High Stability 10t Double Girder Overhead Crane For Iron And Steel Chemical Industry

Introduction:

Double girder overhead cranes are generally composed of three major parts: mechanical, electrical and metal structures. The appearance of the bridge crane is like a single-span flat bridge whose two ends are supported on two parallel overhead rails and run in translation. Double-girder cranes are widely used in indoor and outdoor industrial and mining enterprises, steel chemical industry, railway transportation, port terminals and logistics turnover and other departments and places.

Technical Parameter:

Composition:

Overhead cranes are generally composed of three major parts: mechanical, electrical and metal structures. The appearance of the bridge crane is like a single-span flat-panel bridge whose two ends are supported on two parallel overhead rails.

Mechanical part: It is divided into three mechanisms, namely the hoisting mechanism, the trolley operating mechanism and the cart operating mechanism. The hoisting mechanism is used to vertically lift objects, the trolley operating mechanism is used to carry the load for lateral movement; the cart operating mechanism is used to vertically move the hoisting trolley and objects to achieve the purpose of handling and loading and unloading goods in three-dimensional space.

Metal structure part: It is composed of bridge frame and small frame.

Electrical part: consists of electrical equipment and electrical lines.

Application:

1. Bridge-type double-girder cranes are widely used in factories, warehouses, stockyards and other occasions to lift goods. It is forbidden to use in flammable, explosive and corrosive medium environments. There are two types of operation on the ground and in the control room. There are two types of operation room, open type and closed type, which can be divided into two types of left or right installation according to the actual situation.
2. Bridge-type double-girder cranes are widely used in workshops, warehouses, stockyards, etc. It has the advantages of compact size, low building headroom, light weight and small wheel pressure.

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