Safety Preparation: Adequate safety preparations must be made before wire rope replacement. First, determine the safety boundaries of the work area and provide the staff with the necessary personal protective equipment, such as hard hats, safety shoes and gloves. Then, make sure the bridge crane is off, cut off the power, and lock it to prevent accidental start. In addition, check and ensure that other related equipment and accessories are in normal condition.   Determine the replacement time: It is very important to choose the appropriate time for wire rope replacement. In general, wire rope replacement can be performed during production downtime or during planned maintenance to minimize disruption to production and work. At the same time, the time and human resources needed for the replacement need to be estimated in advance to ensure the smooth operation of the replacement.   Check the wire rope hoist: Before replacing, the wire rope needs to be carefully inspected. Use professional testing instruments to detect the wear degree, broken wire and whether there are cracks and other problems of the wire rope. If the wire rope is found to have exceeded its service life or to be severely worn and damaged, it must be replaced immediately. Unload the old wire rope: First, professional tools are used to gradually unload the old wire rope from the pulley, reel and hook parts of the overhead crane. In the unloading process, it is necessary to ensure smooth operation and avoid accidents or loose steel wire ropes caused by improper operation. At the same time, clean the unloaded steel wire rope in time to prevent it from causing harm to other staff or equipment.   Install new wire rope: Check the components of the overhead such as pulley and reel to make sure they are in good condition before installing the new wire rope. Then, using a suitable tool, the new wire rope is gradually threaded through the pulley and reel and attached to the hook. In the connection process, pay attention to the correct fixing method and tightening strength to ensure that the connection is firm and reliable.   Debugging and testing: After the wire rope replacement, the corresponding debugging and testing work must be carried out. First, confirm that the installation position of the wire rope is correct, and adjust the corresponding tension and alignment. Then, load experiments and operation tests were performed to verify the normal operation of the overhead crane and the wire rope. If any abnormal conditions or faults are found, they should be repaired and adjusted in time.   Record and maintain: After the wire rope replacement is completed, the relevant replacement records and maintenance information should be recorded. Including the replacement time, replacement reasons, the use of wire rope specifications and models. These records are very important for future maintenance and management, which can help track the usage and maintenance history of the overhead crane, and improve the efficiency and safety of crane management.

Metallurgical cranes refer to bridge-type cranes used in metallurgy, casting and other places for lifting molten metal. They are also called metallurgical cranes. Nowadays, many small cast iron, cast steel and other metal smelting companies are using ordinary single-girder cranes, but due to their design limitations, there are obvious hidden dangers, and the service life is greatly reduced. It is safer to switch to metallurgical driving as required. Compared with cranes used by general enterprises, Dingya metallurgical cranes have the characteristics of frequent use, harsh environment, high security performance and high automation. Starting from the transmission scheme, to the selection of components and wires, as well as component layout, wiring methods, and even electrical the sealing, cooling and other issues of the room and cabinet have been comprehensively considered and designed. Since there are many types of metallurgical cranes and each completes different tasks, Dingya will meet the needs of various types of cranes based on a variety of transmission control schemes. Some require high efficiency, but have no requirements for speed regulation; some require speed regulation when descending, but no speed regulation requirements when rising; some require speed regulation for both rising and falling; some require fast and reliable braking (electromagnetic braking,Iron brake); some require smooth braking (hydraulic push rod brake). These Dingya metallurgical cranes will be designed in strict accordance with the requirements.Since there are many types of metallurgical cranes and each completes different tasks, Dingya will meet the needs of various types of cranes based on a variety of transmission control schemes. get more details from https://www.dingyacrane.com/. Some require high efficiency, but have no requirements for speed regulation; some require speed regulation when descending, but no speed regulation requirements when rising; some require speed regulation for both rising and falling; some require fast and reliable braking (electromagnetic braking). Iron brake); some require smooth braking (hydraulic push rod brake). These Dingya metallurgical cranes will be designed in strict accordance with the requirements. The production of metallurgical enterprises is continuous production with excellent efficiency. The cranes responsible for transportation tasks work continuously 24 hours a day and are used very frequently. Therefore, Dingya Metallurgical Cranes will maintain sufficient margins in the selection of electrical components and wires. The production of metallurgical enterprises is a joint operation of multiple machines to complete a certain process. Every machine on the production line is required to work reliably, otherwise it will affect the entire production line, and once production is stopped, it will cause huge losses. Therefore, Dingya Lifting uses very reliable electronic control equipment with complete protection.For machines above 300 tons, the overall large reducer model is used, which improves the stress state of the main trolley and avoids the disadvantage of excessive main trolley wheel pressure. It can obtain smaller left and right limits of the trolley and improve the safety and reliability of the lifting mechanism. There are few transmission links and easy maintenance. Small and medium-sized metallurgical cranes use double-girder and double-track single trolleys, double trolleys, and double trolleys. They have light weight, small dimensions, and large extreme dimensions on one side, and can complete the tank dumping action. The metallurgical cranes produced by Dingya Hoisting Machinery Co., Ltd. have high reliability, safety monitoring, and high-configuration performance. We have carefully designed and manufactured a large number of metallurgical casting cranes for major domestic and foreign steel companies, and have been widely used in the metallurgical industry. Good reviews from users.  

