Single Girder EOT cranes:

Material handling applications led to the invention of single-girder EOT (Electric Overhead Traveling) cranes as industrial lifting apparatus. The lifting, lowering, and horizontal movement of loads is made possible by the single horizontal beam that single-girder EOT cranes use to support a boom and trolley system.

Features:

• When it comes to installation, single-girder cranes are easier to use and lighter than double-girder cranes.
• equipped to facilitate a variety of operations by managing a broad range of capacities and lifting heights.
• Its design is straightforward, and it requires little upkeep.
• Economical
• It may move in a flexible manner.
• After that, it can move along the trolley’s whole length.
• The largest coverage area is offered by it.
• It is also appropriate for outdoor and indoor applications.
• Crane building materials and protective coatings are key factors.

Double Girder EOT cranes:

Two-girder Electric Overhead Traveling cranes are another name for EOT cranes. This kind of crane is typically utilized as a heavy-lifting apparatus in industrial environments. Double girder cranes have a boom and trolley system situated between two horizontal steel girders that are supported by a runway beam.

Features:

• Because of its two-girder structure, it has a robust and well-designed appearance.
• The load-bearing capability of a twin girder is its finest characteristic.
• Its electric functioning is efficient and seamless.
• Beyond guaranteeing exact control and cutting down on energy usage.
• The maintenance of double girder cranes is quite simple and easy
• Double girders can be arranged in different ways to accommodate different needs.
• It offers the largest coverage area 
• Finally, it can adapt to a variety of work situations.

JIB Cranes

Industrial machinery like JIB cranes is made to lift and move big objects in a certain workspace. A gantry or bridge framework, a boom or trolley, and a flexible boom or jib to cover different sections make up a JIB crane.

Features:

• JIB cranes offer flexibility and accurate placement during lifting operations.
• It has a smooth and controlled motion
• JIB cranes can lift and carry large weights with exceptional efficiency.
• Integrating security to reduce risks and guarantee operator and site safety is its primary feature.
• Requires very less maintenance
• Lastly, parts are conveniently located for effective maintenance.

Industrial Cranes

Heavy-lifting equipment utilized in a variety of industries, particularly manufacturing, shipping, and construction, is called an industrial crane. The original purpose of these industrial cranes was to handle and transfer bulky goods, machinery, and materials.

Features:

• It is capable of lifting. (Because these cranes can manage enormous weights, they are appropriate for transferring big machines and goods.)
• Expandable booms and elevated structures facilitate the lifting and moving of things across longer distances.
• Industrial Cranes are readily portable.
• These cranes are able to adjust to various work settings.
• It contains an action button, an emergency stop control, and a load limit indicator which are also its advanced features. 
• With various boom configurations, attachments, and remote control options, this EOT crane may be tailored to meet unique requirements.

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Importance of choosing the best EOT crane manufacturer

It’s important to do enough study before choosing the best manufacturer because buying a crane involves substantial financial investments. You need to be completely aware of the kind and weight capacity of the crane that is needed for your workspace, warehouse, or business. When searching for the best crane manufacturers in India, for example, you should take into account their management, quality, and experience. Modern technology should be used by the manufacturer, and spare parts should be readily available both as standard equipment and on demand in the future.

Factors to consider while choosing the best EOT crane manufacturer

• Never depend on just one manufacturer

Check out alternative EOT Crane Manufacturers in India to avoid becoming overly dependent on one company, and make sure the assertion is accompanied by specific, itemized information. After weighing the benefits and downsides of each equipment, select the best one. Talk about the cost of purchasing the best EOT crane for your industrial needs with your specialized board.

• Crane’s quality

The quality of the crane is another crucial factor in crane operation. Get input from the clients who are currently utilizing the crane and find out whether there have been any mishaps or malfunctions with the machinery. A competent crane supplier will also have a staff of customer service representatives available to assist with both direct and indirect needs. Support from the client might be necessary during a crisis.

