In the dynamic and rapidly evolving industrial landscape of China, the use of light duty cranes has become an essential component for enhancing efficiency, safety, and productivity across various sectors, including manufacturing, construction, and logistics. These versatile machines are designed to handle a range of lifting tasks with precision and reliability, making them a crucial asset for businesses aiming to streamline their operations.

In this in-depth guide, we will delve into the world of light duty cranes in China, exploring their types, such as freestanding workstation cranes, single beam overhead cranes, and truck-mounted cranes. Readers will gain insights into the key features, benefits, and applications of these cranes, including their ergonomic designs, compliance with international standards, and the flexibility they offer in different working environments.

Whether you are a business owner looking to optimize your warehouse operations, a project manager seeking to enhance site efficiency, or an engineer interested in the technical specifications of these cranes, this guide will provide you with the comprehensive knowledge

China Light Duty Crane

Since the provided URL does not lead to a specific webpage with detailed information on light-duty cranes, I will create a comprehensive guide based on the information gathered from the other sources.

Guide to Light-Duty Cranes

Introduction

Light-duty cranes are designed for applications that require lifting and moving lighter loads, making them ideal for various industrial, workshop, and maintenance settings. These cranes are characterized by their lower lifting capacities, compact designs, and cost-effectiveness.

Types of Light-Duty Cranes

Knuckleboom Cranes

Features

• Lifting Capacity: Typically up to a few tons (e.g., the Fassi M10A has a lifting capacity of up to 1.12 tm)[1].
• Max Outreach: Can extend several meters (e.g., up to 2.70 m for the Fassi M10A)[1].
• Hydraulic Equipment: Often include advanced hydraulic systems such as monobloc distributor banks and immediate stop devices[1].
• Safety Features: Include systems like Manual Outriggers Lock (MOL) and Crane Position Monitoring (CPM) to ensure safety during operation[1].

Applications

• Suitable for tight spaces and versatile in various lifting tasks.
• Often used in construction, logistics, and other light-duty lifting needs.

Overhead Cranes

Single Girder Type

• Lifting Capacity: Ranges from 1 ton to 25 tons[3].
• Design: Compact and lighter, making them ideal for facilities with limited space[3].
• Ease of Installation: Easier to install and maintain compared to double girder cranes[3].
• Cost-Effectiveness: Generally more affordable in terms of initial investment and operational costs[3].

Customization

• Can be tailored to specific project requirements, including different spans, lifting heights, and advanced features like variable speed control and anti-sway technology[3].

Jib Cranes

Wall-Mounted and Freestanding

• Lifting Capacity: Typically ranges from 50 pounds to a few tons (e.g., 50 pounds, 150 pounds, 1/2 ton)[5][4].
• Rotation: Often feature 360-degree or 200-degree rotation, allowing for flexible use in various workspaces[5][4].
• Design: Enclosed track design for smooth and non-binding movement. Compact and lightweight, ideal for low headroom applications[5].

Features

• Foundationless Mounting: Available for some models, allowing for easy installation without extensive foundation work[5][4].
• Portability: Some models come with portable bases, enabling easy relocation using forklifts[5].

Key Features and Technologies

Structural Materials

• Ultra High Strength Steel: Used in some cranes to increase structural strength and reduce weight, benefiting the vehicle’s loading capacity[1].
• Cast Quality Components: High mechanical characteristics in cast components reduce weldings and enhance performance to fatigue cycles[1].

Safety and Monitoring Systems

• Manual Outriggers Lock (MOL): Ensures the safety latch of the outrigger supports is engaged, with visual and acoustic alarms[1].
• Crane Position Monitoring (CPM): Monitors the retraction of outrigger supports and links to the height check system of the crane[1].

Ergonomic and Enclosed Track Designs

• Ergonomic Enclosed Track: Allows the bridge and trolley to move smoothly, even under load, minimizing space and enhancing ergonomics[2].
• Enclosed Track Trolley: Features a 2-degree taper to keep the trolley centered and prevent dirt accumulation[5].

Applications and Industries

Workshops and Assembly Lines

• Light-duty overhead cranes and jib cranes are ideal for smaller workshops and assembly lines where space is limited and lifting needs are lighter[3][5].

Maintenance Facilities

• Suitable for maintenance tasks that require frequent but light lifting operations[3].

Industrial Settings

• Used in various industrial settings for tasks such as welding, assembly, and material handling where light to medium loads are involved[4][5].

Installation and Maintenance

Ease of Installation

• Single girder overhead cranes and jib cranes are generally easier to install due to their simpler designs[3][5].

Maintenance Requirements

• Regular maintenance is crucial to ensure the longevity and safety of the crane. This includes checking hydraulic systems, outrigger supports, and structural components[1].

Compliance with Standards

• Light-duty cranes must meet or exceed industry standards such as ANSI/ASME B30.11, ANSI/MMA MH27.2, and OSHA specifications to ensure safety and performance[2][5].

Conclusion

Light-duty cranes offer a versatile and cost-effective solution for various lifting needs in industrial, workshop, and maintenance settings. By understanding the different types, features, and applications of these cranes, users can make informed decisions to enhance their operational efficiency and safety. Whether it is a knuckleboom crane, overhead crane, or jib crane, selecting the right light-duty crane tailored to specific needs is crucial for optimal performance.

