Electric-Motor Xc Series Planetary Gear Box for Engineering Applications

Product Details
Customization: Available
Application: Motor
Function: Speed Changing, Speed Reduction
Diamond Member Since 2024

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  • Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
  • Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
  • Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
  • Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
  • Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
  • Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
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  • Overview
  • Product Description
Overview

Basic Info.

Model NO.
XC, WXC
Hardness
Hardened Tooth Surface
Installation
Vertical Type
Step
1~3 Steps
Type
Planetary Gear Box
Ratio
1:4K~100K
Max Input Rpm
4500~8000rpm
Transport Package
Standard Carton Box or Wooden Box
Trademark
NO
Origin
Zhejiang, China
HS Code
850141000
Production Capacity
35000PCS/Month

Product Description

Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
Product Description

Elevate your engineering prowess with the groundbreaking offerings from Shenglin Electromechanical Technology. Our cutting-edge Innovative Planetary Gearbox Reducer and Electric-motor, featuring Adjustable Output Ratios, stand as a testament to our commitment to excellence and precision. This engineering marvel epitomizes innovation, streamlining efficiency and optimizing cost-effectiveness. Selecting the right reducer is crucial for enhancing performance and ensuring your equipment operates at peak capacity. Customize your solution by meticulously tailoring the specifications to match exact requirements, thereby avoiding the unnecessary financial burdens of over-specification.
Choosing an unsuitable reducer can lead to operational disturbances, highlighting the critical importance of precision in planetary reducer selection. Making informed decisions is essential for achieving top-tier performance, extending machinery life, and ensuring seamless, uninterrupted operations.
Embark on an in-depth evaluation of internal performance factors. Delve into structural configurations, assess bearing capacity, gear reduction ratios, and analyze axial and radial forces. Torsional rigidity and backlash are pivotal elements influencing overall performance, and thus, are crucial in your assessments.
Key Factors: Streamline your decision-making journey with these expertly designed steps, ensuring precise and effective type selection that is perfectly aligned with your distinct needs.

 

Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
Electric-Motor Xc Series Planetary Gear Box for Engineering Applications





Specification:

Type: PL, PF, PLE, PLF, WPL, WPF, PS, XC

Gearbox Outline Dimension: 60, 80, 90, 120, 130, 142

Gear Ratio: 3, 4, 5, 8, 10, 9, 12, 15, 20, 25, 32, 40, 64, 60, 80, 100, 120, 160, 200, 256, 320, 512

Lubrication:Synthetic Grease Lubrication

Input Speed: 4500~8000 RPM

Life: 20000 Hours

Operation Temperature: -25ºC~90ºC


 

XC Series -60 (Square)



Electric-Motor Xc Series Planetary Gear Box for Engineering Applications

 

XC Series -90 (Square)
Electric-Motor Xc Series Planetary Gear Box for Engineering Applications

XC Series -115 (Square)
Electric-Motor Xc Series Planetary Gear Box for Engineering Applications


XC Series -130 (Square)

Electric-Motor Xc Series Planetary Gear Box for Engineering Applications


 
 
 

 
 
Note:
For a cost-effective solution in planetary speed reducers, balance precision and practicality. Ensure the specifications of your selected reducer harmonize perfectly with your equipment to avoid unnecessary costs from over-specification.
Incorrect type selection is a leading cause of reducer failure, emphasizing the importance of informed decision-making in planetary reducer selection for optimal performance.
Conduct a comprehensive exploration of internal performance metrics, considering structural type, bearing capacity, reduction ratio, and axial and radial forces. Torsional rigidity and backlash should be key considerations in your thorough evaluation for a holistic analysis.
Factors: Follow these detailed steps to achieve precise and efficient selection, ensuring the perfect product fit for your unique application.
 
 
Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
 
Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
 
Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
 
Electric-Motor Xc Series Planetary Gear Box for Engineering Applications
 
 
 

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