Industry-news

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  How to use frame spirit level to check horizontal

  26-09-14

  The application of a frame spirit level for equipment inspection follows a standardized workflow: select proper accuracy grade, clean and prepare measuring surfaces, conduct multi-directional measurements, record readings and perform calibration. This method obtains reliable horizontal data in both longitudinal and transverse directions, and the results can also be combined with coaxiality inspect

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  What Should Be Considered When Selecting Gear Para

  26-09-13

  The ZSH145 is a cylindrical gear reducer featuring soft tooth surface gears. These gears are typically manufactured from materials such as 45 steel or 40Cr, followed by quenching and tempering treatments to achieve a tooth surface hardness of ≤ 350 HBW. When selecting gear parameters, engineers must comprehensively balance load-bearing capacity, transmission stability, manufacturability, and overa

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  Methods for Verifying Adequate Internal Lubricatio

  26-09-13

  To judge whether the internal lubrication of the R97-18.24-4KW gear reducer is adequate, three approaches shall be adopted together: static inspection under shutdown status, dynamic monitoring during operation, and lubricant quality analysis. The detailed methods are described below: 1. Static oil level inspection during shutdown Shut down the equipment and allow the gear reducer to cool to am

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  Why Choose RX87-Y7.5-4P-3.09-M2-I Reducer for Mixi

  26-09-10

  The RX87-Y7.5-4P-3.09-M2-I unit is a hardened helical gear reducer engineered for medium-to-high power (7.5 kW) applications with a low reduction ratio of 3.09. Featuring the M2-I mounting configuration, this reducer delivers flexible installation and fits seamlessly into mixing machinery layouts. Its core strengths align perfectly with mixing equipment’s key demands: medium-to-high speed mixing,

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  Key Points for Installing and Maintaining WHC210-5

  26-09-10

  The core of WHC210-50-4F worm gear reducer installation is to guarantee shaft coaxiality and secure mounting. Proper maintenance mainly relies on lubrication oil control and regular component inspection. Detailed precautions are listed below: ## 1. Installation Precautions Pre-installation preparation: Inspect the reducer casting surface for dents and cracks. Verify that the input and output

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  Maintenance Method of WPWEDKO100-155-1.5KW-900 Wor

  26-09-09

  Below are maintenance procedures for the WPWEDKO100-155-1.5KW-900 worm gear reducer. These guidelines are developed considering the unit’s structural features, including its 155 high reduction ratio, 1.5kW matched power rating and 900 rpm input speed, as well as real-world industrial operating conditions. Each procedure covers operational standards, maintenance intervals, safety notes and applicat

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  High Operating Temperature and Its Impacts on Peri

  26-09-09

  The QJR-D400-20-2C is a heavy-duty gear reducer. Its peripheral components cover mechanical assemblies including bearings, seals and couplings, alongside matched drive motors, lubrication units and cooling systems. Excess operating temperature may trigger cascading damage to these parts, detailed as below: 1. Mechanical connections and supporting components Bearing damage: Bearings fitted on t

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  Introduction to Working Principle for RV40-15-0.18

  26-09-09

  The RV40-15-0.18KW is a compact worm gear reducer from the small RV series. It realizes speed reduction and torque multiplication via meshing engagement between the worm and worm wheel. Matched with 0.18kW low-power motors, this unit is widely deployed in light-load, low-speed automated machinery. Its working principle can be explained in three sections: transmission structure, power transfer proc

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  Verification of Installation Stiffness Compliance

  26-09-08

  Verification of Installation Stiffness for DCY180-31.5-25 Hardened Tooth Surface Bevel-Cylindrical Gear Reducer To determine whether the installation stiffness of the DCY180-31.5-25 reducer meets the required standards, the assessment focuses on four core dimensions: foundation base, installation accuracy, connection status, and operating conditions. If the installation exhibits no deformation, i

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