• Reviews

Examine the comments left by prior customers who have used them and offered valuable input on matters such as Overhead Crane quality, apparatus, the provider’s emergency response time, help, and so forth.

• Experience of the manufacturer

Examine the comments left by prior customers who have used them and offered valuable input on matters such as Overhead Crane quality, apparatus, the provider’s emergency response time, help, and so forth.
Find more about the experience, length of operation, and organizational structure of the EOT crane manufacturers. Find out if the firms that manufacture EOT cranes offer crane support.

• Transparency

Verify whether the supplier upholds corporate openness. Should you feel that the supplier is hiding information from you and they fail to give you a comprehensive and transparent explanation, you should not trust them. Since EOT cranes are costly and need operational proficiency, hiding anything about the machine might cost big to your business in terms of money as well as fatal accidents.

• Modern and innovative

Verify whether the producers of EOT cranes are progressive and always adding the newest machinery. Since there are different varieties of cranes manufactured by EOT cranes manufacturers in India, it is very important that you choose a manufacturer who is technically advanced in manufacturing cranes. Modernism and innovation save a lot of time and money which can turn on your favor as a business owner.

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Cranes are among the most frequent machinery found in both large and small businesses. The crane’s main aim is to make physical tasks easier by lifting huge weights with the help of mechanical arms. A crane operator has been assigned the task of driving and operating the crane, as he is an expert in crane operationsThe material handling sector has long relied on Electric Overhead Travelling (EOT) cranes, which have revolutionised the lifting and transportation of large cargoes. Although conventional EOT cranes have been in use for a long time, a good EOT crane manufacturer is making new models with cutting-edge features and uses which are being utilised in different sectors.
The article examines the development of EOT cranes from a new angle, highlighting their innovative varieties and highlighting their special qualities.

What is an EOT crane?

EOT crane is most frequently used to lift and move large objects. These electrically powered cranes can be controlled by an operator cabin that is fixed to the crane, a control pendant, or a radio/IR remote pendant. These cranes are capable of lifting both large and small loads. Because it has a parallel runway that is joined to a moving bridge, it is also referred to as a bridge crane. On the moving bridge is the hoist installed. Crane Hook Up and Down Lifting Trolley Lateral Movement, Crane Long Travelling Longitudinal Motion are its three functional movements.

Articulating Arm EOT Cranes

The development of articulating arm cranes is a notable milestone in EOT crane technology. These cranes have articulating, retractable, and flexible arms that can reach places that are challenging to access. When exact load placement is essential, like in factory assembly lines, warehouses with asymmetrical layouts, or building sites with limited space, articulating arm EOT cranes perform exceptionally well. Their capacity to accurately navigate around barriers and arrive at designated destinations makes them indispensable for maximising production and efficiency.

Automated Guided Vehicle (AGV) EOT Cranes

AGV EOT cranes, which integrate autonomous navigation systems with the lifting capabilities of EOT cranes, are the result of the integration of automation and EOT crane technology. These cranes can function without the need for human interaction because of their sophisticated control algorithms, cameras, and sensor systems. Dynamic warehouse environments are ideal for AGV EOT cranes because of their ability to move loads autonomously, maximise available storage, and work in perfect harmony with inventory management systems. AGV EOT cranes increase worker efficiency, save labour expenses, and improve safety by doing away with the need for manual control.

Robotic EOT Cranes

Robotic EOT cranes are a major advancement in the automation and robotics fields. These cranes have robotic arms that can carry out intricate operations including sorting, stacking, and assembling different objects. The sophisticated grippers and tooling systems fitted to the robotic arms enable them to precisely handle a variety of materials and objects. Robotic EOT cranes are used in manufacturing, logistics, and automotive industries. By automating repetitive activities and lowering human error, they can greatly boost throughput, efficiency, and accuracy.

