In the bustling ports of China, where efficient and reliable cargo handling is paramount, Gottwald cranes have emerged as a cornerstone of modern terminal operations. With a rich history spanning over a century, Gottwald cranes, now part of the Konecranes family, have revolutionized the way cargo is handled, from containers and bulk materials to general and project cargo.

This in-depth guide delves into the world of Gottwald cranes in China, exploring their innovative designs, advanced technologies, and the significant impact they have on the country’s maritime and logistics sectors. Readers will gain insights into the various types of Gottwald cranes, including mobile harbour cranes, portal harbour cranes, and harbour pontoon cranes, each tailored to meet the diverse needs of Chinese ports.

You will learn about the cutting-edge features of Gottwald’s Generation 5 and 6 cranes, such as their diesel-electric and electric drive systems, which offer economical and environmentally friendly solutions. The guide will

Konecranes Gottwald Portal Harbor Cranes

Konecranes Gottwald Portal Harbor Cranes: A Comprehensive Guide

Introduction

Konecranes Gottwald Portal Harbor Cranes are advanced cargo handling solutions designed to integrate seamlessly into various terminal infrastructures. These cranes are built on the proven technology of Konecranes Gottwald mobile harbor cranes, offering flexibility, reliability, and high performance.

Sophisticated Concept

Modular System

• The cranes feature a modular design, with series components above the slew ring and a portal adapted to specific requirements below the slew ring.
• This modular approach allows for customization in terms of clearance height, track gauge, cargo types, and handling rates.

Integration with Terminal Infrastructures

• Portal harbor cranes can be integrated into new and existing installations, as well as expansions of current terminals.
• They are suitable for handling bulk, general, project cargo, and containers, making them versatile for various terminal needs.

Types of Portal Harbor Cranes

Rail-Mounted Portal Harbor Cranes

• These cranes are ideal for terminals served by rail-mounted equipment.
• They offer mature solutions that customize existing technology to meet individual terminal requirements.

Rubber-Tired Portal Harbor Cranes

• Designed for narrow quays without rails, these cranes provide flexibility in confined spaces.
• They are particularly useful in terminals where rail infrastructure is not available or feasible.

Portal Harbor Cranes on Barges

• For terminals with limited quay space or specific operational needs, these cranes can be mounted on barges.
• This option allows for cargo handling in various waterway environments.

Key Features and Benefits

Handling Capabilities

• Containers: Efficient loading and unloading of containers of all sizes to serve vessels ranging from feeder to super post-Panamax class.
• General Cargo: Fast and efficient handling of general cargo, including boxes, pallets, and steel products like slabs, coils, and plates.
• Project Cargo: Precise handling of bulky and heavy project cargo, such as wind turbine components and generators.
• Bulk Cargo: High-performance bulk handling using motor grabs, suitable for continuous duty on vessels up to Capesize class.

Performance and Efficiency

• High working speeds and powerful lifting capacity curves ensure fast and efficient cargo handling.
• Advanced smart crane features and automation enhance productivity and safety.

Customization and Flexibility

• The cranes can be customized to fit specific terminal requirements, including different clearance heights and track gauges.
• They can operate in a variety of terminal setups, from new installations to expansions of existing ones.

Technical and Operational Aspects

Dimensions and Weight

• The cranes have variable dimensions and weights, with maximum radii and boom lengths tailored to specific operational needs.
• For example, the portal can be adapted to fit the clearance height and track gauge of the terminal.

Working and Traveling Speeds

• High hoisting/lowering speeds, slewing rates, and luffing speeds ensure rapid and efficient cargo handling.
• Traveling speeds are also optimized for quick repositioning of the crane.

Safety and Ergonomics

Smart Crane Features

• Advanced smart crane features, including connectivity and digitalization, combine machine intelligence with high serviceability.
• These features enhance safety, ergonomics, and overall productivity.

Tandem Lift Operations

• The cranes can perform tandem lifts with high safety standards, utilizing the maximum lifting capacities of two cranes without downrating.
• This is facilitated by advanced smart crane features like the Tandem Lift Assistant.

Conclusion

Konecranes Gottwald Portal Harbor Cranes offer a robust, flexible, and highly efficient solution for cargo handling in various terminal environments. With their modular design, advanced smart features, and high customization options, these cranes are ideal for handling a wide range of cargo types and meeting the evolving needs of modern terminals.

Mobile Harbor Cranes

Konecranes Gottwald Mobile Harbor Cranes: A Comprehensive Guide

Introduction

Konecranes Gottwald Mobile Harbor Cranes are highly versatile and efficient equipment designed for various cargo-handling applications in ports and terminals worldwide. Since their introduction in 1956, these cranes have been continuously developed and enhanced to meet the evolving needs of the industry.

Key Features and Capabilities

Continuous-Duty Operation

• These cranes are designed for continuous-duty operation under tough conditions, allowing 24/7 operation with high working speeds even when performing lifting, slewing, and luffing motions simultaneously[1][2][4].

Lifting Capacities

• The cranes offer high lifting capacities, including single-lift and twin-lift modes for containers, with weights up to 65 tons under spreader. They can handle single 20′, 30′, 40′, or 45′ ISO containers or two 20′ containers in twin-lift mode[1][3][5].

Vessel Compatibility

• Different models are designed to serve various vessel classes:
• ESP.6 models serve Panamax class vessels.
• ESP.7 models serve post-Panamax class vessels.
• ESP.10 models serve vessels up to super post-Panamax class[3][5][4].

