Hard tooth surface reducer is also called four series of reducers, namely R series helical gear hard tooth surface reducer, F series parallel shaft helical gear hard tooth surface reducer, K series helical-helical bevel gear hard tooth surface reducer , S series helical gear-worm gear hard tooth surface reducer.
Different series of hardened gear reducers can be selected according to their own equipment requirements. Standard series of hard-tooth surface reducers are suitable for transmission and reduction in various industrial machinery and equipment such as metallurgy, mining, cement, construction, chemical, food, sewage treatment, metal processing equipment, papermaking, conveying equipment and various production lines. Device. It can be said that in almost all industrial machinery and equipment, hard-tooth surface reducers can be used as transmission devices and deceleration devices. This is unmatched by other types of reducers.
So why is the application field of hardened gear reducer so wide? The reasons are as follows:
There are a total of 4 series of hard tooth surface reducers, and each series has 4 different installation methods, a total of 16 installation methods, which can meet the different installation requirements of different industrial machinery and equipment. The gears of the hard-tooth surface reducer are made by multiple quenching processes, and the hardness can reach 58-62HRC, which is 40HRC higher than the soft-tooth surface reducer. The gear can withstand greater torque and impact loads. Due to the gear reduction method, it has the characteristics of high transmission efficiency, low noise, and good carrying capacity. It can be matched with a larger power Planetary Gearbox Manufacturers. The maximum power can be used up to 200KW. It can be used in large industrial machinery and equipment such as mines, cement, and construction. Clear requirements for the safety factor, such as normal use in a normal environment, generally use a hard-tooth surface reducer with a safety factor of 1.0-1.5. If it needs to be used in a harsh environment (a lot of dust and pollution) or the load impact is large For those with a large axial load, a long time of use, more than 20 hours a day, a safety factor of 2.0 or more is required, and for some special large-scale machinery and equipment, it needs to be more than 3.0.
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