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The NOVOCRANE NCH-W wind power electric chain hoist is a maintenance-specific electric hoist independently developed by NOVOCRANE for the wind power industry. As a high-performance European-style electric hoist (featuring a chain hoist structure), this equipment is engineered to meet the rigorous demands of wind farm operations—combining large lifting height, fast lifting speed, reliable safety, lightweight construction, compact dimensions, and easy installation.

Unlike general-purpose hoists, it integrates a self-lubricating chain base and flexible structural design, making it ideal for wind turbine maintenance in confined nacelle spaces. Its enclosed components ensure stable operation even in harsh wind farm environments, delivering efficient material handling solutions for heavy wind turbine parts.
The NOVOCRANE NCH-W wind power electric chain hoist is a maintenance-specific electric hoist independently developed by NOVOCRANE for the wind power industry. As a high-performance European-style electric hoist (featuring a chain hoist structure), this equipment is engineered to meet the rigorous demands of wind farm operations—combining large lifting height, fast lifting speed, reliable safety, lightweight construction, compact dimensions, and easy installation.

Unlike general-purpose hoists, it integrates a self-lubricating chain base and flexible structural design, making it ideal for wind turbine maintenance in confined nacelle spaces. Its enclosed components ensure stable operation even in harsh wind farm environments, delivering efficient material handling solutions for heavy wind turbine parts.
Specification Item | Details |
Model Series | NCH-W Wind Power Electric Chain Hoist |
Equipment Type | European-style Electric Chain Hoist |
Lifting Capacity | 1t – 20t (customizable for wind farms) |
Lifting Height | 10m – 50m (adapted to turbine tower height) |
Lifting Speed | 0.5m/min – 5m/min (adjustable) |
Power Supply | 380V/50Hz (industrial standard) |
Self-weight | 100kg – 500kg (lightweight construction) |
Protection Class | IP54 (dustproof & water-resistant) |
Installation Method | Crane Rail-mounted Installation |
Safety Devices | Lifting Limit Device, Overload Protection |
Specification Item | Details |
Model Series | NCH-W Wind Power Electric Chain Hoist |
Equipment Type | European-style Electric Chain Hoist |
Lifting Capacity | 1t – 20t (customizable for wind farms) |
Lifting Height | 10m – 50m (adapted to turbine tower height) |
Lifting Speed | 0.5m/min – 5m/min (adjustable) |
Power Supply | 380V/50Hz (industrial standard) |
Self-weight | 100kg – 500kg (lightweight construction) |
Protection Class | IP54 (dustproof & water-resistant) |
Installation Method | Crane Rail-mounted Installation |
Safety Devices | Lifting Limit Device, Overload Protection |
The enclosed self-lubricating chain base and one-piece chain guide design eliminate frequent manual lubrication needs. This structure prevents dust and debris from damaging the chain, ensuring long-term stable operation—critical for reducing maintenance downtime in wind farms.
The flexible chain bag-hoist connection reduces stress at the joint, preventing structural fractures during heavy-load lifting. This design enhances equipment safety and lifespan in high-intensity maintenance scenarios.
With lightweight construction and modular components, the hoist is easy to install and maintain. Its compact size fits into narrow wind turbine nacelles, while modular parts enable quick replacements to minimize operational interruptions.
Equipped with lifting limit device and overload protection, it prevents over-lifting and overloading risks. Select models offer explosion-proof configuration to adapt to hazardous environments, safeguarding operators and equipment.
Its large lifting height and fast lifting speed enable efficient handling of heavy components (e.g., turbine gearboxes), cutting down wind turbine maintenance time and boosting wind farm operational efficiency.
The enclosed self-lubricating chain base and one-piece chain guide design eliminate frequent manual lubrication needs. This structure prevents dust and debris from damaging the chain, ensuring long-term stable operation—critical for reducing maintenance downtime in wind farms.
The flexible chain bag-hoist connection reduces stress at the joint, preventing structural fractures during heavy-load lifting. This design enhances equipment safety and lifespan in high-intensity maintenance scenarios.
With lightweight construction and modular components, the hoist is easy to install and maintain. Its compact size fits into narrow wind turbine nacelles, while modular parts enable quick replacements to minimize operational interruptions.
Equipped with lifting limit device and overload protection, it prevents over-lifting and overloading risks. Select models offer explosion-proof configuration to adapt to hazardous environments, safeguarding operators and equipment.
Its large lifting height and fast lifting speed enable efficient handling of heavy components (e.g., turbine gearboxes), cutting down wind turbine maintenance time and boosting wind farm operational efficiency.
The NOVOCRANE NCH-W wind power electric chain hoist is tailored for wind turbine maintenance in onshore/offshore wind farms. It lifts and moves heavy parts (generators, gearboxes, blades) during inspections, component replacements, and emergency repairs in nacelles and towers.
As a versatile European-style electric hoist, it also serves workshops, warehouses, and factories for material handling of 1t–20t goods, supporting routine industrial production processes.
The NOVOCRANE NCH-W wind power electric chain hoist is tailored for wind turbine maintenance in onshore/offshore wind farms. It lifts and moves heavy parts (generators, gearboxes, blades) during inspections, component replacements, and emergency repairs in nacelles and towers.
As a versatile European-style electric hoist, it also serves workshops, warehouses, and factories for material handling of 1t–20t goods, supporting routine industrial production processes.
Confirm crane rail compatibility by matching rail specifications to the hoist’s mounting requirements, as mismatched rails can lead to unstable operation. Ensure installation is performed by professional technicians—improper setup may introduce safety hazards that risk equipment or personnel. Before formal use, test core safety devices: verify that the lifting limit device and overload protection function correctly.
Inspect the self-lubricating chain base monthly: clean the chain and check its lubrication status to prevent jamming or wear. Conduct quarterly verifications of safety devices, ensuring the overload protection and lifting limit systems operate as intended. Tighten components regularly, securing bolts and connections to maintain consistent structural stability during operation.
Store the hoist in a dry, ventilated area to prevent rust and corrosion. Cover the chain and electrical parts to shield them from dust and moisture damage. Before reusing the hoist after storage, perform a full comprehensive inspection to confirm all components are in proper working condition.
Confirm crane rail compatibility by matching rail specifications to the hoist’s mounting requirements, as mismatched rails can lead to unstable operation. Ensure installation is performed by professional technicians—improper setup may introduce safety hazards that risk equipment or personnel. Before formal use, test core safety devices: verify that the lifting limit device and overload protection function correctly.
Inspect the self-lubricating chain base monthly: clean the chain and check its lubrication status to prevent jamming or wear. Conduct quarterly verifications of safety devices, ensuring the overload protection and lifting limit systems operate as intended. Tighten components regularly, securing bolts and connections to maintain consistent structural stability during operation.
Store the hoist in a dry, ventilated area to prevent rust and corrosion. Cover the chain and electrical parts to shield them from dust and moisture damage. Before reusing the hoist after storage, perform a full comprehensive inspection to confirm all components are in proper working condition.