Smart EOT Cranes with IoT Integration

EOT cranes have developed into intelligent, networked systems since the introduction of the Internet of Things (IoT). The sensors, actuators, and data transfer capabilities of these smart cranes allow for predictive maintenance, real-time monitoring, and operational optimization. Through the gathering and examination of information on load weight, crane performance, and environmental parameters, intelligent EOT cranes may maximise energy usage, avert equipment malfunctions, and enhance overall effectiveness. IoT technology integration improves safety, makes proactive maintenance possible, and offers insightful data for process improvement.

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What is an underslung crane, and what are its benefits compared to other cranes?

An underslung crane is an overhead crane system that operates with its hoist and trolley suspended from an elevated runway beam. Crane manufacturer in Ahmedabad with quality cranes at affordable rates. This design allows operators to easily access cargo since the machinery isn’t in the way. Some of the benefits of underslung cranes compared to other types of cranes include the following:

• Increased maneuverability – Underslung cranes allow for greater flexibility and maneuverability than a traditional bridge or gantry cranes, making them ideal for confined spaces or operations on uneven ground where regular track-mounted systems may not be suitable.
• Reduced costs – The cost savings associated with underslung cranes can be substantial due to their low installation requirements compared to fixed overhead systems.
• Security – The lack of a fixed structure makes underslung cranes less vulnerable to damage or theft.
• Increased safety – Underslung cranes are typically considered safer than traditional overhead systems, as they’re designed to keep the lifting machinery below the hook, allowing operators to work more safely and efficiently.
• Reduced maintenance costs – Because they don’t require a runway beam or other structural support, underslung cranes often require less regular inspection and maintenance than bridge and gantry cranes.

Overall, underslung cranes provide greater maneuverability and cost savings than other crane systems due to their low installation requirements, increased safety features, and reduced maintenance costs. With these advantages, they are becoming increasingly popular in various industries.

EOT crane Manufacturer

EOT cranes are designed to handle various heavy-duty tasks with ease and precision. Developed by experienced engineers, these machines are built to exacting standards using top-of-the-line materials and components for maximum performance and durability. EOT crane manufacturers use advanced technologies and fabrication techniques to create the most reliable, durable, and efficient machines.

These cranes come in various sizes, allowing them to be used in various applications, from industrial manufacturing to construction sites. They can lift loads to hundreds of tons while providing excellent control over positioning accuracy. Many models come with safety features such as emergency stops, overload protection systems, redundancy power sources, and other accident prevention measures so that operations can be carried out safely and with peace of mind.

EOT crane manufacturers are also committed to providing excellent customer service and technical support. By offering prompt response to inquiries, parts availability, and repair services, they are dedicated to ensuring that their customers get the highest quality products at competitive prices. With helpful advice on how to use the machines correctly and maintenance tips for keeping them in top condition, these companies always strive to meet the needs of their customers.

How does an underslung crane work, and what are some key features/components?

An underslung crane is a lifting device that provides a way to move heavy objects in industrial and engineering settings safely. It consists of two main components: the crane itself and the hoist. The crane suspends from an overhead structure, such as a ceiling or building support beam, while the hoist supports the load from underneath.

The key features and components of an underslung crane include the following:

1. A bridge—the bridge is part of the crane itself and is what allows for movement in both directions along its length. Its trolley travels along this bridge, allowing it to lift and lower heavy loads up or down with precision.
2. A trolley—the trolley carries the motor-driven hoist, which is connected to a hook and chain or rope. The trolley can move back and forth along the bridge, allowing it to lift easily and lower heavy loads.
3. A motor-driven hoist—this device is powered by an electric motor and is responsible for lifting and lowering the load via a hook or chain. It can be operated either manually or remotely through a control panel.
4. Hooks/chains/ropes—these devices connect the hoist to the load, enabling them to be lifted from underneath. They come in various sizes and strengths depending on the load being handled.
5. Control panels—the control panel allows for remote operation of the underslung crane, allowing for greater precision and accuracy when lifting and lowering heavy objects.

