MHI HASEG Worm Gear Reducer SUHA100R-6.3

Introduction

The MHI HASEG Worm Gear Reducer SUHA100R-6.3 is designed to deliver robust and reliable performance across a variety of industrial applications. With a gear ratio of 6.3:1, this reducer efficiently converts high-speed input into lower-speed output while maintaining substantial torque. The high-strength construction ensures durability and longevity, making the SUHA100R-6.3 suitable for demanding environments.

Technical Specifications

• Product Model: SUHA100R-6.3
• Shaft Pitch Dimensions: 100
• Gear Ratio: 6.3:1
• Input Speed: 1500 RPM
• Output Speed: 238 RPM
• Output Torque: 500 Nm
• Mounting Position: Horizontal
• Shaft Orientation: Right-angle
• Lubrication: Oil bath
• Material: High-strength cast iron housing, alloy steel gears
• Efficiency: 85%
• Noise Level: < 75 dB
• Weight: 45 kg
• Dimensions:
  
  
  • Length: 300 mm
  • Width: 250 mm
  • Height: 200 mm

Advantages

1. High Efficiency:
   
   

   • 85% Efficiency: The SUHA100R-6.3 offers an 85% efficiency rate, ensuring effective power transmission with minimal energy loss. This efficiency helps improve the overall performance of systems and reduces operational costs.
     
     

2. Durable Construction:
   
   

   • High-Strength Materials: The SUHA100R-6.3 features a high-strength cast iron housing and alloy steel gears. This robust construction provides exceptional durability and the ability to withstand heavy loads and harsh operating conditions.
     
     

3. Compact Design:
   
   

   • Space-Saving: The compact design of the SUHA100R-6.3 allows for easy integration into various industrial applications, even in spaces where installation area is limited. Its space-saving form factor helps optimize the use of available space.
     
     

4. Low Noise Operation:
   
   

   • Quieter Performance: Operating at a noise level below 75 dB, the SUHA100R-6.3 contributes to a quieter working environment, reducing noise pollution and enhancing comfort in industrial settings.
     
     

5. Easy Maintenance:

   • Accessible Components: The SUHA100R-6.3 is designed for easy maintenance with accessible internal components. This feature simplifies routine maintenance tasks, reduces downtime, and helps keep maintenance costs lower.

6. Versatile Mounting:
   
   

   • Adaptability: The SUHA100R-6.3 supports horizontal mounting with a right-angle shaft orientation. This versatility allows it to be adapted to various installation requirements and applications, providing flexibility in setup.
     
     

7. Enhanced Productivity:
   
   

   • Improved Motion Control: With its precise and reliable motion control capabilities, the SUHA100R-6.3 enhances the efficiency and speed of industrial processes, leading to increased productivity.
     
     

8. Reliable Performance:
   
   

   • Consistent Operation: The SUHA100R-6.3 ensures consistent and dependable performance, minimizing the risk of operational disruptions and improving the overall reliability of systems.
     
     

9. Cost-Effective:
   
   

   • Balanced Performance: Offering a combination of high performance and cost-efficiency, the SUHA100R-6.3 provides value for investment by enhancing industrial operations without excessive costs.
     
     

10. Extended Service Life:
    
    

    • Durable Design: The robust design and high-quality materials of the SUHA100R-6.3 contribute to an extended service life, reducing the frequency of replacements and repairs and lowering long-term operational costs.
      
      

11. Versatile Applications:
    
    

    • Wide Range of Uses: The SUHA100R-6.3 is suitable for diverse applications, including conveyor systems, material handling, automated machinery, textile machinery, and packaging equipment, offering flexibility and adaptability across different industrial settings.
      
      

Overall, the MHI HASEG Worm Gear Reducer SUHA100R-6.3 provides a range of advantages that enhance efficiency, durability, and adaptability, making it an excellent choice for various industrial applications and contributing to improved operational performance.