JKA Series Bevel Gear Hardened Tooth Surface Reducer

In the field of mechanical transmission, there is a piece of equipment that stands out for its excellent performance, with particularly prominent advantages in terms of high strength and reliability. Its precision gears are made of 20CrMnTi gear steel, meticulously crafted through carburizing, quenching, and precision grinding processes. The gear shafts are also made of 20CrMnTi material and undergo quenching and precision grinding treatment, ensuring the toughness and durability of the components. The housing is carefully manufactured using HT200 gray cast iron as the base material, combined with a clean cavity process, providing stable support for the overall structure. The output shaft is made of 40CR material, and after quenching and tempering treatment, its bearing capacity is further enhanced. These core components work closely together, endowing the equipment with ultra-high load-carrying capacity per unit volume and excellent structural strength. It can handle any high-load working condition with ease and always maintain stable operation in heavy-duty transmission scenarios.

In terms of low noise and high efficiency performance, it also lives up to expectations. Precisely machined gears and shaft components, like precision-engaged mechanical dancers, greatly reduce mechanical losses during operation. Combined with low-noise and high-quality bearings produced by Luoyang Bearing or Wafangdian Bearing, the operating noise is minimized, creating a quiet working environment. The motor adopts an efficient design with pure copper coils and cold-rolled silicon steel sheets, which, like injecting a powerful energy heart into the equipment, significantly improves energy conversion efficiency. The efficiency of the reducer can reach 95%, and even in worm gear scenarios, the efficiency can reach 89%, providing a strong guarantee for efficient transmission.

The characteristics of long service life and easy maintenance further highlight its practical value. Key components such as gears, shafts, and housings, through optimized materials and processes, are like warriors wearing solid armor. Under normal selection and maintenance conditions, the service life of main components can be as long as 25,000 hours or more, excluding vulnerable parts such as lubricating oil, oil seals, and bearings. The multi-layer insulation and dust-proof design of the motor, like putting a protective coat on the motor, enhances its anti-interference ability and durability, effectively reducing the maintenance frequency and making it more worry-free to use.

In addition, it also has extremely strong flexible adaptability, with almost no restrictions on installation and arrangement. The motor can adapt to different power requirements, like a versatile hand, meeting diverse power needs. Combined with a wide range of highly subdivided speed ratios, it can easily combine large speed ratios and low output speeds, tailoring power solutions for various scenarios. Moreover, it can also adapt to working conditions where the axial load reaches 5% of the radial load, demonstrating strong environmental adaptability.