Truck Mounted Crane Manufacturer in China

Since the provided websites do not include the specific content from the URL you mentioned, I will create a comprehensive guide based on the general information available about truck-mounted cranes from the other sources.

Truck Mounted Cranes: A Comprehensive Guide

Introduction

Truck-mounted cranes are versatile and essential pieces of equipment used across various industries, including construction, logistics, forestry, and utilities. These cranes combine the mobility of a truck with the lifting capabilities of a crane, making them highly adaptable for different project requirements.

Types of Truck Cranes

Knuckle Boom Truck Cranes

• Features and Advantages:
• Known for their power and reliability, knuckle boom truck cranes use hydraulic systems to lift heavy loads with precision.
• They feature an articulated “knuckle” arm that allows for excellent control and flexibility, especially in tight spaces.
• The crane’s boom can maneuver into tight spots, making them ideal for urban and industrial sites with space limitations[1][4][5].

Lattice Boom Truck Cranes

• Features and Advantages:
• Characterized by their lightweight lattice boom structure, these cranes can reach higher heights, making them suitable for jobs requiring vertical lift over long distances.
• They are easy to transport and assemble due to their modular lattice sections.
• Ideal for projects such as bridge construction, tower assembly, and other height-critical tasks[1][4].

Telescopic Truck Cranes

• Features and Advantages:
• Offer a unique combination of compactness and extendable reach, making them highly versatile for various lifting tasks.
• The boom can extend and retract, allowing operators to adjust the crane’s reach as needed.
• Suitable for both short-range lifting in confined spaces and longer-range tasks where reach is critical.
• Quick setup and breakdown times enhance their efficiency, enabling faster project completion[1][4][5].

Boom Trucks

• Features and Advantages:
• A type of truck with a hydraulic crane mounted on the rear axle, flatbed, or fifth-wheel tractor.
• Feature a hydraulically operated articulated arm or boom with a cable and hook system.
• Particularly useful in industrial settings due to their flexibility and maneuverability.
• Often used in building construction to lift and place materials such as steel beams, precast concrete panels, and HVAC units[4][5].

Main Characteristics of Truck Cranes

Mobility

• Truck cranes are mounted on trucks, allowing them to travel on highways and relocate easily around the job site. This mobility eliminates the need for special equipment to transport the crane[2][4].

Lifting Capacity

• Truck cranes have a wide range of lifting capacities, from approximately 14.5 tons to 1,300 tons. They are designed to handle heavy loads that cannot be managed manually[2][3][4].

Height and Reach

• These cranes can reach significant heights and distances, making them ideal for lifting and moving materials to high or hard-to-reach areas. They can reach over buildings, bridges, and other obstacles[1][4][5].

Safety Features

• Modern truck cranes are equipped with advanced safety features such as load moment indicators and anti-two block systems, ensuring operations are conducted with the highest safety standards[1].

Parts of a Truck Crane

Basic Structure

• The shell of the vehicle where the anchors and bearing systems for turning the column are located[5].

Column

• The main support for the hydraulic boom system[5].

Arm System

• Whether the main arm or extendable arms, these are the structural parts of the loader boom truck system[5].

Stabilizers

• Add solidity to the load-bearing structure and can be anchored to the vehicle. They can have a seat fixed to the crane column or a platform located at its base[5].

Carrier Vehicle

• The truck with the built-in crane[5].

Hydraulic Crane System

• A pressurized pumping mechanism with lubricating oil that uses cuffs to conduct the liquid to the cylinders, which contain pistons to activate the boom’s movement[5].

Hydraulic Jacks

• Level the machine so that the crane operates properly on the truck, allowing it to extend. The stabilizers bear the weight since they have a greater carrying capacity[5].

Support Plates

• Reduce the pressure exerted by the machine on the ground where it’s operated to reduce the risk of the truck overturning[5].

Selection Criteria for Truck Cranes

Determine Lifting Requirements

• The first step is to determine the weight of the loads that need to be lifted and moved on the job site. This helps in selecting the appropriate lifting capacity of the crane[4].

Evaluate the Reach of the Crane

• Determine the maximum height and distance the crane needs to reach. This is crucial for selecting the right type of crane based on its reach capabilities[4].

Consider Mobility

• Assess the mobility needs of the crane around the job site. Consider the size of the job site, the space required for the crane, and any potential obstacles that could limit mobility[4].

Assess Space Requirements

• Depending on the size of the job site and the available space, you may need a crane that is more compact in size or has a smaller footprint[4].

Conclusion

Truck-mounted cranes are indispensable assets for various industries due to their versatility, mobility, and lifting capacity. Understanding the different types of truck cranes and their features is crucial for making an informed choice that meets the specific needs of your project. By considering factors such as lifting requirements, reach, mobility, and space constraints, you can select the right truck crane to ensure efficient and safe operations.

Light Duty Jib Cranes

Since the provided websites do not include the specific content from https://www.dfhoist.com/light-duty-jib-cranes/, I will create a comprehensive guide based on the general information available from similar sources.

Guide to Light Duty Foundationless Jib Cranes

Introduction

Light duty foundationless jib cranes are versatile and economical lifting solutions ideal for various industrial and commercial applications. They are particularly useful in settings where a traditional foundation is not feasible or desirable.

