6H_FE SERIES MEISTER AC Induction Motor Gear Head - Standard Duty

The 6H_FE SERIES MEISTER AC Induction Motor Gear Head - Standard Duty is engineered for high performance and long-lasting reliability. Designed with an all-metal bearing system and a flange-type mounting face, this gear head is built to withstand demanding industrial applications. It offers excellent efficiency and strength for applications requiring precise speed reduction and high torque output. With a broad selection of gear ratios available, the 6H_FE series provides versatility across a wide range of operational environments.

Key Features:

• Size: 60×60mm
• Series: 6H (H-Series)
• Type: Standard (Plate Type) – F
• Bearing Type: All Metal Bearing (M)
• Mounting Face: Flange Type (F)

Gear Ratios Available:

• 3:1
• 3.6:1
• 5:1
• 7.5:1
• 9:1
• 10x:1
• 12.5:1
• 15:1
• 18:1
• 20:1
• 25:1
• 30:1
• 36:1
• 50:1
• 60:1
• 75:1
• 90:1
• 100:1
• 120:1
• 150:1
• 180:1

Specifications:

• Output Shaft Rotation: Opposite to the motor shaft rotation.
• Speed Calculation: Based on motor synchronous speed (1500 rpm at 50Hz or 1800 rpm at 60Hz).
• Speed Deviation: Actual operational speed will be 2–15% lower due to load variations.
• Mounting: Flange type for easy and secure installation on compatible motors.

Performance Notes:

• Durability: Built with an all-metal bearing system that ensures a long lifespan, even under heavy loads.
• Efficiency: Ideal for a variety of medium to heavy-duty applications requiring precise speed reduction and high torque output.
• Flexibility: A wide range of gear ratios provides compatibility with different motors and operational needs, ensuring versatility across multiple industries.

Applications:

• Material Handling Systems
• Conveyor Systems
• Automated Machinery
• Packaging Equipment
• Robotics
• Mixing and Agitation Systems
• Food Processing Equipment
• Textile Machines

Additional Information:

1. Gear heads are sold separately and must be paired with a compatible motor.
2. Ensure to select the correct gear ratio based on the required speed and torque for your application to ensure optimal performance.