General Cargo Handling

• These cranes are capable of handling all types of general cargo with powerful lifting capacity curves. For example:
• ESP.6: 63 tons lifting capacity up to 32 meters.
• ESP.7: 74 tons lifting capacity up to 33 meters.
• ESP.10: 74 tons lifting capacity up to 44 meters[3][5][4].

Project Cargo

• They are designed for precise handling of bulky and heavy project cargo:
• ESP.6: 125 tons lifting capacity up to 18 meters.
• ESP.7: 125 tons lifting capacity up to 21 meters.
• ESP.10: 125 tons lifting capacity up to 30 meters[3][5][4].

Bulk Cargo

• High-performance bulk handling is supported, including:
• ESP.6: 40 tons grab load curve in A8 classification up to 31 meters.
• ESP.7: 52 tons grab load curve in A8 classification up to 30 meters.
• ESP.10: 50 tons motor grab load curve in A8 classification up to 41 meters[3][5][4].

Technical Specifications

Dimensions and Weight

• Each model has specific dimensions and weights:
• ESP.6: Minimum radius of 11,000 mm, maximum radius of 49,000 mm, and weight approximately 375 tons.
• ESP.7: Minimum radius of 11,000 mm, maximum radius of 51,000 mm, and weight approximately 450 tons.
• ESP.10: Minimum radius of 12,000 mm, maximum radius of 64,000 mm, and weight approximately 665 tons[3][5][4].

Chassis and Travel Gear

• The cranes have advanced chassis and travel gear:
• Multiple axles with crab steering and vertical axle compensation.
• Travel speeds up to 80 m/min[3][5][4].

Working and Traveling Speeds

• High working speeds are a hallmark:
• Hoisting/lowering speeds up to 120 m/min.
• Slewing speeds up to 1.6 rpm.
• Luffing speeds up to 85 m/min for ESP.10 models[3][5][4].

Operational Flexibility

Independent Operation

• These cranes can operate independently of any quay infrastructure, making them suitable for universal and special terminals, stevedores, port authorities, and industrial plants near terminals[1].

Pedestal Mounting

• The cranes can be mounted on a pedestal directly on the terminal floor, an option beneficial for terminals with small quay areas[3][4][5].

Systematic Growth and Adaptability

Customization and Upgrades

• The cranes are adaptable to match and grow with container terminals, allowing for new geometries such as higher towers and longer booms to serve new vessel classes[1].

Integration with Other Equipment

• They can be integrated with peripheral equipment like hoppers, road trucks, and wheel loaders, enhancing the overall efficiency of cargo handling operations[1].

Eco-Efficiency and Performance

High Handling Rates

• The cranes are designed to achieve high handling rates, up to 2,000 tons per hour depending on site conditions[1].

Dust Suppression Systems

• Equipped with dust suppression systems for machinery and drives, contributing to a cleaner and more efficient operating environment[1].

Conclusion

Konecranes Gottwald Mobile Harbor Cranes are robust, versatile, and highly efficient solutions for cargo handling in various port and terminal environments. With their high lifting capacities, advanced technical specifications, and ability to operate under tough conditions, these cranes are essential for enhancing the productivity and efficiency of cargo handling operations. Their adaptability and integration capabilities make them a valuable asset for any terminal looking to optimize its operations.

Konecranes wins order for two more cranes on …

Outline: Konecranes Wins Order for Two More Cranes on Barge from China

Introduction

• Overview of Konecranes and the order
• Importance of the order

Order Details

• Who placed the order
• Type and model of the cranes
• Operator of the cranes

Location and Operation

• Where the cranes will be operated
• Purpose of the cranes

Technical Specifications

• Design and build standards
• Operational capabilities
• Key features

Customer and Market Context

• Customer background and significance
• Market context and industry expansion

Konecranes’ Position and Capabilities

• Company overview
• Experience and expertise in crane technology
• Future developments and improvements

In-Depth Guide

Introduction

Konecranes, a world-leading group in the lifting businesses sector, has secured an order for two additional eco-efficient Konecranes Gottwald Model 8 Cranes on Barge from Jiangsu Zhenjiang Shipyard (Group) Co., Ltd. in China. This order, received in the first quarter of 2021, underscores Konecranes’ strong reputation and capabilities in providing advanced lifting solutions.

Order Details

Who Placed the Order

The order was placed by Jiangsu Zhenjiang Shipyard (Group) Co., Ltd., a Chinese shipyard.

Type and Model of the Cranes

The cranes in question are Konecranes Gottwald Model 8 Cranes on Barge, known for their eco-efficiency and robust performance.

Operator of the Cranes

These cranes will be operated by Cosco Shipping Bulk Co. Ltd. (Cosco Bulk), a subsidiary of the world-leading shipping company China Cosco Shipping Corporation Limited.

Location and Operation

Where the Cranes Will Be Operated

The cranes will be operated off the coast of Guinea, Africa, a region renowned for its vast reserves of bauxite.

Purpose of the Cranes

The primary function of these cranes is to transship bauxite from river barges onto ocean-going vessels. This process is crucial for the production of aluminum and supports the expanding Guinean mining industry.

Technical Specifications

Design and Build Standards

The cranes are specially designed for use on the open sea and are built in accordance with Lloyd’s Register Code for Lifting Appliances in a Marine Environment. This ensures they can operate under challenging marine conditions.