Key Features

Design and Construction

• These cranes typically feature a 360° rotating design, allowing for comprehensive coverage of the work area[1][3][4].
• They often include a rolled steel I-beam section with a tapered flange to ensure smooth trolley travel[1][2][4].
• The mast is usually made from heavy wall structural steel pipe or similar durable materials to minimize deflection and ensure continuous alignment[2][4].

Mounting and Installation

• Foundationless jib cranes can be bolted directly to existing concrete surfaces, eliminating the need for a dedicated foundation[1][3][5].
• The concrete must meet specific requirements, such as a minimum thickness of 6 inches and a minimum strength of 3,000 psi. The area around the base plate must be free of cracks and other defects[1].
• Anchor bolts and templates are often sold separately to facilitate secure installation[2][4].

Applications

• These cranes are ideal for light assembly, welding, and other low-capacity lifting tasks[3][4][5].
• They are suitable for use in manufacturing and assembly plants, as well as outdoor applications such as loading docks[1][2][4].

Safety Features

• Safety end stops are typically included to limit trolley travel and prevent accidents[1][2][4].
• Some models offer additional safety features such as rotation stops and no-load parking devices[4].

Customization and Accessories

• Light duty jib cranes often come with options for custom heights and spans to fit specific workplace needs[3][4].
• Accessories like hoist and trolley packages, tight wire kits (festooning/tagline), and epoxy anchoring systems for foundationless mounting are available[3][4].

Installation Requirements

Concrete Specifications

• The concrete surface must be at least 6 inches thick and have a minimum strength of 3,000 psi (5 bag mix)[1].
• The area around the base plate (typically a 6’ x 6’ square) must be free of cracks, seams, joints, walls, delamination, and other defects[1].

Soil Pressure

• The soil pressure must support a minimum of 2,500 psi to ensure stable installation[1].

Maintenance and Operation

Rotation and Movement

• The 360° rotation is facilitated by self-aligning bearings and teflon-coated sleeves for minimal friction and smooth operation[3][4].

Maintenance-Free Components

• Many models feature maintenance-free components such as sealed cam follower type bearings, which are easy to replace when necessary[3][4].

Conclusion

Light duty foundationless jib cranes offer a flexible and efficient solution for various light lifting needs. With their robust design, ease of installation, and multiple safety features, they are an excellent choice for manufacturing, assembly, and other low-capacity lifting applications. Ensuring the correct installation and maintenance can extend the life and performance of these cranes.

Light Duty Single Beam Overhead Crane with Hoist …

Guide to A3 LD Type Single Beam Overhead Cranes

Overview

A3 LD type single beam overhead cranes are versatile and widely used in various industrial settings due to their efficiency, cost-effectiveness, and adaptability. Here is a comprehensive guide to help you understand the key aspects of these cranes.

Components and Structure

Main Girder

• The crane consists of a single girder beam supported on each side by end trucks. This design is known as the single girder or single beam overhead crane[4].

Hoist and Trolley

• The electric hoist, which can be either an electric wire rope hoist or an electric chain hoist, runs on the bottom flange of the main girder. This configuration is referred to as an underhung design[4].

End Trucks

• The end trucks are the components that move along the elevated tracks or runways, allowing the crane to travel along the length of the facility.

Specifications

Capacity

• A3 LD type single beam overhead cranes have a lifting capacity ranging from 0.5 tons to 32 tons, making them suitable for a variety of heavy lifting tasks[1][4][5].

Span

• The span of these cranes can be customized but typically ranges from 3 meters to 31.5 meters, accommodating different facility layouts[1][4][5].

Lifting Height

• The lifting height can be customized and generally ranges from 3 meters to 60 meters, depending on the specific requirements of the application[1][4].

Lifting Speed

• The lifting speed can vary and is often available in single or dual speed options, ranging from 0.33 m/min to 8 m/min[1][4].

Trolley and Crane Travelling Speed

• The trolley and crane travelling speeds also offer single or dual speed options, typically ranging from 2 m/min to 30 m/min[1][4].

Control and Operation

Control Methods

• These cranes can be controlled via ground control or cab control, providing flexibility in operation based on the user’s preference[1][4].

Power Supply

• The standard power supply is 380V 50HZ 3Phase, but customized power supply options are also available[1].

Applications

Industrial Use

• A3 LD type single beam overhead cranes are widely used in various industries such as steel factories, papermaking, petroleum and chemical plants, mining, automobile manufacturing, railways, docks, and warehouses[1][4].

Cost-Effectiveness

• They are highly cost-effective due to factors like reduced freight expenses, faster installation, simpler hoist and trolley design, and lighter runway beams[4].

Technical Parameters

Work Duty

• These cranes are classified under work duty classes A3 and A4, indicating their suitability for medium to heavy-duty operations[1][4].

Temperature and Protection Grade

• They can operate in temperatures ranging from -20°C to 60°C and have a protection grade of IP44 to IP65, ensuring robust performance in various environmental conditions[1].

Electrical and Mechanical Components

• The electrical parts can be from brands like CHINT or Schneider, and the motors are often from reputable brands such as China Nanjing. The bearings are typically from well-known brands like HRB[4].

Customization and Standards

Customized Solutions

• These cranes can be customized to meet specific user needs, including tailored specifications for span, lifting height, and other parameters[1][4].

