#wireless remote control for eot cranes

[industriessyndicate]

High Quality Radio Remote for EOT Cranes - Available at industries Syndicate

Industries Syndicate, an ISO 9001:2015 certified company, offers high-performance Radio Remote Controls for EOT cranes and industrial applications. Designed for precision, durability, and safety, our remote systems enable wireless crane operation, enhancing efficiency and reducing manual effort.

Our Radio Remote Controls feature:

Long-range signal transmission for seamless crane operation

Ergonomic, user-friendly design for effortless control

High-frequency, interference-free communication

Rugged, weatherproof build for industrial environments

Reliable emergency stop and fail-safe mechanisms

With over six decades of expertise, we provide customized remote control solutions that meet industry safety standards, ensuring smooth and secure material handling operations.

Address: 7 Chittaranjan Avenue, Laha Paint House, 6th Floor, Kolkata - 700 072, West Bengal,

India

Phone: +91-33-2237-5540/ +91-33-2237-6295

Email: enquiry@indusynd.com / indusynd@gmail.com

Website: https://indusynd.com/

[indef1]

Unleashing Efficiency: Exploring EOT Cranes by Hercules Hoist

In the bustling world of industrial operations, where heavy lifting is a daily necessity, EOT (Electric Overhead Traveling) cranes stand tall as indispensable workhorses. Among the myriad of manufacturers offering lifting solutions, Hercules Hoist has carved a niche for itself with its innovative and reliable EOT crane systems. In this blog, we'll delve into the realm of EOT cranes by Hercules Hoist, exploring their features, benefits, applications, and why they are the preferred choice for businesses across industries.

Understanding EOT Cranes:

What are EOT Cranes?

Electric Overhead Traveling (EOT) cranes, also known as bridge cranes, are versatile lifting systems used for transporting and positioning heavy loads within industrial environments. Unlike traditional cranes that rely on manual operation or hydraulic mechanisms, EOT cranes are powered by electric motors, offering precise control and efficiency in handling various materials.

How Do EOT Cranes Work?

EOT cranes operate along a runway system, typically mounted on elevated beams within a facility. They consist of a bridge that traverses horizontally along the length of the runway, supported by end trucks equipped with wheels. The lifting mechanism, comprising a hoist and trolley, moves vertically and horizontally to lift and transport loads with precision. Operators control the crane's movements using a pendant control station or a wireless remote, ensuring smooth and safe operation.

Features and Benefits of Hercules Hoist EOT Cranes:

1. Robust Construction:

Hercules Hoist EOT cranes are engineered for durability and reliability, with sturdy steel structures and high-quality components. The robust construction ensures long-term performance even in demanding industrial environments, minimizing downtime and maintenance costs.

2. Customized Solutions:

Recognizing that each industry and application has unique lifting requirements, Hercules Hoist offers customized EOT crane solutions tailored to specific needs. Whether it's varying load capacities, span lengths, or lifting heights, their engineering expertise enables them to design bespoke solutions that maximize efficiency and productivity.

3. Advanced Technology:

Hercules Hoist integrates advanced technology into their EOT cranes to enhance performance and safety. Features such as frequency-controlled drives, precision load monitoring systems, and collision avoidance sensors optimize operations, improve energy efficiency, and mitigate the risk of accidents.

4. Compliance with Standards:

Compliance with industry standards and regulations is a hallmark of Hercules Hoist EOT cranes. Their products adhere to stringent safety and quality standards, including IS 3177 for EOT cranes in India and international standards such as FEM and CMAA, ensuring peace of mind for customers regarding safety and reliability.

5. Comprehensive Support:

From initial consultation and design to installation, training, and after-sales service, Hercules Hoist provides comprehensive support throughout the lifecycle of their EOT crane systems. Their dedicated team of engineers and technicians ensures seamless integration, optimal performance, and prompt resolution of any issues that may arise.

Applications of Hercules Hoist EOT Cranes:

Hercules Hoist EOT cranes find versatile applications across a wide range of industries, including:

Manufacturing: for handling raw materials, finished products, and heavy machinery in production facilities.

Warehousing and Logistics: for efficient material handling, loading and unloading of goods, and pallet storage in warehouses and distribution centers.

Construction: for lifting and positioning materials, equipment, and prefabricated components at construction sites.

Ports and Shipbuilding: for loading and unloading cargo ships, transporting containers, and shipbuilding activities in marine environments.

Automotive: for assembly line operations, lifting of vehicle components, and maintenance tasks in automotive manufacturing plants.

Conclusion:

Hercules Hoist EOT cranes exemplify excellence in lifting technology, combining robust construction, advanced features, and customized solutions to meet the diverse needs of industrial applications. With their unwavering commitment to quality, safety, and customer satisfaction, Hercules Hoist continues to be a trusted partner for businesses seeking reliable lifting solutions that drive efficiency, productivity, and success.

