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1. Monitor the temperature of key parts Temperature is the most direct indicator reflecting the working condition of the gearbox. Preliminary judgments can be made through precise temperature measurement or tactile sensation using instruments Shell and bearing temperature: During normal operation, the surface temperature of the gearbox shell should be ≤ 70 ℃, and the temperature of the beari

1、 Scientific matching between design and selection stages Dynamic matching of clearance level: The selection of clearance cannot be a one size fits all approach, and must be comprehensively considered based on actual working conditions. For high-speed and high-precision equipment, a smaller clearance (such as C2) can be used to improve rigidity; In high-temperature environments or conditions w

1、 Installation Geometry and Calibration Inspection 1. Verticality/Levelness Calibration: Place a level on the reference surface of the torsion arm to ensure that the deviation in the horizontal or vertical direction is controlled within ≤ 0.1 °/m. This can effectively avoid additional bending moments caused by "inclined forces" during operation, thereby accelerating fatigue damage. 2. Insta

Specifically, the role of the torque arm of the CJY-axis mounted reducer is mainly reflected in the following aspects: Preventing shell rotation and enhancing system stability: When the gearbox transmits power, the output shaft will generate reverse torque. The torque arm can effectively counteract this reaction force, prevent the gearbox housing from rotating, shifting or vibrating, and ensure

1、 The core role of overload protection mechanism During the operation of the rice mill, the load may suddenly increase sharply due to excessive feeding, mixing of hard impurities (such as stones, metals) in the material, or internal jamming of the equipment. If there are no effective protective measures, the huge torque generated by this overload will be directly transmitted to the reducer, wh

1. Compact structure, highly adaptable to rice milling equipment space The cycloidal gear reducer adopts the planetary transmission principle and the cycloidal gear meshing structure, with the input shaft and output shaft aligned on the same straight line. This design significantly reduces its size and weight compared to conventional reducers of the same power. In rice milling machines, this co

1、 Core benchmark judgment rules Rotation matching principle: The backstop can be divided into two types: clockwise (S) and counterclockwise (N), which should fully correspond to the actual normal working rotation direction of the high-speed shaft of the reducer. For example, when driving an upward belt conveyor, the counterclockwise (N) model should be selected. Incorrect installation of the c

1、 Core function failure The backstop is a one-way locking device, and its internal structure (such as wedges and rollers) has clear directionality. Once installed in reverse, in working conditions where the equipment needs to prevent reversal (such as shutdown or power outage), the backstop not only fails to lock, but also remains in a "free" state, causing the equipment to reverse under the a