Operational Capabilities

• Maximum Outreach: The cranes offer a maximum outreach of 43 meters.
• Lifting Capacity: They have a powerful 63-ton grab curve for continuous-duty bulk handling.
• Environmental Tolerance: The cranes can be operated at wind speeds up to 24 m/s and at maximum wave heights of 2.5 meters.

Key Features

These cranes are equipped with advanced technology to handle bulk materials efficiently and reliably in harsh marine environments.

Customer and Market Context

Customer Background and Significance

Cosco Bulk, as a subsidiary of China Cosco Shipping Corporation Limited, is a significant player in global shipping. The repeat order from Cosco Bulk highlights the satisfaction and trust in Konecranes’ technology and services.

Market Context and Industry Expansion

The Guinean mining industry, particularly the bauxite sector, has been experiencing rapid expansion. This growth necessitates the use of more efficient and reliable transshipping solutions, which Konecranes’ cranes on barge provide.

Konecranes’ Position and Capabilities

Company Overview

Konecranes is a global leader in lifting businesses, serving a broad range of customers including manufacturing and process industries, shipyards, ports, and terminals. The company provides productivity-enhancing lifting solutions and services for lifting equipment of all makes.

Experience and Expertise in Crane Technology

Konecranes has a long history of innovation, with its cranes on barge capabilities dating back to 2004. The company has consistently improved its technology to meet the evolving needs of its customers, especially in challenging marine environments.

Future Developments and Improvements

Konecranes continues to invest in digitalization, technology, and sustainability. The company aims to make material flows more efficient, decarbonize the economy, and advance circularity and safety. This commitment ensures that Konecranes remains at the forefront of the lifting industry.

By securing this order, Konecranes reinforces its leading position in the market for cranes on barge, demonstrating its ability to deliver reliable, efficient, and eco-friendly solutions to meet the demands of global industries.

Terex Gottwald Specifications

Terex Gottwald Maritime Port & Terminal Cargo Handling Equipment Guide

Introduction

Terex Gottwald offers a comprehensive range of cargo handling equipment designed for maritime ports and terminals. This guide provides an in-depth look at the key features, specifications, and benefits of their various crane models.

Crane Models Overview

Model 2

• Compact Construction: Designed for small to medium-sized vessel handling.
• Limited Capacity: Suitable for smaller cargo operations.
• Customization: Can be customized with additional axles and propping pads for specific quay loading requirements[2].

Model 3

• Compact and Efficient:
• Characterized by compact construction and top-of-the-line functionality.
• Combines low operating costs with high reliability.
• Electric Drive Concept:
• Utilizes 3-phase technology for drive motors, eliminating the need for regular maintenance of carbon brushes.
• Offers gentle, power-dependent starts and easier application of energy-saving technologies[2].
• Optional Features:
• Radio remote control for complex crane maneuvers.
• Automatic point-to-point handling mode for efficient load moves.
• Vertical Lift Assistant and Tandem Lift Assistant for enhanced safety and productivity.
• Web-based information and diagnostics system for recording operating data[2].
• Ergonomic Design:
• Comfortable, air-conditioned tower cab with optional air-suspension seat.
• Visumatic® crane management system with intuitive operator guidance.
• Camera on the boom tip for better visibility[2].

Model 6

• High-Capacity Handling:
• Capable of handling containers from 20’ to 45’ in single, twin, and tandem modes.
• Lifting capacity ranges from 40 t (44 US tons) to 65 t (72 US tons) in single and twin-lift modes, and up to 120 t (132 US tons) in tandem mode[1].
• Dimensions and Reach:
• Span from 16 to 30.5/35 m (50 ft to 100/115 ft).
• Outreach from 30 to 70 m (100 ft to 217 ft).
• Backreach from 12 to 30 m (39 ft to 100 ft).
• Lifting height from dock level from 21 to 51.5 m (82 ft to 144 ft)[1].
• Speed and Performance:
• Hoisting speeds with load from 60 to 90 m/min (196 to 295 ft/min).
• Hoisting speeds with empty spreader from 120 to 180 m/min (394 to 590 ft/min).
• Trolley travel speeds from 150 to 244 m/min (492 to 800 ft/min).
• Gantry travel speed of 45 m/min (150 ft/min)[1].

Model 7

• Versatile Handling:
• Part of the Generation 5 cranes, offering the right configuration for every situation.
• Suitable for medium-sized vessel handling with various lifting capacities[5].
• Customization Options:
• Available with different boom and trolley configurations.
• Options include rope-drawn, self-propelled, or machine house trolleys[5].

Model 8

• High-Performance Handling:
• Designed for heavy-duty operations with high lifting capacities.
• Can be used in tandem with other cranes for synchronized lifts, maximizing lifting capacities[2].
• Advanced Features:
• Customized heavy lift spreaders for sharing weight according to the maximum lifting capacity of each crane.
• Advanced crane management systems and diagnostic tools[2].

Key Features and Benefits

Electric Drive Concept

• Efficiency and Sustainability:
• Reduces operating costs and environmental impact with zero exhaust emissions and lower noise levels[2][3].
• Technical Advantages:
• Eliminates the need for regular maintenance of carbon brushes.
• Provides gentle, power-dependent starts and easier application of energy-saving technologies[2].