[overhead-crane-gantry-crane]

Crane remote control for sale

#remotecontrol #cranecontrol

[venusengineers0]

In the world of heavy lifting and towing, the electric heavy-duty power winch has emerged as a game-changer, revolutionizing industries that require the efficient handling of heavy loads. These powerful devices are designed to provide reliable and robust performance, making them indispensable for various applications in construction, mining, off-road adventures, and industrial settings. This article explores the features, applications, and benefits of electric heavy-duty power winches, while also highlighting the top manufacturers leading the market with innovative designs.

The Anatomy Of An Electric Heavy Duty Power Winch

At its core, an electric heavy duty power winch is a mechanical device used to wind up or wind out a cable or rope to lift, pull, or tow heavy loads. The main components of a typical electric heavy-duty power winch include:

1.   Motor: The heart of the winch, an electric motor, provides the necessary power to drive the winching process. Electric motors are favored for their efficiency, reliability, and low maintenance requirements.

2.   Gear Train: To amplify the motor's power, a gear train is employed to increase torque and control the winching speed effectively.

3.   Drum: The drum is the cylindrical spool around which the cable or rope is wound. It ensures a controlled winding and unwinding process, preventing tangles or snags.

4.   Cable/Rope: The winch is connected to a strong and durable cable or rope, often made of steel or synthetic materials with high tensile strength.

5.   Control System: Modern electric winches come with advanced control systems, including wireless remote controls, enabling safe and convenient operation from a distance.

Applications Of Electric Heavy Duty Power Winches

Electric heavy-duty power winches find applications in diverse industries due to their versatility, power, and ease of use. Some of the key applications include:

1.   Off-Road Adventures: Off-road enthusiasts rely on electric heavy-duty power winches to overcome challenging terrains. These winches are often mounted on vehicles, allowing them to pull the vehicle out of mud, sand, or other obstacles.

[anandrrc]

Radio Remote Control: Future of Industries

Wireless Remote Control for EOT Cranes and Overhead Cranes is the future of the industry. Wireless radio remote control is based on radio waves, when artificially generated radio waves control the crane or any type of machine wirelessly, this system is called wireless radio remote control.

A radio remote control that uses high-frequency radio waves to control heavy cranes is called an industrial crane remote control system. A remote control is used for different purposes such as lifting a heavy load, moving an object from one place to the desired place.

The remote control is used to control any type of machine or equipment with the help of radio waves. Crane remote is a small handheld and portable device. This device is used to control a crane, another device, or machine. Some wireless radio remote controls work on infrared (IR) waves and others use RF (radiofrequency) waves. When operating cranes and heavy machinery, the safety of equipment and personnel is always at risk. An industrial crane remote control system is the best solution to solve this problem.

Crane remote control transmitter and receiver:

Radio remote control for cranes are divides into two sections transmitter and receiver. The transmitter is a handheld and portable device which sends the data towards the receiver. This signal is generated from the remote control and this encoded signal transmit to the receiver through an air medium.

The receiver side receives an encrypted signal and processes it. The receiver decodes the signal got from the transmitter and sends it to the assigned relay. When the signal is received to relay then it will activate or deactivate the desired switch on the crane control panel. The communication between transmitter and receiver happens more than ten times in a second.

The main function of the transmitter is continuously monitored the different functions of communication links such as successful transmissions rate, transmitted and received signal strength, no. of lost data packets, and so on.

Anand wireless remote control for crane uses 2.4 GHz frequency with automatic frequency hopping method. This hopping method is used to reducing any external or internal interference in both side communication and also increased the safety of the crane. Anand transmitter and receiver can transmit signal over a long distance.

Anand transmitter and receiver specification

1.       Anand transmitter and receiver using 2.4 GHz frequency band.

2.     Direct sequence spread spectrum technology used in communication.

3.     200 meters line of sight communication.

4.     Single and double steps push buttons available.

5.     Inbuilt radio antenna.

6.     Low power indication sensor.

7.     Emergency stop button to avoid any accident.

8.     128-bit advanced encryption standard key.

9.     Misra C standard software used for security reasons.

10.   Configurable tandem operation.

Safety Requirements for Radio Remote Control of Bridge Cranes:

Crane accident happens because of improper safety planning, lack of safety measures, lack of knowledge about the operation of cranes, and lack of well-trained operators. Another reason for crane accidents is heavy and excess load. An accidental electrical contact like shock can cause a crane accident. The crane accident is damages both the plant and the worker's health. Its physically harmful to the person and other workers within the surrounding coverage area.

To avoid this kind of accident the three key design considerations for crane remote controls are: the crane must be able to handle overloading, the crane must not tip over when carrying loads, and a crane must not be damaged while in operation. Another important factor is an aspect of radio remote control, especially when the crane is in operation, which is that no one can be hurt.

To avoid this type of accident, you must control the safety parameters of the radio remote control.

What is the application of crane wireless remote control?

Wireless remote controls are used in different applications. Different types of cranes require remote control devices.