Standards Compliance

• The manufacturing of these cranes adheres strictly to European-style technology standards and Chinese national standards, ensuring high-quality and reliable performance[4].

Maintenance and Safety

Safety Features

• The cranes are equipped with safety features such as forged hooks with safety locks to ensure secure lifting operations[4].

Maintenance

• Regular maintenance is crucial to extend the lifespan of the crane. This includes checking the electrical and mechanical components, lubricating the bearings, and ensuring all safety features are functioning correctly.

By understanding these aspects, you can make an informed decision when selecting an A3 LD type single beam overhead crane for your industrial needs.

Light Weight Crane System – Electric Chain Hoist

Since the provided URL does not lead to accessible content, I will create a comprehensive guide based on the information from similar sources, such as the VETTER Krantechnik, GIS AG, Spanco, and Demag crane systems. Here is an in-depth guide to light-weight crane systems:

Introduction to Light-Weight Crane Systems

Light-weight crane systems are designed for efficient and ergonomic handling of loads in various industrial and commercial settings. These systems are characterized by their flexibility, ease of use, and minimal impact on the structure of the building.

Key Features of Light-Weight Crane Systems

Capacity and Load Handling

• Light-weight crane systems typically have load capacities ranging from 80 kg to 1000 kg, depending on the model and configuration[1][2][4].
• These systems are optimized for quick and comfortable movement of loads, making them ideal for workplaces that require frequent material handling.

Modular Design

• Many light-weight crane systems feature a modular design, allowing for easy customization and adaptation to different workplace needs. Components such as cantilevers, supports, and crane rails can be combined and adjusted to fit specific requirements[1][4].

Material and Construction

• Crane systems can be made from various materials, including aluminum and steel. Aluminum profiles are often used for their lightweight yet strong properties, while steel profiles offer higher load capacities and durability[1][2][3].

Adjustability and Flexibility

• These systems often include adjustable components such as height-adjustable supports, adjustable spans, and infinitely adjustable cantilevers. This flexibility ensures that the crane system can be tailored to the specific conditions of the workplace[1][3][4].

Technical Specifications

Dimensions and Measurements

• The clear width of these crane systems can range from 2000 mm to 10,500 mm, and the field length can extend from 3000 mm to 10,000 mm. The total height can vary between 2900 mm and 5450 mm[1].
• For gantry cranes, the adjustable height under the I-beam can go up to 12’ 4″, and the spans can be adjusted up to 20’ on some models[3].

Installation and Setup

• Light-weight crane systems are designed for easy installation. They often feature dowelling on concrete floors and do not require complex foundation work. This makes them suitable for a wide range of indoor installations[1][3].

Safety and Compliance

• These systems are designed to meet various safety standards, including OSHA, ANSI, and European standards like EN 13001. They ensure safe and reliable operation, protecting both the materials being handled and the operators[1][3][4].

Types of Light-Weight Crane Systems

Monorail Systems

• Monorail systems consist of a single rail along which a trolley or hoist moves. They are ideal for linear material transport and can be integrated into various workplace layouts[2][4].

Single and Double Bridge Suspended Cranes

• These cranes feature one or two bridges suspended from the ceiling or a structure, allowing for area coverage and flexible load handling[2].

Gantry Cranes

• Gantry cranes are freestanding or rail-mounted systems that provide a wide range of motion. They are highly adjustable and can be used in various settings, from workshops to large industrial facilities[1][3].

Slewing Jib Cranes

• Slewing jib cranes are mounted on pillars or walls and offer a rotating jib for versatile load handling. They are particularly useful in confined spaces or where precise positioning is required[2][4].

Accessories and Options

Hoists and Trolleys

• Light-weight crane systems often come with matching hoists and trolleys that can be manual or electric. These components are designed for smooth operation and easy control[1][2][4].

Control Units and Safety Features

• Advanced control units, such as security radio remotes and crane control units, can be integrated to enhance safety and operational efficiency. These systems may include emergency stops and other safety features[2].

Customization and Additional Components

• Many light-weight crane systems offer a range of accessories and components that can be added or customized according to specific needs. This includes different types of load-handling devices, such as vacuum-handling systems or electric chain hoists[1][2][4].

Benefits of Light-Weight Crane Systems

Ergonomics and Ease of Use

• These systems are designed with ergonomics in mind, providing smooth and easy operation. Features like gimbal mounting and precise control of the end position enhance user comfort and reduce fatigue[1].

Space Efficiency

• Light-weight crane systems have a small footprint and do not significantly affect the static load of the hall. This makes them ideal for use in spaces where traditional heavy-duty cranes might be impractical[1].

Cost-Effectiveness

• The modular and adjustable nature of these systems reduces the need for complex and costly installations. They also offer long-term reliability and efficiency, making them a cost-effective solution for material handling needs[1][3][4].

Conclusion

Light-weight crane systems offer a versatile, efficient, and ergonomic solution for material handling in various industrial and commercial settings. With their modular design, adjustable components, and compliance with safety standards, these systems are tailored to meet the specific needs of different workplaces. Whether it is for monorail systems, gantry cranes, or slewing jib cranes, light-weight crane systems provide a reliable and cost-effective way to enhance productivity and safety.

