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  • The difference between double support and single support of planetary reducer

    2024-03-27
    The interior of the WPEDKS155-250,WPEX40-70,WPEX50-80,WPEX60-100,WPEX70-120 planetary reducer includes a planetary carrier, planetary gears, sun gear, inner ring gear, and other components. The planetary carrier of the planetary reducer has two types: double support and single support. So, what are the differences between dual support and single support planetary reducers?1. Differences in structureThe planetary carrier of the double supported planetary reducer is hollowed out by CNC, and then a pin hole is drilled on the upper machining center. It is also necessary to ensure that the pin...
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  • Precautions for use of GCWS series arc tooth cylindrical worm reducer

    2024-03-27
    1. The WPEX155-250,WPEDX40-70,WPEDX50-80,WPEDX60-100,WPEDX70-120 worm gear of this machine can run in both forward and reverse directions, but it must not run in reverse or clockwise. When the ambient temperature is below 0 ℃, the lubricating oil must be heated to above 0 ℃ before starting. When the working environment temperature is above 40 ℃, cooling measures must be taken.2. Lubrication of the gearboxThe lubrication method adopts oil immersion lubrication, so it is necessary to add oil before operation. When adding oil, it should not be higher or lower than the oil level line height....
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  • Planetary reducer selection guide

    2024-03-26
    This article mainly discusses the selection of WPWV80,WPWV100,WPWV120,WPWV135,WPWV155 planetary reducers for the Lisan electromechanical system. It is recommended to choose from the following aspects:Final output torque → output speed → motor power (torque) → flange base (installation requirements) → transmission ratio → transmission efficiency → protection requirements → high and low temperature requirements → cost-effectiveness1. Output torque calculation:Method 1: Output torque T=Motor torque N.m * Transmission ratio i * EfficiencyMethod 2: Output torque T=Reducer torque=9550 x...
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  • R series coaxial helical gear reducer

    2024-03-26
    Introduction to the R series coaxial helical gear reducer:The R series coaxial helical gear reducer  WPEDA40-70,WPEDA50-80,WPEDA60-100,WPEDA70-120,WPEDA80-135 adopts a modular design and combines international technical requirements, with high technological content. The body is driven by helical gears, and the tooth surface has undergone high-frequency heat treatment and precision grinding, so it can also be called the R series helical gear hard tooth surface reducer. Moreover, the equipped motor has a wide power range and finely graded transmission ratios. Widely used in ceramic machinery,...
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  • R137 hard tooth surface gear reducer

    2024-03-25
    The R137 hard tooth surface WPEDS60-100,WPEDS70-120,WPEDS80-135,WPEDS80-147,WPEDS100-155 gear reducer has the following advantages:Adopting high-strength alloy steel and undergoing precise cutting and heat treatment processes, it has high hardness and wear resistance, effectively extending its service life.The reduction ratio can provide multiple choices to meet the needs of different devices. By configuring a reasonable reduction ratio, high torque transmission can be achieved, suitable for various heavy-duty, low-speed, and high-precision transmission scenarios.Featuring high torque and low ...
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  • Transmission characteristics of K87 bevel gear reducer

    2024-03-25
    The transmission mode of the K87 bevel gear reducer WPEDX80-135,WPEDX80-147,WPEDX100-155,WPEDX120-175,WPEDX135-200 has the following characteristics:High transmission efficiency: Using high-quality bevel gears to ensure efficient and stable energy transmission, minimizing energy loss, and providing continuous and strong power to your system.Compact: The output mode design of the K87 reducer is compact, which can save space and simplify the layout of the overall transmission system.Right angle design: The unique right angle design allows for excellent performance even in limited space...
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  • What should we pay attention to when connecting the reducer and the motor?

    2024-03-22
    During the connection between the WPES120-175,WPES135-200,WPES155-250,WPEDS40-70,WPEDS50-80 reducer and the motor, the following points should be noted:Choose the correct coupling: The coupling between the reducer and the motor should be of the appropriate model and size to ensure that it can withstand normal loads and torques, and ensure transmission accuracy and reliability.Adjusting the coupling: Before connecting the reducer and motor, it is necessary to adjust the position and angle of the coupling to ensure that it can correctly transmit power and torque, and can offset the vibration and...
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  • What are the precautions in the process of installing a gear reducer?

    2024-03-22
    What are the precautions during the installation of the gearbox?Installing the WPEKS135-200,WPEKS155-250,WPEDKS40-70,WPEDKS50-80,WPEDKS60-100 gearbox is a very important process, and correct installation can ensure the performance, lifespan, and operational efficiency of the gearbox. The following are the precautions to be taken when installing a gearbox:Before installation, check whether all components of the reducer are intact and undamaged, especially the transmission and sealing components, to ensure that there are no defects.Before installation, the running direction of the reducer and...
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  • How to choose a conical mixing barrel motor reducer? How to calculate?

    2024-03-21
    The size of the WPEX80-135,WPEX80-147,WPEX100-155,WPEX120-175,WPEX135-200 motor reducer needs to be determined based on factors such as the volume of the mixing drum, the density of the mixed material, and the mixing speed. Here is a simple calculation method:Calculate the volume of the mixing drum. The volume of a conical mixing drum can be calculated using the following formula: Volume=1/3 x π x (diameter/2) ²  Height. Based on the diameter of 2 meters and the shape of the conical mixing bucket given in the question, the height of the conical mixing bucket can be calculated to be 2 meters, ...
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  • What are the performance characteristics of the worm gear reducer with self-locking function?

    2024-03-21
    The performance characteristics of the WPWEDK80-135,WPWEDK100-155,WPWEDK120-175,WPWEDK135-200,WPWEDK155-250 worm gear reducer are as follows:High transmission efficiency: The transmission efficiency of worm gear reducers is relatively high, usually reaching over 90%, due to the small friction loss of the worm gear.Large reduction ratio: The worm gear reducer can achieve a large reduction ratio, usually above 1:60, which gives it an advantage in applications that require a large reduction ratio.Compact structure: The structure of the worm gear reducer is compact, occupying small space, and...
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  • National standards and performance index evaluation methods for four major series of reducers

    2024-03-20
    The four major series of reducers are bevel  WPEDO120-175,WPEDO135-200,WPEDO155-250,WPES40-70,WPES50-80 gear reducers, hard tooth surface reducers, planetary gear reducers, and spiral bevel gear reducers. Their national standards and performance index evaluation methods are as follows:Bevel gear reducer:National standard: GB/T10085-2001Performance indicator evaluation method:Gear transmission efficiency: Calculate the ratio of the measured output torque to the input torque, expressed as the ratio of the standard value to the measured value.Noise: Measure the noise value of the gearbox under...
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  • Introduction to the selection principles and methods of common reducers

    2024-03-20
    The four series reducers refer to: hard tooth surface reducers, helical gear reducers, planetary reducers, and WPES120-175,WPES135-200,WPES155-250,WPEDS40-70,WPEDS50-80 worm gear reducers. Their selection principles and methods are as follows:Selection principles and methods for hard tooth surface reducers:Hard tooth surface reducers are suitable for high-precision, high load, and high-speed transmission scenarios. When selecting, factors such as transmission power, speed, reduction ratio, input shaft steering, output shaft speed, and axial force should be considered. At the same time, it is...
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