•        EOT crane

•        Goliath crane

•        Mobile crane

•        Tower crane

•        Hoist

•        Gantry crane and so on

Conclusion

Anand Systems Engineering has introduced a customer-specific standard radio remote control for cranes with enhanced machine processing functions. The Anand radio remote control for eot cranes is manufactured with industrial quality and guarantees safety and productivity.

The best radio remote control for eot cranes is manufactured by Anand Systems Engineering Pvt. Ltd. The remote controls are more reliable and can be adapted to any type of crane.

With Anand Systems Engineering, operators can use a high level of safety to work longer and operate the crane easily. That is why the remote control system for industrial cranes stands out.

[anandsystems]

What are the overhead crane remote control systems?

crane wireless remote control is used for industrial purposes. The Overhead crane is also called a bridge crane. It is a machine that is used to lift and moves heavy equipment from one place to another place. In an overhead crane remote control hook and line mechanism are used.  This mechanism runs along a horizontal beam.

Overhead cranes are used to transfer heavy equipment or materials over a long distance. Overhead crane remote covers a longer distance as compared to other cranes. The industries that usually use bridge cranes include the automobile industry, manufacturing, steel industry, warehousing industry, and construction industry. Applications typically include loading or unloading ships, transporting heavy materials on construction sites, and transporting components along assembly lines. Depending on the site, application, and travel distance, single beam, double beam, JIB or other types of overhead cranes can be used.

Safety requirements for overhead crane wireless remote control:

Three important crane remote control design considerations that have remained unchanged for centuries are: the crane must be able to lift heavy objects, the crane must not tilt when lifting loads and crane components, and the crane must not be damaged during operation. Another important consideration, especially during crane operation, is that no one should be injured.

OSHA records indicate that more than half of crane accidents are the direct result of inadvertent electrical contact. The metal part of the crane rubs against the power source, causing the crane to get an electric shock, causing physical injury to the operator, and injury to the personnel within the current range. Of the recorded deaths, most were crane operators. Further investigation revealed that inadequate safety planning, insufficient preventive safety measures, and insufficient operator training caused these accidents. Material overload is the second leading cause of bridge crane accidents. According to OSHA, 80% of crane accidents are directly caused by overload, which can cause irreparable damage to the crane and injury to the operator and other personnel on-site.

According to statistics, one overload accident occurs every 10,000 hours of work. Machine failure, skidding, and two locks are other causes of crane accidents. In 2012 alone, about 20 people died directly due to accidental falls of material. Most tow truck accidents occur due to negligence and lack of early warning; these two factors are easily remedied.

How Often Do Accidents Happen?  

Crane accidents are not unique to modern cranes. For example, in 2006, there were 72 crane-related fatal injuries. Between 2003 and 2005, there were an average of 78 accidents each year. This includes fatalities directly attributable to overhead crane control operations, as well as secondary fatalities. Most of these accidents are related to mobile cranes, railway cranes, and bridge cranes. The above-mentioned deaths included workers, electricians, welders, cutters therefore, ground crews and operators were also affected. Industry-related statistics show that the death toll in the manufacturing industry far exceeds the death toll in the mining industry. Texas has the largest number of accidents, followed by Florida, California, and Louisiana.

The cause of the crane accident:

Usually, the hook and rope system of the crane is installed on the beam. The girders of the overhead crane remote run-on parallel rails. Mobile cranes are installed on trucks or tracks, while EOT cranes are stationary. Ground personnel guides the crane operator during operation. In any crane operating process, there are three major risk areas: accidental contact of metal parts with the power supply, accidental falling of materials, and overloading. The failure or malfunction of one or more components can also cause an accident. Other areas of risk include errors in judgment on the part of the operator or poor communication between the operator and ground personnel. OSHA (Occupational Safety and Health Administration) has identified the proximate causes of the following crane accidents –

•           Overhead crane

•           Gantry crane

•           Monorail crane

•           Cantilever crane

•           Workstation crane

Although these are the proximate causes of accidents. These accidents can occur due to any or all of the following situations:

1.      Crane is unstable

2.      Load is unstable

3.      Defective component

4.      Near power source

5.      Ground personnel near crane operating area

6.      Space of communication between ground crew and crane control operator

7.      Training space

8.      Maintenance gap

All of this boils down to inadequate control of the conditions or environment surrounding crane operations, especially crane maintenance and crane components, the proximity of metal components to a power source, lack of replacement of component faulty or rapidly failing components, and ground personnel Lack of communication of generators between operators. Additionally, if ground crews stand too close to the crane, they will also be at risk, as shown in the statistics below. Close supervision of the crane and its operation can help reduce or even completely reduce the risk of accidents.

Guidelines for preventing crane accidents:

OSHA inspects a large number of overhead crane accidents and determines the precautions that must be taken. 

