- 产地:
- 台湾
- 型号:
- MFT60-S0-L1-10-K-14-50
- 平均使用寿命:
- 20000小时
- - - -
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Analysis of the structural parts of the corner reducer:
Gear box: The corner reducer is made of chromium-molybdenum alloy steel and one-piece molding design precision Taiwan bevel gear reducer with high output torque and high anti-corrosion effect.
Output shaft: Taiwan's corner reducer adopts an integrated design to ensure a rigid structure for large torque output. The surface is treated with electroless nickel and has high anti-rust function.
Input shaft: The modular design can be matched with servo motors of various brands. The surface of the output shaft bevel gear reducer is dyed black.
Sun gear: The tooth surface of the corner reducer is made of nickel-chromium-molybdenum alloy steel and has been carburized to provide high wear resistance and high impact resistance. The tooth profile is refined and processed to improve gear accuracy and reduce noise.
Planetary gear: The bevel gear reducer uses nickel-chromium-molybdenum alloy steel tooth surface, which is carburized and has high wear resistance and high impact resistance. The tooth profile finishing treatment can improve the gear accuracy of the high-precision angle reducer and reduce the noise of the inner hole. The use of full-needle needle rollers without retainers has high wear resistance and high strength.
Spiral bevel gear: The surface of the bevel gear reducer is made of nickel-chromium-molybdenum alloy steel and is carburized for wear resistance and high impact characteristics.
Ball bearings: The fulcrum of the simply supported beam of the rotating shaft of Taiwan's angle reducer uses ball bearings to provide greater support and service life than needle roller bearings.
Connecting flange: The modular design is suitable for the assembly of various servo motors. The surface of Taiwan's bevel gear reducer is treated with sandblasting anode or high-grade baking paint technology to improve the anti-oxidation effect.
Steering body: Specially processed high-precision bevel gear reducer can ensure the assembly concentricity of the rotating shaft and the verticality of the input axis. The body is designed with aluminum alloy to greatly reduce the overall structural weight. Taiwan's corner reducer has surface anodization to improve anti-oxidation treatment.
Double bearing design: Increase the input stability of the angle reducer.
Rotating shaft: Taiwan bevel gear reducer is made of nickel-chromium-molybdenum alloy steel.
Input end overall structure: This reducer bevel gear backlash adjustment structure can adjust the assembly backlash of the bearing and bevel gear at the same time. Patent number:.
Angle reducers are used in precise positioning or reciprocating positioning to stably output power to automation equipment with minimal vibration, such as: printing industry, pipe bending equipment, spring machine industry, D inspection equipment, connecting balls On the lead screw transmission mechanism
When selecting Taiwan Jusheng angle reducer, you should pay attention to:
Make sure that your load rated torque is less than the rated output torque of the angle reducer.
The rated torque of the servo motor (multiplied by) the reduction ratio is greater than the rated torque of the load.
The moment of inertia converted from the load to the servo motor through the bevel gear reducer must be within the allowable range of the servo motor.
Confirm that the accuracy of Taiwan Jusheng bevel gear angle reducer can meet your control requirements.
High-precision angle reducer installation steps:
Step 1:
Check whether the specifications of the motor and angle reducer are correct and whether the interface is consistent.
Clean the surface of the connection interface between the motor and the angle reducer to remove oil dirt and impurities.
Step 2:
Adjust the position of the locking screw of the input shaft of the bevel gear reducer to align with the side hole of the reducer input cover.
If there is a keyway on the motor shaft, remove the fixed key. If the bevel gear reducer has a balance weight key, insert it into the keyway.
Check the motor shaft diameter. If necessary, add a bushing to the input shaft hole of the Taiwan angle reducer.
Install the motor on the reducer.
Use a hexagonal wrench to tighten the locking screws at both ends of the input shaft of the angle reducer according to % of the recommended tightening torque value.
Step 3:
Place the motor vertically with the Taiwan high-precision angle reducer.
Use a hexagonal wrench to tighten the corner reducer flange and the motor flange using locking screws and washers in diagonal order according to % of the recommended tightening torque value. (The locking screws should be coated with screw anti-loosening agent in advance).
Use a torque wrench to tighten the high-precision bevel gear reducer flange and motor flange using locking screws and washers in a diagonal sequence according to % of the recommended tightening torque value.
Step 4:
Use a torque wrench to tighten the locking screws at both ends of the input shaft of the angle reducer according to % of the recommended tightening torque value.