, the crane offers superior stability during lifting operations. This fixed path system eliminates the need for rubber tires, ensuring consistent performance and minimal ground pressure, making it ideal for improved yard utilization and organized workflow.

• 3. Dual-Hoist System for Versatility:
  Many models are equipped with a main hoist for heavy lifts and a auxiliary hoist for lighter, faster operations. This allows for a single crane to efficiently manage a wide range of tasks, from stacking containers to loading/unloading flatcars.

• 4. Full Spanning Design:
  The crane’s gantry structure spans the entire working area—typically multiple railway tracks and service lanes. This design allows it to travel over trains and equipment, enabling uninterrupted loading and unloading operations without the need to move the railcars, drastically improving turnaround times.

• 5. Superior Precision and Control:
  Equipped with state-of-the-art programmable logic controllers (PLCs) and variable frequency drives (VFDs), the crane ensures smooth acceleration, deceleration, and precise load positioning. This minimizes load swing and is crucial for safe operation in congested yards.

• 6. Operator-Centric Cabin:
  The ergonomically designed, climate-controlled cabin provides the operator with a panoramic view of the entire work area. Advanced control interfaces and safety systems reduce operator fatigue and enhance decision-making for maximum safety and productivity.

Technical Specifications & Зөвшөөрөл

Structural Integrity:

The crane’s main bridge and leg structures are fabricated from high-grade, low-alloy steel, designed to withstand rigorous daily use and harsh environmental conditions. Finite Element Analysis (FEA) is employed during the design phase to optimize strength-to-weight ratios and ensure structural reliability under full load conditions.

Precision Movement Systems:

• 1. Long Travel: The crane moves along the entire length of the yard on heavy-duty steel rails, powered by high-torque, AC-driven motors.
• 2. Cross Travel (Trolley): The hoist trolley moves laterally across the bridge girders, allowing for precise positioning across multiple lanes of rail and storage blocks.
• 3. Hoisting Mechanism: The 35-ton main hoist features a high-performance winch system with multiple falls of dedicated crane wire rope, providing smooth and secure lifting and lowering.

Advanced Control & Safety Systems:

• 1. Programmable Logic Controller (PLC): The central nervous system of the crane, ensuring seamless integration of all movements and safety interlocks.
• 2. Variable Frequency Drive (VFD): Provides precise speed control on all motions (hoist, trolley, long travel), enabling micro-speed movements for accurate spotting and eliminating harsh mechanical shocks.
• 3. Comprehensive Safety Features: Includes overload limit protection, anti-collision systems (for multiple cranes), anemometer for high wind alerts, emergency stop buttons, limit switches for all travel motions, and a secure power supply system.

35 Tons Rail Mounted Gantry Crane Applications

• 1. Intermodal Rail Terminals: For stacking containers and transferring them between railcars and trucks.
• 2. Railway Freight Yards: Loading and unloading heavy goods, machinery, and bulk materials from standard railcars.
• 3. Locomotive and Wagon Maintenance: Lifting heavy components like engines, wheelsets, and car bodies for repair and assembly.
• 4. Heavy Industry: Serving steel plants, heavy fabrication shops, and power plants where movement of large equipment along a fixed path is required.

Why Choose Our 35-Ton Railway Crane?

Our Rail Mounted Gantry Crane is engineered for reliability, durability, ба 24/7 operation in the most demanding environments. It represents a strategic investment in infrastructure, offering high throughput, enhanced safety, and a significant return on investment through operational efficiency.