1.      Before each operation, a qualified inspector inspects the machine to check for mechanical failures

2.      Routine comprehensive inspections in advance

3.      Identify any faulty wiring, damaged components, or worn ropes or spools.

4.      Repair by qualified and trained personnel.

5.      By trained personnel who understand the rigging and load balance points.

6.      Check the load as much as possible

7.      Avoid working under a suspended load

8.      Regularly check the load capacity and safety margin of the equipment

9.      Use the equipment to mark the hazardous area when the capacity is slightly lower than (recommended radius is 90 feet) and do not work in this within the area.

10.   Develop pre-work plans to determine hazards, sequence of events, and hazardous areas

11.   Determine pinch points

12.   Determine and follow removal procedures

In India, the Bureau of Standards of India (BIS) Act (1986) has issued a legal document detailing the standards for the manufacture, assembly, operation, and maintenance of cranes and crane components. For more details about crane control equipment contact Anand Systems Engineering Pvt. Ltd.

[digitalanand2]

What are the reasons for choosing a radio remote control for cranes?

What is radio remote control and its types:

The name wireless itself implies that heavy machines or electronic types of equipment can be controlled remotely. Hence the wireless devices use radio waves technology to control the movement of electronic machines. 

The transmitter devices generate artificial waves to communicate with the end devices. This process is called a radio remote control. This device is used for the industrial sector to control heavy machines like cranes.

The cranes can also be subdivided into two parts such as static and mobile cranes. The crane which moves from one place to another place is known as a mobile crane and the crane which cannot move and is fixed at some point is called a static crane.

The overhead crane travels and works above the head at a specific distance of height. This type of crane can be managed by a remote control device such as push-button remote control and joystick remote control. The radio remote device can move the crane in an appropriate direction like long travel, cross travel and, hoist. The hoist is a part of the crane which is used to move the heavy-duty loads in upward and downward directions.

Working process of radio remote control for EOT cranes:

The push button devices communicate with the end devices when the signal is sent from the transmitter device. The push-button radio remote has many types like 2 buttons, 4 buttons, 6 buttons, 8 buttons, 10 buttons, and 12 buttons. While the joysticks remote device doesn't have a push-button they work on only two stick buttons.

Both the remote devices are can move and control the cranes. The transmitter is a small device that is used by the ground operator to control the crane. While the receiver is placed at the overhead crane's location. The receiver has an antenna through which it receives the signal from the transmitter device.

The signal is sent to a receiver in an encrypted form when the operator pushes the button on the transmitter device. When this data packet reaches the receiver than receiver first decodes the data and converts it onto the readable format. This mechanism happens around ten times in a second.

There are a few things that are observed by the industrial crane remote control system while communicating with the receiver device such as the signal strength, The communication gap, the number of errors occurred, the lost data packet, the signal quality, the number of successful transmissions to the receiver, the feedback from receiver, the range, the battery power, etc.

The receiver also transmits the signal to the transmitter device as feedback that sent data packet reached successfully. In between that the transmitter device adjusts the electric power automatically according to the length. The transmitter device has the feature of interlocked systems that means two buttons in the pair cannot be used at the same time.

Precedence of crane wireless remote control: 

The wireless remote control for overhead crane uses wireless technology for transmission of signal hence it pulls out the wired cable systems that result in less expensive. For transferring the signal the transmitter device uses the 2.4 GHz frequency band which is the latest and used across globally. 

The transmitter and receiver perform close-loop communication while communicating with each other. Because of this, the radio remote control adjusts the power automatically depending on the distance. If the distance is more in the middle of transmitter and receiver then the transmitter device consumes more energy. And if it is less the transmitter device takes less energy.

Due to the wireless technique, the operator doesn't have to go close or sit inside the crane that helps minimize the risk factor. The operator can easily control the crane from a safe and long-distance. The transmitter works on the battery system which is durable and can last a long minimum of six months.

While transmission of signal the hopping frequency techniques are used by the hoist crane wireless remote control to avoid unwanted errors and to keep changing the continuous transmission of the signal. The communication in the middle of the transmitter and receiver takes place more than ten times in a second.

Closure:

The joystick remote control and push-button remote control have their specifications and features. The joystick radio remote can move the crane 5 steps ahead where the push-button radio remote can move the crane in 2 steps. The push-button remote control is more used as compared to the joystick radio remote. Hence the many manufacturing companies produce radio remote control devices.

The best crane remote control is manufactured from the Anand Systems Engineering Private Limited. The built quality of the radio remote device is made in such a way that it can protect from shock and corrosions. The remote control device is highly optimized and customized. The transmitter device performs well in harsh industrial conditions. For the crane remote control price and its specification visit the official website.

[acropolisengg]

Telecrane Radio Remote Control | Industrial Radio Remote Control

Acropolis Engineering supplies a wide range of industrial radio remote control, Crane Remote Control, crane wireless push-button type radio remote controls, and eot crane radio remote control.