An underslung crane is a versatile and reliable piece of machinery used in many industrial and engineering settings. Its key components allow it to be used safely and efficiently, making it an ideal choice for easily moving large, bulky items. The hoist is particularly useful for lifting heavy items from below, meaning fewer risks are involved than if the load had to be lifted by hand. With its impressive combination of features and components, an underslung crane is a great tool for any business that needs to move large or heavy objects safely and precisely.

Who typically uses underslung cranes, and for what projects/purposes?

Underslung cranes are commonly used in a variety of industrial and commercial settings. They can be employed for many types of projects, including:

• Manufacturing and production facilities: In these contexts, underslung cranes are frequently used to move heavy parts or materials over short distances. They provide a maneuverable solution that is ideal for tight spaces.

• Warehousing operations: With their ability to lift heavy loads with relative ease, underslung cranes make it simpler to transport goods from one warehouse area to another without resorting to manual labor.

• Construction sites: Underslung cranes are often used in construction environments where they can hoist materials quickly and efficiently across substantial heights.

• Shipyards: Underslung cranes effectively move large materials and equipment across the shipyard floor with minimal effort. They are especially useful in smaller, more confined areas.

• Maintenance and repair facilities: Underslung cranes can be used to lift heavy objects or machines from one area of the facility to another during maintenance or repair operations. This allows technicians to access all machine parts easily without having to strain themselves physically.

Overall, underslung cranes offer a versatile solution well-suited for environments where maneuverability and stability are paramount considerations. With their ability to easily lift heavy loads across short distances and up to substantial heights, they provide a powerful and efficient way to move materials from one facility area to another quickly.

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While buying a second hand crane is actually a smart decision, it might not work well if you don’t make the right decision. Buying anything because you don’t get many options in second hand cranes will be a foolish thought. Also, there is a lot of risk involved with second hand cranes if you don’t get the right one. 

Here are a few steps hoist crane manufacturers in India suggest following if you want to invest in a second hand crane. 

Consider the load requirements 

One thing that gets ignored while buying a used product is load requirement. It is important to analyze your needs well before you start hunting for the right fit. While buying a low capacity crane when you have higher demands can affect the productivity of your system, buying a high capacity crane for lower loads will lead to wastage of resources. Be mindful of your requirements and choose the right one. 

Check the lift height 

If your demands require vertical lift of load, knowing the lift height is also important. Depending on your requirements, write down a boom length that will suffice your needs and will fit well into your space. A lengthier than required boom might cause adjustment problems in your space. 

Horizontal movement scope 

If your application requires movement of goods from one place to another, you will need a crane with horizontal movement. A wheeled crane will offer the required mobility. Depending on the movement, like if you want it to move in a fixed direction or in different directions, you can make your purchase. 

On-site terrain requirement

The area of operation plays a crucial role in determining the type of crane that will fit your workspace. Every crane needs a support structure and depending on the surface terrain, the support structure needs to be picked wisely. If the terrain is uneven, a wide support structure will do the job. For rough surfaces, specifically designed cranes fill the gap. 

Accessibility 

It is crucial to notice that sometimes it can be tough for the crane to reach the project site. Make sure there is required space for the crane to reach your site otherwise your purchase will be of no value. If your project site is not easily reachable because of poor condition of roads, you can use boom trucks or specifically designed cranes. 

Examine for any safety issues 

First of all, the crane needs to be examined for any potential hazards due to its age or some other issues. Any damage or hidden issues can be life threatening in case of a crane. The next thing that’s important to know is how well the crane will work in a changed environment. A professional crane inspector will be of much help if you are dealing in such a situation for the first time. 

Bargain smart 

Again you will need someone to analyze the worth of the machine if you don’t have experience dealing with such projects. Look for all the loopholes and make sure to use them for your advantage. If the crane needs repairs and servicing, don’t forget to mention that. 

These were a few things that will help you get a better deal with used cranes. If you are still finding it hard to manage everything, a consultation call with crane manufacturers in Ahmedabad will solve many of your queries. 

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How Does A Crane Girder Work?

