Details

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The 9H9UB geared motor is designed to offer high precision and reliable performance in demanding industrial applications. With its 90x90 mm frame size and 1:9 gear ratio, this motor offers excellent torque and speed control. It is ideal for applications like automation, robotics, material handling, and other precision tasks that require a compact yet powerful motor.

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Key Features:

• Frame Size: The 90x90 mm frame provides a compact and space-efficient motor design, making it ideal for various industrial applications with space constraints.
• Gear Ratio: The 1:9 gear ratio provides a reduction in speed, increasing torque, making it suitable for high-torque applications.
• H Series Performance: As part of the H series, this motor offers high durability and is built for applications that require long-term reliability and higher performance.
• UB Gearhead: The UB gearhead offers optimized torque transfer with minimal backlash, ensuring precise motion control in demanding systems.
• Rotation Direction: The output shaft rotates in the opposite direction to the motor shaft, ensuring the right motion configuration for a variety of applications.

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Specifications of the 9H9UB Geared Motor:

Item	Details
Model	9H9UB
Motor Type	AC Geared Motor
Gear Ratio	1:9
Rated Speed	Based on synchronous speed (e.g., 1500 rpm at 50Hz, 1800 rpm at 60Hz)
Output Shaft Rotation	Opposite of motor shaft rotation
Motor Frame Size	90x90 mm
Gearhead Type	UB (optimized for torque and durability)
Power Source	AC (typically 90W or according to model)
Mounting Type	Flange Mount 90mm
Temperature Range	Operates within standard industrial temperature ranges
Applications	Automation, robotics, conveyors, material handling, and precision motion applications

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Important Notes:

1. Speed: The actual speed of the motor will be slightly lower than the synchronous speed due to load variations. Expected speed will be 2% to 15% slower than the rated speed under load conditions.
2. Gearhead Features: The UB gearhead configuration is designed to handle high torque, and it helps minimize backlash for precise and efficient motion control in applications requiring accuracy.
3. Direction of Rotation: The output shaft will rotate in the opposite direction to the motor shaft, offering flexibility for various setups.