M10A crane model

Fassi M10A Light-Duty Knuckle Boom Crane Guide

Overview

The Fassi M10A is a part of Fassi’s light-duty knuckle boom crane range, designed to meet the needs of various applications where compactness and versatility are crucial. Here is a comprehensive guide to the Fassi M10A light-duty crane.

Key Features

Lifting Capacity

• The Fassi M10A crane has a lifting capacity of up to 10 metric tons (depending on the specific model and configuration), making it suitable for a wide range of light to medium-duty lifting tasks[1].

Dimensions and Weight

• The crane is designed to be compact, with dimensions that allow it to be mounted on light-weight trucks, including those with a total mass of 3.5 tons that can be driven with a normal driving license. The machine itself has limited dimensions, ensuring it does not compromise the overall maneuverability of the vehicle[1].

Design and Construction

• Fassi cranes are known for their high-quality structure and attention to detail. The M10A model maintains this standard, combining reduced weight and compactness without sacrificing the typical Fassi quality[1].

Technical Specifications

Boom Length and Reach

• The standard boom length of the Fassi M10A can vary, but it is generally around 2.7 meters for the telescopic version. This reach is sufficient for most light-duty applications and can be extended with optional hydraulic jibs (though not available on all models)[5].

Dimensions

• The crane itself measures approximately 0.62 meters in length, 0.34 meters in width, and 1.21 meters in height, making it highly compact and suitable for mounting on smaller vehicles[5].

Foundation and Installation

• The M10A crane features a rack foundation, which is a standard for Fassi light-duty cranes. This foundation ensures stable and secure mounting on the vehicle[1].

Operational Features

Control Systems

• The crane can be equipped with a remote control option, which enhances operational ease and safety. This feature is available for all models in the light-duty range[1].

Hydraulic System

• The crane is powered by a hydraulic system, which provides the necessary power for lifting and maneuvering loads efficiently.

Applications

Vehicle Compatibility

• The Fassi M10A is designed to be mounted on light-weight trucks, including those with a total mass of 3.5 tons. This makes it an ideal choice for operators who need to use their vehicles for both transportation and lifting tasks without requiring a special driving license[1].

Market Needs

• The crane is tailored to meet the growing market needs for compact, versatile, and high-quality lifting solutions. It is suitable for a variety of applications, including construction, logistics, and service industries[1].

Maintenance and Safety

Quality and Durability

• Fassi cranes are built with high-quality materials and attention to detail, ensuring durability and long service life. Regular maintenance is still essential to maintain the crane’s performance and safety[1].

Safety Features

• The crane is designed with safety in mind, featuring capacity plates and other safety measures to ensure safe operation. Operators should always refer to the crane’s manual and follow safety guidelines to operate the crane safely[4].

Conclusion

The Fassi M10A light-duty knuckle boom crane is a versatile and reliable solution for light to medium-duty lifting tasks. Its compact design, high-quality construction, and advanced features make it an excellent choice for various applications. Whether you are operating in construction, logistics, or service industries, the Fassi M10A offers the combination of performance, safety, and ease of use that you need.

Light-duty Crane | Hoisting Machinery | Zhonggong

Since the provided URL is not accessible, I will create a comprehensive guide on light-duty cranes based on the information from the other sources.

Guide to Light-Duty Cranes

Introduction

Light-duty cranes are designed for lighter lifting tasks and are ideal for smaller workshops, assembly lines, and maintenance facilities. These cranes offer a cost-effective and efficient solution for handling lighter loads.

Types of Light-Duty Cranes

Overhead Cranes

Single Girder Type

• Design and Features: Single girder overhead cranes feature a single beam that supports the hoisting mechanism. They are lighter, more compact, and easier to install compared to double girder cranes.
• Capacity: Typically ranges from 1 ton to 25 tons.
• Applications: Suitable for facilities with limited space, these cranes are cost-effective and require less maintenance.
• Benefits: Compact design, ease of installation, and lower operational costs[2].

Double Girder Type

• Design and Features: Double girder overhead cranes have two parallel girders supporting the hoist and trolley. This design ensures even weight distribution and provides greater stability.
• Capacity: Also ranges from 1 ton to 25 tons.
• Applications: Ideal for various industrial environments where precise and stable lifting is required.
• Benefits: Enhanced stability, greater lifting height, and customizable to meet specific needs[2].

Underhung Type

• Design and Features: Underhung cranes, or under running cranes, have their end trucks running along the bottom flange of the runway beams.
• Capacity: Typically up to 10 tons.
• Applications: Suitable for tight spaces with limited headroom. These cranes can be mounted on existing structures without additional supports.
• Benefits: Space efficiency, versatility, and ease of operation[2].

Jib Cranes

Wall-Mounted and Freestanding Jib Cranes

• Design and Features: Jib cranes can be either wall-mounted or freestanding. They are designed for low headroom applications and offer 360-degree rotation.
• Capacity: Common capacities include 50 pounds, 150 pounds, 500 pounds, and 1,000 pounds.
• Applications: Ideal for hanging or balancing industrial power tools and other light loads.
• Features: Enclosed track trolley for smooth movement, adjustable boom height, and foundationless designs for easy installation[4][5].

Knuckle Boom Cranes

Fassi Knuckle Boom Cranes

• Design and Features: These cranes have a lifting capacity ranging from 1.10 tm to 12.25 tm. They are known for their compactness and reduced weight.
• Applications: Suitable for light-weight trucks, even those with a total mass of 3.5 tons that can be driven with a normal driving license.
• Features: Rack foundation, remote control options, and a focus on design and production to meet growing market needs[3].

