Power Plant Turbine crane
Power Plant Turbine crane
Power Plant Turbine crane
Power Plant Turbine crane
Power Plant Turbine crane
Power Plant Turbine crane
Power Plant Turbine crane
Power Plant Turbine crane

Power Plant Turbine crane

Sinokocranes can provide standard turbine room cranes with a lifting capacity of up to 500 tons. If two cranes are used in parallel, the lifting capacity can reach 1,000 tons. Such cranes can help you safely and accurately install and adjust turbines, generators and other process equipment.


Share With:


Power Plant Turbine crane

Overview:

Sinokocranes Overhead cranes for turbine maintenance are specialized cranes used in industrial settings for lifting and transporting heavy loads. Because the lifting handling products are very expensive, but the working frequency of crane system is not so high, we generally suggest that the clients can adopts the main –auxiliary hook model. The main hook can be used to lift the electricity generator unit, and the auxiliary hook can be used to make maintenance and replace the spare parts. As the equipment needs assembly, so they has a higher accuracy requirements about the crane system. We generally use absolute encoder to improve the lifting accuracy. It can not only meet the use of equipment functions, but also reduce the cost for customers. Based on different needs of customers and different situation on-site, we can also tailor the right proper equipment.


INDUSTRY APPLICATION

Turbine handling cranes are typically used in industrial environments for applications such as lifting and transporting heavy loads, transferring materials between two points, and unloading and loading heavy equipment onto vessels. They can also be used for inspecting, repairing, or replacing components of a turbine.

Performance

Infinitely variable speed control for precise positioning
User-friendly operator control mechanism
Optimize hook proximity to maximize lifting capacity

Safety and ergonomics
Aisles and platforms leading to the maintenance area
Failsafe operator control mechanism
Overload protection system
Optional single fault protection design available


More controllable, less maintenance
Direct access to maintenance points
Based on years of experience in nuclear power, further optimization of maintainability
Forged steel wheels with high-precision bearing boxes significantly extend the life of wheels and rails

Electrical enclosure designed for easy maintenance


They often feature a control system to ensure precise operations, load monitoring systems to ensure safety, and anti-collision systems to prevent accidents.  Additionally, they are usually designed to be able to access challenging areas as well as have a sturdy, stable platform from which to work.

Specification

ParameterSpecification
Lifting Capacity

100-500 tons(single crane)

Up to 1,000 tons(tandem operation)

Hook ConfigurationMain +Auxiliary Hook System
Precision ControlAbsolute Encoders +Infinitely Variable Speed
Safety Systems

 -Overload Protection

 -Single Fault Protection(Optional)

 -Anti-Collision System

Structural Design

Forged Steel Wheels

High-Precision Bearing Boxes

Environmental RatingIP55 Electrical Enclosures
Operational Control

Radio Remote +Cabin Options

Seismic Design Packages

Maintenance Access

Modular Components

Direct Service Platforms

Certifications

FEM/ISO Standards

Nuclear Compliance Packages


Get a Free Quote

CASE

Based on their intended use, overhead cranes can be classified into general-purpose cranes, steel mill cranes, and explosion-proof cranes. Each type is designed with specific working environments and load requirements in mind, ensuring safety and efficiency.

Installation of QZ-Type Grab Bucket Bridge Crane Project Case

Installation of QZ-Type Grab Bucket Bridge Crane Project Case

The Sinoko QZ-Type Grab Bucket Bridge Crane was specially designed for a Brazilian client as a grab bucket crane, which significantly improved the client's work efficiency and received unanimous praise from the client.

Learn More Get a Quote
Automotive Repair Facility in Russia 5 Ton Workshop Bridge Crane Project Case

Automotive Repair Facility in Russia 5 Ton Workshop Bridge Crane Project Case

The Sinoko crane, a 5-ton bridge crane tailor-made for a Russian customer's auto repair shop, has helped the customer solve the problem of lifting and transportation, improved the customer's work efficiency, and saved the customer's work costs.

Learn More Get a Quote
3× 5T European-Style Single-Girder Cranes for Kenyan Sugar Refinery

3× 5T European-Style Single-Girder Cranes for Kenyan Sugar Refinery

Sinoko cranes has designed three 5-ton bridge cranes for Kenyan customers, which have solved their problems. Come and contact Sinoko cranes to solve your lifting problems.

Learn More Get a Quote

FAQs

Q1: What lifting capacities do your turbine cranes support for power plant applications?​

​​A:​​ Our standard turbine room cranes handle ​​100-500 tons individually​​, with dual-crane configurations achieving ​​1,000+ tons​​ through synchronized lifting. This covers all critical lifts - from generators to turbine rotors - with precision control.

Q2: How do you ensure precise positioning for sensitive turbine components?​

A:​​ We integrate ​​absolute encoders​​ and ​​infinitely variable speed control​​ systems that enable millimeter-accurate positioning. This prevents costly damage during generator/turbine installation and maintenance operations.

Q3: What safety features protect against critical failures?​

A:​​ Our nuclear-grade safety package includes: ​​1.Single fault protection design​​ (optional) ​​2.Overload protection​​ with real-time monitoring ​​3.Anti-collision systems​​ for dual-crane operations 4.​​Failsafe control mechanisms​​ meeting ASME B30.2 standards

Q4: Why use a main-auxiliary hook configuration?​

A:​​ The ​​dual-hook system​​ optimizes costs and functionality: 1.​​Main hook (100-500t):​​ Heavy turbine lifts ​​2.Auxiliary hook (5-50t):​​ Maintenance/parts replacement This design maximizes uptime while reducing capital expenditure.

Q5: What makes your cranes suitable for nuclear facilities?​

A:​​ We incorporate ​​nuclear power industry refinements​​: 1.Seismic-rated structural design 2.Radiation-resistant components 3.Compliance with IEEE 382 & ASME NQA-1 4.Maintenance-optimized access points


    Get In Touch

    Our teams are on hand to provide you with the right lifting solutions.

    FEW TIPS

    1.Load capacity: ton?

    2.Span of the crane: m?

    3.Max. lifting height of the crane: m?

    4.What materials will be handled: ?

    5.How many hours will the crane work per day: ?

    6.Traveling distance of the crane: m?