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 in Applications Of Electric Wire Rope Hoists modern industrial setting

Electric wire rope hoists improve productivity, safety, and efficiency in a variety of industrial domains. These hoists are essential instruments in contemporary industrial environments because of their adaptability, which extends beyond material handling and assembly line activities to construction projects and entertainment events. These hoists are still able to fulfill the changing demands of industrial applications as technology develops. Due to their extreme adaptability, electric wire rope hoists are used extensively in many different industries making them always in demand amongst different manufacturers from not only in India but across the world.

Applications Of Electric Wire Rope Hoists 

1. Used in material handling and lifting loads

Lifting and moving large weights with ease is one of the main uses for electric wire rope hoists. These hoists are essential in organizations that deal with large or bulky objects since they can handle materials weighing anywhere from several hundred kilos to several tons. These hoists offer the required lifting force and accuracy, whether they are used for loading and unloading raw materials in manufacturing facilities or moving machinery components on building sites.

2. Used in assembly line operations

Efficient material handling systems are necessary for assembly lines in industrial processes to guarantee smooth production flow. To make it easier to transfer parts and subassemblies, these hoists are built into assembly line configurations. Because of their capacity to raise objects both vertically and horizontally, they are perfect for precisely placing parts during assembly, which maximizes production efficiency.

3. Used in warehouses and logistics

Electric wire rope hoist winches are essential to the effective management of inventory and storage activities in warehousing and distribution centers. In warehouse operations, these hoists are essential for stacking and removing bulky pallets, boxes, and containers. These hoists help to improve inventory management procedures and turnaround times by simplifying material handling activities.

4. Used in construction and infrastructure sites

These rope hoists are essential to the construction industry as they lift and move workers, supplies, and machinery across construction sites. These hoists are essential for improving construction productivity and safety, whether they are used for hoisting concrete blocks for vertical building or lifting steel beams during structural installations.

5. Used in maintenance and repairs

To maintain optimal performance and safety standards, industrial facilities need to undergo routine maintenance and repairs. They are employed in maintenance operations to lift and move big machinery components. Because of their robust design and accurate control mechanisms, technicians can confidently complete complex operations, reducing downtime and improving overall equipment reliability.

6. Used in shipping industry

Electric hoists are employed by shipbuilding yards and maritime facilities for a range of purposes, such as hoisting ship parts, loading cargo into ships, and easing dockside activities. These hoists are weather-resistant and long-lasting, which makes them ideal for maritime settings where severe weather is a typical occurrence.

7. Used in entertainment industry

Electric hoists are used in the entertainment business for tasks including stage rigging, set building, and event management in addition to their conventional industrial uses. The accurate placement of scenic pieces, lighting fixtures, and audio equipment during live performances, concerts, and exhibitions is made possible by these hoists.

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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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The customisation process

The crane engineers will speak with you in person to discuss your requirements. You must let them know what features you require in your cranes, including the intended lifting capacity. Generally, a few tweaks and adjustments can guarantee a high level of performance refinement in the crane system. On the other hand, you can request significant changes to the load lifting system design. The customisation process is continued until the customer is fully satisfied with the end result.
The majority of clientele know how to operate material handling systems simply. Despite being aware of their needs, they are unable to see how cranes will assist them in finding a solution. In order to provide the unique product, the sales engineers perform the appropriate electrical, mechanical, and structural calculations.

Custom cranes for different industries

Professionals get to know their clients’ demands by working closely with them. They are aware that every industry has distinct load lifting requirements. For example, producers of steel need improved resistance to heat and dust. In the same way, automakers depend on specialised cranes to assist in coil handling, stamping, and assembly. Specialists in mining and metal processing who operate in certain environments require specialised crane systems.
Standard cranes might not always provide the features you want. It is among the main justifications for selecting the personalised ones. Custom software is used by the top crane design engineers to assist them in fine-tuning every component. You can ask them to construct a new structure and modify the crane kit. The customised models are an excellent option if you have trouble lifting loads with a normal crane. The specialised cranes will benefit you with a small investment.

