Crane Duty Gearbox

Crane duty gearboxes are those gearboxes which are often used in heavy-duty applications. They are one of the advanced types of gearboxes, which provide maximum thermal efficiency. These gearboxes facilitate the proper meshing of the gear teeth, which results in enhanced gear performance. The high efficiency is also ensured by its precision gearing and accurate bearings. The splash lubrication system of this gearbox leads to positive and considerable flow of oil to all the gears and bearings. The complete design of the advanced crane duty gearbox is totally unique and fabulous. The housing of these gearboxes are generally fabricated from industrial grade stress relieved steel structures. The walls of this gearbox are thick enough to bear the pressure created from challenging applications. The various types of crane duty gearboxes include single, double, triple reduction, horizontal, and vertical.

Materials Used in Fabrication
The crane duty gearboxes are generally fabricated from the following internationally accepted and industrial standard raw materials:

• Stainless Steel
• Alloy Steel
• Aluminum
• Tungsten
• Titanium
• Copper
• Bronze

Features of Crane Duty Gearboxes
Some primary features of the contemporary crane duty gearboxes are as listed below:

• Robust housing
• High tolerance rate
• Precise teeth meshing
• High thermal efficiency
• Easy and economical maintenance
• Properly sealed to prevent oil leakage

Applications
Crane duty gearboxes found their application in a number of industries, some of which are as given under:

• Mining
• Conveyors
• Automobiles
• Construction
• Machine Building
• Hydraulic Equipment

Important Buying Tips
You must take into consideration the following useful and important tips before buying the crane duty gearbox:

• Check the type of drive used.
• Check the input and output RPM.
• Keep in your mind the application area.
• Check the extension limit of the input and output shafts.
• Check the horse power (hp) and the rounds per minute (rpm).
• Check the configuration of the equipment. See whether it is horizontal or vertical.