Product Description
AAT-RF hollow rotary flange type precision input shaft steering gear:
1. High strength: 90 degree type, high precision spiral bevel gear, made of nickel-chromium alloy steel SCM415 HRC60 degree
2. High efficiency: high efficiency planetary structure combined with precision spiral bevel gear structure.
3. High rigidity: This gearbox has excellent rigid structure and adopts double cone bearing support, which is particularly suitable for occasions with large load changes at the output end.
4. The output shaft types are various, including single output shaft type, double output shaft type, hollow shaft type, hollow flange type, hollow shaft conical urgent type, linear screw type, linear thread type
5. Reduction ratio: single stage 1:3~1:10 double stage: 1:12~12:100
6. Small size, space saving: rack size 55MM~220MM
7. Output torque: 15NM~1600NM, spiral bevel gear module M1.0~M6.0
8. Easy installation: can be installed in 5 directions
9. Applicable capacity: 50W~15KW
AAT-RF hollow rotary flange type precision input shaft steering gear plays an important role in industrial machinery and equipment. It is widely used, mainly due to its unique structural and functional advantages. Angle reducers, especially angle planetary reducers, can save a lot of space during installation because the motor input shaft and the reducer output shaft are at a right angle of 90 degrees, and the installation angle can be installed at 360 degrees without dead angles, which is very flexible. This type of reducer is usually used in high-precision fields such as precision machine tools, military equipment, metallurgical equipment, wind power equipment, chemical equipment, solar energy, industrial robots, conveying equipment, engineering machinery, textile equipment, packaging equipment, etc.
The advantages of the AAT-RF hollow rotary flange type precision input shaft steering gear include compact structure, high efficiency, high rigidity and the ability to withstand high loads. These advantages make the angle planetary reducer widely used in some applications with high requirements for precision and reliability. For example, in the fields of mechanical manufacturing, automation, transportation, etc., the angle planetary reducer has become an indispensable part. In practical applications, it is very important to choose a suitable angle planetary reducer. Many factors need to be considered, such as torque requirements, input-output speed ratio, working environment, etc., to ensure the efficient and reliable operation of mechanical equipment.
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