Performance characteristics:
- The torque range is reasonably distributed and economical. During the elaborate design stage, the R&D team thoroughly and comprehensively researched the diversified demands of the market and the unique application characteristics of various industries, and carefully planned a scientific and reasonable torque range through rigorous calculations and repeated simulations. This makes the product not only able to fully meet the stringent requirements of large-scale heavy-duty equipment for high torque, but also able to excellently adapt to the needs of small equipment in the lower torque of fine work.
- Unique gear shaping technology improves meshing performance, smoother transmission and lower noise. Through the use of advanced shaping technology and extremely precise calculation methods, the tooth profile and tooth direction of the gears are precisely adjusted. This optimized tooth profile design significantly improves the contact condition of the gears during the meshing process, and greatly reduces the shock and vibration caused by poor tooth contact.
- The hardened tooth face design fully meets the high standards of ISO, AGMA and DIN. During the manufacturing process, high strength and wear-resistant materials of excellent quality are carefully selected and skillfully combined with advanced heat treatment processes to create extremely hard and wear-resistant tooth flanks. This hardened tooth surface design ensures that the gears can maintain excellent performance and precise transmission accuracy when subjected to heavy loads, high speeds and harsh operating conditions for long periods of time.
- The external components are simple and reliable, easy to operate and maintain in the field. The structural design of the external components is simple, practical and efficient, and utilizes highly reliable connections and durable, high-quality materials. The close and coordinated cooperation between the components not only effectively reduces the probability of failure, but also significantly reduces the downtime caused by component failure.
Main technical parameters:
- Output speed range: 13.6-20.6 The carefully set speed range can be perfectly adapted to all kinds of mills, so as to efficiently complete the crushing and grinding of materials, which strongly ensures the excellent quality of the products and outstanding production efficiency.
- Rated power: 800-7,300 (kW). Such a wide range of power coverage can fully meet the power needs of all kinds of production equipment from small and medium-sized to large-scale, and provide stable and powerful power support for different scales of industrial production.
Main application areas:
- In the industries of construction materials, coal making and mining, the materials such as ore, coal lumps or cement clinker are crushed and ground. In the production process of building materials, it provides strong and stable power for the fine crushing of ores, which strongly guarantees the high quality of raw materials; in the coal industry, it effectively assists the crushing and grinding of coal briquettes, which significantly improves the utilization efficiency of coal; in the field of mines, it actively promotes the processing of ores, which greatly increases the economic value of mineral resources.
Important Tips:
- When installing the equipment, make sure to follow the installation manual strictly to ensure that the precision of the installation meets the standard requirements and the connection is firm and reliable, so as to lay a solid foundation for the subsequent stable operation of the equipment.
- Regularly and carefully check the gear wear and lubrication status, timely supplement or replacement of high-quality lubricant, to ensure that the transmission system is always in normal working condition.
- During the operation of the equipment, closely monitor the temperature, vibration and other key parameters of the changes, once found abnormalities should be immediately shut down for in-depth processing, effectively preventing the further expansion of the fault.