Șina macaralei DIN536 A150 este un tip de șină utilizată în mod obișnuit în macarale și piste de echipamente grele. Are un profil specific standardizat de Institutul German de Standardizare (ZGOMOT) și este proiectat pentru a rezista la sarcini grele. Acest tip de cale ferată este utilizat pe scară largă în porturi, Depozite, și alte medii industriale.
Macaraua DIN536 A150 are următoarele specificații:
– Greutate: 150 kg/m
– Lungime standard: 12 Metri
– Otel: U71Mn
– Lățimea capului: 150 milimetru
– Înălțime: 150 milimetru
– Lățimea de jos: 220 milimetru
– Grosime web: 80 milimetru
DIN536 A150 crane rail is commonly used as a support structure for overhead cranes and other heavy-duty lifting equipment. The rail provides a stable and durable base on which the crane can move, allowing it to transport heavy loads with ease. Suplimentar, it is often used to create tracks for other types of heavy machinery, such as gantry cranes and trolleys.
A150 crane rail is also commonly used in harbors, Mine, and other industrial settings where heavy loads need to be moved over long distances. Capacitatea sa portantă ridicată, durability and resistance to wear makes it ideal for such applications.
The DIN536 A150 crane rail is used in many countries worldwide, particularly in Europe, Asia, și Africa. Some of the countries where this type of rail is commonly used include Germany, Franţa, the United Kingdom, Belgia, Rusia, China, Africa de Sud, and Saudi Arabia. It is also used in various other countries where heavy industries such as mining, Porturile, and power plants are present.
The installation process for the DIN536 A150 crane rail involves several steps:
1. Surface preparation: The surface of the footing must be clean and free of debris, and all loose particles must be removed. If the footing is not level, it should be leveled using a concrete leveling compound.
2. Aliniere: The rail should be aligned to avoid any twisting, kinking or high curvature. The rail should be aligned along the axis of the crane runway.
3. Anchoring: The rail should be anchored to the footing with anchor bolts. The number and size of the bolts will depend on the load and specific requirements of the installation site.
4. Grouting: Grout is then used to fill the gap between the rail sole and the footing. This helps to provide additional support to the rail and fix it in place. The grout should be allowed to cure properly before any loads are applied.
5. Finishing: The surface of the rail should be protected with a coating to prevent rust and corrosion.
It is essential to follow the manufacturer’s instructions and consult with a professional engineer for the installation process to ensure that it is done safely and correctly.
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