9H_OE SERIES MEISTER Induction Motor Gear Head - Standard Duty Gear Reducer

9H_OE SERIES MEISTER Induction Motor Gear Head - Standard Duty

The 9H_OE SERIES MEISTER Gear Head - Standard Duty is designed for high-performance, reliable speed reduction in various industrial applications. With a 90mm x 90mm frame size, this gear head is engineered for smooth operation, delivering efficient torque and precision at an affordable price point. It is perfect for systems that don’t require the extreme torque levels of heavy-duty or extra-heavy-duty gear heads, making it an excellent choice for a wide range of industrial uses.

Key Features

• Standard duty performance suitable for a wide range of industrial applications.
• Precision-engineered for smooth and efficient speed reduction, ensuring minimal backlash and stable performance.
• Metal bearing (O) system provides reliable performance with reduced friction.
• Built with high-strength materials to ensure long-lasting durability in continuous operations.
• Compact design allows for easy integration with motors in various setups.

Gear Ratio Options

Select the appropriate gear ratio based on your application requirements:

1. 3
2. 3.6
3. 5
4. 7.5
5. 9
6. 12.5
7. 15
8. 18
9. 20
10. 25
11. 30
12. 36
13. 50
14. 60
15. 75
16. 90
17. 100
18. 150
19. 180

These gear ratios provide various levels of speed reduction and torque, making the 9H_OE Gear Head versatile and adaptable for different needs.

Technical Specifications

• Size: 90mm × 90mm
• Type: Standard Duty (O)
• Bearing Type: Metal Bearing (O)
• Torque Capacity: 200 kg·cm
• Mounting Type: Box Type

Operational Considerations

1. The output shaft rotates opposite to the motor shaft rotation.
2. Speed is based on motor synchronous speed (1500 rpm at 50Hz, 1800 rpm at 60Hz).
3. Actual speed may be 2 to 15% lower due to load variations.
4. Gear head sold separately and must be paired with a compatible motor.

The 9H_OE SERIES MEISTER Gear Head - Standard Duty is ideal for industrial automation, robotics, material handling, and other standard load applications that require reliability, efficiency, and smooth operation.