Mechanical equipment damage forms of worm gear reducer: 1. Accident damage: Equipment damage caused by improper operation, poor maintenance or design defects is man-made damage and can be avoided. 2. Natural damage is also called normal wear and tear. It is caused by the long-term effects of friction, high temperature and corrosion during the normal use of the equipment. Cause analysis: Wear caused by friction: There are four common situations: oxidation wear, friction heat wear, hard particle wear, and spot wear. Corrosion wear. The worm gear reducer casing is an important indicator related to the appearance of the reducer and the quality of the product: 1. The reducer casing is thin and is prone to product rupture, causing oil leakage, insufficient lubrication, and poor heat dissipation, which affects the use of the reducer. . 2. Trachoma on the reducer housing will also cause the above problems, but the speed will be slower. 3. The reducer casing must be well primed. This is one of the important links to prevent the reducer casing from rusting and oil leakage. Prime the casing well. Read More

A right-angle planetary reducer refers to a planetary reducer in which the output shaft of the reducer is 90 degrees from the input shaft. From the internal structure diagram of the right-angle planetary reducer, we can see that there are many parts inside the right-angle planetary reducer, and these internal parts are Very easily damaged. Therefore, staff must perform 'physical examinations' on the right-angle planetary reducer regularly. The purpose of this 'physical examination' is to check whether the internal parts of the right-angle planetary reducer are worn. Once the internal parts are found to be worn, the damaged parts must be replaced in time, so that the right-angle planetary reducer can It's functioning normally. Today Fubao Technology will tell you in detail what are the three easily damaged internal parts of the right-angle planetary reducer? The common wearing parts mainly include: gears, oil seals, and bearings. 1. Gear gears are the core components inside the right-angle planetary reducer. When the right-angle planetary reducer is running, the gears mesh with each other, thereby achieving Read More

1. Use materials with high vibration attenuation rates. For gears with light load and low rotation, plastic gears are a good choice, but you must pay attention to the temperature rise problem. Cast iron gears are more effective at reducing noise than steel gears. 2. Proper lubrication requires sufficient lubrication. Lubricating oil with high viscosity has lower noise. 3. The rotation speed of low-speed operation and low-load gears should be kept as low as possible. Minimizing the load can reduce noise. 4. Use high-precision gears to reduce the pitch error, tooth shape error, tooth groove deviation, tooth rib error, and reduce noise. will become smaller. Grinding the tooth surface can not only improve the gear and various precisions, but also improve the tooth surface roughness. So this has a very good effect on reducing noise. 5. The ideal tooth surface roughness can be achieved by grinding, rubbing and grinding the smooth tooth surface. In addition, warm-up operation in oil for a period of time can also improve the tooth surface roughness, which can reduce noise. 6. Correct tooth surface contact, implement tooth surface crowning processing or end cutting processing to prevent single piece contact Read More

KA37 spiral bevel gear reducer installation dimensions KAF37 reducer technical parameters k37 transmission maintenance details Selection parameters and size parameters 1. K helical gear-spiral bevel gear reduction motor performance characteristics and option methods 2. KA37 spiral bevel gear reducer usage and load properties classification reference table 3. Selection of lubricating oil for KAF37 spiral bevel gear reducer 4. Causes and troubleshooting of faults 5 , K37 spiral bevel gear reducer installation structure design plan 6, K37 helical gear-spiral bevel gear reducer motor model marking method, installation Installation form, motor junction box location 7. KA37 helical gear - spiral bevel gear reduction motor input power and allowable torque, reducer weight, product internal structure diagram 8. KAF37 helical gear - spiral bevel gear reduction motor {[t1 ]} Parameter table 0.18KW9, KA37 helical gear-spiral bevel gear reduction motor Selection Parameter table 0.25KW10, Read More

R67 reducer is a high-performance reduction equipment widely used in various industrial fields. Its advantages of high transmission efficiency, high precision and long service life make it the first choice in many application scenarios. When considering the cost performance of the R67 reducer, we need to evaluate it from many aspects. First of all, from a performance perspective, the R67 reducer has the advantages of high transmission efficiency, high precision and low noise, and can meet the needs of various working conditions. Secondly, from a quality perspective, the R67 reducer uses high-quality materials and precise manufacturing processes, which has a long service life and low maintenance costs. Finally, from a price point of view, although the initial purchase cost of the R67 reducer is relatively high, in the long run, its performance and quality advantages make it more advantageous in terms of total cost of ownership. When purchasing an R67 reducer, you need to pay attention to the following points. First of all, you need to choose the appropriate model according to the actual application scenario Read More

K87-YEJ11KW-NA177 reducer 1. Helical gear and worm gear combination, compact structure and large reduction ratio. 2. Installation method: foot installation, hollow shaft installation, flange installation, torque arm installation, small flange installation. 3. Input method: motor direct connection, motor belt connection or input shaft, connection flange input. 4. Average efficiency: reduction ratio 7.5-69.39 is 77%; 70.43-288 is 62%; S/R combined type is 57%. 5. Combined with R series, a larger speed ratio can be obtained. 1. Structural type: Type 1 - the screw rod moves axially; [When the screw rod moves, it is divided into rotating and non-rotating (F), please pay attention to distinguish when Selection] Type 2 - the screw rod performs rotational motion , the nut moves axially. 2. Assembly type: Type A - the screw/(or nut) moves upward; Type B - the screw/(or nut) moves downward 3. Screw head type: Type 1 structure type screw head Read More