Details

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The 9H7.5UB MEISTER geared motor is engineered for precision and high-performance applications, where accuracy and reliability are critical. With its 90x90 mm frame size and 1:7.5 gear ratio, this motor is well-suited for use in industrial automation, robotics, and other machinery requiring reliable motion control and torque.

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Key Features:

• Frame Size: The 90x90 mm frame size offers a compact design, ideal for applications where space is limited but performance is critical.
• Gear Ratio: The 1:7.5 gear ratio offers a moderate reduction in speed while increasing torque, making it ideal for a variety of industrial applications where both precision and power are required.
• MEISTER Series: The MEISTER gearhead series indicates a high-performance, premium gearhead designed for demanding applications that require precise motion control with minimal backlash.
• UB Gearhead: The UB gearhead ensures efficient torque transfer and minimizes backlash, which is essential for precision control in robotics and automation.
• Rotation Direction: The output shaft rotates in the opposite direction to the motor shaft, providing flexibility in various applications.

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Specifications of the 9H7.5UB MEISTER Geared Motor:

Item	Details
Model	9H7.5UB MEISTER
Motor Type	AC Geared Motor
Gear Ratio	1:7.5
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 (premium gearhead for precision and torque)
Power Source	AC (typically 90W or as per model specifications)
Mounting Type	Flange Mount 90mm
Temperature Range	Operates within standard industrial temperature ranges
Applications	Automation, robotics, material handling, conveyors, and other precision applications

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Important Notes:

1. Speed: The motor’s actual speed will be slightly slower than the rated synchronous speed due to load variations. Expect the motor speed to be 2% to 15% slower under load.
2. Gearhead Features: The UB gearhead configuration is designed to minimize backlash and handle high torque, making it ideal for applications that require accurate and smooth motion.
3. Rotation Direction: The motor’s rotation will be opposite to the output shaft’s rotation, offering flexibility in system configuration.