Firstly, ensure proper external dust protection. Install specialized dust filters on the ventilation and heat dissipation holes of the reducer to prevent cotton wool and dust from entering the interior of the equipment; When the equipment is idle or shut down for maintenance, cover the main body of the equipment with a dust cover to avoid long-term exposure to dust environment. Before and after ea
1. Torque (the lifeline of load capacity) The torque determines whether the gearbox can smoothly drive the spinning equipment. The spinning process requires extremely high stability of torque in the process of twisting fibers into yarn. If the torque is insufficient, the equipment will frequently fail to move, and even cause inconsistent yarn tension, directly affecting the production of high-q
1. Regularly check the condition of lubricating oil: Lubricating oil is the blood of the gearbox. It is recommended to check the oil level every 3 months and replace the lubricating oil every six months. Oil that turns black, turbid, or contains impurities should be replaced immediately. Mixing different types of lubricating oil is prohibited to avoid lubrication failure and gear wear. 2. Regul
1、 Firstly, there is the QY series reducer, which belongs to the three-stage hard tooth surface cylindrical gear reducer, and is divided into two installation structures: QYS triple pivot type and QYD base type. The overall structure is simple, easy to install, and has stable bearing capacity. It is suitable for small and medium-sized bridge cranes and gantry cranes, and is mostly used for routine
During high temperatures and heavy equipment operation in summer, conveyor reducers often experience overheating and overheating of the machine body. In mild cases, the equipment will alarm and shut down, while in severe cases, gears, bearings, and motors will be burned out, resulting in equipment scrap. Many people only shut down to cool down when encountering high temperature problems, without f
The commonly used reducers for industrial conveyors are mainly divided into four series: R, F, K, and S. Many procurement and technical personnel cannot distinguish the differences between the four models, and blindly use them for selection, resulting in poor equipment adaptability and frequent failures. Today, we will comprehensively compare the structure, performance, and applicable scenarios of
Firstly, there is a significant disparity in transmission efficiency. Old style printing and dyeing reducers mostly have ordinary soft tooth surface structures, outdated processes, low gear meshing accuracy, transmission efficiency of only 75% -85%, a large amount of electrical energy loss, insufficient power output, resulting in slow fabric feeding speed and limited production capacity of the pri
1、 The equipment makes abnormal noises and shakes severely. Fault manifestation: During the operation of the printing and dyeing machine, the reducer makes a sharp noise, the machine body shakes slightly, and the feeding speed fluctuates between fast and slow. The core reasons are mostly gear wear, lack of oil in bearings, or uneven gear mesh clearance. Long term continuous operation leads to comp