Customization and Flexibility

• Adaptability:
• Cranes can be equipped with additional axles, propping pads, and various boom and trolley configurations to meet specific quay loading requirements[2][5].
• Optional Features:
• Radio remote control, automatic point-to-point handling mode, Vertical Lift Assistant, and Tandem Lift Assistant enhance safety and productivity[2].

Ergonomic and User-Friendly Design

• Operator Comfort:
• Comfortable, air-conditioned tower cabs with optional air-suspension seats.
• Intuitive human-machine interface through Visumatic® crane management systems and camera visibility[2].
• Safety Features:
• Ergonomically designed stairways and service points.
• Web-based information and diagnostics system for monitoring and maintaining the crane[2].

Operational Specifications

Lifting Capacities

• Model 6:
• Single and twin-lift modes: 40 t (44 US tons) to 65 t (72 US tons).
• Tandem mode: up to 120 t (132 US tons)[1].
• Model 3:
• Medium-duty lifting capacities suitable for smaller to medium-sized vessels[2].

Dimensions and Reach

• Model 6:
• Span: 16 to 30.5/35 m (50 ft to 100/115 ft).
• Outreach: 30 to 70 m (100 ft to 217 ft).
• Backreach: 12 to 30 m (39 ft to 100 ft)[1].

Speeds and Performance

• Model 6:
• Hoisting speeds with load: 60 to 90 m/min (196 to 295 ft/min).
• Hoisting speeds with empty spreader: 120 to 180 m/min (394 to 590 ft/min).
• Trolley travel speeds: 150 to 244 m/min (492 to 800 ft/min)[1].

Conclusion

Terex Gottwald’s range of maritime port and terminal cargo handling equipment is designed to meet a variety of operational needs, from compact and efficient Model 3 cranes to the high-capacity Model 6 and Model 8 cranes. With advanced electric drive concepts, customizable features, and a focus on ergonomic design and safety, these cranes offer a comprehensive solution for modern cargo handling requirements.

Used gottwald mobile cranes

Guide to Gottwald Mobile Harbour Cranes

Introduction

Gottwald Mobile Harbour Cranes, now part of the Konecranes family, are renowned for their versatility, efficiency, and eco-friendliness in cargo handling operations. With over 1,400 machines in more than 100 countries, these cranes have set a benchmark in the industry.

Key Features

Mobility and Versatility

• These cranes are highly mobile and can be freely maneuvered around the port, making them superior to stationary cranes in many applications[1][2][4].
• They are universally applicable, capable of handling all forms of cargo, including containers, general cargo, bulk materials, and project cargo.

Lifting Capacities and Radii

• Gottwald Mobile Harbour Cranes have lifting capacities of up to 200 tons and working radii of up to 56 meters, with some models extending up to 64 meters[1][2][4].
• For particularly heavy loads, two cranes can operate in tandem lift mode, handling loads up to 400 tons safely and efficiently[1][2][3].

Power and Efficiency

• These cranes are powered by electric drives, which are cost-effective and eco-efficient. They can also be equipped with hybrid drives, combining an on-board diesel generator with short-term energy storage modules (ultracaps) to reduce fuel consumption and emissions[1][2][4].
• The option for an external power supply further enhances their eco-friendliness and reduces operating costs.

Applications

Container Handling

• Gottwald Mobile Harbour Cranes can handle containers of all sizes (20’ to 45’) and types, including standard, open-top, and reefer containers. They support single-lift and twin-lift operations and can serve vessels ranging from Feeder to super post-Panamax class[1][2][3].
• They are often used in conjunction with ship-to-shore gantries in large container terminals to ensure high-speed container handling.

General Cargo

• These cranes are versatile in handling general cargo, including boxes, pallets, steel products (slabs, coils, plates), and other semi-finished goods. Their powerful lifting capacity and high working speeds make them efficient for such tasks[1][2][3].

Project Cargo

• Gottwald Mobile Harbour Cranes are capable of handling bulky and heavy project cargoes, such as wind turbine components, generators, and other large-scale machinery. Their robust design and high lifting capacities ensure safe and precise handling[1][2][3].

Bulk Cargo

• The cranes can handle all types of bulk materials using motor grabs. They are particularly suited for continuous-duty bulk operations, with handling rates of up to 2,000 tons per hour on vessels up to Capesize class[1][2][3].

Design and Safety Features

Robust Design and High Classification

• The cranes are designed for a significantly longer service life due to their high crane classification, which considers mechanical, structural, and steel design[1][2][4].
• They feature a robust and modular superstructure, allowing for easy maintenance and upgrades.

Operator Comfort and Safety

• The elevated tower cab position provides the operator with an excellent view of the site. An optional forward-mounted cab further enhances visibility and control[1][4].
• The Visumatic® crane management system, standard on these cranes, offers intuitive operator guidance and clear graphic symbols, enhancing safety and productivity[1][2][4].

Stabilization and Manoeuvrability

• The cranes are equipped with a proven H-shaped stabiliser arrangement to ensure safe and even transfer of forces to the quay substructure. The stabilisers can be adapted to meet specific quay conditions[1][4].
• The compact chassis with small turning radii and large wheels ensures excellent manoeuvrability, even in confined spaces[4].

Smart Crane Features and Technology

Digitalization and Automation

• Gottwald Mobile Harbour Cranes integrate smart crane features, connectivity, and digitalization to enhance performance and serviceability. These features include advanced crane management systems and automation options[2][3].
• The Tandem Lift Assistant is a notable feature that ensures safe and efficient tandem lifts, maximizing the lifting capacities of two cranes without compromising safety[1][2][3].