Since ordinary electric hoists produce a large amount of fine particles during operation, they cannot meet the cleanliness requirements of special workshops in high-precision electronics, food, aviation and other industries. Therefore, Dingya Crane has been actively conducting research and development of safe, clean, compact, reliable and efficient material handling solutions. After years of efforts and experiments, Dingya Crane has developed a series of products suitable for clean space environments. The crane can be used in various clean workshop environments such as biotechnology, medical equipment, pharmaceutical production, food production, and semiconductor manufacturing. Our cranes, with lifting capacities ranging from 50 kilograms to 50 tons, can be used in environments with a cleanliness level of 1000, including different structural forms such as wire rope hoists, chain hoists, and belt hoists. For different industries and cleanliness requirements, Dingya Crane can provide you with the best handling solutions with its R&D strength and rich industry experience. Based on the growing demand from customers around the world for safe and clean lifting equipment. Dingya Crane has specially developed overall solutions for clean rooms. Our vision is to become a pioneer and expert in the clean room hoisting industry, leading the application and transformation of new technologies in the field of clean hoisting. 1. Safe and reliable High-quality. High-quality components are the basis of excellent quality. Clean cranes have much higher requirements for component selection than other crane products, from hoisting motors to reducers, from reels to wire ropes, from safe and reliable electrical components to structural components that strive for excellence. , Dingya takes every component seriously, because only the components with good performance and quality can ensure the performance and quality of the entire machine. 2. Compact structure. Based on its own design concept ,Dingya clean crane is lightweight, modular and compact in structure, providing customers with better material handling solutions. Based on the unique structural characteristics of the clean room, the trolley can lift loads of the same height from various directions. Provide the most ideal workspace for crane operators, allowing the crane to lift and transport goods to any corner of the clean workshop. 3. Precise positioning . Smooth and precise operation ensures that components avoid vibrations and fluctuations of themselves or the environment. Exquisite drive technology ensures comprehensive control of component lifting. Extremely low torque design and high-strength structure ensure the consistent excellent performance of our equipment. 4. Clean and environmentally friendly .   Dingya Crane meets the strict requirements of dust-free space. On the one hand, it selects parts that are less likely to produce particles. On the other hand, it conducts a closed design on the moving parts that may produce tiny particles to prevent particles from leaking out and contaminating other workpieces or products in the workshop. At the same time, components that require lubrication such as bearings and drums are sealed and maintenance-free, and leak-proof measures are adopted to ensure no oil dripping. In addition, the high-performance driving equipment brings a super-quiet operating experience, making the operating environment more comfortable, and embodies the people-oriented design concept.      

European crane refers to a new type of crane designed based on European lightweight and modular design concepts, combined with China's usage characteristics and new requirements for gantry cranes. In recent years, the concept of European cranes has been formed in the industry and gradually replaced traditional cranes. These mainly include: European type bridge cranes, European type gantry cranes, European type jib cranes and other industrial cranes. The main reasons why European cranes are widely recognized are as follows: 1. It includes the basic characteristics needed for a crane, such as small space occupation, stability, high working level, convenient maintenance, advanced technology, and aesthetic appearance, etc., gradually replacing traditional cranes. 2. Compared with traditional cranes, the dead zone of the European crane's hook is smaller, which can improve space utilization and efficiency. At the same time, the height of the factory building can be appropriately reduced, which can reduce the initial investment. 3. European cranes have low operating noise, which can make the production environment quieter and avoid noise pollution. 4. Optimized design of European crane main beam using lightweight and flexible technology. It adopts new energy-saving technologies such as European direct drive and variable frequency drive. Adopting the world's leading crane optimization design and variable frequency drive technology. Dingya European crane not only have the above characteristics, but also integrate crane research and development, manufacturing, sales, installation and service. If you have any needs for cranes, welcome to send your inquiry! Dingya is happy to provide you with various solutions. Click https://www.dingyacrane.com/ for more details.

