SUMMARY OF TYPES OF FACTORY CRANE

Factory cranes are used to support the fast and convenient lifting and lowering of heavy machinery. Besides, the crane is applied at the marina to support the process of storing boats and convenient in the process of boat maintenance. Not every factory needs to install a bridge.

Factory cranes are used to support the fast and convenient lifting and lowering of heavy machinery. Besides, the crane is applied at the marina to support the process of storing boats and convenient in the process of boat maintenance. Not every factory needs to install a bridge. Here are the things to note to help investors choose the right factory crane

The role of the building crane

Workshop crane is a horizontal and vertical lifting device on the height of the factory. The crane makes the movement of lifting and moving goods in the factory easy and fast.

The crane saves labor costs and does not need many workers at the same time

Improved labor productivity because the lifting process has reduced the time to lift more products at the same time

The investor guarantees the work progress

The crane is installed quickly and safely during use. Convenient remote control.

Low investment cost, easy to install and renovate

Types of cranes suitable for specific factories

Crane A

Cranes are widely used in manufacturing. The A-shaped crane is very diverse in size and the load can be up to several thousand tons. A-shaped crane is used to transport and unload goods. This type is very easy to control by hand and press the remote control.

Single girder overhead crane

The crane has an independent single girder structure with a palanwg cluster to lift and lower the goods above and below. Capable of lifting and lowering loads from 500kg - 20 tons. Small advantage, easy to install in factories and workshops with medium and small area. Has a sturdy and convenient structure to meet the basic needs in the factory

Double girder gantry crane

Capable of lifting and lowering loads from 10 tons or more. The double crane consists of 2 main girders, 2 side beams, the working floor, the moving passenger car and the electrical wiring system to control the shaft. The device certainly works very stably, the speed is easy to adjust with the lifting and lowering work.

Wall crane

Has a special design. The crane rail system is fixed on the factory wall to work lifting and lowering small tonnage equipment packages. The wall crane features a small design that does not take up space but is only popular in factories with a small area

Rotary Crane

Design of main girder column body, rotating mechanism of lifting device running under the main girder. The main girder operation will rotate around the fixed column body and lift the cargo equipment to the desired position. The rotary crane is capable of multi-function rotating objects in a certain space. Installation is easy and quick.

Monorail Crane

The girder system of this crane is a straight or curved single track depending on the needs of the investor. The supporting beam is both a guideway. This type of crane is suitable for factories with concrete ceilings and for lifting small and medium weight objects. The crane with high aesthetics can run on unlimited rails, so the working range is wide and flexible.

Notes when building factories with cranes

The design drawings of the workshop with the appropriate crane will increase production and reduce labor costs greatly, helping to improve the use value.

+ Type of crane used: choose the structure and function that the investor needs for the production field

+ Crane load capacity: this is an important factor when choosing in the design. Determine the load to be lifted based on the weight of the lifting object, the working frequency, the specific work and the purpose of use

+ Crane aperture: Aperture is the distance between the center of 2 moving rails. This parameter will not follow a specific standard but based on the actual size. The shorter the aperture, the lower the cost

+ Runway length of crane

The traveling distance of the crane depends on the available beam support system along the factory or additional installation. Based on the length of the workshop and working requirements to determine the running length.

+ Lifting height: The height is calculated from the floor of the workshop to the highest point of the crane hook. Accurately determine bridge height knowing full workshop height, shoulder height and overhead space constraints.

+ Speed ​​of lifting and lowering: The speed of lifting and lowering the crane is usually designed according to the manufacturer's standards. The speed of the crane will affect the product cost.

For factories with cranes during operation during production, it is necessary to train workers and technicians to use cranes carefully to ensure labor safety. Carry out regular crane maintenance and cleaning to limit damage and increase the durability of the equipment. The crane installation area needs to be installed at the top so as not to obstruct the light, affecting the activities below the factory and the lighting system.

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