GR57 - 3Y - 4P - 16.79 - M1 Motor reducer has a wide range of application scenarios in many fields due to its compact structure, high transmission efficiency, etc. The following are some specific introductions: Material conveying scenario Factory production line: On the production lines of various factories such as electronics factory automobile factories, it is often used to drive belt conveyor chain plate conveyors and other equipment. The raw material parts or finished products are transported between different workstations. The stable output speed and large torque can ensure the uniform and efficient transmission of materials, meet the rhythm requirements of the production line, logistics warehousing: In logistics warehouses, conveying lines that can be applied to automatic sorting systems, shelf shuttle trucks and other equipment can accurately control the delivery speed of goods, realize the rapid sorting and accurate storage of goods, improve the automation level and working efficiency of logistics warehousing. The chemical industry: in chemical production, used in Read More

To calculate the torque of the GRF67 - Y2.2 - 4P - 19.2 - M4 reducer, the following formula 3 can be used: Reducer torque motor power motor rotation number reducer speed ratio is known to use the motor for this reducer is 2.2kW, and the 4-pole motor is generally the rated speed of the 4-pole motor is about 1450r/min (there is a slippage of the asynchronous motor and cannot reach the synchronous speed of 1500r/min), and the reduction ratio is 19.2 For hard-tooth gear reducer, the usage efficiency can be calculated as 0.9 and substituted into the formula to obtain: torque ≈258.74N⋅m, GRF67 - Y2.2 - 4P - 19.2 - M4 The output torque of the reducer is about 258.74Nm. It should be noted that this is only a theoretical calculated value. The actual torque may be loaded due to the motor performance. Read More

GRF17-Y0.18-4P-28.32-M4 The noise of the reducer is relatively low during normal operation Helical gears - Bevel gear reducers usually have the characteristics of stable operation and low noise. 3 This is because when helical gears are driven, the gear teeth are gradually meshed and separated, with a large overlap, can withstand large loads, and the noise generated during the transmission is small. At the same time, bevel gears are used to achieve power transmission in the right angle direction. Under reasonable design and manufacturing, the smoothness of the transmission can also be guaranteed to reduce the generation of noise. Generally speaking, if the reducer operates under normal working temperature with appropriate lubrication conditions for the rated load and good installation and maintenance, its noise level can usually be controlled at around 65 - 80 decibels. 15 However, this value is not absolute. The actual noise level may be affected by a variety of factors, such as the load size, motor speed installation accuracy lubrication. Read More

To calculate the torque of the GRF67 - Y2.2 - 4P - 19.2 - M4 reducer, the following formula 3 can be used: Reducer torque motor power motor rotation number reducer speed ratio is known to use the motor for this reducer is 2.2kW, and the 4-pole motor is generally the rated speed of the 4-pole motor is about 1450r/min (there is a slippage of the asynchronous motor and cannot reach the synchronous speed of 1500r/min), and the reduction ratio is 19.2 For hard-tooth gear reducer, the usage efficiency can be calculated as 0.9 and substituted into the formula to obtain: torque ≈258.74N⋅m, GRF67 - Y2.2 - 4P - 19.2 - M4 The output torque of the reducer is about 258.74Nm. It should be noted that this is only a theoretical calculated value. The actual torque may be loaded due to the motor performance. Read More

Notes on matching MVBR090L2 planetary reducer with servo motors In the field of industrial automation, the combination of MVBR090L2 planetary reducer and servo motor can achieve high-precision and high torque transmission effect. However, in order to ensure the stable operation and optimal performance of the system, the following matters need to be paid attention to during the matching process: parameter matching torque matching The output torque of the servo motor should be matched with the rated input torque of the planetary reducer. If the motor torque is too small, it may not be able to meet the load requirements, resulting in a degradation of the system performance; if the motor torque is too large, it may overload the reducer, affecting its life. When choosing, the required torque should be calculated reasonably based on the actual load conditions and working requirements, and ensure that the torque parameters of the motor and reducer are within the safe range. The reduction ratio of the planetary reducer determines the relationship between the output speed and the input speed. Read More

The application of MVBR090L1 planetary reducer in metal processing In the field of metal processing, efficient and accurate transmission equipment is crucial to improving production efficiency and processing quality. MVBR090L1 planetary reducer plays an important role in metal processing. High-precision transmission ensures machining accuracy. Metal processing requires extremely high accuracy. Any small error may affect the quality of the product. MVBR090L1 planetary reducer has high precision transmission characteristics, which can ensure the accuracy and stability of the processing equipment during operation. Its precise gear design and manufacturing process enables the reducer to provide accurate speed and torque at the output end, thus ensuring the accuracy and consistency of metal processing. For example, in CNC machine processing, the planetary reducer can provide precise control for the feed motion of the tool, ensuring the dimensional accuracy of the processed parts. Read More