Hydraulic Gantry Crane - Nucleon Crane

Descripción del producto

The Nucleon Hydraulic Grúa pórtico is a self-propelled, modular heavy-duty hydraulic lifting system designed specifically for the most demanding industrial lifting operations. Developed and manufactured by Nucleon Crane—a group boasting over 20 years of experience in heavy lifting equipment manufacturing—it stands as one of China's leading crane manufacturers, offering products with rated lifting capacities ranging from 50 to 1,000 tons.

Unlike traditional arriba or gantry cranes, the hydraulic gantry crane operates on ground-level rails or rubber-tired locomotion systems; as it does not rely on fixed building structures, it offers flexible deployment options for outdoor yards, large-scale workshops, and construction sites. Its PLC-controlled synchronized hydraulic cylinder system enables smooth lifting with millimeter-level precision—a capability that is particularly critical for the hoisting of precision equipment and oversized cargo.

Each hydraulic gantry crane is custom-designed to meet specific client requirements and strictly adheres to international certification standards, including FEM 1.001, ISO 9001, EN 13001, and CE. Consequently, it serves as a reliable choice for heavy engineering projects such as the handling of nuclear power equipment, the installation of heavy machinery, and the hoisting of large-scale steel structures.

Core Components

The Nucleon Hydraulic Gantry Crane consists of eight major precision-engineered subsystems:

Hydraulic Power Unit (HPU): A high-pressure hydraulic pump station—equipped with redundant relief valves, servo-controlled flow regulation, and an integrated cooling system—provides stable power for the entire machine's lifting and travel functions.
Main Frame and Gantry Legs: Heavy-duty welded steel leg structures featuring high-strength bolted splice joints. The modular design allows for transport within standard shipping containers and enables rapid on-site assembly without the need for welding.
Hydraulic Lifting Cylinders: Synchronized telescopic hydraulic cylinders, equipped with stroke encoders for real-time position feedback, ensure multi-point lifting synchronization accuracy within ±1 mm, effectively preventing load tilting.
Self-Propelled Tire Transporters / Rail-Mounted Dollies: Self-propelled rubber-tired transporters or rail-mounted dollies, featuring independent steering systems, support various movement modes including lateral travel, curved travel, on-the-spot turning, and 360° rotation.
PLC Main Control System: Features a Siemens or Schneider PLC main controller, equipped with a wireless handheld remote and an HMI touchscreen display. It provides real-time monitoring of load weight, tilt angle, and travel status, while incorporating built-in fault diagnostics and anti-tipping protection functions.
Beam and Spreader Extension Devices: Custom-engineered extension beams or lifting beams, tailored to the specific geometry of the load. Designed in accordance with FEM and ASME BTH-1 standards, these components ensure structural integrity under full-load operating conditions.
Load Monitoring System: Integrated load sensors are installed at every lifting point, featuring overload alarms and automatic power-cutoff protection. Optional upgrades for data logging and remote monitoring capabilities are available.
Safety Limit Devices: Comprising upper and lower travel limit switches, anti-collision sensors, emergency stop circuits, and hydraulic locking valves, this comprehensive system ensures safe operations across all working conditions.

Ventajas principales

Multi-Point Synchronous Lifting Control

A PLC-controlled synchronous hydraulic system ensures lifting synchronization accuracy of ±1 mm across all lifting points, effectively preventing load skewing and structural stress damage to precision equipment.

Modular Design for Rapid Assembly

The bolt-connected modular frame can be transported within a standard 40-foot shipping container; on-site assembly requires no welding, thereby reducing equipment mobilization and demobilization times by up to 60%.

Omnidirectional Mobility

An independent wheel steering system enables lateral movement, curved travel, on-the-spot rotation, and 360° pivoting, allowing for the effortless maneuvering of oversized loads within confined spaces.

Wireless Remote Control Operation

Operators can control all lifting functions from a safe distance using a handheld wireless remote or a tablet device, while simultaneously monitoring real-time data regarding load weight, tilt angles, and travel status.

Variable Lifting Height

Standard lift stroke up to 1.8m per stage with multiple cylinders stackable for extended heights. Custom lift heights up to 6m and beyond available by engineering request.

Triple-Layer Safety Architecture

Mechanical locking, hydraulic safety valves, and software-level PLC interlocks provide three independent layers of overload and anti-drift protection at all times.

Low Ground Bearing Pressure

Multi-axle carrier designs distribute load over a large footprint, achieving ground pressure as low as 5 kg/cm² — suitable for floor slabs and unprepared outdoor surfaces.

Global Standards Compliance

CE marked, ISO 9001 certified, and designed in accordance with FEM 1.001, EN 13001, and ASME B30.2 standards to meet procurement requirements worldwide.

Aplicaciones

Nucleon hydraulic gantry cranes are widely utilized across the following heavy industrial sectors:

Shipbuilding & Ports — Lifting of hull blocks, hull shell positioning, and installation of port machinery
Power & Energy Engineering — Transformer installation, steam turbine unit erection, handling of nuclear power equipment, and positioning of wind turbine nacelles
Bridge & Civil Construction — Bridge segment launching and installation, positioning of heavy precast components, and construction of viaduct box girders
Heavy Industry & Mining — Shifting and installation of mining machinery, pressure vessels, reactors, and super-heavy industrial equipment within confined spaces
Oil, Gas & Petrochemicals — Lifting and positioning of distillation columns, heat exchangers, and offshore platform modules
Manufacturing & Precision Assembly — Precision assembly of aerospace components, rail transit vehicles, large-scale stamping presses, and industrial machinery

Especificación

Parámetro	Especificación
Capacidad de elevación nominal	5T – 1,000T (custom)
Standard Lift Stroke per Stage	1.8 m (extendable by stacking cylinders)
Maximum Lift Height	Up to 6 m (standard); greater heights on request
Lift Speed	50 – 500 mm/min (variable, load-dependent)
Travel Speed	0 – 15 m/min (infinitely variable)
Hydraulic System Pressure	31.5 MPa
Synchronization Accuracy	± 1 mm (multi-point, PLC-controlled)
Ground Bearing Pressure	As low as 5 kg/cm²
Structural Material	Q345B high-strength steel (Q460 optional)
Fuente de alimentación	380V / 50Hz / 3-Phase (custom voltage available)
Clase trabajadora	A3 (FEM / ISO 4301)
Sistema de Control	Siemens / Schneider PLC + wireless remote pendant
Carrier Type	Self-propelled rubber-tired / rail bogies (selectable)
Steering Modes	Straight, crab, arc, 360° pivot
Surface Treatment	Sandblast Sa2.5 + 2-coat epoxy primer & finish
Proceso de dar un título	CE Mark, ISO 9001, China Special Equipment License
Temperatura de funcionamiento	-20°C to +50°C (arctic & tropical options available)
Warranty	12 months standard; extended service contracts available

Hydraulic Gantry Cranes Manufacturer and Supplier

Grúa Nucleón is a state-recognized high-tech enterprise and one of China's top-tier crane manufacturers, headquartered in Xinxiang, Henan Province. With over 20 years of experience, a 300,000 m² production base, and a dedicated R&D team of 200+ engineers, Nucleon exports cranes to 60+ countries worldwide.

Full after-sales support: on-site installation supervision, operator training, and spare parts program

ISO 9001 · CE Mark · OHSAS 18001 · China Special Equipment Manufacturing License

Full product range: overhead cranes, gantry cranes, jib cranes, electric hoists, and custom lifting systems

In-house Factory Acceptance Testing (FAT) capacity up to 1,000 tons