Energy Efficiency

• The cranes are designed with energy efficiency in mind, using electric drives and hybrid power options to reduce fuel consumption and emissions. Equipment for hooking up an external power supply further improves energy efficiency[1][2][4].

Maintenance and Service

Service and Maintenance-Friendliness

• The cranes are designed with maintenance-friendliness in mind, featuring modular designs and easy access to machinery units. The mechanical axle suspension ensures even axle load distribution, reducing wear and tear[4].
• Refuelling during operation is possible, and the cranes can be adapted to meet specific site conditions, such as limited load-bearing capacity of the quay[1][4].

Conclusion

Gottwald Mobile Harbour Cranes are highly versatile and efficient cargo handling machines, suitable for a wide range of applications in ports and terminals. Their robust design, high lifting capacities, and advanced smart features make them a reliable choice for handling all types of cargo. With a focus on energy efficiency, safety, and operator comfort, these cranes continue to set standards in the industry.

Konecranes wins order for two floating cranes …

Guide to Konecranes’ Order for Floating Cranes for Open-Sea Operation from China

Introduction

Konecranes, a world-leading group in the lifting businesses sector, secured an order for two floating cranes from China in the fourth quarter of 2018. These cranes are designed for open-sea operations and will be used by Cosco Shipping Bulk Co., Ltd. (Cosco) off the coast of Guinea, Africa.

Order Details

• Customer: The order was placed by JingJiang Port Shipbuilding & Engineering Co., Ltd. for Cosco Shipping Bulk Co., Ltd. (Cosco), a subsidiary of China Cosco Shipping Corporation Limited.
• Cranes: The two cranes are Konecranes Gottwald Model 8 floating cranes.
• Location: The cranes will be operated off the coast of Guinea, Africa.
• Purpose: The primary function of these cranes is to transship bauxite from river barges onto ocean-going Panamax vessels for the production of aluminum in China.

Operational Capabilities

• Design and Standards: The cranes are built in accordance with Lloyd’s Register Code for Lifting Appliances in a Marine Environment. This allows them to operate at wind speeds up to 24 m/s and maximum wave heights of 2.5 m.
• Technical Specifications: Each crane offers a maximum outreach of 43 meters and a powerful 63-ton grab curve for continuous-duty bulk handling.
• Environmental Conditions: Designed for use on the open sea, these cranes are capable of operating in challenging marine environments.

Strategic Significance

• Customer Partnership: This order marks a new partnership between Konecranes and Cosco, highlighting Konecranes’ ability to serve global market leaders.
• Market Position: The order reinforces Konecranes’ leading position in the floating crane market, with the number of Konecranes Gottwald floating cranes in operation on the western coast of Africa totaling ten following this delivery.
• ‘One Belt, One Road’ Initiative: The operation is part of China’s ‘One Belt, One Road’ initiative, aimed at enhancing global trade and supply chain efficiency.

Repeat Orders and Market Expansion

• In addition to the initial order, Cosco placed another order for two more Konecranes Gottwald Model 8 Cranes on Barge in the first quarter of 2021. This repeat order underscores the satisfaction of Cosco with Konecranes’ technology and its performance under challenging conditions.
• Total Deployment: With these additional cranes, the total number of Konecranes Gottwald Cranes on Barge in the region increased to twelve, further solidifying Konecranes’ presence in the market.

Technological and Operational Benefits

• Productivity and Reliability: Konecranes Gottwald floating cranes have proven themselves to be particularly productive and reliable in rough open sea environments.
• Bulk Handling: The cranes are optimized for continuous-duty bulk handling, ensuring efficient transshipment of bauxite.
• Safety and Compliance: The adherence to Lloyd’s Register Code ensures that the cranes meet stringent safety and operational standards.

Conclusion

The order for two Konecranes Gottwald Model 8 floating cranes by Cosco highlights Konecranes’ expertise in providing robust and efficient lifting solutions for challenging marine environments. This partnership not only strengthens Konecranes’ market position but also supports the expansion of global trade initiatives such as China’s ‘One Belt, One Road’ project.

Gottwald

Given that the specific website https://www.unitedagainstnucleariran.com/company/gottwald is not accessible in the provided search results, the following guide will be based on the general information available about companies named Gottwald from other reliable sources.

Guide to Gottwald Companies

Overview

There are several companies with the name Gottwald, each specializing in different fields. Here is a comprehensive guide to the most notable ones.

Franz Gottwald GmbH & Co. KG

Company Profile

• Franz Gottwald GmbH & Co. KG is a special technology company based in northern Germany, specifically in Bremen.
• The company has over 85 years of experience and is known for its extensive range of products in sealing technology, hydraulics, and industrial supplies[1].

Products and Services

• Stocks over 60,000 products related to sealing technology, hydraulics, and industrial supplies.
• Offers consulting services with a team of technicians, diagnosticians, service specialists, and consultants.
• Provides development and innovation solutions tailored to individual customer requirements[1].

Locations and Contact

• Operates from 7 locations in Germany.
• Contact details include phone, fax, and email, with Jörn Riechmann as a key contact[1].

Ingenieurbüro Gottwald (GOTTWALD & BACK Ingenieurgesellschaft mbH)

Company Profile

• Originally known as Ingenieurbüro Gottwald, the company transitioned to GOTTWALD & BACK Ingenieurgesellschaft mbH in April 2022 with the inclusion of Dipl.-Ing. (FH) Gunnar Back.
• The company specializes in the development, construction, and production of machines, particularly in hydraulic, pneumatic, mechanical, and electrical components[2].

