When buying a single girder overhead crane, it is important to provide accurate technical parameters and data so that the supplier can recommend the most suitable equipment for you and ensure that the equipment can operate safely and efficiently at your workplace. The single girder overhead crane price varies depending on the lifting capacity and the overall dimensions of the equipment. Here are the data that are usually required when purchasing, and why they are provided:
Capacity: The lifting capacity is the maximum load weight that the crane can safely lift. Different crane designs have different load-bearing capacities. Knowing the lifting capacity ensures the safe operation of the equipment and avoids accidents or equipment damage caused by overloading.
Span: The span is the distance between the supporting structures on both sides of the single girder overhead crane. The design of the bridge crane needs to match the span of the site. Providing accurate span data ensures that the crane’s bridge can cover the width of the work area and operate safely.
Lifting Height: Lifting height refers to the maximum vertical height that the crane can lift the cargo. Different work scenarios may require different lifting height data to ensure that the crane can lift the object to the appropriate height without being restricted by the space of the site.
Duty Class/Work Duty: The work class (such as A3, A4, M3, etc.) refers to the frequency and intensity of the crane’s operation. Choosing the right work class based on the workload of the use scenario can extend the life of the crane and reduce maintenance requirements.
Travel Length: The travel length is the distance the single beam eot crane needs to move within the workplace. Understanding the travel length can help determine the length of the crane track and its required power configuration.
Control Method: Control methods include remote control, ground buttons, or cab controls. Different operating requirements may require different control methods. Choosing the right control method can improve the convenience and safety of operation.
Power Supply Requirements: Power supply requirements include local voltage and frequency (such as 380V/50Hz). Providing accurate power data can ensure that the single beam eot crane can be properly connected to the local power system.
Rail Requirements: If your site already has an existing rail system, providing rail specifications and types can help ensure that the crane’s wheel system matches the rails and avoid additional modification costs.
Operating Environment: The working environment includes whether there is high temperature, corrosive substances, dust, etc. Different environmental conditions may require special design or use of specific materials for the single beam eot crane to ensure that it can work stably in harsh environments.
Special Requirements or Features: If you have special requirements, such as specific spreaders, precise positioning functions, anti-sway systems, etc., providing this information can ensure that the crane meets your special application requirements.
Providing the above data will not only help suppliers recommend the most suitable single girder overhead crane for you, but also ensure that the equipment operates efficiently and safely in your workplace, reduce maintenance costs, and improve production efficiency. It’s essential to compare quotes from different suppliers to get the best single girder overhead crane price for your specific needs.
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