What is an overhead crane? Overhead cranes, also commonly known as bridge cranes, are lifting equipment that are placed horizontally over workshops, warehouses, and material yards to load, unload, or move materials to save resources and improve efficiency. Dingya Crane will provide you with various types of overhead cranes, and you can also choose customized cranes. The main features of bridge cranes are as follows： 1. The bridge crane has a relatively complex mechanical structure and can complete lifting, lowering or horizontal movement. 2. Bridge cranes can handle a variety of materials, with capacities ranging from 1 ton to hundreds of tons. 3. Bridge cranes operate in complex operating environments and can be used in manufacturing, mining, metallurgy, chemical plants, steel plants, railways, etc. 4. The use of bridge cranes can greatly reduce labor intensity, improve operating efficiency, and realize mechanization and automation of operations. Bridge cranes are also widely used in manufacturing, mining, steel, chemical industry, railway transportation, ports and terminals, logistics turnover and other industries. Construction sector In the construction industry, bridge cranes are mainly used for hoisting high-rise buildings and large engineering materials. Bridge cranes can complete vertical lifting and horizontal transportation of heavy objects, improving work efficiency and reducing operating risks. Logistics and warehousing Bridge cranes are often used in logistics centers to transport, load and unload goods, and improve the efficiency of warehouse storage. Industrial production Bridge cranes are widely used in industrial production fields such as machinery, metallurgy, shipbuilding, and aviation. In these fields, bridge cranes can be used to carry heavy objects, install machinery and equipment, load and unload raw materials and finished products, etc. Bridge cranes can bear larger weights, have a high degree of stability and precise positioning capabilities, which greatly improve production efficiency, reduce labor intensity, shorten construction periods, and save manpower and material costs. In short, with the rapid development of science and technology, various domestic advanced electrical control and mechanical technologies are gradually being applied to cranes. Bridge cranes are becoming more and more automated, their structures are becoming simpler, their performance is more reliable, and their lifting capacity is getting larger and larger. , the varieties are becoming more and more complete, and the application fields are becoming more and more extensive. Dingya Crane will provide you with more choices, welcome to consult!      

1.Overview of major hoisting machinery accidents The crane has a large operating height and a wide coverage area, and can hoist various types of construction heavy objects. However, during actual operation, safety accidents are prone to occur. Safety accidents during the hoisting process will not only cause huge economic losses to the construction unit, but also cause irreparable damage to the lives and property of the construction workers. Accidents mainly include accidents involving damage to mechanical equipment; accidents involving short heavy ropes, decoupling of heavy objects, broken hooks, and broken booms; accidents involving the impact of external factors on the environment, etc. 2.Danger area analysis a.Under high voltage wires Crane work often needs to be carried out under high-voltage power lines, which is also one of the areas most prone to electric shock accidents. High-voltage wires have a long induction range. If the crane approaches this area, an electric shock accident may occur due to excessive induced current. b.There is a safety hazard in the wire rope of the crane itself. During use, there was a slight breakage problem, and the hook was obviously deformed and loose. Heavy objects falling from high places may cause casualties and other problems. c.Overload in actual hoisting operations. It is the lifting machinery operator's lack of safety awareness and lack of in-depth understanding of the weight of the sling or the object to be transferred before the transfer operation. Overloading can damage the sling, causing the sling to loosen or fall, causing heavy objects to fall from high places and causing casualties. 3.Meassure a.Regularly check the electrical equipment of the crane to ensure that wires, plugs, etc. are in good contact, and to prevent aging and damage of wires. b.Set up safety isolation fences or signs around the bridge or gantry crane, and strictly prohibit unauthorized personnel from approaching. c.The construction contracting unit must strictly formulate a complete construction environment supervision and management mechanism, and conduct quality and safety management of the environment and lifting machinery based on the requirements of construction drawings; d.Complete hoisting machinery maintenance mechanism. Since hoisting machinery is generally constructed in an open-air operating environment, it is prone to mechanical wear, low operating speed, short service life and many other problems. For this reason, it is necessary to carry out regular maintenance on the lifting machinery and improve the maintenance mechanism of the lifting machinery. 4.Summarize In summary, Dingya Crane reminds you that during engineering construction, you must pay attention to the safety of the use of lifting machinery, take measures to prevent accidents, guide workers to gradually develop safety awareness, regularly organize workers to conduct safety knowledge and skills training, and effectively strengthen the safety awareness of workers. Safety supervision of heavy machinery and scientific and rational use of machinery and equipment.  