The crane girder is a steel beam that provides a platform for the crane to move. Hoist and cranes simplify industrial processes by making the movement of heavy stuff easier and girders play a significant role in such movements. The overhead cranes use one, two, and three crane girders depending on the type of installation. 

Single crane girder 

In single girder cranes, one crab girder comes into play. Single girder cranes can be used in the industries where there is no need for any transverse movement. The hoist moves along the length of the grider and can be used to lift and lower loads in the workspace. The girder stands upright and the crane moves along the beam. The single girder cranes come really handy in narrow spaces, where there is lesser room for movement. The cranes run on the bottom of the girder which can sometimes look as a disadvantage. Since the crab and hook are usually located under the girder, you might find the hook height less. 

Double or Bridged crane girder 

When you have better space and need something more flexible, double or bridge girder cranes fit your needs. The double girders offer flexible three-dimensional movement. Double girder installations offer movement along both length and breadth of the space covering much larger space. Thus, the load handling process becomes a lot more efficient. The crab girder can run on top of the support beams or between them which offers extended hook heights. With more hook and wider area coverage, the double girder or bridged cranes offer great flexibility.

Stress on the Crane Girders

Crane girders are used to handle a lot of weight and that’s why these are subject to a lot of pressure. The girders need to be well taken care of so that any accidents can be prevented and the girders last longer. The stress on the girders not just comes from the pressure exerted due to large weights, but the acceleration and braking of crabs also causes lateral stress on the girders. 

The best way to keep the crane girders working fine is providing them with enough support. Channels and flat plates across cross sessions and other places can prevent extreme stress and ensure the longevity of the girders. Also, the owner needs to keep inspecting the girders and all other parts of the crane from time to time as suggested by the seller. Make sure to purchase top rated crane girders only and tae care of them well. Replace, and repair them as per the instructions provided by the manufacturer to ensure safety of your workers. 

Finding high quality crane girders can be a little exhausting if you don’t have the required resources to track the right fit. Not only do you need to find out the right seller, but the right crane also. And this all can be done with just a single call. Book a consultation call with our experts and you will left with no doubts. 

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Overhead cranes as discussed above come very handy to the material handling industries and there are different specifications based on which they operate. In this article, we will be seeing some important specifications of overhead cranes which everybody must know

Overhead Crane Capacity

Load is an important criterion to assess the crane’s operating ability since it relates to the crane’s ability to lift a weight, which should include the quality of the sling and iron pole or container. EOT Crane manufacturers commonly refer to it as the rated weight and is denoted by the letter “Q.” The weight – beginning unit was formerly designated as “t,” but is now designated as “kN.” The weight of the crane fluctuates as the operating range of the crane changes. As a result, the rated weight includes the maximum weight as well as the maximum lifting weight.

Working Class

The horizontal distance between a crane’s central axis and the centre line of a hook under the rated weight is referred to as the working range. The radius of gyration or the radius of work are two terms used to describe it. The symbol for it is “R,” and the unit is “m.” The working range is the crane’s working range while it is not shifting.

Lifting Torque

The lifting moment is calculated by multiplying the crane’s lifting weight by its amplitude. The t*m unit of lifting torque was previously used. It is now written as kN*m. It is a crane’s total lifting capacity characteristic that can correctly and thoroughly depict the crane’s lifting capacity. Because the tower crane must operate over a wide range, the model’s key parameter is the lifting torque. The lifting torque of a tower crane generally refers to the greatest amplitude lifting moment.

Crane Lifting Height

The lifting height is the distance from the ground to the hook and the centre of the hook, and the rated lifting height is the calibration value of its parameters. From the centre of the hook to the ground, the rated lifting height refers to the rise of the hook to the maximum limit of the complete weight. The lower depth of the ground below the earth is termed the lower depth when the hook has to be hoisted below the ground, and the total lifting height is the sum of the lifting height and the lower depth.

