Article List

• Recommend some application cases for ZDY280-6.3-II gear reducer

  Here are some application cases about ZDY280 - 6.3 - II gear reducer: Metallurgical industry: In steel rolling production lines, ZDY280 - 6.3 - II The gear reducer is used to drive the rolls, converting the high-speed rotation of the motor into the low-speed and high-torque rotation of the rolls, allowing the steel to be accurately rolled between the rolls to the desired thickness and shape. In a continuous casting machine, the reducer powers the crystallizer vibrating device and the pulling machine to ensure that the casting blank can be pulled out stably during solidification and has good surface quality. Mining industry: in jaw crusher, ZDY280 - 6.3 - II The gear reducer transmits the power of the motor to the movable jaw of the crushing chamber. Through the reduction and torque increase of the reducer, the movable jaw can squeeze and crush the ore at a suitable speed and force. In the ball mill, the reducer drives the cylinder to rotate, so that the inner cylinder is

  May 22, 2025
• Introduce the specific parameters of the ZDY400-4-5 gear reducer

  The following are the specific parameters of the ZDY400 - 4 - 5 gear reducer: Model meaning: 'ZDY' means a single-stage hard toothed cylindrical gear reducer, '400' means a center distance of 400mm, '4' is the nominal transmission ratio, and '5' may indicate a specific configuration or assembly form of this model. Gear parameters: The gear is carburized and hardened with high-quality low-carbon alloy steel, with a tooth surface hardness of HRC54-62, and a gear accuracy of 6 levels. It adopts a tooth grinding process, with high accuracy and good contact. Performance parameters: Input speed: not more than 1500r/min. The circumferential linear speed of the gear: no more than 20m/s. Working ambient temperature: -40℃-45℃. When it is lower than 0℃, the lubricating oil should be preheated to above 0℃ before starting, and can operate in both front and reverse directions. Transmission efficiency: single-stage can reach 98%. Permitted torque: between 4000~50000 N·m,

  May 22, 2025
• What risks may be brought about shortening the maintenance cycle of RF37-3.41-2.2KW reducer

  Generally speaking, shortening the maintenance cycle of RF37-3.41-2.2KW reducer will not bring risks, but will have many benefits, such as timely discovering potential problems, reducing component wear, extending the service life of the equipment, ensuring production stability, etc. However, if the maintenance cycle is too short, the following situations may occur: Increase maintenance costs: maintenance requires manpower, material resources and financial resources, including replacement of lubricant, inspection and replacement of parts, labor costs, etc. Too frequent maintenance can greatly increase these costs. For example, if the lubricant that was originally replaced once a year is shortened to once every six months, the cost of the lubricant and the related labor costs will increase accordingly. Impact production efficiency: The machine needs to be shut down during the maintenance process. Too short maintenance cycle will increase the equipment downtime, affecting the continuity and efficiency of production. For some companies that produce continuously, such as chemicals, steel and other industries, frequent shutdowns may cause significant production losses.

  May 21, 2025
• Steps to determine the reasonable maintenance cycle of RF37-9.47-YVP1.5KW reducer

  To determine the reasonable maintenance cycle of RF37-9.47-YVP1.5KW reducer, you can refer to the following steps: Check the equipment manual: First check the instruction manual of the reducer. The manufacturer will usually give initial maintenance cycle suggestions based on product design and testing, such as the first maintenance time and the time of routine maintenance or the long run interval, etc. Assess the working environment: Check the temperature, humidity, dust and corrosive substances in the workplace. If it is in a high temperature, humid, dusty or corrosive gas environment, the maintenance cycle of the reducer generally needs to be shortened. For example, in high temperature environments, comprehensive maintenance may be required every 3-6 months; in dusty environments, comprehensive maintenance including oil changes and inspection of internal wear shall be required every 2-3 months. Analyze the load status: clarify the load level of the reducer and understand whether it is running continuously with high load or intermittent operation with light load. Long-term high load, continuous operation

  May 21, 2025
• What is the installation method of the NGW-S83-56 planetary gear reducer

  The installation method of the NGW-S83-56 planetary gear reducer is as follows: Determine the installation position: Choose a flat and stable installation position, considering the stability of the equipment, the convenience of ventilation and maintenance, and ensuring that the equipment operation requirements are met. Prepare the installation foundation: lay anchor bolts and pour the foundation to ensure the equipment installation is firm and stable. The quality of the installation foundation has a significant impact on the installation effect and service life of the reducer. Install the reducer: Place the NGW-S83-56 planetary gear reducer in the installation position, and use bolts and other tools to firmly fix it on the foundation. Ensure the horizontal and verticality of the reducer to avoid affecting the operating effect. Connect the transmission parts: According to the equipment usage requirements, connect the reducer to the motor, shaft and other transmission parts. Pay attention to the centering and parallelism of the transmission parts when connecting to ensure the reliability and stability of the transmission. Debugging and inspection: After installation is completed, perform debugging and inspection, manually rotate the input shaft to observe the output shaft operation

