Performance Features:
-Economic and efficient design integration: based on the advanced MHB platform, the modularization and special design are skillfully combined. The modular design ensures the high efficiency of production and the universality of parts, which reduces the production cost and cycle time; while the special design can be customized and optimized according to the specific needs of customers to meet the special requirements of different working conditions.
Excellent torque and structure optimization: The torque range from 6.6kN.m to 470kN.m is well-distributed, which can accurately match the power requirements of various types of host equipment. Through the optimization of tooth profile trimming and tooth direction trimming technology, the load distribution of gears during meshing is more uniform, which significantly improves the load carrying capacity.
-Flexible and diversified output configurations: equipped with a variety of output modes, which can be selected according to different applications and equipment requirements.
-Abundant and practical accessory choices: A variety of accessories are available for customers to choose from, such as brakes, cooling devices, monitoring instruments, etc., which can meet the individual requirements of different customers. Customers can flexibly match the attachments according to the actual working environment and operation requirements of the equipment to further enhance the performance and functions of the equipment.
Main technical parameters:
-Accurate torque range coverage: The torque range is 6.6 - 470 (kN.m), and the wide torque coverage capability enables it to adapt to various industrial application scenarios from light load to heavy load.
-Reasonable and wide speed ratio range: The speed ratio range is from 14 to 250, which can be flexibly adjusted according to the speed requirement of the host equipment.
-Flexible center distance: center distance ranges from 405 - 1,980 (mm), this flexible center distance design can be adapted to the installation requirements of different types and sizes of host equipment.
Main application areas:
Mainly used in all kinds of cranes lifting, tilting amplitude and other institutions, as well as industrial kilns and other fields. In the field of cranes, as
Lifting Gearboxes, it provides accurate and stable power support for crane lifting, luffing and other actions to ensure that cranes can efficiently and safely lift all kinds of heavy loads, which is widely used in construction sites,
Gearboxes for harbour cranes in bulk terminals and unloading,
Container Crane Gearboxes, logistics and warehousing industries, and improves the efficiency and safety of cargo handling. In the field of industrial kiln, reducer can accurately control the rotational speed and angle of the kiln body, to ensure that the material is uniformly heated and fully reactive, to improve the production efficiency of the industrial kiln and product quality, commonly used in building materials, chemical industry, metallurgy and other industries, is one of the indispensable and important equipment for industrial production.
Important Notes:
-Accurate matching: When selecting this series of hardened gear reducer, customers should carefully calculate the required torque, speed ratio and center distance and other technical parameters according to the specific working parameters of the host equipment, such as torque, speed, working environment, installation space and other factors, to ensure that the selected reducer is perfectly matched with the host equipment.
-Installation and commissioning specifications: In the installation process, be sure to operate in strict accordance with the installation manual of the product to ensure that the reducer is installed in an accurate position, the connecting parts are firm and reliable, and pay attention to adjusting the coaxiality and clearance and other parameters, to prevent vibration, noise increase and damage to parts caused by installation deviation.
-Regularization of maintenance: establish a regular maintenance system, and reasonably determine the maintenance cycle according to the working intensity and working environment of the reducer.