Crane Working Speed

The crane’s operating speed comprises lifting, amplitude altering, turning, and walking speeds. The unit for the rise and rise speed of the lifting speed is “m/min,” which refers to the rising or lowering speed of the lifting hook. The crane’s lifting speed is tied to the hoisting mechanism’s lifting speed, which is related to the hook pulley group’s ratio. The single rope is twice as quick as the double rope; the rope is twice as fast as the rope. In general, the lifting speed parameter should be specified, as well as the number of ropes.

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Cranes, as previously stated, are the most significant element of any industry, which is why they must be properly maintained and cared for in order to extend their lives and boost their durability. It is critical that your crane be serviced on a regular basis if you want to get the most out of it. In this article, we’ll go over everything you need to know about crane health checkup.

Importance of crane health checkup

You will never have to worry about your crane’s performance as long as it is serviced on a regular basis. All the gantry crane manufacturers in India will recommend that a specific preventative maintenance programme should be designed and implemented across all industries that use cranes, and that the manufacturer’s suggestions should be included in the programme. Periodic inspection alerts you to and assists you in monitoring any symptoms of wear and tear in the system, as well as allowing you to arrange repair prior to a breakdown to save unneeded downtime. It is possible to save a significant amount of money by preventing downtime, which is a critical aspect for any company.

Frequent inspection and periodic inspection are the two most common forms of inspection. Frequent inspections take place every day to every month, whereas periodic inspections take place once a month to once a year. Users, on the other hand, choose different sorts of inspection programmes depending on the crane’s use and age.

Phases of crane health checkup

The health checkup of the inspection of an overhead crane must be carried out in 4 phases and all of them are discussed in brief below

• Initial Inspection

After installing the new crane or the hoist, initial inspection, as the name suggests, is the first phase of the inspection which is carried out visually to check if everything related to hoisting and installation is perfect. Initial inspection is carried out even after modification, repair or reinstallation of cranes. An authorized appointed person is allowed to do the initial phase of inspection.

• Functional Test Inspection

Functional test or inspection involves the testing of every functionalities of the crane which is conducted after every shift. In this inspection, each and every part of the air and hydraulic system such as tanks, valves, drain pumps etc are checked and inspected thoroughly for any leakage.

• Frequent Inspection

Based on the usage of your carne, frequent inspections are carried out which mainly focuses hoist brake, wire rope, load chain etc and many abnormalities are found out by even listening to any abnormal sounds. Frequent inspection must include all the parameters included in the functional test inspection apart from the ones listed earlier.

• Periodic Inspection

Periodic inspections are carried out for the cranes with normal to heavy usage and the period for this inspection is yearly. If the crane you are using has not been in use for a month but has been used within 6 months, it is recommended that a periodic inspection must be carried out before its next usage.

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Here are some of the safety standards one needs to maintain:

Work on or near machinery in motion

Irrespective of the kind of work you are taking from an overhead crane, it is mandatory that you check every part before start using it. This kind of examination is supposed to be carried out by a specially trained and qualified adult worker wearing tight fitted clothing. No woman or a child is allowed to touch any part of the machinery as it can pose health hazards to them.

Lifting machines, ropes, chains, and lifting tackles The entire working gear, whether movable or fixed, every chain or rope or the lifting tackle should be:

• Thoroughly examined and it should be checked once in every 12 months by a chief inspector and he should specify in writing that the machine is safe to be used.
• It should be maintained properly
• It should be constructed properly with sound material and free from any defects.

Engineering control Overhead crane operation

• The safety switches in the form of pushbuttons should be provided in all the corners of the machine so that they are easily accessible. In addition to these, one safety switch must be available in the cabin as well.
• The safe workload and the identification number should be printed in bold and big letters on the crane itself. The aim is to make the number clearly visible to everyone.
• A portable CO2 fire extinguisher should be kept in the crane operators cabin.
• There should be sufficient light so that the operator can see everything clearly while operating the crane.
• There should be an audible warning device present in the operator’s cabin so that he can announce the people working below the crane to stay cautious and vigilant of the crane’s activities.
• There should be a minimum of two plug points of voltages 220AC and 24 Volts AC to be fixed near the crane girder to facilitate the maintenance work.

