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  How to determine if the lubrication system of B3SV

  25-08-18

  To determine whether the lubrication system of B3SV05-25-D high-power industrial gearbox is working properly, the following aspects can be taken into account: pressure monitoring Observing the oil pressure gauge: Under normal circumstances, the pressure of lubricating oil is generally maintained at 0.2-0.5MPa. Pressure sensors are installed at the inlet of the gearbox and the outlet of the o

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  How to further optimize the gear structure of B3SH

  25-08-18

  To further optimize the gear structure of B3SH17-45 industrial gearbox to improve transmission stability, the following aspects can be taken into consideration: Gear parameter optimization Shape modification design: Drum shaped teeth can be used for slight modification along the tooth width direction to compensate for shaft deformation, installation errors, and stress concentration at the to

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  What lubricating grease is generally used for the

  25-08-15

  The selection of gear and bearing lubricating grease for needs to consider factors such as working conditions, load, and speed. Here are some common grease recommendations: Great Wall brand reducer lubricating grease: It is made by thickening refined mineral oil with lithium soap of hydroxy fatty acids and refining it with extreme pressure anti-wear additives. It is a high-performance semi flu

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  How to determine the amount of lubricating grease

  25-08-15

  The amount of lubricating grease for R67-113.94-0.75KW gearbox can usually be determined according to the following methods: Refer to the manufacturer's guide: The user manual or technical documentation provided by the gearbox manufacturer will clearly indicate the required amount of lubricating grease or oil level range for a specific model of gearbox, which is the primary basis for determinin

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  How to choose suitable bearings for the TY50-20-4K

  25-08-14

  Choosing bearings suitable for TY50-20-4KW hard tooth surface gear reducers requires comprehensive consideration of multiple factors. The following are specific selection methods: Analyze the load situation: Determine the direction and magnitude of the load that the bearing should bear based on parameters such as the input power of 4KW, output torque, and operating speed of the reducer. TY50-20

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  How to choose the right seal for a TY115-18-7.5KW

  25-08-14

  Select the sealing components suitable for TY115-18-7.5KW hard tooth surface gear reducer. The specific selection method is as follows: Considering working temperature: If the working temperature of TY115-18-7.5KW hard tooth surface gear reducer is between -30 ℃ and 120 ℃, nitrile rubber (NBR) material seals such as nitrile skeleton oil seals can be selected, which have high cost-effectiveness

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  What are the safety precautions to be taken when c

  25-08-13

  When checking for loose screws in the ZSY160-40-1 hard tooth reducer, special attention should be paid to the following safety precautions: do your homework Disconnect power supply: Before inspection, it is necessary to disconnect the power supply of the gearbox and ensure that the power switch is locked or hung to prevent accidental power on and personal injury. Wear protective equipment

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  What tools are needed to check the noise of ZSY315

  25-08-13

  When checking the noise of ZSY315-63-1 gear reducer, the following tools are required: Noise measurement tool: Sound level meter: used to measure the noise pressure level during the operation of the gearbox, in order to determine whether the intensity of the noise meets relevant standards. The overall noise level of the gearbox can be obtained through a sound level meter, providing a quantit

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  How to prevent deformation of the output shaft of

  25-08-12

  To prevent deformation of the output shaft of BLD13-35-3KW cycloidal pinwheel reducer, the following measures can be taken: Reasonable selection and installation Correct selection: Choose the appropriate reducer based on the actual load situation, ensuring that the rated output torque of the selected reducer is greater than the maximum working torque required in practice. Generally speaking,

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