Electric Hydraulic Crane

Shandong Faster Machinery Co., Ltd. is one of the most reliable manufacturers and suppliers of electric hydraulic crane in China. With abundant experience, we warmly welcome you to buy premium electric hydraulic crane for sale here from our factory. If you have any enquiry about cooperation, please feel free to email us.

Electric hydraulic cranes pair hydraulic lifting strength with clean, quiet electric drive. Compact and versatile, they're trusted in both busy workshops and demanding industrial settings. With zero on-site emissions and precise control, they've become a solid choice for companies that need efficient lifting without sacrificing cleanliness or sustainability.

Why Choose an Electric Hydraulic Crane?

Clean, Quiet Operation
No diesel fumes, loud engines, or constant refueling. Powered by high-capacity battery packs or direct electric motor connections, these cranes run without emissions and with minimal noise and vibration. They're well suited to indoor use-warehouses, factories, food processing plants-without compromising air quality or disrupting the work environment.

Dependable Lifting Power
Quiet doesn't mean underpowered. Capacities range from about 500 kg for lighter jobs up to 8 tons for heavier duty, with specialized truck-mounted units exceeding 110 tons. High-pressure hydraulic systems provide smooth, controlled lifts, with adjustable speeds for precise load handling.

Practical Mobility
Compact and often low-profile, many models can navigate narrow aisles, pass through standard doorways, and work effectively in confined spaces. Full 360° rotation is available on several units, letting operators place loads accurately without repositioning the crane.

Lower Maintenance, Lower Cost
Compared with diesel cranes, electric hydraulic units are simpler to maintain-no engine oil changes, fewer moving parts, no complex exhaust systems. With electricity costing less than diesel, they can also reduce long-term operating expenses.

Safety and Reliability
Built with safety in mind, these cranes feature hydraulic overload protection, emergency stops, and automatic braking systems. Each lift is designed to be secure and controlled, giving operators confidence when handling sensitive or high-value loads.

The product specifications and technical data are summarized in the following table.

• Zero Emissions & Low Noise: Powered by electricity, it eliminates on-site exhaust fumes and operates with significantly reduced noise, ideal for indoor and urban environments.
• Robust Lifting with Hydraulic Precision: The hydraulic system delivers powerful, stable lifting force with smooth speed control for precise load positioning.
• Compact & Maneuverable Design: Features a 360° unrestricted rotation chassis and a telescopic boom, allowing for high flexibility and operation in confined spaces.
• High Efficiency & Cost Savings: Offers lower operating energy costs compared to diesel, with reduced maintenance due to the simpler, cleaner electric powertrain.
• Enhanced Safety: Integrated with overload protection, emergency stop functions, and automatic braking systems to ensure operational safety.

The process begins with precise steel cutting and welding of the chassis and boom. After shot blasting, the main structure is painted. Key sub-assemblies-like the electric motor, hydraulic pump, and control valves-are integrated. Wires, hoses, and sensors are then connected. The assembled crane undergoes rigorous functionality, load, and safety system testing before final quality inspection and certification.

Common Customer Questions for Electric Hydraulic Crane

1. What is the lifting capacity and maximum working height?
2. How long does the battery last, and what is the charging time/process?
3. Does it require a three-phase power supply, or can it run on standard single-phase?
4. What is the recommended maintenance schedule and associated cost?
5. What safety certifications (CE, ISO) does it hold, and what is the warranty coverage?
 

The crane operates by converting electrical energy from the battery or mains into mechanical power via an electric motor. This motor drives a hydraulic pump, which pressurizes oil. The high-pressure oil is then directed through control valves to hydraulic cylinders (for lifting/booming) and a motor (for rotation), creating powerful and precise linear and rotational motion to lift and position loads.