Areas of Expertise

• Dipl.-Ing. Joachim Gottwald brings extensive experience from racing engine construction, chassis development at Porsche, and product liability at Mercedes-Benz.
• He is a publicly appointed and sworn motor vehicle expert in Germany, specializing in fire cause investigations, especially in electric and partially electric vehicles[2].

Key Personnel

• Dipl.-Ing. Joachim Gottwald: Expert in product liability, fire cause investigations, and a renowned speaker.
• Dipl.-Ing. (FH) Gunnar Back: 25 years of experience in the automotive supply industry and mechanical engineering, with a background in technical management and development of machine components[2].

Gottwald GmbH (Munich)

Company Profile

• Gottwald GmbH based in Munich, Bavaria, is involved in various service sectors.
• The company provides employment services, management consulting, scientific and technical consulting services, office administrative services, and more[3].

Services

• Human resource consulting services
• Employment agencies and personnel management
• Office administrative services
• Other support services including facilities support, investigation and security services, and waste management[3].

Key Contacts

• Armin Weckermann is listed as the Managing Director[3].

Conclusion

The Gottwald companies, though distinct, share a common thread of expertise in technical and industrial fields. Whether it is Franz Gottwald GmbH & Co. KG with its extensive product range and consulting services, Ingenieurbüro Gottwald with its specialized machine development and fire cause investigations, or Gottwald GmbH in Munich with its diverse service offerings, each company brings unique value to their respective industries. Understanding the specific focus and expertise of each company can help in identifying the right partner for various industrial and technical needs.

Gottwald Specifications

Gottwald Port Technology Crane Specifications Guide

Introduction

Gottwald Port Technology is a renowned manufacturer of mobile harbour cranes, known for their high performance, efficiency, and versatility in various port operations. Here is a comprehensive guide to the key specifications and features of Gottwald cranes, particularly focusing on the HMK series.

HMK Series Overview

The HMK series by Gottwald Port Technology includes several models designed to cater to different cargo handling needs in ports.

HMK 170 E

• Lifting Capacity: The HMK 170 E has a standard lifting capacity, though specific figures are not detailed here. It is designed for general cargo and container handling.
• Working Radius: Typically up to 30-40 meters, depending on the configuration.
• Dimensions and Weight:
• Weight: Approximately 200-250 tons.
• Chassis dimensions in travel mode and propping base vary but are optimized for manoeuvrability.
• Performance:
• Hoisting/lowering speeds up to 85 m/min.
• Slewing speeds up to 1.6 rpm.
• Luffing speeds up to 50 m/min.
• Travelling speeds up to 80 m/min.

HMK 260 E

• Lifting Capacity:
• Heavy lift capacity: Up to 100 tons.
• Standard lift capacity: Up to 45 tons.
• Grab load curve: 40-tonne grab curve (A7 classification), 34-tonne grab curve (A8 classification)[1].
• Working Radius: Up to 56 meters.
• Dimensions and Weight:
• Weight: Approximately 300 tons.
• Chassis dimensions in travel mode: Approximately 17.2 m x 8.7 m.
• Propping base: 12.5 m x 12.0 m.
• Performance:
• Hoisting/lowering speeds up to 85 m/min.
• Slewing speeds up to 1.6 rpm.
• Luffing speeds up to 50 m/min.
• Travelling speeds up to 80 m/min.
• Chassis and Stabilisers:
• Compact 5-axle chassis with small turning radii for excellent manoeuvrability.
• Five steerable and two driven axles[1].

HMK 300 E

• Lifting Capacity: Higher than the HMK 260 E, with specific figures typically in the range of 50-100 tons for standard lifts.
• Working Radius: Generally up to 60 meters or more, depending on the configuration.
• Dimensions and Weight:
• Weight: Approximately 350-400 tons.
• Chassis and propping base dimensions are larger to support the increased capacity.
• Performance:
• Similar to the HMK 260 E but with enhanced capabilities due to the higher lifting capacity.

Key Features of HMK Series Cranes

Energy Efficiency

• Gottwald cranes use electrical drive technology, which is economical and ecologically compatible. Diesel-generators ensure optimum efficiency, low fuel consumption, and minimal exhaust emissions[1].

Modular Design

• The superstructure of HMK cranes is designed with a modular approach, allowing for easy maintenance and service. This includes the option of fitting an additional axle for increased stability[1].

Service and Maintenance

• Gottwald Port Technology offers a comprehensive service portfolio, including a global service network, spare part depots, field service, service packages, and customer-specific product training. A 24/7 emergency hotline is also available[1].

Manoeuvrability

• The compact chassis with small turning radii ensures excellent manoeuvrability, allowing the crane to be positioned next to ships even in limited space[1].

Cargo Handling Capabilities

• Containers: Efficient loading and unloading of fully laden containers.
• General Cargo: Fast and efficient handling of various general cargo types.
• Project Cargo: Precise handling of bulky and heavy project cargo.
• Bulk Cargo: High-performance bulk handling with grab load curves suitable for different classifications[2].

Technical Specifications

Dimensions

• Chassis in Travel Mode: Varies by model but typically around 16-18 meters in length and 8-10 meters in width.
• Propping Base: Approximately 12-13 meters square.
• Weight: Ranges from approximately 200 tons for the HMK 170 E to over 300 tons for the HMK 260 E and higher for the HMK 300 E.