Website: https://www.acropoliscranes.co.in/

[verdantlifescience]

EOT Cranes

EOT (Electric Overhead Traveling) cranes are a type of material handling equipment commonly used in industrial settings for lifting and moving heavy loads. In this article, we will explore the features, types, working principle, advantages, applications, and safety considerations associated with EOT cranes.

What are EOT Cranes?

EOT cranes, also known as overhead cranes or bridge cranes, are large machines designed to lift and transport heavy objects within a defined area. They consist of a bridge or girder that runs along elevated tracks, supported by end trucks on either side. The hoist and trolley mechanism attached to the bridge enable vertical and horizontal movement of the load.

Types of EOT Cranes

Single Girder EOT Cranes: These cranes have a single girder supporting the hoist and trolley mechanism. They are suitable for light to moderate lifting requirements and are cost-effective.

Double Girder EOT Cranes: These cranes feature two girders that provide increased load-bearing capacity and stability. They are commonly used for heavy-duty applications.

Components of EOT Cranes

EOT cranes consist of various components, including:

Bridge: The bridge or girder carries the hoist and trolley assembly and spans the width of the working area.

End Trucks: These are located on either side of the bridge and support its movement along the tracks.

Hoist: The hoist is responsible for lifting and lowering the load.

Trolley: The trolley carries the hoist and facilitates horizontal movement along the bridge.

Electrical System: This includes the power supply, controls, and safety features.

Working Principle of EOT Cranes

EOT cranes operate by using an electric motor to drive the hoist and trolley mechanism. The motor converts electrical energy into mechanical energy, which enables the lifting and movement of the load. The operator controls the crane's motion using a pendant control or a wireless remote.

Advantages of EOT Cranes

High load capacity: EOT cranes are capable of lifting and moving heavy loads, making them ideal for industrial applications that require efficient material handling.

Versatility: These cranes can be customized and adapted to suit specific operational requirements, such as different lifting capacities and spans.

Improved efficiency: EOT cranes enable swift and precise movement of loads, reducing manual effort and increasing productivity.

Space optimization: The overhead configuration of EOT cranes allows for maximum floor space utilization, as they do not obstruct ground-level operations.

Applications of EOT Cranes

EOT cranes find applications in various industries, including:

Manufacturing plants: EOT cranes are used for lifting and moving raw materials, finished products, and heavy machinery within manufacturing facilities.

Warehouses: These cranes aid in the efficient stacking, loading, and unloading of goods in warehouses.

Construction sites: EOT cranes assist in lifting construction materials and equipment to different heights and locations on construction sites.

[anandrrc]

Crane Wireless Remote Control for better performance

Many new cranes and hoists come with radio remote controls and are becoming more and more popular when upgrading existing cranes. A radio remote control is often used to operate a crane. Using crane control equipment has many benefits, such as safety, increased productivity, flexibility, etc.

Radio Remote Control is a machine used to lifting or moving heavy material with help of a crane. The remote control can travel over a long distance. Many industries focused on safety first. Remote control device creates safer work environment. Crane remote control reduces the risk of an accident happened in the workplace or area.

Why increased use of wireless remote control for cranes?

As we know, the wireless remote control is safer for workplaces and personnel. Different types of cranes are used in many industries such as eot crane, overhead crane, mobile crane, etc. These cranes are used for lifting and moving heavy equipment or material from one place to another. But it is quite may be risky, but crane remote control reduces the risk of an accident.

EOT crane remote control provides safety. It has allowed the operator to identify obstacles and controls the operation of the crane. In an emergency condition, the operator can stop all operations of the crane by pressing the emergency stop button. Safety is the main reason for the increased use of wireless remote control for cranes.

Another reason is the ease of use. Radio remote is a portable and handheld device. It is a wireless device so; An operator does not require to stay near the load and operator the crane. By using remote radio an operator can control the crane away from the load. Anand Systems designs radio remotes for ease to use and better performance.

The technology used in crane wireless remote control

Crane remote control is based on radio frequency (RF) waves or Infrared waves. Infrared waves have a shorter frequency range as compared to radio waves. Radio Frequency (RF) based remote control is commonly used to operate the cranes. It provides a wider frequency band.  

Radio remote control has two operating units as the remote transmitter and the receiver. The transmitter transmits the encrypted signal to the receiver through an air medium. On the receiver side, it is connected to the crane control panel. The receiver receives the transmitter’s signal and decodes it. This data signal is forwarded to the assigned relay and the relay is activated the on/off the switches on the crane control panel as per the given signal.

Types of radio remote control

Crane remote control is available in wired and wireless control. A Crane pendant is a wired device used for controlling the crane. The crane pendant is wired to the crane therefore operator requires to stay near the crane. But radio remote control is a wireless device so, the operator does not require to stay near the load.

Wireless remote control for eot crane is available in different types such as 8 push buttons, 12 buttons, and joystick radio remote control. All wireless crane remote control has a wide operating range. It reduces the risk of an accident. A radio remote is a powerful device and provides a line of sight to the operator. Therefore, the operator operates the crane easily.