Key Features and Considerations

Lifting Capacity

• The lifting capacity is a critical determinant of the crane’s price and functionality. Light-duty cranes typically range from a few hundred pounds to 25 tons[2][4].

Span and Lifting Height

• The span (distance between the runway rails) and the lifting height significantly impact the crane’s design and cost. Wider spans and higher lifting heights require more robust construction and powerful motors[2].

Space Efficiency

• Light-duty cranes are often designed to maximize space utilization. Underhung and wall-mounted jib cranes are particularly useful in facilities with limited headroom and floor space[2][4].

Maintenance and Installation

• Single girder overhead cranes and jib cranes are generally easier to install and require less maintenance due to their simpler designs[2][4].

Customization and Advanced Features

• Many light-duty cranes can be equipped with advanced features such as variable speed control, anti-sway technology, and remote operation capabilities to enhance performance and safety[2].

Applications

Workshops and Assembly Lines

• Light-duty cranes are ideal for smaller workshops and assembly lines where lighter lifting tasks are common. They provide a cost-effective solution for material handling needs[2].

Maintenance Facilities

• These cranes are also suitable for maintenance facilities where precise and stable lifting is required for lighter loads[2].

Industrial Environments

• Double girder and underhung overhead cranes are versatile and can be used in various industrial environments where different lifting requirements are needed[2].

Safety and Compliance

Design Standards

• Light-duty cranes must comply with industry standards such as OSHA, ANSI, and CSA standards to ensure safety and reliability[5].

Structural Integrity

• Cranes are structurally designed to meet or exceed industry specifications, ensuring they can handle the designated loads safely and efficiently[5].

Conclusion

Light-duty cranes are essential tools for various industrial and workshop settings, offering a range of benefits including cost-effectiveness, ease of installation, and space efficiency. By understanding the different types, features, and applications of these cranes, users can make informed decisions to meet their specific material handling needs.

China Truck Mounted Crane Factory and Manufacturers

Guide to OUCO Truck Mounted Cranes

Introduction

OUCO truck mounted cranes, manufactured by Jiangsu OUCO Heavy Industry and Technology Co., Ltd, are versatile and reliable lifting solutions designed for various industrial applications. Here is a comprehensive guide to help you understand the features, types, and benefits of OUCO truck mounted cranes.

Types of Truck Mounted Cranes

Stiff Boom Truck Mounted Cranes

• Characteristics: Simple installation, large working radius, suitable for open working environments.
• Applications: Ideal for completing most lifting work in construction, agriculture, and other open spaces.
• Key Features: Large working radius, straightforward setup, and effective for general lifting tasks[1].

Telescopic Boom Truck Mounted Cranes

• Characteristics: Simple in structure, light in weight, and versatile in use.
• Applications: Suitable for light objects and can be mounted on light vehicles. Often used in electric line maintenance, construction, and similar applications.
• Key Features: Lightweight, easy to maneuver, and designed for light to medium lifting tasks[1][2].

Folding Boom Truck Mounted Cranes

• Characteristics: Lightweight, high work efficiency, and can be folded to save space.
• Applications: Ideal for narrow workplaces, such as urban construction sites or confined spaces.
• Key Features: Folding mechanism allows for space-saving storage, various accessories can be added, and high work efficiency[1][4].

Knuckle Boom (Articulating) Truck Mounted Cranes

• Characteristics: Heavyweight, highly maneuverable, and designed for maximum payload in tight spaces.
• Applications: Popular in construction, mining, marine industries, and other sectors requiring precision and heavy lifting in confined areas.
• Key Features: High lifting capacity up to 200 ton meters, full rotary capability, and easy operation in narrow spaces[2][5].

Key Features and Benefits

Working Radius and Hoisting Height

• OUCO truck mounted cranes offer a wide range of working radii, from 1m to 100m, and hoisting heights up to 15m or more, depending on the model[1][2][4].

Hoisting Speed and Slewing Speed

• Hoisting speeds range from 0 to 15m/min, and slewing speeds can be up to 2r/min, ensuring efficient and precise lifting operations[1][2].

Safety and Reliability

• Equipped with safety devices to prevent crane damage and emergency stops, ensuring industry-leading safety and reliability.
• Strict inspections and necessary certifications (ISO, CE) guarantee the quality and reliability of the cranes[1][2].

Maintenance and Support

• Designed to reduce downtime and maintenance costs with readily available spare parts and quick service response teams.
• OUCO provides after-sales services overseas, including repairs at the working site to minimize downtime costs[1][3].

Customization and Flexibility

• OUCO offers flexibility in crane specifications, allowing customers to choose from various boom types (stiff, telescopic, folding, knuckle) and accessories.
• Cranes can be customized according to specific technical requirements, and customers can select colors and other features based on their needs[1][3][5].

Applications

OUCO truck mounted cranes are versatile and can be used in a variety of applications, including:
– Construction: For building sites, both in urban and rural areas.
– Mining: For heavy lifting and material handling in mining operations.
– Marine and Offshore: For handling solutions and access systems in marine and offshore industries.
– Agriculture: For loading and unloading heavy agricultural equipment and materials.
– Power Line Maintenance: For electric line maintenance, transmission, and distribution.
– Tree Trimming: For tree pruning and other related applications[1][2][5].

