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  What are the specific preventive measures for abno

  25-12-04

  The abnormal operating conditions of ZQD650-291.19-3CA soft tooth surface reducer are mainly reflected in overload impact, abnormal speed, harsh environment, and lubrication failure. Combined with the structural characteristics and industrial application scenarios of soft tooth surface reducer, the following targeted measures can be taken to prevent and ensure the stable operation of the equipment

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  Installation and Operation Specification for SBD65

  25-12-04

  SBD65P-B40-3KW belongs to the SBD series Shenke reducer, and the "P" in the model represents suspended installation. The installation and operation specifications of this model can follow the general standards of the SBD series, combined with its 3KW power and suspended installation characteristics. The specific details are as follows: Installation specifications 1. Basic installation requir

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  What are the consequences of the installation accu

  25-12-03

  ZQ200-12.64-2 belongs to the ZQ series soft tooth surface reducer, which follows the standard of "JB/T 8853-2001 Cylindrical Gear Reducer". Failure to meet the installation accuracy standards can lead to equipment performance degradation, component damage, as well as production and safety risks. The specific consequences are as follows: 1. The performance of the equipment deteriorates sharply d

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  What are the common errors during the installation

  25-12-03

  As a ZQ series soft tooth surface reducer, the installation process of ZQ500-40.17-3CA needs to comply with the general specifications for the base, shaft system, sealing, and other aspects of the series. Common installation errors are mainly concentrated in key links such as foundation installation, shaft alignment, component assembly, and lubrication test run. The specific steps are as follows:

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  What damage can high operating temperature cause t

  25-12-02

  WPDS135-30-B, as a worm gear reducer, has mostly tin bronze worm gears and alloy nitride steel worm gears. These reducers have obvious sliding friction and are prone to heat generation. High operating temperatures can cause chain damage to the worm gear, which can also lead to problems with surrounding components, further exacerbating the damage to the worm gear. The specific details are as follow

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  What damage can high operating temperature cause t

  25-12-02

  QJR-D400-20-2C belongs to heavy-duty gear reducers, and its peripheral components include mechanical parts such as bearings, seals, couplings, as well as supporting motors, lubrication and cooling systems. Excessive operating temperature can cause multiple chain damages to these components, as follows: 1. Mechanical connections and supporting components Bearing failure: The bearings of this

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  How to choose a lubricant suitable for RV worm gea

  25-12-01

  1、 Key points for lubricant selection 1. Type: RV reducer recommends using 0 # or 00 # special lubricating grease, and synthetic lithium based grease (drip point ≥ 150 ℃) should be selected for high temperature environments 2. Parameters: Viscosity: Choose 220 gear oil for low-speed heavy load and 150 oil for high-speed Extreme pressure: Contains EP additives (such as molybdenum disulfide) to

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  How to prevent wear of worm gear teeth in WPWO100-

  25-12-01

  Regarding the WPWO100-30-A worm gear reducer (where the worm gear is mostly made of copper alloy and the worm gear is made of steel), the prevention of tooth surface wear needs to revolve around the core of "lubrication protection, load control, installation accuracy, environmental protection, and regular maintenance". The following are 10 practical measures that can be directly implemented: 1. C

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  What are the effects of operating conditions on th

  25-11-28

  The carrying capacity of the cooling system of KAF107-Y18.5KW-49.20-M6 gear reducer (18.5kW high power, reduction ratio of 49.2, output speed of about 28.4rpm) is directly and strongly related to the operating conditions. The fluctuation of operating parameters will affect the cooling effect through three core paths: total heat generation, heat accumulation rate, and heat dissipation structure ada

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