Anand Systems designs the 8 buttons wireless remote control, 12 button radio remote, Joystick radio remote control. These all devices are highly configurable and suitable for any type of crane. Anand Engineering designs the remote control using advanced technology and updated software.

Where is the usage of radio control remote?

Wireless radio remote control has a wider application area. Here are some of the industries which are used radio remote control for cranes. Crane wireless remote controls are widely used in manufacturing industries. Construction industries are the main industry that needs remote control devices to operate the crane.

Steelmaking industries, shipbuilding, power plants, heavy engineering, automobiles, and cement industries are using remote control devices for cranes. As industrialization increased the need for remote control is raised.

Conclusion

Radio remote control is based on advanced technology and different updated software. Therefore, different industries used crane remote control for controlling the cranes. It provides safety to the laborer and workplace also. Different crane control devices are available in the market because of increasing demand.

Anand Systems Engineering is a leading crane remote control manufacturer in India. Our team designs the customer needs and standard radio remote control for cranes. Due to advanced technology and updated software Anand remote control device gives reliability, durability, and better productivity.

For better performance and safety, you can buy a crane remote control from Anand Systems Engineering Pvt. Ltd. To know more about crane control equipment please contact our official website.

[anandrrc]

Why crane remote control?

A radio remote control is widely used for operating a crane. A crane control equipment has many benefits like safety, enhance productivity, flexibility, etc. Here are few reasons why use a wireless radio remote control for cranes?

Operator and workplace safety

Radio remote creates a safer work environment. Because of wireless radio remote control reduces the risk of injury when moving loads. Radio remote controls also provide crane operators with a wider view of the work area to ensure that the load path is clear and that personnel is not in danger.

Remote control cranes easily allow the operator to avoid barriers on the floor or work area. A crane pendant push buttons are wired to the crane, therefore, the operator needed to operate the crane sitting inside the crane cabin or near the crane.

Easy to use

Radio remote controls are easy to use. Anand crane control devices are manufactured by advanced software and modern technology. Different indications like low battery indicator, emergency stop key made it a handier device.

Drivers who are used to working in a cab can easily switch to radio controls, as the operational functions of crane remote control device and pendants are very similar. The same applies to changing from a pendant control station to radio control.

Operators can move closer to adjust and position the load.

Radio crane controls allow the operator to easily handle harmful situations. While operating the crane, due to any reason crane accident can happen. Radio remote provides an emergency stop button in an emergency. If pressing this button crane will automatically stop its working and helps to avoid accidental damages.

In contrast to this, the cable from a manual push button station can hang the system or stop after a load on the machines and other objects in the system. Many push button stations controls need to be replaced when they encounter obstacles. This is not a problem with the eot crane remote control.

Improves safety and productivity

Advanced wireless remote control for crane has improved the safety of the operator and workplace. Safety is important while operating a crane. A crane wireless remote control does not need to operate the crane nearly. The operator can operate the crane away from the load. It can help to avoid hazardous conditions.

The crane operation can be shared by several trained operators.

Two or more people can operate the crane at the same time. To meet work requirements, crane operation can be shared between an operator in the cab and a radio-controlled operator on the ground.

Mobility

Crane operators can move cranes from one location to another while still connecting to the network. The wireless network offers operators perfect flexibility. Every workplace wants to increase productivity and safety; therefore, mobility is an important factor. Anand Systems designs the crane remote control user-friendly. It gives better mobility, safety, and productivity.

Conclusion

Considering all the above factors Anand Systems Engineering has introduced a customer-specific standard radio remote control for cranes with enhanced machine processing functions. The radio remote control of the Anand system for eot cranes is manufactured with industrial quality and ensures safety and productivity.

You can use Anand Systems Engineering remote controls with a high level of safety to work longer and more easily. If you are looking for the best radio remote control for cranes then contact Anand Systems Engineering Pvt. Ltd. Or you can buy crane remote control from our official website

[anandrrc]

Radio Remote Control for easy material handling

Introduction

Cranes are used in several industries such as material handling, automotive, aerospace, pulp and paper, steelmaking, chemical, and minerals as well as in the logging, railway stations, warehousing, and shipbuilding industries. A radio remote control is used to control all the cranes.

Traditionally, industrial cranes were operated by human operators sitting in the crane cabs. In such cases, hand gestures from an individual outside the crane show the operator's actions. In other cases, if a person outside the crane operated the unit instead of having an operator seated in a cab, the pendant control stations hanging from the crane were operated.

In recent decades, technology has developed so much that cranes can be operated remotely. Although this technology has been around since the 1960s, it has continually improved over the years, with newer systems offering more safety, reliability, efficiency, versatility, and cost savings than in the past. The two standard technologies for operating the crane remote control are radio frequency (RF) and IR waves.

