In the field of industrial transmission, smooth and efficient transmission of power is the core of stable operation of equipment. With the continuous evolution of technological development and practical application requirements, various types of reduction devices are seeking a balance between performance and reliability. Among them, the horizontal cycloidal pinwheel reducer, as a transmission solution with a unique structure and outstanding performance, has shown its unique value in many industrial scenarios. This reducer adopts a horizontal installation structure. Its core working principle is based on cycloidal pinwheel meshing transmission. It achieves speed reduction and torque increase through planetary transmission with small tooth difference. The characteristic of this transmission method is that the main transmission components use a cycloidal wheel and a pinwheel to mesh. When the input shaft drives the eccentric sleeve to rotate, the cycloidal wheel installed on the eccentric sleeve will perform planar motion with both revolution and rotation. Through the constraints of the fixed pin teeth on the pinwheel, this compound motion of the cycloidal wheel is converted into a low-speed output rotation. The entire transmission process has a large number of contact teeth and a large overlap coefficient, making the single Read More

Planetary gear transmission is a mechanical structure that rotates multiple gears around a central axis. This structure gets its name from the way its motion is similar to the way the planets in the solar system orbit the sun. In a planetary gear set, the central gear is called the sun gear, and the multiple gears that mesh with it and rotate around it are called planet gears. The planet gears are usually mounted on a rotatable bracket, called the planet carrier. The outermost inner ring gear meshes with the planetary gear and forms the boundary of the transmission. Power can be input from any one member of the sun gear, planet carrier or ring gear and output from another member. The third member is fixed or limited in rotation, thereby achieving different transmission ratios and motion characteristics. This multi-gear parallel meshing method brings about a power splitting effect. When power is input from the sun gear, it drives multiple planetary gears at the same time, distributing torque to various meshing points. This design allows the load to be borne by multiple gear teeth, significantly improving the structural load-bearing capacity. Read More

1. Inspection and maintenance of the lubrication system Lubricating oil is the 'blood' of the reducer. Daily attention should be paid to: Oil level and oil quality inspection: The oil level should be checked once a week to ensure that it is within the specified scale range of the oil dipstick or observation window. At the same time, you need to observe whether the oil quality is clear. If you find that the oil has turned black, thickened, emulsified, or has particle impurities, replace it immediately. Regular oil change and cleaning: Oil change cannot just 'replace the old and add the new', but must follow a standardized process. Drain the old oil after shutting down to cool down, and clean the remaining sludge and metal debris inside to avoid contaminating the new oil. The standard refueling amount of LF70 reducer is usually 28kg. Cleaning of the respirator and magnetic plug: Clean the dust-proof filter element on the reducer respirator regularly (recommended once a month) to prevent dust from entering; at the same time, clean the magnetic iron at the oil drain plug every two weeks to absorb and discharge metal debris in a timely manner. 2. Real-time monitoring of operating status In daily operation, it is necessary to closely monitor the various operations of the reducer. Read More

1. Emergency leak control measures (non-stop state) If the oil leakage is not serious and the equipment needs to continue to operate, the following temporary measures can be taken to prevent the spread of oil and damage to the equipment due to lack of oil: 1. Cleaning and temporary plugging: Clean the leakage area and apply polymer plugging materials, oil-resistant sealant or soap for temporary plugging. 2. Physical oil collection: Use cotton cloth to wrap the leaking point or place an oil collection box to prevent oil from dripping and contaminating the ground. 3. Adjust the operating status: Appropriately reduce the equipment load or shut down to relieve pressure to reduce oil spillage; at the same time, closely monitor the oil level, temperature and abnormal noise to prevent equipment damage due to lack of oil. 4. Control the oil level: If oil leakage is accompanied by an excessively high oil level, excess lubricating oil should be discharged to the standard oil level (preferably lower than higher). 2. Stop the machine for thorough inspection and cure plan. If there is a serious oil leakage, you must immediately shut down the machine and cut off the power. Follow the 'three-step troubleshooting method' to locate the leakage point and repair it thoroughly: 1. Shaft head oil leakage (the most common) symptoms and causes: shaft extension Read More

1. Materials and hygiene compliance requirements Shell and surface treatment: For food production lines, it is recommended to give priority to 304 stainless steel shells or reducers with surface nickel plating to resist corrosion from common cleaning fluids in food plants, and comply with FDA/ISO 22000 and other hygiene standards. Lubrication and sealing materials: Food-grade grease must be used to avoid food contamination caused by leakage of conventional industrial lubricants. At the same time, seals must be made of materials that meet food contact standards. Delivery and traceability: Regular manufacturers should provide complete material certificates, cleanliness testing records, traceable batch numbers and other compliance documents when delivering. 2. Foundation fixation and installation environment The foundation is flat and stable: the reducer must be firmly installed on a stable and level foundation or base. An unreliable foundation will cause vibration and noise during operation, causing damage to bearings and gears. For high-power reducers, it is recommended to pour a concrete foundation platform. Environmental Cleaning and Ventilation: Installation Read More

1. Vertical feed mixers are mostly small equipment with a volume of 1-3 cubic meters, suitable for retail households and small farms. The standard RX series reducer adopts a transmission shaft directly connected to the bottom transmission structure, eliminating redundant bearings and gear connection structures. The core advantages are simple structure, low failure rate, and convenient daily maintenance. It is suitable for light and medium-load feed mixing conditions. It has excellent mixing effect for hay, concentrate, and small amounts of silage. It has uniform rotation speed and sufficient material circulation and mixing. 2. Horizontal TMR mixers are mostly medium and large equipment with a volume of more than 5 cubic meters and are suitable for large-scale cattle and sheep farms and cooperatives. The standard R series, planetary high-torque reducer adopts a gear chain directly connected to the main shaft transmission structure. This type of reducer has high torque density and strong load-bearing capacity, and can easily handle large quantities of high-weight, viscous silage, straw, and concentrate mixtures. It can achieve low-speed and stable transmission and avoid heavy-load jamming and equipment tripping. 3. The core differences between the two are clear at a glance: First, the structure is not Read More