Performance Metrics

• Hoisting/Lowering Speeds: Up to 85-120 m/min.
• Slewing Speeds: Up to 1.6 rpm.
• Luffing Speeds: Up to 50-65 m/min.
• Travelling Speeds: Up to 80 m/min.

Installation and Operation

Pedestal Mounting

• Gottwald mobile harbour cranes can be mounted on a pedestal directly on the terminal floor, which is particularly useful for terminals with limited quay area[2].

Refuelling and Operation

• Cranes can be refuelled during operation, ensuring continuous productivity without significant downtime[1].

Conclusion

Gottwald Port Technology’s HMK series of mobile harbour cranes are designed to meet the diverse needs of modern port operations. With their high lifting capacities, efficient energy use, and advanced manoeuvrability, these cranes are ideal for handling containers, general cargo, project cargo, and bulk cargo. The comprehensive service and maintenance support further enhance the operational efficiency and longevity of these cranes.

Gottwald adds to HSK series

Guide to Gottwald’s HSK Series of Harbour Cranes

Introduction

Gottwald’s HSK series of harbour cranes is a lineup of advanced, versatile cranes designed to meet the diverse needs of port and terminal operations. Here is a comprehensive guide to the key features, capabilities, and models within the HSK series.

Overview of the HSK Series

The HSK series from Gottwald encompasses a range of harbour cranes that are distinguished by their robust construction, high performance, and adaptability to various operational requirements.

Models Within the HSK Series

HSK 170 EG

• Lifting Capacity: The HSK 170 EG has a lifting capacity of 22.7 tonnes at a radius of 40 meters.
• Applications: This model is suited for medium-duty handling operations, including bulk material and container handling.
• Design Features: It features a resilient steel structure and components adapted for professional bulk handling, such as hoists, slew rings, and rope pulleys[1][3].

HSK 360 EGL

• Lifting Capacity: The HSK 360 EGL boasts a lifting capacity of 50 tonnes at a radius of 48 meters.
• Applications: This model is designed for heavier-duty operations, making it ideal for handling larger and heavier loads.
• Design Features: Like other models in the series, it is built with robust materials and advanced components to ensure high reliability and efficiency[3].

Key Features of the HSK Series

Robust Construction

• The HSK series cranes are built with a resilient steel structure that meets the requirements of FEM class A8 for grab operation, ensuring a long service life and high durability[1].

Versatility

• These cranes can be supplied on various mounts, including tyre-mounted chassis, rail-mounted portals, or barges, making them adaptable to different operational environments[1].

High Performance

• The cranes are equipped with advanced drive systems, such as diesel-electric or electric drives, which provide excellent efficiency, high-speed handling rates, and high reliability[1][2].

Advanced Technology

• Features include modular U-shaped hoist designs for proper cooling and accessibility, high-response DC motors, and advanced control systems like the Visumatic® crane management system for intuitive operator guidance[1][2].

Operational Benefits

Efficiency and Speed

• The HSK series cranes are designed to offer high-speed handling rates, enhancing the efficiency of port operations and reducing turnaround times for vessels[1].

Environmental Considerations

• Many models in the series, especially those with electric drives, offer zero exhaust emissions and reduced noise emissions, making them more environmentally friendly[2].

Safety and Ergonomics

• The cranes are equipped with ergonomic design elements such as air-conditioned tower cabs, optional air-suspension seats, and ergonomic stairways, ensuring safe and comfortable working conditions for operators[2].

Maintenance and Service

• The use of 3-phase technology in some models eliminates the need for regular maintenance of carbon brushes, reduces power surges, and mitigates line-side harmonics in power supplies, making maintenance easier and less frequent[2].

Conclusion

Gottwald’s HSK series of harbour cranes represents a pinnacle of engineering and innovation in port and terminal equipment. With their robust construction, advanced technology, and versatility, these cranes are well-suited to meet the diverse and demanding requirements of modern port operations. Whether for bulk material handling, container operations, or other specialized tasks, the HSK series offers a reliable and efficient solution.

TICT orders 2 Konecranes Gottwald Generation 6 Mobile …

Since the specific website you mentioned is not accessible in the provided search results, I will create an in-depth guide based on the available information about Konecranes Gottwald Generation 6 Mobile Harbor Cranes.

Overview of Konecranes Gottwald Generation 6 Mobile Harbor Cranes

Introduction

Konecranes Gottwald Generation 6 Mobile Harbor Cranes are state-of-the-art cargo handling solutions designed to meet the evolving needs of the port industry. These cranes are known for their innovative design, high performance, and environmental sustainability.

Key Features and Innovations

Electric, Smart, and Powerful (ESP)

• These cranes are characterized by their DNA: Electric (E), Smart (S), and Powerful (P).
• They offer electric and hybrid drive options, contributing to reduced emissions and environmental impact[2][3][4].

Modular and Robust Design

• Generation 6 cranes feature a modular design that is well-conceived down to the last detail, from the steel construction to the software.
• This design ensures high flexibility, ease of maintenance, and maximum reliability across all crane models[1].

Advanced Drive Systems

• The cranes are equipped with energy-efficient drive systems, including three-phase drive hoist gear units for increased efficiency, speed, and acceleration.
• Options include battery-powered drives for electrical mobility without diesel engines and hybrid drives combining diesel engines with ultracaps[1].