The crane type should be selected taking into consideration the following points: (1) The span, height, component weight and hoisting volume of the structure, etc.; (2) Construction site conditions; (3) The status of the existing lifting equipment of the enterprise and the region; (4) Construction period requirements; (5) Construction cost requirements. The main reasons are as follows:   1.Cranes have a wide range of uses and many models. It is important to choose the appropriate bridge crane model according to different uses. Generally speaking, cranes can be basically divided into gantry cranes and bridge cranes. Generally speaking, gantry cranes are mostly used outdoors, and bridge cranes are mostly used indoors where walls are used as supports. For small lifting objects, you can choose a single-girder bridge (gantry) crane, and for heavy lifting objects, you can choose a double-girder bridge (gantry) crane.   2.Secondly, determine the crane model and tonnage: Each type of crane is divided into different models according to different lifting tonnage, functions, and grabbing heavy objects. For example, electric single-girder crane, single-girder gantry crane, beam bridge crane, etc.   3.In addition, you must determine the tonnage of goods that the crane you purchase will be able to lift. The tonnage cannot be too small, otherwise the crane will be easily overloaded, and if it is too large, it will easily increase the cost of purchasing the crane.   4.Determine the parameters of the crane again: The main parameters that need to be determined are: the span of the crane, which is the distance between the two outriggers; the lifting height of the crane, which is how high the heavy object needs to be lifted; the lifting capacity of the crane; the operating method of the crane, Generally, there are three operating methods for gantry cranes and bridge cranes: operating room operation, ground operation, remote control operation, etc. The selection of cranes is not only related to the life of the crane, but also to equipment and personal safety, to the improvement of productivity, to energy conservation and emission reduction. Reasonable selection of cranes is very important. There are many crane manufacturers across the country, and their production levels vary from good to bad. Choosing a good crane manufacturer not only has good crane quality and low failure rate, but more importantly, it is less likely to cause safety accidents. When you choose Dingya Crane, we will give you a specific plan for your specific project, saving the maximum cost while making more reasonable and efficient use of the crane!

The end beam of the European crane is a horizontal frame on the tracks at both ends of the factory building. It can be lifted and lowered. The lifting trolley can run along the main beam load, and the main beam can run longitudinally along the tracks on both sides, using the space below to lift materials. of lifting machinery. The high-efficiency European-style crane has won the favor of all walks of life for its energy saving, low noise, and excellent failure rate control. In this big family, Duanliang plays a key role. There are several points worthy of our attention: 1Compact structure. The size of European-style cranes has become smaller, and the space saved can make them better suitable for operations in limited space conditions. 2 end beams for high strength. Bear loads and unexpected impacts. Proper design also reduces stress concentration, making the structure stronger and more stable. 3. Lightweight. Using technology and lightweight materials, the end beam is lighter and easier to install, reducing the energy consumption of the crane and improving environmental benefits. 4. Safe. The safety protection system of European-style cranes minimizes the risk of accidents such as overloading, provides operators with the greatest safety guarantee, and allows the equipment to operate stably. 5 Flexibility. The design is user-friendly and customized according to actual needs. For example, if the load and span are different, corresponding end beams are needed to adapt, which can enhance the equipment's ability to cope with various situations. In general, the advantages of European crane end beams are their compact structure, high strength, lightweight, safety and adaptability. These characteristics have promoted their wide application in various industries. Choose Dingya Crane and learn more about it!