Although both are still available, RF wave technology is the more popular of the two, accounting for about 98 percent of the market due to its advantages over infrared technology, according to material handling. The infrared signals have shorter operating ranges compared to RF signals. Additionally, infrared light can be deflected by dust or other airborne particles and even blocked by larger objects in its path.

The technology used in wireless radio remote control

An industrial crane remote control system consists of two units. One is a handheld and portable transmitter that generates control signals. The other is a receiver that is mounted on the crane. And it is linked to the crane control panel. Each switch on the transmitter generates a specific combination of data that is sent to the receiver, which then decodes the signals and transmits them to the crane control panel.

Different types are available in crane control equipment, such as crane pendant push button, 8 button radio remote control, 12 buttons remote control, and joystick remote control. The receiver is the same for all transmitters. Crane pendant is a wired crane control device. It is wired to the crane. Radio remote control is based on wireless technology.

Wireless remote control for crane help to reduce accident happened while operating the crane. The reason for avoiding an accident is the emergency stop button and another operator operates the crane coverage area.

Benefits of crane wireless remote control

The wireless remote control has many advantages, but some are described below.

Many accidents happen because of improper machine handling, lack of knowledge about handling cranes, a lack of well-trained operators. A wireless remote control helps to reduce human mistakes and decreased the accident rates caused by human error.

Safety is a vital parameter in crane operation. All industries focused on safety parameters. Crane accidents occur due to inadequate safety planning, a lack of safety measures. Anand Systems Engineering is focused on safety parameters. The Anand crane remote control devices are manufactured with industrial quality and assurances of safety and productivity.

The emergency stop button performs an important role in an emergency. If the emergency stop button is pressed during a dangerous situation, a crane automatically stops all operations and stop harmful situation at the workplace.

Anand's wireless remote control for eot crane is more reliable and easier to use. The ergonomic design of the radio remote control prevents accidental operation. The radio remote control of the crane offers great mobility. With the crane control devices, a worker can move freely to operate a crane at a safe distance that avoids detrimental situations.

Anti-Sway control for cranes

When operating any crane, the crane operator must ensure that only very slight vibrations or swinging from the crane occur when moving the load. Swinging the crane can create a dangerous workplace situation. To avoid such situations, Antisway Control is used. Antisway handles the speed of the motor controlled by the PLC.

Anti-Sway control is effective while the load is moving and the length of the load suspension is irrelevant. Therefore, the hoist does not have to be at maximum lift height to minimize sway. This allows the crane and trolley travel movements to start more quickly, which in turn saves transport time.

By implementing sway control with closed control loop communication, load shifts are avoided due to human error (e.g., misalignment when lifting the load) and external influences (e.g., wind load). It offers safety in the workplace.

Conclusion

With the help of crane control equipment, material handling was made easy. Anand Systems Engineering manufactures crane control devices with advanced technology and software. While manufacturing radio remote control for cranes, the Anand team is focused on fulfilling the customers' needs.

[anandrrc]

Wireless Radio Remote Control for Your Crane

The industrial crane is also known as an overhead crane. These cranes are work overhead at height. EOT crane is another type of crane which are widely used in industrial application. It has different types such as single girder eot crane and double girder eot crane. To operate a crane using the traditional method is quite risky. To control different types of cranes wirelessly, Anand radio remote control is the best option in overall crane remote controls.

Anand radio remote control can move in different directions such as up, down, forward, reverse, left, right, and on, off. It also has the ability to long travel and cross travel. A radio remote control for an industrial crane has available in a transmitter and a receiver.

Why Crane Remote Control?

The radio remote control completely works on wireless technology, and therefore the operator can operate the crane from a long distance or in a coverage area. The device can send and receive the signal from a distance of up to 200 meters. The main advantage of the crane radio remote control is that it does not have cable, so the operator does not need to stay near the crane. Another feature of the device is that it automatically adjusts performance. This means that if the distance is less than the device it consumes little power and if the device is far from the crane, adjust the power as needed.

How does wireless crane remote control work?

Electromagnetic waves that oscillate in the frequency range of 10 kHz to 300 GHz are known as radio waves and microwaves. A hoist crane wireless remote control uses radio wave frequency. The radio remote control of the crane uses transmitters and receivers to send and receive the signals.

A push button on the radio remote control creates transmitting data for the receiver. The transmitter transmits the encoded data to the receiver.  This encoded signal is sent from the transmitter which is controlled by the operator. And this signal is received by the receiver that is connected to the crane control panel. When the signal reaches the receiver, the receiver decodes or decrypted the transmitted signal and assigns that data to relays. These relays activate the switches according to the assigned relay on eot crane control panel.

The communication between Anand transmitter and Anand receiver takes place more than 10 times per second. The transmitter side continuously monitors different factors of communication link like the number of successful transmission attempts, received signal strength, link quality indicator, lost packets, etc.

Anand Transmitter and Receiver

The transmitter is the portable remote control. Each button activates the remote control of the EOT crane and generates a collection of information for the crane receiver. This information is first encrypted and then transmitted to the recipient.