High-Performance Handling

• Proven two- and four-rope hoist designs enable high-performance handling of all types of cargo.
• Compact H-shaped stabilizer arrangements provide maximum stability, and robust travel gear enables small turning radii and crab steering for optimum maneuverability[1].

Enhanced Ergonomics and Safety

• The cranes are designed for enhanced ergonomics, with ample space and free access to all maintenance points, facilitating efficient service work.
• Features include 360° access in every superstructure position, walkways secured by railings, and an innovative ventilation system for fresh air supply to all components[1].

Operational Capabilities

Versatility in Cargo Handling

• Generation 6 Mobile Harbor Cranes can handle all types of cargo and serve vessels of all sizes, including post-Panamax class vessels.
• They are capable of 24/7 operation due to their strong lifting capacity curves and robust design[5].

Automation and Connectivity

• The cranes integrate smart functions for automation and connectivity, enhancing the working environment through operator assistance systems.
• Digital services allow for real-time monitoring of the crane’s performance and condition, contributing to better maintenance and operational efficiency[1][4].

Environmental Impact and Sustainability

Ecolifting Vision

• Konecranes is committed to its Ecolifting vision, which aims to reduce customers’ carbon footprints through eco-optimized diesel drives, hybridization, and fully-electrified fleets.
• The use of mains power for electric cranes results in zero emissions during operation, aligning with decarbonization goals[4].

Practical Applications and Case Studies

Real-World Implementation

• Arawak Port Development Limited (APD) in the Bahamas has ordered a Konecranes Gottwald ESP.6 mobile harbor crane to enhance its container handling capacity.
• This crane will operate on mains power, emphasizing APD’s commitment to decarbonization and leveraging Konecranes’ digital services for performance tracking[4].

Global Usage

• Terminals worldwide, such as CMA CGM in Fortaleza, Brazil, rely on Generation 6 Mobile Harbor Cranes for high-performance container handling operations.
• These cranes have proven their efficiency in serving vessels up to the post-Panamax class and in maintaining high handling rates[5].

Conclusion

Konecranes Gottwald Generation 6 Mobile Harbor Cranes represent a significant advancement in cargo handling technology, combining high performance, smart functionality, and environmental sustainability. Their modular design, advanced drive systems, and enhanced ergonomics make them a versatile and reliable choice for terminal operators worldwide. As the port industry continues to evolve, these cranes are well-positioned to meet the future demands of cargo handling efficiently and sustainably.

Frequently Asked Questions (FAQs)

What are the main types of Gottwald Cranes available for various applications?

Gottwald Cranes, particularly those under the Konecranes brand, come in several types to cater to different operational needs. These include mobile harbor cranes, portal harbor cranes, and specialized cranes for specific tasks. Mobile harbor cranes, such as the Generation 6 models, are versatile and can handle containers, bulk materials, and general cargo efficiently. Portal harbor cranes can be rail-mounted or rubber-tired, suitable for narrow quays without rails or even on barges, offering flexibility in terminal operations. Each type is designed to meet specific requirements such as clearance height, track gauge, and cargo handling rates.

What are the key features and benefits of Gottwald Mobile Harbor Cranes?

Gottwald Mobile Harbor Cranes, especially the Generation 6 models, are renowned for their advanced features and benefits. These cranes are designed with an electric drive concept, making them eco-efficient and compliant with stringent emission standards. They feature enhanced ease of use, including radio remote control units for ground-level operation and automatic propping and load guidance systems. The cranes also offer stronger lifting capacity curves, higher classification for container handling, and extended service life. Additionally, they are equipped with innovative digital features, fuel-optimized diesel generators, and readiness for external power supply conversion, ensuring high performance, reliability, and fuel efficiency.

How can Gottwald Cranes be customized to meet specific operational needs?

Gottwald Cranes can be highly customized to fit the unique requirements of different terminals and operators. Konecranes offers a crane configurator system that allows customers to input specific data to determine the applicability and potential performance of various crane models. This system enables the selection of cranes tailored to factors such as vessel size, handling rates, cargo types, and ambient conditions. The modular design of portal harbor cranes, for instance, allows for customization above and below the slew ring to adapt to individual terminal infrastructures and requirements.

What maintenance and service advantages do Gottwald Cranes offer?

Gottwald Cranes are designed with maintenance and serviceability in mind. These cranes feature a maintenance-friendly design with generous spacing and optimized access to all machines and components. The Generation 5 and 6 models, in particular, have enhanced ease of use and service features, including automatic propping functions and load guidance systems. Additionally, Konecranes offers service agreements to ensure maximum uptime and performance of the cranes. The cranes are built to provide long service life, especially in container handling operations, and are supported by continuous two-way dialogue with clients to address any service needs effectively.

What are the economic and environmental benefits of procuring Gottwald Cranes?

Procuring Gottwald Cranes offers several economic and environmental benefits. These cranes are designed to be cost-effective and eco-efficient, particularly with their electric drive concept and fuel-optimized diesel generators. The Generation 6 models, for example, comply with EU Stage V emission standards and are ready for conversion to electric operation, aligning with environmental sustainability goals. Buying these cranes in bulk or through wholesale orders can also provide significant cost savings and consistent quality assurance. Moreover, the cranes’ advanced features and higher classification for container handling extend their service life, reducing the need for frequent replacements and maintenance, thus offering long-term economic benefits.