Author: Site Editor Publish Time: 05-07-2022 Origin: Site
Helical gear reducer is an extension of gear reducer. Due to the adoption of helical gear, its allowable minimum number of teeth is less than that of spur gear, which greatly reduces the probability of undercutting failure of reducer. The transmission accuracy of helical gears has more advantages than general gear reducers, such as small volume, light weight, large transmission torque, stable starting, fine transmission ratio grading, etc., so they are deeply loved by customers. The worm gear reducer editor in this chapter will explain the classification of helical gear reducers and the characteristics of various types of helical gear reducers.
Classification of helical gear reducer:
R series helical gear reducer
R series helical gear reducer has the characteristics of small volume, light weight, high bearing capacity, high efficiency, long service life, convenient installation, wide power range of motor, fine transmission ratio classification and so on. It can be widely used in the equipment that needs deceleration in various industries.
S series helical gear worm gear reduction motor
Helical gear and worm gear reducer adopts the direct connection form of motor, and its structure is one-stage helical gear plus one-stage worm gear transmission. The output is shaft mounted, with six basic installation forms. It can be transferred forward and backward. The helical gear adopts hard tooth surface, which has stable operation, large bearing capacity, and the working environment temperature is -10 ℃ ~ 40 ℃. Compared with similar products, this product has the characteristics of large speed change range, compact structure, convenient installation and so on. It can be widely used in the deceleration mechanism of various mechanical equipment such as metallurgy, mining, hoisting, light industry, chemical industry, transportation, construction, etc.
K series bevel gear helical gear reduction motor
Bevel gear helical gear reduction motor adopts the direct connection form of motor, and its structure is one-stage helical gear plus one-stage worm gear transmission. The output is shaft mounted, with six basic installation forms. It can be transferred forward and backward. The helical gear adopts hard tooth surface, which has stable operation, large bearing capacity, and the working environment temperature is -10 ℃ ~ 40 ℃. Compared with similar products, this product has the characteristics of large speed change range, compact structure, convenient installation and so on. It can be widely used in the deceleration mechanism of various mechanical equipment such as metallurgy, mining, hoisting, light industry, chemical industry, transportation, construction, etc.
F series parallel shaft reduction motor
F series parallel shaft reduction motors adopt the modular design principle of unit structure, which greatly reduces the types and inventory of parts, and also greatly shortens the delivery cycle. The products are widely used in light industry, food, beer and beverage, chemical industry, escalator, automatic storage equipment, construction, machinery, iron and steel metallurgy, papermaking, wood-based panel machinery, automobile manufacturing, tobacco machinery, water conservancy, printing and packaging, pharmaceutical, textile, building materials, logistics, feeding machinery, environmental protection and other fields.
How to maintain the cooling system of ZSC750-34.4-1 gear reducer
What are the characteristics of the oil pool design of ZSC350-17.2-2 gear reducer?
What impact does drying method have on the life of DBY180-6 reducer?
How to optimize the WPDA60-20-0.37KW worm gear reducer lubrication system to reduce vibration
Introduce the working principle of YCJ132-2.2KW -171 reducer
What are the steps to replace the cycloid wheel of BLY reducer?
How to judge whether the abnormal meshing of the worm gear of the reducer is serious
Will oil leakage of P series planetary reducer affect its performance?
How to prevent P series planetary reducer from leaking oil again
How to reduce the vibration value of the NGW52-6 planetary gear reducer base
What are the testing tools for the vibration value of the NGW61-3.15 planetary gear reducer frame?
What are the materials of NGW113-500 planetary gear reducer?
What are the preventive measures for cracking of the NGW11-6.3 planetary gear reducer base?
How to reduce the vibration parameters of WPO80-20-B worm gear reducer
What impact does load stability have on the service life of the WPO60-30-A worm gear reducer?
How to judge whether the NRV110-50 reducer is poorly aligned
What are the causes of abnormal meshing of the worm gear of the WPWA60-40-A reducer?
How to judge whether the worm gear of WPWA155-50-B reducer is aligned with the teeth
How to judge whether the seal of PWU200 worm gear reducer is good
Provide some methods to prevent resonance and structural problems of DCY160-25-IV reducer
How to check the side clearance of SCWS200-20-IF worm gear reducer during installation
How to optimize the coaxiality between the motor shaft and the SCWS225-40-F worm gear reducer shaft
What impact will the parallelism error have when installing the ZSY710-80-IV reducer?
What is the service life of the core components of ZLY630-8-I gear reducer?