Pricing and Delivery

• The estimated cost of OUCO truck mounted cranes ranges from $10,000 to $800,000, depending on the features, designs, materials, accessories, and capacities.
• OUCO does not include the truck in the sale, recommending customers to purchase trucks locally to reduce export costs.
• Delivery time is typically 30 days, with options for shipping in shipping containers, wood crates, or nude packaging[1][2][3].

Conclusion

OUCO truck mounted cranes are robust, reliable, and highly customizable lifting solutions suitable for a wide range of industrial applications. With their emphasis on safety, efficiency, and customer support, OUCO cranes are a valuable investment for any industry requiring heavy lifting and material handling.

Double-girder Articulated Light Crane

Guide to 25 Ton Double Girder Overhead Cranes

Introduction

Double girder overhead cranes are robust and versatile lifting solutions designed to handle heavy loads efficiently and safely. Here is a comprehensive guide to the 25 ton double girder overhead crane, focusing on its key features, technical parameters, and applications.

Key Features

Design and Construction

• Double girder overhead cranes feature a sturdy double girder design, which provides greater strength and stability compared to single girder cranes. This design ensures even load distribution and minimizes stress on the rail, making it ideal for heavy-duty applications[3][5].

Compact and Modular Design

• These cranes are engineered with a compact and modular design, which helps in reducing the overall factory construction cost and improving the available working space. The compact body houses many desirable attributes such as light weight, small wheel pressure, and even load distribution[3][5].

Safety and Reliability

• Safety and reliability are paramount in the design of these cranes. They are built to ensure maximum safety and reliability, adhering to international standards such as the FEM booklet 3 – Design Stresses in the Structure. This ensures that the crane operates efficiently and safely under various load conditions[3][5].

Technical Parameters

Lifting Capacity

• The 25 ton double girder overhead crane has a lifting capacity of 25 tons, making it suitable for handling heavy loads in industrial settings[1][3][5].

Span

• The span of these cranes can range from 10.5 meters to 31.5 meters, allowing them to cover large areas and adapt to different workshop layouts[1][3][5].

Lifting Height

• The lifting height can vary from 6 meters to 18 meters, depending on the specific model and application requirements[1][3].

Lifting Speed

• The lifting speed of the crane can range from 0.53 m/min to 7.2 m/min, allowing for both slow and precise lifting as well as faster operations when necessary[1].

Trolley Speed

• The trolley speed can range from 2 m/min to 40 m/min, ensuring efficient movement along the crane’s span[1].

Crane Speed

• The crane speed can range from 3 m/min to 75.1 m/min, facilitating quick and efficient long travel speeds[1].

Work Duty

• These cranes are designed for various work duties, typically classified under A3 to A7, indicating their suitability for medium to heavy-duty applications[1].

Applications

Industrial Settings

• Double girder overhead cranes are widely used in industrial settings such as factories, warehouses, and construction sites where heavy loads need to be lifted and moved efficiently[2][3][4].

Specialized Applications

• They can be customized with additional features such as maintenance platforms, crab units with walkways, and auxiliary hoists to meet specific application requirements. This versatility makes them ideal for specialized tasks in various industries[2][4].

Operational Benefits

High Performance and Efficiency

• These cranes offer high operating efficiency due to their advanced design and technology. They are designed to minimize downtime and maximize productivity, making them a valuable asset in any industrial setting[3][5].

Ease of Operation

• Double girder overhead cranes are engineered for ease of operation. They integrate well into different building structures and can be equipped with intelligent control systems such as ABUControl, which enhances their functionality and user experience[2].

Maintenance and Durability

• The compact and modular design of these cranes also facilitates ease of maintenance. They are built to last, with a focus on durability and reliability, ensuring long-term performance with minimal maintenance requirements[3][5].

Conclusion

The 25 ton double girder overhead crane is a robust and reliable lifting solution designed to meet the demanding needs of various industrial applications. With its compact design, high lifting capacity, and versatile features, it offers unparalleled performance, safety, and efficiency. Whether you are looking to enhance your workshop’s productivity or solve specific lifting challenges, the 25 ton double girder overhead crane is an excellent choice.

Fassi knuckle boom light-duty cranes

Fassi Knuckle Boom Light-Duty Cranes: An In-Depth Guide

Introduction

Fassi knuckle boom light-duty cranes are designed to meet the growing market needs for versatile, compact, and powerful lifting solutions. These cranes are ideal for various applications, including those requiring installation on light-weight trucks.

Lifting Capacity and Range

• Fassi light-duty cranes offer a lifting capacity range from 1.10 tm to 12.25 tm, catering to a wide array of operational requirements[2].

Key Models and Specifications

Short Versions and General Models

• The short versions of these cranes start from models with a lifting capacity of 6.65 tm.
• These cranes are available in a variety of versions, including “micro” cranes, which combine reduced weight, compactness, and limited dimensions without compromising on Fassi’s quality standards[2].