Anand transmitter and receiver are highly customizable and configurable. With insurmountable safety and reliability, you can configure your radio remote control according to your crane. It is not only customizable but also reliable.

Anand Systems uses software programmed to have a custom range of 10 to 200 meters, depending on user requirements, without the need to change hardware. Anand eot crane remote controls were designed from the ground up to be able to transmit signals over long distances with as little power as possible.

Why Anand Radio Remote Control for the crane?

Anand Systems Engineering is an Industrial Crane Remote Control Manufacturer. Anand systems use advanced technology and software for crane control devices for crane remote control. Anand radio remote uses the 2.4 GHz frequency band for worldwide use. Anand remote controls are designed as close to the ground as possible to transmit alarms over long distances on the ground.

Anand Remote Control Crane is quite optimized and specially developed for your eot crane. We offer a large selection of remote crane controls to achieve the goals: Reduce production downtime with an exceptionally high level of reliability and increase safety through assembly equipment and the best possible standard of protection.

[anandsystems]

Radio Remote Control for Overhead Crane in India. Anand Systems is India's leading industrial crane remote control manufacturing company. The Best EOT crane remote control is manufactured by Anand Systems Engineering Pvt. Ltd. Anand Crane Remote Controls are designed from the ground up for harsh Industrial Use. Buy crane wireless remote control in affordable price.

[digitalanand2]

Is Radio Remote Control worth for crane?

Wireless devices:

When we talk about wireless electronic devices than few things come to our mind like AC(Air condition), TV(Television), Fan, Bluetooth speakers, Wi-Fi, etc. This type of device is controlled remotely through a wireless device known as a remote control.

This technique of remote controlling is used in the industrial and construction field also. When the heavy electric machine or equipment is controlled through remote control is referred to as radio remote control.

Radio waves technology is used for controlling wireless devices. The overhead crane that travels and works above the head can be controlled by a radio remote device in a particular manner like upward, downward, left, right, etc.

The working function of wireless remote control for crane :

The transmitter and receiver are two devices that are used for the transmission of signals. The transmitter device is operated by the operator can be handled from one hand also. The receiver is placed at the overhead crane location and it receives the signal through the antenna.

There are many buttons present in the transmitter device like start, stop, left, right, forward, reverse, upward, and downward. With the help of these buttons, the crane can be controlled in specific directions like long travel, cross travel, and hoist. When the operator presses the button on the transmitter device a signal (data packet) is sent to the receiver in a secure mode. 

When the data packet reaches the receiver end then the receiver first decodes and decrypts the data. The receiver also transmits the signal to the transmitter as feedback that the data was received successfully. This communication process in the middle of receiver and transmitter happens more than ten times in a second.

While close loop communication with the receiver the transmitter device adjusts the electric power according to the distance. if the distance is near it takes less energy and if the distance is far then it takes more energy. The radio remote device can expand the signal reach from ten meters to two hundred meters according to the signal quality.

The overhead crane remote control systems looks at many things while sending a signal to the receiver such as the signal quality, the number of successful transmissions, the lost data packet, the number of errors that occurred, the communication gap between the receiver and transmitter, the battery consumption, etc. 

The transmitter device is equipped with interlocked features in a pair of buttons. Like up and down buttons have interlocked features if a down button is pressed at that time the up button cannot be used until the object reaches its destination. 

Why choose crane wireless remote control: 

The main advantage of crane remote control is that it works on wireless technology and removes the need for wired cable systems. Because of this, the operator can operate the crane from a safe distance also. The transmitter device uses the 2.4 GHz frequency band for the transmission of a signal that is globally used.

The transmission of signal in the middle of transmitter and receiver is more than ten times in a second and the communication can range from ten meters to two hundred meters according to the signal. The device is built in such a way that it can be protected from corrosion and electric shock. The transmitter device can easily 

The battery used in the transmitter device is durable can be used for a minimum of six months. The hopping frequency technique is used by the radio remote device to avoid unwanted trespassers and for changing the continuous transmission of the signal. The transmitter is can send the signal at a low battery also.

The transmitter device sends the signal to the receiver always in encrypted form for the safety of the data packet. While communication if any error or lag is found in the system at that time the radio remote device suddenly stops working. The wireless radio remote device is cost-effective as more secure than the wired technology system.

Top crane remote control manufacturers:

Yes, the above points indicate that radio remote control is worth for crane. Nowadays most industries are using the EOT crane radio remote for cranes as compared to the crane pendant. The radio remote device uses wireless technology for communication and hence it removes the need for cable wire systems that result in to less expensive.

The best quality of crane remote control is only manufactured from the Anand Systems Engineering Private Limited. This industry supplies the radio remote control all over India based in the Mumbai location. The transmitter device is made in such a way that it provides the stability and reliability. The radio remote device is highly customized and optimized for communication. For crane remote control price and its features do visit the official website.