Gantry cranes, are a deformation of overhead cranes. The metal structure of the gantry crane is like a portal frame, two feet are installed under the bearing girder, which can walk directly on the track on the ground, and the two ends of the girder can have an overstretched cantilever beam, which has the characteristics of high site utilization, large operating range, wide adaptability and strong versatility, and is mainly used for outdoor freight yards, material yards, and bulk cargo loading and unloading operations. Gantry cranes can be classified according to the door frame structure form, according to the main beam form, according to the main beam structure, and according to the use form. Gantry cranes have the following characteristics: 1. Stable and reliable structure: Gantry cranes are usually composed of support beams, motors, traveling mechanisms, lifting mechanisms and control systems. The design of these elements allows the crane to withstand heavy loads and remain stable. 2. Adjustable and flexible use: Gantry cranes usually have adjustable functions, which can be adjusted according to different application needs. It can be used in a wide range of sites such as cramped warehouses, construction sites, and manufacturing plants. 3. Efficient lifting capacity: The gantry crane is able to handle heavy items and has a strong lifting capacity. Its lifting height and lifting speed can be adjusted according to demand. 4. Safe and reliable: The gantry crane adopts safety protection devices, such as overload protection, limit devices and anti-collision devices, etc., to ensure the safety of personnel and equipment during operation. 5. Automatic control: Modern gantry cranes usually use an automatic control system, equipped with a remote control or control terminal, which makes the operation more convenient and accurate In a word, gantry cranes are very important material handling equipment in modern society. It is often used to load, unload small or large items indoors or outdoors. It can do more than we can do, which in turn greatly improves your production efficiency and saves your costs. Choose Dingya crane to bring you high-quality products!  

European-style electric hoist with low headroom refers to the FEM standard and DIN standard, combined with 3D object modeling and finite element analysis technology, to further optimize the gear transmission, box structure and the size of each component, so that each component can reach the best value, so as to change its size and save installation space. Using German technology, all key components are imported from the original factory, such as energy-saving motors, safety brakes, load protection clutches, high-strength wear-resistant chains, etc. It has a lot of advantages, such as: 1. The European type electric hoist is light in weight, which can reduce the weight of the workshop or workshop. 2. The European electric hoist can run freely to any part of the industrial site, which increases the area of the project. 3. The height of the European type electric hoist is very small. Because the mechanical structure is different from the layout type, the transmission mechanism adopts a high-speed motor and a hard tooth surface deceleration system, and the small clearance can reach the so-called low clearance, and the lifting height can reach the corresponding height. 4. European electric hoist has the characteristics of high assembly precision, convenient transportation and long service life. 5. The structure of the European-style electric hoist is more compact and more stable. 6. European-style electric hoist is flexible in operation and reliable in performance With its excellent performance and diversified applications, European-style cranes have become the preferred choice in the fields of construction hoisting, machining, stage equipment lifting and other fields.  If you need to improve the driving and operation efficiency, choose the European electric hoist, contact us!

A crane is a mechanical equipment used for hoisting and carrying heavy objects. It is widely used in ports, construction sites, warehouses and other places. Its main components and structure are a precision engineering design. The main components and structure of the industrial crane will be introduced one by one below. Industrial crane mainly includes hoisting mechanism, operating mechanism, luffing mechanism, slewing mechanism and metal structure. The hoisting mechanism is the basic working mechanism of the crane. It is mostly composed of a suspension system and a winch, and some also use a hydraulic system to lift and lower heavy objects. The operating mechanism is used to transport heavy objects longitudinally and horizontally or adjust the working position of the crane. It is generally composed of a motor, reducer, brake and wheel. ​ The luffing mechanism is only equipped on jib-type cranes. The amplitude decreases when the jib is raised and increases when it is lowered. It is divided into two types: balanced luffing and unbalanced luffing. The slewing mechanism is used to rotate the boom and is composed of a driving device and a slewing support device. The metal structure is the skeleton of the crane. The main load-bearing parts such as bridges, booms and gantry can be box structures, truss structures, or web structures, and some can use shaped steel as supporting beams. How many parts does a crane consist of? A Industrial crane is a mechanical equipment used for lifting, transporting and loading and unloading. It generally consists of the following parts: 1. Support system: including machine tools, wheels, legs and foundations, etc., to support and stabilize the crane. 2. Hoisting machinery structure: including main frame, hoisting machinery structure (lifting arm, lifting mechanism, turntable and motor, etc.). 3. Drive system: including motion system and control system. The motion system usually consists of electric motors, hydraulic systems, gears, transmission mechanisms, braking devices, etc. The control system is used to control the movement of the crane. 4. Operation console: including crane operating panel, display screen and controller, etc., used to control and monitor the movement status of the crane. 5. Spreaders: including hooks, clamps, etc., used to connect objects, hoist and carry goods. The above systems are the main parts of the crane, and different types of cranes may contain different specific components. Choosing Dingya crane will bring you professional equipment and improve operating efficiency, we supply high quality overhead bridge cranes and gantry cranes for your needs.