Gantry Crane
KELLS CRANE Double-Beam European Gantry Crane (also known as a Double Girder European Gantry Crane) represents the pinnacle of modern lifting technology. It combines the heavy-lifting capabilities of a double-girder structure with the advanced, lightweight, and efficient design principles of European standards (specifically FEM and DIN standards).
Compared to traditional (often older, bulky) gantry cranes, the European style offers a wide array of operational, economic, and safety advantages. Here are the primary benefits:
1. Optimized, Compact Design (Space Efficiency)
Low Headroom: European cranes utilize a highly compact hoist and trolley design. This maximizes the hook's lifting height, allowing you to lift loads higher in restricted spaces.
Reduced Deadweight: By using high-strength steel and advanced engineering software, these cranes are significantly lighter than traditional gantry cranes.
Optimized Work Envelope: The hook can move closer to the edges of the gantry legs, providing a wider effective working area and reducing "dead zones."
2. Superior Performance & Precision
Variable Frequency Drives (VFD): European gantry cranes come standard with inverter-controlled motors. This allows for step-less speed control for lifting, trolley travel, and crane travel.
Anti-Sway Technology: The smooth acceleration and deceleration provided by the VFDs drastically reduce load swing. This allows operators to position heavy materials with pinpoint accuracy.
Smooth Operation: The advanced drive systems (often utilizing "three-in-one" gearmotors) ensure quiet, vibration-free operation, which reduces wear and tear on the crane structure.
3. Exceptional Load Capacity & Stability
Heavy-Duty Capability: Because of the double-beam design, these cranes can handle massive load capacities (ranging from 5 tons to over 500 tons) and extended spans without structural sagging.
High Duty Cycles: They are engineered for continuous, heavy-duty use (A5 to A8 working classes), making them ideal for high-throughput environments like ports, steel mills, and heavy manufacturing.
Weather Resistance: Gantry cranes are often used outdoors. The double-beam design offers superior structural rigidity against high winds and harsh weather conditions.
4. Economic and Energy Efficiency
Lower Infrastructure Costs: Because the crane's deadweight and maximum wheel loads are lower, the foundations, tracks, and ground support required do not need to be as heavily reinforced, saving massive amounts of money in initial facility construction.
Energy Savings: The lighter overall weight, combined with high-efficiency motors and VFDs, means the crane consumes 15% to 30% less electricity than traditional models.
Lower Total Cost of Ownership (TCO): While the initial purchase price might be slightly higher than a traditional crane, the savings in energy, maintenance, and prolonged service life yield a much higher Return on Investment (ROI).
5. Advanced Safety Features
Intelligent Monitoring: They are often equipped with "black box" technology (Safety Monitoring Systems) that records operational data, lifts, and overloads.
Comprehensive Limiters: Includes advanced weight overload limiters, rotary limit switches for lifting height, and photoelectric anti-collision systems.
Reliable Braking: Uses high-performance, self-adjusting disc brakes that are dust-proof and have a lifespan of over 1 million actuations.
6. Low Maintenance & High Durability
High-Quality Components: European cranes utilize top-tier components (such as ABM, SEW, or Siemens motors, and Schneider electrics).
Maintenance-Free Features: Many parts are designed to be maintenance-free or low-maintenance. For example, the gearboxes are often sealed for life, and the high-strength galvanized wire ropes do not require frequent oiling.
Modular Design: The components are modular, meaning that if a part does fail, it can be easily and quickly replaced without dismantling major sections of the crane, thereby reducing downtime.
Ideal Applications:
Because of these advantages, Double-Beam European Gantry Cranes are the preferred choice for:
Precast Concrete Yards: Where heavy lifting and precise placement are required.
Logistics & Freight Yards: For constant, high-speed container handling.
Heavy Manufacturing & Assembly: Handling large machinery components indoors or outdoors.
Steel Mills & Scrap Yards: Enduring harsh, heavy-duty cycles.
Shipbuilding & Ports: Handling massive, awkward loads in high-wind, outdoor environments.
Technical Parameters
| Capacity (t) | Span (m) | Lifting Height (m) | Work Duty | Main Hoist Speed (m/min) | Aux.Hoist Speed (m/min) | Cross Travel Speed (m/min) | Long Travel Speed (m/min) | Rail | Total Power (Kw) |
|---|---|---|---|---|---|---|---|---|---|
| 10 | 18 ~ 35 | 10 | A5 | 0.78-7.8 | 3.3-33 | 3-30 | 43kg/m | 21.74 | |
| 20/5 | 18 ~ 35 | 10 | A5 | 0.6-6 | 0.78-7.8 | 3.5-35 | 3-30 | 43kg/m | 39.7 |
| 32/5 | 18 ~ 26 | 10 | A5 | 0.5-5.2 | 0.78-7.8 | 3.1-31 | 3-30 | 43kg/m | 59 |
| 26 ~ 35 | 12 | ||||||||
| 50/10 | 18 ~ 26 | 10 | A5 | 0.4-3.9 | 0.78-7.8 | 3.6-36 | 3-30 | 43kg/m | 71.4 |
| 26 ~ 35 | 12 | ||||||||
| 75-1000 | Customized | ||||||||