  May 20, 2025
• The difference in lubrication effects of synthetic oil and mineral oil on ZQ400-25 reducer under high humidity environment

  There are many differences in the lubricating effects of synthetic oil and mineral oil on the ZQ400-25-1 reducer in high humidity environment, as follows: Antioxidant properties: Synthetic oil: Synthetic oil has been chemically synthesized, with a more neat molecular structure and excellent antioxidant properties. In high humidity environment, its oxidation resistance is strong, it can effectively resist the oxidation effect of moisture and oxygen on oil products, reduce the formation of harmful substances such as sludge and carbon deposits, extend the service life of lubricating oil, and maintain a good lubricating effect. Mineral oil: Mineral oil is a natural oil extracted from petroleum and has relatively low oxidative stability. In an environment with high humidity and oxygen, oxidation reactions are prone to occur, resulting in acidic substances and colloids, which accelerate the aging and deterioration of the oil, affect the lubricating performance, and may also cause corrosion to the internal components of the reducer. Anti-emulsification properties: Synthetic oil: The anti-emulsification properties of synthetic oil are usually good, which can quickly separate the moisture mixed into the oil, which is not easy to

  May 20, 2025
• Common faults and solutions for single-stage XLD3-23-1.5KW cycloid pin wheel reducer

  The common faults and solutions of XLD3-23-1.5KW cycloid pin wheel reducer are as follows: Causes of abnormal vibration failure: unstable installation foundation; wear of eccentric sleeve bearings; broken teeth of cycloid wheel; coupling centering error exceeds the limit. Solution: Use a level to calibrate the installation base to make the error ≤0.02mm; replace the worn bearings and perform dynamic balance tests; the broken tooth cycloid wheel needs to be replaced in the entire set. Causes of faults due to excessive temperature rise: lubricant Selection error; overload operation; blocked heat dissipation system. Solution: Use N320 in summer and N220 lubricating oil in winter; install auxiliary heat sinks; clean the heat dissipation channels regularly. Causes of oil leakage failure: Aging of O-ring at the sealing surface; loose bolts of bearing end cover; blocked ventilation holes. Solution: Replace the seal and apply sealant; adopt a maze sealing structure; check the ventilation holes every month. Causes of abnormal noise failure: wear of needle pin; abnormal meshing of cycloid wheel; bearing damage. Solution: Use listening

  May 19, 2025
• What impact will the output shaft of XLD3-29-2.2KW cycloid pin wheel reducer have on the equipment

  XLD3-1.5KW-17 The output shaft of the cycloid pin wheel reducer will have the following impact on the equipment: Power transmission interruption: The output shaft is a key component of the reducer for transmitting power to external load. Once it is broken, the power cannot be effectively transmitted to the subsequent equipment, causing the equipment to stop running. For example, on a production line, it may cause the entire production line to stagnate and affect the production progress. Equipment damage: After the output shaft is broken, the connected components such as couplings, pulleys, etc. may shake or collide due to loss of support and normal transmission, thereby damaging these components. At the same time, it may also cause impact on other equipment components connected to it, causing a chain reaction and leading to more equipment failures. Decreased production quality: For some equipment with high requirements for operating accuracy, such as precision machining equipment, breaking the output shaft will cause the equipment to run accuracy, and the processing accuracy of the product cannot be guaranteed, resulting in product quality declines and even waste products. Safety hazards

  May 19, 2025
• Application scenarios of high-power P2KA18 planetary gear reducer

  Metallurgical industry: For example, in blast furnace charging systems, converter tilt mechanisms, continuous casting machine crystallizer vibration devices and other equipment, it is used to provide power transmission with large torque and low speed to ensure the stable operation of the equipment. Mining industry: It can be used in mining elevators, crushers, ball mills and other equipment to meet the requirements of these equipment for the high reliability and high load-bearing capacity of the reducer in harsh working environments. Crane transportation industry: In crane lifting mechanisms, operating mechanisms, belt conveyors and other equipment, the P2KA18 planetary reducer can convert the high-speed rotation of the motor into low-speed and high-torque movement suitable for equipment operation, realizing the lifting of heavy objects and the transportation of materials. Electric power industry: Commonly used in power plants' coal mills, coal feeders, bucket turbines and other equipment, provide stable power for these equipment and ensure the normal progress of power production. Construction and building materials industry: For example, in concrete mixers, cement mills, belt conveyors and other equipment, the equipment can be met

  May 16, 2025
• How long is the maintenance cycle of the P2KA18 planetary reducer

  How long is the maintenance cycle of the P2KA18 planetary reducer

  May 16, 2025