Design and Construction

Materials and Structural Integrity

• Ultra High Strength Steel (UHSS): Fassi uses ultra high strength steel for the construction of their structural components. This material has a high elastic limit, which increases the structural strength and resistance of the components while reducing the weight of the crane. This benefits the loading capacity of the vehicle[3][4][5].
• Fewer Welds Design (FWD): The structural components are made from bended steel with a welded closing plate, reducing the number of welded joints. This design enhances the strength of the structure, provides balanced elasticity under load, and ideal resistance to fatigue[3][4][5].
• Cast Quality (CQ): Fassi has been using cast components with high mechanical characteristics for over 35 years. These components include the bottom section (pinion), the head of the column, column support, heads of the ram rods, and other critical parts. This reduces the number of weldings and improves performance to fatigue cycles[3][4][5].

Hydraulic and Electronic Equipment

Standard Features

• Walvoil Monobloc Distributor Bank: Many Fassi light-duty cranes come equipped with a Walvoil monobloc distributor bank, ensuring efficient hydraulic distribution[1][3][5].
• Control Units: Models like the F50A and F85B.0 feature control units such as the FX500, which manage the hydraulic and electronic systems of the crane[4][5].

Multi Power Extension System (MPES)

• The MPES is a Fassi system that guarantees exceptional extension/retraction speed of the telescopic booms. It uses a set of equally powerful independent rams linked in series connection and activated by a single control. This system ensures high vertical lifting performances[1][3][4].

Safety and Monitoring Systems

Manual Outriggers Lock (MOL)

• This system detects the engagement of the safety latch of the primarily locking pin of side manually extendable outrigger supports. It includes a visualizer with visual and acoustic alarms to ensure safety during transport[1].

Crane Position Monitoring (CPM)

• CPM detects if the lateral extension supports of the outriggers are fully retracted, both for manually and hydraulically extendable outrigger supports. It is linked to the height check system of the crane and includes a visualizer with visual and acoustic alarms[1].

Operational Features

Rotation and Outreach

• Fassi light-duty cranes offer rotation capabilities of up to 370° or 400° with rack and pinion systems, depending on the model. The maximum outreach varies by model, with some reaching up to 12.60 meters with a jib[1][4][5].

Remote Control Options

• Some models are equipped with remote control options, such as the RCH/RCS radio remote control unit, which enhances operational convenience and safety[4][5].

Compatibility and Versatility

• These cranes are designed to be installed on light-weight trucks, including those with a total mass of 3.5 TM, which can be driven with a normal driving license. This makes them highly versatile for various applications[2].

Conclusion

Fassi knuckle boom light-duty cranes are engineered to provide a balance of power, compactness, and safety. With advanced materials, robust construction, and innovative hydraulic and electronic systems, these cranes are ideal for a wide range of lifting tasks, making them a reliable choice for users needing efficient and reliable lifting solutions.

Frequently Asked Questions (FAQs)

What are the characteristics and typical applications of light-duty cranes in China?

Light-duty cranes in China are designed for tasks involving relatively light loads and infrequent use. These cranes prioritize precision and agility over sheer lifting power, making them suitable for applications where delicate handling and maneuverability are essential. They are characterized by lower lifting capacities, compact and lightweight construction, and are designed for intermittent use and occasional lifting tasks. Common applications include small workshops where space constraints and occasional lifting requirements are prevalent, warehouses with low to moderate lifting demands, and assembly lines where they assist in positioning and transferring components during manufacturing processes.

How are light-duty cranes classified in China’s crane duty classification system?

In China, light-duty cranes fall under the categories A1 to A4 in the crane duty classification system. This classification reflects the crane’s utilization level, which encompasses the total number of working cycles throughout its entire design life cycle, as well as its load state. These classifications help in determining the structural duty of the crane and ensuring it is used within its designed parameters to maintain efficiency, safety, and productivity.

What are the key specifications to consider when selecting a light-duty crane in China?

When selecting a light-duty crane in China, several key specifications need to be considered. The lifting capacity is crucial, as it determines the maximum weight the crane can safely lift. Other important specifications include the lifting speed, which is the vertical displacement speed of the rated load under stable operating conditions, and the crane travel speed, which is the displacement speed of the crane along a specific track. Additionally, the power source and the overall structural strength of the crane, including the material of the boom and the hydraulic system, are vital for ensuring the crane’s performance and safety.

How do light-duty cranes ensure safety and efficiency in their operations?

Light-duty cranes ensure safety and efficiency through several measures. Proper inspection before use is essential to check for any signs of damage or malfunction. The crane must be set up on stable ground, and all safety precautions, such as using outriggers or stabilizers if necessary, must be in place. Operators should be properly trained and familiar with the manufacturer’s guidelines. During operation, loads should be moved slowly and steadily to prevent swinging or jerking, and effective communication between the operator and ground workers is critical. Regular maintenance and inspections are also necessary to ensure the crane remains in good working condition.

What are the benefits of using light-duty cranes in various work environments?

Using light-duty cranes offers several benefits in various work environments. They provide a cost-effective solution for loading and unloading goods, organizing inventory, and performing maintenance tasks, especially in spaces with limited room for maneuvering. Their agility and responsiveness enable operators to perform tasks with accuracy and speed, contributing to streamlined production workflows. Additionally, light-duty cranes enhance workplace safety by handling lightweight materials, tools, and components with precision, reducing the risk of accidents and damage. Overall, they optimize efficiency, enhance safety, and meet operational needs with precision and agility.