Need for custom cranes

Cranes with distinctive designs that are practical for their commercial operations are required by most sectors. Crane systems capable of lifting over one hundred tonnes can be ordered by them. Your lifting needs can be met by custom cranes created by licensed engineers and manufacturers. But, if your crane fleet grows, you might need to search for alternative load-lifting solutions. For this reason, choices that can be customised are cutting edge options for your company. Additionally, you may hire an expert EOT crane manufacturer in Gujarat to install these customised cranes correctly so that they operate safely and flawlessly all year round.
Custom cranes may require a little longer lead time, but the cost is worth it for high-quality cranes with unique features. Manufacturers may be asked to swap out one feature for another. All things considered, the process of customisation will deliver you a highly specialised system that is committed to fulfilling your needs. A few adjustments to the crane’s parts will result in a high functioning value.

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Requirements and standards of the system

For the jib crane manufacturers in ahmedabad, design is primarily necessary to avoid unintentional collisions with cranes and other machinery. There are no such criteria for general-purpose cranes. But according to CMAA, the buyer or owner must establish the standards for collision avoidance. The inadvertent collision of the cranes must be avoided by the end-of-travel collision avoidance design. Additionally, the trolley must be free of any mechanical end stops or other gadgets. Before the collision, the system must also halt the motion or reduce its speed.

Importance of collision avoidance system

It is one of the key requirements among businesses that a crucial system is employed that can raise an organization’s level of worker safety. This system will take action whenever there is a chance that an accident will occur as a result of collisions. Additionally, they are an excellent tool for helping you avoid human errors. You won’t have to worry about maintenance expenses as a result, and the workplace will be safer.

Features of a collision-avoidance system

• Forward-collision warning – An auditory or visual warning will be given to the driver if a collision is imminent with another vehicle.
• Blind-spot warning – There is a chance that the load is in the operator’s blind spot, so be aware of this. This system will alert the operator throughout that time.
• Lane departure warning – There may be a lane on the runway, so be aware of it. The crane is ready to cross a lane, and this mechanism will alert the operator. As a result, it increases both the operator’s and the working environment’s safety.
• Assistance with parking – Parking the crane is a crucial step. Therefore, it will be advantageous for the operator if the sensors and cameras provide assistance. The pace can be adjusted by the operator to suit their preferences.
• Automatic emergency braking – The technology will put the brakes on the cranes based on the sensors’ response. In order to avoid a collision or lessen the impact of one, it is crucial.
• Electronic stability control- The crane may occasionally lose stability. These brakes are going to be useful in certain circumstances.

One of the crucial safety elements is adaptive speed control. According to the needs, it regulates the crane’s speed. The operator will keep a safe distance from the cranes as a result.
You have a choice among three collision avoidance technologies. This type’s compatibility with various crane types is its best feature. It is available with soft starts, contractor controls, or customizable frequency. Additionally, you will receive a variety of configurations; you must select the one that works best for your application. Additionally, you must choose between an indoor and an outdoor system. The fact that they are fail-safe is one of its interesting features. The crane will come to an immediate stop if the sensor stops functioning. It will therefore prevent the accident.

Significance of the sensor technology

Understanding sensor technology is crucial. It will improve how you perceive the system. The modulated visible LED light signal is their greatest and most modern technology, after all. A few of the systems also include infrared light signals. When light signals hit a reflecting surface, they transmit, and a receiver picks up the signal from the target. The system will next review the data and proceed in accordance with that. It may involve stopping the crane’s motion or slowing it down. Additionally, self-monitoring optical lasers will be used to find the crane’s location. If you are working in an automated setting, you must be aware that laser-based positioning solutions are the most accurate and useful.

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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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What crane collision avoidance systems are and how they work 

Modern crane collision avoidance systems are designed to eliminate the potential for workplace accidents caused by collisions between cranes and other objects. These systems use sensors and sophisticated algorithms to detect objects or people in the path of a crane, alerting operators when they might be in danger. This allows operators to take action before an accident occurs, quickly altering their travel if necessary.

