DCY355 Hardened Tooth Surface Gear Reducer, Three-Stage Cylindrical Gear DCY355 Reducer

The DCY reducer is a hardened gear surface conical-cylindrical gear transmission device with perpendicularly arranged input and output shafts, belonging to the category of three-stage transmission hardened gear surface reducers. Below is an introduction:

Working Principle

The input shaft of the reducer is driven by a motor at the input end. The first stage of transmission is via Gleason spiral bevel gears, which transfer power to the intermediate shaft. This is followed by the second and third stages of involute cylindrical helical gear transmission, finally outputting from the output shaft. Through such gear transmission, the output speed is lower than the input speed, but the output torque is increased, thereby achieving the purpose of speed reduction and torque increase.

Structural Features

High-quality gear materials: The gears are made of high-quality alloy steel, subjected to carburizing and quenching treatment, with a gear surface hardness reaching HRC54-62. They are processed through grinding techniques, offering high precision, good contact performance, and the ability to withstand large loads.

Optimized parameter design: Main parameters such as center distance and nominal transmission ratio are optimized for design, with good interchangeability of main components, facilitating maintenance and replacement.

Compact structure and lightweight: Features small size and light weight, making installation and arrangement convenient, effectively saving space.

Superior performance: High precision, large load capacity, high efficiency, long lifespan, high reliability, smooth transmission, and low noise.

Application Fields

Widely applicable in industrial sectors such as metallurgy, mining, chemical, building materials, lifting, transportation, textiles, papermaking, instruments, plastics, rubber, engineering machinery, and energy. It is extensively used in belt conveyors and various transportation machinery.