All the safety measures are to be taken very seriously and while getting the crane from your crane manufacturer in Ahmedabad, you should read the care manual very well and ask your manufacturer in case, you have doubts in anything. You can reach out to Hoist and Crane for further information about how to maintain and safeguard your EOT crane so that it lasts you longer.

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Now, when you know about the four basic types of cranes, it’s essential to understand which one you should pick for your project. Depending on the type of industry you work in and the kind of work you handle, your crane choice passes through a complete checklist. You have to see the crane from every point and find out how it can be the best choice for your business.

So, to help you out, EOT crane manufacturers in Ahmedabad have enlisted the four most important things to consider while buying a crane.

For the success of the project choosing the right crane for the right requirement is a challenging task. If the wrong selection is done it may be risky and dangerous. One who take care of safety, acquire less space, reliability, long lasting, easy to handle, strong in designing, loading, unloading, replacement and require less maintenance is the right crane for the project and one will find best EOT crane manufacturer in Ahmedabad only.

What Is The Type Of Load?

The type of material you will be going to lift matters a lot while choosing the crane. For example, the moment of a bag full of parts of a machine and a tank full of some liquid solution is always different. Even the reactivity of materials and their properties does matter while choosing the right cranes. After reading the types of cranes, you must compare which one will work best with the content you are going to lift.

How High The Load Needs To Be Lifted?

To select the type of boom required, you must know the height of work to be done. Since the crane’s boom also depends on the wind, you need to take the height factor seriously as the wind increases with height. Moreover, the amount of weight that needs to be lifted to that particular height needs to be analyzed before buying the crane. It will help in finding the crane of the right capacity.

The Condition Of The Surface That Will Come Below The Crane

The condition and material of the surface determine the movement of your crane. When the surface is well structured and robust, it becomes a supportive thing for the crane. There are different cranes for each type of surface like if the surface us dirty and grassy, you will need rough terrain cranes, and truck-mounted cranes become useful on concrete surfaces.

Obstacles That Will Come In The Path Of Crane

Nearby buildings, wind, power lines, and many more obstacles will come according to the location of your manufacturing place. Since your train has to tackle all those obstacles, it’s better to choose it wisely. Sometimes, the controls will not work properly in the presence of obstacles, and that’s why choosing one that is designed to get over such issues will work best.

There are four types of the cranes and before buying you should be aware of the weakness and strength of each type.

Overhead Travelling or Bridge Crane

It is also known as bridge crane which is mainly used for industry or factory purpose in maintenance or manufacturing application and extremely useful for loading and unloading trucks where efficiency or downtime are vital factors. It consists of parallel runways with a travelling bridge spanning the two side rail in an ‘H’ configuration. This crane covers the larger and wider area than jib crane or monorail.

Gantry Crane or Portal Crane

It is also known as portal crane and best alternative of the overhead travelling bridge crane. This crane is mainly used in marine, shipyard and railway. The functioning of crane along two rails spaced based on the size of crane to be used. The crane has the movable beam mounted hoist with a structure used to step an object. It basically move, load and unload the shipping container. This crane is used commonly in Europe. Ship-to-shore gantry crane is the largest example for the gantry crane in the world.

Jib Crane

This crane has a horizontal jib that support the boom to a movable hoist fixed to a wall or to a floor mounted pillar. It can be used for welding and fabrication. They provide lifting and dropping of the load within a fixed arc of rotation. The jib crane is fixed and always fitted on the top floor of the building to lift the item from ground to top or vice-versa. They are available with different capacities and configurations considering motorised rotation. The jib cranes are cheaper than any other cranes.

Monorail Crane

Monorail crane is a type of lifting device that propose as a secondary to conventional cranes or conveyors. It is used to relocate the desired product within the defined location or building. The monorail hoist and trolley run on a single steady beam. They are used designed in such a way as can take maximum benefit in curved tracks, multiple switches and interlocks. They are designed in such a way that it can be used for repetitive job and can be handled with computer.

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