These sensors can range from lasers and radar to cameras with artificial intelligence (AI) capabilities that can recognize movement or shapes that may pose a risk. The data collected is used by the system’s algorithms to identify any potentially hazardous situations. When the system detects an object or person in the crane’s path, it will alarm and display visual warnings on the operator’s console. This allows the operator to stop the crane or take evasive action before it is too late.

In addition to warning operators of potential collisions, these systems can also control other aspects of crane operation, such as speed and load capacity. By monitoring the input from various sensors, the system can ensure that cranes are operated within their safe limits and prevent overloading or other unsafe conditions. These systems make it easier for operators to comply with safety regulations while ensuring maximum productivity.

How can they help to prevent accidents in the workplace?

Crane collision avoidance systems can significantly reduce the risk of workplace accidents by providing an early warning system that alerts operators to potential hazards. These systems use a variety of sensors and sophisticated algorithms to detect objects or people in the path of a crane, allowing operators to quickly alter their course before an accident occurs.

Additionally, these systems can monitor other aspects of crane operation, such as speed and load capacity, ensuring that cranes are operated within safe limits and preventing potentially hazardous situations. Ultimately, implementing a crane collision avoidance system is essential for protecting workers and equipment from on-site accidents while increasing efficiency and production levels.

By investing in the latest technology and following safety protocols, facilities can ensure that everyone is kept safe with minimal disruption to production. Crane collision avoidance systems provide an invaluable layer of protection and peace of mind for operators and managers alike, making them a must-have in any workplace that uses heavy machinery.

How can they help to reduce maintenance costs?

Using crane collision avoidance systems can help reduce maintenance costs by providing operators with an early warning system that alerts them to potential hazards. This allows operators to take action before any damage is done, quickly altering their travel if necessary.

Ultimately, crane collision avoidance systems are a cost-effective way for businesses to keep up with safety regulations while ensuring maximum efficiency. They help protect workers, equipment, and budgets, making them a must-have for any workplace that utilizes heavy machinery.

Some of the benefits of using crane collision avoidance systems 

Crane collision avoidance systems are becoming increasingly popular in construction sites and other locations where large objects must be handled precisely. Crane operators rely on these systems to ensure the safety of their work environment and bystanders. They can also maximize efficiency and productivity by avoiding potential collisions or other risks. Here are some of the key benefits of using a crane collision avoidance system:

1. Increased Safety

The most important benefit is enhanced safety for everyone involved in crane operations, including operators, bystanders, and anyone nearby. By preventing collisions between cranes and other objects, the risk of injury or death is greatly reduced.

2. Improved Productivity

A good crane collision avoidance system will not only minimize the risk of accidents, but it can also help to maximize productivity. By avoiding collisions, crane operators can move faster and more efficiently. This allows them to complete their tasks in less time, resulting in increased productivity.

3. Cost Savings

Installing a crane collision avoidance system may require some upfront costs, but these will be offset by the savings achieved through increased safety and efficiency. In some cases, insurance companies may even offer discounts on policies for businesses that install this type of system.

4. Enhanced Compliance

By providing a safer work environment and reducing the chances of collisions or other mishaps, crane collision avoidance systems can also help businesses comply with local regulations and standards. This is particularly important for businesses that need to operate in regulated areas.

Ultimately, a good crane collision avoidance system can help improve safety and productivity while saving money and helping businesses stay compliant. Investing in one of these systems is a smart move for any business that needs to handle large objects with precision.

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You can choose from the following bridge crane types for your business from eot crane manufacturer:

Overhead Crane Types Selection

Choose the appropriate overhead crane type for the environment and use of the operation site.

• You can select a general bridge crane, an electric single girder crane, an electric single girder suspension crane, or an electric hoist bridge crane in a working environment free of flammable, explosive, and corrosive gas.
• You should select an explosion-proof bridge crane when working in an explosive mixture.
• Metalurgical bridge cranes should be used in locations where metal is smelted, rolled, or heated.
• Insulated bridge cranes are an option for non-ferrous metal electrolytic aluminium (magnesium, lead, and zinc) and other smelting facilities.

Overhead Crane Models Selection

Depending on the properties of the object to be hoisted, choose the model of overhead crane.

The bridge crane model includes the product code, the span, the operating level, and the rated lifting capability. Overhead crane product codes vary depending on the type. Different product codes for the same variety of overhead crane exist based on various construction types, trolley configurations, and pick-up mechanisms.

The fundamentals of an overhead crane’s performance criteria and working capacity serve as the fundamental building blocks for making the right crane decision. The lifting capacity, lifting height, working level, working speed, and span are the fundamental characteristics of an overhead crane.

• Add together the maximum weight of the objects to be lifted and the weight of the pick-up mechanism to find the crane’s rated lifting capacity.
• Calculate the span of the overhead crane using the design drawings for the plant and the width of the load-bearing beam of the crane rail.
• Determine the crane working-level based on the load status and utilisation level.

1. The overhead crane’s utilisation level is chosen based on the total number of operating cycles over the design’s lifespan;
2. Choose the hoisting load status for the overhead crane based on the ratio of the hoisting load to the rated load and the ratio of the number of times each hoisting load is used to the total number of working cycles;
3. Based on load condition and utilisation level, choose the overhead crane working level.

If you need an overhead crane, Krishna crane Engineers can supply one that is appropriate for your industry and work load. They can also provide you with a customised crane design drawing that includes a steel structure and support rail beam. If you have any questions about overhead cranes, don’t hesitate to get in touch.

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When you have made up your mind, there are a few things that you need to take care of. From your workspace to your employees, everything needs to get prepared before you bring the machine in. Here are a few tips from EOT crane manufacturers that you must follow before installing your overhead crane. 

Know your workspace 

When you are bringing in a crane, you must know your workspace well. How much vertical and horizontal space do you have? How is the environment around you and how is the surface? Is it too hot or too cold outside or does it have a pleasant atmosphere? Is the surface plain or is it roughly structured? 

For what purpose are you bringing the crane and how often will it be used? How high do you think the crane must go to fulfill your requirements and do you have that much space? How will the crane enter your workspace? 

Knowing how ready your workspace is crucial to make any necessary changes both in the type of crane you choose and your workspace. 

Have you got the right fit?

When you are done analyzing your workspace, you know what type of crane your workspace can accommodate. In addition, you might already have a checklist that will tell you what type of a crane will fit your needs. Track the differences and see how and where you can adjust. 

Neither can you change your workstation completely nor can you select the wrong crane. The only way is to adjust both sides and see what can work where. If required, try making changes in the workspace because a low capacity crane will not be a great decision. 

Prepare your employees 

Your overhead crane can take up to 3-5 days of installation. Your employees will be trained in a few things meanwhile, but there is a lot that they need to be prepared about before you purchase the crane and call for installation. 

When bringing in the crane, let your employees know about your decision and take feedback. Tell them how it will affect their jobs and then conduct a workshop to prepare them for emergency situations. You will also need to hire an operator in addition to teaching your existing employees about how the crane functions. 

Since safety is the major concern, they must be trained with the latest operations. Tell them about what to do to prevent breakdowns and how to repair small things. 

Conduct an inspection 

It is okay to inspect yourself and try to manage things by yourself, but a professional inspection can simplify things to a great extent. Crane is not just a major investment, but not handling it well can also lead to dangerous outcomes. For your crane to work the way you want without behaving weird, you will need your workstation to be inspected really well. 

If you are not sure whom to call or where to find a professional, your EOT crane manufacturer in Ahmedabad will help you out. Sometimes, they have a team of experts to offer consultation to their clients. You can benefit from their services if your seller has such a team. 

These were a few must things to prepare before getting your overhead crane installed. There are a lot of factors that you need to consider while choosing the right crane. Keep exploring our content to stay updated about everything.

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